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exclude_lines =
pragma: no cover
omit =
*/tests/*
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*conftest.py
*/cli/*
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fritzconnection-1.15.0/.gitignore 0000664 0000000 0000000 00000000410 15012115545 0016776 0 ustar 00root root 0000000 0000000
.DS_Store
.coverage
.coveragec
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.pytest*
.Python
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.vscode/*
*.ipynb*
*.pyc
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_jupyter
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build/*
dist/*
docs/requirements.out
docs/requirements.local.txt
fritzconnection.egg-info/*
include
lib_
.idea
x_*
docs_out
fritzconnection-1.15.0/.readthedocs.yml 0000664 0000000 0000000 00000000327 15012115545 0020103 0 ustar 00root root 0000000 0000000 version: 2
build:
os: ubuntu-22.04
tools:
python: "3.12"
python:
install:
- requirements: docs/requirements.txt
- method: pip
path: .
sphinx:
builder: html
configuration: docs/conf.py
fritzconnection-1.15.0/CODE_OF_CONDUCT.md 0000664 0000000 0000000 00000001100 15012115545 0017602 0 ustar 00root root 0000000 0000000
# Code of Conduct
## tldr:
There are a lot of CoC files out there and the essence is: be nice and respectful to others and keep in mind that written communication differs from in person communication.
So in comments please don't be negative but neutral, or –even better– all the time friendly. Because every other mode can get misunderstood (and everything misunderstandable will get misunderstood).
However, even then it may happen that one can feel upset in a discussion. In this case take a night of sleep before responding. Also asking questions can help a lot.
fritzconnection-1.15.0/CONTRIBUTING.md 0000664 0000000 0000000 00000010661 15012115545 0017250 0 ustar 00root root 0000000 0000000 # Contributing
Thank you for taking time to contribute to this project.
The project is not large enough to need a lot of rules, but here are some guidelines:
## Issues
In case you think that something is not working as expected or you have a new idea, feel free to create an issue. Especially if you want to provide a pull-request, it is a good idea to create an issue first. Please also keep in mind that issues are not for support. For support try 'discussions' (please keep in mind that this is not a commercial product, so you may get support or not).
## Pull requests
In general pull requests are welcome. Please create an issue first before putting too much work into a pull request that may not get merged at the end, for whatever reason. An issue can help to clarify points of view and motivation.
In case of providing a pull-request please do this for the **development-branch** and not for the master-branch.
For pull-requests there is a golden rule: **keep them small**. Smaller pull-requests are easier to review and easier to merge – especially in cases when not every part of a larger changeset should get merged and has to get modifications.
Please avoid to just change the formatting. The result is most often nothing else than git-diff pollution. This is especially true for `black` (or `blue` or the corresponding modes in `ruff`) – this project startet before `black`. It is ok to use these tools for modified code snippets, but not for a module.
## Status of core and lib
fritzconnection is mainly the code in the core-directory. This code is pretty mature and stable so far.
Most changes are in the library (the lib-directory). The library started mainly as a collection of examples how to use the core. Because it's easier to use an existing function instead of reading the AVM TR-064 documentation, the library modules have grown over time.
But every action supported by AVM can get executed without the library. So best enhancements should not be to trivial.
## Style guide
- In general the style guide is PEP 8.
- Recommended maximum line length is 80 something.
- Use proper names: i.e. an atrribute for `attributes` or `properties`, a verb for `callables`.
- Avoid `black` (see "Pull requests").
## Comments
No new function, method or class should get undocumented. Write meaningful comments: what the code does, about the arguments and return values, and - important - the corresponding types.
## Type hints
This project started long ago without type hints. Keep it that way. The project is small enough, so there is no real benefit. Also some parts of the code are really dynamic (one strength of Python), where type-hints can lead to a nightmare. The place for types in this project are in the comments. Readability counts!
Update: since version `1.13.0` type hints are introduced for the public API (and only there). Type-hints must be backward compatible for the oldest supported python-version. For type-checking `mypy` is used.
## Tests
This project comes with tests. Since version `1.13.0` `nox` is used for testautomation (`https://nox.thea.codes/en/stable/index.html`). `nox` should get installed separately. In the same environment where `nox` has been installed also `ruff` must be installed because the `noxfile` makes use of `ruff` as external module for linting.
After installation the sessions from the `noxfile.py` can be used like:
- `nox -s test`: run the tests with all supported python versions. The supported versions must be installed on the local development system and must be callable like `python3.11` or `python3.12`. Currently python `3.7` and newer are supported (no new language features are used, so backward compatibility is cheap). You can run `nox -s test-3.11` to run the tests with a single python version. This can be handy for development running the test for all versions later on.
- `nox -s test_router`: run all tests making a connection to the router. These tests are taking much more time and can fail because of connection errors. In case of a connection error run the tests again - chances are good the error was temporarly and gone and there are no real bugs. In all other cases: fix it. A test run with a defined python version (here `3.11`) can get started with `nox -s test_router-3.11`.
- `nox -s test_all`: run all tests including the time consuming router-tests.
- `nox -s check`: run `ruff` to `lint` the code.
- `nox -s mypy`: apply a mypy check.
- `nox -s sphinx`: make a local build of the documentation.
fritzconnection-1.15.0/LICENSE.txt 0000664 0000000 0000000 00000002044 15012115545 0016636 0 ustar 00root root 0000000 0000000 Copyright (c) 2012-now Klaus Bremer
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
fritzconnection-1.15.0/MANIFEST.in 0000664 0000000 0000000 00000000204 15012115545 0016545 0 ustar 00root root 0000000 0000000 include README.rst
include LICENSE.txt
include fritzconnection/*.py
include fritzconnection/test_xml/*
include pypi_description.rst
fritzconnection-1.15.0/README.md 0000664 0000000 0000000 00000006046 15012115545 0016300 0 ustar 00root root 0000000 0000000
# fritzconnection
Python-Interface to communicate with the AVM Fritz!Box. Supports the TR-064 protocol, the (AHA-)HTTP-Interface and also allows call-monitoring.
## Installation
For installation use pip:
```
$ pip install fritzconnection
or
$ pip install fritzconnection[qr]
```
The latter will install the [segno](https://github.com/heuer/segno) package to enable QR-code creation for wifi login.
## Quickstart
Using fritzconnection is as easy as:
```
from fritzconnection import FritzConnection
fc = FritzConnection(address="192.168.178.1", user="user", password="pw")
print(fc) # print router model information
# tr-064 interface: reconnect for a new ip
fc.call_action("WANIPConn1", "ForceTermination")
# http interface: gets history data from a device with given 'ain'
fc.call_http("getbasicdevicestats", "12345 7891011")
```
FritzConnection provides two basic commands to communicate with the router APIs: `call_action()` for the __TR-064-Interface__ and `call_http()` for the __(AHA)-HTTP-Interface__. Both APIs can be used on the same FritzConnection instance side by side.
### call_action
`call_action()` expects a __TR-064__ service- and an action-name (and optional arguments). In general FritzConnection can execute every service and action provided by the (model-specific) API as documented by AVM. For i.e. this can be network settings, status informations, access to home automation devices and much more. The `call_action()` method returns the response from the router as a dictionary with the values already converted to the matching Python datatypes.
### call_http
`call_http()` expects a command for the __http-interface__ like "getbasicdevicestats" and, depending on the command, additional arguments like a device "ain" (identifier). A call to the method returns a dictionary with the `content-type`, the `encoding` and the `response` data of the http-response. The content-type of the response-data is typical "text/plain" or "text/xml" and may need further processing.
### Username and password
To avoid hardcoding the arguments `user` and `password` in applications FritzConnection can read both from the environment variables `FRITZ_USERNAME` and `FRITZ_PASSWORD`.
### Caching
On instantiation FritzConnection has to inspect the model-specific router-API. This causes a lot of network requests and can take some seconds. To avoid this FritzConnection provides a cache that can get activated by the `use_cache` parameter:
```
fc = FritzConnection(..., use_cache=True)
```
This argument defaults to `False`. After creating the cache FritzConnection will start up much more faster.
## Library
The package comes with library-modules to make some API calls easier and also demonstrates how to implement applications on top of FritzConnection.
## Documentation
The full documentation and release notes are at [https://fritzconnection.readthedocs.org](https://fritzconnection.readthedocs.org)
fritzconnection-1.15.0/docs/ 0000775 0000000 0000000 00000000000 15012115545 0015743 5 ustar 00root root 0000000 0000000 fritzconnection-1.15.0/docs/_static/ 0000775 0000000 0000000 00000000000 15012115545 0017371 5 ustar 00root root 0000000 0000000 fritzconnection-1.15.0/docs/_static/fritzconnection.css 0000664 0000000 0000000 00000001031 15012115545 0023314 0 ustar 00root root 0000000 0000000
h1 {
font-size: 2.0em;
margin-bottom: 1.5rem;
}
h2 {
border-top: 2px solid #EBEBEB;
border-radius: 0;
margin-top: 3.0rem;
margin-bottom: 1.0rem;
padding-top: 1.5rem;
font-size: 1.5em;
}
h3 {
font-size: 1.2em;
margin-top: 1.75rem;
}
.sidebar-brand-text {
font-size: 1.4em;
}
.theme-toggle-container {
display: none;
}
.toctree-wrapper {
margin-top: 4.0rem;
}
code.docutils span {
color: #941100;
font-weight: 800;
}
section#version-history h2 {
font-size: 1.2em;
}
fritzconnection-1.15.0/docs/conf.py 0000664 0000000 0000000 00000014331 15012115545 0017244 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
#
# Configuration file for the Sphinx documentation builder.
#
# This file does only contain a selection of the most common options. For a
# full list see the documentation:
# http://www.sphinx-doc.org/en/master/config
# -- Path setup --------------------------------------------------------------
# If extensions (or modules to document with autodoc) are in another directory,
# add these directories to sys.path here. If the directory is relative to the
# documentation root, use os.path.abspath to make it absolute, like shown here.
#
import os
import sys
sys.path.insert(0, os.path.abspath('..'))
# -- Project information -----------------------------------------------------
# import fritzconnection
import re
from datetime import date
from pathlib import Path
def get_version():
path = Path("..") / "fritzconnection" / "__init__.py"
path = path.resolve() # make it absolute
with open(path) as file:
content = file.read()
mo = re.search(r'\n\s*__version__\s*=\s*[\'"]([^\'"]*)[\'"]', content)
if mo:
return mo.group(1)
raise RuntimeError(f"Unable to find version string in {path}")
project = 'fritzconnection'
copyright = '2013 - {}, Klaus Bremer'.format(date.today().year)
author = 'Klaus Bremer'
# release: the fritzconnection.__version__ as is, including alpha/beta/rc tags
# version: The short X.Y major project version
release = get_version()
version = '.'.join(release.split('.')[:-1])
html_title = f"{project}
{release}"
# -- General configuration ---------------------------------------------------
# If your documentation needs a minimal Sphinx version, state it here.
#
# needs_sphinx = '1.0'
# Add any Sphinx extension module names here, as strings. They can be
# extensions coming with Sphinx (named 'sphinx.ext.*') or your custom
# ones.
extensions = [
'sphinx.ext.autodoc',
]
# Add any paths that contain templates here, relative to this directory.
templates_path = ['_templates']
# The suffix(es) of source filenames.
# You can specify multiple suffix as a list of string:
#
# source_suffix = ['.rst', '.md']
source_suffix = '.rst'
# The master toctree document.
master_doc = 'index'
# The language for content autogenerated by Sphinx. Refer to documentation
# for a list of supported languages.
#
# This is also used if you do content translation via gettext catalogs.
# Usually you set "language" from the command line for these cases.
language = 'en'
# List of patterns, relative to source directory, that match files and
# directories to ignore when looking for source files.
# This pattern also affects html_static_path and html_extra_path.
exclude_patterns = ['Thumbs.db', '.DS_Store']
# The name of the Pygments (syntax highlighting) style to use.
pygments_style = "default"
# -- Options for HTML output -------------------------------------------------
# The theme to use for HTML and HTML Help pages. See the documentation for
# a list of builtin themes.
html_theme = 'furo'
#html_theme = 'sphinx_rtd_theme'
# Theme options are theme-specific and customize the look and feel of a theme
# further. For a list of options available for each theme, see the
# documentation.
#
html_theme_options = {
"light_css_variables": {
"admonition-font-size": "0.9375em",
"color-link": "#005493",
"color-link-underline": "#005493",
"color-link--hover": "#941100",
"color-link-underline--hover": "#941100",
"color-sidebar-link-text--top-level": "#941100",
"color-toc-item-text--active": "#941100",
}
}
# Add any paths that contain custom static files (such as style sheets) here,
# relative to this directory. They are copied after the builtin static files,
# so a file named "default.css" will overwrite the builtin "default.css".
html_static_path = ['_static']
# Custom sidebar templates, must be a dictionary that maps document names
# to template names.
#
# The default sidebars (for documents that don't match any pattern) are
# defined by theme itself. Builtin themes are using these templates by
# default: ``['localtoc.html', 'relations.html', 'sourcelink.html',
# 'searchbox.html']``.
#
# html_sidebars = {}
html_css_files = ['fritzconnection.css']
html_show_sphinx = True
# -- Options for HTMLHelp output ---------------------------------------------
# Output file base name for HTML help builder.
htmlhelp_basename = 'fritzconnectiondoc'
# -- Options for LaTeX output ------------------------------------------------
latex_elements = {
# The paper size ('letterpaper' or 'a4paper').
#
# 'papersize': 'letterpaper',
# The font size ('10pt', '11pt' or '12pt').
#
# 'pointsize': '10pt',
# Additional stuff for the LaTeX preamble.
#
# 'preamble': '',
# Latex figure (float) alignment
#
# 'figure_align': 'htbp',
}
# Grouping the document tree into LaTeX files. List of tuples
# (source start file, target name, title,
# author, documentclass [howto, manual, or own class]).
latex_documents = [
(master_doc, 'fritzconnection.tex', 'fritzconnection Documentation',
'Klaus Bremer', 'manual'),
]
# -- Options for manual page output ------------------------------------------
# One entry per manual page. List of tuples
# (source start file, name, description, authors, manual section).
man_pages = [
(master_doc, 'fritzconnection', 'fritzconnection Documentation',
[author], 1)
]
# -- Options for Texinfo output ----------------------------------------------
# Grouping the document tree into Texinfo files. List of tuples
# (source start file, target name, title, author,
# dir menu entry, description, category)
texinfo_documents = [
(master_doc, 'fritzconnection', 'fritzconnection Documentation',
author, 'fritzconnection', 'One line description of project.',
'Miscellaneous'),
]
# -- Options for Epub output -------------------------------------------------
# Bibliographic Dublin Core info.
epub_title = project
# The unique identifier of the text. This can be a ISBN number
# or the project homepage.
#
# epub_identifier = ''
# A unique identification for the text.
#
# epub_uid = ''
# A list of files that should not be packed into the epub file.
epub_exclude_files = ['search.html']
# -- Extension configuration -------------------------------------------------
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sphinx-quickstart on Tue Mar 19 10:09:48 2019.
You can adapt this file completely to your liking, but it should at least
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fritzconnection documentation
=============================
fritzconnection is a `Python `_ library to communicate with the `AVM Fritz!Box `_ by the TR-064 protocol, the AHA-HTTP-Interface and also provides call-monitoring. This allows to read status-information from the router, read and change configuration settings and state, interact with smart-home-devices and monitor realtime phone calls.
.. image:: fritzconnection-360x76.png
The available features are depending on the Fritz!Box model and the according system software. Using fritzconnection is as easy as: ::
from fritzconnection import FritzConnection
fc = FritzConnection(address="192.168.178.1", user="user", password="pw")
print(fc) # print router model information
# tr-064 interface: reconnect for a new ip
fc.call_action("WANIPConn1", "ForceTermination")
fc.reconnect() # do the same with a shortcut
# http interface: get history data from a device with given 'ain'
fc.call_http("getbasicdevicestats", "12345 7891011")
FritzConnection provides two basic commands to communicate with the router APIs: *call_action()* for the TR-064-Interface and *call_http()* for the (AHA)-HTTP-Interface. Both APIs can be used on the same FritzConnection instance side by side. With the `call_action()` and `call_http()` methods every service/action-combination and commands documented by the `AVM support-page (Apps/TR-064, HTTP) `_ can get executed.
- ``call_action()`` expects a ``TR-064`` service- and an action-name (and optional arguments). In general FritzConnection can execute every service and action provided by the (model-specific) API as documented by AVM. For i.e. this can be network settings, status informations, access to home automation devices and much more. The *call_action()* method returns the response from the router as a dictionary with the values already converted to the matching Python datatypes.
- ``call_http()`` expects a command for the ``http-interface`` like "getbasicdevicestats" and, depending on the command, additional arguments like a device "ain" (identifier). A call to the method returns a dictionary with the *content-type*, the *encoding* and the *response* data of the http-response. The content-type of the response-data is typical "text/plain" or "text/xml" and may need further processing.
The fritzconnection-package comes with a library to make some common tasks easier and can also serve as example code. For a detailed overview refer to :doc:`sources/getting_started` and the documentation of the :doc:`library `.
.. note::
fritzconnection is neither related nor supported by AVM. Also AVM reserves the right to add, modify or remove features of their products at any time without notice. Furthermore the terms "AVM", "Fritz!Box" and "Fritz!OS" are trademarks of `AVM Computersysteme Vertriebs GmbH `_.
.. toctree::
:maxdepth: 1
:caption: Contents:
sources/installation
sources/getting_started
sources/fritzconnection_api
sources/library_modules
sources/call_monitoring
sources/further_reading
sources/version_history
sources/authors
sources/license
fritzconnection-1.15.0/docs/requirements.txt 0000664 0000000 0000000 00000000054 15012115545 0021226 0 ustar 00root root 0000000 0000000 sphinx<7.4.0
furo<2025.0.0
#fritzconnection
fritzconnection-1.15.0/docs/sources/ 0000775 0000000 0000000 00000000000 15012115545 0017426 5 ustar 00root root 0000000 0000000 fritzconnection-1.15.0/docs/sources/authors.rst 0000664 0000000 0000000 00000001156 15012115545 0021650 0 ustar 00root root 0000000 0000000
Authors
=======
Additional authors having contributed to this project:
* `Philipp Klaus `_
* `malleYay `_
* `Thomas Westfeld `_
* `Christian Fetzer `_
* `David Straub `_
* `Bernd Strebel `_
* Julian Tatsch
Since moving from bitbucket to github, an up to date list of contributors is listed here: `https://github.com/kbr/fritzconnection/graphs/contributors `_.
fritzconnection-1.15.0/docs/sources/call_monitoring.rst 0000664 0000000 0000000 00000004663 15012115545 0023351 0 ustar 00root root 0000000 0000000 .. _call_monitoring:
Call Monitoring
---------------
The fritzmonitor-module is a core module of fritzconnection to provide real-time information about incoming and outgoing phone-calls. This functionality is based on a separate socket-connection to the router and does not communicate by TR-064.
FritzMonitor provides a queue of type `queue.Queue` for accessing CallMonitor events. To check the events send from the router, fritzconnection comes with a `fritzmonitor` command line tool. The next block shows a typical session: ::
$ fritzmonitor -i 192.168.178.1
fritzconnection v1.4.0
start fritzmonitor on address: 192.168.178.1
settings for socket-timeout: 10 [sec]
settings for healthcheck-timeout: 10 [sec]
(to stop press ^C)
28.11.20 15:17:43;RING;2;;;SIP0;
28.11.20 15:17:47;CONNECT;2;4;;
28.11.20 15:17:50;DISCONNECT;2;4;
...
The events are of type `string` in a format defined by AVM.
The option :command:`-i` specifies the ip address of the router. The option :command:`-h` provides a help menu.
Here is a basic example how to use FritzMonitor in a module to pull events: ::
import queue
from fritzconnection.core.fritzmonitor import FritzMonitor
def process_events(monitor, event_queue, healthcheck_interval=10):
while True:
try:
event = event_queue.get(timeout=healthcheck_interval)
except queue.Empty:
# check health:
if not monitor.is_alive:
raise OSError("Error: fritzmonitor connection failed")
else:
# do event processing here:
print(event)
def main():
"""Entry point: example to use FritzMonitor.
"""
try:
# as a context manager FritzMonitor will shut down the monitor thread
with FritzMonitor(address='192.168.178.1') as monitor:
event_queue = monitor.start()
process_events(monitor, event_queue)
except (OSError, KeyboardInterrupt) as err:
print(err)
if __name__ == "__main__":
main()
The FritzMonitor API is documented :ref:`here `.
.. note ::
To do call monitoring, the CallMonitor service of the Fritz!Box has to be activated.
This can be done with any registered phone by typing the following codes: ::
activate: #96*5*
deactivate: #96*4*
fritzconnection-1.15.0/docs/sources/exceptions_hierarchy.rst 0000664 0000000 0000000 00000002401 15012115545 0024374 0 ustar 00root root 0000000 0000000 **Exception Hierarchy:**
::
FritzConnectionException
|
|--> ActionError --> FritzActionError
|--> ServiceError --> FritzServiceError
|
|--> FritzAuthorizationError
|
|--> FritzResourceError
|
|--> FritzArgumentError
| |
| |--> FritzArgumentValueError
| |
| |--> FritzArgumentStringToShortError
| |--> FritzArgumentStringToLongError
| |--> FritzArgumentCharacterError
|
|--> FritzInternalError
| |
| |--> FritzActionFailedError
| |--> FritzOutOfMemoryError
|
|--> FritzSecurityError
|
|-->|--> FritzLookUpError
| |
KeyError -------+-->|
|
|
|-->|--> FritzArrayIndexError
|
IndexError -------->|
fritzconnection-1.15.0/docs/sources/fritzconnection_api.rst 0000664 0000000 0000000 00000005205 15012115545 0024231 0 ustar 00root root 0000000 0000000 FritzConnection API
===================
fritzconnection is structured into subpackages: ::
fritzconnection --|-- cli
|-- core --|-- devices
| |-- exceptions
| |-- fritzconnection
| |-- fritzhttp
| |-- fritzmonitor
| |-- logger
| |-- processor
| |-- soaper
| |-- utils
|
|-- lib
|-- tests
The package `cli` implements the entry-points for command line usage, the tests are in the `tests` package and the library modules are in `lib`. The implementation of fritzconnection itself is structured in the `core` package.
Public API
----------
The public interface is provided by the FritzConnection class, the fritzmonitor- and the exceptions-module.
There are shortcuts to import FritzConnection and FritzMonitor: ::
from fritzconnection import FritzConnection
from fritzconnection import FritzMonitor
fritzconnection
...............
.. automodule:: fritzconnection.core.fritzconnection
:members:
.. _fritzmonitor_api:
fritzmonitor
............
.. automodule:: fritzconnection.core.fritzmonitor
:members:
exceptions
..........
Exceptions can get imported by: ::
from fritzconnection.core.exceptions import FritzServiceError
# or:
from fritzconnection.core.exceptions import *
The latter style is often discouraged because of possible namespace-pollution, less clarity about the origin of imported objects and potential name clashings. By using a * import fritzconnection will just import exceptions starting with ``Fritz`` in their names.
.. include:: exceptions_hierarchy.rst
.. automodule:: fritzconnection.core.exceptions
:members:
**Legathy Exceptions:**
.. autoexception:: fritzconnection.core.exceptions.ActionError
.. autoexception:: fritzconnection.core.exceptions.ServiceError
Internal API
------------
The following core-modules don't provide a public interface (at least it makes no sense) and are used internally.
devices
.......
.. automodule:: fritzconnection.core.devices
:members:
fritzhttp
.........
.. automodule:: fritzconnection.core.fritzhttp
:members:
logger
......
.. automodule:: fritzconnection.core.logger
:members:
processor
.........
.. automodule:: fritzconnection.core.processor
:members:
soaper
......
.. automodule:: fritzconnection.core.soaper
:members:
utils
.....
.. automodule:: fritzconnection.core.utils
:members:
fritzconnection-1.15.0/docs/sources/further_reading.rst 0000664 0000000 0000000 00000001232 15012115545 0023326 0 ustar 00root root 0000000 0000000
Further Reading
===============
Information about the TR-064 protocol with services and actions as well as AVM-specific extensions are listed at the `AVM support-page `_ (this specific webpage about programming interfaces is mainly in german language, but the detailed documentation-files (PDFs) are in english).
This page also provides links to the AHA-HTTP-Interface documentation as well as the mesh-topology format.
Everything that can be done by means of these APIs – used by fritzconnection – is documented there.
.. note::
Please keep in mind that fritzconnection is neither related nor supported by AVM.
fritzconnection-1.15.0/docs/sources/getting_started.rst 0000664 0000000 0000000 00000066737 15012115545 0023372 0 ustar 00root root 0000000 0000000
Getting Started
===============
The Fritz!Box provides several protocols for external applications to interact with the router. FritzConnection makes use of the TR-064 protocol and the HTTP-Interface. Both APIs can be used on a single instance of FritzConnection side by side.
The documentation about all services and actions for the TR-064 protocol and also the available commands for the http-interface is available from the vendor AVM (see `Further Reading `_).
.. note::
To use the TR-064 interface of the Fritz!Box, the settings for `Allow access for applications` and `Transmit status information over UPnP` in the `Home Network` -> `Network` -> `Network Settings` menu have to be activated.
To access the http-interface the router must be configured with a user and a password.
Default IP-Address
------------------
To access the router in a local network, fritzconnection uses a default ip-address: ::
FRITZ_IP_ADDRESS = '169.254.1.1'
This ip-adress is a fallback-address common to every fritzbox-router and repeater, regardless of the individual configuration. If there are multiple devices in the local network, i.e. for building a Mesh, then it is necessary to provide the ip for the requested device, either at the command line with the option :command:`-i` or the keyword-argument `address` for module usage. Otherwise it is not defined which device will respond.
Username and password
---------------------
For some TR-064 operations and for all http-interface commands a username and/or a password is required. This can be given on the command line as parameters or, by using a module, as arguments. To not present these information in clear text or in the program code, username and password can get stored in the **environment variables** ``FRITZ_USERNAME`` and ``FRITZ_PASSWORD``. If FritzConnection doesn't get the username or password as arguments, then it will check for these environment variables and, if set, will use the corresponding values.
For Fritz!OS < 7.24 the username was optional. For newer versions an individual username is required. If a username is not provided, fritzconnection will try to find the username of the last logged in user from the Fritz!Box and will use this username (as AVM recommends for systems >= 7.24).
The TR-064 API
--------------
The TR-064 protocol uses the concept of ``services`` and ``actions``. A service is a collection of actions for a given topic like WLAN-connections, registered hosts, phone calls, home-automation tasks and so on. An action can have optional ``arguments`` for sending and receiving data. The set of available services and actions may vary by router models and the installed Fritz!OS version.
Installing fritzconnection by pip will also install the command line tool `fritzconnection` to inspect the model-specific Fritz!Box TR-064 API. With the option :command:`-h` this will show a help menu: ::
$ fritzconnection -h
usage: fritzconnection [-h] [-i [ADDRESS]] [--port [PORT]] [-u [USERNAME]]
[-p [PASSWORD]] [-e [ENCRYPT]] [-x] [-y]
[--cache-format [CACHE_FORMAT]]
[--cache-directory [CACHE_DIRECTORY]] [-r] [-R] [-s]
[-S SERVICEACTIONS] [-a SERVICEARGUMENTS]
[-A ACTIONARGUMENTS ACTIONARGUMENTS] [-c [COMPLETE]]
options:
-h, --help show this help message and exit
-i [ADDRESS], --ip-address [ADDRESS]
Specify ip-address of the FritzBox to connect to.
Default: 169.254.1.1
--port [PORT] Port of the FritzBox to connect to. Default: 49000
-u [USERNAME], --username [USERNAME]
Fritzbox authentication username
-p [PASSWORD], --password [PASSWORD]
Fritzbox authentication password
-e [ENCRYPT], --encrypt [ENCRYPT]
Flag: use secure connection (TLS)
-x, --use-cache Flag: use api cache
(speed-up subsequent instantiations)
-y, --suppress-cache-verification
Flag: suppress cache verification, implies -x
--cache-format [CACHE_FORMAT]
cache-file format: json|pickle (default: pickle)
--cache-directory [CACHE_DIRECTORY]
path to cache directory (default: ~.fritzconnection)
-r, --reconnect Reconnect and get a new ip
-R, --reboot Reboot the router
-s, --services List all available services
-S SERVICEACTIONS, --serviceactions SERVICEACTIONS
List actions for the given service:
-a SERVICEARGUMENTS, --servicearguments SERVICEARGUMENTS
List arguments for the actions of a specified
service:.
-A ACTIONARGUMENTS ACTIONARGUMENTS, --actionarguments
ACTIONARGUMENTS ACTIONARGUMENTS
List arguments for the given action of a specified
service: . Lists also direction
and data type of the arguments.
-c [COMPLETE], --complete [COMPLETE]
List the complete api of the router
Services
........
With the option :command:`-s` all available ``services`` are listed. If there are multiple fritz-devices in the network, it is undefined which one will respond. In this case the router-ip must be given with the option :command:`-i`. The number of listed `services` can vary depending on the router model: ::
$ fritzconnection -s -i 192.168.178.1
fritzconnection v1.10.0
FRITZ!Box 7590 at http://192.168.178.1
FRITZ!OS: 7.29
Servicenames:
any1
WANCommonIFC1
WANDSLLinkC1
WANIPConn1
WANIPv6Firewall1
DeviceInfo1
DeviceConfig1
Layer3Forwarding1
...
X_AVM-DE_OnTel1
X_AVM-DE_Dect1
...
WLANConfiguration1
WLANConfiguration2
WLANConfiguration3
...
WANPPPConnection1
WANIPConnection1
Services starting with `X_AVM` are not covered by the TR-064 standard but AVM-specific extensions.
All service-names are ending with a numeric value. In case a service is listed more than once the numeric value allows to select a specific one. Most prominent example is the WLANConfiguration service for accessing the 2.4 GHz and 5 GHz bands as well as the guest-network (given that the router-model provides these services).
Actions
.......
Every ``service`` has a set of corresponding ``actions``. The actions are listed by the flag :command:`-S` with the servicename as parameter. ::
$ fritzconnection -i 192.168.178.1 -S WANIPConnection1
fritzconnection v1.10.0
FRITZ!Box 7590 at http://192.168.178.1
FRITZ!OS: 7.29
Servicename: WANIPConnection1
Actionnames:
GetInfo
GetConnectionTypeInfo
SetConnectionType
GetStatusInfo
GetNATRSIPStatus
SetConnectionTrigger
ForceTermination
RequestConnection
GetGenericPortMappingEntry
GetSpecificPortMappingEntry
AddPortMapping
DeletePortMapping
GetExternalIPAddress
X_GetDNSServers
GetPortMappingNumberOfEntries
SetRouteProtocolRx
SetIdleDisconnectTime
Arguments
.........
An ``Action`` can have optional ``Arguments``. A list of all available actions with their corresponding arguments is reported by the flag :command:`-a` with the servicename as parameter: ::
$ fritzconnection -i 192.168.178.1 -a WANIPConnection1
This can return a lengthy output. So the arguments for a specific action of a given service can get listed with the option :command:`-A` and the service- and actionname as arguments. For example the output for the service `WANIPConnection1` and the action `GetInfo` will be: ::
$ fritzconnection -i 192.168.178.1 -A WANIPConnection1 GetInfo
fritzconnection v1.10.0
FRITZ!Box 7590 at http://192.168.178.1
FRITZ!OS: 7.29
Service: WANIPConnection1
Action: GetInfo
Parameters:
Name direction data type
NewEnable out -> boolean
NewConnectionStatus out -> string
NewPossibleConnectionTypes out -> string
NewConnectionType out -> string
NewName out -> string
NewUptime out -> ui4
NewLastConnectionError out -> string
NewRSIPAvailable out -> boolean
NewNATEnabled out -> boolean
NewExternalIPAddress out -> string
NewDNSServers out -> string
NewMACAddress out -> string
NewConnectionTrigger out -> string
NewRouteProtocolRx out -> string
NewDNSEnabled out -> boolean
NewDNSOverrideAllowed out -> boolean
For every action all, arguments are listed with their name, direction and type. (Some arguments for other services may have the direction "in" for sending data to the router.)
The API of a FRITZ!Box depends on the model and the installed FritzOS version. To report the complete API of the router, the option :command:`-c` can be used: ::
$ fritzconnection -i 192.168.178.1 -c > api.txt
In the above example the output is redirected to the file `api.txt`, because the output will be really huge.
Module usage
............
FritzConnection works by calling actions on services and can send and receive arguments. A simple example is to reconnect the router with the provider to get a new external ip: ::
from fritzconnection import FritzConnection
fc = FritzConnection()
fc.call_action('WANIPConnection1', 'ForceTermination')
At first an instance of `FritzConnection` must be created. There can be a short delay doing this, because fritzconnection has to do a lot of communication with the router to get the router-specific API.
.. note ::
A FritzConnection instance can be **reused** for all further `call_action()` calls (and also `call_http()` calls) **without side-effects**. For a single device (i.e. the router) an application needs just one instance. Because instantiation can be expensive (time consuming), having a single instance can save memory and speed up things.
Update: with the introduction of the `api-cache` in version `1.10` instantiation is much more faster than before. However, reusing an instance is still a good idea.
The method `call_action` takes two required arguments: the service- and the action-name as strings. In case that a service is unknown (because of a typo or incompatible router model) fritzconnection will raise a `FritzServiceError`. If the service is known, but not the action, then a `FritzActionError` gets raised.
Let's look at another example using an address "192.168.178.1" for the action "GetInfo" on the service "WLANConfiguration" that requires a password: ::
from fritzconnection import FritzConnection
fc = FritzConnection(address="192.168.178.1", password="the_password")
state = fc.call_action("WLANConfiguration1", "GetInfo")
Calling the service `WLANConfiguration1` without giving a password (or providing a wrong one) will raise a `FritzConnectionException`. Inspecting the API works without a password, but most of the other API-calls require one.
.. note ::
The environment variables ``FRITZ_USERNAME`` and ``FRITZ_PASSWORD`` can be used to avoid hardcoding username and password.
In case that the servicename is given without a numeric extension (i.e '1') fritzconnection adds the extension '1' by default. So `WLANConfiguration` becomes `WLANConfiguration1`. The extension is required if there are multiple services with the same name. For backward compatibility servicenames like `WLANConfiguration:1` are also accepted.
If `call_action()` provides a result, the method returns a dictionary: the keys are corresponding to the `Argument name` as given in the AVM-documentation and the values are the data provided from the router. In the above example `state` will be something like this: ::
{'NewAllowedCharsPSK': '0123456789ABCDEFabcdef',
'NewAllowedCharsSSID': '0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz '
'!"#$%&\'()*+,-./:;<=>?@[\\]^_`{|}~',
'NewBSSID': '98:9B:CB:2B:93:B3',
'NewBasicAuthenticationMode': 'None',
'NewBasicEncryptionModes': 'None',
'NewBeaconType': '11i',
'NewChannel': 6,
'NewEnable': True,
'NewMACAddressControlEnabled': False,
'NewMaxBitRate': 'Auto',
'NewMaxCharsPSK': 64,
'NewMaxCharsSSID': 32,
'NewMinCharsPSK': 64,
'NewMinCharsSSID': 1,
'NewSSID': 'the WLAN name',
'NewStandard': 'n',
'NewStatus': 'Up'}
This information provides a lot of details about the WLAN configuration. In this example the network is up and operating on channel 6. If the values are numeric or boolean, ``call_action()`` returns the matching Python datatype.
To activate or deactivate a network, the action `SetEnable` can get called. Inspection gives information about the required arguments: ::
$ fritzconnection -i 192.168.178.1 -A WLANConfiguration1 SetEnable
fritzconnection v1.10.0
FRITZ!Box 7590 at http://192.168.178.1
FRITZ!OS: 7.29
Service: WLANConfiguration1
Action: SetEnable
Parameters:
Name direction data type
NewEnable -> in boolean
Here just one argument is listed for the in-direction. That means that this argument has to be send to the router. FritzConnection takes arguments as keyword-parameters for the `call_action`-method, where the keyword is set to the `argument name` (`NewEnable` in this case) : ::
from fritzconnection import FritzConnection
fc = FritzConnection(address='192.168.178.1', password='the_password')
fc.call_action('WLANConfiguration1', 'SetEnable', NewEnable=False)
This call will deactivate the network (beware: don't deactivate a wireless network by not having a backup cable connection). As there are no arguments listed for the out-direction, `call_action` will return an empty dictionary.
In some cases it can happen that there is a dash in an argument-name. Then this argument-name is not usable as a keyword-parameter. Therefore the `call_action` method also accepts a keyword-only argument with the name `arguments` that must be a dictionary with all input-parameters as key-value pairs (*new in 1.0*): ::
arguments = {'NewEnable': False}
fc.call_action('WLANConfiguration1', 'SetEnable', arguments=arguments)
If `arguments` is given, the values of all further keyword-parameters are ignored; you can use just one way to provide arguments.
.. note ::
Prior to version 1.3 booleans must be given as numeric values 1 and 0. Since version 1.3 `True` and `False` can get used.
Example: report the WLAN status
...............................
Let's write a simple module using fritzconnection to report the WLAN status of a router: ::
from itertools import count
from fritzconnection import FritzConnection
from fritzconnection.core.exceptions import FritzServiceError
def get_wlan_status(fc):
status = []
action = 'GetInfo'
for n in count(1):
service = f'WLANConfiguration{n}'
try:
result = fc.call_action(service, action)
except FritzServiceError:
break
status.append((service, result))
return status
def get_compact_wlan_status(fc):
keys = ('NewSSID', 'NewChannel', 'NewStatus')
return [
(service, {key[3:]: status[key] for key in keys})
for service, status in get_wlan_status(fc)
]
def main(address, password):
fc = FritzConnection(address=address, password=password)
for service, status in get_compact_wlan_status(fc):
print(f'{service}: {status}')
if __name__ == '__main__':
main(address='192.168.178.1', password='the_password')
Depending on the settings this will give an output like this: ::
WLANConfiguration1: {'SSID': 'the_wlan_name', 'Channel': 6, 'Status': 'Up'}
WLANConfiguration2: {'SSID': 'the_wlan_name', 'Channel': 100, 'Status': 'Up'}
WLANConfiguration3: {'SSID': 'FRITZ!Box Gastzugang', 'Channel': 6, 'Status': 'Disabled'}
The modules in the fritzconnection library (modules in the lib-folder) can be used as code-examples of how to use fritzconnection.
The HTTP API
------------
This interface (also known as AHA-HTTP-Interface) allows to interact with smart-home devices connected to the router. The functionality partly overlap with the TR-064 interface, which provides a better performance. The interface works by sending a ``command`` with optional arguments like an ``identifier`` (aka ``ain``) as http-request and returns an http-response.
Commands are send by the method ``call_http()``. The http-response from this request is converted to a dictionary with the keys `content-type`, `encoding` and `content`. The values are typical "text/plain" or "text/xml" as `content-type`, "utf-8" as `encoding` and a string as `content` that may need further processing. This dictionary gets returned from the `call_http()` method.
Here is an example that selects all devices which are switches and report the temperature from these devices (assuming that all switches have temperature sensors). At first create a FritzConnection instance that can get reused (user and password are read from the environment): ::
from fritzconnection.core.fritzconnection import FritzConnection
fc = FritzConnection(address="192.168.178.1", use_cache=True)
Then implement the code using the http-interface to report all temperatures: ::
result = fc.call_http("getswitchlist")
switch_identifiers = result["content"].split(",")
for identifier in switch_identifiers:
result = fc.call_http("gettemperature", identifier.strip())
temperature = float(result["content"]) * 0.1
print(temperature)
The command "getswitchlist" returns a dictionary as result. The content is a string with a comma separated list of identifiers from devices which are switches. Then for every device `call_http()` gets called with the arguments "gettemperature" as `command` and the corresponding `identifier`. The result again is a dictionary with the temperature as `content`.
**The functionalities of the TR-064- and http-interface can overlap.** Here is how to do the same as above by means of the TR-064 API: ::
from fritzconnection.lib.fritzhomeauto import FritzHomeAutomation
fh = FritzHomeAutomation(fc)
# create a list of HomeAutomationDevice instances:
devices = [d for d in fh.get_homeautomation_devices() if d.is_switchable]
for device in devices:
temperatur = device.TemperatureCelsius * 0.1
print(temperature)
This example makes use of the fritzhomeauto library-module providing the `FritzHomeAutomation` and `HomeAutomationDevice` classes.
At first the instance of FritzConnection gets reused to initialize the FritzHomeAutomation instance 'fh'. On this instance the method `get_homeautomation_devices()` is called, returning a list of all homeautomation-devices known by the router, represented as HomeAutomationDevice-instances. On these instances the `is_switchable` property gets called to filter all devices which are switches. Then the example code iterates over the existing list of HomeAutomationDevice-instances to report the temperature that is already known by the instances and don't need additional calls to the API.
.. note::
In general the TR-064 API is faster than the HTTP-API. Whether this is an issue depends on the application. However, for functionalities available by both APIs it makes more sense to use the TR-064 API.
Combining the APIs
------------------
For home-automation tasks it can make sense to combine both interfaces. Let's say that the temperature-history of all devices providing a temperature-sensor should get reported. The TR-064 API provides an efficient way to get all devices with energy-sensors and the http-interface provides a command to access the history-data. Again at first `fc` and `fh` are defined and can get reused later: ::
from fritzconnection.core.fritzconnection import FritzConnection
from fritzconnection.lib.fritzhomeauto import FritzHomeAutomation
fc = FritzConnection(address="192.168.178.1", use_cache=True)
fh = FritzHomeAutomation(fc)
Then the devices are filtered by the property `is_energy_sensor` and are HomeAutomationDevice-instances. As the history of sensor-data is only provided by the http-interface the `call_http()` method is called with the appropriate command "getbasicdevicestats" and the "ain" of the device: ::
devices = [d for d in fh.get_homeautomation_devices() if d.is_energy_sensor]
for device in devices:
# device.identifier provides the ain:
response = fc.call_http("getbasicdevicestats", identifier=device.identifier)
print(response)
The response is a dictionary with the `content` given as xml-data that needs further processing.
For this the `HomeAutomationDevice` class (defined in fritzconnection.lib.fritzhomeauto) already provides a method for xml-processing of the "getbasicdevicestats" xml-response: ::
devices = [d for d in fh.get_homeautomation_devices() if d.is_energy_sensor]
for device in devices:
stats = device.get_basic_device_stats()
temperatures = stats['temperature']['data']
temperatures = list(map(lambda x: x * 0.1, temperatures))
The code is the same as before, but in the loop the method `get_basic_device_stats()` is called which returns a nested dictionary with the temperature data already extracted from the xml-data. The last line converts the temperatures from a sequence of strings to a list of floating point data (in ºC).
There is no restriction to use just ``call_action()`` or ``call_http()``. On a single FritzConnection instance both methods can get combined to best fit the needs.
Exceptions
----------
fritzconnection can raise several exceptions. For example using a service not provided by a specific router model will raise a `FritzServiceError`. This and all other errors are defined in `fritzconnection.core.exceptions` and can get imported from this module (i.e. the `FritzServiceError`): ::
from fritzconnection.core.exceptions import FritzServiceError
.. include:: exceptions_hierarchy.rst
All exceptions are inherited from `FritzConnectionException`. `FritzServiceError` and `FritzActionError` are superseding the older `ServiceError` and `ActionError` exceptions (still existing for backward compatibility). These exceptions are raised by calling unknown services and actions. All other exceptions are raised according to errors reported from the router (mirroring FritzOS errors). `FritzLookUpError` and `FritzArrayIndexError` are conceptually the same as Pythons `KeyError` or `IndexError`. Because of this they are also inherited from these Exceptions.
API-Cache
---------
Stores the router api in an external file (*new in 1.10*). Loading the api-data from the router requires a lot of communication (many slow i/o) and can take up to several seconds. Reading the api-data from a single local file is much faster. The cache is activated by the `use_cache` argument: ::
fc = FritzConnection(address=192.168.178.1, use_cache=True)
At first run the api gets loaded from the router and stored in a cache-file. On the next runs the api gets loaded from the cache-file. There is a separate cache-file for every ip-address, allowing to cache the api for mutiple devices.
With the argument `cache_directory` the location of the cache files can be specified. Default is the `~.fritzconnection` folder in the user home-directory on systems providing this default location.
.. note ::
The default cache-format is `pickle`, which is compact, fast and can be considered safe as it is your own data. However, the `json` format is also supported. With the argument `cache_format` the format can set to `json`.
After loading the api from a cache-file, the data are verified to be still valid for the given router-model and the current installed software version. In case the cache is outdated, the api-data are reloaded from the router and the cache-file gets updated. The verifying step requires a request to the router, which can take some milliseconds. With the argument `verify_cache=False` verifying can turned off, loading the api even faster.
.. warning ::
On deactivate verifying, the cache data may be outdated if something has changed on the router side. As a consequence these changes may not be visible for the fritzconnection library (Simple solution: turn verifying on or delete the cache-file.) However, chances are that one didn't mention this until strange things happen.
Update: since version `1.11` cache verification is much faster than before, so there is no longer a real need to deactivate the cache verification.
TLS-Encryption
--------------
fritzconnection supports encrypted communication with Fritz!Box devices by providing the option `use_tls` (*new in 1.2*): ::
fc = FritzConnection(address=192.168.178.1, password=, use_tls=True)
The default setting for `use_tls` is `False`. For the command line tools encryption is provided by the flags :command:`-e` or :command:`--encrypt`. Encryption can be a useful option in a non-private LAN like a company-LAN.
.. note ::
- Using TLS will slow down the communication with the router. Especially getting a new FritzConnection instance will take longer by setting `use_tls=True`. **Hint: reuse instances**.
- Since the router uses a self-signed certificate, currently certificate-verification is disabled.
- In case the client communicates with the router by WLAN and WPA is enabled, the communication is already encrypted.
- In case the client communicates by VPN there is also no need to add an additional encryption layer.
Environment-Variables
---------------------
Some arguments given to `FritzConnection` can be stored in the environment. This has the advantage that arguments like `user` and `password` don't have to be provided as hardcoded arguments. The following environment variables are checked in case that a corresponding argument is missing:
- ``FRITZ_USERNAME`` – the username
- ``FRITZ_PASSWORD`` – the password
- ``FRITZ_USECACHE`` – `True` or `False` (default: `False`)
- ``FRITZ_CACHEFORMAT`` – `json` or `pickle` (default: `pickle`)
- ``FRITZ_CACHEDIRECTORY`` – the cache-directory path (default: `~.fritzconnection`)
The default-values are used if neither an argument is given to `fritzconnection()` nor an environment-variable is defined.
fritzconnection-1.15.0/docs/sources/installation.rst 0000664 0000000 0000000 00000001774 15012115545 0022672 0 ustar 00root root 0000000 0000000 Installation
------------
The fritzconnection package is available on `PyPi `_ and installable by `pip `_: ::
$ pip install fritzconnection
To enable the creation of :ref:`QR-codes for wifi login `, install fritzconnection with the `qr`-option: ::
$ pip install fritzconnection[qr]
.. versionadded:: 1.9.0
This will install an additional dependency `segno `_. The segno-package can also get installed any time later: ::
$ pip install segno
It is good practice and highly recommended to do the installation in a virtual environment – either by means of `venv `_ or `conda `_ (comes with `miniconda `_ or `anaconda `_).
fritzconnection requires Python >= 3.6
fritzconnection-1.15.0/docs/sources/library_modules.rst 0000664 0000000 0000000 00000040612 15012115545 0023357 0 ustar 00root root 0000000 0000000 Library Modules
===============
The library is a package with modules on top of FritzConnection to address specific tasks. The library-modules may not serve every need, but should be seen as examples on how to use FritzConnection and how to write more specialised modules.
**Performance considerations:**
Creating a FritzConnection instance will inspect the Fritz!Box API to get information about all available services and corresponding actions. As this is i/o based it's generally slow. But once an instance is created, it can be reused for all tasks without side-effects. Therefore the library classes can optionally initialised with an existing FritzConnection instance, to not inspect the router-API multiple times: ::
from fritzconnection import FritzConnection
from fritzconnection.lib.fritzhomeauto import FritzHomeAutomation
from fritzconnection.lib.fritzwlan import FritzWLAN
fc = FritzConnection(address='192.168.178.1', password=)
# library modules can be initialised with an existing FritzConnection instance
fw = FritzWLAN(fc)
print(fw.total_host_number)
fh = FritzHomeAutomation(fc) # same here: use existing instance for initialisation
ain = '11657 0240192' # assume the AIN of the switch is known
fh.set_switch(ain, on=True)
The next sections will describe the library modules in detail.
**Inheritance from a common base class:**
All library modules inherit from a common abstract base class that should not get instantiated:
.. automodule:: fritzconnection.lib.fritzbase
:members:
FritzCall
---------
Can dial phone numbers and allows access to history of phone calls: incoming, outgoing and missed ones. Usage from the command line: ::
$ fritzcall -i 192.168.178.1 -p -t in -d 7
FRITZ!Box 7590 at ip 192.168.178.1
FRITZ!OS: 7.12
List of calls: in
type number date/time duration
...
more entries here
...
