xcb-proto-1.15.2/0000755000175000017500000000000014253140176010521 500000000000000xcb-proto-1.15.2/xcb-proto.pc.in0000644000175000017500000000044114253140173013303 00000000000000prefix=@prefix@ exec_prefix=@exec_prefix@ datarootdir=@datarootdir@ datadir=@datadir@ xcbincludedir=${pc_sysrootdir}@xcbincludedir@ PYTHON_PREFIX=@PYTHON_PREFIX@ pythondir=${pc_sysrootdir}@pythondir@ Name: XCB Proto Description: X protocol descriptions for XCB Version: @PACKAGE_VERSION@ xcb-proto-1.15.2/INSTALL0000644000175000017500000002203014253140173011464 00000000000000Copyright (C) 1994, 1995, 1996, 1999, 2000, 2001, 2002 Free Software Foundation, Inc. This file is free documentation; the Free Software Foundation gives unlimited permission to copy, distribute and modify it. Basic Installation ================== These are generic installation instructions. The `configure' shell script attempts to guess correct values for various system-dependent variables used during compilation. 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Specifying the System Type ========================== There may be some features `configure' cannot figure out automatically, but needs to determine by the type of machine the package will run on. Usually, assuming the package is built to be run on the _same_ architectures, `configure' can figure that out, but if it prints a message saying it cannot guess the machine type, give it the `--build=TYPE' option. TYPE can either be a short name for the system type, such as `sun4', or a canonical name which has the form: CPU-COMPANY-SYSTEM where SYSTEM can have one of these forms: OS KERNEL-OS See the file `config.sub' for the possible values of each field. If `config.sub' isn't included in this package, then this package doesn't need to know the machine type. If you are _building_ compiler tools for cross-compiling, you should use the `--target=TYPE' option to select the type of system they will produce code for. If you want to _use_ a cross compiler, that generates code for a platform different from the build platform, you should specify the "host" platform (i.e., that on which the generated programs will eventually be run) with `--host=TYPE'. Sharing Defaults ================ If you want to set default values for `configure' scripts to share, you can create a site shell script called `config.site' that gives default values for variables like `CC', `cache_file', and `prefix'. `configure' looks for `PREFIX/share/config.site' if it exists, then `PREFIX/etc/config.site' if it exists. Or, you can set the `CONFIG_SITE' environment variable to the location of the site script. A warning: not all `configure' scripts look for a site script. Defining Variables ================== Variables not defined in a site shell script can be set in the environment passed to `configure'. However, some packages may run configure again during the build, and the customized values of these variables may be lost. In order to avoid this problem, you should set them in the `configure' command line, using `VAR=value'. For example: ./configure CC=/usr/local2/bin/gcc will cause the specified gcc to be used as the C compiler (unless it is overridden in the site shell script). `configure' Invocation ====================== `configure' recognizes the following options to control how it operates. `--help' `-h' Print a summary of the options to `configure', and exit. `--version' `-V' Print the version of Autoconf used to generate the `configure' script, and exit. `--cache-file=FILE' Enable the cache: use and save the results of the tests in FILE, traditionally `config.cache'. FILE defaults to `/dev/null' to disable caching. `--config-cache' `-C' Alias for `--cache-file=config.cache'. `--quiet' `--silent' `-q' Do not print messages saying which checks are being made. 