The flag :command:`-t` indicates the type of calls to get listed: [in | out | missed]. It :command:`-t` is not given, all calls are listed (up to 999). The flag :command:`-d` is the number of days to look back for calls e.g. 1: calls from today and yesterday, 7: calls from the complete last week.
FritzCall can dial numbers by the method `dial()`. This method can also invoked by the command line with the flag :command:`-c` or :command:`--call`. *Note:* To make this work it is required to activate the dial-help service of the router first. ::
$ fritzcall -i 192.168.178.1 -p -c
dialing number:
dialing done, please wait for signal.
For using a module, here is an example to list all missed calls: ::
from fritzconnection.lib.fritzcall import FritzCall
fc = FritzCall(address='192.168.178.1', password=)
calls = fc.get_missed_calls()
for call in calls:
print(call)
Calling back the last missed call is easy: ::
missed_number = calls[0].Caller # Caller attribute holds the number
fc.dial(missed_number) # now dial it
The module provides some constants that can be used with the `get_calls()` method as arguments for the calltype parameter: ::
ALL_CALL_TYPES = 0
RECEIVED_CALL_TYPE = 1
MISSED_CALL_TYPE = 2
OUT_CALL_TYPE = 3
ACTIVE_RECEIVED_CALL_TYPE = 9
REJECTED_CALL_TYPE = 10
ACTIVE_OUT_CALL_TYPE = 11
FritzCall API
..............
.. automodule:: fritzconnection.lib.fritzcall
:members:
FritzHomeAutomation
-------------------
This library helps to access Homeautomation devices for reading current states and set the status of switches. Usage from the command line: ::
$ fritzhomeauto -i 192.168.178.1 -p
FRITZ!Box 7590 at ip 192.168.178.1
FRITZ!OS: 7.12
Status of registered home-automation devices:
Device Name AIN Power[W] t[°C] switch
FRITZ!DECT 210 #1 '11657 0240192' 0.000 23.5 on
The optional :command:`-v` flag will give a verbose report about all device information, including the settings of radiator controls.
The :command:`-s` flag can set the state of switches. This flag requires two parameters: the device identifier (AIN) and the state to set [on|off]. The following example will switch off the device with the identifier '11657 0240192': ::
$ fritzhomeauto -i 192.168.178.1 -p -s '11657 0240192' off
Example on how to get information about the known devices by using a module: ::
from fritzconnection.lib.fritzhomeauto import FritzHomeAutomation
fha = FritzHomeAutomation(address='192.168.178.1', password=)
info = fha.device_information()
'info' is a list of dictionaries describing the devices: ::
[{'NewAIN': '11657 0240192',
'NewDeviceId': 16,
'NewDeviceName': 'FRITZ!DECT 210 #1',
...
'NewHkrComfortVentilStatus': 'CLOSED',
...
'NewMultimeterEnergy': 75,
'NewMultimeterIsEnabled': 'ENABLED',
...
'NewSwitchState': 'ON',
'NewTemperatureCelsius': 265,
'NewTemperatureIsEnabled': 'ENABLED',
'NewTemperatureIsValid': 'VALID',
'NewTemperatureOffset': 0}]
Depending on the device, different information will get reported. Information about a specific device can get obtained with the identifier *NewAIN*. The next example shows how to get the temperature in °C, taken the *NewAIN* from `device_information()` call: ::
ain = '11657 0240192'
fha.get_device_information_by_identifier(ain)['NewTemperatureCelsius'] * 0.1
It is also easy to toggle a switch (like a FRITZ!DECT 200/210 device): ::
fha.set_switch(ain, on=True)
This will turn the switch with the given identifier *on* or *off* depending whether the parameter 'on' is *True* or *False*. Use-cases can be to set a switch depending on the temperature or daytime.
FritzHomeAutomation API
........................
.. automodule:: fritzconnection.lib.fritzhomeauto
:members:
FritzHosts
----------
Utility module for FritzConnection to access and control the known hosts. The command line tool allows to list the current ip, name, the MAC address and the active-state for all registered hosts: ::
$ fritzhosts -i 192.168.178.1 -p
FritzConnection v1.0
FritzHosts for FRITZ!Box 7590 at ip 192.168.178.1
FRITZ!OS: 7.12:
List of registered hosts:
n: ip name mac status
1: 192.168.178.36 DE-20HAR90XXXXX 00:E1:8C:9B:DF:98 -
2: 192.168.178.33 HUAWEI-P20-Pro-xxxxxxxxxx B4:CD:27:37:78:E4 -
...
20: 192.168.178.24 fritz.repeater C6:25:06:83:64:C5 active
21: 192.168.178.25 fritzbox4020 C8:0E:14:B8:71:DD active
Example how to use FritzHost in a module to get the same output: ::
from fritzconnection.lib.fritzhosts import FritzHosts
fh = FritzHosts(address='192.168.178.1', password='password')
hosts = fh.get_hosts_info()
for index, host in enumerate(hosts, start=1):
status = 'active' if host['status'] else '-'
ip = host['ip'] if host['ip'] else '-'
mac = host['mac'] if host['mac'] else '-'
hn = host['name']
print(f'{index:>3}: {ip:<16} {hn:<28} {mac:<17} {status}')
FritzHosts API
..............
.. automodule:: fritzconnection.lib.fritzhosts
:members:
FritzPhonebook
--------------
Allows read-only access to the phonebooks stored in the router (a Fritz!Box router can have more than a single phonebook). The command line interface allows inspection of the phonebooks and search for name and numbers. The flag :command:`-a` will list the content of all phonebooks: ::
$ fritzphonebook -i 192.168.178.1 -p -a
FritzConnection v1.1
FritzPhonebook for FRITZ!Box 7590 at ip 192.168.178.1
FRITZ!OS: 7.12
Content of phonebook: business
good customer 0123456789
another good customer 0987654321
...
more numbers here
...
With the flags :command:`--name` and :command:`--number` like :command:`--name "good customer"` and :command:`--number 0987654321` all phonebooks will get searched for the according entry.
Here is an example to list the entries of all phonebooks by means of a module: ::
from fritzconnection.lib.fritzphonebook import FritzPhonebook
fp = FritzPhonebook(address='192.168.178.1', password='password')
for phonebook_id in fp.phonebook_ids:
contacts = fp.get_all_names(phonebook_id)
for name, numbers in contacts.items():
print(name, numbers)
FritzPhonebook API
..................
.. automodule:: fritzconnection.lib.fritzphonebook
:members:
FritzStatus
-----------
Reports information about the link-status to the service provider. Usage from the command line: ::
$ fritzstatus -i 192.168.178.1 -p password
fritzconnection v1.8.0
FRITZ!Box 7590 at http://192.168.178.1
FRITZ!OS: 7.29
FritzStatus:
is linked : True
is connected : True
external ip (v4) : 46.xx.xx.xx
external ip (v6) : 2003:ee:xx::
internal ipv6-prefix : 2003:ee:xx::
uptime : 321:41:06
bytes send : 6845677353
bytes received : 123858580962
max. bit rate : ('44.3 MBit/s', '113.2 MBit/s')
For periodic calls, an instance of FritzStatus (resp. FritzConnection) should only created once: ::
import time
from fritzconnection.lib.fritzstatus import FritzStatus
fc = FritzStatus(address='192.168.178.1', password='password')
while True:
print(fc.str_transmission_rate)
time.sleep(2)
This will report an output like this: ::
('992.0 bytes', '23.6 KB')
('0.0 bytes', '0.0 bytes')
('1.3 KB', '25.4 KB')
('3.7 KB', '36.4 KB')
('21.2 KB', '104.6 KB')
FritzStatus API
...............
.. automodule:: fritzconnection.lib.fritzstatus
:members:
FritzTopology
-------------
Module to access the current Network-Topology information. This can be a cyclic graph with the devices as nodes. The devices do have interfaces and the interfaces provide links to other the interfaces of other devices. Links do have attributes like the current throughput.
The following example prints an overview of a topology: ::
from fritzconnection import FritzConnection
from fritzconnection.lib.fritztopology import FritzMeshTopology
# assume user and password are read from the environment:
fc = FritzConnection(address="192.168.178.1")
# create a topology-instance
fm = FritzMeshTopology(fc=fc)
# read the topology data (can take some time)
fm.load_topology()
# print the instance:
print(fm)
FritzTopology API
.................
.. automodule:: fritzconnection.lib.fritztopology
:members:
FritzWLAN
---------
Module for accessing basic WLANConfiguration settings. The command line tool gives an overview of active devices: ::
$ fritzwlan -i 192.168.178.1 -p
FRITZ!Box 7590 at ip 192.168.178.1
FRITZ!OS: 7.12
Hosts registered at WLANConfiguration1:
WLAN name: the wlan name
channel : 6
index active mac ip signal speed
0 1 E2:25:06:83:64:C5 192.168.178.24 51 86
Hosts registered at WLANConfiguration2:
WLAN name: the wlan name
channel : 36
index active mac ip signal speed
0 1 A0:99:9B:10:09:81 192.168.178.28 91 1300
Example to get the total number of known WLAN-devices for all WLANConfigurations: ::
from fritzconnection.lib.fritzwlan import FritzWLAN
fw = FritzWLAN(address='192.168.178.1', password='password')
print(fw.total_host_number)
Example: device tracking
........................
A common use-case for wlan-information is device tracking. The following is a basic example how to do this. The example will poll the mac-addresses of all active devices. (For this a fixed tracking duration with a short poll-period is used. This may not be appropriate for real world programs.)
::
import time
import datetime
import itertools
from fritzconnection.lib.fritzwlan import FritzWLAN
from fritzconnection.core.exceptions import FritzServiceError
ADDRESS = '192.168.178.1'
PASSWORD = 'the_password' # should not be hardcoded for real usage
# short time periods for demonstration purposes
TRACKING_DURATION = 20
TRACKING_PERIOD = 5
def get_active_macs(fwlan):
"""
Gets a FritzWLAN instance and returns a list of mac addresses
from the active devices
"""
active_macs = list()
# iterate over all wlans:
for n in itertools.count(1):
fwlan.service = n
try:
hosts_info = fwlan.get_hosts_info()
except FritzServiceError:
break
else:
active_macs.extend(entry['mac'] for entry in hosts_info)
return active_macs
def report_devices(fwlan):
active_macs = get_active_macs(fwlan)
# decide here what to do with this information:
# print the mac addresses
for mac in active_macs:
print(mac)
print() # empty line for readability
def track_devices(tracking_duration, tracking_period):
# instanciate FritzWLAN just once for reusage
fwlan = FritzWLAN(address=ADDRESS, password=PASSWORD)
stop = datetime.datetime.now() + tracking_duration
while datetime.datetime.now() < stop:
report_devices(fwlan)
time.sleep(tracking_period)
def main():
tracking_duration = datetime.timedelta(seconds=TRACKING_DURATION)
track_devices(tracking_duration, TRACKING_PERIOD)
print('done.')
if __name__ == '__main__':
main()
Example: activate a guest network
.................................
This only works with devices providing more than one access point and additionally a guest network. If the latter is not provided the class `FritzGuestWLAN` will just handle the access point with highest internal service id, as this is typically the access point for guests.
The following example enables the guest access point and if a password is given will set this as the new password. If the guest access point is already active just a new password is set: ::
from fritzconnection.lib.fritzwlan import FritzGuestWLAN
def enable_guest_access_point(new_password=None):
guest_wlan = FritzGuestWLAN(address="192.168.178.1", user="user", password="password")
if not guest_wlan.is_enabled:
guest_wlan.enable()
if new_password:
guest_wlan.set_password(new_password)
enable_guest_access_point(new_password="new_strong_password")
.. _get_wifi_qr_code_example:
Example: create a QR-code for wifi access
.........................................
This is a common task for guest networks: give visitors easy access to a public network by providing the access data as a QR-code for scanning. The following example will create a QR-code and stores this code as a svg- and a png-file: ::
from fritzconnection.lib.fritzwlan import FritzGuestWLAN
def write_qr_code_to_file(filename, kind="svg")
guest_wlan = FritzGuestWLAN(address="192.168.178.1", user="user", password="password")
qr_code = guest_wlan.get_wifi_qr_code(kind=kind)
with open(filename, "wb") as fobj:
fobj.write(qr_code.read())
write_qr_code_to_file("qr_code.svg", kind="svg")
# do the same as png-file:
write_qr_code_to_file("qr_code.png", kind="png")
Keep in mind to set the file-suffix to the format of the created QR-code. This is the argument `kind` taking "svg", "png" and "pdf" as allowed values. Default value is "svg".
The call of the `get_wifi_qr_code()` method returns a file-like object. Instead of writing the content to a file, the return value can get forwarded to any function accepting a file-like object.
.. versionadded:: 1.9.0
.. note::
If the `segno`-package is not available, calling the method will raise an `AttributeError`. Refer to `Installation `_ to install this requirement.
FritzWLAN API
.............
.. automodule:: fritzconnection.lib.fritzwlan
:members:
Library-Tools
-------------
Helper classes and functions for library-development.
fritzbase
.........
.. automodule:: fritzconnection.lib.fritzbase
:noindex:
:members:
fritztools
..........
.. automodule:: fritzconnection.lib.fritztools
:members:
fritzconnection-1.15.0/docs/sources/license.rst 0000664 0000000 0000000 00000003061 15012115545 0021602 0 ustar 00root root 0000000 0000000
License
=======
As an open source and non profit software fritzconnection has the liberal MIT-License ("Expat License"). So basically, you can do whatever you want as long as you include the original copyright and license notice in any copy of the software/source.
In short that means:
* You are allowed to download, install and use the software for free, even for commercial products.
* You are **entirely** at your own risk.
Here is the long version:
Copyright (c) 2012-2022 Klaus Bremer
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
fritzconnection-1.15.0/docs/sources/version_history.rst 0000664 0000000 0000000 00000043634 15012115545 0023440 0 ustar 00root root 0000000 0000000
Version History
===============
1.15.0 - 2025-05-17
-------------------
- support added for Python 3.14
- FritzConnection:
- additional argument `redact_debug_log` (default: False) for optional redacting response in debug output. (#238) (#241)
- new method `get_cpu_temperatures()` providing a list of the last recent cpu-temperatures. (Rewrite of #232).
- FritzCall:
- new attribute `Path` for the class `Call` to access an optional phone message. (#231)
- FritzStatus:
- new method `get_avm_device_log()` to access system events. Requires FritzOS 8. (#234)
- bugfix: in rare cases a session id of None has prevented a successfull request of the http-interface.
- **removed**:
- `fritzconnection.lib.fritzhomeauto.FritzHomeAutomation.device_informations()`, deprecated in 1.9.0
- `fritzconnection.lib.fritzstatus.FritzStatus.uptime()`, deprecated in 1.9.0
- `fritzconnection.lib.fritzwlan.FritzWLAN.channel_infos()`, deprecated in 1.9.0
1.14.0 - 2024-08-12
-------------------
- support added for Python 3.13
- New FritzTopology module: represents the mesh-topology graph.
- FritzWLAN:
- internal function `_get_beacon_security()` removed and substituted with a mapping. (#224)
- added ability to output QR code as string stream with ANSI or unicode. (#223)
- new property `is_hidden` for wlan ssid. Internal use of this property to handle hidden SSID in QR codes. Parameter `hidden` removed from `FritzWLAN.get_wifi_qr_code()`. (#221)
- bugfix: fixed potential password leak in QR code for an unencrypted connection. (#225, #226)
- FritzHomeAutomation:
- bugfix: converting data from actors which are reporting missing data as non integer values. Missing data are now represented by `None`. (#215)
- bugfix: some devices may not return system-information the propper way, causing errors on the cli output. In these cases the system-information will get ignored. (#214)
- documentation: some typos corrected. (#202, #204)
- testing: `tox.ini` removed because of change to `nox`. Change from `pylint` to `ruff` for linting.
- **deprecation**: use of the `json` cache-format is discouraged. Use the default pickle-format instead. The highly dynamic TR-064 parser may get an ouverhaul in the future and to reduce the complexity of the parser the support of `json` for caching will be removed.
1.13.2 - 2023-09-17
-------------------
- bugfix: fix a crash in the cache-verification in case the cache is activated in combination with the Fritz!Box default-ip and multiple AVM-devices are connected in the local network, so an arbitrary device may respond (which would also be a bug in applications using fritzconnection anyway) (introduced in version 1.10.0).
- bugfix: fix broken reconnection of fritzmonitor in case of socket loss. (#196)
- cleaner type-hints for public api.
- documentation: Style change to "Furo" and minor content improvements.
1.13.1 - 2023-08-20
-------------------
- bugfix: added a missing import to the `/docs/requirements.in` file to generate the API-documentation on readthedocs.org (introduced in version 1.13.0).
1.13.0 - 2023-08-19
-------------------
- support added for Python 3.12
- support removed for Python 3.6
- type-hints added for the public API.
- test-tool changed from `tox` to `nox`.
- documentation-structure adapted according to changed requirements by `readthedocs.org`.
- command-line interface: the check for a given password has been removed and substituted by a meaningfull error message in case of an authorization failure. Not every service is password-protected and passwords can optional provided by the environment. Therefore there is no need to require a password at cli level. (Motivated by #192)
- bugfix: unneeded required password removed from the `fritzstatus` command-line interface. (#192)
- bugfix: make `fritzwlan.get_beacon_security()` work with older router models not supporting the `NewX_AVM-DE_PossibleBeaconTypes` argument. (#191)
- **deprecation**: `fritzconnection.lib.fritzphonebook.list_phonebooks()`
1.12.2 - 2023-07-09
-------------------
- bugfix in 'setup.py`: add `long_description_content_type="text/markdown"`, because it is not used as default.
1.12.1 - 2023-07-09
-------------------
- FritzCall:
- New method `hangup()`. (#184)
- FritzHosts:
- bugfix: removed issues preventing the method `get_hosts_attributes()` to return a list of dictionaries representing the host-attributes. (#190)
1.12.0 - 2023-03-08
-------------------
- FritzConnection:
- New method `call_http()` for accessing the (aha-)http-interface.
- bugfix: create cache directory if not existing. (#183)
- FritzHttp:
- New core module to access the (aha-)http-interface.
- FritzHomeAutomation:
- New class `HomeAutomationDevice`. Represents properties and state of a home-automation device.
- New method `get_homeautomation_device()`.
- New method `get_homeautomation_devices()`.
- New method `get_device_information_list()`. Substitutes the `device_information()` method.
- FritzMonitor:
- bugfix: create new socket on lost connection. (#179)
- **Deprecations**:
- `fritzconnection.lib.fritzhomeauto.FritzHomeAutomation.device_information()`
1.11.0 - 2023-01-28
-------------------
- FritzConnection:
- New property `updatecheck` allows access to router attributes without permissions (#168)
- Faster cache validation.
- Exceptions:
- New `FritzAuthorizationError` raised on calling actions without the proper permissions (#170)
1.10.3 - 2022-09-08
-------------------
- upper limit for dependency pinning removed to support installation on more recent environments.
1.10.2 - 2022-09-04
-------------------
- bugfix: missing `self` in `FritzStatus.get_device_info()` (introduced in 1.10.0) (#165)
- dependencies pinned for `requests` not supporting Python 3.6 since version 2.28.0 and for `segno` (which still works with EOL versions).
1.10.1 - 2022-09-01
-------------------
- bugfix: cli argument forwarding (introduced in 1.10.0) (#164)
- enhancement: cli flag `-y` to suppress cache-verification now implies `-x` (use cache)
1.10.0 - 2022-08-24
-------------------
- FritzConnection:
- API cache integration added: for faster start up times the router API can optional get saved in a cache-file. This can save up to several seconds run-time on instantiation.
- FritzHosts:
- New method `get_hosts_attributes` providing a list of dictionaries with the attribues of all known hosts (#134)
- FritzStatus:
- New property `update_available` (#156)
- New property `connection_service`
- New property `has_wan_support` (#162)
- New property `has_wan_enabled` (#147)
- New property `upnp_enabled()` (#153)
- New property `device_has_mesh_support` (#146)
- New method `get_default_connection_service` (#146)
- New method `get_device_info()` (#155)
- FritzWLAN:
- QR-code now supports encryption information for the described network by auto-detecting the security settings (which is optional but set to default) (#139)
- Testing:
- requires opencv to check qr-codes
- covering Python 3.11
- New class `ArgumentNamespace` added in `fritzconnection.lib.fritztools` for convenient handling of dictionaries returned from `FritzConnection.call_action()` calls.
- Better error message in case application access is disabled (#142)
1.9.1 - 2022-01-17
------------------
- bugfix: AttributeError in `FritzHomeAutomation.device_information()` removed - bug introduced in 1.9.0 (#138)
- enhancement: `FritzWLAN.get_wifi_qr_code()` forwards the optional `security` and `hidden` parameters to `segno`. (#139)
1.9.0 - 2022-01-05
------------------
- FritzWLAN:
- New method `get_wifi_qr_code()` for QR-code creation for wifi-access (#133). Requires `segno` as dependency. See `installation <./install.html>`_ for details. The method is also inherited by FritzGuestWLAN.
- New method `channel_info()` (#131)
- FritzHomeAutomation: New method `device_information()` (#131)
- **Deprecations**:
- `fritzconnection.lib.fritzhomeauto.FritzHomeAutomation.device_informations()`
- `fritzconnection.lib.fritzstatus.FritzStatus.uptime()`
- `fritzconnection.lib.fritzwlan.FritzWLAN.channel_infos()`
- Documentation improvements
1.8.0 - 2021-12-27
------------------
- FritzConnection: new command line option `-R` to reboot the system
- FritzHosts:
- New method `get_generic_host_entries` returning a generator to iterate over all entries as reported by the method `get_generic_host_entry`.
- The methods `get_active_hosts` and `get_hosts_info` provide additional host attributes (#127)
- Refactoring of the logging module `fritzconnection.core.logger` (introduced in 1.7.0). Now emitting messages from INFO-level and up by default.
- Connection errors with the router raised from the underlying `urllib3` library are caught and raised again as FritzConnectionException preserving the connection error information (#128)
1.7.2 - 2021-11-14
------------------
- bugfix: logger deactivated by default (#123)
1.7.1 - 2021-10-10
------------------
- Tests extended for Python 3.10
1.7.0 - 2021-09-25
------------------
- New FritzWLAN-methods:
- `enable` and `disable` to enable and disable a wlan network.
- `get_password` and `set_password` to get the current password or set a new one for a wlan network.
- New FritzGuestWLAN library class.
- New FritzConnection method `reboot`.
- New logging module `fritzconnection.core.logger`.
1.6.0 - 2021-07-24
------------------
- New arguments for FritzConnection: `pool_connections` and `pool_maxsize` to adapt the default urllib3 settings (used by requests). (#114).
- New properties `FritzStatus.device_uptime` and `FritzStatus.connection_uptime``; the latter a replacement for `FritzStatus.uptime` – still existing as an alias. (#104)
- bugfix: html-escape arguments in case that special characters are allowed by the protocol. (#115)
- bugfix: `FritzStatus.bytes_sent` will return the 32 bit value from older Fritz!Box models. (#110)
- bugfix: raise `FritzActionError` on accessing the mesh topology information from a device not having accesss to this information. (#107)
- adding code-of-conduct and contributing files to the repository.
1.5.0 - 2021-05-01
------------------
- Compatibility with Fritz!OS 7.24 and newer: takes the last logged in username as default in case that a username is not provided.
1.4.2 - 2021-03-06
------------------
- bugfix: byte_formatter may return wrong numbers on values < 1 and has raised math domain error on values == 0. (bug introduced with version 1.4.1) (#87)
1.4.1 - 2021-02-13
------------------
- bugfix: FritzStatus library now returns a 32 bit value for *bytes_received* for older Fritz!OS versions not providing the newer 64 bit information instead of raising an exception. (bug introduced with version 1.3.0) (#82)
- change: Output of bitrate changed to log10 based calculation (#45, #52)
1.4.0 - 2020-11-29
------------------
- New core module fritzmonitor for reporting realtime phone call events (#76).
- Library class FritzStatus with additional properties: *attenuation*, *str_attenuation*, *noise_margin* and *str_noise_margin* (#69)
- Library class FritzHost with additional method *get_host_name* (#75)
- Namespace prefix for xml-arguments removed (#66)
- Test extended for Python 3.9 (#73)
1.3.4 - 2020-08-06
------------------
- bugfix: session ignored timeout settings (#63)
1.3.3 - 2020-07-17
------------------
- bugfix: soap-xml encoding corrected (#59)
- bugfix: soap-xml tag-attribute separation fixed (#60)
1.3.2 - 2020-07-11
------------------
- bugfix: converting arguments returned from soap calls (#58)
1.3.1 - 2020-06-28
------------------
- authorisation now supports 'myfritz.net' access (#48)
- internal refactorings
1.3.0 - 2020-06-21
------------------
- Library class FritzStatus reports the sent and received bytes now as 64 bit integers and provides easy access to realtime monitor data.
- Library class FritzHost provides more methods to access devices, including *wake on LAN* and net topology information.
- Library class FritzPhonebook has a new method *get_all_name_numbers()* to fix a bug of *get_all_names()* reporting just one name in case that a phonebook holds multiple entries of the same name.
- Boolean arguments send to the router as *1* and *0* can also be given as the Python datatypes *True* and *False* (#30).
- Flag -c added to fritzconnection cli interface to report the complete api.
- pip installation no longer includes the tests (#39).
- pypi classifier changed to *Development Status :: 5 - Production/Stable*
0.8.5 - 2020-06-01
------------------
- updates the pinned lxml-dependency from version 4.3.4 to 4.5.1
- last version to support Python 2.7, <=3.5 (no more updates)
1.2.1 - 2020-03-21
------------------
- Library modules handling complex datatypes (urls) can now reuse fritzconnection sessions.
1.2.0 - 2020-01-07
------------------
- TLS for router communication added.
- Command line tools take the new option -e for encrypted connection.
- Sessions added for faster connections (significant speed up for TLS)
- Functional tests added addressing a physical router. Skipped if no router present.
- Bugfix for rendering the documentation of the FritzPhonebook-API (bug introduced in 1.1.1)
1.1.1 - 2019-12-29
------------------
- Bugfix in FritzConnection default parameters preventing the usage of library modules (bug introduced in 1.1.0)
- Minor bugfix in FritzPhonebook storing image-urls
1.1.0 - 2019-12-28
------------------
- FritzConnection takes a new optional parameter `timeout` limiting the time waiting for a router response.
- FritzPhonebook module rewritten for Python 3 without lxml-dependency and added again to the library (missing in version 1.0).
- Library module FritzStatus adapted to Python 3.
1.0.1 - 2019-12-21
------------------
- Bugfix in fritzinspection for command line based inspection of the Fritz!Box API.
1.0.0 - 2019-12-20
------------------
- Requires Python 3.6 or newer. The 0.8.x release is the last version supporting Python 2.7 and Python 3 up to 3.5
- The ``lxml`` library is no longer a dependency.
- New project layout. Library modules are now located in the new ``lib`` package.
- Rewrite of the description parser.
- Errors reported by the Fritz!Box are now raising specific exceptions.
0.8.4 - 2019-12-16
------------------
- Bugfix in connection.reconnect(). This bug has been introduced with version 0.8.0. For versions 0.8.0 to 0.8.3 'reconnect' requires a password because of a changed service call.
- Documentation updated.
0.8.3 - 2019-09-09
------------------
- Fix broken test (new in version 0.8.0)
- Minor code enhancements
0.8.2 - 2019-08-27
------------------
- Unified version numbering of the modules.
- ServiceError, ActionError and AuthorizationError are also importable from the package.
- Some code cleanup.
Changes in the development process: .hgignore removed and .gitignore added, changes in setup.py, readme changed to restructured text.
As Atlassian has announced to drop support for mercurial on ``bitbucket`` und will remove the according repositories (in June 2020), development of fritzconnection has converted from ``hg`` to ``git`` and the repository has been transfered to ``github``. Unfortunately the issue- and discussion-history will be lost this way (even by keeping the new git-repository at bitbucket).
0.8.1 - 2019-08-24
------------------
FritzStatus: bugfix requiring a password in combination with fritzconnection >= 0.8.0
FritzStatus: added the ``external_ipv6`` attribute
FritzStatus: added the ``max_linked_bit_rate`` attribute for the physical rate. Also added the ``str_max_linked_bit_rate`` attribute for a more readable output. (password must be provided for these infomations)
FritzConnection: added the ``AuthorizationError`` exception.
0.8.0 - 2019-08-20
------------------
Bugfix how servicenames are extracted from the xml-description files. However, the api has not changed.
The requirements are now fixed for lxml (4.3.4) and requests (2.22.0) as these versions are still supporting python 2.7
0.7.1 - 0.7.3 ~ 2019-07-24
--------------------------
Bugfixes, no new features or other changes.
0.7.0 - 2019-07-21
------------------
FritzConnection does now check for the environment variables ``FRITZ_USER`` and ``FRITZ_PASSWORD`` in case that neither user nor password are given.
FritzStatus now accepts user and password as keyword-parameters. Keep in mind, that FritzBoxes may return different information about the status depending whether these are gathered with or without a password.
0.6.5 - 2017-07-12
------------------
There is a new attribute *package_version*:
>>> import fritzconnection
>>> fritzconnection.package_version
0.6.5
Because every module of the fritzconnection-package has it's own version, version-history of the package gets confusing over time. From now on every change of the content of the package is indicated by the the package-version. Every unchanged module keeps it's version. So i.e. the recent package-version is 0.6.5 but the fritzconnection-module is still in version 0.6 cause nothing has changed in this module since then.
0.6
---
FritzConnection now uses long qualified names as ``servicename``, i.e. ``WLANConfiguration:1`` or ``WLANConfiguration:2``. So these servicenames can now be used to call actions on different services with the same name:
>>> connection = FritzConnection()
>>> info = connection.call_action('WANIPConnection:2', 'GetInfo')
For backward compatibility servicename-extensions like ':2' can be omitted on calling 'call_action'. In this case FritzConnection will use the extension ':1' as default.
On calling unknown services or actions in both cases KeyErrors has been raised. Calling an unknown service (or one unaccessible without a password) will now raise a ``ServiceError``. Calling an invalid action on a service will raise an ``ActionError``. Both Exceptions are Subclasses from the new ``FritzConnectionException``. The Exception classes can get imported from fritzconnection:
>>> from fritzconnection import ServiceError, ActionError
< 0.6
-----
Continuous update of features and bugfixes since first import at 2013-05-01 on bitbucket using mercurial.
fritzconnection-1.15.0/fritzconnection/ 0000775 0000000 0000000 00000000000 15012115545 0020231 5 ustar 00root root 0000000 0000000 fritzconnection-1.15.0/fritzconnection/__init__.py 0000664 0000000 0000000 00000000761 15012115545 0022346 0 ustar 00root root 0000000 0000000 """
fritzconnection
library to communicate with the AVM Fritz!Box
by the TR-064 protocoll and allowes access via the http-interface.
Provides also an interface for realtime call-monitoring.
for documentation refer:
https://avm.de/service/schnittstellen/
https://fritzconnection.readthedocs.io/
"""
# unused shortcut import are intended:
# ruff: noqa: F401
__version__ = "1.15.0"
# import shortcuts
from .core.fritzconnection import FritzConnection
from .core.fritzmonitor import FritzMonitor
fritzconnection-1.15.0/fritzconnection/cli/ 0000775 0000000 0000000 00000000000 15012115545 0021000 5 ustar 00root root 0000000 0000000 fritzconnection-1.15.0/fritzconnection/cli/__init__.py 0000664 0000000 0000000 00000000253 15012115545 0023111 0 ustar 00root root 0000000 0000000 # package for command line tools
# see: setup.py:entry_points
# implement cli access here to separate the core- and lib-packages from
# the commandline argument parsing.
fritzconnection-1.15.0/fritzconnection/cli/fritzcall.py 0000664 0000000 0000000 00000004667 15012115545 0023361 0 ustar 00root root 0000000 0000000 """
fritzcall.py
Module to inspect the FritzBox phone API.
CLI interface.
This module is part of the FritzConnection package.
https://github.com/kbr/fritzconnection
License: MIT (https://opensource.org/licenses/MIT)
Author: Klaus Bremer
"""
from ..core.exceptions import FritzAuthorizationError
from ..lib.fritzcall import FritzCall
from . utils import (
get_cli_arguments,
get_instance,
print_header,
print_common_exception_message
)
def report_calls(fc, arguments):
print('FritzCall:')
days = arguments.days
num = arguments.num if not days else None
if arguments.type == 'in':
calls = fc.get_received_calls(num=num, days=days)
elif arguments.type == 'out':
calls = fc.get_out_calls(num=num, days=days)
elif arguments.type == 'missed':
calls = fc.get_missed_calls(num=num, days=days)
else:
calls = fc.get_calls(num=num, days=days)
call_type = arguments.type if arguments.type else 'all'
print('List of calls:', call_type, '\n')
type_ = 'type'
number = 'number'
time = 'date/time'
duration = 'duration'
print(f'{type_:>6} {number:24}{time:>18}{duration:>12}\n')
for call in calls:
print(call)
print()
def dial_number(fc, number):
print(f'dialing number: {number}')
fc.dial(number)
print('dialing done, please wait for signal.')
def add_arguments(parser):
parser.add_argument('-n', '--num',
nargs='?', default=None, const=None,
help='max number of calls in the call-list')
parser.add_argument('-d', '--days',
nargs='?', default=None, const=None,
help='number of days to look back for calls.')
parser.add_argument('-t', '--type',
nargs='?', default=None, const=None,
help='type of calls: [in|out|missed]')
parser.add_argument('-c', '--call',
nargs='?', default=None, const=None,
help='phone number to call')
def execute(arguments):
fc = get_instance(FritzCall, arguments)
if arguments.call:
dial_number(fc, arguments.call)
else:
print_header(fc)
report_calls(fc, arguments)
def main():
arguments = get_cli_arguments(add_arguments)
try:
execute(arguments)
except FritzAuthorizationError as err:
print_common_exception_message(err)
if __name__ == '__main__':
main()
fritzconnection-1.15.0/fritzconnection/cli/fritzhomeauto.py 0000664 0000000 0000000 00000004713 15012115545 0024257 0 ustar 00root root 0000000 0000000 """
fritzhomeauto.py
Module to inspect the FritzBox homeautomation API.
CLI interface.
This module is part of the FritzConnection package.
https://github.com/kbr/fritzconnection
License: MIT (https://opensource.org/licenses/MIT)
Author: Klaus Bremer
"""
from ..lib.fritzhomeauto import FritzHomeAutomation
from . utils import get_cli_arguments, get_instance, print_header
def report_verbose(fh):
information = fh.device_information()
for info in information:
width = len(max(info.keys(), key=lambda x: len(x)))
line = f'{{attribute:{width}}} : {{value}}'
for attribute in sorted(info.keys()):
print(line.format(attribute=attribute, value=info[attribute]))
print() # add blank line between devices
def report_compact(fh):
name = 'Device Name'
ain = 'AIN'
power = 'Power[W]'
temperature = 't[°C]'
switch_state = 'switch'
print(f'{name:24}{ain:18}{power:>10}{temperature:>8} {switch_state}')
for di in fh.device_information():
name = di['NewDeviceName']
ain = di['NewAIN']
ain = f"'{ain}'"
power = di['NewMultimeterPower'] * 0.01
temperature = di['NewTemperatureCelsius'] *0.1
switch_state = di['NewSwitchState'].lower()
print(f'{name:24}{ain:18}{power:>10.3f}{temperature:>8.1f} {switch_state}')
print()
def report_status(fh, arguments):
print('FritzHomeautomation:')
print('Status of registered home-automation devices:\n')
if arguments.verbose:
report_verbose(fh)
else:
report_compact(fh)
def switch_device(fh, arguments):
ain = arguments.switch[0]
state = arguments.switch[1].lower() == 'on'
fh.set_switch(identifier=ain, on=state)
def add_arguments(parser):
parser.add_argument('-v', '--verbose',
nargs='?', default=False, const=True,
help='report in verbose mode')
parser.add_argument('-s', '--switch',
nargs=2,
help='set switch state. requires two parameters: '
'ain and state [on|off]')
def main():
arguments = get_cli_arguments(add_arguments)
if not arguments.password:
print('Exit: password required.')
return
fh = get_instance(FritzHomeAutomation, arguments)
if arguments.switch:
switch_device(fh, arguments)
else:
print_header(fh)
report_status(fh, arguments)
if __name__ == '__main__':
main()
fritzconnection-1.15.0/fritzconnection/cli/fritzhosts.py 0000664 0000000 0000000 00000002427 15012115545 0023576 0 ustar 00root root 0000000 0000000 """
fritzhosts.py
Module to inspect the FritzBox API for registered hosts.
CLI interface.
This module is part of the FritzConnection package.
https://github.com/kbr/fritzconnection
License: MIT (https://opensource.org/licenses/MIT)
Author: Klaus Bremer
"""
from ..core.exceptions import FritzAuthorizationError
from ..lib.fritzhosts import FritzHosts
from .utils import (
get_cli_arguments,
get_instance,
print_header,
print_common_exception_message
)
def print_status(fh):
print('FritzHosts:')
print('List of registered hosts:\n')
print('{:>3}: {:<16} {:<28} {:<17} {}\n'.format(
'n', 'ip', 'name', 'mac', 'status'))
hosts = fh.get_hosts_info()
for index, host in enumerate(hosts, start=1):
status = 'active' if host['status'] else '-'
ip = host['ip'] if host['ip'] else '-'
mac = host['mac'] if host['mac'] else '-'
hn = host['name']
print(f'{index:>3}: {ip:<16} {hn:<28} {mac:<17} {status}')
print('\n')
def execute():
args = get_cli_arguments()
fh = get_instance(FritzHosts, args)
print_header(fh)
print_status(fh)
def main():
try:
execute()
except FritzAuthorizationError as err:
print_common_exception_message(err)
if __name__ == '__main__':
main()
fritzconnection-1.15.0/fritzconnection/cli/fritzinspection.py 0000664 0000000 0000000 00000014011 15012115545 0024601 0 ustar 00root root 0000000 0000000 """
fritzinspection.py
Module to inspect the FritzBox API for available services and actions.
This module is part of the FritzConnection package.
https://github.com/kbr/fritzconnection
License: MIT (https://opensource.org/licenses/MIT)
Author: Klaus Bremer
"""
import datetime
from ..core.exceptions import FritzAuthorizationError
from ..core.fritzconnection import FritzConnection
from .utils import (
get_cli_arguments,
get_instance,
print_header,
print_common_exception_message
)
class FritzInspection:
"""
Class for cli use to inspect available services and according
actions of the given device (the Fritz!Box).
"""
# pylint: disable=invalid-name # self.fc is ok.
def __init__(self, fc):
self.fc = fc
def view_servicenames(self):
"""Send all known service names to stdout."""
print('Servicenames:')
for service_name in self.fc.services:
print('{:20}{}'.format('', service_name))
def view_actionnames(self, service_name, view_arguments=False):
"""Send all action names of the given service to stdout."""
print('\n{:<20}{}'.format('Servicename:', service_name))
print('Actionnames:')
try:
service = self.fc.services[service_name]
except KeyError as err:
print(f'Error: Invalid Servicename {err}')
else:
for action_name in service.actions:
print('{:20}{}'.format('', action_name))
if view_arguments:
action = service.actions[action_name]
for argument in sorted(action.arguments.keys()):
print('{:24}- {}'.format('', argument))
print()
def view_actionarguments(self, service_name, action_name):
"""Send all action names of the given service to stdout."""
try:
service = self.fc.services[service_name]
except KeyError as err:
print(f'Error: Invalid Servicename {err}')
return
try:
action = service.actions[action_name]
except KeyError as err:
print(f'Error: Invalid Actionname {err}')
return
print('\n{:<20}{}'.format('Service:', service_name))
print('{:<20}{}'.format('Action:', action_name))
print('Parameters:\n')
print(' {:38}{:14}{}\n'.format('Name', 'direction', 'data type'))
for argument in action.arguments.values():
if argument.direction == 'in':
direction = '-> in'
else:
direction = ' out ->'
var = service.state_variables.get(argument.relatedStateVariable, '')
line = f' {argument.name:38}{direction:14}{var.dataType}'
print(line)
def view_complete_api(self):
"""
Send the complete api to stdout.
This can be a lengthy output that may be redirected to a file.
"""
print()
system_info = self.fc.device_manager.system_info
# some devices may return None as system_info
if system_info:
print(
f"system : {system_info[-1]}\n"
f"build : {system_info[-2]}\n"
f"hw-code: {system_info[0]}"
)
now = datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S")
print(f"Report date: {now}")
for service_name, service in self.fc.services.items():
if service_name == 'any1':
continue
print()
print('=' * 65)
for action_name in service.actions:
self.view_actionarguments(service_name, action_name)
def add_arguments(parser):
parser.add_argument('-r', '--reconnect',
action='store_true',
help='Reconnect and get a new ip')
parser.add_argument('-R', '--reboot',
action='store_true',
help='Reboot the router')
parser.add_argument('-s', '--services',
action='store_true',
help='List all available services')
parser.add_argument('-S', '--serviceactions',
nargs=1,
help='List actions for the given service: ')
parser.add_argument('-a', '--servicearguments',
nargs=1,
help='List arguments for the actions of a '
'specified service: .')
parser.add_argument('-A', '--actionarguments',
nargs=2,
help='List arguments for the given action of a '
'specified service: . '
'Lists also direction and data type of the '
'arguments.')
parser.add_argument('-c', '--complete',
nargs='?', default=False, const=True,
help='List the complete api of the router')
def run_inspector(inspector, args):
print_header(inspector.fc)
if args.services:
inspector.view_servicenames()
elif args.serviceactions:
inspector.view_actionnames(args.serviceactions[0])
elif args.servicearguments:
inspector.view_actionnames(args.servicearguments[0], view_arguments=True)
elif args.actionarguments:
inspector.view_actionarguments(args.actionarguments[0],
args.actionarguments[1])
elif args.complete:
inspector.view_complete_api()
elif args.reconnect:
inspector.fc.reconnect()
print('reconnect the router.')
elif args.reboot:
inspector.fc.reboot()
print('reboot the router.')
print()
def execute():
args = get_cli_arguments(add_arguments)
fc = get_instance(FritzConnection, args)
inspector = FritzInspection(fc=fc)
run_inspector(inspector, args)
def main():
try:
execute()
except FritzAuthorizationError as err:
print_common_exception_message(err)
if __name__ == '__main__':
main()
fritzconnection-1.15.0/fritzconnection/cli/fritzmonitor.py 0000664 0000000 0000000 00000005761 15012115545 0024131 0 ustar 00root root 0000000 0000000 """"
Module to inspect phone-call events in real time.
This is the command line interface for the core.fritzmonitor module
and should serve as an example how to use an instance of FritzMonitor.
To run this, the CallMonitor service of the box has to be activated.
This can be done with any registered Phone by typing the following codes:
activate: #96*5*
deactivate: #96*4*
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
import argparse
import queue
from ..core.fritzmonitor import (
FritzMonitor,
FRITZ_IP_ADDRESS,
FRITZ_MONITOR_SOCKET_TIMEOUT,
)
from .. import __version__
HEALTHCHECK_TIMEOUT = 10
def print_header(args):
print(f"\nfritzconnection v{__version__}")
print(f"start fritzmonitor on address: {args.address}")
print(f"settings for socket-timeout: {args.timeout} [sec]")
print(f"settings for healthcheck-timeout: {args.healthcheck} [sec]")
print("(to stop press ^C)\n")
def get_cli_arguments():
parser = argparse.ArgumentParser()
parser.add_argument(
"-i",
"--ip-address",
nargs="?",
default=FRITZ_IP_ADDRESS,
const=None,
dest="address",
help="Specify ip-address of the FritzBox to connect to."
"Default: %s" % FRITZ_IP_ADDRESS,
)
parser.add_argument(
"-t",
"--timeout",
nargs="?",
type=int,
default=FRITZ_MONITOR_SOCKET_TIMEOUT,
const=None,
dest="timeout",
help="Setting for socket timeout [sec]."
"Default: %s" % FRITZ_MONITOR_SOCKET_TIMEOUT,
)
parser.add_argument(
"-c",
"--healthcheck",
nargs="?",
type=int,
default=HEALTHCHECK_TIMEOUT,
const=None,
dest="healthcheck",
help="Setting for internal health-check interval [sec]."
"Default: %s" % HEALTHCHECK_TIMEOUT,
)
args = parser.parse_args()
return args
def process_events(monitor, event_queue, healthcheck_interval):
while True:
try:
event = event_queue.get(timeout=healthcheck_interval)
except queue.Empty:
# check health:
if not monitor.is_alive:
raise OSError("Error: fritzmonitor connection failed")
else:
# do event processing here:
print(event)
def main():
"""
Entry point: example to use FritzMonitor.
"""
args = get_cli_arguments()
print_header(args)
# create a FritzMonitor instance and get the event_queue by calling start().
# start() returns the queue for the events.
try:
with FritzMonitor(address=args.address, timeout=args.timeout) as monitor:
event_queue = monitor.start()
process_events(monitor, event_queue, healthcheck_interval=args.healthcheck)
except (OSError, KeyboardInterrupt) as err:
print(err)
print("exit fritzmonitor")
if __name__ == "__main__":
main()
fritzconnection-1.15.0/fritzconnection/cli/fritzphonebook.py 0000664 0000000 0000000 00000004750 15012115545 0024423 0 ustar 00root root 0000000 0000000 """
fritzphonebook.py
Module to inspect the Fritz!Box phonebooks.
CLI interface.
This module is part of the FritzConnection package.
https://github.com/kbr/fritzconnection
License: MIT (https://opensource.org/licenses/MIT)
Authors: Klaus Bremer, David M. Straub
"""
from ..core.exceptions import FritzAuthorizationError
from ..lib.fritzphonebook import FritzPhonebook
from .utils import (
get_cli_arguments,
get_instance,
print_header,
print_common_exception_message
)
def print_phonebooks(fpb):
for id in fpb.phonebook_ids:
info = fpb.phonebook_info(id)
print(f"Content of phonebook: {info['name']} ")
for name, numbers in fpb.get_all_names(id).items():
print(f"{name:<30}{', '.join(numbers)}")
print()
def print_search_name(fpb, arguments):
found = False
for id in fpb.phonebook_ids:
contacts = fpb.get_all_names(id)
numbers = contacts.get(arguments.name)
if numbers:
print(f"{arguments.name:<30}{', '.join(numbers)}")
found = True
if not found:
print(f"name {arguments.name} not found.")
def print_search_number(fpb, arguments):
found = False
for id in fpb.phonebook_ids:
numbers = fpb.get_all_numbers(id)
if arguments.number in numbers:
print(f"{numbers[arguments.number]:<30}{arguments.number}")
found = True
if not found:
print(f'number {arguments.number} not found.')
def add_arguments(parser):
parser.add_argument('-a', '--all',
action='store_true',
help='List all phone books ')
parser.add_argument('--name',
nargs='?', default=0,
help='Name for number search')
parser.add_argument('--number',
nargs='?', default=0,
help='Number for name search')
def execute():
arguments = get_cli_arguments(add_arguments)
fpb = get_instance(FritzPhonebook, arguments)
print_header(fpb)
print('FritzPhonebook:\n')
if arguments.all:
print_phonebooks(fpb)
elif arguments.name:
print_search_name(fpb, arguments)
elif arguments.number:
print_search_number(fpb, arguments)
print() # blank line for better readability
def main():
try:
execute()
except FritzAuthorizationError as err:
# should not happen for this service
print_common_exception_message(err)
if __name__ == '__main__':
main()
fritzconnection-1.15.0/fritzconnection/cli/fritzstatus.py 0000664 0000000 0000000 00000003167 15012115545 0023763 0 ustar 00root root 0000000 0000000 """
fritzstatus.py
Module to inspect the FritzBox API for available services and actions.
CLI interface.
This module is part of the FritzConnection package.
https://github.com/kbr/fritzconnection
License: MIT (https://opensource.org/licenses/MIT)
Author: Klaus Bremer
"""
from ..core.exceptions import (
FritzServiceError,
FritzActionError,
FritzAuthorizationError
)
from ..lib.fritzstatus import FritzStatus
from .utils import (
get_cli_arguments,
get_instance,
print_header,
print_common_exception_message
)
def print_status(fs):
print("FritzStatus:\n")
status_information = [
("is linked", "is_linked"),
("is connected", "is_connected"),
("external ip (v4)", "external_ip"),
("external ip (v6)", "external_ipv6"),
("internal ipv6-prefix", "ipv6_prefix"),
("uptime", "str_uptime"),
("bytes send", "bytes_sent"),
("bytes received", "bytes_received"),
("max. bit rate", "str_max_bit_rate"),
]
for status, attribute in status_information:
try:
information = getattr(fs, attribute)
except (FritzServiceError, FritzActionError):
information = f'unsupported attribute "{attribute}"'
print(f" {status:22}: {information}")
print()
def execute():
arguments = get_cli_arguments()
fs = get_instance(FritzStatus, arguments)
print_header(fs)
print_status(fs)
def main():
try:
execute()
except FritzAuthorizationError as err:
# should not happen for this service
print_common_exception_message(err)
if __name__ == "__main__":
main()
fritzconnection-1.15.0/fritzconnection/cli/fritzwlan.py 0000664 0000000 0000000 00000004333 15012115545 0023375 0 ustar 00root root 0000000 0000000 """
fritzwlan.py
Module to inspect the FritzBox API for wlan devices.
CLI interface.
This module is part of the FritzConnection package.
https://github.com/kbr/fritzconnection
License: MIT (https://opensource.org/licenses/MIT)
Author: Klaus Bremer
"""
import itertools
from ..core.exceptions import FritzServiceError, FritzAuthorizationError
from ..lib.fritzwlan import FritzWLAN, SERVICE
from . utils import (
get_cli_arguments,
get_instance,
print_header,
print_common_exception_message
)
def get_header():
index = 'index'
status = 'active'
mac = 'mac'
ip = 'ip'
signal = 'signal'
speed = 'speed'
return f'{index:>5}{status:>8}{mac:>20}{ip:>18}{signal:>8}{speed:>8}'
def report_wlanconfiguration(fw, extension):
fw.service = extension
hosts_info = fw.get_hosts_info()
if hosts_info:
print(f'Hosts registered at {SERVICE}{extension}:')
print(f'WLAN name: {fw.ssid}')
print(f'channel : {fw.channel}')
print(get_header())
for info in hosts_info:
index = info['index']
status = info['status']
mac = info['mac']
ip = info['ip']
signal = info['signal']
speed = info['speed']
print(f'{index:>5}{status:>8}{mac:>20}{ip:>18}{signal:>8}{speed:>8}')
print()
def report_devices(fw, args):
if args.service:
try:
report_wlanconfiguration(fw, args.service)
except FritzServiceError as err:
print(f'Error: {err}')
else:
for n in itertools.count(1):
try:
report_wlanconfiguration(fw, n)
except FritzServiceError:
break
def add_arguments(parser):
parser.add_argument('-s', '--service',
nargs='?', default=0, const=None,
help='WLANConfiguration service number')
def execute():
arguments = get_cli_arguments(add_arguments)
fritz_wlan = get_instance(FritzWLAN, arguments)
print_header(fritz_wlan)
report_devices(fritz_wlan, arguments)
def main():
try:
execute()
except FritzAuthorizationError as err:
print_common_exception_message(err)
if __name__ == '__main__':
main()
fritzconnection-1.15.0/fritzconnection/cli/utils.py 0000664 0000000 0000000 00000010226 15012115545 0022513 0 ustar 00root root 0000000 0000000 """
utils.py
This module is part of the FritzConnection package.
https://github.com/kbr/fritzconnection
License: MIT (https://opensource.org/licenses/MIT)
Author: Klaus Bremer
"""
import argparse
import os
from ..core.fritzconnection import (
FritzConnection,
FRITZ_CACHE_FORMAT_PICKLE,
FRITZ_IP_ADDRESS,
FRITZ_TCP_PORT,
FRITZ_ENV_USERNAME,
FRITZ_ENV_PASSWORD,
FRITZ_ENV_USECACHE,
FRITZ_ENV_CACHEDIRECTORY,
FRITZ_ENV_CACHE_FORMAT,
)
from ..core.utils import get_bool_env
from .. import __version__
def print_header(instance):
print(f'\nfritzconnection v{__version__}')
if isinstance(instance, FritzConnection):
print(instance)
else:
print(instance.fc)
print()
def print_common_exception_message(error_object):
print(error_object)
print(
"\nSeems you forgot to provide the user and/or the password."
"\nYou can provide these with the flag -u and -p or store them"
"\nin the environment as FRITZ_USERNAME and FRITZ_PASSWORD."
"\n(Environment changes will get recognized by new processes.)\n"
)
def get_instance(cls, args):
# -y implies -x:
if not args.verify_cache:
args.use_cache = True
return cls(
address=args.address,
port=args.port,
user=args.username,
password=args.password,
use_tls=args.encrypt,
use_cache=args.use_cache,
verify_cache=args.verify_cache,
cache_directory=args.cache_directory,
cache_format=args.cache_format,
)
def get_cli_arguments(scan_additional_arguments=None):
parser = argparse.ArgumentParser()
parser.add_argument('-i', '--ip-address',
nargs='?', default=FRITZ_IP_ADDRESS, const=None,
dest='address',
help='Specify ip-address of the FritzBox to connect to. '
'Default: %s' % FRITZ_IP_ADDRESS)
parser.add_argument('--port',
nargs='?', default=None, const=None,
help='Port of the FritzBox to connect to. '
'Default: %s' % FRITZ_TCP_PORT)
parser.add_argument('-u', '--username',
nargs='?', default=os.getenv(FRITZ_ENV_USERNAME, None),
help='Fritzbox authentication username')
parser.add_argument('-p', '--password',
nargs='?', default=os.getenv(FRITZ_ENV_PASSWORD, None),
help='Fritzbox authentication password')
parser.add_argument('-e', '--encrypt',
nargs='?', default=False, const=True,
help='Flag: use secure connection (TLS)')
parser.add_argument('-x', '--use-cache',
default=get_bool_env(FRITZ_ENV_USECACHE, False),
action="store_true",
dest='use_cache',
help='Flag: use api cache (e[x]cellerate: speed-up subsequent '
'instantiations)'
)
parser.add_argument('-y', '--suppress-cache-verification',
action='store_false',
default=True,
dest='verify_cache', # needs inverted boolean to suppress.
help='Flag: suppress cache verification, implies -x'
)
parser.add_argument('--cache-format',
nargs='?', default=os.getenv(
FRITZ_ENV_CACHE_FORMAT, FRITZ_CACHE_FORMAT_PICKLE
),
dest='cache_format',
help="cache-file format: json|pickle (default: pickle)"
)
parser.add_argument('--cache-directory',
nargs='?',
default=os.getenv(FRITZ_ENV_CACHEDIRECTORY, None),
const=None,
dest='cache_directory',
help="path to cache directory (default: ~.fritzconnection)"
)
if scan_additional_arguments:
scan_additional_arguments(parser)
args = parser.parse_args()
return args
fritzconnection-1.15.0/fritzconnection/core/ 0000775 0000000 0000000 00000000000 15012115545 0021161 5 ustar 00root root 0000000 0000000 fritzconnection-1.15.0/fritzconnection/core/__init__.py 0000664 0000000 0000000 00000000001 15012115545 0023261 0 ustar 00root root 0000000 0000000
fritzconnection-1.15.0/fritzconnection/core/devices.py 0000664 0000000 0000000 00000007363 15012115545 0023166 0 ustar 00root root 0000000 0000000 """
Implements the DeviceManager for physical and virtual devices. Every
physical device (a router) has a set of virtual subdevices.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
from .processor import Description
from .utils import get_xml_root
class DeviceManager:
"""
Knows all data about the device and the sub-devices, including the
available services. Takes an optional `timeout` parameter to limit
the time waiting for a router response. The optional parameter
`session` is a reusable connection and can speed up the
communication with the device. In case `session` is given, `timeout`
will not get used.
"""
def __init__(self, timeout=None, session=None):
self.descriptions = []
self.services = {}
self.timeout = timeout
self.session = session
@property
def modelname(self):
"""
Take the root-device of the first description and return the
according modelname. This is the name of the Fritz!Box itself.
Will raise an IndexError if the method is called before
descriptions are added.
"""
return self.descriptions[0].device_model_name
@property
def system_version(self):
"""
Returns the system-version as string with minor- and
patch-level. This corresponds to the OS version reported by the
router web-interface. Returns None if no system information is
available.
"""
version = None
for description in self.descriptions:
version = description.system_version
if version:
return version
return None
@property
def system_info(self):
"""
Returns a tuple with Hardwarecode, Major-, Minor-, Patch-Level,
Buildnumber and Display-String, in this order.
Return None if this information is not available.
"""
system_info = None
for description in self.descriptions:
system_info = description.system_info
if system_info and system_info[0]:
return system_info
return None
def add_description(self, source):
"""
Adds description data about the devices and the according
services. 'source' is a string with the xml-data, like the
content of an igddesc- or tr64desc-file.
"""
root = get_xml_root(source, timeout=self.timeout, session=self.session)
self.descriptions.append(Description(root))
def scan(self):
"""
Scans all available services defined by the description files.
Must get called after all xml-descriptions are added.
"""
for description in self.descriptions:
self.services.update(description.services)
def load_service_descriptions(self, address, port):
"""
Triggers the load of the scpd files of the services, so they
known their actions.
"""
for service in self.services.values():
service.load_scpd(
address, port, timeout=self.timeout, session=self.session
)
def serialize(self):
"""
Returns a json-serializable list with Python-datastructures
representing the known api of the device.
"""
return [description.serialize() for description in self.descriptions]
def deserialize(self, data):
"""
Fills the collections `self.descriptions` and `self.services`
with the content provided by `data` (from a json-source).
"""
for description_data in data:
self.descriptions.append(Description.from_data(description_data))
fritzconnection-1.15.0/fritzconnection/core/exceptions.py 0000664 0000000 0000000 00000013342 15012115545 0023717 0 ustar 00root root 0000000 0000000 """
Module defining fritzconnection specific exceptions.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
#
#
# Exception Inheritance:
# ----------------------
#
# FritzConnectionException
# |
# |--> ActionError --> FritzActionError
# |--> ServiceError --> FritzServiceError
# |
# |--> FritzAuthorizationError
# |--> FritzHttpInterfaceError
# |
# |--> FritzResourceError
# |
# |--> FritzArgumentError
# | |
# | |--> FritzArgumentValueError
# | |
# | |--> FritzArgumentStringToShortError
# | |--> FritzArgumentStringToLongError
# | |--> FritzArgumentCharacterError
# |
# |--> FritzInternalError
# | |
# | |--> FritzActionFailedError
# | |--> FritzOutOfMemoryError
# |
# |--> FritzSecurityError
# |
# |-->|--> FritzLookUpError
# | |
# KeyError -------+-->|
# |
# |
# |-->|--> FritzArrayIndexError
# |
# IndexError -------->|
#
#
# export all Exceptions on * imports
__all__ = [
'FritzConnectionException',
'FritzActionError',
'FritzActionFailedError',
'FritzHttpInterfaceError',
'FritzArgumentCharacterError',
'FritzArgumentError',
'FritzArgumentStringToLongError',
'FritzArgumentStringToShortError',
'FritzArgumentValueError',
'FritzArrayIndexError',
'FritzAuthorizationError',
'FritzInternalError',
'FritzLookUpError',
'FritzOutOfMemoryError',
'FritzResourceError',
'FritzSecurityError',
'FritzServiceError',
]
class FritzConnectionException(Exception):
"""Base Exception for communication errors with the Fritz!Box"""
class ActionError(FritzConnectionException):
"""
Exception raised by calling non-existing actions.
Legacy Exception. Use FritzActionError instead.
"""
class ServiceError(FritzConnectionException):
"""
Exception raised by calling non-existing services.
Legacy Exception. Use FritzServiceError instead.
"""
class FritzServiceError(ServiceError):
"""Exception raised by calling non-existing services."""
class FritzActionError(ActionError):
"""Exception raised by calling non-existing actions."""
class FritzHttpInterfaceError(FritzConnectionException):
"""
Exception raised on calling the aha-interface and getting an
response with a status-code other than 200.
"""
class FritzResourceError(FritzConnectionException):
"""
Exception raised if a description file like an igddesc-file is not
provided by the router. This Exception is used internally and
logged, but not reraised for the user of the library.
"""
class FritzArgumentError(FritzConnectionException):
"""Exception raised by invalid arguments."""
class FritzArgumentValueError(FritzArgumentError):
"""
Exception raised by arguments with invalid values.
Inherits from the more generic FritzArgumentError.
"""
class FritzArgumentStringToShortError(FritzArgumentValueError):
"""
Exception raised by arguments with invalid string length for the
string being to short. Inherits from the more generic
FritzArgumentValueError.
"""
class FritzArgumentStringToLongError(FritzArgumentValueError):
"""
Exception raised by arguments with invalid string length for the
string being to long. Inherits from the more generic
FritzArgumentValueError.
"""
class FritzArgumentCharacterError(FritzArgumentValueError):
"""
Exception raised by arguments with invalid characters.
Inherits from the more generic FritzArgumentValueError.
"""
class FritzInternalError(FritzConnectionException):
"""Exception raised by panic in the box."""
class FritzActionFailedError(FritzInternalError):
"""
Exception raised by the box unable to execute the action properly.
Inherits from the more generic FritzInternalError.
"""
class FritzOutOfMemoryError(FritzInternalError):
"""
Exception raised by memory shortage of the box.
Inherits from the more generic FritzInternalError.
"""
class FritzSecurityError(FritzConnectionException):
"""Authorization error or wrong security context."""
class FritzLookUpError(FritzConnectionException, KeyError):
"""
Lookup for id or entry in existing internal array failed.
Inherits from KeyError.
So KeyError can also be used for exception handling.
"""
class FritzArrayIndexError(FritzConnectionException, IndexError):
"""
Addressing an entry in an internal array by index failed.
Inherits from IndexError.
So IndexError can also be used for exception handling.
"""
class FritzAuthorizationError(FritzConnectionException):
"""
Authentication error.
Not allowed to access the box at all.
"""
# Collection of error codes and corresponding exceptions:
# (the error codes are defined by AVM)
FRITZ_ERRORS = {
'401': FritzActionError,
'402': FritzArgumentError,
'501': FritzActionFailedError,
'600': FritzArgumentValueError,
'603': FritzOutOfMemoryError,
'606': FritzSecurityError,
'713': FritzArrayIndexError,
'714': FritzLookUpError,
'801': FritzArgumentStringToShortError,
'802': FritzArgumentStringToLongError,
'803': FritzArgumentCharacterError,
'820': FritzInternalError,
}
fritzconnection-1.15.0/fritzconnection/core/fritzconnection.py 0000664 0000000 0000000 00000065605 15012115545 0024765 0 ustar 00root root 0000000 0000000 """
Module to communicate with the AVM Fritz!Box.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
from __future__ import annotations
import json
import os
import pickle
import string
import xml.etree.ElementTree as ElementTree
from pathlib import Path
from typing import Any
# from typing import Union # for python < 3.10
import requests
from requests.auth import HTTPDigestAuth
from .devices import DeviceManager
from .exceptions import (
FritzConnectionException,
FritzResourceError,
FritzServiceError,
)
from .fritzhttp import FritzHttp
from .processor import Service # import for typ-hint
from .soaper import Soaper
from .utils import (
get_bool_env,
get_xml_root,
localname
)
# disable InsecureRequestWarning from urllib3
# because of skipping certificate verification:
import urllib3
urllib3.disable_warnings()
# FritzConnection defaults:
FRITZ_IP_ADDRESS = "169.254.1.1"
FRITZ_TCP_PORT = 49000
FRITZ_TLS_PORT = 49443
FRITZ_USERNAME = "dslf-config" # for Fritz!OS < 7.24
FRITZ_BOXINFO_FILE = "jason_boxinfo.xml"
FRITZ_IGD_DESC_FILE = "igddesc.xml"
FRITZ_TR64_DESC_FILE = "tr64desc.xml"
FRITZ_DESCRIPTIONS = [FRITZ_IGD_DESC_FILE, FRITZ_TR64_DESC_FILE]
FRITZ_USERNAME_REQUIRED_VERSION = 7.24
FRITZ_APPLICATION_ACCESS_DISABLED = """\n
FRITZ!Box: access for applications disabled.
Check: Home Network -> Network -> Network Settings
for "Allow access for applications".\n"""
FRITZ_CACHE_DIR = ".fritzconnection"
FRITZ_CACHE_EXT = "_cache"
FRITZ_CACHE_JSON_SUFFIX = "json"
FRITZ_CACHE_PICKLE_SUFFIX = "pcl"
FRITZ_CACHE_FORMAT_JSON = "json"
FRITZ_CACHE_FORMAT_PICKLE = "pickle"
FRITZ_CACHE_FORMATS = {
FRITZ_CACHE_FORMAT_JSON: FRITZ_CACHE_JSON_SUFFIX,
FRITZ_CACHE_FORMAT_PICKLE: FRITZ_CACHE_PICKLE_SUFFIX
}
FRITZ_CACHE_UNKNOWN_FORMAT_MESSAGE = f"""\
Unknown cache format "{{}}".\n
Use one of {tuple(FRITZ_CACHE_FORMATS.keys())}.\n"""
FRITZ_ENV_USERNAME = "FRITZ_USERNAME"
FRITZ_ENV_PASSWORD = "FRITZ_PASSWORD"
FRITZ_ENV_USECACHE = "FRITZ_USECACHE"
FRITZ_ENV_CACHE_FORMAT = "FRITZ_CACHEFORMAT"
FRITZ_ENV_CACHEDIRECTORY = "FRITZ_CACHEDIRECTORY"
# same defaults as used by requests:
DEFAULT_POOL_CONNECTIONS = 10
DEFAULT_POOL_MAXSIZE = 10
# supported protocols:
PROTOCOLS = ['http://', 'https://']
class FritzConnection:
"""
Main class to set up a connection to the Fritz!Box router. All
parameters are optional. `address` should be the ip of a router, in
case that are multiple Fritz!Box routers in a network, the ip must
be given. Otherwise, it is undefined which router will respond. If
`user` and `password` are not provided, the environment gets checked for
FRITZ_USERNAME and FRITZ_PASSWORD settings and taken from there, if
found.
Basic usage assuming `user` and `password` stored in the environment:
>>> fc = FritzConnection(address="192.168.178.1")
>>> fc.call_action("WANIPConn1", "ForceTermination", arguments={})
This will reconnect the router with the external network.
`arguments` is not necessary here, but in case where arguments must
be provided, this is done by `arguments` (see also the documentation
for the `call_action()`` method`). The `call_action()` method is
used for the TR-064 API and returns a dictionary with the results.
For accessing the http-interface (aka AHA-HTTP-Interface) of the
router, FritzConnection provides the `call_http()` method (added in
version 1.12). As arguments this method takes a required command
(like `getswitchlist`) and optional parameters as described in the
AVM documentation:
>>> fc.call_http("getswitchlist")
This method triggers a http response and returns a dictionary with
three key-value pairs: the `content-type`, the `encoding` and the
`content` itself. The values are all of type string. The
content-type is typically "text/plain" or "text/xml", the encoding,
typically "utf-8".
The method will raise a FritzAuthorizationError in case of missing
credentials. In case of an unknown command or identifier a
FritzHttpInterfaceError will get raised.
.. versionadded:: 1.12
The optional parameter `timeout` is a floating number in seconds
limiting the time waiting for a router response. This is a global
setting for the internal communication with the router. In case of a
timeout a `requests.ConnectTimeout` exception gets raised.
.. versionadded:: 1.1
`use_tls` accepts a boolean for using encrypted communication with
the Fritz!Box. Default is `False`.
.. versionadded:: 1.2
For some actions the Fritz!Box needs a password and since Fritz!OS
7.24 also requires a username, the previous default username is just
valid for OS versions < 7.24. In case the username is not given and
the system version is 7.24 or newer, FritzConnection uses the last
logged-in username as default.
.. versionadded:: 1.5
For applications where the urllib3 default connection-pool size
should get adapted, the arguments `pool_connections` and
`pool_maxsize` can get set explicitly.
.. versionadded:: 1.6
The flag `use_cache` activates caching (default `False`). Caching
can speed up instantiation significantly. The cached data are
specific for the router ip, the router model and the installed
FritzOS version. Multiple devices in the network can have separate
cache-fies and can get used in parallel. By default the cache files
are stored in the user home-directory in a `.fritzconnection`
folder. To change this location use the parameter `cache_directory`
providing a string or a `pathlib.Path` object. With `cache_format`
two formats can specified for data serialization: `json` and
`pickle`. These two values are available as constants
`FRITZ_CACHE_FORMAT_JSON` and `FRITZ_CACHE_FORMAT_PICKLE`. Default
is `pickle`. The flag `verify_cache` will enable cache verification
(default is `True`). If set to `False` loading the api-data will be
even faster, but the cache will not get renewed in case of FritzOS
updates or a router change. All cache-settings can also configured
in the environment: FRITZ_USECACHE (True|False), FRITZ_CACHEFORMAT
(json|pickle) and FRITZ_CACHEDIRECTORY (a path).
.. versionadded:: 1.10
`redact_debug_log` accepts a boolean for enabling redacting sensitiv
data (i.e. phone numbers) in debug outputs. Default is `False`.
.. versionadded:: 1.15
"""
def __init__(
self,
address: str | None = None,
port: int | None = None,
user: str | None = None,
password: str | None = None,
timeout: float | None = None,
use_tls: bool = False,
use_cache: bool = False,
verify_cache: bool = True,
cache_directory: str | Path | None = None,
cache_format: str | None = None,
pool_connections: int = DEFAULT_POOL_CONNECTIONS,
pool_maxsize: int = DEFAULT_POOL_MAXSIZE,
redact_debug_log: bool = False
):
"""
Initialisation of FritzConnection: reads all data from the box
and also the api-description (the servicenames and according
actionnames as well as the parameter-types) that can vary among
models and stores the information as instance-attributes. This
can be an expensive operation. Because of this an instance of
FritzConnection should be created once and reused in an
application.
All parameters are optional. But if there is more than one
FritzBox in the network, an address (ip as string) must be
given, otherwise it is not defined which box may respond. If no
user is given the Environment gets checked for a FRITZ_USERNAME
setting. If there is no entry in the environment the
avm-default-username will be used. If no password is given the
Environment gets checked for a FRITZ_PASSWORD setting. So
password can be used without using configuration-files or even
hardcoding.
The optional parameter `timeout` is a floating point number in
seconds limiting the time waiting for a router response. The
timeout can also be a tuple for different values for connection-
and read-timeout values: (connect timeout, read timeout). The
timeout is a global setting for the internal communication with
the router. In case of a timeout a `requests.ConnectTimeout`
exception gets raised.
`use_tls` accepts a boolean for using encrypted communication
with the Fritz!Box. Default is `False`.
`use_cache` is a boolean whether a cache should get used for the
router api data. By default the api data are loaded from the
router at instantiation time what can take several seconds to
complete. `cache_directory` is the path to the directory storing
the cached data. By default this is a folder named
'.fritzconnection' in the users home-directory. `cache_format`
supports two file-formats: json and pickle (default). All cache
settings can also defined in the environment: FRITZ_USECACHE
(True|False), FRITZ_CACHEFORMAT (json|pickle) and
FRITZ_CACHEDIRECTORY (a path).
If `verify_cache` is `True` it checks whether the model has
changed or the system software has got an update. In this case
the cache gets renewed. Default is `True`. Deactivating the
verification gives another gain in speed, but on updates and
other changes you are on your own.
`pool_connections` and `pool_maxsize` accept integers for
changing the default urllib3 settings in order to modify the
number of reusable connections.
`redact_debug_log` accepts a boolean for enabling redacting some
sensitiv data in debug outputs. Default is `False`.
"""
if address is None:
address = FRITZ_IP_ADDRESS
if user is None:
user = os.getenv(FRITZ_ENV_USERNAME, FRITZ_USERNAME)
if password is None:
password = os.getenv(FRITZ_ENV_PASSWORD, "")
if use_cache is None:
use_cache = get_bool_env(FRITZ_ENV_USECACHE)
if cache_format is None:
cache_format = os.getenv(
FRITZ_ENV_CACHE_FORMAT, FRITZ_CACHE_FORMAT_PICKLE
)
if cache_directory is None:
cache_directory = os.getenv(FRITZ_ENV_CACHEDIRECTORY, None)
if port is None and use_tls:
port = FRITZ_TLS_PORT
elif port is None:
port = FRITZ_TCP_PORT
address = self.set_protocol(address, use_tls)
# a session will speed up connections (significantly for tls)
# and is required to change the default poolsize:
session = requests.Session()
session.verify = False
if password:
session.auth = HTTPDigestAuth(user, password)
adapter = requests.adapters.HTTPAdapter(
pool_connections=pool_connections, pool_maxsize=pool_maxsize)
session.mount(PROTOCOLS[use_tls], adapter)
# TODO: remove 'self._updatecheck' when 3.7 is no longer supported.
# this is a dictionary-based cache
self._updatecheck: dict | None = None
# store as instance attributes for use by library modules
self.address = address
self.session = session
self.timeout = timeout
self.port = port
self.soaper = Soaper(
address, port, user, password, timeout=timeout, session=session, redact_debug_log=redact_debug_log
)
self.device_manager = DeviceManager(timeout=timeout, session=session)
self._load_router_api(
use_cache, cache_directory, cache_format, verify_cache
)
# set default user for FritzOS >= 7.24:
self._reset_user(user, password)
# provide also the http-interface for more homeautomation tasks
self.http_interface = FritzHttp(self)
def __repr__(self):
"""Return a readable representation"""
return (
f"{self.modelname} at {self.soaper.address}\n"
f"FRITZ!OS: {self.system_version}"
)
# TODO: change type-hint to -> dict[str, Service]
# when Python 3.8 is no longer supported
@property
def services(self) -> dict[str, Service]:
"""
Dictionary of service instances. Keys are the service names.
"""
return self.device_manager.services
@property
def modelname(self) -> str:
"""
Returns the modelname of the router.
"""
return self.device_manager.modelname
@property
def system_version(self) -> str:
"""
Returns system version if known, otherwise None.
"""
return self.device_manager.system_version
@property
def device_description(self) -> str:
"""
Returns a string with the device description. This is a
combination of the device model name and the installed software
version.
"""
return self.call_action("DeviceInfo1", "GetInfo")["NewDescription"]
# TODO: change to @functools.cached_property
# when stopping support for Python 3.7
# in this case the self._updatecheck instance attribute is no longer needed.
@property
def updatecheck(self) -> dict:
"""
Dictionary with information about the hard- and software version of
the device according to "http://fritz.box/jason_boxinfo.xml".
"""
if self._updatecheck is None:
xml_data = get_xml_root(
f"{self.address}/{FRITZ_BOXINFO_FILE}",
timeout=self.timeout,
session=self.session
)
self._updatecheck = {
localname(elem): elem.text for elem in xml_data
}
return self._updatecheck
@staticmethod
def normalize_name(name: str) -> str:
"""
Returns the normalized service name. E.g. `WLANConfiguration` and
`WLANConfiguration:1` will get converted to `WLANConfiguration1`.
"""
if ":" in name:
name, number = name.split(":", 1)
name = name + number
elif name[-1] not in string.digits:
name = name + "1"
return name
@staticmethod
def set_protocol(url: str, use_tls: bool) -> str:
"""
Sets the protocol of the `url` according to the `use_tls`-flag
and returns the modified `url`. Does not check whether the `url`
given as parameter is correct.
"""
url = url.split("//", 1)[-1]
return PROTOCOLS[use_tls] + url
def _reset_user(self, user, password):
"""
For Fritz!OS >= 7.24: if a password is given and the username is
the historic FRITZ_USERNAME, then check for the last logged-in
username and use this username for the soaper. Also recreate the
session used by the soaper and the device_manager.
This may not guarantee a valid user/password combination, but is
the way AVM recommends setting the required username in case a
username is not provided.
"""
try:
sys_version = float(self.system_version)
except (ValueError, TypeError):
# version not available: don't do anything
return
if (sys_version >= FRITZ_USERNAME_REQUIRED_VERSION
and user == FRITZ_USERNAME
and password
):
last_user = None
response = self.call_action(
'LANConfigSecurity1', 'X_AVM-DE_GetUserList'
)
root = ElementTree.fromstring(response['NewX_AVM-DE_UserList'])
for node in root:
if node.tag == 'Username' and node.attrib['last_user'] == '1':
last_user = node.text
break
if last_user is not None:
self.session.auth = HTTPDigestAuth(last_user, password)
self.soaper.user = last_user
self.soaper.session = self.session
self.device_manager.session = self.session
# -------------------------------------------
# public api:
# -------------------------------------------
# TODO: type-hint for arguments could be
# `arguments: Optional[dict[str, Union[str, int, bool]]] = None`
# for Python >= 3.9
def call_action(
self,
service_name: str,
action_name: str,
*,
arguments: dict | None = None,
**kwargs
) -> dict[str, Any]:
"""
Executes the given action of the given service. Both parameters
are required. Arguments are optional and can be provided as a
dictionary given to 'arguments' or as separate keyword
parameters. If 'arguments' is given additional
keyword-parameters as further arguments are ignored.
The argument values can be of type *str*, *int* or *bool*.
(Note: *bool* is provided since 1.3. In former versions booleans
must be provided as numeric values: 1, 0).
If the service_name does not end with a number-character (like
"1""), a "1" gets added by default. If the service_name ends
with a colon and a number, the colon gets removed. So i.e.
"WLANConfiguration" expands to "WLANConfiguration1" and
"WLANConfiguration:2" converts to "WLANConfiguration2"". Invalid
service names will raise a ServiceError and invalid action names
will raise an ActionError.
The method returns a dictionary with argument-names as keys and
the corresponding information as values. Numeric and boolean
values are converted from strings to Python datatypes.
"""
arguments = arguments if arguments else dict()
if not arguments:
arguments.update(kwargs)
service_name = self.normalize_name(service_name)
try:
service = self.device_manager.services[service_name]
except KeyError:
raise FritzServiceError(f'unknown service: "{service_name}"')
return self.soaper.execute(service, action_name, arguments)
def call_http(
self,
command: str,
identifier: str | None = None,
**kwargs
) -> dict[str, str]:
"""
Excecutes the given command by means of the http-interface. This
can be useful for homeautomation-task currently not provided by
the TR-064 interface. The `identifier` represents the `ain` of a
target-device. `kwargs` can hold additional parameters depending
on the device.
The method returns a dictionary of strings with three items: the
`content-type`, the `encoding` and the corresponding result (the
`content`). The content-type is typically "text/plain" or
"text/xml", the encoding, typically "utf-8".
The method will raise a FritzAuthorizationError in case of
missing credentials. In case of an unknown command or identifier
a FritzHttpInterfaceError will get raised.
Note: information and interactions with actors provided by
TR-064 and the http-interface partly overlap. If response time
is an issue, TR-064 should be preferred because at time of
writing a call to `call_action` (the TR-064 interface) is about
5 to 6 times faster than calling `call_http` (the
http-interface).
.. versionadded:: 1.12
"""
header, content = self.http_interface.execute(
command,
identifier,
**kwargs
)
content_type, charset = [item.strip() for item in header.split(";")]
# extract the encoding from the charset-information
encoding = charset.split("=")[-1].strip()
return {
"content-type": content_type,
"encoding": encoding,
"content": content
}
def reconnect(self) -> None:
"""
Terminate the connection and reconnects with a new ip.
"""
self.call_action("WANIPConn1", "ForceTermination")
def reboot(self) -> None:
"""
Reboot the system.
"""
self.call_action("DeviceConfig1", "Reboot")
def get_cpu_temperatures(self) -> list[int]:
"""
Returns a list of the last measured cpu-temperatures.
The most recent entry is the first one in the list.
NOTE: this function call is experimental as it is based on a
non-public API.
"""
url = f"{self.http_interface.router_url}/query.lua"
payload = {"CPUTEMP": "cpu:status/StatTemperature"}
response = self.http_interface.call_url(url, payload)
return list(map(int, response.json()["CPUTEMP"].split(",")))
# -------------------------------------------
# internal methods to load router-api:
# -------------------------------------------
def _load_router_api(
self,
use_cache=False,
cache_directory=None,
cache_format=FRITZ_CACHE_FORMAT_JSON,
verify_cache=True,
):
"""
Load the router api.
If `use_cache` is `False`, load the api from the router. If
`use_cache` is `True``, the api data are loaded from a file,
which is in pickle or json format, according to the setting of
`cache_format`. The file location can get set by the argument
`cache_directory`. If `cache_directory` is not given, the
default-directory is used (which is in most cases a subdirectory
of the user home directory). After loading from a file the
cached data are checked to detect a software-update or a change
of the router model. If this check fails, the api gets reloaded
from the router and the cache data are updated. The same happens
on errors loading the cache-file.
"""
def reload_api():
# reset in case of remaining artefacts:
self.device_manager.descriptions = []
self.device_manager.services = {}
# reload and save again:
self._load_api_from_router()
self._write_api_to_cache(path, cache_format)
if use_cache:
path = self._get_cache_path(cache_directory, cache_format)
try:
self._load_api_from_cache(path, cache_format)
except FileNotFoundError:
# can happen i.e. on first run
reload_api()
else:
if verify_cache and not self._is_valid_cache():
# can happen on model changes or software updates
reload_api()
else:
self._load_api_from_router()
def _is_valid_cache(self):
"""
Checks whether the cache-data seems to be valid. Returns a
booean: `True` if valid, `False` otherwise.
"""
# system_id is something like ('FRITZ!Box 7590', '154.07.29') which
# originates from the device description and is part of the cache data.
try:
cached_id = (
self.device_manager.modelname,
self.device_manager.system_info[-1]
)
except TypeError:
# this can happen if the default ip is used with multiple
# devices in the local network, so an arbitrary device gets
# addressed. In case the device is unable to provide
# system_info this value is set to `None` and a TypeError gets
# raised. To avoid this provide an ip as the address-argument.
return False
# retrive the same information from the updatecheck property.
# If the result is the same, the cache-data can considered as valid.
try:
device_info = self.updatecheck
except FritzConnectionException:
# something went wrong, cache data can not be verified:
# should never happen with a connected device.
return False
current_id = (
device_info['Name'],
device_info['Version']
)
return cached_id == current_id
def _get_cache_path(self, cache_directory, cache_format):
"""
Returns the path to the cache file (including the filename and
extension) as a Path instance.
"""
# ignore optional scheme:
address = self.address.split('//')[-1]
address = address.replace(".", "_")
try:
suffix = FRITZ_CACHE_FORMATS[cache_format]
except KeyError:
message = FRITZ_CACHE_UNKNOWN_FORMAT_MESSAGE.format(cache_format)
raise FritzConnectionException(message)
filename = f"{address}{FRITZ_CACHE_EXT}.{suffix}"
if cache_directory:
path = Path(cache_directory)
else:
path = Path().home() / FRITZ_CACHE_DIR
path.mkdir(exist_ok=True)
return path / filename
def _write_api_to_cache(self, path, cache_format):
"""
Stores the api data in a cache-file.
"""
binary = "wb"
text = "wt"
mode = binary if cache_format == FRITZ_CACHE_FORMAT_PICKLE else text
with open(path, mode) as fobj:
if mode == binary:
pickle.dump(self.device_manager.descriptions, fobj)
else:
json.dump(self.device_manager.serialize(), fobj)
def _load_api_from_cache(self, path, cache_format):
"""
Read the api data from a cache-file and forwards the data to the
device_manager.
Currently two formats are supported: `pickle` and `json`. If
`cache_format` is not `pickle` it is assumed that the format is
`json`.
Raise a FileNotFoundError in case of an invalide path.
"""
binary = "rb"
text = "rt"
mode = binary if cache_format == FRITZ_CACHE_FORMAT_PICKLE else text
with open(path, mode) as fobj:
if mode == binary:
self.device_manager.descriptions = pickle.load(fobj)
else:
self.device_manager.deserialize(json.load(fobj))
self.device_manager.scan()
def _load_api_from_router(self):
"""
Read the api data from the router and forwards the data to the
device_manager.
"""
for description in FRITZ_DESCRIPTIONS:
source = f"{self.address}:{self.port}/{description}"
try:
self.device_manager.add_description(source)
except FritzResourceError:
# resource not available:
# this can happen on devices not providing
# an igddesc-file.
# ignore this
# But if the "tr64desc.xml" file is missing the router
# may not have TR-064 activated. In this case raise a
# useful error-message.
if description == FRITZ_TR64_DESC_FILE:
raise FritzConnectionException(
FRITZ_APPLICATION_ACCESS_DISABLED
)
self.device_manager.scan()
self.device_manager.load_service_descriptions(self.address, self.port)
fritzconnection-1.15.0/fritzconnection/core/fritzhttp.py 0000664 0000000 0000000 00000015141 15012115545 0023573 0 ustar 00root root 0000000 0000000 """
fritzhttp.py
Access the AVM Fritz!Box AHA-HTTP-Interface
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
import hashlib
from http import HTTPStatus
from http.client import HTTP_PORT
from xml.etree import ElementTree as etree
from fritzconnection.core.exceptions import (
FritzHttpInterfaceError,
FritzAuthorizationError,
)
URL_LOGIN = "/login_sid.lua?version=2"
URL_HOMEAUTOSWITCH = "/webservices/homeautoswitch.lua"
PBKDF2_CHALLENGE_INDICATOR = "2$"
class FritzHttp:
"""
Implementation for the AVM AHA-HTTP-Inferface.
The current implementation does not handle a blocktime timeout so
far. This is because the communication is based on a
fritzconnection-session and the proper credentials are already
handled there.
There may be the side-effect that someone else messes up with the
login of the human web-interface while this script is running. In
this case the aha-interface login will not return a valid sid until
blocktime runs out.
"""
def __init__(self, fc):
self.fc = fc # the active fritzconnection instance
self.sid = None
@property
def remote_port(self):
"""
Provides the configurable https port for the aha-interface as int.
"""
if self.fc.address.startswith("https"):
data = self.fc.call_action("X_AVM-DE_RemoteAccess1", "GetInfo")
return int(data["NewPort"]) # provide same type as HTTP_PORT
return HTTP_PORT
@property
def router_url(self):
"""Returns the combination of router address and port."""
return f"{self.fc.address}:{self.remote_port}"
@property
def login_url(self):
"""The login-url including protocol and configurable port."""
return f"{self.router_url}{URL_LOGIN}"
@property
def homeauto_url(self):
"""The homeauto-url including protocol and configurable port."""
return f"{self.router_url}{URL_HOMEAUTOSWITCH}"
def execute(self, command=None, identifier=None, **kwargs):
"""
Send the command and the optional identifier to the
http-interface and returns a tuple with the content-type and the
response-text as is. On error raises a FritzAuthorizationError
if the error code was 403 otherwise raises a generic
FritzConnectionException with the corresponding error-code.
The `command` is a string like 'getswitchlist' or
'getbasicdevicestats' according to the AVM AHA documentation.
The `identifier` is a string, representing a device-ain.
"""
payload = {"switchcmd": command, "ain": identifier}
payload.update(kwargs)
response = self.call_url(self.homeauto_url, payload)
return response.headers.get('content-type'), response.text
def call_url(self, url, payload):
"""
Makes a call to the router with the provided url. Returns the
request object in case of success. Otherwise a
FritzHttpInterfaceError will get raised.
Beside the public API documented by AVM this method allows calls
to undocumented APIs serving the router web-interface or
providing other data.
WARNING: For a reliable application it is highly discouraged to
use undocumented endpoints because they can change any time without
notice. So an application may not survive a router OS update.
"""
for sid in self._get_sid():
payload['sid'] = sid
with self.fc.session.get(url, params=payload) as response:
if response.status_code == HTTPStatus.OK:
return response
msg = f"Request failed: http error code '{response.status_code}'"
if response.status_code == HTTPStatus.FORBIDDEN:
# can happen if FritzConnection was initialized
# without a password.
raise FritzAuthorizationError(msg)
# This can be from the 400 or 500 error-family.
# Most often these errors are triggered by a malformed payload,
# therefore include the payload in the message:
msg = f"{msg}, payload: {payload}"
raise FritzHttpInterfaceError(msg)
def _get_sid(self):
"""
Generator to provide the sid two times in case the first try
failed. This can happen on an invalide or expired sid. In this
case the sid gets regenerated for the second try.
"""
if self.sid is None:
# a session id of None can lead to irritation
self._set_sid_from_box()
yield self.sid
self._set_sid_from_box()
yield self.sid
def _set_sid_from_box(self):
"""
Read a session id from the box and store it in self.sid
As long as self.sid holds a valid sid, the user is logged in.
"""
with self.fc.session.get(self.login_url) as response:
challenge = etree.fromstring(response.text).find('Challenge').text
if challenge.startswith(PBKDF2_CHALLENGE_INDICATOR):
challenge_hash = self._get_pbkdf2_hash(challenge)
else:
challenge_hash = self._get_md5_hash(challenge)
self.sid = self._request_sid(challenge_hash)
def _get_pbkdf2_hash(self, challenge):
"""Returns the vendor-recommended pbkdf2 challenge hash."""
_, iterations_1, salt_1, iterations_2, salt_2 = challenge.split('$')
static_hash = hashlib.pbkdf2_hmac(
"sha256",
self.fc.soaper.password.encode(),
bytes.fromhex(salt_1),
int(iterations_1)
)
dynamic_hash = hashlib.pbkdf2_hmac(
"sha256",
static_hash,
bytes.fromhex(salt_2),
int(iterations_2)
)
return f"{salt_2}${dynamic_hash.hex()}"
def _get_md5_hash(self, challenge):
"""Returns the legathy md5 challenge hash."""
hash = hashlib.md5(
f"{challenge}-{self.fc.soaper.password}".encode("utf-16-le")
)
return f"{challenge}-{hash.hexdigest()}"
def _request_sid(self, challenge_hash):
"""
Takes the challenge_hash to request and return a new session id.
"""
# TODO: handle blocktime
with self.fc.session.post(
self.login_url,
data={"username": self.fc.soaper.user, "response": challenge_hash},
headers={"Content-Type": "application/x-www-form-urlencoded"}
) as response:
root = etree.fromstring(response.text)
sid_node = root.find("SID")
return sid_node.text
fritzconnection-1.15.0/fritzconnection/core/fritzmonitor.py 0000664 0000000 0000000 00000023015 15012115545 0024302 0 ustar 00root root 0000000 0000000 """
Module to communicate with the AVM Fritz!Box service providing real time
phone-call events.
To run fritzmonitor, the CallMonitor service of the box has to be activated.
This can be done with any registered Phone by typing the following codes:
activate: #96*5*
deactivate: #96*4*
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
import queue
import socket
import threading
import time
FRITZ_IP_ADDRESS = "169.254.1.1"
FRITZ_MONITOR_PORT = 1012
FRITZ_MONITOR_QUEUE_SIZE = 256
FRITZ_MONITOR_CHUNK_SIZE = 1024 * 4
FRITZ_MONITOR_SOCKET_TIMEOUT = 10
MIN_RECONNECT_DELAY = 0.02 # minimum delay in seconds
MAX_RECONNECT_DELAY = 60 # maximum delay in seconds
RECONNECT_DELAY_FACTOR = 10 # factor to increase delays between reconnection tries
RECONNECT_TRIES = 10 # number of tries to reconnect before giving up
class EventReporter:
"""
Takes a Queue and implements a buffer for line-separated data.
If at least one line is in the buffer, the line gets put into the
Queue for further processing elsewhere (by a routine reading the queue).
"""
def __init__(
self,
monitor_queue: queue.Queue,
block_on_filled_queue: bool = False
):
"""
Takes the monitor queue (of type queue.Queue) and a boolean
'block_on_filled_queue'. If 'block_on_filled_queue' is True the thread
will wait until a free slot is available blocking the thread reading
call_monitor events from the socket connected to the Fritz!Box.
"""
self.buffer = ""
self.monitor_queue = monitor_queue
self.block_on_filled_queue = block_on_filled_queue
def add(self, data: str) -> None:
"""
Adds the given 'data' to the buffer. If the buffer holds at least one
line (separated by newline-character), the line (or lines) are put into the
'monitor_queue' as events to be processed from a reader elsewhere.
"""
self.buffer += data
*parts, self.buffer = self.buffer.split("\n")
for part in parts:
try:
self.monitor_queue.put(part, block=self.block_on_filled_queue)
except queue.Full:
# ignore
pass
class FritzMonitor:
"""
Monitor Fritz!Box events about started, finished, incoming and outgoing
calls.
"""
def __init__(
self,
address: str = FRITZ_IP_ADDRESS,
port: int = FRITZ_MONITOR_PORT,
timeout: int = FRITZ_MONITOR_SOCKET_TIMEOUT,
encoding: str = "utf-8",
):
self.address = address
self.port = port
self.timeout = timeout
self.encoding = encoding
self.stop_flag = threading.Event()
self.monitor_thread: threading.Thread | None = None
self.mock_socket = None # for testing
def __enter__(self):
return self
def __exit__(self, *args):
self.stop()
@property
def has_monitor_thread(self) -> bool:
"""
Returns True if a monitor-thread has been created.
That should be the case after calling start() and before calling stop().
"""
return bool(self.monitor_thread)
@property
def is_alive(self) -> bool:
"""
Returns True if there is a monitor-thread and the thread is running.
Returns False otherwise.
"""
return self.has_monitor_thread and self.monitor_thread.is_alive() # type: ignore
def start(
self,
queue_size: int = FRITZ_MONITOR_QUEUE_SIZE,
block_on_filled_queue: bool = False,
reconnect_delay: float = MAX_RECONNECT_DELAY,
reconnect_tries: float = RECONNECT_TRIES,
sock=None,
) -> queue.Queue:
"""
Start the monitor thread and return a Queue instance with the
given size to report the call_monitor events. Events are of type
string. Raises an `OSError` if the socket can not get connected
in a given timeout. Raises a `RuntimeError` if start() get
called a second time without calling stop() first. `queue_size`
is the number of events the queue can store. If
`block_on_filled_queue` is False the event will get discarded in
case of no free block (default). On True the EventReporter will
block until a slot is available. `reconnect_delay` defines the
maximum time interval in seconds between reconnection tries, in
case that a socket-connection gets lost. `reconnect_tries`
defines the number of consecutive to reconnect a socket before
giving up. `sock` is used for testing to inject a mock-socket.
"""
if self.monitor_thread:
# It's an error to create a second thread for monitoring
raise RuntimeError("A FritzMonitor thread is already running")
self.mock_socket = sock
# get socket or raise OSError in main thread:
sock = self._get_connected_socket()
monitor_queue = queue.Queue(maxsize=queue_size) # type: ignore
kwargs = {
"monitor_queue": monitor_queue,
"sock": sock,
"block_on_filled_queue": block_on_filled_queue,
"reconnect_delay": reconnect_delay,
"reconnect_tries": reconnect_tries,
}
# clear event object in case the instance gets 'reused':
self.stop_flag.clear()
self.monitor_thread = threading.Thread(target=self._monitor, kwargs=kwargs)
self.monitor_thread.start()
return monitor_queue
def stop(self) -> None:
"""
Stop the current running monitor_thread.
"""
if self.monitor_thread:
if self.monitor_thread.is_alive():
self.stop_flag.set() # tell thread to terminate
self.monitor_thread.join() # wait for termination without timeout
self.monitor_thread = None
def _get_connected_socket(self):
"""
Return a new created socket.
In case of failure an OSError is raised.
"""
# use a mock socket for tests
if self.mock_socket:
sock = self.mock_socket
else:
sock = socket.socket()
# these options should work on all platforms:
sock.setsockopt(socket.SOL_SOCKET, socket.SO_KEEPALIVE, 1)
# socket actions can fail for different reasons,
# without a timeout they can hang a long time.
sock.settimeout(self.timeout)
try:
sock.connect((self.address, self.port))
except socket.timeout:
# will fail if the address:port is not available (not present or in use)
# socket.timeout is subclass of OSError, so it is save to raise an OSError
msg = f"Unable to connect to '{self.address}:{self.port}'"
raise OSError(msg)
return sock
def _reconnect_socket(
self,
max_reconnect_delay=MAX_RECONNECT_DELAY,
reconnect_tries=RECONNECT_TRIES,
):
"""
Try to reconnect a lost connection.
Returns a new socket on success and None otherwise.
"""
reconnect_delay = self._delayer(max_delay=max_reconnect_delay)
while reconnect_tries > 0:
next(reconnect_delay)
try:
return self._get_connected_socket()
except OSError:
reconnect_tries -= 1
return None
def _monitor(
self,
monitor_queue,
sock,
block_on_filled_queue,
reconnect_delay,
reconnect_tries,
):
"""
The internal monitor routine running in a separate thread.
"""
# Instantiate an EventReporter to push event to the event_queue.
event_reporter = EventReporter(
monitor_queue=monitor_queue, block_on_filled_queue=block_on_filled_queue
)
while not self.stop_flag.is_set():
try:
raw_data = sock.recv(FRITZ_MONITOR_CHUNK_SIZE)
except socket.timeout:
# without a timeout an open socket will never return from a
# connection closed by a router (may be of limited resources).
# Therefore be sure to set a timeout at socket creation (elsewhere).
# So just try again after timeout.
continue
if not raw_data:
# empty response indicates a lost connection.
# try to reconnect.
sock = self._reconnect_socket(
max_reconnect_delay=reconnect_delay,
reconnect_tries=reconnect_tries,
)
if sock is None:
# reconnect has failed: terminate the thread
break
else:
# sock.recv returns a bytearray to decode:
response = raw_data.decode(self.encoding)
event_reporter.add(response)
# clean up on terminating thread:
try:
sock.close()
except (AttributeError, OSError):
pass
# reset monitor_thread to be able to restart
self.monitor_thread = None
@staticmethod
def _delayer(
min_delay=MIN_RECONNECT_DELAY,
max_delay=MAX_RECONNECT_DELAY,
multiplier=RECONNECT_DELAY_FACTOR,
):
"""
delay generator with increasing sleep-times.