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num_this_classes num_all_classes 0 1 num_classes num_classes num_axes num_events num_classes 255 num_classes num_classes 0 1 2 3 4 5 0 1 2 3 4 5 32 num_keysyms class_id Keyboard 32 Pointer String num_keysyms Integer Led Bell num_feedbacks num_keysyms class_id Keyboard Pointer String num_keysyms Integer Led Bell 0 1 2 3 4 5 6 7 0 0 0 1 2 length keycode_count keysyms_per_keycode keycodes_per_modifier 8 keycodes_per_modifier 8 map_size map_size 32 32 0 1 num_valuators class_id Key 32 Button 32 Valuator num_valuators num_classes num_valuators 1 2 3 4 5 num_valuators num_valuators num_valuators control_id resolution num_valuators num_valuators num_valuators abs_calib core enable abs_area num_valuators control_id resolution num_valuators abs_calib core enable abs_area num_atoms 8 16 32 format 8Bits num_items 16Bits num_items 32Bits num_items format 8Bits num_items 16Bits num_items 32Bits num_items 0 1 buttons_len 1 2 3 4 1 2 name_len type AddMaster name_len RemoveMaster AttachSlave 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xcb-proto-1.15.2/src/dbe.xml0000644000175000017500000001544314253140173012510 00000000000000 xproto 0 1 2 3 n_infos Queries the version of this extension Allocates a back buffer Deallocates a back buffer n_actions Swaps front and back buffers Begins a logical swap block Ends a logical swap block n_drawables n_supported_visuals Requests visuals that support double buffering Gets back buffer attributes xcb-proto-1.15.2/src/res.xml0000644000175000017500000001343014253140173012541 00000000000000 xproto 0 1 length 4 num_cross_references num_clients num_types num_specs num_ids num_specs num_sizes xcb-proto-1.15.2/src/shape.xml0000644000175000017500000001362714253140173013060 00000000000000 xproto 0 1 2 3 4 0 1 2 rectangles_len xcb-proto-1.15.2/src/xtest.xml0000644000175000017500000000760014253140173013121 00000000000000 xproto 0 1 xcb-proto-1.15.2/src/present.xml0000644000175000017500000001624714253140173013441 00000000000000 xproto randr xfixes sync 0 1 2 3 0 0 1 2 3 0 0 1 2 3 0 0 1 2 0 1 0 1 2 3 xcb-proto-1.15.2/src/screensaver.xml0000644000175000017500000001465514253140173014302 00000000000000 xproto 0 1 2 0 1 0 1 2 3 value_mask BackPixmap BackPixel BorderPixmap BorderPixel BitGravity WinGravity BackingStore BackingPlanes BackingPixel OverrideRedirect SaveUnder EventMask DontPropagate Colormap Cursor xcb-proto-1.15.2/src/xproto.xml0000644000175000017500000062257514253140173013323 00000000000000 WINDOW PIXMAP FONT GCONTEXT 0 1 2 3 4 5 visuals_len 0 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 0 1 2 allowed_depths_len authorization_protocol_name_len authorization_protocol_data_len reason_len length 4 0 1 vendor_len pixmap_formats_len roots_len 0 1 2 3 4 5 6 7 15 0 1 2 3 4 5 6 7 8 9 10 11 12 0 a key was pressed/released 8 9 10 11 12 15 a mouse button was pressed/released 0 1 a key was pressed 0 1 2 3 4 5 6 7 0 1 2 3 the pointer is in a different window NOT YET DOCUMENTED 31 NOT YET DOCUMENTED 0 1 2 a window is destroyed a window is unmapped a window was mapped window wants to be mapped NOT YET DOCUMENTED 0 1 NOT YET DOCUMENTED 0 1 a window property changed 0 0 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 0 1 0 the colormap for some window changed 20 10 5 NOT YET DOCUMENTED 0 1 2 keyboard mapping changed generic event (with length) 0 1 2 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 0 1 0 0 1 2 3 4 5 6 7 8 9 10 value_mask BackPixmap BackPixel BorderPixmap BorderPixel BitGravity WinGravity BackingStore BackingPlanes BackingPixel OverrideRedirect SaveUnder EventMask DontPropagate Colormap Cursor Creates a window value_mask BackPixmap BackPixel BorderPixmap BorderPixel BitGravity WinGravity BackingStore BackingPlanes BackingPixel OverrideRedirect SaveUnder EventMask DontPropagate Colormap Cursor change window attributes 0 1 2 Gets window attributes Destroys a window 0 1 Changes a client's save set Reparents a window Makes a window visible Makes a window invisible 0 1 2 3 4 5 6 0 1 2 3 4 value_mask X Y Width Height BorderWidth Sibling StackMode Configures window attributes 0 1 Change window stacking order Get current window geometry x, reply->y); } free(reply); } ]]> children_len query the window tree root); printf("parent = 0x%08x\\n", reply->parent); xcb_window_t *children = xcb_query_tree_children(reply); for (int i = 0; i < xcb_query_tree_children_length(reply); i++) printf("child