"""
delay = min(min_delay, max_delay)
while True:
time.sleep(delay)
yield
delay = min(delay * multiplier, max_delay)
fritzconnection-1.15.0/fritzconnection/core/logger.py 0000664 0000000 0000000 00000005532 15012115545 0023017 0 ustar 00root root 0000000 0000000 """
Logging module for the fritzconnection library. By default
fritzconnection will emit all messages with a log-level of INFO and
higher (WARNING, ERROR, CRITICAL).
The fritzconnection logger, defined as `fritzlogger`, is an
instance of the `logging.Logger` class from the `stdlib` and can get
accessed by:
>>> from fritzconnection.core.logger import fritzlogger
This module provides the additional functions
`activate_local_debug_mode` and `reset` (see below) to activate a debug
mode, suppressing handler-propagation, and to reset the logger to the
initial state. To activate debug logging for fritzconnection call:
>>> from fritzconnection.core.logger import activate_local_debug_mode
>>> activate_local_debug_mode(handler=logging.StreamHandler())
In this debug mode fritzconnection will additionally log the data
transfered between the library and the router and suppress
logging-propagation to the parent-handlers. Here the `StreamHandler` will
send all data to `stderr`. Because this can be a lot of data a `FileHandler`
may be a better choice:
>>> activate_local_debug_mode(handler=logging.FileHandler())
To deactivate this mode call `reset()`:
>>> from fritzconnection.core.logger import reset
>>> reset()
Beside this you can do everything with `fritzlogger` as with the
`logging.Logger`, because `fritzlogger` is an instance of the latter.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
import logging
fritzlogger = logging.getLogger("fritzconnection")
fritzlogger.setLevel(logging.INFO)
fritzformatter = logging.Formatter(logging.BASIC_FORMAT)
def activate_local_debug_mode(handler=None, propagate=False):
"""
Activates all logging messages on debug level and don't propagate to
parent-handlers. If no handler is given the NullHandler will get
set, avoiding a call of the lastResort-handler.
If the given handler has no formatter, the fritzformatter gets set
(which provides the `logging.BASIC_FORMAT`).
If propagate is True, all debug information will also get sent to
the parent-handlers. Keep in mind, that this can be a lot of data if
the parent-handlers are enabled for debug-level records.
"""
if handler is None:
handler = logging.NullHandler()
if not handler.formatter:
handler.setFormatter(fritzformatter)
fritzlogger.addHandler(handler)
fritzlogger.propagate = propagate
fritzlogger.setLevel(logging.DEBUG)
def reset(keep_handlers=False, propagate=True):
"""
Resets the logger to the initial state, i.e. after calling
`activate_local_debug_mode`. All handlers will be removed, except
`keep_handlers` is set to True.
"""
if not keep_handlers:
fritzlogger.handlers = []
fritzlogger.propagate = propagate
fritzlogger.setLevel(logging.INFO)
fritzconnection-1.15.0/fritzconnection/core/processor.py 0000664 0000000 0000000 00000054070 15012115545 0023560 0 ustar 00root root 0000000 0000000 """
Module to parse and store the device description and the service data
provided by xml and the scpd protocol based on xml. Names partly violate
PEP8 representing node-names from xml description files.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
from .utils import (
get_xml_root,
localname,
)
# ---------------------------------------------------------
# processor, decorator and descriptors here:
# ---------------------------------------------------------
def process_node(obj, root):
"""
Take an object and a root of nodes. The node.text of nodes with the
same name as an instance-attribute of 'obj' are set as values for
the corresponding instance-attribute. If the attribute is a
callable, processing the node gets delegated to the callable (which
in turn calls process_node).
"""
for node in root:
node_name = localname(node)
try:
attr = getattr(obj, node_name)
except AttributeError:
# ignore unknown nodes
continue
if callable(attr):
# attribute is a callable: delegate further
attr(node)
else:
# node is an attribute: set value
if isinstance(node.text, str):
value = node.text.strip()
else:
value = node.text
setattr(obj, node_name, value)
def processor(cls):
"""
Class decorator to add the functionality of calling 'process_node'
on invoking an instance as a callable.
"""
cls.__call__ = lambda obj, root: process_node(obj, root)
return cls
class ValueSequencer:
"""
Data descriptor storing a value (assigned as attribute value) in a
given sequence.
"""
def __init__(self, sequence_name):
self.sequence_name = sequence_name
def __get__(self, obj, objtype):
# kind of set only attribute
return NotImplemented
def __set__(self, obj, value):
sequence = getattr(obj, self.sequence_name)
sequence.append(value)
class InstanceAttributeFactory:
"""
Non data descriptor returning instances of 'cls' and registering
these instances in the '_storage' attribute of the calling instance.
"""
def __init__(self, cls):
self.cls = cls
def __get__(self, obj, objtype):
instance = self.cls()
obj._storage.append(instance)
return instance
class Storage:
"""
Baseclass for classes working with InstanceAttributeFactory.
"""
def __init__(self, storage):
self._storage = storage
# ---------------------------------------------------------
# Processors for reading the device specific FritzOS api:
# Node- and root-classes. Root classes are entry-points.
# Root classes are Scpd and Description.
# Description is the only public class.
# ---------------------------------------------------------
class Serializer:
"""
Simple abstract Serializer base class.
This class and should not get instanciated.
"""
def __eq__(self, other):
if set(self.__dict__.keys()) ^ set(other.__dict__.keys()):
# self and other have not the same set of instance attributes:
return False
# both instances must have all the same attribute values:
return self._compare_attributes(other, self.__dict__.keys())
def _compare_attributes(self, other, attributes):
# check for the same values in the attributes of self and other:
for attribute in attributes:
if getattr(self, attribute) != getattr(other, attribute):
return False
return True
def serialize(self, exclude=None):
if exclude is None:
exclude = []
attribute_names = set(self.__dict__.keys()) - set(exclude)
return self.get_sorted_dict(
{name: getattr(self, name) for name in attribute_names}
)
def deserialize(self, data):
self.__dict__.update(data)
@staticmethod
def get_sorted_dict(dictionary):
"""
Takes a dictionary and returns another one with all keys in
alphabetical order.
"""
sorted_keys = sorted(dictionary.keys())
return {key: dictionary[key] for key in sorted_keys}
@classmethod
def from_data(cls, data):
"""
Return a new instance with attributes initialized from data.
"""
try:
instance = cls()
except TypeError:
# will happen on classes expecting a list of nodes:
instance = cls(root=[])
instance.deserialize(data)
return instance
@processor
class SpecVersion(Serializer):
"""
Specification version from the schema device or service
information.
"""
def __init__(self):
# attributes are case sensitive node names:
self.major = None
self.minor = None
@property
def version(self):
return f'{self.major}.{self.minor}'
@processor
class SystemVersion(Serializer):
"""
Information about the Fritz!OS version of the Fritz!Box.
Information is just provided by the 'tr64desc.xml' file.
"""
def __init__(self):
# attributes are case sensitive node names
self.HW = None
self.Major = None
self.Minor = None
self.Patch = None
self.Buildnumber = None
self.Display = None
@property
def version(self):
"""
Returns system version as string like '7.10' or None if system
version is unknown.
"""
if self.Minor and self.Patch:
return f'{self.Minor}.{self.Patch}'
return None
@property
def info(self):
"""
Returns a tuple with all instance attributes 'HW, Major, Minor,
Patch, Buildnumber, Display' in this order.
"""
return (
self.HW,
self.Major,
self.Minor,
self.Patch,
self.Buildnumber,
self.Display,
)
@processor
class Argument(Serializer):
"""
An argument with name, direction and relatedStateVariable
attributes.
"""
def __init__(self):
# attributes are case sensitive node names
self.name = None
self.direction = None
self.relatedStateVariable = None
@processor
class ArgumentList(Storage):
"""
Collects the arguments for an action.
"""
# case sensitive node
argument = InstanceAttributeFactory(Argument)
@processor
class Action(Serializer):
"""
Every Action has a name and a list of arguments.
"""
def __init__(self):
self._arguments = list()
self._arguments_storage = None
# attributes are case sensitive node names:
self.name = None
self.argumentList = ArgumentList(self._arguments)
def __eq__(self, other):
# for testing: Action is equal to another if the name is the same
# and the arguments in self._arguments are the same and in the
# same order (because of the implementation).
if self.name == other.name:
for arg1, arg2 in zip(self._arguments, other._arguments):
if arg1 != arg2:
return False
return True
return False
@property
def arguments(self):
"""
Returns the action-arguments as a dict. argument-names are the
keys and the argument objects are the values. The dictionary
gets cached.
"""
if not self._arguments_storage:
self._arguments_storage = {arg.name: arg for arg in self._arguments}
return self._arguments_storage
def serialize(self):
"""
Return a dictionary with json serializable data: the name of the
instance and a list of the serialized argument-instances in
self._arguments.
"""
exclude = ["_arguments", "_arguments_storage", "argumentList"]
data = super().serialize(exclude=exclude)
data['arguments'] = [arg.serialize() for arg in self._arguments]
return data
def deserialize(self, data):
"""
Deserialize the data back to an Action instance with a given
name and defined Argument-instances.
"""
self.name = data['name']
self._arguments = [Argument.from_data(d) for d in data['arguments']]
@processor
class ActionList(Storage):
"""
Collection of actions of a service.
The Action instances are stored in the Scpd.actions attribute.
"""
# case sensitive node
action = InstanceAttributeFactory(Action)
@processor
class ValueRange(Serializer):
def __init__(self):
# attributes are case sensitive node names:
self.minimum = None
self.maximum = None
self.step = None
@processor
class StateVariable(Serializer):
"""
Represents a stateVariable with the attributes name, dataType,
defaultValue, allowedValueList and allowedValueRange.
"""
# case sensitive node
allowedValue = ValueSequencer('allowed_values')
def __init__(self):
# attributes are case sensitive node names:
self.name = None
self.dataType = None
self.defaultValue = None
self.allowed_values = list() # list of values as strings
self.allowedValueList = self
self.allowedValueRange = ValueRange()
def __eq__(self, other):
# two instances are equal on having the same attribute values.
attributes = ["name", "dataType", "defaultValue", "allowed_values"]
if not self._compare_attributes(other, attributes):
return False
return self.allowedValueRange == other.allowedValueRange
def serialize(self):
"""
Returns a dictionary with json serializable attribute data.
"""
exclude = ["allowedValueList", "allowedValueRange"]
data = {"attributes": super().serialize(exclude=exclude)}
data["allowedValueRange"] = self.allowedValueRange.serialize()
return data
def deserialize(self, data):
"""
Deserialize the data back to a former state of a StateVariable
instance.
"""
super().deserialize(data['attributes'])
self.allowedValueRange.deserialize(data['allowedValueRange'])
@processor
class ServiceStateTable(Storage):
"""
Collection of stateVariables.
"""
# case sensitive node
stateVariable = InstanceAttributeFactory(StateVariable)
class Scpd(Serializer):
"""
Provides information about the Service Control Point Definitions
for every Service. Every Service has one instance of this class for
accessing the description of its own actions and the according
parameters.
Root class for processing the content of an scpd-file.
"""
def __init__(self, root):
"""
Starts interpreting the scpd-data. 'root' must be a xml.Element
objects as returned from 'utils.get_xml_root'.
"""
self._actions = list()
self._state_variables = list()
# attributes are case sensitive node names:
self.specVersion = SpecVersion()
self.actionList = ActionList(self._actions)
self.serviceStateTable = ServiceStateTable(self._state_variables)
# start node processing:
process_node(self, root)
def __eq__(self, other):
attributes = ["_actions", "_state_variables", "specVersion"]
return self._compare_attributes(other, attributes)
@property
def spec_version(self):
return self.specVersion.version
@property
def actions(self):
"""
Returns a dictionary with the actions from the actions-list. The
action-names are the keys and the actions themselves are the
values.
"""
return {action.name: action for action in self._actions}
@property
def state_variables(self):
"""
Returns a dictionary with the state_variable name as keys and
the StateVariable itself as value.
"""
return {sv.name: sv for sv in self._state_variables}
def serialize(self):
data = {"actions": [action.serialize() for action in self._actions]}
data['state_variables'] = [sv.serialize() for sv in self._state_variables]
data['specVersion'] = self.specVersion.serialize()
return self.get_sorted_dict(data)
def deserialize(self, data):
self._actions = [Action.from_data(d) for d in data['actions']]
self._state_variables = [StateVariable.from_data(d) for d in data['state_variables']]
self.specVersion.deserialize(data['specVersion'])
@processor
class Service(Serializer):
"""
Class describing a service.
"""
def __init__(self):
self._scpd = None
self._actions = None
self._state_variables = None
# attributes are case sensitive node names:
self.serviceType = None
self.serviceId = None
self.controlURL = None
self.eventSubURL = None
self.SCPDURL = None
@property
def name(self):
if self.serviceId:
return self.serviceId.split(':')[-1]
return None
@property
def actions(self):
"""
Returns all known actions of this service as a dictionary.
Action names are keys, the action objects are the values. Caches
the dictionary once retrieved from _scpd.
"""
if self._actions is None:
self._actions = self._scpd.actions
return self._actions
@property
def state_variables(self):
"""
Returns all known stateVariables of this service as a
dictionary. Names are keys, the stateVariables objects are the
values. Caches the dictionary once retrieved from _scpd.
"""
if self._state_variables is None:
self._state_variables = self._scpd.state_variables
return self._state_variables
def load_scpd(self, address, port, timeout=None, session=None):
"""Loads the scpd data"""
url = f'{address}:{port}{self.SCPDURL}'
root = get_xml_root(url, timeout=timeout, session=session)
self._scpd = Scpd(root)
def serialize(self):
"""
Serialize the service instance attributes. Returns a dictionary
with data that can be converted to json.
"""
exclude = ['_scpd', '_actions', '_state_variables']
return {
"attributes": super().serialize(exclude=exclude),
"scpd": self._scpd.serialize()
}
def deserialize(self, data):
"""
Inverse method for `serialize`. Takes the data (a dictionary)
and populates the instance attributes extracted by `serialize`.
"""
super().deserialize(data['attributes'])
self._scpd = Scpd.from_data(data['scpd'])
@processor
class ServiceList(Storage):
"""
Collection of Service instances for a device.
The service instances are stored in the device.services attribute.
"""
# case sensitive node
service = InstanceAttributeFactory(Service)
@processor
class Device(Serializer):
"""
Storage for devices attributes and device sub-nodes.
Sub-nodes are the serviceList and the deviceList.
The services provided by a device are collected in services.
Sub-devices are collected in devices.
All instance attributes are public for read only use.
"""
def __init__(self):
self._services = list()
self.devices = list()
# attributes are case sensitive node names:
self.deviceType = None
self.friendlyName = None
self.manufacturer = None
self.manufacturerURL = None
self.modelDescription = None
self.modelName = None
self.modelNumber = None
self.modelURL = None
self.UDN = None
self.UPC = None
self.presentationURL = None
self.serviceList = ServiceList(self._services)
self.deviceList = DeviceList(self.devices)
def __eq__(self, other):
attributes = [
"deviceType", "friendlyName", "manufacturer", "manufacturerURL",
"modelDescription", "modelName", "modelNumber", "modelURL",
"UDN", "UPC", "presentationURL",
]
return self._compare_attributes(other, attributes)
@property
def services(self):
services = {service.name: service for service in self._services}
for device in self.devices:
services.update(device.services)
return services
def serialize(self):
"""
Returns a dictionary with a subset of the instance attributes
and a list of serialized services that can be transformed to
json-format.
"""
exclude = ["_services", "devices", "serviceList", "deviceList",]
data = {'attributes': super().serialize(exclude=exclude)}
data['services'] = [service.serialize() for service in self._services]
data['devices'] = [device.serialize() for device in self.devices]
return self.get_sorted_dict(data)
def deserialize(self, data):
"""
Loads the data into the instance attributes. This is the
reverse-function for serialize. No return value.
"""
super().deserialize(data['attributes'])
self._services.extend([Service.from_data(d) for d in data['services']])
self.devices.extend([Device.from_data(d) for d in data['devices']])
@processor
class DeviceList(Storage):
"""
Collection of sub-devices of a device.
The Device instances are stored in the device.devices attribute of
the parent device.
"""
# case sensitive node
device = InstanceAttributeFactory(Device)
class Description(Serializer):
"""
Root class for a given description information as the content from
the files igddesc.xml or tr64desc.xml.
"""
def __init__(self, root):
"""
Starts data-processing. 'root' must be a xml.Element object as
returned from 'utils.get_xml_root'.
"""
# attributes are case sensitive node names:
self.device = Device()
self.specVersion = SpecVersion()
self.systemVersion = SystemVersion()
# start node processing:
process_node(self, root)
@property
def device_model_name(self):
return self.device.modelName
@property
def spec_version(self):
return self.specVersion.version
@property
def system_version(self):
"""
Returns the system version of the Fritz!Box as a string like
'7.10' or None. This information is only available by the
'tr64desc.xml' file.
"""
return self.systemVersion.version
@property
def system_info(self):
"""
Returns the systemVersion attributes as a tuple:
(HW, Major, Minor, Patch, Buildnumber, Display). This information
is only available by the 'tr64desc.xml' file.
"""
return self.systemVersion.info
@property
def system_buildnumber(self):
"""
Returns the buildnumber or None. This information is only
available by the 'tr64desc.xml' file.
"""
return self.systemVersion.Buildnumber
@property
def system_display(self):
"""
Returns the system display-string or None. This information is
only available by the 'tr64desc.xml' file.
"""
return self.systemVersion.Display
@property
def services(self):
"""
Returns dictionary with the known services as values and the
according service-names as keys.
"""
return self.device.services
def serialize(self):
"""
Return serialized instance attributes as dictionary.
"""
return {
'device': self.device.serialize(),
'specVersion': self.specVersion.serialize(),
'systemVersion': self.systemVersion.serialize(),
}
def deserialize(self, data):
"""
Sets the instance attributes according to data.
"""
self.device.deserialize(data['device'])
self.specVersion.deserialize(data['specVersion'])
self.systemVersion.deserialize(data['systemVersion'])
# ---------------------------------------------------------
# Processors to interpret the information returned from
# the "X_AVM-DE_GetHostListPath" action.
# ---------------------------------------------------------
@processor
class Host:
"""
Host class providing every requested attribute
"""
_int_values = {'Index', 'X_AVM-DE_Port', 'X_AVM-DE_Speed'}
_bool_values = {
'Active',
'X_AVM-DE_UpdateAvailable',
'X_AVM-DE_Guest', 'X_AVM-DE_VPN',
'X_AVM-DE_Disallow',
}
def __getattr__(self, attr_name):
# do the magic of not raising an AttributeError:
setattr(self, attr_name, None)
return getattr(self, attr_name)
@property
def attributes(self):
"""
Provide all attributes of the instance as a dictionary with the
attribute names as keys and the values converted to python
datatypes.
"""
attrs = {}
for name, value in self.__dict__.items():
if name in self._int_values:
attrs[name] = int(value)
elif name in self._bool_values:
attrs[name] = bool(int(value))
else:
attrs[name] = value
return attrs
@processor
class HostStorage(Storage):
"""
Storage class collection all Item-nodes describing the hosts.
The Item-nodes are converted to _Host instances.
"""
Item = InstanceAttributeFactory(Host) # 'Item' must match node-name
def __init__(self, root):
self._hosts = list()
super().__init__(self._hosts)
self(root) # start process_node()
@property
def hosts_attributes(self):
"""
Provide a list of dictionaries with the attributes of all hosts.
The list is sorted with the lowest Index number first.
"""
# list is already sorted from FritzOS,
# but don't trust this for any time in the future.
return sorted(
[host.attributes for host in self._hosts],
key = lambda attrs: attrs["Index"]
)
fritzconnection-1.15.0/fritzconnection/core/soaper.py 0000664 0000000 0000000 00000026075 15012115545 0023036 0 ustar 00root root 0000000 0000000 """
Module handling the SOAP based communication with the router.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
import datetime
from logging import DEBUG
import html
import re
import requests
from requests.auth import HTTPDigestAuth
from xml.etree import ElementTree as etree
from .exceptions import (
FritzAuthorizationError,
FritzConnectionException,
FRITZ_ERRORS,
)
from .logger import fritzlogger
from .utils import localname
SOAP_NS = "http://schemas.xmlsoap.org/soap/envelope/"
STATUS_UNAUTHORIZED = 401
def datetime_convert(value):
"""
Converts a string in ISO 8601 format to a datetime-object.
Raise ValueError if value does not match ISO 8601.
"""
return datetime.datetime.strptime(value, "%Y-%m-%dT%H:%M:%S")
def boolean_convert(value):
"""
Converts a string like '1' or '0' to a boolean value.
Raise ValueError if it is something else than '1' or '0', because
this violates the data_type according to the AVM documentation.
"""
if value == "1" or value == "0":
return bool(int(value))
msg = f"value '{value}' does not match '1' or '0'."
raise ValueError(msg)
def uuid_convert(value):
"""Strips the leading 'uuid:' part from the string."""
return value.split(":")[-1]
CONVERSION_TABLE = {
"datetime": datetime_convert,
"boolean": boolean_convert,
"uuid": uuid_convert,
"i4": int,
"ui1": int,
"ui2": int,
"ui4": int,
}
def get_converted_value(data_type, value):
"""
Try to convert the value from string to the given data_type. The
data_type is used as key in the CONVERSION_TABLE dictionary. In case
the data_type is unknown, the original value is returned.
"""
try:
return CONVERSION_TABLE[data_type](value)
except KeyError:
return value
def encode_boolean(value):
"""
Returns 1 or 0 if the value is True or False.
None gets interpreted as False.
Otherwise, the original value is returned.
"""
if value is True:
return 1
if value is False or value is None:
return 0
return value
def get_html_safe_value(value):
"""
Returns a xml `encoded value` if it's an encodable value.
`value` can be of any type. If it is a boolean or None it
gets converted to the integer 1 or 0.
If it is a string the characters in the set `&<>'"` are
converted to html-safe sequences.
Any other datatype gets returned as is.
"""
value = encode_boolean(value)
if isinstance(value, str):
value = html.escape(value)
return value
def preprocess_arguments(arguments):
"""
Takes a dictionary with arguments for a soap call and converts all
values which are True, False or None to the according integers:
1, 0, 0.
Returns a new dictionary with the processed values.
"""
return {k: get_html_safe_value(v) for k, v in arguments.items()}
def get_argument_value(root, argument_name):
"""
Takes an etree-root object, which is a parsed soap-response from the
Fritz!Box, and an argument_name, which corresponds to a node-name in
the element-tree hierarchy. Returns the text-attribute of the node
as a string.
Raise an AttributeError in case that a node is not found.
"""
# root.find will() raise the AttributeError on unknown nodes
value = root.find(f".//{argument_name}").text
if value is None:
# this will be the case on empty tags:
value = ""
return value
def is_html_response(text):
"""
Returns a boolean whether the raw response text starts with an
html-tag.
"""
return text.casefold().startswith("", " ", text)
return re.sub(r" +", " ", tag_free).strip() # make it nice
def raise_fritzconnection_error(response):
"""
Handles all responses with status codes other than 200.
Will raise a FritzConnectionException with the error code and
description if available. Can also raise a FritzAuthorizationError
in case of 401 html-response status code.
"""
parts = []
error_code = None
if is_html_response(response.text):
# if it is an html response, the error is described in the
# body part: remove all tags and provide the result as
# error-message:
detail = remove_html_tags(response.text)
msg = f"Unable to perform operation. {detail}"
if response.status_code == STATUS_UNAUTHORIZED:
raise FritzAuthorizationError(msg)
raise FritzConnectionException(msg)
# otherwise the content is xml and the error-description
# is part of the structured xml info:
try:
root = etree.fromstring(response.content)
except etree.ParseError as err:
# should not happen (at least not observed so far)
raise FritzConnectionException(str(err))
# extract error information from the provided xml data
detail = root.find(".//detail")
children = detail.iter()
next(children) # skip detail itself
for node in children:
tag = localname(node)
text = node.text.strip()
if tag == "errorCode":
error_code = text
parts.append(f"{tag}: {text}")
message = "\n".join(parts)
# try except:KeyError not possible,
# because one of the raised Exceptions may inherit from KeyError.
exception = FRITZ_ERRORS.get(error_code, FritzConnectionException)
raise exception(message)
def redact_response(redact: bool, input: str):
# avoid expansive regex matching, when not neccessary
if fritzlogger.level != DEBUG or not redact:
return input
# redact possible phone numbers
# numbers with len of 5 or more, sourounded by white spaces or bracket
redacted = re.sub(r"([\s\[\(])\d{5,}([\s\]\)])", r"\1******\2", input)
# redact external ip addresses
ext_ip_keys = 'New(ExternalIPAddress|ExternalIPv6Address)'
redacted = re.sub(r"(<{0}>)(.*)()".format(ext_ip_keys), r"\1******\4", redacted)
# redact wifi passwords
wifi_pwd_keys = 'New(WEPKey\d+|PreSharedKey|KeyPassphrase)'
redacted = re.sub(r"(<{0}>)(.*)()".format(wifi_pwd_keys), r"\1******\4", redacted)
return redacted
class Soaper:
"""
Class making the soap on its own to communicate with the FritzBox.
Instead of ham, spam and eggs, it's hopelessly addicted to soap.
For accessing the Fritz!Box the parameters `address` for the router
ip, `port`, `user`, `password` and `session` are required. (These
parameters will get set by FritzConnection.)
"""
headers = {"soapaction": "", "content-type": "text/xml", "charset": "utf-8"}
envelope = re.sub(
r"\s +",
"",
"""
{body}
""",
).replace('/"xmlns:', '/" xmlns:')
body_template = re.sub(
r"\s +",
"",
"""
{arguments}
""",
)
argument_template = "<{name}>{value}"
method = "post"
conversion_table = {
"datetime": datetime_convert,
"boolean": boolean_convert,
"uuid": uuid_convert,
"i4": int,
"ui1": int,
"ui2": int,
"ui4": int,
}
def __init__(self, address, port, user, password, timeout=None, session=None, redact_debug_log=False):
self.address = address
self.port = port
self.user = user
self.password = password
self.timeout = timeout
self.session = session
self.redact_debug_log = redact_debug_log
def get_body(self, service, action_name, arguments):
"""Returns the body by template substitution."""
return self.body_template.format(
service_type=service.serviceType,
action_name=action_name,
arguments=arguments,
)
def execute(self, service, action_name, arguments):
"""
Builds the soap request and returns the response as dictionary.
Numeric and boolean values are converted from strings to Python
datatypes.
"""
def handle_response(response):
fritzlogger.debug(f"response status: {response.status_code}")
fritzlogger.debug(redact_response(self.redact_debug_log, response.text))
if response.status_code != 200:
raise_fritzconnection_error(response)
return self.parse_response(response, service, action_name)
headers = self.headers.copy()
headers["soapaction"] = f"{service.serviceType}#{action_name}"
arguments = preprocess_arguments(arguments)
arguments = "".join(
self.argument_template.format(name=k, value=v) for k, v in arguments.items()
)
body = self.get_body(service, action_name, arguments)
envelope = self.envelope.format(body=body).encode("utf-8")
url = f"{self.address}:{self.port}{service.controlURL}"
fritzlogger.debug(f"\n{url}")
fritzlogger.debug(envelope)
if self.session:
with self.session.post(
url, data=envelope, headers=headers, timeout=self.timeout
) as response:
return handle_response(response)
else:
if self.password:
auth = HTTPDigestAuth(self.user, self.password)
else:
auth = None
response = requests.post(
url,
data=envelope,
headers=headers,
auth=auth,
timeout=self.timeout,
verify=False,
)
return handle_response(response)
def parse_response(self, response, service, action_name):
"""
Extracts all known parameters of the given action from the
response and returns this as a dictionary with the out-parameter
names as keys and the corresponding response as values.
Will raise an ActionError on unknown action_name.
"""
result = dict()
action = service.actions[action_name]
root = etree.fromstring(response.content)
for argument_name in action.arguments:
try:
value = get_argument_value(root, argument_name)
except AttributeError:
continue
state_variable_name = action.arguments[argument_name].relatedStateVariable
state_variable = service.state_variables[state_variable_name]
data_type = state_variable.dataType.lower()
try:
value = get_converted_value(data_type, value)
except ValueError:
# ignore malformed value and return 'as is'.
pass
result[argument_name] = value
return result
fritzconnection-1.15.0/fritzconnection/core/utils.py 0000664 0000000 0000000 00000010167 15012115545 0022700 0 ustar 00root root 0000000 0000000 """
Common functions for other core-modules.
"""
import os
import re
from xml.etree import ElementTree as etree
import requests
from .exceptions import FritzConnectionException, FritzResourceError
from .logger import fritzlogger
NS_REGEX = re.compile("({(?P.*)})?(?P.*)")
VALUES_TRUE = {"true", "on", "1"}
VALUES_FALSE = {"false", "off", "0"}
def localname(node):
if callable(node.tag):
return "comment"
m = NS_REGEX.match(node.tag)
return m.group('localname')
def get_content_from(url, timeout=None, session=None):
"""
Returns text from a get-request for the given url. In case of a
secure request (using TLS) the parameter verify is set to False, in order to
disable certificate verifications. As the Fritz!Box creates a
self-signed certificate for use in the LAN, encryption will work but
verification will fail.
"""
def handle_response(response):
fritzlogger.debug(response.text)
ct = response.headers.get("Content-type")
if ct == "text/html":
message = f"Unable to retrieve resource '{url}' from the device."
# this error will get catched, because it may happen depending
# on the used router model, without doing any harm.
# However it's logged on INFO level:
fritzlogger.info(message)
raise FritzResourceError(message)
return response.text
def do_request():
fritzlogger.debug(f"requesting: {url}")
if session:
with session.get(url, timeout=timeout) as response:
return handle_response(response)
response = requests.get(url, timeout=timeout, verify=False)
return handle_response(response)
try:
return do_request()
except requests.exceptions.ConnectionError as err:
message = f"Unable to get a connection: {err}"
# that's an error worth logging:
fritzlogger.error(message)
# raise from None because the message holds the
# proper information about the connection failure:
raise FritzConnectionException(message) from None
def get_xml_root(source, timeout=None, session=None):
"""
Function to help migrate from lxml to the standard-library xml-package.
'source' must be a string and can be a xml-string, a uri or a file
name. `timeout` is an optional parameter limiting the time waiting
for a router response.
In all cases this function returns a xml.etree.Element instance
which is the root of the parsed tree.
"""
if source.startswith("http://") or source.startswith("https://"):
# it's an uri, use requests to get the content
source = get_content_from(source, timeout=timeout, session=session)
elif not source.startswith("<"):
# assume it's a filename
with open(source) as fobj:
source = fobj.read()
return etree.fromstring(source)
def boolean_from_string(value):
"""
Takes a value as a string and converts it to a boolean or None. The
string could be "true" or "false" in upper-, lower- and mixed-case.
Also "on", "off" and "0", "1" are converted. If the value can not
converted a ValueError gets raised. If the value does not support
the .lower() method, an AttributeError gets raised.
"""
lower_value = value.lower()
if lower_value in VALUES_TRUE:
return True
if lower_value in VALUES_FALSE:
return False
raise ValueError(f"can't convert '{lower_value}' to a boolean.")
def get_boolean_from_string(value, default=None):
"""
Same as `boolean_from_string` but returns the `default` argument
instead of raising an exception.
"""
try:
return boolean_from_string(value)
except (AttributeError, ValueError):
return default
def get_bool_env(key, default=None):
"""
Return the value of the environment variable key converted to a
boolean if it exists, or default if it doesn’t or can't get
converted to a boolean. keys convertable to a boolean are "true",
"on", "1" and "false", "off", "0".
"""
value = os.getenv(key)
return get_boolean_from_string(value, default)
fritzconnection-1.15.0/fritzconnection/lib/ 0000775 0000000 0000000 00000000000 15012115545 0020777 5 ustar 00root root 0000000 0000000 fritzconnection-1.15.0/fritzconnection/lib/__init__.py 0000664 0000000 0000000 00000000323 15012115545 0023106 0 ustar 00root root 0000000 0000000 # fritzconnection library:
#
# The modules in the lib folder are helper modules to access some services
# of the FritzBox. They can also be used as examples on how to write
# applications using fritzconnection.
fritzconnection-1.15.0/fritzconnection/lib/fritzbase.py 0000664 0000000 0000000 00000002716 15012115545 0023350 0 ustar 00root root 0000000 0000000 """
Abstract base class for all library classes.
An internal module providing the `AbstractLibraryBase` class. This is an
abstract class that should not get instantiated but should serve as a
base class for library classes providing a common initialisation.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
from __future__ import annotations
from ..core.fritzconnection import FritzConnection
class AbstractLibraryBase:
"""
Abstract base class for library classes. Implements the common
initialisation. The first argument `fc` can be a FritzConnection
instance. If this argument is given no further arguments are needed.
If the argument `fc` is not given, all other arguments are forwarded
to get a FritzConnection instance. These arguments have the same
meaning as for `FritzConnection.__init__()`. Using positional
arguments is strongly discouraged. Use keyword arguments instead.
"""
def __init__(
self,
fc: FritzConnection | None = None,
*args,
**kwargs
):
if fc is None:
fc = FritzConnection(*args, **kwargs)
self.fc = fc
@property
def modelname(self) -> str:
"""
The device modelname. Every library module derived from
`AbstractLibraryBase` inherits this property.
"""
return self.fc.modelname
fritzconnection-1.15.0/fritzconnection/lib/fritzcall.py 0000664 0000000 0000000 00000017150 15012115545 0023347 0 ustar 00root root 0000000 0000000 """
Module to access lists of recent phone calls: incoming, outgoing and
missed ones.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
from __future__ import annotations
import datetime
from ..core.processor import (
processor,
process_node,
InstanceAttributeFactory,
Storage,
)
from ..core.utils import get_xml_root
from .fritzbase import AbstractLibraryBase
__all__ = ['FritzCall', 'Call']
ALL_CALL_TYPES = 0
RECEIVED_CALL_TYPE = 1
MISSED_CALL_TYPE = 2
OUT_CALL_TYPE = 3
ACTIVE_RECEIVED_CALL_TYPE = 9
REJECTED_CALL_TYPE = 10
ACTIVE_OUT_CALL_TYPE = 11
SERVICE = 'X_AVM-DE_OnTel1'
def datetime_converter(date_string):
if not date_string:
return date_string
return datetime.datetime.strptime(date_string, '%d.%m.%y %H:%M')
def timedelta_converter(duration_string):
if not duration_string:
return duration_string
hours, minutes = [int(part) for part in duration_string.split(':', 1)]
return datetime.timedelta(hours=hours, minutes=minutes)
class FritzCall(AbstractLibraryBase):
"""
Can dial phone numbers and gives access to lists of recent phone
calls: incoming, outgoing and missed ones. All parameters are
optional. If given, they have the following meaning: `fc` is an
instance of FritzConnection, `address` the ip of the Fritz!Box,
`port` the port to connect to, `user` the username, `password` the
password, `timeout` a timeout as floating point number in seconds,
`use_tls` a boolean indicating to use TLS (default False).
"""
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.calls = None # Instance of CallCollection to store Call-instances
def _update_calls(self, num=None, days=None):
result = self.fc.call_action(SERVICE, 'GetCallList')
url = result['NewCallListURL']
if days:
url += f'&days={days}'
elif num:
url += f'&max={num}'
root = get_xml_root(url, session=self.fc.session)
self.calls = CallCollection(root)
def get_calls(
self,
calltype: int = ALL_CALL_TYPES,
update: bool = True,
num: int | None = None,
days: int | None = None
) -> list[Call]:
"""
Return a list of Call instances of type calltypes. If calltype
is 0 all calls are listed. If *update* is True, all calls are
reread from the router. *num* maximum number of entries in call
list. *days* number of days to look back for calls e.g. 1: calls
from today and yesterday, 7: calls from the complete last week.
"""
if not self.calls:
update = True
if update:
self._update_calls(num, days)
if calltype == ALL_CALL_TYPES:
return self.calls.calls
return [call for call in self.calls if call.type == calltype]
def get_received_calls(
self,
update: bool = True,
num: int | None = None,
days: int | None = None
) -> list[Call]:
"""
Return a list of Call instances of received calls. If *update*
is True, all calls are reread from the router. *num*: maximum
number of entries in call list. *days*: number of days to look
back for calls e.g. 1: calls from today and yesterday, 7: calls
from the complete last week.
"""
return self.get_calls(RECEIVED_CALL_TYPE, update, num, days)
def get_missed_calls(
self,
update: bool = True,
num: int | None = None,
days: int | None = None
) -> list[Call]:
"""
Return a list of Call instances of missed calls. If *update* is
True, all calls are reread from the router. *num* maximum number
of entries in call list. *days* number of days to look back for
calls e.g. 1: calls from today and yesterday, 7: calls from the
complete last week.
"""
return self.get_calls(MISSED_CALL_TYPE, update, num, days)
def get_out_calls(
self,
update: bool = True,
num: int | None = None,
days: int | None = None
) -> list[Call]:
"""
Return a list of Call instances of outgoing calls. If *update*
is True, all calls are reread from the router. *num* maximum
number of entries in call list. *days* number of days to look
back for calls e.g. 1: calls from today and yesterday, 7: calls
from the complete last week.
"""
return self.get_calls(OUT_CALL_TYPE, update, num, days)
def dial(self, number: str) -> None:
"""
Dials the given *number* (number must be a string, as phone
numbers are allowed to start with leading zeros). This method
has no return value, but will raise an error reported from the
Fritz!Box on failure. **Note:** The dial-help of the Fritz!Box
must be activated to make this work.
"""
arg = {'NewX_AVM-DE_PhoneNumber': number}
self.fc.call_action('X_VoIP1', 'X_AVM-DE_DialNumber', arguments=arg)
def hangup(self) -> None:
"""
Terminates the dialling process initiated by the dial function.
"""
self.fc.call_action('X_VoIP1', 'X_AVM-DE_DialHangup')
class AttributeConverter:
"""
Data descriptor returning converted attribute values.
"""
def __init__(self, attribute_name, converter=str):
self.attribute_name = attribute_name
self.converter = converter
def __set__(self, obj, value):
return NotImplemented
def __get__(self, obj, objtype):
attr = getattr(obj, self.attribute_name)
try:
attr = self.converter(attr)
except (TypeError, ValueError):
pass
return attr
@processor
class Call:
"""
Represents a call with the attributes provided by AVM. Instance
attributes are *Id*, *Type*, *Called*, *Caller*, *CallerNumber*,
*CalledNumber*, *Name*, *Device*, *Port*, *Date*, *Duration*,
*Count* and *Path* which can be set in case of an optional phone
message. The spelling represents the original xml-node names.
Additionally, the following attributes can be accessed by lowercase
names: *id* returning the Id as integer, *type* returning the Type
as integer, *date* returning the Date as datetime-instance,
*duration* returning the Duration as timedelta-instance.
"""
id = AttributeConverter('Id', int)
type = AttributeConverter('Type', int)
date = AttributeConverter('Date', datetime_converter)
duration = AttributeConverter('Duration', timedelta_converter)
def __init__(self):
self.Id = None
self.Type = None
self.Called = None
self.Caller = None
self.CallerNumber = None
self.CalledNumber = None
self.Name = None
self.Device = None
self.Port = None
self.Date = None
self.Duration = None
self.Count = None
self.Path = None
def __str__(self):
number = self.Called if self.type == 3 else self.Caller
duration = self.Duration if self.type != 2 else "-"
if not number:
number = "-"
return f'{self.Type:>6} {number:24}{self.Date:>18}{duration:>12}'
class CallCollection(Storage):
"""
Container for a sequence of Call instances.
"""
Call = InstanceAttributeFactory(Call)
def __init__(self, root):
self.timestamp = None
self.calls = list()
super().__init__(self.calls)
process_node(self, root)
def __iter__(self):
return iter(self.calls)
fritzconnection-1.15.0/fritzconnection/lib/fritzhomeauto.py 0000664 0000000 0000000 00000033002 15012115545 0024247 0 ustar 00root root 0000000 0000000 """
Module to access home-automation devices by the TR-064 and the
AHA-HTTP-Interface.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
from __future__ import annotations
import datetime
import itertools
from warnings import warn
from xml.etree import ElementTree as etree
from .fritzbase import AbstractLibraryBase
# tr-064 homeautomation service
SERVICE = 'X_AVM-DE_Homeauto1'
# Constants describing the possible capabilities of a device.
# Values are bit positions in the AVM-FunctionBitMask:
HAN_FUN_UNIT_1 = 0
UNKNOWN_1= 1
LIGHT_BULB = 2
UNKNOWN_2 = 3
ALARM_SENSOR = 4
AVM_BUTTON = 5
RADIATOR_CONTROL = 6
ENERGY_SENSOR = 7
TEMPERATURE_SENSOR = 8
PLUGGABLE = 9
AVM_DECT_REPEATER = 10
MICROPHONE = 11
UNKNOWN_3 = 12
HAN_FUN_UNIT_2 = 13
UNKNOWN_4 = 14
SWITCHABLE = 15
ADJUSTABLE = 16
COLOR_BULB = 17
BLIND = 18
UNKNOWN_5 = 19
HUMIDITY_SENSOR = 20
# offset for removing the prefix "New" from the tr-064 avm-keys
KEY_OFFSET = len("New")
class FritzHomeAutomation(AbstractLibraryBase):
"""
Interface for fritzbox homeauto service. All parameters are
optional. If given, they have the following meaning: `fc` is an
instance of FritzConnection, `address` the ip of the Fritz!Box,
`port` the port to connect to, `user` the username, `password` the
password, `timeout` a timeout as floating point number in seconds,
`use_tls` a boolean indicating to use TLS (default False).
"""
def _action(self, actionname, *, arguments=None, **kwargs):
if arguments is None:
arguments = kwargs
return self.fc.call_action(SERVICE, actionname, arguments=arguments)
@property
def get_info(self) -> dict:
"""
Return a dictionary with a single key-value pair:
'NewAllowedCharsAIN': string with all allowed chars for state
variable AIN
"""
return self._action('GetInfo')
def get_device_information_by_index(
self,
index: int
) -> dict:
"""
Return a dictionary with all device arguments according to the
AVM documentation (x_homeauto) at the given internal index.
Raise a FritzArrayIndexError (subclass of IndexError) on invalid
index values.
"""
return self._action('GetGenericDeviceInfos', NewIndex=index)
def get_device_information_by_identifier(
self,
identifier: str
) -> dict:
"""
Returns a dictionary with all device arguments according to the
AVM documentation (x_homeauto) with the given identifier (AIN).
Raise an FritzArgumentError on invalid identifier.
"""
return self._action('GetSpecificDeviceInfos', NewAIN=identifier)
def device_information(self) -> list[dict]:
"""
.. deprecated:: 1.12.0
Use :func:`get_device_information_list` instead.
"""
warn('This method is deprecated. Use "get_device_information_list" instead.', DeprecationWarning)
return self.get_device_information_list()
def get_device_information_list(self) -> list[dict]:
"""
Returns a list of dictionaries for all known homeauto-devices.
"""
info = list()
for n in itertools.count():
try:
device_information = self.get_device_information_by_index(n)
except IndexError:
break
info.append(device_information)
return info
def get_homeautomation_device(
self,
identifier: str | None = None,
index: int | None = None
) -> HomeAutomationDevice | None:
"""
Returns a HomeAutomationDevice instance. The device can be
identified by the `identifier` (ain) or the `index` in the
internal router device list. If both arguments are given,
`identifier` takes preference. If neither `identifier` nor
`index` are given `None` gets returned.
"""
if identifier:
information = self.get_device_information_by_identifier(identifier)
elif index:
information = self.get_device_information_by_index(index)
else:
return None
return HomeAutomationDevice(self, information, identifier)
def get_homeautomation_devices(self) -> list[HomeAutomationDevice]:
"""
Returns a list with HomeAutomationDevice instances of all known
home-automation devices. The list is ordered in the way the
router provided the data.
"""
return [
HomeAutomationDevice(self, information) for information
in self.get_device_information_list()
]
def set_switch(self, identifier: str, on: bool = True) -> None:
"""
Sets a switch state on devices providing a switch state.
'identifier' must be the AIN of the device. 'on' is a boolean
whether the switch should be on (True) or off (False).
This method has no return value.
Raise a FritzArgumentError on invalid identifier.
"""
arguments = {
'NewAIN': identifier,
'NewSwitchState': 'ON' if on else 'OFF'
}
self._action('SetSwitch', arguments=arguments)
class HomeAutomationDevice:
"""
Represents a device for homeautomation.
`fh` is a FritzHomeAutomation instance. `device_information` is a
dictionary like the ones returned from FritzHomeAutomation methods
'get_device_information_by_index()',
'get_device_information_by_identifier()' or an item from the list of
dictionaries returned from 'get_device_information_list()'. This
dictionary returned from the
'get_device_information_by_identifier()' has no 'NewAIN' entry. In
this case the argument `identifier` must be provided with the
missing 'ain'. If both `identifier` is provided and
`device_information` has a 'NewAIN' entry the latter takes
preference.
Instances will have the folloing dynamic created attributes:
AIN
DeviceId
FunctionBitMask
FirmwareVersion
Manufacturer
ProductName
DeviceName
Present
MultimeterIsEnabled
MultimeterIsValid
MultimeterPower
MultimeterEnergy
TemperatureIsEnabled
TemperatureIsValid
TemperatureCelsius
TemperatureOffset
SwitchIsEnabled
SwitchIsValid
SwitchState
SwitchMode
SwitchLock
HkrIsEnabled
HkrIsValid
HkrIsTemperature
HkrSetVentilStatus
HkrSetTemperature
HkrReduceVentilStatus
HkrReduceTemperature
HkrComfortVentilStatus
HkrComfortTemperature
Depending on the device not all attributes will have a meaning.
"""
def __init__(
self,
fh: FritzHomeAutomation,
device_information: dict,
identifier: str | None = None
):
self.fh = fh
self.AIN = identifier
self._extraxt_device_information_as_attributes(device_information)
def __repr__(self):
"""
Provide some basic information about the device.
"""
return f"ain: {self.AIN}, {self.Manufacturer} - {self.ProductName}"
def _extraxt_device_information_as_attributes(self, device_information):
"""
Takes the device_information, which is a dictionary returned
from a call like
'FritzHomeAutomation.get_device_information_by_index()' and
updates the instance-attributes with the key-value pairs of this
dictionary. The key-names are changed by stripping the prefix
'New'. All keys updated by this automatic process are in
MixedCase style - as provided from the router - while all other
attributes are snake_case.
"""
for key, value in device_information.items():
self.__dict__[key[KEY_OFFSET:]] = value
def _bitmatch(self, value: int) -> bool:
"""
Returns a boolean whether the `value` bit is set in
`self.FunctionBitMask`.
"""
feature_bit = 1 << value
return feature_bit & self.FunctionBitMask == feature_bit # type: ignore
def call_http(self, command: str, **kwargs) -> dict[str, str]:
"""
Shortcut to access the http-interface of the router.
Used to send a `command` with the given keyword-arguments to
_this_ device. Raises a FritzHttpInterfaceError if the device
does not support the command or arguments. On missing rights a
FritzAuthorizationError is raised.
"""
return self.fh.fc.call_http(command, self.identifier, **kwargs)
@property
def identifier(self) -> str:
return self.AIN # type: ignore
@property
def is_han_fun_unit(self) -> bool:
return self._bitmatch(HAN_FUN_UNIT_1) or self._bitmatch(HAN_FUN_UNIT_2)
@property
def is_bulb(self) -> bool:
return self._bitmatch(LIGHT_BULB)
@property
def is_alarm_sensor(self) -> bool:
return self._bitmatch(ALARM_SENSOR)
@property
def is_avm_button(self) -> bool:
return self._bitmatch(AVM_BUTTON)
@property
def is_radiator_control(self) -> bool:
return self._bitmatch(RADIATOR_CONTROL)
@property
def is_energy_sensor(self) -> bool:
return self._bitmatch(ENERGY_SENSOR)
@property
def is_temperature_sensor(self) -> bool:
return self._bitmatch(TEMPERATURE_SENSOR)
@property
def is_pluggable(self) -> bool:
return self._bitmatch(PLUGGABLE)
@property
def is_avm_dect_repeater(self) -> bool:
return self._bitmatch(AVM_DECT_REPEATER)
@property
def is_microphone(self) -> bool:
return self._bitmatch(MICROPHONE)
@property
def is_switchable(self) -> bool:
return self._bitmatch(SWITCHABLE)
@property
def is_adjustable(self) -> bool:
return self._bitmatch(ADJUSTABLE)
@property
def is_color_bulb(self) -> bool:
return self._bitmatch(COLOR_BULB)
@property
def is_blind(self) -> bool:
return self._bitmatch(BLIND)
@property
def is_humidity_sensor(self) -> bool:
return self._bitmatch(HUMIDITY_SENSOR)
def update_device_information(self) -> None:
"""
Triggers the router to update the device dependent
instance-attributes.
"""
self._extraxt_device_information_as_attributes(
self.fh.get_device_information_by_identifier(self.identifier)
)
def get_basic_device_stats(self) -> dict:
"""
Returns a dictionary of device statistics. The content depends on
the actors supported by a device. The keys can be:
key: on actor:
temperature temperature sensor
humidity humidity sensor
voltage energy sensor
power energy sensor
energy energy sensor
The corresponding values are also dictionaries having a common
structure:
key: value:
count int: number of data points
grid int: time resolution in seconds
datatime datetime: timestamp of last data update
data list of data points (integers)
The application can inspect the keys or use the properties like
`is_energy_sensor` to check for actors provided by the device.
If the usecase is just about the actors and not the data, the
properties are much(!) faster.
"""
response = self.call_http("getbasicdevicestats")
return self.extract_basicdevicestats_response(response)
@staticmethod
def extract_basicdevicestats_response(response: dict) -> dict:
"""
Converts the xml `response` and returns a dictionary with a
datastructure described in the method `get_basic_device_stats()`
"""
# implemented separately for testing.
# 'stats' and 'datatime' are defined in the AVM xml-protocol
# some types are dynamic therefore some 'type: ignore'.
elements = {}
content = response['content']
root = etree.fromstring(content)
for element in root:
content = {}
stats: etree.Element | None = element.find("stats")
if stats is None:
continue
for key, value in stats.attrib.items():
value = int(value) # type: ignore
if key == "datatime":
value = datetime.datetime.fromtimestamp(value) # type: ignore
content[key] = value
# convert the csv-list of returned values from text to int.
# on missing data dashes (-) may get returned.
# this get catched and missing data are represented as `None`.
content["data"] = []
for item in stats.text.split(","): # type: ignore
try:
value = int(item) # type: ignore
except ValueError:
value = None # type: ignore
content["data"].append(value)
elements[element.tag] = content
return elements
def get_switch_state(self) -> bool:
"""
Returns a boolean indicating whether a switchable device is set
to on (True) or off (False).
"""
self.update_device_information()
return self.SwitchState.lower() == 'on' # type: ignore
def set_switch(self, on: bool = True) -> None:
"""
Set a switchable device to 'on' (True) or 'off' (False).
"""
self.fh.set_switch(self.identifier, on)
fritzconnection-1.15.0/fritzconnection/lib/fritzhosts.py 0000664 0000000 0000000 00000020261 15012115545 0023571 0 ustar 00root root 0000000 0000000 """
Module to access and control the known hosts.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Klaus Bremer
from __future__ import annotations
import itertools
try:
from typing import Generator
except ImportError:
from collections.abc import Generator
from ..core.exceptions import (
FritzActionError,
FritzArgumentError,
FritzLookUpError,
)
from ..core.processor import HostStorage
from ..core.utils import get_xml_root
from .fritzbase import AbstractLibraryBase
SERVICE = "Hosts1"
class FritzHosts(AbstractLibraryBase):
"""
Class to access the registered hosts. All parameters are optional. If
given, they have the following meaning: `fc` is an instance of
FritzConnection, `address` the ip of the Fritz!Box, `port` the port
to connect to, `user` the username, `password` the password,
`timeout` a timeout as floating point number in seconds, `use_tls` a
boolean indicating to use TLS (default False).
"""
def _action(self, actionname, *, arguments=None, **kwargs):
return self.fc.call_action(SERVICE, actionname, arguments=arguments, **kwargs)
@property
def host_numbers(self) -> int:
"""The number of known hosts."""
result = self._action("GetHostNumberOfEntries")
return result["NewHostNumberOfEntries"]
def get_generic_host_entry(self, index: int) -> dict:
"""
Returns a dictionary with information about a device internally
registered by the position *index*. Index-positions are
zero-based.
"""
return self._action("GetGenericHostEntry", NewIndex=index)
def get_generic_host_entries(self) -> Generator[dict, None, None]:
"""
Generator returning a dictionary for every host as provided by
`get_generic_host_entry()`. (See also `get_hosts_info()` that
returns a list of dictionaries with different key-names.)
"""
for index in itertools.count():
try:
yield self.get_generic_host_entry(index)
except IndexError:
break
def get_specific_host_entry(self, mac_address: str) -> dict:
"""
Returns a dictionary with information about a device addressed
by the MAC-address.
"""
return self._action("GetSpecificHostEntry", NewMACAddress=mac_address)
def get_specific_host_entry_by_ip(self, ip: str) -> dict:
"""
Returns a dictionary with information about a device addressed
by the ip-address. Provides additional information about
connection speed and system-updates for AVM devices.
"""
return self._action("X_AVM-DE_GetSpecificHostEntryByIP", NewIPAddress=ip)
def get_host_status(self, mac_address: str) -> bool | None:
"""
Provides status information about the device with the given
`mac_address`. Returns `True` if the device is active or `False`
otherwise. Returns `None` if the device is not known or the
`mac_address` is invalid.
"""
try:
result = self.get_specific_host_entry(mac_address)
except (FritzArgumentError, FritzLookUpError):
return None
return result["NewActive"]
def get_active_hosts(self) -> list[dict]:
"""
Returns a list of dicts with information about the active
devices. The dict-keys are: 'ip', 'name', 'mac', 'status',
'interface_type', 'address_source', 'lease_time_remaining'
"""
return [host for host in self.get_hosts_info() if host["status"]]
def get_hosts_info(self) -> list[dict]:
"""
Returns a list of dicts with information about the known hosts.
The dict-keys are: 'ip', 'name', 'mac', 'status',
'interface_type', 'address_source', 'lease_time_remaining'.
"""
result = []
for index in itertools.count():
try:
host = self.get_generic_host_entry(index)
except IndexError:
# no more host entries:
break
result.append(
{
"ip": host["NewIPAddress"],
"name": host["NewHostName"],
"mac": host["NewMACAddress"],
"status": host["NewActive"],
"interface_type": host["NewInterfaceType"],
"address_source": host["NewAddressSource"],
"lease_time_remaining": host["NewLeaseTimeRemaining"],
}
)
return result
def get_mesh_topology(self, raw=False) -> dict | str:
"""
Returns information about the mesh network topology. If `raw` is
`False` the topology gets returned as a dictionary with a list
of nodes. If `raw` is `True` the data are returned as text in
json format. Default is `False`.
"""
result = self._action("X_AVM-DE_GetMeshListPath")
path = result["NewX_AVM-DE_MeshListPath"]
url = f"{self.fc.address}:{self.fc.port}{path}"
with self.fc.session.get(url) as response:
if not response.ok:
message = f"Error {response.status_code}: Device has no access to topology information."
raise FritzActionError(message)
return response.text if raw else response.json()
def get_wakeonlan_status(self, mac_address: str) -> bool:
"""
Returns a boolean whether wake on LAN signal gets send to the
device with the given `mac_address` in case of a remote access.
"""
info = self._action(
"X_AVM-DE_GetAutoWakeOnLANByMACAddress", NewMACAddress=mac_address
)
return info["NewAutoWOLEnabled"]
def set_wakeonlan_status(self, mac_address: str, status: bool = False) -> None:
"""
Sets whether a wake on LAN signal should get send send to the
device with the given `mac_address` in case of a remote access.
`status` is a boolean, default value is `False`. This method has
no return value.
"""
args = {
"NewMACAddress": mac_address,
"NewAutoWOLEnabled": status,
}
self._action("X_AVM-DE_SetAutoWakeOnLANByMACAddress", arguments=args)
def set_host_name(self, mac_address: str, name: str) -> None:
"""
Sets the hostname of the device with the given `mac_address` to
the new `name`.
"""
args = {
"NewMACAddress": mac_address,
"NewHostName": name,
}
self._action("X_AVM-DE_SetHostNameByMACAddress", arguments=args)
def get_host_name(self, mac_address: str) -> str:
"""
Returns a String with the host_name of the device with the given
mac_address
"""
return self.get_specific_host_entry(mac_address)["NewHostName"]
def run_host_update(self, mac_address: str) -> None:
"""
Triggers the host with the given `mac_address` to run a system
update. The method returns immediately, but for the device it
takes some time to do the OS update. All vendor warnings about running a
system update apply, like not turning power off during a system
update. So run this command with caution.
"""
self._action("X_AVM-DE_HostDoUpdate", NewMACAddress=mac_address)
def get_hosts_attributes(self) -> list[dict]:
"""
Returns a list of dictionaries with information about all hosts.
This differs from `get_hosts_info` as the information origins
from a different FritzOS call: the information about the current
host stats is provided by a Lua script returning an xml-stream.
`get_hosts_attributes` triggers the Lua script and converts the
returned data in a list of dictionaries describing the known
hosts.
.. versionadded:: 1.10
"""
result = self._action("X_AVM-DE_GetHostListPath")
path = result["NewX_AVM-DE_HostListPath"]
url = f"{self.fc.address}:{self.fc.port}{path}"
storage = HostStorage(get_xml_root(source=url, session=self.fc.session))
return storage.hosts_attributes
fritzconnection-1.15.0/fritzconnection/lib/fritzphonebook.py 0000664 0000000 0000000 00000014643 15012115545 0024424 0 ustar 00root root 0000000 0000000 """
Module for read-only access to the contents of the Fritz!Box phonebooks.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Authors: Klaus Bremer, David M. Straub
from __future__ import annotations
from warnings import warn
from ..core.processor import (
processor,
process_node,
InstanceAttributeFactory,
Storage,
ValueSequencer,
)
from ..core.utils import get_xml_root
from .fritzbase import AbstractLibraryBase
__all__ = ['FritzPhonebook']
SERVICE = 'X_AVM-DE_OnTel1'
class FritzPhonebook(AbstractLibraryBase):
"""
Interface to access the Fritz!Box phonebooks. All parameters are
optional. If given, they have the following meaning: `fc` is an
instance of FritzConnection, `address` the ip of the Fritz!Box,
`port` the port to connect to, `user` the username, `password` the
password, `timeout` a timeout as floating point number in seconds,
`use_tls` a boolean indicating to use TLS (default False).
"""
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.phonebook = None
def _action(self, actionname, **kwargs):
return self.fc.call_action(SERVICE, actionname, **kwargs)
@property
def phonebook_ids(self) -> list[int]:
"""
List of integers identifying the phonebooks. This property is
defined as `phonebook_ids` and as `list_phonebooks` for backward
compatibility. The property `list_phonebooks` is deprecated and
may get removed in the future.
"""
result = self._action('GetPhonebookList')
try:
res = result['NewPhonebookList'].split(',')
res = [int(x) for x in res]
except KeyError:
return []
return res
# legathy api name for backward compatibility
def list_phonebooks(self) -> list[int]:
"""
.. deprecated:: 1.13.0
Use :func:`phonebook_ids` instead.
"""
warn('This method is deprecated. Use "phonebook_ids" instead.', DeprecationWarning)
return self.phonebook_ids
def phonebook_info(self, id: int) -> dict:
"""
Get the `name`, `url` and an optional `extra id` of the
phonebook with integer `id`. Returns a dictionary with the keys
`name`, `url` and `xid`.
"""
result = self._action('GetPhonebook', NewPhonebookId=id)
return {
'name': result.get('NewPhonebookName'),
'url': result.get('NewPhonebookURL'),
'xid': result.get('NewPhonebookExtraID')
}
def get_all_name_numbers(self, id: int) -> list[tuple]:
"""
Returns all entries from the phonebook with the given id as a
list of tuples. The first item of every tuple is the contact
name and the second item is the list of numbers for this
contact.
"""
url = self.phonebook_info(id)['url']
self._read_phonebook(url)
return [
(contact.name, contact.numbers)
for contact in self.phonebook.contacts
]
def get_all_names(self, id: int) -> dict:
"""
Get a dictionary with all names and their phone numbers for the
phonebook with `id`. If a name is given more than once in a
single phonebook, the last entry will overwrite the previous
entries. (That's because the names are the keys in the
dictionary returned from this method. In this case use the
method 'get_all_name_numbers()' to get all entries as a list of
tuples.)
"""
return {name: number for name, number in self.get_all_name_numbers(id)}
def get_all_numbers(self, id: int) -> dict:
"""
Get a dictionary with all phone numbers and the according names
for the phonebook with `id`. This method is based on the method
'get_all_names()' and has the same limitations.
"""
reverse_contacts = dict()
for name, numbers in self.get_all_names(id).items():
for number in numbers:
reverse_contacts[number] = name
return reverse_contacts
def lookup_numbers(self, id: int, name: str) -> list[str]:
"""
Look up the phone numbers of contact `name` in the phonebook
with `id`. Returns a list of numbers. Will raise a KeyError if
the name is unknown.
"""
return self.get_all_names(id)[name]
def lookup_names(self, id: int, number: str) -> str:
"""
Look up the names of the contacts with phone number `number` in
the phonebook with `id`. Will raise a KeyError if the number is
unknown.
"""
return self.get_all_numbers(id)[number]
def _read_phonebook(self, url):
"""
Read the content of the phonebook with the given `url`. This
method sets the phone book instance attribute and has no return
value.
"""
root = get_xml_root(url, session=self.fc.session)
self.phonebook = Phonebook()
process_node(self, root)
@processor
class Services:
"""
Services container. So far just for an associated email-address.
"""
def __init__(self):
self.email = None
@processor
class Person:
"""
Data storage for a contact name and an image.
"""
def __init__(self):
self.realName = None
self.imageURL = None
@processor
class Telephony:
"""
Data storage for the phone numbers of the contact and services.
"""
number = ValueSequencer('numbers')
def __init__(self):
self.numbers = list()
self.services = Services()
@processor
class Contact:
"""
Represents a contact with `category`- and `uniqueid`-attributes as
well as `person`- and telephony-sub-nodes.
"""
def __init__(self):
self.category = None
self.uniqueid = None
self.person = Person()
self.telephony = Telephony()
@property
def name(self):
return self.person.realName
@property
def numbers(self):
return self.telephony.numbers
@processor
class Phonebook(Storage):
"""
Represents a phonebook with a timestamp indicating the last
modification and a list of Contact instances.
"""
contact = InstanceAttributeFactory(Contact)
def __init__(self):
self.timestamp = None
self.contacts = list()
super().__init__(self.contacts)
fritzconnection-1.15.0/fritzconnection/lib/fritzstatus.py 0000664 0000000 0000000 00000037017 15012115545 0023763 0 ustar 00root root 0000000 0000000 """
Module to read status-information from an AVM FritzBox.
"""
from __future__ import annotations
import datetime
from collections import namedtuple
from fritzconnection.core.processor import (
Storage,
InstanceAttributeFactory,
processor,
process_node,
)
from fritzconnection.core.utils import get_xml_root
from .fritzbase import AbstractLibraryBase
from .fritztools import (
ArgumentNamespace,
format_dB,
format_num,
format_rate,
)
DefaultConnectionService = namedtuple(
"DefaultConnectionService", "prefix connection_service postfix"
)
def _integer_or_original(value):
"""
Tries to convert value to an integer. Returns this integer on
success, otherwise returns the original value.
"""
try:
return int(value)
except ValueError:
return value
@processor
class Event:
"""
Represents an AVM DeviceLog entry with the subnodes given as
class-attributes. The default types are strings as extracted from
the xml-source.
"""
id = None
group = None
date = None
time = None
msg = None
@property
def datetime(self):
return datetime.datetime.strptime(f"{self.date}{self.time}", "%d.%m.%y%H:%M:%S")
class DeviceLog(Storage):
"""
The AVM DeviceLog is a list of Event-nodes stored in the `events`
instance attribute. But instances of DeviceLog are also iterables
for the events.
"""
Event = InstanceAttributeFactory(Event)
def __init__(self, root):
self.events = list()
super().__init__(self.events)
process_node(self, root)
def __iter__(self):
for event in self.events:
yield event
class FritzStatus(AbstractLibraryBase):
"""
Class for requesting status-information: up, down, ip, activity
(bytes per second send/received). All parameters are optional. If
given, they have the following meaning: `fc` is an instance of
FritzConnection, `address` the ip of the Fritz!Box, `port` the port
to connect to, `user` the username, `password` the password,
`timeout` a timeout as floating point number in seconds, `use_tls` a
boolean indicating to use TLS (default False).
"""
@property
def is_linked(self) -> bool:
"""
A boolean whether the FritzBox is physically linked to
the provider.
"""
status = self.fc.call_action("WANCommonIFC", "GetCommonLinkProperties")
return status["NewPhysicalLinkStatus"] == "Up"
@property
def is_connected(self) -> bool:
"""
A boolean whether the FritzBox has established an
internet-connection.
"""
status = self.fc.call_action("WANIPConn", "GetStatusInfo")
return status["NewConnectionStatus"] == "Connected"
@property
def external_ip(self) -> str:
"""The external v4 ip-address."""
return self.fc.call_action("WANIPConn", "GetExternalIPAddress")[
"NewExternalIPAddress"
]
@property
def external_ipv6(self) -> str:
"""The external v6 ip-address."""
return self.external_ipv6_info["NewExternalIPv6Address"]
@property
def external_ipv6_info(self) -> dict:
"""
Returns the ipv6 external address information as a dictionary with the keys:
NewExternalIPv6Address out -> string
NewPrefixLength out -> ui1
NewValidLifetime out -> ui4
NewPreferedLifetime out -> ui4
"""
return self.fc.call_action("WANIPConn", "X_AVM_DE_GetExternalIPv6Address")
@property
def ipv6_prefix(self):
"""The internal v6 prefix."""
return self.ipv6_prefix_info["NewIPv6Prefix"]
@property
def ipv6_prefix_info(self) -> dict:
"""
Returns the ipv6 prefix information as a dictionary with the keys:
NewIPv6Prefix out -> string
NewPrefixLength out -> ui1
NewValidLifetime out -> ui4
NewPreferedLifetime out -> ui4
"""
return self.fc.call_action("WANIPConn", "X_AVM_DE_GetIPv6Prefix")
@property
def connection_uptime(self) -> int:
"""Connection uptime in seconds."""
status = self.fc.call_action("WANIPConn", "GetStatusInfo")
return status["NewUptime"]
@property
def device_uptime(self) -> int:
"""Device uptime in seconds."""
status = self.fc.call_action("DeviceInfo1", "GetInfo")
return status["NewUpTime"]
@property
def str_uptime(self) -> str:
"""Connection uptime in human-readable format."""
mins, secs = divmod(self.connection_uptime, 60)
hours, mins = divmod(mins, 60)
return "%02d:%02d:%02d" % (hours, mins, secs)
@property
def bytes_sent(self) -> int | str:
"""
Total number of sent bytes. Returns an integer or, in case of
failure, the original value which would be a string.
"""
try:
status = self.fc.call_action("WANCommonIFC1", "GetAddonInfos")
value = status["NewX_AVM_DE_TotalBytesSent64"]
except KeyError:
# fallback for older FritzOS Versions not providing a 64 bit value:
status = self.fc.call_action("WANCommonIFC1", "GetTotalBytesSent")
value = status["NewTotalBytesSent"]
return _integer_or_original(value)
@property
def bytes_received(self) -> int | str:
"""
Total number of received bytes. Returns an integer or, in case of
failure, the original value which would be a string.
"""
try:
status = self.fc.call_action("WANCommonIFC1", "GetAddonInfos")
value = status["NewX_AVM_DE_TotalBytesReceived64"]
except KeyError:
# fallback for older FritzOS Versions not providing a 64 bit value:
status = self.fc.call_action("WANCommonIFC1", "GetTotalBytesReceived")
value = status["NewTotalBytesReceived"]
return _integer_or_original(value)
@property
def transmission_rate(self) -> tuple[int, int]:
"""
The upstream and downstream values as a tuple in bytes per
second. Use this for periodical calling.
"""
status = self.fc.call_action("WANCommonIFC1", "GetAddonInfos")
upstream = status["NewByteSendRate"]
downstream = status["NewByteReceiveRate"]
return upstream, downstream
@property
def str_transmission_rate(self) -> tuple[str, str]:
"""
Tuple of human-readable transmission rate in bytes. First item
is upstream, second item downstream.
"""
upstream, downstream = self.transmission_rate
return format_num(upstream), format_num(downstream)
@property
def max_linked_bit_rate(self) -> tuple[int, int]:
"""
Tuple with the maximum upstream- and downstream-rate
of the physical link. The rate is given in bits/sec.
"""
return self._get_max_bit_rate("WANCommonInterfaceConfig")
@property
def max_bit_rate(self) -> tuple[int, int]:
"""
Tuple with the maximum upstream- and downstream-rate
of the given connection. The rate is given in bits/sec.
"""
return self._get_max_bit_rate("WANCommonIFC")
def _get_max_bit_rate(self, servicename: str) -> tuple[int, int]:
"""
internal method to get the upstream and downstream-rates for
different services of the WANCommonInterfaceConfig1 ServiceType.
"""
status = self.fc.call_action(servicename, "GetCommonLinkProperties")
downstream = status["NewLayer1DownstreamMaxBitRate"]
upstream = status["NewLayer1UpstreamMaxBitRate"]
return upstream, downstream
@property
def max_byte_rate(self) -> tuple[float, float]:
"""
Same as max_bit_rate but rate is given in bytes/sec.
"""
upstream, downstream = self.max_bit_rate
return upstream / 8.0, downstream / 8.0
@property
def str_max_linked_bit_rate(self) -> tuple[str, str]:
"""
Human-readable maximum of the physical upstream- and
downstream-rate in bits/sec. Value is a tuple, first item is
upstream, second item is downstream.
"""
upstream, downstream = self.max_linked_bit_rate
return (
format_rate(upstream, unit="bits"),
format_rate(downstream, unit="bits"),
)
@property
def str_max_bit_rate(self) -> tuple[str, str]:
"""
Human-readable maximum of the upstream- and downstream-rate in
bits/sec, as given by the provider. Value is a tuple, first item
is upstream, second item is downstream.
"""
upstream, downstream = self.max_bit_rate
return (
format_rate(upstream, unit="bits"),
format_rate(downstream, unit="bits"),
)
def get_monitor_data(self, sync_group_index=0) -> dict:
"""
Returns a dictionary with realtime data about the current up-
and downstream rates.
"""
monitor_data = self.fc.call_action(
"WANCommonInterfaceConfig1",
"X_AVM-DE_GetOnlineMonitor",
NewSyncGroupIndex=sync_group_index,
)
for key, value in monitor_data.items():
if isinstance(value, str) and "," in value:
try:
items = [int(v) for v in value.split(",")]
except (AttributeError, ValueError):
# ignore and keep value as is:
pass
else:
monitor_data[key] = items # type: ignore
return monitor_data
def reconnect(self) -> None:
"""Makes a reconnection with a new external ip."""
self.fc.reconnect()
@property
def noise_margin(self) -> tuple[int, int]:
"""
Tuple of noise margin. First item
is upstream, second item downstream.
"""
status = self.fc.call_action("WANDSLInterfaceConfig1", "GetInfo")
upstream = status["NewUpstreamNoiseMargin"]
downstream = status["NewDownstreamNoiseMargin"]
return upstream, downstream
@property
def str_noise_margin(self) -> tuple[str, str]:
"""
Human-readable noise margin in dB. Value is a tuple, first item
is upstream, second item downstream.
"""
upstream, downstream = self.noise_margin
return format_dB(upstream), format_dB(downstream)
@property
def attenuation(self) -> tuple[int, int]:
"""
Tuple of attenuation. First item
is upstream, second item downstream.
"""
status = self.fc.call_action("WANDSLInterfaceConfig1", "GetInfo")
upstream = status["NewUpstreamAttenuation"]
downstream = status["NewDownstreamAttenuation"]
return upstream, downstream
@property
def str_attenuation(self) -> tuple[str, str]:
"""
Human-readable attenuation in dB. Value is a tuple, first item
is upstream, second item downstream.
"""
upstream, downstream = self.attenuation
return format_dB(upstream), format_dB(downstream)
@property
def upnp_enabled(self) -> bool:
"""
Returns a boolean whether upnp is enabled or raises a
FritzServiceError in case the service is not available.
"""
status = self.fc.call_action("X_AVM-DE_UPnP1", "GetInfo")
return status["NewEnable"]
@property
def device_has_mesh_support(self) -> bool:
"""
True if the device supports mesh, otherwise False.
"""
# check for the corresponding action
# whether mesh is supported
try:
return "X_AVM-DE_GetMeshListPath" in self.fc.services["Hosts1"].actions
except KeyError:
# can happen if "Hosts1" is not known
return False
def get_device_info(self) -> ArgumentNamespace:
"""
Returns an ArgumentNamespace with the attributes:
manufacturer_name, manufacturer_oui, model_name, description,
product_class, serial_number, software_version, hardware_version,
spec_version, provisioning_code, up_time, device_log
.. versionadded:: 1.10
"""
return ArgumentNamespace(self.fc.call_action("DeviceInfo1", "GetInfo"))
def get_avm_device_log(self, filter: str | None = None) -> DeviceLog:
"""
The avm device log is a list of events with the attributes `id`,
`group`, `date`, `time` and `msg` holding information like "DSL
synchronization starting (training)" and other system messages.
The Method returns a DeviceLog instance holding a list of Event
instances. The DeviceLog instance is an iterable and can be
used on a FritzStatus instance like:
>>> device_log = fritzstatus.get_avm_device_log()
>>> for event in device_log:
>>> print(event.datetime, event.msg)
The returned events can be filtered by groups like 'sys', 'net',
'fon', 'wlan' or 'usb'. To filter by a group provide the
group-name as filter-argument.
"""
result = self.fc.call_action("DeviceInfo1", "X_AVM-DE_GetDeviceLogPath")
path = result["NewDeviceLogPath"]
if filter:
path = f"{path}&filter={filter}"
url = f"{self.fc.address}:{self.fc.port}{path}"
root_node = get_xml_root(url, session=self.fc.session)
return DeviceLog(root_node)
def get_cpu_temperatures(self) -> list[int]:
"""
Returns a list of the last measured cpu-temperatures (Celsius).
The most recent entry is the first one in the list.
NOTE: this function call is experimental as it is based on a
non-public API.
"""
url = f"{self.fc.http_interface.router_url}/query.lua"
payload = {"CPUTEMP": "cpu:status/StatTemperature"}
response = self.fc.http_interface.call_url(url, payload)
return list(map(int, response.json()["CPUTEMP"].split(",")))
def get_default_connection_service(self) -> DefaultConnectionService:
"""
Returns a namedtuple of type DefaultConnectionService:
`prefix` -> str
`device_connection` -> str (like "WANPPPConnection")
`postfix` -> str
"""
result = self.fc.call_action("Layer3Forwarding1", "GetDefaultConnectionService")
prefix, connection_service, postfix = result[
"NewDefaultConnectionService"
].split(".", 2)
return DefaultConnectionService(prefix, connection_service, postfix)
@property
def connection_service(self) -> str:
"""
The extracted connection_service from
get_default_connection_service().
"""
result = self.get_default_connection_service()
return result.connection_service
@property
def update_available(self) -> str:
"""
The new version number (as a string) if an update is available or an
empty string if no update is avilable.
"""
return self.fc.call_action("UserInterface1", "GetInfo")["NewX_AVM-DE_Version"]
@property
def has_wan_enabled(self) -> bool:
"""
True if wan is enabled otherwise False.
"""
return self.fc.call_action(self.connection_service, "GetInfo")["NewEnable"]
@property
def has_wan_support(self) -> bool:
"""
True if the device supports a WAN interface.
False otherwise.
"""
return "Layer3Forwarding1" in self.fc.services
fritzconnection-1.15.0/fritzconnection/lib/fritztools.py 0000664 0000000 0000000 00000013453 15012115545 0023576 0 ustar 00root root 0000000 0000000 """
Some helpers for the library.
"""
import math
import re
from types import SimpleNamespace
RE_UPPER_CASE = re.compile(r"([A-Z]+)")
def byte_formatter(value):
"""
Gets a large integer als value and returns a tuple with the value as
float and the matching dimension as string, i.e.
>>> byte_formatter(242981246)
(242.981246, 'MB')
Expects positive integer as input. Negative numbers are interpreted
as positive numbers. values < 1 are interpreted as 0.
"""
dim = ['B', 'KB', 'MB', 'GB', 'TB']
value = abs(value)
if value < 1:
log = 0
num = 0
else:
log = min(int(math.log10(value) / 3), len(dim))
num = value / 1000 ** log
try:
dimension = dim[log]
except IndexError:
dimension = 'PB'
return num, dimension
def format_num(num, unit='bytes'):
"""
Returns a human-readable string of a byte-value.
If 'num' is bits, set unit='bits'.
"""
num, dim = byte_formatter(num)
if unit != 'bytes':
dim += 'it' # then its Bit by default
return f'{num:3.1f} {dim}'
def format_rate(num, unit='bytes'):
"""
Returns a human-readable string of a byte/bits per second.
If 'num' is bits, set unit='bits'.
"""
return format_num(num, unit=unit) + '/s'
def format_dB(num):
"""
Returns a human-readable string of dB. The value is divided
by 10 to get first decimal digit
"""
num /= 10
return f'{num:3.1f} {"dB"}'
class ArgumentNamespace(SimpleNamespace):
"""
Namespace object that also behaves like a dictionary, but is not
iterable.
Usecase is as a wrapper for the dictionary returned from
`FritzConnection.call_action()`. This dictionary has keys named
"arguments" as described by the AVM documentation, combined with
values as the corresponding return values. Instances of
`ArgumentNamespace` can get used to extract a subset of this
dictionary and transfer the Argument-names to more readable
ones. For example consider that `fc` is a FritzConnection instance.
Then the following call: ::
>>> result = fc.call_action("DeviceInfo1", "GetInfo")
will return a dictionary like: ::
{'NewManufacturerName': 'AVM',
'NewManufacturerOUI': '00040E',
'NewModelName': 'FRITZ!Box 7590',
'NewDescription': 'FRITZ!Box 7590 154.07.29',
'NewProductClass': 'AVMFB7590',
'NewSerialNumber': '989BCB2xxxxx',
'NewSoftwareVersion': '154.07.29',
'NewHardwareVersion': 'FRITZ!Box 7590',
'NewSpecVersion': '1.0',
'NewProvisioningCode': '000.044.004.000',
'NewUpTime': 9516949,
'NewDeviceLog': 'long string here ...'}
In case that just the model name and serial number are of interest,
and should have better names, first define a mapping: ::
mapping = {
"modelname": "NewModelName",
"serialnumber": "NewSerialNumber"
}
and use this `mapping` with the dictionary `result` to create an
`ArgumentNamespace` instance: ::
>>> info = ArgumentNamespace(result, mapping)
The `info` instance can now get used like a namespace object and
like a dictionary: ::
>>> info.serialnumber
'989BCB2xxxxx'
>>> info['modelname']
'FRITZ!Box 7590'
If no mapping is given, then `ArgumentNamespace` will consume the
provided dictionary converting all keys from "MixedCase" style to
"snake_case" (PEP 8) and removes the leading "new" originating from
the AVM "New" prefix for all keys: ::
>>> info = ArgumentNamespace(result)
>>> info.up_time
9516949
Setting the flag `suppress_new` to `False` will keep the prefix: ::
>>> info = ArgumentNamespace(result, suppress_new=False)
>>> info.new_up_time
9516949
To just extract a subset of `result` provide a sequence of key-names
for the `extract` argument: ::
>>> extract = "NewSerialNumber", "NewModelName"
>>> info = ArgumentNamespace(result, extract=extract)
>>> info.serial_number
'989BCB2xxxxx'
>>> info.model_name
'FRITZ!Box 7590'
If both arguments `mapping` and `extract` are given, `mapping` has
precedence and `extract` gets ignored.
.. versionadded:: 1.10
"""
def __init__(self, source, mapping=None, extract=None, suppress_new=True):
if mapping is None:
keys = extract if extract else source.keys()
mapping = {
self.rewrite_argument(key, suppress_new): key for key in keys
}
super().__init__(
**{name: source[attribute] for name, attribute in mapping.items()}
)
def __getitem__(self, key):
return getattr(self, key)
def __setitem__(self, key, value):
setattr(self, key, value)
def __len__(self):
# should provide len() as dict-like object
return len(self.__dict__)
@staticmethod
def rewrite_argument(name: str, suppress_new: bool = True) -> str:
"""
Rewrite `name` from MixedCase to snake_case (PEP 8). So i.e.
"MixedCase" gets converted to "mixed_case". AVM standard
argument names starting with "New" like "NewMixedCase" will get
converted to "new_mixed_case". If `suppress_new` is `True` (the
default) the "new"-prefix will get removed, so "NewMixedCased"
will get converted to "mixed_case". Consecutive upper-case
characters are handled as a group: "ManufacturerOUI" ->
"manufacturer_oui".
.. versionadded:: 1.10
"""
new = "new_"
result = RE_UPPER_CASE.sub(r"_\1", name).lower()
if result.startswith("_"):
result = result[1:]
if suppress_new and result.startswith(new):
result = result[len(new):]
return result
fritzconnection-1.15.0/fritzconnection/lib/fritztopology.py 0000664 0000000 0000000 00000022430 15012115545 0024305 0 ustar 00root root 0000000 0000000 """
Module to access to the Mesh Topology
See https://avm.de/service/schnittstellen/ "Mesh-Topologie"
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Authors: Klaus Bremer
# code partly to dynamic for a useful mypy run:
# mypy: disable-error-code="attr-defined"
from __future__ import annotations
from .fritzhosts import FritzHosts
from .fritzbase import AbstractLibraryBase
class Connection:
"""
Represents a connection from one device to another device.
This is basically a convenience wrapper for InterfaceLink
exposing the devices and some instance attributes in a more
comfortable way.
self.source is the origin device
self.target is the connected device
self.type is the connection type (like "WLAN")
self.state is the connection state (like "DISCONNECTED", "CONNECTED")
self.max_rx, max_tx, cur_rx and cur_tx are the maximum and
current throughput data rates in kbit/sec.
tx is the upload-throughput from source to target, even if the
source is represented by the interface-link node 2.
"""
def __init__(self, source, target, interface_link):
self.source = source
self.target = target
self.interface_link = interface_link
@property
def type(self) -> str | None:
return self._get_interface_attribute("type")
@property
def state(self) -> str | None:
return self._get_interface_attribute("state")
@property
def max_rx(self) -> int | None:
return self._get_transfer_rate("max_data_rate_rx")
@property
def max_tx(self) -> int | None:
return self._get_transfer_rate("max_data_rate_tx")
@property
def cur_rx(self) -> int | None:
return self._get_transfer_rate("cur_data_rate_rx")
@property
def cur_tx(self) -> int | None:
return self._get_transfer_rate("cur_data_rate_tx")
def _get_transfer_rate(self, name):
"""
Adapt the rate to the link direction: 'tx' is the transfer rate
from node 1 to node 2 which is ok, if node 1 represents the
'source' node. In case it is the other way around the commands
'tx' and 'rx' must get exchanged.
"""
if self.interface_link.source_index == 2:
name, direction = name.rsplit("_", 1)
direction = "rx" if direction == "tx" else "tx"
name = f"{name}_{direction}"
return self._get_interface_attribute(name)
def _get_interface_attribute(self, name, default=None):
return getattr(self.interface_link, name, default)
class InterfaceLink:
"""
Represents a node-link from an Interface of a device
to another Interface of another device.
(These are the vertexes of the mesh.)
Instance attributes are all elements described as "node_links.properties"
in the AVM documentation and accessible by their names, i.e. like
'self.last_connected' in case the UNIX timestamp is requested.
"""
def __init__(self, data: dict, interface: Interface):
self.__dict__.update(data)
self.interface = interface
# The starting point is assumed to be the device, which is
# the owner of self.interface.
if self.node_interface_1_uid == self.interface.uid:
self.source_index = 1
self.target_index = 2
else:
self.source_index = 2
self.target_index = 1
def __repr__(self) -> str:
return f"InterfaceLink: {self.uid:<8}target-interface: {self.node_interface_2_uid}"
def __str__(self) -> str:
connection = Connection(self.source, self.target, self)
if connection.cur_tx is not None:
throughput = connection.cur_tx // 1000 # from kB/s to MB/s
else:
throughput = None # not known
return f"from {self.source.name} to {self.target.name} (-> {throughput} MBit/s)"
@property
def source(self) -> Device:
return self._get_connected_device(target=False)
@property
def target(self) -> Device:
return self._get_connected_device(target=True)
def get_connection(self) -> Connection:
"""
Returns a connection instance describing a connection
from one device to another device.
"""
return Connection(self.source, self.target, self)
def _get_connected_device(self, target=True):
"""
Returns the device connected by this link,
either the target or source device.
"""
index = self.target_index if target else self.source_index
device_id = getattr(self, f"node_{index}_uid")
return self.interface.device.mesh.get_device_by_id(device_id)
class Interface:
"""
An interface represents a physical infrastructure of a device
to connect with other devices.
An interface is part of a device and able to connect to another
interface of another device.
A connection is represented by the InterfaceLink class.
"""
def __init__(self, data: dict, device: Device):
self.__dict__.update(data)
self.interface_links = [
InterfaceLink(link, self) for link in self.node_links
]
self.device = device
def __repr__(self) -> str:
representation = (
f"Interface: mac={self.mac:<20}"
f"uid={self.uid:<8}"
f"type={self.type:<8}"
)
if self.name:
representation = f"{representation}name={self.name}"
return representation
def __str__(self) -> str:
interface = repr(self)
if self.interface_links:
space = " " * 8
links = f"\n{space}".join(str(link) for link in self.interface_links)
interface = f"{interface}\n{space}{links}"
return interface
@property
def mac(self) -> str:
"""mac address of the interface"""
return self.mac_address
def get_connections(self):
"""
Returns a list of Connection objects describing all devices
connected by this interface.
"""
return [link.get_connection() for link in self.interface_links]
class Device:
"""
A Device represents a physical item in the mesh, like a router,
repeater, a laptop, a cell phone and other devices.
(This is a node of the mesh.)
Instance attributes created dynamical according to the
AVM mesh topology schema: https://avm.de/service/schnittstellen/
For convenience there are some properties and methods to access
the data in a more mnemonic way.
"""
def __init__(self, data: dict, mesh: FritzMeshTopology):
self.__dict__.update(data)
self.interfaces = [
Interface(interface_data, self)
for interface_data in self.node_interfaces
]
self.mesh = mesh
def __repr__(self) -> str:
return f"Device: mac={self.mac:<20}uid={self.uid:<8}{self.name}"
def __str__(self) -> str:
representation = repr(self)
space = " " * 4
interfaces = f"\n{space}".join(str(interface) for interface in self.interfaces)
return f"{representation}\n{space}{interfaces}"
@property
def name(self) -> str:
return self.device_name
@property
def model(self) -> str:
return self.device_model
@property
def vendor(self) -> str:
return self.device_manufacturer
@property
def mac(self) -> str:
return self.device_mac_address
def get_connections(self):
"""
Returns a list of Connection objects describing all
devices connected to this device.
"""
connections = []
for interface in self.interfaces:
connections.extend(interface.get_connections())
return connections
class FritzMeshTopology(AbstractLibraryBase):
"""
Represents the mesh topology with nodes representing the devices.
"""
def __init__(self, fc=None, *args, **kwargs):
super().__init__(fc, *args, **kwargs)
self._fritzhosts = FritzHosts(self.fc)
self.topology = {}
self.nodes = {}
def __repr__(self) -> str:
return (
f"{self.__class__.__name__}: "
f"schema_version={self.schema_version}, "
f"registered Devices: {self.number_of_devices}"
)
def __str__(self) -> str:
nodes = "\n\n".join(str(device) for device in self.devices)
return f"{repr(self)}\n{nodes}"
@property
def schema_version(self) -> str:
return self.topology.get("schema_version", "unknown")
@property
def number_of_devices(self) -> int:
return len(self.nodes)
@property
def devices(self) -> list[Device]:
return list(self.nodes.values())
def get_device_by_id(self, uid: str) -> Device:
"""
Returns a device by id. The id is the node-uid like "n-1".
The node-uids are fixed to devices after calling
`load_topology()` but may change if `load_topology()` gets
called again.
"""
return self.nodes[uid]
def load_topology(self):
"""
Load the topology from the router.
"""
self.topology = self._fritzhosts.get_mesh_topology(raw=False)
self.nodes = {
node["uid"]: Device(node, self)
for node in self.topology.get("nodes", ())
}
fritzconnection-1.15.0/fritzconnection/lib/fritzwlan.py 0000664 0000000 0000000 00000031501 15012115545 0023371 0 ustar 00root root 0000000 0000000 """
Module to get information about WLAN devices.
"""
# This module is part of the FritzConnection package.
# https://github.com/kbr/fritzconnection
# License: MIT (https://opensource.org/licenses/MIT)
# Author: Bernd Strebel, Klaus Bremer
from __future__ import annotations
import io
import itertools
import random
import string
from ..core.exceptions import FritzServiceError
from .fritzbase import AbstractLibraryBase
try:
import segno.helpers
except ImportError:
SEGNO_INSTALLED = False
else:
SEGNO_INSTALLED = True
# important: don't set an extension number here:
SERVICE = 'WLANConfiguration'
DEFAULT_PASSWORD_LENGTH = 12
_QR_SECURITY_WPA = 'WPA'
_QR_SECURITY_WEP = 'WEP'
_QR_SECURITY_NO_PASS = 'nopass'
_BEACONTYPE_TO_QR_SECURITY = {
'WPA': _QR_SECURITY_WPA,
'11i': _QR_SECURITY_WPA,
'WPAand11i': _QR_SECURITY_WPA,
'WPA3': _QR_SECURITY_WPA,
'11iandWPA3': _QR_SECURITY_WPA,
'Basic': _QR_SECURITY_WEP,
'OWE': _QR_SECURITY_NO_PASS,
'OWETrans': _QR_SECURITY_NO_PASS,
'None': _QR_SECURITY_NO_PASS,
}
def _get_wifi_qr_code(instance, kind='svg', security=None, scale=4, border=0):
"""
Returns a file-like object providing a bytestring representing a
qr-code for wlan access. `instance` is a FritzWLAN or FritzGuestWLAN
instance. `kind` describes the type of the qr-code. Supported types
are: 'svg', 'png', 'pdf', 'text' and 'text-compact'. Default is 'svg'.
This function is not intended to get called directly. Instead it is
available as a method on FritzWLAN instances (as well as on
subclasses like FritzGuestWLAN) if the third party package `segno`
is installed.
Consider `guest_wlan` is a FritzGuestWLAN instance, then the
following code will return a file like object with the qr-code image
data in png-format: ::
stream = guest_wlan.get_wifi_qr_code(kind='png')
The stream can get used anywhere, where a file like object is
expected, i.e. writing the content to a file (Note: the suffix must
match the kind of the qr-code format): ::
with open('qr_code.png', 'wb') as fobj:
fobj.write(stream.read())
The stream can be printed out if qr-code is represented as text: ::
stream = guest_wlan.get_wifi_qr_code(kind='text')
print(stream.getvalue())
If `segno` is not installed the call will trigger an
AttributeError when called on an instance and a NameError when
called directly.
.. versionadded:: 1.9.0
The parameters `security` and `hidden` allow to forward these
informations to the `segno` library. `security` is `None` or a
string like `WPA`. `hidden` is a boolean value indicating the
visibility of the network .
.. versionadded:: 1.9.1
If the `security` is `None` (default) the beacontype of the network
is used to set the WLAN-Type accordingly. If the value of `security`
is something else, this value gets used.
`scale` defines the size of the produced qr-code. Default value is 4.
.. versionadded:: 1.10
"""
if not security:
# if beacon type is something unknown, assume a "no pass" connection:
security = _BEACONTYPE_TO_QR_SECURITY.get(instance.beacontype,
_QR_SECURITY_NO_PASS)
password = instance.get_password() if security != _QR_SECURITY_NO_PASS else None
qr_code = segno.helpers.make_wifi(
ssid=instance.ssid,
password=password,
security=security,
hidden=instance.is_hidden
)
if kind in ['text', 'text-compact']:
stream = io.StringIO()
compact = kind != 'text'
qr_code.terminal(out=stream, border=border, compact=compact)
else:
stream = io.BytesIO()
qr_code.save(out=stream, kind=kind, scale=scale, border=border)
stream.seek(0)
return stream
def _qr_code_enabler(cls):
"""Classdecorator to inject qr-capabilities at import time."""
if SEGNO_INSTALLED:
cls.get_wifi_qr_code = _get_wifi_qr_code
return cls
@_qr_code_enabler
class FritzWLAN(AbstractLibraryBase):
"""
Class to list all known wlan devices. All parameters are optional.
If given, they have the following meaning: `fc` is an instance of
FritzConnection, `address` the ip of the Fritz!Box, `port` the port
to connect to, `user` the username, `password` the password,
`timeout` a timeout as floating point number in seconds, `use_tls` a
boolean indicating to use TLS (default False). The *service*
parameter specifies the configuration in use. Typically this is 1
for 2.4 GHz, 2 for 5 GHz and 3 for a guest network. This can vary
depending on the router model and change with future standards.
"""
def __init__(self, *args, service=1, **kwargs):
super().__init__(*args, **kwargs)
self.service = service
def _action(self, actionname, **kwargs):
service = f'{SERVICE}{self.service}'
return self.fc.call_action(service, actionname, **kwargs)
@property
def host_number(self) -> int:
"""
Number of registered wlan devices for the active
WLANConfiguration.
"""
result = self._action('GetTotalAssociations')
return result['NewTotalAssociations']
@property
def total_host_number(self) -> int:
"""
Total NewAssociatedDeviceIndexNumber of registered wlan devices
for all WLANConfigurations.
"""
total = 0
_service = self.service
for service in itertools.count(1):
self.service = service
try:
total += self.host_number
except FritzServiceError:
break
self.service = _service
return total
@property
def ssid(self) -> str:
"""The WLAN SSID"""
result = self._action('GetSSID')
return result['NewSSID']
@ssid.setter
def ssid(self, value: str) -> None:
self._action('SetSSID', NewSSID=value)
@property
def beacontype(self) -> str:
"""
Represents the beacontype for the network as string.
At time of writing (OS 7.29) possible values are:
`None, 11i, WPAand11i, 11iandWPA3` for the private WiFi-security
settings and `None, 11i, 11iandWPA3, OWETrans` for the guest
network.
"""
return self.get_info()['NewBeaconType']
@property
def is_hidden(self) -> bool:
"""Returns True if the SSID hidden (not advertised through beacons)."""
return not self._action('GetBeaconAdvertisement')['NewBeaconAdvertisementEnabled']
@property
def channel(self) -> int:
"""The WLAN channel in use"""
return self.channel_info()['NewChannel']
@property
def alternative_channels(self) -> str:
"""Alternative channels (as string)"""
return self.channel_info()['NewPossibleChannels']
def channel_info(self) -> dict:
"""
Return a dictionary with the keys *NewChannel* and
*NewPossibleChannels* indicating the active channel and
alternative ones.
"""
return self._action('GetChannelInfo')
def set_channel(self, number: int) -> None:
"""
Set a new channel. *number* must be a valid channel number for
the active WLAN. (Valid numbers are listed by *alternative_channels*.)
"""
self._action('SetChannel', NewChannel=number)
def get_generic_host_entry(self, index: int) -> dict:
"""
Return a dictionary with information about the device
internally stored at the position 'index'.
"""
result = self._action(
'GetGenericAssociatedDeviceInfo',
NewAssociatedDeviceIndex=index
)
return result
def get_specific_host_entry(self, mac_address: str) -> dict:
"""
Return a dictionary with information about the device
with the given 'mac_address'.
"""
result = self._action(
'GetSpecificAssociatedDeviceInfo',
NewAssociatedDeviceMACAddress=mac_address
)
return result
def get_hosts_info(self) -> list[dict]:
"""
Returns a list of dictionaries with information about the known
hosts. The dict-keys are: 'service', 'index', 'status', 'mac',
'ip', 'signal', 'speed'
"""
information = []
for index in itertools.count():
try:
host = self.get_generic_host_entry(index)
except IndexError:
break
information.append({
'service': self.service,
'index': index,
'status': host['NewAssociatedDeviceAuthState'],
'mac': host['NewAssociatedDeviceMACAddress'],
'ip': host['NewAssociatedDeviceIPAddress'],
'signal': host['NewX_AVM-DE_SignalStrength'],
'speed': host['NewX_AVM-DE_Speed']
})
return information
def get_info(self) -> dict:
"""
Returns a dictionary with general internal information about
the current wlan network according to the AVM documentation.
"""
return self._action("GetInfo")
@property
def is_enabled(self) -> bool:
"""Returns whether the network is enabled."""
return self.get_info()["NewEnable"]
def enable(self) -> None:
"""Enables the associated network."""
self._set_enable(True)
def disable(self) -> None:
"""Disables the associated network."""
self._set_enable(False)
def _set_enable(self, status):
"""Helper function for enable|disable."""
self._action("SetEnable", arguments={"NewEnable": status})
def get_password(self) -> str:
"""Returns the current password of the associated wlan."""
return self._action("GetSecurityKeys")["NewKeyPassphrase"]
def set_password(
self,
password: str | None = None,
length: int = DEFAULT_PASSWORD_LENGTH
) -> None:
"""
Sets a new password for the associated wlan.