window = 0x%08x\\n", children[i]); free(reply); } } ]]> name_len Get atom identifier by name atom); free(reply); } } ]]> name_len 0 1 2 data_len format 8 Changes a window property 0 value_len format 8 Gets a window property atoms_len Sets the owner of a selection Gets the owner of a selection 0 1 32 send an event event = window; event->window = window; event->response_type = XCB_CONFIGURE_NOTIFY; event->x = 0; event->y = 0; event->width = 800; event->height = 600; event->border_width = 0; event->above_sibling = XCB_NONE; event->override_redirect = false; xcb_send_event(conn, false, window, XCB_EVENT_MASK_STRUCTURE_NOTIFY, (char*)event); xcb_flush(conn); free(event); } ]]> 0 1 0 1 2 3 4 0 Grab the pointer root, /* grab the root window */ XCB_NONE, /* which events to let through */ XCB_GRAB_MODE_ASYNC, /* pointer events should continue as normal */ XCB_GRAB_MODE_ASYNC, /* keyboard mode */ XCB_NONE, /* confine_to = in which window should the cursor stay */ cursor, /* we change the cursor to whatever the user wanted */ XCB_CURRENT_TIME ); if ((reply = xcb_grab_pointer_reply(conn, cookie, NULL))) { if (reply->status == XCB_GRAB_STATUS_SUCCESS) printf("successfully grabbed the pointer\\n"); free(reply); } } ]]> release the pointer 0 1 2 3 4 5 Grab pointer button(s) Grab the keyboard root, /* grab the root window */ XCB_CURRENT_TIME, XCB_GRAB_MODE_ASYNC, /* process events as normal, do not require sync */ XCB_GRAB_MODE_ASYNC ); if ((reply = xcb_grab_keyboard_reply(conn, cookie, NULL))) { if (reply->status == XCB_GRAB_STATUS_SUCCESS) printf("successfully grabbed the keyboard\\n"); free(reply); } } ]]> 0 Grab keyboard key(s) release a key combination 0 1 2 3 4 5 6 7 release queued events get pointer coordinates events_len move mouse pointer 0 1 2 3 Sets input focus 32 name_len opens a font 0 1 properties_len char_infos_len query font metrics string_len1 get text extents name_len pattern_len names_len get matching font names pattern_len properties_len name_len get matching font names and information font_qty path_len Creates a pixmap Destroys a pixmap 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 0 1 2 0 1 2 3 0 1 2 0 1 2 3 0 1 0 1 0 1 value_mask Function PlaneMask Foreground Background LineWidth LineStyle CapStyle JoinStyle FillStyle FillRule Tile Stipple TileStippleOriginX TileStippleOriginY Font SubwindowMode GraphicsExposures ClipOriginX ClipOriginY ClipMask DashOffset DashList ArcMode Creates a graphics context value_mask Function PlaneMask Foreground Background LineWidth LineStyle CapStyle JoinStyle FillStyle FillRule Tile Stipple TileStippleOriginX TileStippleOriginY Font SubwindowMode GraphicsExposures ClipOriginX ClipOriginY ClipMask DashOffset DashList ArcMode change graphics context components dashes_len 0 1 2 3 Destroys a graphics context copy areas 0 1 draw lines draw lines 0 1 2 Fills rectangles 0 1 2 length 4 string_len Draws text string_len Draws text 0 1 cmaps_len Allocate a color name_len pixels_len masks_len pixels_len 0 1 2 name_len colors_len name_len 0 0 create cursor Deletes a cursor 0 1 2 name_len check if extension is present names_len keycode_count keysyms_per_keycode length 0 1 2 3 4 5 6 7 0 1 0 1 2 value_mask KeyClickPercent BellPercent BellPitch BellDuration Led LedMode Key AutoRepeatMode 32 0 1 2 0 1 2 0 1 0 1 2 5 6 address_len address_len hosts_len 0 1 0 1 2 0 kills a client atoms_len 0 1 0 1 2 map_len map_len 0 1 2 3 4 5 6 7 keycodes_per_modifier 8 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num_back_clip_rects device_private_size xcb-proto-1.15.2/src/damage.xml0000644000175000017500000000634314253140173013173 00000000000000 xproto xfixes 0 1 2 3 xcb-proto-1.15.2/COPYING0000644000175000017500000000247114253140173011475 00000000000000Copyright (C) 2001-2006 Bart Massey, Jamey Sharp, and Josh Triplett. All Rights Reserved. 