If no password is given a new one is created with the given
length (the new password can get read with a subsequent call of
`get_password`). Also creates a new pre-shared key.
"""
preshared_key = self._create_preshared_key()
password = password or self._create_password(length)
arguments = {
"NewKeyPassphrase": password,
"NewPreSharedKey": preshared_key,
"NewWEPKey0": "",
"NewWEPKey1": "",
"NewWEPKey2": "",
"NewWEPKey3": "",
}
self._action("SetSecurityKeys", arguments=arguments)
def _create_preshared_key(self):
"""
Returns a new pre-shared key for setting a new password.
The sequence is of uppercase characters as this is default on FritzOS
at time of writing.
"""
info = self.get_info()
characters = info["NewAllowedCharsPSK"]
length = info["NewMaxCharsPSK"]
return "".join(random.choices(characters, k=length)).upper()
@staticmethod
def _create_password(length):
"""
Returns a human-readable password with the given length.
"""
# add just two human-readable special characters.
# password strength increases with the length.
# character permutations are: 64**length
characters = string.ascii_letters + string.digits + "@#"
return "".join(random.choices(characters, k=length))
class FritzGuestWLAN(FritzWLAN):
"""
Inherits from FritzWLAN and provides all the same methods but for
the guest network. On devices not providing a guest network this
class will not fail, but handle the wlan network with the highest
internal service number (which is by default the guest network on
guest network providing devices).
All parameters are optional. If given, they have the following
meaning: `fc` is an instance of FritzConnection, `address` the ip of
the Fritz!Box, `port` the port to connect to, `user` the username,
`password` the password, `timeout` a timeout as floating point
number in seconds, `use_tls` a boolean indicating to use TLS
(default False).
"""
def __init__(self, *args, **kwargs):
"""
Initialize the guest wlan instance. All parameters are
optional. If given, they have the following meaning: `fc` is an
instance of FritzConnection, `address` the ip of the Fritz!Box,
`port` the port to connect to, `user` the username, `password`
the password, `timeout` a timeout as floating point number in
seconds, `use_tls` a boolean indicating to use TLS (default
False).
"""
super().__init__(*args, **kwargs)
for n in itertools.count(1):
service = self.fc.services.get(f"{SERVICE}{n}")
if service is None:
self.service = n - 1
break
fritzconnection-1.15.0/fritzconnection/tests/ 0000775 0000000 0000000 00000000000 15012115545 0021373 5 ustar 00root root 0000000 0000000 fritzconnection-1.15.0/fritzconnection/tests/__init__.py 0000664 0000000 0000000 00000000000 15012115545 0023472 0 ustar 00root root 0000000 0000000 fritzconnection-1.15.0/fritzconnection/tests/conftest.py 0000664 0000000 0000000 00000000460 15012115545 0023572 0 ustar 00root root 0000000 0000000 from pathlib import Path
import pytest
@pytest.fixture
def datadir():
"""
Simple fixture for getting data files
"""
here = Path(__file__).parent / "xml"
return here
def pytest_configure(config):
config.addinivalue_line("markers", "routertest: mark test accessing the router")
fritzconnection-1.15.0/fritzconnection/tests/test_core_utils.py 0000664 0000000 0000000 00000002647 15012115545 0025165 0 ustar 00root root 0000000 0000000
import pytest
from ..core.utils import (
boolean_from_string,
get_boolean_from_string,
)
@pytest.mark.parametrize(
"value, expected_result", [
("True", True),
("TRUE", True),
("false", False),
("fAlSe", False),
("On", True),
("Off", False),
("1", True),
("0", False),
]
)
def test_boolean_from_string(value, expected_result):
"""
Test to get a real boolean and not a string.
"""
result = boolean_from_string(value)
assert result == expected_result
@pytest.mark.parametrize(
"value", [
"wahr",
"falsch",
"l",
"10",
"01",
"",
"None",
]
)
def test_boolean_from_string_valueerror(value):
with pytest.raises(ValueError):
boolean_from_string(value)
@pytest.mark.parametrize(
"value", [
True,
False,
None,
42,
]
)
def test_boolean_from_string_typeerror(value):
with pytest.raises(AttributeError):
boolean_from_string(value)
@pytest.mark.parametrize(
"value, expected_result", [
("true", True),
("false", False),
("wahr", None),
("falsch", None),
("None", None),
(42, None),
("", None),
(None, None),
]
)
def test_get_boolean_from_string(value, expected_result):
result = get_boolean_from_string(value)
assert result == expected_result
fritzconnection-1.15.0/fritzconnection/tests/test_devices.py 0000664 0000000 0000000 00000005443 15012115545 0024434 0 ustar 00root root 0000000 0000000 import json
import os
import pytest
from ..core.devices import DeviceManager
@pytest.mark.parametrize("filename", [
"igddesc.xml",
"tr64desc.xml",
]
)
def test_DeviceManager_load_descriptions(device_manager, datadir, filename):
"""test loading of two description files."""
os.chdir(datadir)
device_manager.add_description(filename)
assert device_manager.modelname == 'FRITZ!Box 7590'
@pytest.fixture()
def device_manager(datadir):
os.chdir(datadir)
manager = DeviceManager()
manager.add_description('igddesc.xml')
manager.add_description('tr64desc.xml')
return manager
@pytest.mark.parametrize(
"name", ['WANIPConn1', 'DeviceConfig1', 'WLANConfiguration1']
)
def test_DeviceManager_get_service(name, device_manager):
"""
test services dict of the DeviceManager. Should find nested services
(from sub devices) and from different files.
"""
device_manager.scan()
# should not raise a KeyError
service = device_manager.services[name]
assert service.name == name
@pytest.fixture()
def device_manager_from_data(datadir):
device_manager = DeviceManager()
os.chdir(datadir)
with open("description.json") as fobj:
data = json.load(fobj)
device_manager.deserialize(data)
return device_manager
def test_DeviceManager_load_json_check_descriptions(device_manager_from_data):
"""
test build up of a DeviceManager from json data.
"""
dm = device_manager_from_data
assert len(dm.descriptions) == 2 # based on the test-data
def test_DeviceManager_load_json_check_services_01(device_manager_from_data):
"""
check for loaded services after calling .scan()
"""
dm = device_manager_from_data
assert dm.services == {} # still empty
# run scan() should fill the services:
dm.scan()
assert dm.services != {}
def test_DeviceManager_load_json_check_services_02(device_manager_from_data):
"""
check for matching services after calling .scan()
"""
dm = device_manager_from_data
dm.scan()
# "description_service_names.txt" corresponds to "description.json"
with open("description_service_names.txt") as fobj:
service_names = list(map(str.strip, fobj))
known_services = dm.services.keys()
# check for same number of services:
assert len(known_services) == len(service_names)
# check for same service names:
for name in service_names:
assert name in known_services
def test_DeviceManager_load_json_check_actions(device_manager_from_data):
"""
Simple test whether actions are available from the services (which
in turn get the actions from the _scpd attribute).
"""
dm = device_manager_from_data
dm.scan()
for service in dm.services.values():
assert service.actions is not None
fritzconnection-1.15.0/fritzconnection/tests/test_fritzconnection.py 0000664 0000000 0000000 00000015141 15012115545 0026224 0 ustar 00root root 0000000 0000000
import os
from pathlib import Path
from types import SimpleNamespace
import pytest
from ..core.devices import DeviceManager
from ..core.exceptions import FritzConnectionException
from ..core.fritzconnection import (
FritzConnection,
FRITZ_CACHE_DIR,
FRITZ_CACHE_FORMAT_JSON,
FRITZ_CACHE_FORMAT_PICKLE,
FRITZ_CACHE_JSON_SUFFIX,
FRITZ_CACHE_PICKLE_SUFFIX,
)
@pytest.mark.parametrize(
"name, expected", [
('WANIPConn', 'WANIPConn1'),
('WANIPConn1', 'WANIPConn1'),
('WANIPConn:1', 'WANIPConn1'),
('WANIPConn2', 'WANIPConn2'),
('WANIPConn:2', 'WANIPConn2'),
('WANIPConn21', 'WANIPConn21'),
('WANIPConn:21', 'WANIPConn21'),
]
)
def test_normalize_name(name, expected):
result = FritzConnection.normalize_name(name)
assert result == expected
@pytest.mark.parametrize(
"url, use_tls, expected", [
('192.168.178.1', False, 'http://192.168.178.1'),
('192.168.178.1', True, 'https://192.168.178.1'),
('http://192.168.178.1', False, 'http://192.168.178.1'),
('http://192.168.178.1', True, 'https://192.168.178.1'),
('https://192.168.178.1', False, 'http://192.168.178.1'),
('https://192.168.178.1', True, 'https://192.168.178.1'),
]
)
def test_set_protocol(url, use_tls, expected):
result = FritzConnection.set_protocol(url, use_tls)
assert result == expected
@pytest.mark.parametrize(
"address, port, cache_directory, cache_format, expected_result", [
('192.168.178.1', 49000, 'some_path', FRITZ_CACHE_FORMAT_PICKLE, Path("some_path") / f'192_168_178_1_cache.{FRITZ_CACHE_PICKLE_SUFFIX}'),
('192.168.178.1', 49000, '', FRITZ_CACHE_FORMAT_PICKLE, Path().home() / FRITZ_CACHE_DIR / f'192_168_178_1_cache.{FRITZ_CACHE_PICKLE_SUFFIX}'),
('192.168.178.1', 49000, None, FRITZ_CACHE_FORMAT_PICKLE, Path().home() / FRITZ_CACHE_DIR / f'192_168_178_1_cache.{FRITZ_CACHE_PICKLE_SUFFIX}'),
('192.168.178.6', 49000, None, FRITZ_CACHE_FORMAT_PICKLE, Path().home() / FRITZ_CACHE_DIR / f'192_168_178_6_cache.{FRITZ_CACHE_PICKLE_SUFFIX}'),
('192.168.1.15', 49000, None, FRITZ_CACHE_FORMAT_PICKLE, Path().home() / FRITZ_CACHE_DIR / f'192_168_1_15_cache.{FRITZ_CACHE_PICKLE_SUFFIX}'),
('http://192.168.1.15', 49000, None, FRITZ_CACHE_FORMAT_PICKLE, Path().home() / FRITZ_CACHE_DIR / f'192_168_1_15_cache.{FRITZ_CACHE_PICKLE_SUFFIX}'),
('https://192.168.1.15', 49000, None, FRITZ_CACHE_FORMAT_PICKLE, Path().home() / FRITZ_CACHE_DIR / f'192_168_1_15_cache.{FRITZ_CACHE_PICKLE_SUFFIX}'),
('192.168.178.1', 49000, 'some_path', FRITZ_CACHE_FORMAT_JSON, Path("some_path") / f'192_168_178_1_cache.{FRITZ_CACHE_JSON_SUFFIX}'),
('192.168.178.1', 49000, '', FRITZ_CACHE_FORMAT_JSON, Path().home() / FRITZ_CACHE_DIR / f'192_168_178_1_cache.{FRITZ_CACHE_JSON_SUFFIX}'),
('192.168.178.1', 49000, None, FRITZ_CACHE_FORMAT_JSON, Path().home() / FRITZ_CACHE_DIR / f'192_168_178_1_cache.{FRITZ_CACHE_JSON_SUFFIX}'),
('192.168.178.6', 49000, None, FRITZ_CACHE_FORMAT_JSON, Path().home() / FRITZ_CACHE_DIR / f'192_168_178_6_cache.{FRITZ_CACHE_JSON_SUFFIX}'),
('192.168.1.15', 49000, None, FRITZ_CACHE_FORMAT_JSON, Path().home() / FRITZ_CACHE_DIR / f'192_168_1_15_cache.{FRITZ_CACHE_JSON_SUFFIX}'),
('http://192.168.1.15', 49000, None, FRITZ_CACHE_FORMAT_JSON, Path().home() / FRITZ_CACHE_DIR / f'192_168_1_15_cache.{FRITZ_CACHE_JSON_SUFFIX}'),
('https://192.168.1.15', 49000, None, FRITZ_CACHE_FORMAT_JSON, Path().home() / FRITZ_CACHE_DIR / f'192_168_1_15_cache.{FRITZ_CACHE_JSON_SUFFIX}'),
]
)
def test_get_cache_path(address, port, cache_directory, cache_format, expected_result):
# port parameter intentionally unused
mock = SimpleNamespace(address=address, port=port)
result = FritzConnection._get_cache_path(mock, cache_directory, cache_format)
assert result == expected_result
def test_invalide_cache_format():
mock = SimpleNamespace(address='192.168.178.1', port=49000)
with pytest.raises(FritzConnectionException):
_ = FritzConnection._get_cache_path(mock, None, 'weird')
@pytest.mark.parametrize(
"file_name, cache_format", [
("description.json", FRITZ_CACHE_FORMAT_JSON),
("description.pcl", FRITZ_CACHE_FORMAT_PICKLE),
]
)
def test_load_api_from_cache(file_name, cache_format, datadir):
"""
Load the api from a cache file and check whether all
known services are available.
"""
os.chdir(datadir)
mock = SimpleNamespace(device_manager=DeviceManager())
FritzConnection._load_api_from_cache(mock, file_name, cache_format)
with open("description_service_names.txt") as fobj:
service_names = list(map(str.strip, fobj))
known_services = mock.device_manager.services.keys()
# check for same number of services:
assert len(known_services) == len(service_names)
# check for same service names:
for name in service_names:
assert name in known_services
@pytest.mark.parametrize(
"file_name, cache_format", [
("description.json", FRITZ_CACHE_FORMAT_JSON),
("description.pcl", FRITZ_CACHE_FORMAT_PICKLE),
]
)
def test_write_api_to_cache(file_name, cache_format, datadir):
"""
Tests writing the api data.
For writing there must be some data first. If the test
`test_load_api_from_cache` succeeds, the data can safely loaded to a
FritzConnection mock object. The data are then exported to a file
and loaded again to another FritzConnection mock object. Then the
Decription objects are compared.
"""
os.chdir(datadir)
# 1. load the api data
mock = SimpleNamespace(device_manager=DeviceManager())
FritzConnection._load_api_from_cache(mock, file_name, cache_format)
# 2. save the api data
cache_filename = f"x_tmp_cache_{file_name}"
cache_file = Path(cache_filename)
# TODO: (potentially)
# code for Python >= 3.8:
# cache_file.unlink(missing_ok=True) # in case of artefacts
# code for Python < 3.8:
try:
cache_file.unlink()
except FileNotFoundError:
pass # ignore
FritzConnection._write_api_to_cache(mock, cache_filename, cache_format)
assert cache_file.exists() is True
# 3. read the api data to another mock
other_mock = SimpleNamespace(device_manager=DeviceManager())
FritzConnection._load_api_from_cache(other_mock, cache_filename, cache_format)
# 4. the Descriptions are serializable and therefore comparable objects:
for desc1, desc2 in zip(
mock.device_manager.descriptions, other_mock.device_manager.descriptions
):
assert desc1 == desc2
# clean up
cache_file.unlink()
assert cache_file.exists() is False
fritzconnection-1.15.0/fritzconnection/tests/test_fritzhomeauto.py 0000664 0000000 0000000 00000007273 15012115545 0025715 0 ustar 00root root 0000000 0000000
from ..lib.fritzhomeauto import HomeAutomationDevice
# take some real data from a switch
DEVICE_INFORMATION = {
'NewAIN': '11657 0240192',
'NewDeviceId': 16,
'NewFunctionBitMask': 35712,
'NewFirmwareVersion': '04.25',
'NewManufacturer': 'AVM',
'NewProductName': 'FRITZ!DECT 210',
'NewDeviceName': 'FRITZ!DECT 210 #1',
'NewPresent': 'CONNECTED',
'NewMultimeterIsEnabled': 'ENABLED',
'NewMultimeterIsValid': 'VALID',
'NewMultimeterPower': 0,
'NewMultimeterEnergy': 16659,
'NewTemperatureIsEnabled': 'ENABLED',
'NewTemperatureIsValid': 'VALID',
'NewTemperatureCelsius': 195,
'NewTemperatureOffset': 0,
'NewSwitchIsEnabled': 'ENABLED',
'NewSwitchIsValid': 'VALID',
'NewSwitchState': 'OFF',
'NewSwitchMode': 'AUTO',
'NewSwitchLock': False,
'NewHkrIsEnabled': 'DISABLED',
'NewHkrIsValid': 'INVALID',
'NewHkrIsTemperature': 0,
'NewHkrSetVentilStatus': 'CLOSED',
'NewHkrSetTemperature': 0,
'NewHkrReduceVentilStatus': 'CLOSED',
'NewHkrReduceTemperature': 0,
'NewHkrComfortVentilStatus': 'CLOSED',
'NewHkrComfortTemperature': 0
}
BASICDEVICESTATS_RESPONSE_FILENAME = "basicdevicestats_response.txt"
def test_homeautomation_device_properties():
"""
Test whether a switch provides a property of a switch, but not other
properties. A switch as 'FRITZ!DECT 210' is
- an energy sensor
- a temperature sensor
- pluggable
- and has a microphone
"""
dp = HomeAutomationDevice(None, DEVICE_INFORMATION)
assert dp.is_han_fun_unit is False
assert dp.is_bulb is False
assert dp.is_alarm_sensor is False
assert dp.is_avm_button is False
assert dp.is_radiator_control is False
assert dp.is_energy_sensor is True
assert dp.is_temperature_sensor is True
assert dp.is_pluggable is True
assert dp.is_avm_dect_repeater is False
assert dp.is_microphone is True
assert dp.is_switchable is True
assert dp.is_adjustable is False
assert dp.is_color_bulb is False
assert dp.is_blind is False
assert dp.is_humidity_sensor is False
def test_homeautomation_device_properties_with_ain():
"""
Provides an additional ain to the one already in DEVICE_INFORMATION.
The one in DEVICE_INFORMATION should be preserved.
"""
original_ain = DEVICE_INFORMATION['NewAIN']
other_ain = '00000 1111111'
dp = HomeAutomationDevice(None, DEVICE_INFORMATION , identifier=other_ain)
assert dp.identifier == original_ain
def test_homeautomation_device_properties_without_ain():
"""
Provides an ain because the entry in DEVICE_INFORMATION is missing.
"""
# don't modify the constant DEVICE_INFORMATION
device_information = {
k: v for k, v in DEVICE_INFORMATION.items() if k != "NewAIN"
}
other_ain = '00000 1111111'
dp = HomeAutomationDevice(None, device_information , identifier=other_ain)
assert dp.identifier == other_ain
def test_extract_basicdevicestats_response(datadir):
"""
Inject some data from a real device with an energy sensor.
"""
expected_counts = {
"temperature": 96,
"voltage": 360,
"power": 360,
"energy": 12
}
file = datadir / BASICDEVICESTATS_RESPONSE_FILENAME
text = file.read_text(encoding="utf-8")
response = {
"content-type": "text/xml",
"encoding": "charset=utf-8",
"content": text.strip()
}
result = HomeAutomationDevice.extract_basicdevicestats_response(response)
for key in ("temperature", "voltage", "power", "energy"):
assert key in result
count = result[key]['count']
assert count == expected_counts[key]
assert count == len(result[key]['data'])
fritzconnection-1.15.0/fritzconnection/tests/test_fritzhosts.py 0000664 0000000 0000000 00000006427 15012115545 0025234 0 ustar 00root root 0000000 0000000 import os
import pytest
from ..core.utils import get_xml_root
from ..core.processor import HostStorage
@pytest.fixture()
def devicehostlist_source(datadir):
os.chdir(datadir)
return get_xml_root('devicehostlist.xml')
@pytest.mark.parametrize(
"idx, attribute, expected_value", [
(1, "Index", 1),
(1, "IPAddress", "192.168.178.54"),
(1, "MACAddress", "F8:4D:89:7C:0A:32"),
(1, "Active", True),
(1, "HostName", "MacBook"),
(1, "InterfaceType", "802.11"),
(1, "X_AVM-DE_Port", 0),
(1, "X_AVM-DE_Speed", 866),
(1, "X_AVM-DE_UpdateAvailable", False),
(1, "X_AVM-DE_UpdateSuccessful", "unknown"),
(1, "X_AVM-DE_InfoURL", None),
(1, "X_AVM-DE_Model", None),
(1, "X_AVM-DE_URL", None),
(1, "X_AVM-DE_Guest", False),
(1, "X_AVM-DE_VPN", False),
(1, "X_AVM-DE_WANAccess", "granted"),
(1, "X_AVM-DE_Disallow", False),
(2, "Index", 2),
(2, "IPAddress", "192.168.178.34"),
(2, "MACAddress", "C2:39:6F:FB:A3:E8"),
(2, "Active", True),
(2, "HostName", "fritz.repeater"),
(2, "InterfaceType", "Ethernet"),
(2, "X_AVM-DE_Port", 3),
(2, "X_AVM-DE_Speed", 100),
(2, "X_AVM-DE_UpdateAvailable", False),
(2, "X_AVM-DE_UpdateSuccessful", "succeeded"),
(2, "X_AVM-DE_InfoURL", None),
(2, "X_AVM-DE_Model", "FRITZ!Repeater 1200"),
(2, "X_AVM-DE_URL", "http://192.168.178.34"),
(2, "X_AVM-DE_Guest", False),
(2, "X_AVM-DE_VPN", False),
(2, "X_AVM-DE_WANAccess", "granted"),
(2, "X_AVM-DE_Disallow", False),
(3, "Index", 3),
(3, "IPAddress", "192.168.178.49"),
(3, "MACAddress", "B8:27:EB:D1:DC:06"),
(3, "Active", True),
(3, "HostName", "raspberrypi"),
(3, "InterfaceType", "Ethernet"),
(3, "X_AVM-DE_Port", 1),
(3, "X_AVM-DE_Speed", 1000),
(3, "X_AVM-DE_UpdateAvailable", False),
(3, "X_AVM-DE_UpdateSuccessful", "unknown"),
(3, "X_AVM-DE_InfoURL", None),
(3, "X_AVM-DE_Model", None),
(3, "X_AVM-DE_URL", None),
(3, "X_AVM-DE_Guest", False),
(3, "X_AVM-DE_VPN", False),
(3, "X_AVM-DE_WANAccess", "granted"),
(3, "X_AVM-DE_Disallow", False),
(4, "Index", 4),
(4, "IPAddress", "192.168.178.32"),
(4, "MACAddress", "B4:CD:27:37:78:E4"),
(4, "Active", False),
(4, "HostName", "someones-HUAWEI"),
(4, "InterfaceType", "802.11"),
(4, "X_AVM-DE_Port", 0),
(4, "X_AVM-DE_Speed", 0),
(4, "X_AVM-DE_UpdateAvailable", False),
(4, "X_AVM-DE_UpdateSuccessful", "unknown"),
(4, "X_AVM-DE_InfoURL", None),
(4, "X_AVM-DE_Model", None),
(4, "X_AVM-DE_URL", None),
(4, "X_AVM-DE_Guest", False),
(4, "X_AVM-DE_VPN", False),
(4, "X_AVM-DE_WANAccess", "granted"),
(4, "X_AVM-DE_Disallow", False),
])
def test_readhostlist(idx, attribute, expected_value, devicehostlist_source):
"""
Check for node-extraction and type conversion.
"""
storage = HostStorage(devicehostlist_source)
attrs = storage.hosts_attributes[idx-1] # list is sorted but host-index is 1 based
assert attrs[attribute] == expected_value
fritzconnection-1.15.0/fritzconnection/tests/test_fritzmonitor.py 0000664 0000000 0000000 00000027675 15012115545 0025573 0 ustar 00root root 0000000 0000000 import queue
import socket
import threading
import time
import pytest
from ..core.fritzmonitor import FritzMonitor, EventReporter
class MockSocket:
"""
A socket dummy to simulate receiving data and optional timeouts.
"""
def __init__(self, mock_data=None, timeout=None, raise_connect_timeout=False):
self.mock_data = mock_data
self.timeout = timeout
self.raise_connect_timeout = raise_connect_timeout
def connect(self, *args):
if self.raise_connect_timeout:
raise socket.timeout("mock failed socket.connect")
def close(self):
pass
def recv(self, chunk_size=None):
if not self.mock_data:
if self.timeout:
time.sleep(self.timeout)
raise socket.timeout("mock timeout")
if chunk_size is None:
chunk = self.mock_data.encode("utf-8")
else:
chunk = self.mock_data[:chunk_size]
self.mock_data = self.mock_data[chunk_size:]
return chunk.encode("utf-8")
class MockReconnectSocket(MockSocket):
"""
Dummy socket to simulate a single reconnect.
"""
def __init__(self, mock_data=None):
self.data_provider = self._returner(mock_data)
self.connect_called_num = 0
def connect(self, *args):
self.connect_called_num += 1
def recv(self, chuck_size=None):
try:
data = next(self.data_provider)
except StopIteration:
data = " "
return data.encode("utf-8")
@staticmethod
def _returner(mock_data):
for data in mock_data:
yield data
class MockReconnectFailSocket(MockReconnectSocket):
"""
Dummy socket to simulate multiple faild reconnections.
"""
def __init__(self, mock_data=None, timeouts=0):
super().__init__(mock_data)
self._connector = self.connector(timeouts)
def connect(self, *args):
super().connect(*args)
if not next(self._connector):
raise socket.timeout("mock reconnect timeout")
@staticmethod
def connector(timeouts):
yield True
for _ in range(timeouts):
yield False
while True:
yield True
def test_init_fritzmonitor():
fm = FritzMonitor()
assert fm.monitor_thread is None
assert fm.stop_flag.is_set() is False
@pytest.mark.parametrize(
"data, expected",
[
("some data", None),
("some_data\nmore_data", "some_data"),
("some\nmore\ndata", "some more"),
("2019;10\n11:30\ncall\n123\nmore", "2019;10 11:30 call 123"),
],
)
def test_event_reporter(data, expected):
q = queue.Queue()
ep = EventReporter(q)
ep.add(data)
if expected is None:
# no data should be in the queue
assert pytest.raises(queue.Empty, q.get_nowait)
else:
for event in expected.split():
item = q.get_nowait()
assert item == event
def test_start_stop():
mock_socket = MockSocket(timeout=0.01)
fm = FritzMonitor()
assert fm.monitor_thread is None
fm.start(sock=mock_socket)
assert fm.monitor_thread is not None
assert fm.monitor_thread.is_alive() is True
thread = fm.monitor_thread
fm.stop()
assert thread.is_alive() is False
assert fm.monitor_thread is None
def test_start_stop_properties():
mock_socket = MockSocket(timeout=0.01)
fm = FritzMonitor()
assert fm.has_monitor_thread is False
assert fm.is_alive is False
_ = fm.start(sock=mock_socket)
assert fm.has_monitor_thread is True
assert fm.is_alive is True
fm.stop()
assert fm.has_monitor_thread is False
assert fm.is_alive is False
def test_queue_and_threading_instances():
mock_socket = MockSocket(timeout=0.01)
fm = FritzMonitor()
event_queue = fm.start(sock=mock_socket)
assert isinstance(event_queue, queue.Queue)
assert isinstance(fm.monitor_thread, threading.Thread)
fm.stop()
def test_start_twice():
"""
It is a failure to start a running instance again.
"""
mock_socket = MockSocket(timeout=0.01)
fm = FritzMonitor()
fm.start(sock=mock_socket)
with pytest.raises(RuntimeError):
# start running instance again: should raise a RuntimeError
fm.start(sock=mock_socket)
fm.stop()
# but starting now again should work:
fm.start(sock=mock_socket)
fm.stop()
def test_failed_connection():
mock_socket = MockSocket(raise_connect_timeout=True)
fm = FritzMonitor()
pytest.raises(OSError, fm.start, sock=mock_socket)
@pytest.mark.parametrize(
"mock_data, chunk_size, expected_events",
[
("simple string of words\n", None, "simple string of words"),
("event;call\nnumber\n12345\n", None, "event;call|number|12345"),
(
"CALL;20201031;12;34\nINC;20-10-31;09;76\n",
None,
"CALL;20201031;12;34|INC;20-10-31;09;76",
),
("1\n2\n3\n4\n5\n6\n7\n8\n9\n10\n11\n", None, "1|2|3|4|5|6|7|8|9|10|11"),
("simple string of words\n", 2048, "simple string of words"),
("event;call\nnumber\n12345\n", 2048, "event;call|number|12345"),
(
"CALL;20201031;12;34\nINC;20-10-31;09;76\n",
2048,
"CALL;20201031;12;34|INC;20-10-31;09;76",
),
("1\n2\n3\n4\n5\n6\n7\n8\n9\n10\n11\n", 2048, "1|2|3|4|5|6|7|8|9|10|11"),
("simple string of words\n", 20, "simple string of words"),
("event;call\nnumber\n12345\n", 20, "event;call|number|12345"),
(
"CALL;20201031;12;34\nINC;20-10-31;09;76\n",
20,
"CALL;20201031;12;34|INC;20-10-31;09;76",
),
("1\n2\n3\n4\n5\n6\n7\n8\n9\n10\n11\n", 20, "1|2|3|4|5|6|7|8|9|10|11"),
("simple string of words\n", 2, "simple string of words"),
("event;call\nnumber\n12345\n", 2, "event;call|number|12345"),
(
"CALL;20201031;12;34\nINC;20-10-31;09;76\n",
2,
"CALL;20201031;12;34|INC;20-10-31;09;76",
),
("1\n2\n3\n4\n5\n6\n7\n8\n9\n10\n11\n", 2, "1|2|3|4|5|6|7|8|9|10|11"),
],
)
def test_get_events(mock_data, chunk_size, expected_events):
mock_socket = MockSocket(mock_data=mock_data, timeout=0.01)
fm = FritzMonitor()
event_queue = fm.start(sock=mock_socket)
thread = fm.monitor_thread
received_event_num = 0
for n, expected_event in enumerate(expected_events.split("|"), start=1):
try:
assert event_queue.get(timeout=0.1) == expected_event
received_event_num += 1
except queue.Empty:
pass
# check if alle expected events have been received
assert received_event_num == n
fm.stop()
assert thread.is_alive() is False
def test_reconnect():
data = ["first\n", "", "second\n"]
mock_socket = MockReconnectSocket(data)
fm = FritzMonitor()
event_queue = fm.start(sock=mock_socket, reconnect_delay=0.001)
for expected in [data[0], data[2]]:
# should not raise _queue.Empty:
assert event_queue.get(timeout=0.1) == expected.strip()
fm.stop()
assert mock_socket.connect_called_num == 2
@pytest.mark.parametrize(
"timeouts, tries, expected_result",
[
(0, 0, True),
(0, 1, True),
(1, 1, False),
(1, 2, True),
(4, 5, True),
(5, 5, False),
(6, 5, False),
],
)
def test_MockReconnectFailSocket(timeouts, tries, expected_result):
"""
Internal test to check whether the MockReconnectFailSocket class works as expected.
"""
sock = MockReconnectFailSocket(timeouts=timeouts)
assert sock.connect_called_num == 0
sock.connect()
assert sock.connect_called_num == 1
result = True # got connection
for cycle in range(tries):
try:
sock.connect()
except OSError:
result = False
else:
result = True
break
finally:
assert (
sock.connect_called_num == cycle + 2
) # cycle is zero based plus initional connection
assert result == expected_result
@pytest.mark.parametrize(
"timeouts", list(range(6)),
)
def test_get_connected_socket(timeouts):
socket = MockReconnectFailSocket(timeouts=timeouts)
fm = FritzMonitor()
fm.mock_socket = socket
s = fm._get_connected_socket() # make initional connection
assert s is socket
for _ in range(timeouts):
with pytest.raises(OSError):
fm._get_connected_socket()
s = fm._get_connected_socket()
assert s is socket
@pytest.mark.parametrize(
"timeouts, tries, expected_result",
[
(0, 0, None),
(0, 1, True),
(1, 0, None),
(1, 1, None),
(1, 2, True),
(4, 5, True),
(5, 5, None),
(6, 5, None),
],
)
def test_reconnect_socket(timeouts, tries, expected_result):
mock_socket = MockReconnectFailSocket(timeouts=timeouts)
fm = FritzMonitor()
fm.mock_socket = mock_socket
_ = fm._get_connected_socket() # make initional connection
result = fm._reconnect_socket(
max_reconnect_delay=0.001, reconnect_tries=tries
)
if expected_result is None:
assert result is expected_result
else:
assert result is mock_socket
def test_shut_down_monitor_thread():
data = ["first_block\n", "second_block\n", ""]
mock_socket = MockReconnectFailSocket(data, timeouts=1)
fm = FritzMonitor()
q = fm.start(sock=mock_socket, reconnect_delay=0.001, reconnect_tries=0)
for d in data[:-1]:
time.sleep(0.1)
value = q.get(timeout=0.1)
assert value == d.strip()
assert fm.is_alive is False
assert fm.has_monitor_thread is False
@pytest.mark.parametrize(
"data, timeouts, tries, success",
[
(["first\n", "second\n"], 0, 0, True),
(["first\n", "", "second\n"], 1, 0, False),
(["first\n", "", "second\n"], 0, 1, True),
(["first\n", "", "second\n"], 1, 1, False),
(["first\n", "", "second\n"], 1, 2, True),
# default for tries: 5
(["first\n", "", "second\n"], 3, 5, True),
(["first\n", "", "second\n"], 4, 5, True),
(["first\n", "", "second\n"], 5, 5, False),
],
)
def test_terminate_thread_on_failed_reconnection(
data, timeouts, tries, success
):
"""
Check for thread-termination in case reconnection fails.
If the tries are lower than the timeouts, the the start of the
monitor has failed and the Thread must terminate itself.
"""
mock_socket = MockReconnectFailSocket(data, timeouts=timeouts)
fm = FritzMonitor()
fm.start(sock=mock_socket, reconnect_delay=0.001, reconnect_tries=tries)
# give thread some time:
time.sleep(0.01)
if success:
assert fm.is_alive is True
else:
assert fm.is_alive is False
assert fm.monitor_thread is None
fm.stop()
def test_restart_failed_monitor():
"""
Check whether a fritzmonitor instance with a lost connection can get
started again. Starting the same instance twice does (and should)
not work. See test_start_twice(). But after a failed reconnect (a
lost connection) the same instance without calling stop()
"""
socket = MockReconnectFailSocket(
mock_data=["first\n", "", "second\n"], timeouts=16
) # just some timeouts
fm = FritzMonitor()
fm.start(
sock=socket, reconnect_delay=0.001, reconnect_tries=5
) # set default explicit for clarity
# give socket some time to lose connection:
time.sleep(0.01)
assert fm.is_alive is False
assert fm.stop_flag.is_set() is False
# dont' call stop here!
# fm.stop()
socket = MockSocket(timeout=0.01) # socket not losing connection
# should not trigger a RuntimeError
fm.start(
sock=socket, reconnect_delay=0.001, reconnect_tries=5
) # set default explicit for clarity
assert fm.is_alive is True
fm.stop()
def test_context_manager():
sock = MockSocket(timeout=0.01)
with FritzMonitor() as fm:
fm.start(sock=sock)
assert fm.is_alive is True
assert fm.is_alive is False
fritzconnection-1.15.0/fritzconnection/tests/test_fritztools.py 0000664 0000000 0000000 00000012075 15012115545 0025230 0 ustar 00root root 0000000 0000000 import pytest
from ..lib.fritztools import (
ArgumentNamespace,
byte_formatter,
format_num,
)
@pytest.mark.parametrize(
"value, result, dimension", [
(1, 1.0, 'B'),
(123, 123.0, 'B'),
(1230, 1.230, 'KB'),
(12345, 12.345, 'KB'),
(242981246, 242.981246, 'MB'),
(24298124612, 24.298124612, 'GB'),
(2429812461200, 2.4298124612, 'TB'),
(42e3, 42.0, 'KB'),
(42e6, 42.0, 'MB'),
(42e9, 42.0, 'GB'),
(42e12, 42.0, 'TB'),
(42e15, 42.0, 'PB'),
(42e18, 42000.0, 'PB'),
(1.0, 1.0, 'B'),
(0.1, 0, 'B'),
(0.01, 0, 'B'),
(0.001, 0, 'B'),
(0, 0, 'B'),
(-10, 10, 'B'),
]
)
def test_byte_formatter(value, result, dimension):
num, dim = byte_formatter(value)
assert num == result
assert dim == dimension
@pytest.mark.parametrize(
"num, formated_num", [
(300, '300.0 B'),
(2000, '2.0 KB'),
(3500, '3.5 KB'),
(32500, '32.5 KB'),
(242911246, '242.9 MB'),
(242981246, '243.0 MB'),
(45e6, '45.0 MB'),
(45e9, '45.0 GB'),
(45e12, '45.0 TB'),
(45e15, '45.0 PB'),
(45e18, '45000.0 PB'),
]
)
def test_format_num(num, formated_num):
assert formated_num == format_num(num)
def test_format_num_bits():
result = format_num(1234, unit='bits')
assert result == '1.2 KBit'
def test_argument_namespace():
source = {
'NewManufacturerName': 'AVM',
'NewManufacturerOUI': '00040E',
'NewModelName': 'FRITZ!Box 7590',
'NewDescription': 'FRITZ!Box 7590 154.07.29',
'NewProductClass': 'AVMFB7590',
'NewSerialNumber': '989BCB2B93B0',
'NewSoftwareVersion': '154.07.29',
'NewHardwareVersion': 'FRITZ!Box 7590',
'NewSpecVersion': '1.0',
'NewProvisioningCode': '000.044.004.000',
'NewUpTime': 9516949,
'NewDeviceLog': 'long string here ...'
}
mapping = {
"serial_number": "NewSerialNumber",
"model_name": "NewModelName",
}
info = ArgumentNamespace(source, mapping)
assert info.serial_number == '989BCB2B93B0'
assert info['model_name'] == 'FRITZ!Box 7590'
@pytest.mark.parametrize(
"name, expected_result", [
("description", "description"),
("Description", "description"),
("ModelName", "model_name"),
("NewUpTime", "new_up_time"),
("new_up_time", "new_up_time"),
("NewManufacturerOUI", "new_manufacturer_oui"),
]
)
def test_argument_namespace_rewrite(name, expected_result):
result = ArgumentNamespace.rewrite_argument(name, suppress_new=False)
assert result == expected_result
@pytest.mark.parametrize(
"name, expected_result", [
("NewUpTime", "up_time"),
("UpTime", "up_time"),
("upTime", "up_time"),
("up_time", "up_time"),
("uptime", "uptime"),
("newuptime", "newuptime"),
("Newuptime", "newuptime"),
("New_uptime", "uptime"),
("NewManufacturerOUI", "manufacturer_oui"),
]
)
def test_argument_namespace_rewrite_no_new(name, expected_result):
result = ArgumentNamespace.rewrite_argument(name)
assert result == expected_result
@pytest.fixture()
def avm_source():
source = {
'NewModelName': 'FRITZ!Box 7590',
'NewDescription': 'FRITZ!Box 7590 154.07.29',
'NewProductClass': 'AVMFB7590',
'NewSerialNumber': '989BCB2B93B0',
}
return source
def test_argument_namespace_no_mapping(avm_source):
"""
In case of a missing mapping, all values from source should get
transfered to the ArgumentNamespace and the key should get converted
to snake_case.
"""
info = ArgumentNamespace(avm_source)
assert info.model_name == 'FRITZ!Box 7590'
assert info['model_name'] == 'FRITZ!Box 7590'
def test_argument_namespace_no_mapping_no_suppress(avm_source):
"""
In case of a missing mapping, all values from source should get
transfered to the ArgumentNamespace and the key should get converted
to snake_case.
"""
info = ArgumentNamespace(avm_source, suppress_new=False)
assert info.new_serial_number == '989BCB2B93B0'
assert info['new_serial_number'] == '989BCB2B93B0'
assert info.new_model_name == 'FRITZ!Box 7590'
assert info['new_model_name'] == 'FRITZ!Box 7590'
def test_argument_namespace_has_len(avm_source):
info = ArgumentNamespace(avm_source)
assert len(info) == len(avm_source)
def test_argument_namespace_assignment(avm_source):
info = ArgumentNamespace(avm_source)
info.new_value = 42
assert info.new_value == 42
assert len(info) == len(avm_source) + 1
info["minus"] = -3
assert info["minus"] == -3
assert info.minus == -3
assert len(info) == len(avm_source) + 2
def test_argument_namespace_extract(avm_source):
extract = "NewModelName", "NewProductClass"
info = ArgumentNamespace(avm_source, extract=extract)
assert len(info) == len(extract)
assert info.model_name == avm_source['NewModelName']
assert info.product_class == avm_source['NewProductClass']
fritzconnection-1.15.0/fritzconnection/tests/test_fritzwlan.py 0000664 0000000 0000000 00000011062 15012115545 0025024 0 ustar 00root root 0000000 0000000 """
tests for qr-code creation
"""
import io
import os
import tempfile
import pytest
try:
import cv2
import segno.helpers
except ImportError:
OPENCV_NOT_AVAILABLE = True
else:
OPENCV_NOT_AVAILABLE = False
from fritzconnection.lib.fritzwlan import _get_wifi_qr_code as get_wifi_qr_code
@pytest.mark.skipif(OPENCV_NOT_AVAILABLE, reason="requires opencv")
def test_tools():
"""
basic test whether opencv is able to read the output provided by segno.
The tempfile is needed because opencv can not read from a file-like
object but needs a path to the image-file.
"""
ssid = 'xenon'
password = 'the_strange_one'
security = 'WPA'
kind = 'png'
# create qr-code and store it in a persistent temporary file
stream = tempfile.NamedTemporaryFile(mode='wb', delete=False, suffix=f'.{kind}')
fname = stream.name
qr_code = segno.helpers.make_wifi(
ssid=ssid, password=password, security=security, hidden=False
)
qr_code.save(out=stream, kind=kind, scale=4)
stream.close()
assert os.path.exists(fname) is True
# test qr-code reading
expected_result = f'WIFI:T:{security};S:{ssid};P:{password};;'
img = cv2.imread(fname)
detector = cv2.QRCodeDetector()
result, _, _ = detector.detectAndDecode(img)
assert result == expected_result
# remove the tempfile
os.unlink(fname)
assert os.path.exists(fname) is False
def write_stream_to_tempfile(stream, kind='png'):
"""
Helper function to store a segno stream in a persistent tempfile.
Takes the stream (BytesIO) and returns the filepath (as string).
"""
fobj = tempfile.NamedTemporaryFile(mode='wb', delete=False, suffix=f'.{kind}')
fname = fobj.name
fobj.write(stream.read())
fobj.close()
return fname
def get_content_from_qr_file(fname):
"""Helper function for qr-code reading."""
img = cv2.imread(fname)
detector = cv2.QRCodeDetector()
result, _, _ = detector.detectAndDecode(img)
return result
@pytest.mark.skipif(OPENCV_NOT_AVAILABLE, reason="requires opencv")
def test_helper_functions():
ssid = 'xenon'
password = 'another_strange_one'
security = 'WPA'
kind = 'png'
stream = io.BytesIO()
qr_code = segno.helpers.make_wifi(
ssid=ssid, password=password, security=security, hidden=False
)
qr_code.save(out=stream, kind=kind, scale=4)
stream.seek(0)
# delegate stream to helper:
fname = write_stream_to_tempfile(stream)
# file must exist:
assert os.path.exists(fname) is True
# read qr-code:
result = get_content_from_qr_file(fname)
# check and clean up:
expected_result = f'WIFI:T:{security};S:{ssid};P:{password};;'
assert result == expected_result
os.unlink(fname)
assert os.path.exists(fname) is False
class WLANConfigMock:
"""
Mocking class to provide the result of a
WLANConfiguration.get_info() call, provide a get_password() method
and a ssid attribute. All returned value must be part of the
mock_data dictionary. The values in the dictionary are all strings.
"""
def __init__(self, mock_data):
self.mock_data = mock_data
def get_info(self):
return self.mock_data
def get_password(self):
# original from the action "GetSecurityKeys"
return self.mock_data["NewKeyPassphrase"]
@property
def ssid(self):
return self.mock_data["NewSSID"]
@pytest.mark.skipif(OPENCV_NOT_AVAILABLE, reason="requires opencv")
@pytest.mark.parametrize(
"current_beacontype, security, expected_security", [
('11i', None, 'WPA'),
('11i', '', 'WPA'),
('11i', 'WPA3', 'WPA3'),
('WPAand11i', None, 'WPA'),
('11iandWPA3', None, 'WPA'),
('Basic', None, 'WEP'),
('None', None, 'nopass'),
('OWETrans', None, 'nopass'),
]
)
def test_get_wifi_qr_code(current_beacontype, security, expected_security):
"""
Check for correct qr-code creation depending on the WLAN-settings.
"""
ssid = "the_wlan_name"
password = "the_password"
expected_result = f"WIFI:T:{expected_security};S:{ssid};P:{password};;"
mock_data = {
'NewBeaconType': current_beacontype,
'NewX_AVM-DE_PossibleBeaconTypes': 'None,11i,WPAand11i,11iandWPA3',
'NewSSID': ssid,
'NewKeyPassphrase': password,
}
instance = WLANConfigMock(mock_data)
stream = get_wifi_qr_code(instance, kind="png", security=security)
fname = write_stream_to_tempfile(stream)
result = get_content_from_qr_file(fname)
os.unlink(fname) # do this asap
assert result == expected_result
fritzconnection-1.15.0/fritzconnection/tests/test_functional.py 0000664 0000000 0000000 00000007550 15012115545 0025155 0 ustar 00root root 0000000 0000000 """
Running functional tests against a router - if the router is present.
"""
import pytest
from ..core.exceptions import (
FritzConnectionException,
FritzServiceError,
)
from ..core.fritzconnection import FritzConnection
from ..lib.fritzcall import FritzCall
from ..lib.fritzhomeauto import FritzHomeAutomation
from ..lib.fritzhosts import FritzHosts
from ..lib.fritzphonebook import FritzPhonebook
from ..lib.fritzstatus import FritzStatus
from ..lib.fritzwlan import FritzWLAN
TIMEOUT = 2.0 # give older models some time
@pytest.fixture(scope="module")
def get_fc_instance():
return FritzConnection(timeout=TIMEOUT)
@pytest.fixture(scope="module")
def get_fc_tls_instance():
return FritzConnection(timeout=TIMEOUT, use_tls=True)
@pytest.mark.routertest
@pytest.mark.parametrize("use_tls", [False, True])
def test_access_model_name(use_tls):
"""
Check whether description files are accessible.
In this case there is some modelname available (a string).
"""
fc = FritzConnection(use_tls=use_tls)
# on success the modelname should be a string:
assert isinstance(fc.modelname, str)
@pytest.mark.routertest
@pytest.mark.parametrize("use_tls", [False, True])
def test_soap_access(use_tls, get_fc_instance, get_fc_tls_instance):
"""
Test whether a soap access returns successful. The Service
'DeviceInfo1' with the action 'GetInfo' should be provided by all
router models – including repeaters - and provides access to the
model name.
The service must be accessible without a password. As the model is unknown, the service should be available on all models. In practice that's not the case because routers and repeaters will have different service sets. So this will test a soap-call if
"""
fc = FritzConnection(use_tls=use_tls)
try:
info = fc.call_action('DeviceInfo1', 'GetInfo')
except FritzConnectionException:
# successful call but access not allowed
# (password required)
# so at least the soap request has worked:
assert True
except FritzServiceError:
# this should not happen with the known product range.
# skip this:
pass
else:
# on success the modelname should be a string:
assert isinstance(info['NewModelName'], str)
try:
info = fc.call_action('WANIPConn1', 'GetStatusInfo')
except FritzServiceError:
# some devices (like repeaters) may not have this service.
# skip this:
pass
else:
assert isinstance(info['NewConnectionStatus'], str)
# do at least one assert:
assert True
@pytest.mark.routertest
@pytest.mark.parametrize(
"cls, use_tls", [
(FritzCall, False),
(FritzCall, True),
(FritzHomeAutomation, False),
(FritzHomeAutomation, True),
(FritzHosts, False),
(FritzHosts, True),
(FritzPhonebook, False),
(FritzPhonebook, True),
(FritzStatus, False),
(FritzStatus, True),
(FritzWLAN, False),
(FritzWLAN, True),
])
def test_library_api_arguments(cls, use_tls):
obj = cls(timeout=TIMEOUT, use_tls=use_tls)
# on success the modelname should be a string:
assert isinstance(obj.modelname, str)
@pytest.mark.routertest
@pytest.mark.parametrize(
"cls", [
FritzCall,
FritzHomeAutomation,
FritzHosts,
FritzPhonebook,
FritzStatus,
FritzWLAN
])
def test_init_cls_with_instance(cls, get_fc_instance):
obj = cls(fc=get_fc_instance)
assert isinstance(obj.modelname, str)
@pytest.mark.routertest
@pytest.mark.parametrize(
"cls", [
FritzCall,
FritzHomeAutomation,
FritzHosts,
FritzPhonebook,
FritzStatus,
FritzWLAN
])
def test_init_cls_with_tls_instance(cls, get_fc_tls_instance):
obj = cls(fc=get_fc_tls_instance)
assert isinstance(obj.modelname, str)
fritzconnection-1.15.0/fritzconnection/tests/test_logger.py 0000664 0000000 0000000 00000005170 15012115545 0024266 0 ustar 00root root 0000000 0000000 import io
import logging
import pytest
from ..core.logger import (
fritzlogger,
activate_local_debug_mode,
reset,
)
stream = io.StringIO()
stream_handler = logging.StreamHandler(stream=stream)
formatter = logging.Formatter("%(levelname)s:%(message)s")
stream_handler.setFormatter(formatter)
def get_last_log_entry():
lines = stream_handler.stream.getvalue().splitlines()
if lines:
return lines[-1]
return ''
def expected_log_entry(message):
# helper function for formatting
return f"{message.upper()}:{message}"
def delete_log_entries():
stream_handler.stream.close()
stream_handler.stream = io.StringIO()
@pytest.mark.parametrize(
"message, log_call, should_log", [
("debug", fritzlogger.debug, False),
("info", fritzlogger.info, True),
("warning", fritzlogger.warning, True),
("error", fritzlogger.error, True),
("critical", fritzlogger.critical, True),
])
def test_default_logging(message, log_call, should_log):
fritzlogger.addHandler(stream_handler)
delete_log_entries()
log_call(message)
last_message = get_last_log_entry()
if should_log:
expected = expected_log_entry(message)
else:
expected = ""
assert last_message == expected
def test_local_debug_mode_no_propagate_no_handler():
delete_log_entries()
reset()
activate_local_debug_mode()
message = "debug"
fritzlogger.debug(message)
# no handler (NullHandler), no propagate:
assert get_last_log_entry() == ""
def test_local_debug_mode_no_propagate_with_handler():
delete_log_entries()
reset()
activate_local_debug_mode(handler=stream_handler)
message = "debug"
fritzlogger.debug(message)
assert get_last_log_entry() == expected_log_entry(message)
def test_local_debug_mode_no_handler():
delete_log_entries()
reset()
activate_local_debug_mode(propagate=True)
message = "debug"
fritzlogger.debug(message)
# no handler, but propagate:
assert get_last_log_entry() == ""
def test_local_debug_mode_no_handler_but_propagate_and_warning():
# if emitted as warning, the message gets logged from the
# parent-handlers (in this case root)
# in this case the RootLogger needs a handler
delete_log_entries()
reset()
activate_local_debug_mode(propagate=True)
message = "warning"
fritzlogger.warning(message)
assert get_last_log_entry() == ""
# provide a handler for root:
logging.root.addHandler(stream_handler)
fritzlogger.warning(message)
assert get_last_log_entry() == expected_log_entry(message)
logging.root.removeHandler(stream_handler)
fritzconnection-1.15.0/fritzconnection/tests/test_processor.py 0000664 0000000 0000000 00000015744 15012115545 0025036 0 ustar 00root root 0000000 0000000
import os
import pytest
from ..core.processor import (
Description,
Device,
Service,
Scpd,
)
from ..core.utils import get_xml_root
@pytest.fixture()
def igddesc_source(datadir):
os.chdir(datadir)
return get_xml_root('igddesc.xml')
@pytest.fixture()
def tr64desc_source(datadir):
os.chdir(datadir)
return get_xml_root('tr64desc.xml')
@pytest.fixture()
def igdconn_scpd_source(datadir):
os.chdir(datadir)
return get_xml_root('igdconnSCPD.xml')
@pytest.fixture()
def scpd_instance(igdconn_scpd_source):
return Scpd(igdconn_scpd_source)
@pytest.mark.parametrize(
"attribute, value", [
('spec_version', '1.0'),
('device_model_name', 'FRITZ!Box 7590'),
])
def test_igd_description_specversion(attribute, value, igddesc_source):
d = Description(igddesc_source)
assert d.spec_version == '1.0'
@pytest.mark.parametrize(
"attribute, value", [
('deviceType', 'urn:schemas-upnp-org:device:InternetGatewayDevice:1'),
('friendlyName', 'FRITZ!Box 7590'),
('manufacturer', 'AVM Berlin'),
('manufacturerURL', 'http://www.avm.de'),
('modelDescription', 'FRITZ!Box 7590'),
('modelName', 'FRITZ!Box 7590'),
('modelNumber', 'avm'),
('modelURL', 'http://www.avm.de'),
('UDN', 'uuid:75802409-bccb-just-a-test-udn'),
])
def test_igd_device(attribute, value, igddesc_source):
d = Description(igddesc_source)
device = d.device
assert getattr(device, attribute) == value
def test_igd_device_services(igddesc_source):
# the device should have one service instance in services.
d = Description(igddesc_source)
services = d.device._services
assert len(services) == 1
assert isinstance(services[0], Service)
@pytest.mark.parametrize(
"attribute, value", [
('serviceType', 'urn:schemas-any-com:service:Any:1'),
('serviceId', 'urn:any-com:serviceId:any1'),
('controlURL', '/igdupnp/control/any'),
('eventSubURL', '/igdupnp/control/any'),
('SCPDURL', '/any.xml'),
])
def test_igd_device_service(attribute, value, igddesc_source):
d = Description(igddesc_source)
service = d.device._services[0]
assert getattr(service, attribute) == value
def test_igd_device_service_name(igddesc_source):
"""
Every service has a name. First (and only) service of the main
device has the name 'any1'.
"""
d = Description(igddesc_source)
service = d.device._services[0]
assert service.name == 'any1'
def test_igd_device_devices(igddesc_source):
# the device should have one device instance in devices.
d = Description(igddesc_source)
devices = d.device.devices
assert len(devices) == 1
assert isinstance(devices[0], Device)
def test_idg_nested_services_part1(igddesc_source):
"""
The main device should have a sub-device with another subdevice. The
first sub-device should have a sublist with one service.
"""
d = Description(igddesc_source)
sub_device = d.device.devices[0]
assert len(sub_device._services) == 1
def test_idg_nested_services_part2(igddesc_source):
"""
The main device should have a sub-device with another subdevice. The
sub-sub-device should have a sublist with three service.
"""
d = Description(igddesc_source)
sub_device = d.device.devices[0].devices[0]
assert len(sub_device._services) == 3
@pytest.mark.parametrize(
"name", [
'WANCommonIFC1', 'WANDSLLinkC1', 'WANIPConn1'
])
def test_igd_description_services(name, igddesc_source):
"""
Find services by name from nested devices (igddesc.xml)
"""
d = Description(igddesc_source)
service = d.services[name]
assert service.name == name
@pytest.mark.parametrize(
"name", [
'DeviceInfo1', 'X_AVM-DE_Homeauto1', 'WLANConfiguration1',
'WANCommonInterfaceConfig1', 'WANIPConnection1',
])
def test_tr64_description_services(name, tr64desc_source):
"""
Find services by name from nested devices (tr64desc.xml)
"""
d = Description(tr64desc_source)
service = d.services[name]
assert service.name == name
def test_system_version_igd(igddesc_source):
d = Description(igddesc_source)
assert d.system_version is None
def test_system_version_tr64(tr64desc_source):
d = Description(tr64desc_source)
assert d.system_version == '7.10'
def test_system_buildnumber_tr64(tr64desc_source):
d = Description(tr64desc_source)
assert d.system_buildnumber == '67453'
def test_scpd_specversion(scpd_instance):
assert scpd_instance.spec_version == '1.0'
def test_scpd_actionlist(scpd_instance):
# 18 actions are defined by 'igdconnSCPD.xml':
assert len(scpd_instance._actions) == 18
def test_scpd_actiondict(scpd_instance):
# 18 actions are defined by 'igdconnSCPD.xml':
assert len(scpd_instance.actions) == 18
@pytest.mark.parametrize(
"name", [
'SetConnectionType', 'ForceTermination', 'X_AVM_DE_GetIPv6DNSServer'
])
def test_scpd_action_names(name, scpd_instance):
# find some action names
actions = scpd_instance.actions
print(actions)
action = actions[name]
assert action.name == name
@pytest.mark.parametrize(
"action_name, argument_name, direction, relatedStateVariable", [
('GetStatusInfo', 'NewConnectionStatus', 'out', 'ConnectionStatus'),
('GetStatusInfo', 'NewLastConnectionError', 'out', 'LastConnectionError'),
('GetStatusInfo', 'NewUptime', 'out', 'Uptime')
])
def test_scpd_action_argument_names(
action_name, argument_name, direction,
relatedStateVariable, scpd_instance
):
"""
Test action arguments
"""
action = scpd_instance.actions[action_name]
argument = action.arguments[argument_name]
assert argument.name == argument_name
assert argument.direction == direction
assert argument.relatedStateVariable == relatedStateVariable
def test_scpd_service_state_variables(scpd_instance):
# 30 stateVariables are defined by 'igdconnSCPD.xml':
assert len(scpd_instance._state_variables) == 30
@pytest.mark.parametrize(
"name, data_type, default_value, allowed_values_num", [
('LastConnectionError', 'string', 'ERROR_NONE', 23),
('AutoDisconnectTime', 'ui4', '0', 0),
])
def test_scpd_service_state_variables_by_name(
name, data_type, default_value, allowed_values_num, scpd_instance
):
sv = scpd_instance.state_variables[name]
assert sv.name == name
assert sv.dataType == data_type
assert sv.defaultValue == default_value
assert len(sv.allowed_values) == allowed_values_num
def test_scpd_statevariable_allowed_value(scpd_instance):
sv = scpd_instance.state_variables['LastConnectionError']
assert 'ERROR_NO_CARRIER' in sv.allowed_values
def test_scpd_statevariable_allowed_range(scpd_instance):
sv = scpd_instance.state_variables['Uptime']
allowed_range = sv.allowedValueRange
assert allowed_range.minimum == '0'
assert allowed_range.maximum == '4294967295'
assert allowed_range.step == '1'
fritzconnection-1.15.0/fritzconnection/tests/test_serialize.py 0000664 0000000 0000000 00000036660 15012115545 0025006 0 ustar 00root root 0000000 0000000 """
tests for serialization and deserialization data from the processor classes.
"""
import json
from fritzconnection.core.processor import (
Action,
Argument,
Description,
Device,
Scpd,
Serializer,
Service,
SpecVersion,
StateVariable,
SystemVersion,
ValueRange,
)
# some test data.
# data can be anything but take some real data from an existing router:
DATA_SPEC_MAJOR_VERSION = "1"
DATA_SPEC_MINOR_VERSION = "0"
DATA_SYS_MAJOR = "154"
DATA_SYS_MINOR = "7"
DATA_SYS_PATCH = "29"
DATA_SYS_DISPLAY = "154.07.29"
DATA_ARGUMENT_NAME = "NewManufacturerName"
DATA_ARGUMENT_DIRECTION = "out"
DATA_ARGUMENT_RELATEDSTATEVARIABLE = "ManufacturerName"
DATA_ACTION_NAME = "GetInfo"
DATA_VALUERANGE_MINIMUM = None
DATA_VALUERANGE_MAXIMUM = None
DATA_VALUERANGE_STEP = "1" # for not having all the default values
DATA_STATEVARIABLE_NAME = "LastConnectionError"
DATA_STATEVARIABLE_DATATYPE = "string"
DATA_STATEVARIABLE_DEFAULTVALUE = "ERROR_NONE"
DATA_STATEVARIABLE_ALLOWED_VALUES = ["ERROR_NONE", "ERROR_ISP_TIME_OUT", "ERROR_COMMAND_ABORTED"]
DATA_DEVICE_DEVICETYPE = "urn:schemas-upnp-org:device:InternetGatewayDevice:1"
DATA_DEVICE_FRIENDLYNAME = "FRITZ!Box 7590"
DATA_DEVICE_MANUFACTURER = "AVM Berlin"
DATA_DEVICE_MANUFACTURERURL = "http://www.avm.de"
DATA_DEVICE_MODELDESCRIPTION = "FRITZ!Box 7590"
DATA_DEVICE_MODELNAME = "FRITZ!Box 7590"
DATA_DEVICE_MODELNUMBER = "avm"
DATA_DEVICE_MODELURL = "http://www.avm.de"
DATA_DEVICE_PRESENTATIONURL = "http://fritz.box"
DATA_DEVICE_UDN = "uuid:75802409-bccb-40e7-8e6c-989BCB2B93B0"
DATA_SERVICE_SERVICETYPE = "urn:dslforum-org:service:DeviceInfo:1"
DATA_SERVICE_SERVICEID = "urn:DeviceInfo-com:serviceId:DeviceInfo1"
DATA_SERVICE_CONTROLURL = "/upnp/control/deviceinfo"
DATA_SERVICE_EVENTSUBURL = "/upnp/control/deviceinfo"
DATA_SERVICE_SCPDURL = "/deviceinfoSCPD.xml"
JSON_RESULT_TEST_SERIALIZE_SPECVERSION = f"""{{"major": "{DATA_SPEC_MAJOR_VERSION}", "minor": "{DATA_SPEC_MINOR_VERSION}"}}"""
JSON_RESULT_TEST_SERIALIZE_SYSTEMVERSION = f"""{{"Buildnumber": null, "Display": "{DATA_SYS_DISPLAY}", "HW": null, "Major": "{DATA_SYS_MAJOR}", "Minor": "{DATA_SYS_MINOR}", "Patch": "{DATA_SYS_PATCH}"}}"""
JSON_RESULT_TEST_SERIALIZE_ARGUMENT = f"""{{"direction": "{DATA_ARGUMENT_DIRECTION}", "name": "{DATA_ARGUMENT_NAME}", "relatedStateVariable": "{DATA_ARGUMENT_RELATEDSTATEVARIABLE}"}}"""
JSON_RESULT_TEST_SERIALIZE_VALUERANGE = f"""{{"maximum": null, "minimum": null, "step": "{DATA_VALUERANGE_STEP}"}}"""
JSON_RESULT_TEST_SERIALIZE_ACTION = f"""{{"name": "{DATA_ACTION_NAME}", "arguments": [{JSON_RESULT_TEST_SERIALIZE_ARGUMENT}, {JSON_RESULT_TEST_SERIALIZE_ARGUMENT}]}}"""
# weird but f-strings substitute lists of strings different than json.dumps:
JSON_RESULT_TEST_SERIALIZE_STATEVARIABLE = f"""{{"attributes": {{"allowed_values": """ + json.dumps(DATA_STATEVARIABLE_ALLOWED_VALUES) + f""", "dataType": "{DATA_STATEVARIABLE_DATATYPE}", "defaultValue": "{DATA_STATEVARIABLE_DEFAULTVALUE}", "name": "{DATA_STATEVARIABLE_NAME}"}}, "allowedValueRange": {JSON_RESULT_TEST_SERIALIZE_VALUERANGE}}}""" # noqa: F541
JSON_RESULT_TEST_SERIALIZE_SCPD = f"""{{"actions": [{JSON_RESULT_TEST_SERIALIZE_ACTION}, {JSON_RESULT_TEST_SERIALIZE_ACTION}], "specVersion": {JSON_RESULT_TEST_SERIALIZE_SPECVERSION}, "state_variables": [{JSON_RESULT_TEST_SERIALIZE_STATEVARIABLE}, {JSON_RESULT_TEST_SERIALIZE_STATEVARIABLE}]}}"""
JSON_RESULT_TEST_SERIALIZE_SERVICE = f"""{{"attributes": {{"SCPDURL": "{DATA_SERVICE_SCPDURL}", "controlURL": "{DATA_SERVICE_CONTROLURL}", "eventSubURL": "{DATA_SERVICE_EVENTSUBURL}", "serviceId": "{DATA_SERVICE_SERVICEID}", "serviceType": "{DATA_SERVICE_SERVICETYPE}"}}, "scpd": {JSON_RESULT_TEST_SERIALIZE_SCPD}}}"""
JSON_RESULT_TEST_SERIALIZE_DEVICE_BASIC = f"""{{"attributes": {{"UDN": "{DATA_DEVICE_UDN}", "UPC": null, "deviceType": "{DATA_DEVICE_DEVICETYPE}", "friendlyName": "{DATA_DEVICE_FRIENDLYNAME}", "manufacturer": "{DATA_DEVICE_MANUFACTURER}", "manufacturerURL": "{DATA_DEVICE_MANUFACTURERURL}", "modelDescription": "{DATA_DEVICE_MODELDESCRIPTION}", "modelName": "{DATA_DEVICE_MODELNAME}", "modelNumber": "{DATA_DEVICE_MODELNUMBER}", "modelURL": "{DATA_DEVICE_MODELURL}", "presentationURL": "{DATA_DEVICE_PRESENTATIONURL}"}}"""
JSON_RESULT_TEST_SERIALIZE_DEVICE_BASIC_SERVICE = f""", "services": [{JSON_RESULT_TEST_SERIALIZE_SERVICE}, {JSON_RESULT_TEST_SERIALIZE_SERVICE}]}}"""
JSON_RESULT_TEST_SERIALIZE_DEVICE = JSON_RESULT_TEST_SERIALIZE_DEVICE_BASIC + f""", "devices": [], "services": []}}""" # noqa: F541
JSON_RESULT_TEST_SERIALIZE_DEVICE_WITH_SERVICES = JSON_RESULT_TEST_SERIALIZE_DEVICE_BASIC + ', "devices": []' + JSON_RESULT_TEST_SERIALIZE_DEVICE_BASIC_SERVICE
# subdevices don't provide services and further devices
JSON_RESULT_TEST_SERIALIZE_DEVICE_WITH_SERVICES_AND_SUBDEVICES = JSON_RESULT_TEST_SERIALIZE_DEVICE_BASIC + f""", "devices": [{JSON_RESULT_TEST_SERIALIZE_DEVICE}, {JSON_RESULT_TEST_SERIALIZE_DEVICE}]""" + JSON_RESULT_TEST_SERIALIZE_DEVICE_BASIC_SERVICE
JSON_RESULT_TEST_SERIALIZE_DESCRIPTION = f"""{{"device": {JSON_RESULT_TEST_SERIALIZE_DEVICE_WITH_SERVICES_AND_SUBDEVICES}, "specVersion": {JSON_RESULT_TEST_SERIALIZE_SPECVERSION}, "systemVersion": {JSON_RESULT_TEST_SERIALIZE_SYSTEMVERSION}}}"""
# JSON_RESULT_TEST_SERIALIZE_DESCRIPTION = f"""{{"systemVersion": {JSON_RESULT_TEST_SERIALIZE_SYSTEMVERSION}}}"""
def make_spec_version():
spec_version = SpecVersion()
spec_version.major = DATA_SPEC_MAJOR_VERSION
spec_version.minor = DATA_SPEC_MINOR_VERSION
return spec_version
def make_system_version():
system_version = SystemVersion()
system_version.HW = None
system_version.Major = DATA_SYS_MAJOR
system_version.Minor = DATA_SYS_MINOR
system_version.Patch = DATA_SYS_PATCH
system_version.Buildnumber = None
system_version.Display = DATA_SYS_DISPLAY
return system_version
def make_argument():
argument = Argument()
argument.name = DATA_ARGUMENT_NAME
argument.direction = DATA_ARGUMENT_DIRECTION
argument.relatedStateVariable = DATA_ARGUMENT_RELATEDSTATEVARIABLE
return argument
def make_valuerange():
valuerange = ValueRange()
valuerange.minimum = DATA_VALUERANGE_MINIMUM
valuerange.maximum = DATA_VALUERANGE_MAXIMUM
valuerange.step = DATA_VALUERANGE_STEP
return valuerange
def make_action():
# an Action has a name and a list of arguments.
# make an Action with two arguments.
action = Action()
action.name = DATA_ACTION_NAME
action._arguments.append(make_argument())
action._arguments.append(make_argument())
return action
def make_statevariable():
# a StateVariable has a name like 'WANAccessType'
# a dataType like 'string' or 'ui2'
# a defaultValue
# a list of strings of allowed_values like 'DSL', 'Cable' etc.
# an allowedValueRange
# Not all Atrributes must be defined.
statevariable = StateVariable()
statevariable.name = DATA_STATEVARIABLE_NAME
statevariable.dataType = DATA_STATEVARIABLE_DATATYPE
statevariable.defaultValue = DATA_STATEVARIABLE_DEFAULTVALUE
statevariable.allowed_values = DATA_STATEVARIABLE_ALLOWED_VALUES
statevariable.allowedValueRange = make_valuerange()
return statevariable
def make_scpd():
# a service control point definition has a list of Actions,
# a list of StateVariables and a SpecVersion.
scpd = Scpd(root=[])
scpd._actions = [make_action(), make_action()]
scpd._state_variables = [make_statevariable(), make_statevariable()]
scpd.specVersion = make_spec_version()
return scpd
def make_service():
service = Service()
service._scpd = make_scpd()
service.serviceType = DATA_SERVICE_SERVICETYPE
service.serviceId = DATA_SERVICE_SERVICEID
service.controlURL = DATA_SERVICE_CONTROLURL
service.eventSubURL = DATA_SERVICE_EVENTSUBURL
service.SCPDURL = DATA_SERVICE_SCPDURL
return service
def make_device(with_services=True, with_subdevices=True):
device = Device()
device.deviceType = DATA_DEVICE_DEVICETYPE
device.friendlyName = DATA_DEVICE_FRIENDLYNAME
device.manufacturer = DATA_DEVICE_MANUFACTURER
device.manufacturerURL = DATA_DEVICE_MANUFACTURERURL
device.modelDescription = DATA_DEVICE_MODELDESCRIPTION
device.modelName = DATA_DEVICE_MODELNAME
device.modelNumber = DATA_DEVICE_MODELNUMBER
device.modelURL = DATA_DEVICE_MODELURL
device.UDN = DATA_DEVICE_UDN
device.UPC = None
device.presentationURL = DATA_DEVICE_PRESENTATIONURL
if with_services:
device._services = [make_service(), make_service()]
if with_subdevices:
device.devices = [
make_device(with_services=False, with_subdevices=False),
make_device(with_services=False, with_subdevices=False)
]
return device
def make_description():
description = Description(root=[])
description.device = make_device()
description.specVersion = make_spec_version()
description.systemVersion = make_system_version()
return description
class Check(Serializer):
"""
Simple Subclass for Serializer for testing.
"""
def __init__(self, one=1, two=2):
self.one = one
self.two = two
def test_serializer():
"""
Test the Serializer superclass.
"""
check = Check()
data = check.serialize()
one_three = Check(one=3)
assert check != one_three
one_three.deserialize(data)
assert check == one_three
def test_serializer_02():
"""
Test for same set of attributes.
"""
small = Check()
big = Check()
assert small == big
assert big == small
big.three = 3
assert small != big
assert big != small
def test_serialize_exclude():
"""
Test Serializer superclass with exclude argument
"""
check = Check()
data = check.serialize(exclude=['one'])
one_three = Check(one=3)
assert check != one_three
one_three.deserialize(data)
assert check != one_three
one_three.one = 1
assert check == one_three
def test_serialize_spec_version():
"""
Serialize a SpecVersion instance to json.
"""
spec_version = make_spec_version()
result = spec_version.serialize()
json_result = json.dumps(result)
assert json_result == JSON_RESULT_TEST_SERIALIZE_SPECVERSION
def test_deserialize_spec_version():
"""
Deserialize a SpecVersion instance from json.
"""
data = json.loads(JSON_RESULT_TEST_SERIALIZE_SPECVERSION)
sv = SpecVersion()
sv.deserialize(data)
assert sv == make_spec_version()
def test_serialize_system_version():
"""
Serialize a SystemVersion instance to json.
"""
system_version = make_system_version()
result = system_version.serialize()
json_result = json.dumps(result)
assert json_result == JSON_RESULT_TEST_SERIALIZE_SYSTEMVERSION
def test_deserialize_system_version():
"""
Deserialize a SystemVersion instance from json.
"""
system_version = make_system_version()
data = json.loads(JSON_RESULT_TEST_SERIALIZE_SYSTEMVERSION)
sv = SystemVersion()
assert sv != system_version
sv.deserialize(data)
assert sv == system_version
def test_serialize_argument():
"""Serialize an Argument to json."""
argument = make_argument()
result = argument.serialize()
json_result = json.dumps(result)
assert json_result == JSON_RESULT_TEST_SERIALIZE_ARGUMENT
def test_deserialize_argument():
"""Deserialize an Argument from json."""
argument = make_argument()
data = json.loads(JSON_RESULT_TEST_SERIALIZE_ARGUMENT)
a = Argument()
assert a != argument
a.deserialize(data)
assert a == argument
def test_serialize_valuerange():
"""Serialize a ValueRange to json."""
valuerange = make_valuerange()
result = json.dumps(valuerange.serialize())
assert result == JSON_RESULT_TEST_SERIALIZE_VALUERANGE
def test_deserialize_valuerange():
"""Deserialize a ValueRange from json."""
valuerange = make_valuerange()
vr = ValueRange()
assert vr != valuerange
vr.deserialize(json.loads(JSON_RESULT_TEST_SERIALIZE_VALUERANGE))
assert vr == valuerange
def test_serialize_action():
"""
Serialize an Action with a name and two Argument instances in
_arguments
"""
action = make_action()
result = json.dumps(action.serialize())
assert result == JSON_RESULT_TEST_SERIALIZE_ACTION
def test_deserialize_action():
"""
Deerialize an Action with a name and two Argument instances in
_arguments from json.
"""
action = make_action()
ac = Action()
ac.deserialize(json.loads(JSON_RESULT_TEST_SERIALIZE_ACTION))
assert ac == action
def test_serialize_statevariable():
statevariable = make_statevariable()
result = json.dumps(statevariable.serialize())
assert result == JSON_RESULT_TEST_SERIALIZE_STATEVARIABLE
def test_deserialize_statevariable():
statevariable = make_statevariable()
sv = StateVariable()
assert sv != statevariable
sv.deserialize(json.loads(JSON_RESULT_TEST_SERIALIZE_STATEVARIABLE))
assert sv == statevariable
def test_serialize_scpd():
scpd = make_scpd()
result = json.dumps(scpd.serialize())
assert result == JSON_RESULT_TEST_SERIALIZE_SCPD
def test_deserialize_scpd():
scpd = make_scpd()
s = Scpd(root=[])
s.deserialize(json.loads(JSON_RESULT_TEST_SERIALIZE_SCPD))
assert s == scpd
def test_serialize_service():
"""
Serialize a Service Instance.
"""
service = make_service()
result = json.dumps(service.serialize())
assert result == JSON_RESULT_TEST_SERIALIZE_SERVICE
def test_deserialize_service():
"""
Deserialize a Service Instance.
"""
service = make_service()
data = json.loads(JSON_RESULT_TEST_SERIALIZE_SERVICE)
s = Service()
s.deserialize(data)
assert s == service
def test_serialize_device():
device = make_device(with_services=False, with_subdevices=False)
result = json.dumps(device.serialize())
assert result == JSON_RESULT_TEST_SERIALIZE_DEVICE
def test_deserialize_device():
device = make_device(with_services=False, with_subdevices=False)
d = Device()
d.deserialize(json.loads(JSON_RESULT_TEST_SERIALIZE_DEVICE))
assert d == device
def test_serialize_device_with_services():
device = make_device(with_services=True, with_subdevices=False)
result = json.dumps(device.serialize())
assert result == JSON_RESULT_TEST_SERIALIZE_DEVICE_WITH_SERVICES
def test_deserialize_device_with_services():
device = make_device(with_services=True, with_subdevices=False)
d = Device()
d.deserialize(json.loads(JSON_RESULT_TEST_SERIALIZE_DEVICE_WITH_SERVICES))
assert d == device
def test_serialize_device_with_services_and_subdevices():
device = make_device(with_services=True, with_subdevices=True)
result = json.dumps(device.serialize())
assert (
result == JSON_RESULT_TEST_SERIALIZE_DEVICE_WITH_SERVICES_AND_SUBDEVICES
)
def test_deserialize_device_with_services_and_subdevices():
device = make_device(with_services=True, with_subdevices=True)
d = Device()
d.deserialize(
json.loads(
JSON_RESULT_TEST_SERIALIZE_DEVICE_WITH_SERVICES_AND_SUBDEVICES
)
)
assert d == device
def test_serialize_description():
description = make_description()
result = json.dumps(description.serialize())
assert result == JSON_RESULT_TEST_SERIALIZE_DESCRIPTION
def test_deserialize_description():
description = make_description()
data = json.loads(JSON_RESULT_TEST_SERIALIZE_DESCRIPTION)
d = Description(root=[])
d.deserialize(data)
assert d == description
d = Description.from_data(data)
assert d == description
fritzconnection-1.15.0/fritzconnection/tests/test_soaper.py 0000664 0000000 0000000 00000035514 15012115545 0024305 0 ustar 00root root 0000000 0000000 import datetime
import types
from xml.etree import ElementTree as etree
import pytest
from ..core.exceptions import (
ActionError,
FritzAuthorizationError,
FritzConnectionException,
FritzActionError,
FritzArgumentError,
FritzActionFailedError,
FritzArgumentValueError,
FritzOutOfMemoryError,
FritzSecurityError,
FritzArrayIndexError,
FritzLookUpError,
FritzArgumentStringToShortError,
FritzArgumentStringToLongError,
FritzArgumentCharacterError,
FritzInternalError,
)
from ..core.soaper import (
boolean_convert,
encode_boolean,
get_argument_value,
get_converted_value,
get_html_safe_value,
is_html_response,
raise_fritzconnection_error,
redact_response,
remove_html_tags,
)
content_template = """
s:Client
UPnPError
{error_code}
Invalid Action
"""
@pytest.mark.parametrize(
"error_code, status_code, exception", [
('401', 500, FritzActionError),
('402', 500, FritzArgumentError),
('501', 500, FritzActionFailedError),
('600', 500, FritzArgumentValueError),
('603', 500, FritzOutOfMemoryError),
('606', 500, FritzSecurityError),
('713', 500, FritzArrayIndexError),
('714', 500, FritzLookUpError),
('801', 500, FritzArgumentStringToShortError),
('802', 500, FritzArgumentStringToLongError),
('803', 500, FritzArgumentCharacterError),
('820', 500, FritzInternalError),
('713', 500, IndexError),
('714', 500, KeyError),
('401', 500, ActionError),
(None, 401, FritzAuthorizationError),
(None, 500, FritzConnectionException),
]
)
def test_raise_fritzconnection_error(error_code, status_code, exception):
"""check for exception raising depending on the error_code"""
if error_code:
content = content_template.format(error_code=error_code)
else:
content = 'some content'
response = types.SimpleNamespace()
response.text = content
response.content = content.encode()
response.status_code = status_code
pytest.raises(exception, raise_fritzconnection_error, response)
def test_raise_fritzauthorization_error():
"""check for exception raising depending on the html status code."""
response = types.SimpleNamespace()
response.content = b'401 Unauthorized (ERR_NONE)401 Unauthorized
ERR_NONE
Webserver Sat, 01 Oct 2022 09:46:22 GMT'
response.text = '401 Unauthorized (ERR_NONE)401 Unauthorized
ERR_NONE
Webserver Sat, 01 Oct 2022 09:46:22 GMT'
response.status_code = 401
pytest.raises(FritzAuthorizationError, raise_fritzconnection_error, response)
# simulate a http/500
response.content = b'500 internal error500 internal error
ERR_NONE
Webserver Sat, 01 Oct 2022 09:46:22 GMT'
response.text = '500 internal error500 internal error
ERR_NONE
Webserver Sat, 01 Oct 2022 09:46:22 GMT'
response.status_code = 500
pytest.raises(FritzConnectionException, raise_fritzconnection_error, response)
@pytest.mark.parametrize(
"value, expected_result", [
('0', False),
('1', True),
]
)
def test_boolean_convert(value, expected_result):
result = boolean_convert(value)
assert result == expected_result
@pytest.mark.parametrize(
"value", ['2', 'x', '3.1']
)
def test_boolean_convert_fails(value):
with pytest.raises(ValueError):
boolean_convert(value)
@pytest.mark.parametrize(
"text, expected_result", [
('something', True),
('here", "here"),
("ham spam
and eggs ", "ham spam and eggs"),
(
"failuresomething very
strange",
"failure something very strange",
)
]
)
def test_remove_html_tags(text, expected_result):
result = remove_html_tags(text)
assert result == expected_result
long_error = """
s:Client
UPnPError
401
Invalid Action
"""
def test_long_error_message():
response = types.SimpleNamespace()
response.text = long_error
response.content = long_error.encode()
with pytest.raises(ActionError) as exc:
raise_fritzconnection_error(response)
assert exc.value.args[0] == "\n".join(
["UPnPError: ",
"errorCode: 401",
"errorDescription: Invalid Action",
]
)
@pytest.mark.parametrize(
"value, expected_type", [
("text", str),
(0, int),
(1, int),
(None, int),
(False, int),
(True, int),
]
)
def test_encode_boolean(value, expected_type):
result = encode_boolean(value)
assert isinstance(result, expected_type)
@pytest.mark.parametrize(
"value, expected_results", [
(True, 1),
(False, 0),
(None, 0),
(3.141, 3.141),
("hello test", "hello test"),
("2021-07-17T12:00:00", "2021-07-17T12:00:00"), # redundant, but ISO ;)
("ham, spam & eggs", "ham, spam & eggs"),
("5 > 3", "5 > 3"),
("3 < 5", "3 < 5"),
('say "hello"', "say "hello""),
("let's test again", ["let' test again", "let's test again"])
]
)
def test_get_html_safe_value(value, expected_results):
if not isinstance(expected_results, list):
expected_results = [expected_results]
result = get_html_safe_value(value)
assert result in expected_results
@pytest.mark.parametrize(
"value, not_expected_type", [
(False, bool), # should be int after encoding, not bool
(True, bool),
]
)
def test_encode_boolean2(value, not_expected_type):
result = encode_boolean(value)
assert not isinstance(result, not_expected_type)
soap_root = etree.fromstring("""
2010
message text
3.141
""")
@pytest.mark.parametrize(
"argument_name, expected_value", [
('year', '2010'),
('msg', 'message text'),
('number', '3.141'),
('ip', ''),
]
)
def test_get_argument_value(argument_name, expected_value):
value = get_argument_value(soap_root, argument_name)
assert value == expected_value
@pytest.mark.parametrize(
"data_type, value, expected_value", [
('datetime', '2020-02-02T10:10:10', datetime.datetime(2020, 2, 2, 10, 10, 10)),
('boolean', '1', True),
('boolean', '0', False),
('uuid', 'uuid:123', '123'),
('uuid', '123', '123'),
('i4', '42', 42),
('ui1', '42', 42),
('ui2', '42', 42),
('ui4', '42', 42),
]
)
def test_get_converted_value(data_type, value, expected_value):
result = get_converted_value(data_type, value)
assert result == expected_value
@pytest.mark.parametrize(
"data_type, value", [
('datetime', '2010.02.02-10:10:10'), # not ISO 8601
('boolean', ''), # neither '1' nor '0'
]
)
def test_get_converted_value_fails(data_type, value):
with pytest.raises(ValueError):
get_converted_value(data_type, value)
def test_redact_debug_log_phone_numbers():
response = """
AVM
00040E
FRITZ!Box 7530 AX
FRITZ!Box 7530 AX Release 256.08.00
FRITZ!Box
aabbccddeeff
256.08.00
FRITZ!Box 7530 AX
1.0
86446
23.11.24 12:28:10 Anmeldung der Internetrufnummer 491234567890 war nicht erfolgreich. Ursache: DNS-Fehler
23.11.24 12:28:10 Anmeldung der Internetrufnummer 491234567891 war nicht erfolgreich. Ursache: DNS-Fehler
23.11.24 12:28:10 Anmeldung der Internetrufnummer 491234567892 war nicht erfolgreich. Ursache: DNS-Fehler
23.11.24 12:28:10 Anmeldung der Internetrufnummer 491234567893 war nicht erfolgreich. Ursache: DNS-Fehler
"""
result = redact_response(False, response)
assert result == response
result = redact_response(True, response)
assert result == """
AVM
00040E
FRITZ!Box 7530 AX
FRITZ!Box 7530 AX Release 256.08.00
FRITZ!Box
aabbccddeeff
256.08.00
FRITZ!Box 7530 AX
1.0
86446
23.11.24 12:28:10 Anmeldung der Internetrufnummer ****** war nicht erfolgreich. Ursache: DNS-Fehler
23.11.24 12:28:10 Anmeldung der Internetrufnummer ****** war nicht erfolgreich. Ursache: DNS-Fehler
23.11.24 12:28:10 Anmeldung der Internetrufnummer ****** war nicht erfolgreich. Ursache: DNS-Fehler
23.11.24 12:28:10 Anmeldung der Internetrufnummer ****** war nicht erfolgreich. Ursache: DNS-Fehler
"""
def test_redact_debug_log_external_ip_addresses():
response = """
12.34.56.78
0011:2233:4455:6677::0abcd
64
0
0
"""
result = redact_response(False, response)
assert result == response
result = redact_response(True, response)
assert result == """
******
******
64
0
0
"""
def test_redact_debug_log_wifi_passwords():
response = """
0123456789
01234 6789
0123456789ABCDEF0123456789ABCDEF0123456789ABCDEF0123456789ABCDEF
MY_GREAT_WIFI_PSK
"""
result = redact_response(False, response)
assert result == response
result = redact_response(True, response)
assert result == """
******
******
******
******
******
******
"""
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"relatedStateVariable": "WEPKey0"}, {"direction": "in", "name": "NewWEPKey1", "relatedStateVariable": "WEPKey1"}, {"direction": "in", "name": "NewWEPKey2", "relatedStateVariable": "WEPKey2"}, {"direction": "in", "name": "NewWEPKey3", "relatedStateVariable": "WEPKey3"}, {"direction": "in", "name": "NewPreSharedKey", "relatedStateVariable": "PreSharedKey"}, {"direction": "in", "name": "NewKeyPassphrase", "relatedStateVariable": "KeyPassphrase"}]}, {"name": "GetSecurityKeys", "arguments": [{"direction": "out", "name": "NewWEPKey0", "relatedStateVariable": "WEPKey0"}, {"direction": "out", "name": "NewWEPKey1", "relatedStateVariable": "WEPKey1"}, {"direction": "out", "name": "NewWEPKey2", "relatedStateVariable": "WEPKey2"}, {"direction": "out", "name": "NewWEPKey3", "relatedStateVariable": "WEPKey3"}, {"direction": "out", "name": "NewPreSharedKey", "relatedStateVariable": "PreSharedKey"}, {"direction": "out", "name": "NewKeyPassphrase", "relatedStateVariable": "KeyPassphrase"}]}, {"name": 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"NewTotalPacketsReceived", "relatedStateVariable": "TotalPacketsReceived"}]}, {"name": "GetPacketStatistics", "arguments": [{"direction": "out", "name": "NewTotalPacketsSent", "relatedStateVariable": "TotalPacketsSent"}, {"direction": "out", "name": "NewTotalPacketsReceived", "relatedStateVariable": "TotalPacketsReceived"}]}, {"name": "GetBSSID", "arguments": [{"direction": "out", "name": "NewBSSID", "relatedStateVariable": "BSSID"}]}, {"name": "GetSSID", "arguments": [{"direction": "out", "name": "NewSSID", "relatedStateVariable": "SSID"}]}, {"name": "SetSSID", "arguments": [{"direction": "in", "name": "NewSSID", "relatedStateVariable": "SSID"}]}, {"name": "GetBeaconType", "arguments": [{"direction": "out", "name": "NewBeaconType", "relatedStateVariable": "BeaconType"}, {"direction": "out", "name": "NewX_AVM-DE_PossibleBeaconTypes", "relatedStateVariable": "X_AVM-DE_PossibleBeaconTypes"}]}, {"name": "SetBeaconType", "arguments": [{"direction": "in", "name": "NewBeaconType", 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"name": "NewX_AVM-DE_Speed", "relatedStateVariable": "X_AVM-DE_Speed"}, {"direction": "out", "name": "NewX_AVM-DE_SignalStrength", "relatedStateVariable": "X_AVM-DE_SignalStrength"}]}, {"name": "X_AVM-DE_GetSpecificAssociatedDeviceInfoByIp", "arguments": [{"direction": "in", "name": "NewAssociatedDeviceIPAddress", "relatedStateVariable": "AssociatedDeviceIPAddress"}, {"direction": "out", "name": "NewAssociatedDeviceMACAddress", "relatedStateVariable": "AssociatedDeviceMACAddress"}, {"direction": "out", "name": "NewAssociatedDeviceAuthState", "relatedStateVariable": "AssociatedDeviceAuthState"}, {"direction": "out", "name": "NewX_AVM-DE_Speed", "relatedStateVariable": "X_AVM-DE_Speed"}, {"direction": "out", "name": "NewX_AVM-DE_SignalStrength", "relatedStateVariable": "X_AVM-DE_SignalStrength"}]}, {"name": "X_AVM-DE_GetWLANDeviceListPath", "arguments": [{"direction": "out", "name": "NewX_AVM-DE_WLANDeviceListPath", "relatedStateVariable": "X_AVM-DE_WLANDeviceListPath"}]}, {"name": "X_AVM-DE_SetStickSurfEnable", "arguments": [{"direction": "in", "name": "NewStickSurfEnable", "relatedStateVariable": "StickSurfEnable"}]}, {"name": "X_AVM-DE_GetIPTVOptimized", "arguments": [{"direction": "out", "name": "NewX_AVM-DE_IPTVoptimize", "relatedStateVariable": "X_AVM-DE_IPTVoptimize"}]}, {"name": "X_AVM-DE_SetIPTVOptimized", "arguments": [{"direction": "in", "name": "NewX_AVM-DE_IPTVoptimize", "relatedStateVariable": "X_AVM-DE_IPTVoptimize"}]}, {"name": "X_AVM-DE_GetNightControl", "arguments": [{"direction": "out", "name": "NewNightControl", "relatedStateVariable": "NightControl"}, {"direction": "out", "name": "NewNightTimeControlNoForcedOff", "relatedStateVariable": "NightTimeControlNoForcedOff"}]}, {"name": "X_AVM-DE_GetWLANHybridMode", "arguments": [{"direction": "out", "name": "NewEnable", "relatedStateVariable": "Enable"}, {"direction": "out", "name": "NewBeaconType", "relatedStateVariable": "BeaconType"}, {"direction": "out", "name": "NewKeyPassphrase", 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"in", "name": "NewTrafficMode", "relatedStateVariable": "TrafficMode"}, {"direction": "in", "name": "NewManualSpeed", "relatedStateVariable": "ManualSpeed"}, {"direction": "in", "name": "NewMaxSpeedDS", "relatedStateVariable": "MaxSpeedDS"}, {"direction": "in", "name": "NewMaxSpeedUS", "relatedStateVariable": "MaxSpeedUS"}]}, {"name": "X_AVM-DE_GetWLANExtInfo", "arguments": [{"direction": "out", "name": "NewX_AVM-DE_APEnabled", "relatedStateVariable": "X_AVM-DE_APEnabled"}, {"direction": "out", "name": "NewX_AVM-DE_APType", "relatedStateVariable": "X_AVM-DE_APType"}, {"direction": "out", "name": "NewX_AVM-DE_TimeoutActive", "relatedStateVariable": "X_AVM-DE_TimeoutActive"}, {"direction": "out", "name": "NewX_AVM-DE_Timeout", "relatedStateVariable": "X_AVM-DE_Timeout"}, {"direction": "out", "name": "NewX_AVM-DE_TimeRemain", "relatedStateVariable": "X_AVM-DE_TimeRemain"}, {"direction": "out", "name": "NewX_AVM-DE_NoForcedOff", "relatedStateVariable": "X_AVM-DE_NoForcedOff"}, 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"X_AVM-DE_SetWLANGlobalEnable", "arguments": [{"direction": "in", "name": "NewX_AVM-DE_WLANGlobalEnable", "relatedStateVariable": "X_AVM-DE_WLANGlobalEnable"}]}, {"name": "X_AVM-DE_GetWLANConnectionInfo", "arguments": [{"direction": "out", "name": "NewAssociatedDeviceMACAddress", "relatedStateVariable": "AssociatedDeviceMACAddress"}, {"direction": "out", "name": "NewSSID", "relatedStateVariable": "SSID"}, {"direction": "out", "name": "NewBSSID", "relatedStateVariable": "BSSID"}, {"direction": "out", "name": "NewBeaconType", "relatedStateVariable": "BeaconType"}, {"direction": "out", "name": "NewChannel", "relatedStateVariable": "Channel"}, {"direction": "out", "name": "NewStandard", "relatedStateVariable": "Standard"}, {"direction": "out", "name": "NewX_AVM-DE_SignalStrength", "relatedStateVariable": "X_AVM-DE_SignalStrength"}, {"direction": "out", "name": "NewX_AVM-DE_Speed", "relatedStateVariable": "X_AVM-DE_Speed"}, {"direction": "out", "name": "NewX_AVM-DE_SpeedRX", "relatedStateVariable": "X_AVM-DE_SpeedRX"}, {"direction": "out", "name": "NewX_AVM-DE_SpeedMax", "relatedStateVariable": "X_AVM-DE_SpeedMax"}, {"direction": "out", "name": "NewX_AVM-DE_SpeedRXMax", "relatedStateVariable": "X_AVM-DE_SpeedRXMax"}]}], "specVersion": {"major": "1", "minor": "0"}, "state_variables": [{"attributes": {"allowed_values": [], "dataType": "boolean", "defaultValue": "0", "name": "Enable"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": ["Up", "Disabled"], "dataType": "string", "defaultValue": null, "name": "Status"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "MaxBitRate"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "ui1", "defaultValue": "0", "name": "Channel"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "PossibleChannels"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "SSID"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": ["none", "Basic", "WPA", "11i", "WPAand11i", "WPA3", "11iandWPA3", "OWE", "OWETrans"], "dataType": "string", "defaultValue": null, "name": "BeaconType"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "boolean", "defaultValue": "0", "name": "MACAddressControlEnabled"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": ["b", "g", "n", "ac", "ax", null], "dataType": "string", "defaultValue": null, "name": "Standard"}, "allowedValueRange": 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"string", "defaultValue": null, "name": "WEPKey2"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "WEPKey3"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "ui1", "defaultValue": "0", "name": "WEPKeyIndex"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "KeyPassphrase"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "PreSharedKey"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "ui1", "defaultValue": "32", "name": "MaxCharsSSID"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "ui1", "defaultValue": "1", "name": "MinCharsSSID"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": "0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz !\"#$%&'()*+,-./:;<=>?@[\\]^_`{|}~", "name": "AllowedCharsSSID"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "ui1", "defaultValue": "64", "name": "MinCharsPSK"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "ui1", "defaultValue": "64", "name": "MaxCharsPSK"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": "0123456789ABCDEFabcdef", "name": "AllowedCharsPSK"}, "allowedValueRange": {"maximum": null, "minimum": null, 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{"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "AssociatedDeviceMACAddress"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "AssociatedDeviceIPAddress"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "boolean", "defaultValue": "0", "name": "AssociatedDeviceAuthState"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "boolean", "defaultValue": "0", "name": "StickSurfEnable"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "ui4", "defaultValue": "0", "name": "TotalPacketsSent"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "ui4", "defaultValue": "0", "name": "TotalPacketsReceived"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "boolean", "defaultValue": "0", "name": "X_AVM-DE_IPTVoptimize"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "ui1", "defaultValue": "0", "name": "X_AVM-DE_SignalStrength"}, "allowedValueRange": {"maximum": "100", "minimum": "0", "step": "1"}}, {"attributes": {"allowed_values": [], "dataType": "ui2", "defaultValue": "0", "name": "X_AVM-DE_Speed"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "NightControl"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "boolean", "defaultValue": "0", 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{"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "X_AVM-DE_APType"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "X_AVM-DE_TimeoutActive"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "X_AVM-DE_Timeout"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "X_AVM-DE_TimeRemain"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "X_AVM-DE_NoForcedOff"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "X_AVM-DE_UserIsolation"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "X_AVM-DE_EncryptionMode"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "ui4", "defaultValue": "0", "name": "X_AVM-DE_LastChangedStamp"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": [], "dataType": "string", "defaultValue": null, "name": "X_AVM-DE_PossibleBeaconTypes"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": ["other", "stop", "pbc"], "dataType": "string", "defaultValue": null, "name": "X_AVM-DE_WPSMode"}, "allowedValueRange": {"maximum": null, "minimum": null, "step": null}}, {"attributes": {"allowed_values": ["off", "inactive", "active", "success", "err_common", 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NumberListh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_ExternalRegistrationh booleanh"h6h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_InternalNumberh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_DelayedCallNotificationh booleanh"h6h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_LKZh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_LKZPrefixh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_OKZh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_OKZPrefixh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_AlarmClockPhoneNameh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_AlarmClockTimeh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_AlarmClockWeekdaysh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_AlarmClockNameh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_AlarmClockEnableh booleanh"h6h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_NumberOfAlarmClocksh ui2h"j h#]h%j h&h()}(h+Nh,Nh-Nububeh.h0)}(h3h4h5h6ubh7h9)}h0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyzh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h MinCharsAppDisplayNameh ui2h"h4h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsAppDisplayNameh ui2h"256h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h MinCharsAppUsernameh ui2h"h4h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsAppUsernameh ui2h"32h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsAppUsernameh stringh">0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyzh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h MinCharsAppPasswordh ui2h"j h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsAppPasswordh ui2h"32h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsAppPasswordh stringh"_0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz !"#$%&'()*+,-./:;<=>?@[\]^_`{|}~h#]h%j& h&h()}(h+Nh,Nh-Nububh)}(h MinCharsIPSecIdentifierh ui2h"h4h#]h%j. h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsIPSecIdentifierh ui2h"256h#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsIPSecIdentifierh stringh">0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyzh#]h%j= h&h()}(h+Nh,Nh-Nububh)}(h MinCharsIPSecPreSharedKeyh ui2h"h4h#]h%jE h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsIPSecPreSharedKeyh ui2h"64h#]h%jL h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsIPSecPreSharedKeyh stringh">0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyzh#]h%jT h&h()}(h+Nh,Nh-Nububh)}(h MinCharsIPSecXauthUsernameh ui2h"h4h#]h%j\ h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsIPSecXauthUsernameh ui2h"256h#]h%jc h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsIPSecXauthUsernameh stringh">0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyzh#]h%jk h&h()}(h+Nh,Nh-Nububh)}(h MinCharsIPSecXauthPasswordh ui2h"h4h#]h%js h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsIPSecXauthPasswordh ui2h"128h#]h%jz h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsIPSecXauthPasswordh stringh">0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyzh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h ConfigRighth stringh"NOh#](NORORW UNDEFINEDeh%j h&h()}(h+Nh,Nh-Nububh)}(h AppRighth stringh"NOh#](NORORW UNDEFINEDeh%j h&h()}(h+Nh,Nh-Nububh)}(h NasRighth stringh"NOh#](NORORW UNDEFINEDeh%j h&h()}(h+Nh,Nh-Nububh)}(h
PhoneRighth stringh"NOh#](NORORW UNDEFINEDeh%j h&h()}(h+Nh,Nh-Nububh)}(h DialRighth stringh"NOh#](NORORW UNDEFINEDeh%j h&h()}(h+Nh,Nh-Nububh)}(h
HomeautoRighth stringh"NOh#](NORORW UNDEFINEDeh%j h&h()}(h+Nh,Nh-Nububh)}(h InternetRightsh booleanh"h6h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h AccessFromInterneth booleanh"h6h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h AppIdh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h AppDisplayNameh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h AppDeviceMACh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h AppUsernameh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h AppPasswordh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h AppInternetRightsh booleanh"h6h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h IPSecIdentifierh stringh"Nh#]h%j
h&h()}(h+Nh,Nh-Nububh)}(h IPSecPreSharedKeyh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h IPSecXauthUsernameh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h IPSecXauthPasswordh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h
CryptAlgosh stringh"Nh#]h%j& h&h()}(h+Nh,Nh-Nububh)}(h
AppAVMAddressh stringh"Nh#]h%j- h&h()}(h+Nh,Nh-Nububh)}(h AppAVMPasswordHashh stringh"Nh#]h%j4 h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsCryptAlgosh stringh"A0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz-_.h#]h%j; h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsAppAVMAddressh stringh"A0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz-_.h#]h%jC h&h()}(h+Nh,Nh-Nububh)}(h MinCharsFilterh ui2h"h6h#]h%jK h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsFilterh ui2h"1024h#]h%jR h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsFilterh stringh"C0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz,+:-_h#]h%jZ h&h()}(h+Nh,Nh-Nububh)}(h EncryptionSecreth stringh"Nh#]h%jb h&h()}(h+Nh,Nh-Nububh)}(h BoxSenderIdh stringh"Nh#]h%ji h&h()}(h+Nh,Nh-Nububh)}(h EventIdh ui4h"h6h#]h%jp h&h()}(h+Nh,Nh-Nububh)}(h Filterh stringh"Nh#]h%jw h&h()}(h+Nh,Nh-Nububh)}(h Typeh stringh"Nh#]( aha_identtel_local_numbereh%j~ h&h()}(h+Nh,Nh-Nububh)}(h
FilterListh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h
SubnetMaskh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h IPAddressh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h ExternalIPAddressh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h ExternalIPv6Addressh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h RemoteAccessDDNSEnabledh booleanh"h6h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h RemoteAccessDDNSDomainh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububh)}(h MyFritzEnabledh booleanh"h6h#]h%j h&h()}(h+Nh,Nh-Nububh)}(h MyFritzDynDNSNameh stringh"Nh#]h%j h&h()}(h+Nh,Nh-Nububeh.h0)}(h3h4h5h6ubh7h9)}h?@[\]^_`{|}~h#]h%jB* h&h()}(h+Nh,Nh-Nububh)}(h MinCharsPSKh ui1h"64h#]h%jJ* h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsPSKh ui1h"64h#]h%jR* h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsPSKh stringh"0123456789ABCDEFabcdefh#]h%jZ* h&h()}(h+Nh,Nh-Nububh)}(h MinCharsKeyPassphraseh ui1h"j h#]h%jb* h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsKeyPassphraseh ui1h"63h#]h%ji* h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsKeyPassphraseh stringh"_0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz !"#$%&'()*+,-./:;<=>?@[\]^_`{|}~h#]h%jq* h&h()}(h+Nh,Nh-Nububh)}(h BeaconAdvertisementEnabledh booleanh"h6h#]h%jy* h&h()}(h+Nh,Nh-Nububh)}(h TotalAssociationsh ui2h"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h AssociatedDeviceMACAddressh stringh"Nh#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h AssociatedDeviceIPAddressh stringh"Nh#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h AssociatedDeviceAuthStateh booleanh"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h StickSurfEnableh booleanh"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h TotalPacketsSenth ui4h"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h TotalPacketsReceivedh ui4h"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_IPTVoptimizeh booleanh"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SignalStrengthh ui1h"h6h#]h%j* h&h()}(h+h6h,100h-h4ububh)}(h X_AVM-DE_Speedh ui2h"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h NightControlh stringh"Nh#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h NightTimeControlNoForcedOffh booleanh"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h TrafficModeh stringh"Nh#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h ManualSpeedh booleanh"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h
MaxSpeedDSh ui4h"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h
MaxSpeedUSh ui4h"h6h#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_APEnabledh stringh"Nh#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_APTypeh stringh"Nh#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_TimeoutActiveh stringh"Nh#]h%j* h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_Timeouth stringh"Nh#]h%j+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_TimeRemainh stringh"Nh#]h%j
+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_NoForcedOffh stringh"Nh#]h%j+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_UserIsolationh stringh"Nh#]h%j+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_EncryptionModeh stringh"Nh#]h%j"+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_LastChangedStamph ui4h"h6h#]h%j)+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_PossibleBeaconTypesh stringh"Nh#]h%j0+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WPSModeh stringh"Nh#](otherstoppbceh%j7+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WPSStatush stringh"Nh#](offinactiveactivesuccess
err_common err_timeout err_reconfig err_internal err_abortNeh%jA+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WPSEnableh booleanh"h6h#]h%jQ+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WLANDeviceListPathh stringh"Nh#]h%jX+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SpeedRXh ui4h"h6h#]h%j_+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SpeedMaxh ui4h"h6h#]h%jf+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SpeedRXMaxh ui4h"h6h#]h%jm+ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WLANGlobalEnableh booleanh"h6h#]h%jt+ h&h()}(h+Nh,Nh-Nububeh.h0)}(h3h4h5h6ubh7h9)}h?@[\]^_`{|}~h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h MinCharsPSKh ui1h"64h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsPSKh ui1h"64h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsPSKh stringh"0123456789ABCDEFabcdefh#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h MinCharsKeyPassphraseh ui1h"j h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsKeyPassphraseh ui1h"63h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsKeyPassphraseh stringh"_0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz !"#$%&'()*+,-./:;<=>?@[\]^_`{|}~h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h BeaconAdvertisementEnabledh booleanh"h6h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h TotalAssociationsh ui2h"h6h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h AssociatedDeviceMACAddressh stringh"Nh#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h AssociatedDeviceIPAddressh stringh"Nh#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h AssociatedDeviceAuthStateh booleanh"h6h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h StickSurfEnableh booleanh"h6h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h TotalPacketsSenth ui4h"h6h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h TotalPacketsReceivedh ui4h"h6h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_IPTVoptimizeh booleanh"h6h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SignalStrengthh ui1h"h6h#]h%j/ h&h()}(h+h6h,100h-h4ububh)}(h X_AVM-DE_Speedh ui2h"h6h#]h%j/ h&h()}(h+Nh,Nh-Nububh)}(h NightControlh stringh"Nh#]h%j0 h&h()}(h+Nh,Nh-Nububh)}(h NightTimeControlNoForcedOffh booleanh"h6h#]h%j
0 h&h()}(h+Nh,Nh-Nububh)}(h TrafficModeh stringh"Nh#]h%j0 h&h()}(h+Nh,Nh-Nububh)}(h ManualSpeedh booleanh"h6h#]h%j0 h&h()}(h+Nh,Nh-Nububh)}(h
MaxSpeedDSh ui4h"h6h#]h%j"0 h&h()}(h+Nh,Nh-Nububh)}(h
MaxSpeedUSh ui4h"h6h#]h%j)0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_APEnabledh stringh"Nh#]h%j00 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_APTypeh stringh"Nh#]h%j70 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_TimeoutActiveh stringh"Nh#]h%j>0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_Timeouth stringh"Nh#]h%jE0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_TimeRemainh stringh"Nh#]h%jL0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_NoForcedOffh stringh"Nh#]h%jS0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_UserIsolationh stringh"Nh#]h%jZ0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_EncryptionModeh stringh"Nh#]h%ja0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_LastChangedStamph ui4h"h6h#]h%jh0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_PossibleBeaconTypesh stringh"Nh#]h%jo0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WPSModeh stringh"Nh#](otherstoppbceh%jv0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WPSStatush stringh"Nh#](offinactiveactivesuccess
err_common err_timeout err_reconfig err_internal err_abortNeh%j0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WPSEnableh booleanh"h6h#]h%j0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WLANDeviceListPathh stringh"Nh#]h%j0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SpeedRXh ui4h"h6h#]h%j0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SpeedMaxh ui4h"h6h#]h%j0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SpeedRXMaxh ui4h"h6h#]h%j0 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WLANGlobalEnableh booleanh"h6h#]h%j0 h&h()}(h+Nh,Nh-Nububeh.h0)}(h3h4h5h6ubh7h9)}h?@[\]^_`{|}~h#]h%j4 h&h()}(h+Nh,Nh-Nububh)}(h MinCharsPSKh ui1h"64h#]h%j4 h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsPSKh ui1h"64h#]h%j4 h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsPSKh stringh"0123456789ABCDEFabcdefh#]h%j4 h&h()}(h+Nh,Nh-Nububh)}(h MinCharsKeyPassphraseh ui1h"j h#]h%j4 h&h()}(h+Nh,Nh-Nububh)}(h MaxCharsKeyPassphraseh ui1h"63h#]h%j4 h&h()}(h+Nh,Nh-Nububh)}(h AllowedCharsKeyPassphraseh stringh"_0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz !"#$%&'()*+,-./:;<=>?@[\]^_`{|}~h#]h%j4 h&h()}(h+Nh,Nh-Nububh)}(h BeaconAdvertisementEnabledh booleanh"h6h#]h%j4 h&h()}(h+Nh,Nh-Nububh)}(h TotalAssociationsh ui2h"h6h#]h%j4 h&h()}(h+Nh,Nh-Nububh)}(h AssociatedDeviceMACAddressh stringh"Nh#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h AssociatedDeviceIPAddressh stringh"Nh#]h%j 5 h&h()}(h+Nh,Nh-Nububh)}(h AssociatedDeviceAuthStateh booleanh"h6h#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h StickSurfEnableh booleanh"h6h#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h TotalPacketsSenth ui4h"h6h#]h%j!5 h&h()}(h+Nh,Nh-Nububh)}(h TotalPacketsReceivedh ui4h"h6h#]h%j(5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_IPTVoptimizeh booleanh"h6h#]h%j/5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SignalStrengthh ui1h"h6h#]h%j65 h&h()}(h+h6h,100h-h4ububh)}(h X_AVM-DE_Speedh ui2h"h6h#]h%j>5 h&h()}(h+Nh,Nh-Nububh)}(h NightControlh stringh"Nh#]h%jE5 h&h()}(h+Nh,Nh-Nububh)}(h NightTimeControlNoForcedOffh booleanh"h6h#]h%jL5 h&h()}(h+Nh,Nh-Nububh)}(h TrafficModeh stringh"Nh#]h%jS5 h&h()}(h+Nh,Nh-Nububh)}(h ManualSpeedh booleanh"h6h#]h%jZ5 h&h()}(h+Nh,Nh-Nububh)}(h
MaxSpeedDSh ui4h"h6h#]h%ja5 h&h()}(h+Nh,Nh-Nububh)}(h
MaxSpeedUSh ui4h"h6h#]h%jh5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_APEnabledh stringh"Nh#]h%jo5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_APTypeh stringh"Nh#]h%jv5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_TimeoutActiveh stringh"Nh#]h%j}5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_Timeouth stringh"Nh#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_TimeRemainh stringh"Nh#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_NoForcedOffh stringh"Nh#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_UserIsolationh stringh"Nh#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_EncryptionModeh stringh"Nh#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_LastChangedStamph ui4h"h6h#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_PossibleBeaconTypesh stringh"Nh#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WPSModeh stringh"Nh#](otherstoppbceh%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WPSStatush stringh"Nh#](offinactiveactivesuccess
err_common err_timeout err_reconfig err_internal err_abortNeh%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WPSEnableh booleanh"h6h#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WLANDeviceListPathh stringh"Nh#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SpeedRXh ui4h"h6h#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SpeedMaxh ui4h"h6h#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_SpeedRXMaxh ui4h"h6h#]h%j5 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WLANGlobalEnableh booleanh"h6h#]h%j5 h&h()}(h+Nh,Nh-Nububeh.h0)}(h3h4h5h6ubh7h9)}h7 h&h()}(h+Nh,Nh-Nububh)}(h Activeh booleanh"h6h#]h%jE7 h&h()}(h+Nh,Nh-Nububh)}(h HostNameh stringh"Nh#]h%jL7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_ChangeCounterh ui4h"h6h#]h%jS7 h&h()}(h+Nh,Nh-Nububh)}(h AutoWOLEnabledh booleanh"h6h#]h%jZ7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_Disallowh booleanh"h6h#]h%ja7 h&h()}(h+Nh,Nh-Nububh)}(h
X_AVM-DE_Porth ui4h"h6h#]h%jh7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_Speedh ui4h"h6h#]h%jo7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_URLh stringh"Nh#]h%jv7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_UpdateAvailableh booleanh"h6h#]h%j}7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_UpdateSuccessfulh stringh"Nh#](unknownfailed succeededeh%j7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_InfoURLh stringh"Nh#]h%j7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_Modelh stringh"Nh#]h%j7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_HostListPathh stringh"Nh#]h%j7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_MeshListPathh stringh"Nh#]h%j7 h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_WANAccessh stringh"Nh#](errorgranteddeniedeh%j7 h&h()}(h+Nh,Nh-Nububeh.h0)}(h3h4h5h6ubh7h9)}hurn:LANEthernetIfCfg-com:serviceId:LANEthernetInterfaceConfig1hF /upnp/control/lanethernetifcfghH /upnp/control/lanethernetifcfghJ/ethifconfigSCPD.xmlubh)}(hh)}(h](hW)}(hZ](h])}(h NewDHCPServerConfigurablehaouthcDHCPServerConfigurableubh])}(h NewDHCPRelayhaouthc DHCPRelayubh])}(h
NewMinAddresshaouthc
MinAddressubh])}(h
NewMaxAddresshaouthc
MaxAddressubh])}(h NewReservedAddresseshaouthcReservedAddressesubh])}(h NewDHCPServerEnablehaouthcDHCPServerEnableubh])}(h
NewDNSServershaouthc
DNSServersubh])}(h
NewDomainNamehaouthc
DomainNameubh])}(h NewIPRoutershaouthc IPRoutersubh])}(h
NewSubnetMaskhaouthc
SubnetMaskubehtNh GetInfohvhx)}h< h&h()}(h+Nh,Nh-Nububh)}(h UpstreamCurrRateh i4h"h6h#]h%jE< h&h()}(h+Nh,Nh-Nububh)}(h DownstreamCurrRateh ui4h"h6h#]h%jL< h&h()}(h+Nh,Nh-Nububh)}(h UpstreamMaxRateh ui4h"h6h#]h%jS< h&h()}(h+Nh,Nh-Nububh)}(h DownstreamMaxRateh ui4h"h6h#]h%jZ< h&h()}(h+Nh,Nh-Nububh)}(h UpstreamNoiseMarginh ui4h"h6h#]h%ja< h&h()}(h+Nh,Nh-Nububh)}(h DownstreamNoiseMarginh ui4h"h6h#]h%jh< h&h()}(h+Nh,Nh-Nububh)}(h UpstreamAttenuationh ui4h"h6h#]h%jo< h&h()}(h+Nh,Nh-Nububh)}(h DownstreamAttenuationh ui4h"h6h#]h%jv< h&h()}(h+Nh,Nh-Nububh)}(h
ATURVendorh stringh"Nh#]h%j}< h&h()}(h+Nh,Nh-Nububh)}(h ATURCountryh stringh"Nh#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h
UpstreamPowerh ui2h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h DownstreamPowerh ui2h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.ReceiveBlocksh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.TransmitBlocksh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.CellDelinh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.LinkRetrainh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.InitErrorsh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.InitTimeoutsh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.LossOfFramingh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.ErroredSecsh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.SeverelyErroredSecsh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.FECErrorsh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.ATUCFECErrorsh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.HECErrorsh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.ATUCHECErrorsh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.CRCErrorsh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h Stats.Total.ATUCCRCErrorsh ui4h"h6h#]h%j< h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_DSLDiagnoseStateh stringh"Nh#]h%j= h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_CableNokDistanceh i4h"h6h#]h%j = h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_DSLLastDiagnoseTimeh ui4h"h6h#]h%j= h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_DSLSignalLossTimeh ui4h"h6h#]h%j= h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_DSLActiveh booleanh"h6h#]h%j = h&h()}(h+Nh,Nh-Nububh)}(h X_AVM-DE_DSLSynch booleanh"h6h#]h%j%= h&h()}(h+Nh,Nh-Nububh)}(h SNRGdsh ui4h"h4h#]h%j,= h&h()}(h+Nh,Nh-Nububh)}(h SNRGush ui4h"h4h#]h%j3= h&h()}(h+Nh,Nh-Nububh)}(h SNRpsdsh stringh"Nh#]h%j:= h&h()}(h+Nh,Nh-Nububh)}(h SNRpsush stringh"Nh#]h%jA= h&h()}(h+Nh,Nh-Nububh)}(h SNRMTdsh ui4h"h6h#]h%jH= h&h()}(h+Nh,Nh-Nububh)}(h SNRMTush ui4h"h6h#]h%jO= h&h()}(h+Nh,Nh-Nububh)}(h LATNdsh stringh"Nh#]h%jV= h&h()}(h+Nh,Nh-Nububh)}(h LATNush stringh"Nh#]h%j]= h&h()}(h+Nh,Nh-Nububh)}(h ModulationTypeh stringh"Nh#]( ADSL G.liteG.shdslIDSLHDSLSDSLVDSLeh%jd= h&h()}(h+Nh,Nh-Nububh)}(h
LinkStatush stringh"Nh#](UpDown Initializing Unavailableeh%jq= h&h()}(h+Nh,Nh-Nububh)}(h CurrentProfileh stringh"Nh#]h%j|= h&h()}(h+Nh,Nh-Nububeh.h0)}(h3h4h5h6ubh7h9)}h sbubhW)}(hZ]h])}(h NewATMEncapsulationhainhcATMEncapsulationubahtNh SetATMEncapsulationhvhx)}h sbubhW)}(hZ]h])}(h NewATMEncapsulationhaouthcATMEncapsulationubahtNh GetATMEncapsulationhvhx)}h sbubhW)}(hZ](h])}(h NewATMTransmittedBlockshaouthcATMTransmittedBlocksubh])}(h NewATMReceivedBlockshaouthcATMReceivedBlocksubh])}(h NewAAL5CRCErrorshaouthc
AAL5CRCErrorsubh])}(h NewATMCRCErrorshaouthc ATMCRCErrorsubehtNh
GetStatisticshvhx)}h sbubeh](h)}(h Enableh booleanh"h6h#]h%jB> h&h()}(h+Nh,Nh-Nububh)}(h LinkTypeh stringh"Nh#](EoAPPPoAPPPoE Unconfiguredeh%jI> h&h()}(h+Nh,Nh-Nububh)}(h
LinkStatush stringh"Nh#](UpDown Initializing Unavailableeh%jT> h&h()}(h+Nh,Nh-Nububh)}(h DestinationAddressh stringh"Nh#]h%j_> h&h()}(h+Nh,Nh-Nububh)}(h ATMEncapsulationh stringh"Nh#](LLCVCMUXeh%jf> h&h()}(h+Nh,Nh-Nububh)}(h
AutoConfigh booleanh"h6h#]h%jo> h&h()}(h+Nh,Nh-Nububh)}(h ATMQoSh stringh"Nh#]h%jv> h&h()}(h+Nh,Nh-Nububh)}(h ATMPeakCellRateh ui4h"h6h#]h%j}> h&h()}(h+Nh,Nh-Nububh)}(h ATMSustainableCellRateh ui4h"h6h#]h%j> h&h()}(h+Nh,Nh-Nububh)}(h ATMTransmittedBlocksh ui4h"h6h#]h%j> h&h()}(h+Nh,Nh-Nububh)}(h ATMReceivedBlocksh ui4h"h6h#]h%j> h&h()}(h+Nh,Nh-Nububh)}(h
AAL5CRCErrorsh ui4h"h6h#]h%j> h&h()}(h+Nh,Nh-Nububh)}(h ATMCRCErrorsh ui4h"h6h#]h%j> h&h()}(h+Nh,Nh-Nububeh.h0)}(h3h4h5h6ubh7h9)}h sbubhNhNhB+urn:dslforum-org:service:WANDSLLinkConfig:1hD4urn:WANDSLLinkConfig-com:serviceId:WANDSLLinkConfig1hF /upnp/control/wandsllinkconfig1hH /upnp/control/wandsllinkconfig1hJ/wandsllinkconfigSCPD.xmlubh)}(hh)}(h]hW)}(hZ]h])}(h NewEthernetLinkStatushaouthcEthernetLinkStatusubahtNh GetEthernetLinkStatushvhx)}h sbubah]h)}(h EthernetLinkStatush stringh"Nh#]h%j> h&h()}(h+Nh,Nh-Nububah.h0)}(h3h4h5h6ubh7h9)}h sbh=h?)}h sbubhNhNhB0urn:dslforum-org:service:WANEthernetLinkConfig:1hD>urn:WANEthernetLinkConfig-com:serviceId:WANEthernetLinkConfig1hF /upnp/control/wanethlinkconfig1hH /upnp/control/wanethlinkconfig1hJ/wanethlinkconfigSCPD.xmlubh)}(hh)}(h](hW)}(hZ](h])}(h NewEnablehaouthcEnableubh])}(h NewConnectionStatushaouthcConnectionStatusubh])}(h NewPossibleConnectionTypeshaouthcPossibleConnectionTypesubh])}(h NewConnectionTypehaouthcConnectionTypeubh])}(h NewNamehaouthcNameubh])}(h NewUptimehaouthcUptimeubh])}(h NewUpstreamMaxBitRatehaouthcUpstreamMaxBitRateubh])}(h NewDownstreamMaxBitRatehaouthcDownstreamMaxBitRateubh])}(h NewLastConnectionErrorhaouthcLastConnectionErrorubh])}(h NewIdleDisconnectTimehaouthcIdleDisconnectTimeubh])}(h NewRSIPAvailablehaouthc
RSIPAvailableubh])}(h NewUserNamehaouthcUserNameubh])}(h
NewNATEnabledhaouthc
NATEnabledubh])}(h NewExternalIPAddresshaouthcExternalIPAddressubh])}(h
NewDNSServershaouthc
DNSServersubh])}(h
NewMACAddresshaouthc
MACAddressubh])}(h NewConnectionTriggerhaouthcConnectionTriggerubh])}(h NewLastAuthErrorInfohaouthcLastAuthErrorInfoubh])}(h NewMaxCharsUsernamehaouthcMaxCharsUsernameubh])}(h NewMinCharsUsernamehaouthcMinCharsUsernameubh])}(h NewAllowedCharsUsernamehaouthcAllowedCharsUsernameubh])}(h NewMaxCharsPasswordhaouthcMaxCharsPasswordubh])}(h NewMinCharsPasswordhaouthcMinCharsPasswordubh])}(h NewAllowedCharsPasswordhaouthcAllowedCharsPasswordubh])}(h NewTransportTypehaouthc
TransportTypeubh])}(h NewRouteProtocolRxhaouthcRouteProtocolRxubh])}(h NewPPPoEServiceNamehaouthcPPPoEServiceNameubh])}(h NewRemoteIPAddresshaouthcRemoteIPAddressubh])}(h NewPPPoEACNamehaouthc PPPoEACNameubh])}(h
NewDNSEnabledhaouthc
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-
1
192.168.178.54
F8:4D:89:7C:0A:32
1
MacBook
802.11
0
866
0
unknown
0
0
granted
0
-
2
192.168.178.34
C2:39:6F:FB:A3:E8
1
fritz.repeater
Ethernet
3
100
0
succeeded
FRITZ!Repeater 1200
http://192.168.178.34
0
0
granted
0
-
4
192.168.178.32
B4:CD:27:37:78:E4
0
someones-HUAWEI
802.11
0
0
0
unknown
0
0
granted
0
-
3
192.168.178.49
B8:27:EB:D1:DC:06
1
raspberrypi
Ethernet
1
1000
0
unknown
0
0
granted
0
fritzconnection-1.15.0/fritzconnection/tests/xml/igdconnSCPD.xml 0000664 0000000 0000000 00000034735 15012115545 0025024 0 ustar 00root root 0000000 0000000
1
0
SetConnectionType
NewConnectionType
in
ConnectionType
GetConnectionTypeInfo
NewConnectionType
out
ConnectionType
NewPossibleConnectionTypes
out
PossibleConnectionTypes
GetAutoDisconnectTime
NewAutoDisconnectTime
out
AutoDisconnectTime
GetIdleDisconnectTime
NewIdleDisconnectTime
out
IdleDisconnectTime
RequestConnection
RequestTermination
ForceTermination
GetStatusInfo
NewConnectionStatus
out
ConnectionStatus
NewLastConnectionError
out
LastConnectionError
NewUptime
out
Uptime
GetNATRSIPStatus
NewRSIPAvailable
out
RSIPAvailable
NewNATEnabled
out
NATEnabled
GetGenericPortMappingEntry
NewPortMappingIndex
in
PortMappingNumberOfEntries
NewRemoteHost
out
RemoteHost
NewExternalPort
out
ExternalPort
NewProtocol
out
PortMappingProtocol
NewInternalPort
out
InternalPort
NewInternalClient
out
InternalClient
NewEnabled
out
PortMappingEnabled
NewPortMappingDescription
out
PortMappingDescription
NewLeaseDuration
out
PortMappingLeaseDuration
GetSpecificPortMappingEntry
NewRemoteHost
in
RemoteHost
NewExternalPort
in
ExternalPort
NewProtocol
in
PortMappingProtocol
NewInternalPort
out
InternalPort
NewInternalClient
out
InternalClient
NewEnabled
out
PortMappingEnabled
NewPortMappingDescription
out
PortMappingDescription
NewLeaseDuration
out
PortMappingLeaseDuration
AddPortMapping
NewRemoteHost
in
RemoteHost
NewExternalPort
in
ExternalPort
NewProtocol
in
PortMappingProtocol
NewInternalPort
in
InternalPort
NewInternalClient
in
InternalClient
NewEnabled
in
PortMappingEnabled
NewPortMappingDescription
in
PortMappingDescription
NewLeaseDuration
in
PortMappingLeaseDuration
DeletePortMapping
NewRemoteHost
in
RemoteHost
NewExternalPort
in
ExternalPort
NewProtocol
in
PortMappingProtocol
GetExternalIPAddress
NewExternalIPAddress
out
ExternalIPAddress
X_AVM_DE_GetExternalIPv6Address
NewExternalIPv6Address
out
ExternalIPv6Address
NewPrefixLength
out
PrefixLength
NewValidLifetime
out
ValidLifetime
NewPreferedLifetime
out
PreferedLifetime
X_AVM_DE_GetIPv6Prefix
NewIPv6Prefix
out
IPv6Prefix
NewPrefixLength
out
PrefixLength
NewValidLifetime
out
ValidLifetime
NewPreferedLifetime
out
PreferedLifetime
X_AVM_DE_GetDNSServer
NewIPv4DNSServer1
out
IPv4DNSServer1
NewIPv4DNSServer2
out
IPv4DNSServer2
X_AVM_DE_GetIPv6DNSServer
NewIPv6DNSServer1
out
IPv6DNSServer1
NewValidLifetime1
out
ValidLifetime1
NewIPv6DNSServer2
out
IPv6DNSServer2
NewValidLifetime
out
ValidLifetime2
ConnectionType
string
Unconfigured
PossibleConnectionTypes
string
Unconfigured
IP_Routed
IP_Bridged
ConnectionStatus
string
Unconfigured
Unconfigured
Connecting
Authenticating
Connected
PendingDisconnect
Disconnecting
Disconnected
Uptime
ui4
0
0
4294967295
1
RSIPAvailable
boolean
0
NATEnabled
boolean
1
LastConnectionError
string
ERROR_NONE
ERROR_NONE
ERROR_ISP_TIME_OUT
ERROR_COMMAND_ABORTED
ERROR_NOT_ENABLED_FOR_INTERNET
ERROR_BAD_PHONE_NUMBER
ERROR_USER_DISCONNECT
ERROR_ISP_DISCONNECT
ERROR_IDLE_DISCONNECT
ERROR_FORCED_DISCONNECT
ERROR_SERVER_OUT_OF_RESOURCES
ERROR_RESTRICTED_LOGON_HOURS
ERROR_ACCOUNT_DISABLED
ERROR_ACCOUNT_EXPIRED
ERROR_PASSWORD_EXPIRED
ERROR_AUTHENTICATION_FAILURE
ERROR_NO_DIALTONE
ERROR_NO_CARRIER
ERROR_NO_ANSWER
ERROR_LINE_BUSY
ERROR_UNSUPPORTED_BITSPERSECOND
ERROR_TOO_MANY_LINE_ERRORS
ERROR_IP_CONFIGURATION
ERROR_UNKNOWN
AutoDisconnectTime
ui4
0
IdleDisconnectTime
ui4
0
ExternalIPAddress
string
ExternalIPv6Address
string
ValidLifetime
ui4
0
PreferedLifetime
ui4
0
IPv6Prefix
string
PrefixLength
ui1
0
IPv4DNSServer1
string
IPv4DNSServer2
string
IPv6DNSServer1
string
IPv6DNSServer2
string
ValidLifetime1
ui4
0
ValidLifetime2
ui4
0
RemoteHost
string
ExternalPort
ui2
0
InternalPort
ui2
0
PortMappingProtocol
string
TCP
UDP
InternalClient
string
PortMappingDescription
string
PortMappingEnabled
boolean
0
PortMappingLeaseDuration
ui4
0
PortMappingNumberOfEntries
ui2
0
fritzconnection-1.15.0/fritzconnection/tests/xml/igddesc.xml 0000664 0000000 0000000 00000006512 15012115545 0024323 0 ustar 00root root 0000000 0000000
1
0
urn:schemas-upnp-org:device:InternetGatewayDevice:1
FRITZ!Box 7590
AVM Berlin
http://www.avm.de
FRITZ!Box 7590
FRITZ!Box 7590
avm
http://www.avm.de
uuid:75802409-bccb-just-a-test-udn
image/gif
118
119
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/ligd.gif
urn:schemas-any-com:service:Any:1
urn:any-com:serviceId:any1
/igdupnp/control/any
/igdupnp/control/any
/any.xml
urn:schemas-upnp-org:device:WANDevice:1
WANDevice - FRITZ!Box 7590
AVM Berlin
www.avm.de
WANDevice - FRITZ!Box 7590
WANDevice - FRITZ!Box 7590
avm
www.avm.de
uuid:76802409-bccb-40e7-8e6b-989BCB2B93B0
AVM IGD
urn:schemas-upnp-org:service:WANCommonInterfaceConfig:1
urn:upnp-org:serviceId:WANCommonIFC1
/igdupnp/control/WANCommonIFC1
/igdupnp/control/WANCommonIFC1
/igdicfgSCPD.xml
urn:schemas-upnp-org:device:WANConnectionDevice:1
WANConnectionDevice - FRITZ!Box 7590
AVM Berlin
www.avm.de
WANConnectionDevice - FRITZ!Box 7590
WANConnectionDevice - FRITZ!Box 7590
avm
www.avm.de
uuid:76802409-bccb-40e7-8e6a-989BCB2B93B0
AVM IGD
urn:schemas-upnp-org:service:WANDSLLinkConfig:1
urn:upnp-org:serviceId:WANDSLLinkC1
/igdupnp/control/WANDSLLinkC1
/igdupnp/control/WANDSLLinkC1
/igddslSCPD.xml
urn:schemas-upnp-org:service:WANIPConnection:1
urn:upnp-org:serviceId:WANIPConn1
/igdupnp/control/WANIPConn1
/igdupnp/control/WANIPConn1
/igdconnSCPD.xml
urn:schemas-upnp-org:service:WANIPv6FirewallControl:1
urn:upnp-org:serviceId:WANIPv6Firewall1
/igd2upnp/control/WANIPv6Firewall1
/igd2upnp/control/WANIPv6Firewall1
/igd2ipv6fwcSCPD.xml
http://fritz.box
fritzconnection-1.15.0/fritzconnection/tests/xml/tr64desc.xml 0000664 0000000 0000000 00000031324 15012115545 0024356 0 ustar 00root root 0000000 0000000
1
0
226
154
7
10
67453
154.07.10
urn:dslforum-org:device:InternetGatewayDevice:1
FRITZ!Box 7590
AVM
www.avm.de
FRITZ!Box 7590
FRITZ!Box 7590
- avm
www.avm.de
uuid:739f2409-bccb-40e7-8e6c-989BCB2B93B0
image/gif
118
119
8
/ligd.gif
urn:dslforum-org:service:DeviceInfo:1
urn:DeviceInfo-com:serviceId:DeviceInfo1
/upnp/control/deviceinfo
/upnp/control/deviceinfo
/deviceinfoSCPD.xml
urn:dslforum-org:service:DeviceConfig:1
urn:DeviceConfig-com:serviceId:DeviceConfig1
/upnp/control/deviceconfig
/upnp/control/deviceconfig
/deviceconfigSCPD.xml
urn:dslforum-org:service:Layer3Forwarding:1
urn:Layer3Forwarding-com:serviceId:Layer3Forwarding1
/upnp/control/layer3forwarding
/upnp/control/layer3forwarding
/layer3forwardingSCPD.xml
urn:dslforum-org:service:LANConfigSecurity:1
urn:LANConfigSecurity-com:serviceId:LANConfigSecurity1
/upnp/control/lanconfigsecurity
/upnp/control/lanconfigsecurity
/lanconfigsecuritySCPD.xml
urn:dslforum-org:service:ManagementServer:1
urn:ManagementServer-com:serviceId:ManagementServer1
/upnp/control/mgmsrv
/upnp/control/mgmsrv
/mgmsrvSCPD.xml
urn:dslforum-org:service:Time:1
urn:Time-com:serviceId:Time1
/upnp/control/time
/upnp/control/time
/timeSCPD.xml
urn:dslforum-org:service:UserInterface:1
urn:UserInterface-com:serviceId:UserInterface1
/upnp/control/userif
/upnp/control/userif
/userifSCPD.xml
urn:dslforum-org:service:X_AVM-DE_Storage:1
urn:X_AVM-DE_Storage-com:serviceId:X_AVM-DE_Storage1
/upnp/control/x_storage
/upnp/control/x_storage
/x_storageSCPD.xml
urn:dslforum-org:service:X_AVM-DE_WebDAVClient:1
urn:X_AVM-DE_WebDAV-com:serviceId:X_AVM-DE_WebDAVClient1
/upnp/control/x_webdav
/upnp/control/x_webdav
/x_webdavSCPD.xml
urn:dslforum-org:service:X_AVM-DE_UPnP:1
urn:X_AVM-DE_UPnP-com:serviceId:X_AVM-DE_UPnP1
/upnp/control/x_upnp
/upnp/control/x_upnp
/x_upnpSCPD.xml
urn:dslforum-org:service:X_AVM-DE_Speedtest:1
urn:X_AVM-DE_Speedtest-com:serviceId:X_AVM-DE_Speedtest1
/upnp/control/x_speedtest
/upnp/control/x_speedtest
/x_speedtestSCPD.xml
urn:dslforum-org:service:X_AVM-DE_RemoteAccess:1
urn:X_AVM-DE_RemoteAccess-com:serviceId:X_AVM-DE_RemoteAccess1
/upnp/control/x_remote
/upnp/control/x_remote
/x_remoteSCPD.xml
urn:dslforum-org:service:X_AVM-DE_MyFritz:1
urn:X_AVM-DE_MyFritz-com:serviceId:X_AVM-DE_MyFritz1
/upnp/control/x_myfritz
/upnp/control/x_myfritz
/x_myfritzSCPD.xml
urn:dslforum-org:service:X_VoIP:1
urn:X_VoIP-com:serviceId:X_VoIP1
/upnp/control/x_voip
/upnp/control/x_voip
/x_voipSCPD.xml
urn:dslforum-org:service:X_AVM-DE_OnTel:1
urn:X_AVM-DE_OnTel-com:serviceId:X_AVM-DE_OnTel1
/upnp/control/x_contact
/upnp/control/x_contact
/x_contactSCPD.xml
urn:dslforum-org:service:X_AVM-DE_Dect:1urn:X_AVM-DE_Dect-com:serviceId:X_AVM-DE_Dect1/upnp/control/x_dect/upnp/control/x_dect/x_dectSCPD.xml
urn:dslforum-org:service:X_AVM-DE_TAM:1urn:X_AVM-DE_TAM-com:serviceId:X_AVM-DE_TAM1/upnp/control/x_tam/upnp/control/x_tam/x_tamSCPD.xml
urn:dslforum-org:service:X_AVM-DE_AppSetup:1
urn:X_AVM-DE_AppSetup-com:serviceId:X_AVM-DE_AppSetup1
/upnp/control/x_appsetup
/upnp/control/x_appsetup
/x_appsetupSCPD.xml
urn:dslforum-org:service:X_AVM-DE_Homeauto:1
urn:X_AVM-DE_Homeauto-com:serviceId:X_AVM-DE_Homeauto1
/upnp/control/x_homeauto
/upnp/control/x_homeauto
/x_homeautoSCPD.xml
urn:dslforum-org:service:X_AVM-DE_Homeplug:1
urn:X_AVM-DE_Homeplug-com:serviceId:X_AVM-DE_Homeplug1
/upnp/control/x_homeplug
/upnp/control/x_homeplug
/x_homeplugSCPD.xml
urn:dslforum-org:service:X_AVM-DE_Filelinks:1
urn:X_AVM-DE_Filelinks-com:serviceId:X_AVM-DE_Filelinks1
/upnp/control/x_filelinks
/upnp/control/x_filelinks
/x_filelinksSCPD.xml
urn:dslforum-org:service:X_AVM-DE_Auth:1
urn:X_AVM-DE_Auth-com:serviceId:X_AVM-DE_Auth1
/upnp/control/x_auth
/upnp/control/x_auth
/x_authSCPD.xml
urn:dslforum-org:device:LANDevice:1
LANDevice - FRITZ!Box 7590
AVM
www.avm.de
LANDevice - FRITZ!Box 7590
LANDevice - FRITZ!Box 7590
- avm
www.avm.de
uuid:75802409-bccb-40e7-8e6b-989BCB2B93B0
AVM TR-064
urn:dslforum-org:service:WLANConfiguration:1
urn:WLANConfiguration-com:serviceId:WLANConfiguration1
/upnp/control/wlanconfig1
/upnp/control/wlanconfig1
/wlanconfigSCPD.xml
urn:dslforum-org:service:WLANConfiguration:2urn:WLANConfiguration-com:serviceId:WLANConfiguration2/upnp/control/wlanconfig2/upnp/control/wlanconfig2/wlanconfigSCPD.xmlurn:dslforum-org:service:WLANConfiguration:3urn:WLANConfiguration-com:serviceId:WLANConfiguration3/upnp/control/wlanconfig3/upnp/control/wlanconfig3/wlanconfigSCPD.xml
urn:dslforum-org:service:Hosts:1
urn:LanDeviceHosts-com:serviceId:Hosts1
/upnp/control/hosts
/upnp/control/hosts
/hostsSCPD.xml
urn:dslforum-org:service:LANEthernetInterfaceConfig:1
urn:LANEthernetIfCfg-com:serviceId:LANEthernetInterfaceConfig1
/upnp/control/lanethernetifcfg
/upnp/control/lanethernetifcfg
/ethifconfigSCPD.xml
urn:dslforum-org:service:LANHostConfigManagement:1
urn:LANHCfgMgm-com:serviceId:LANHostConfigManagement1
/upnp/control/lanhostconfigmgm
/upnp/control/lanhostconfigmgm
/lanhostconfigmgmSCPD.xml
urn:dslforum-org:device:WANDevice:1
WANDevice - FRITZ!Box 7590
AVM
www.avm.de
WANDevice - FRITZ!Box 7590
WANDevice - FRITZ!Box 7590
- avm
www.avm.de
uuid:75802409-bccb-40e7-8e6a-989BCB2B93B0
AVM TR-064
urn:dslforum-org:service:WANCommonInterfaceConfig:1
urn:WANCIfConfig-com:serviceId:WANCommonInterfaceConfig1
/upnp/control/wancommonifconfig1
/upnp/control/wancommonifconfig1
/wancommonifconfigSCPD.xml
urn:dslforum-org:service:WANDSLInterfaceConfig:1
urn:WANDSLIfConfig-com:serviceId:WANDSLInterfaceConfig1
/upnp/control/wandslifconfig1
/upnp/control/wandslifconfig1
/wandslifconfigSCPD.xml
urn:dslforum-org:device:WANConnectionDevice:1
WANConnectionDevice - FRITZ!Box 7590
AVM
www.avm.de
WANConnectionDevice - FRITZ!Box 7590
WANConnectionDevice - FRITZ!Box 7590
- avm
www.avm.de
uuid:75802409-bccb-40e7-8e69-989BCB2B93B0
AVM TR-064
urn:dslforum-org:service:WANDSLLinkConfig:1
urn:WANDSLLinkConfig-com:serviceId:WANDSLLinkConfig1
/upnp/control/wandsllinkconfig1
/upnp/control/wandsllinkconfig1
/wandsllinkconfigSCPD.xml
urn:dslforum-org:service:WANEthernetLinkConfig:1
urn:WANEthernetLinkConfig-com:serviceId:WANEthernetLinkConfig1
/upnp/control/wanethlinkconfig1
/upnp/control/wanethlinkconfig1
/wanethlinkconfigSCPD.xml
urn:dslforum-org:service:WANPPPConnection:1
urn:WANPPPConnection-com:serviceId:WANPPPConnection1
/upnp/control/wanpppconn1
/upnp/control/wanpppconn1
/wanpppconnSCPD.xml
urn:dslforum-org:service:WANIPConnection:1
urn:WANIPConnection-com:serviceId:WANIPConnection1
/upnp/control/wanipconnection1
/upnp/control/wanipconnection1
/wanipconnSCPD.xml
http://fritz.box
fritzconnection-1.15.0/noxfile.py 0000664 0000000 0000000 00000004045 15012115545 0017034 0 ustar 00root root 0000000 0000000 import nox
PYTHON_TEST_VERSIONS = ("3.7", "3.8", "3.9", "3.10", "3.11", "3.12", "3.13", "3.14")
PYTHON_DEVELOPMENT_VERSION = "3.11"
@nox.session(python=PYTHON_TEST_VERSIONS)
def test(session):
session.install("-e", ".")
session.install("requests", "pytest")
session.run("pytest", "-m", "not routertest")
@nox.session(python=PYTHON_TEST_VERSIONS)
def test_router(session):
session.install("-e", ".")
session.install("requests", "pytest")
session.run("pytest", "-m", "routertest")
@nox.session(python=PYTHON_TEST_VERSIONS)
def test_all(session):
session.install("-e", ".")
session.install("requests", "pytest")
session.run("pytest")
@nox.session(name="check")
def ruff_check(session):
session.run("ruff", "check", "fritzconnection", external=True)
@nox.session
def mypy(session):
session.install("-e", ".")
session.install("mypy==1.11.1", "types-requests", "segno")
session.run("mypy", "fritzconnection/core/fritzconnection.py")
session.run("mypy", "fritzconnection/core/fritzmonitor.py")
session.run("mypy", "fritzconnection/lib")
@nox.session
def sphinx(session):
session.install("-e", ".")
session.install("pip-tools==7.3.0")
session.run(
"pip-compile",
"--strip-extras",
"-q",
"--output-file=docs/requirements.out",
"docs/requirements.txt"
#"docs/requirements.local.in"
)
session.install("-r", "docs/requirements.out")
session.run("sphinx-build", "docs", "docs_out")
@nox.session(python=PYTHON_DEVELOPMENT_VERSION)
def build(session):
session.install("-e", ".")
session.run("python", "setup.py", "sdist", "bdist_wheel")
@nox.session(name="check-twine", python=PYTHON_DEVELOPMENT_VERSION)
def check_twine(session):
session.install("-e", ".")
session.install("twine")
session.run("twine", "check", "dist/*")
@nox.session(name="upload-to-pypi", python=PYTHON_DEVELOPMENT_VERSION)
def upload_to_pypi(session):
session.install("-e", ".")
session.install("twine")
session.run("twine", "upload", "dist/*")
fritzconnection-1.15.0/pytest.ini 0000664 0000000 0000000 00000000156 15012115545 0017046 0 ustar 00root root 0000000 0000000 [pytest]
addopts = -l --strict -p no:warnings
norecursedirs = lib include .tox local
python_files = test_*.py
fritzconnection-1.15.0/setup.py 0000664 0000000 0000000 00000004706 15012115545 0016534 0 ustar 00root root 0000000 0000000 import os
import re
from setuptools import setup, find_packages
def get_long_description():
with open("README.md") as file:
return file.read()
def get_version():
path = os.path.join("fritzconnection", "__init__.py")
with open(path) as file:
content = file.read()
mo = re.search(r'\n\s*__version__\s*=\s*[\'"]([^\'"]*)[\'"]', content)
if mo:
return mo.group(1)
raise RuntimeError(f"Unable to find version string in {path}")
setup(
name="fritzconnection",
version=get_version(),
packages=find_packages(exclude=["*.tests"]),
license="MIT",
description="Communicate with the AVM FRITZ!Box",
long_description_content_type="text/markdown",
long_description=get_long_description(),
author="Klaus Bremer",
author_email="bremer@bremer-media.com",
url="https://github.com/kbr/fritzconnection",
classifiers=[
"Development Status :: 5 - Production/Stable",
"Environment :: Console",
"Intended Audience :: Developers",
"License :: OSI Approved :: MIT License",
"Natural Language :: English",
"Operating System :: OS Independent",
"Programming Language :: Python :: 3",
"Programming Language :: Python :: 3.7",
"Programming Language :: Python :: 3.8",
"Programming Language :: Python :: 3.9",
"Programming Language :: Python :: 3.10",
"Programming Language :: Python :: 3.11",
"Programming Language :: Python :: 3.12",
"Programming Language :: Python :: 3.13",
"Programming Language :: Python :: 3.14",
"Topic :: Software Development :: Libraries :: Python Modules",
],
keywords="AVM FRITZ!Box fritzbox fritz TR-064 AHA-HTTP homeautomation",
python_requires=">= 3.7",
install_requires=["requests>=2.22.0",],
extras_require={
"qr": ["segno>=1.4.1",],
},
entry_points={
"console_scripts": [
"fritzconnection = fritzconnection.cli.fritzinspection:main",
"fritzcall = fritzconnection.cli.fritzcall:main",
"fritzhomeauto = fritzconnection.cli.fritzhomeauto:main",
"fritzhosts = fritzconnection.cli.fritzhosts:main",
"fritzmonitor = fritzconnection.cli.fritzmonitor:main",
"fritzphonebook = fritzconnection.cli.fritzphonebook:main",
"fritzstatus = fritzconnection.cli.fritzstatus:main",
"fritzwlan = fritzconnection.cli.fritzwlan:main",
]
},
)