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 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. Except as contained in this notice, the names of the authors or their institutions shall not be used in advertising or otherwise to promote the sale, use or other dealings in this Software without prior written authorization from the authors. xcb-proto-1.15.2/Makefile.am0000644000175000017500000000022114253140173012465 00000000000000SUBDIRS = src xcbgen pkgconfigdir = $(datarootdir)/pkgconfig pkgconfig_DATA = xcb-proto.pc EXTRA_DIST=doc xcb-proto.pc.in autogen.sh README.md xcb-proto-1.15.2/xcbgen/0000755000175000017500000000000014253140176011767 500000000000000xcb-proto-1.15.2/xcbgen/__init__.py0000644000175000017500000000000114253140173014004 00000000000000 xcb-proto-1.15.2/xcbgen/Makefile.am0000644000175000017500000000017314253140173013741 00000000000000pkgpythondir = $(pythondir)/xcbgen pkgpython_PYTHON = __init__.py error.py expr.py align.py matcher.py state.py xtypes.py xcb-proto-1.15.2/xcbgen/expr.py0000644000175000017500000001454214253140173013242 00000000000000''' This module contains helper classes for structure fields and length expressions. ''' class Field(object): ''' Represents a field of a structure. type is the datatype object for the field. field_type is the name of the type (string tuple) field_name is the name of the structure field. visible is true iff the field should be in the request API. wire is true iff the field should be in the request structure. auto is true iff the field is on the wire but not in the request API (e.g. opcode) enum is the enum name this field refers to, if any. ''' def __init__(self, type, field_type, field_name, visible, wire, auto, enum=None, isfd=False): self.type = type self.field_type = field_type self.field_name = field_name self.enum = enum self.visible = visible self.wire = wire self.auto = auto self.isfd = isfd self.parent = None def __str__(self): field_string = "Field" if self.field_name is None: if self.field_type is not None: field_string += " with type " + str(self.type) else: field_string += " \"" + self.field_name + "\"" if self.parent is not None: field_string += " in " + str(self.parent) return field_string class Expression(object): ''' Represents a mathematical expression for a list length or exprfield. Public fields: op is the operation (text +,*,/,<<,~) or None. lhs and rhs are the sub-Expressions if op is set. lenfield_name is the name of the length field, or None for request lists. lenfield is the Field object for the length field, or None. bitfield is True if the length field is a bitmask instead of a number. nmemb is the fixed size (value)of the expression, or None ''' def __init__(self, elt, parent): self.parent = parent self.nmemb = None self.lenfield_name = None self.lenfield_type = None self.lenfield_parent = None self.lenfield = None self.lenwire = False self.bitfield = False self.op = None self.lhs = None self.rhs = None self.contains_listelement_ref = False if elt.tag == 'list': # List going into a request, which has no length field (inferred by server) self.lenfield_name = elt.get('name') + '_len' self.lenfield_type = 'CARD32' elif elt.tag == 'fieldref': # Standard list with a fieldref self.lenfield_name = elt.text elif elt.tag == 'paramref': self.lenfield_name = elt.text self.lenfield_type = elt.get('type') elif elt.tag == 'op': # Op field. Need to recurse. self.op = elt.get('op') self.lhs = Expression(list(elt)[0], parent) self.rhs = Expression(list(elt)[1], parent) # Hopefully we don't have two separate length fields... self.lenfield_name = self.lhs.lenfield_name if self.lenfield_name == None: self.lenfield_name = self.rhs.lenfield_name elif elt.tag == 'unop': # Op field. Need to recurse. self.op = elt.get('op') self.rhs = Expression(list(elt)[0], parent) self.lenfield_name = self.rhs.lenfield_name elif elt.tag == 'value': # Constant expression self.nmemb = int(elt.text, 0) elif elt.tag == 'popcount': self.op = 'popcount' self.rhs = Expression(list(elt)[0], parent) self.lenfield_name = self.rhs.lenfield_name # xcb_popcount returns 'int' - handle the type in the language-specific part elif elt.tag == 'enumref': self.op = 'enumref' self.lenfield_name = (elt.get('ref'), elt.text) elif elt.tag == 'sumof': self.op = 'sumof' self.lenfield_name = elt.get('ref') subexpressions = list(elt) if len(subexpressions) > 0: # sumof with a nested expression which is to be evaluated # for each list-element in the context of that list-element. # sumof then returns the sum of the results of these evaluations self.rhs = Expression(subexpressions[0], parent) elif elt.tag == 'listelement-ref': # current list element inside iterating expressions such as sumof self.op = 'listelement-ref' self.contains_listelement_ref = True else: # Notreached raise Exception("undefined tag '%s'" % elt.tag) def fixed_size(self): return self.nmemb != None def get_value(self): return self.nmemb # if the value of the expression is a guaranteed multiple of a number # return this number, else return 1 (which is trivially guaranteed for integers) def get_multiple(self): multiple = 1 if self.op == '*': if self.lhs.fixed_size(): multiple *= self.lhs.get_value() if self.rhs.fixed_size(): multiple *= self.rhs.get_value() return multiple def recursive_resolve_tasks(self, module, parents): for subexpr in (self.lhs, self.rhs): if subexpr != None: subexpr.recursive_resolve_tasks(module, parents) self.contains_listelement_ref |= subexpr.contains_listelement_ref def resolve(self, module, parents): if self.op == 'enumref': self.lenfield_type = module.get_type(self.lenfield_name[0]) self.lenfield_name = self.lenfield_name[1] elif self.op == 'sumof': # need to find the field with lenfield_name for p in reversed(parents): fields = dict([(f.field_name, f) for f in p.fields]) if self.lenfield_name in fields.keys(): if p.is_case_or_bitcase: # switch is the anchestor self.lenfield_parent = p.parents[-1] else: self.lenfield_parent = p self.lenfield_type = fields[self.lenfield_name].field_type self.lenfield = fields[self.lenfield_name] break self.recursive_resolve_tasks(module, parents) xcb-proto-1.15.2/xcbgen/xtypes.py0000644000175000017500000015034314253140173013620 00000000000000''' This module contains the classes which represent XCB data types. ''' import sys from xcbgen.expr import Field, Expression from xcbgen.align import Alignment, AlignmentLog if sys.version_info[:2] >= (3, 3): from xml.etree.ElementTree import SubElement else: from xml.etree.cElementTree import SubElement import __main__ verbose_align_log = False true_values = ['true', '1', 'yes'] class Type(object): ''' Abstract base class for all XCB data types. Contains default fields, and some abstract methods. ''' def __init__(self, name): ''' Default structure initializer. Sets up default fields. Public fields: name is a tuple of strings specifying the full type name. size is the size of the datatype in bytes, or None if variable-sized. nmemb is 1 for non-list types, None for variable-sized lists, otherwise number of elts. booleans for identifying subclasses, because I can't figure out isinstance(). ''' self.name = name self.size = None self.nmemb = None self.resolved = False # Screw isinstance(). self.is_simple = False self.is_list = False self.is_expr = False self.is_container = False self.is_reply = False self.is_union = False self.is_pad = False self.is_eventstruct = False self.is_event = False self.is_switch = False self.is_case_or_bitcase = False self.is_bitcase = False self.is_case = False self.is_fd = False self.required_start_align = Alignment() # the biggest align value of an align-pad contained in this type self.max_align_pad = 1 def resolve(self, module): ''' Abstract method for resolving a type. This should make sure any referenced types are already declared. ''' raise Exception('abstract resolve method not overridden!') def out(self, name): ''' Abstract method for outputting code. These are declared in the language-specific modules, and there must be a dictionary containing them declared when this module is imported! ''' raise Exception('abstract out method not overridden!') def fixed_size(self): ''' Abstract method for determining if the data type is fixed-size. ''' raise Exception('abstract fixed_size method not overridden!') def make_member_of(self, module, complex_type, field_type, field_name, visible, wire, auto, enum=None, is_fd=False): ''' Default method for making a data type a member of a structure. Extend this if the data type needs to add an additional length field or something. module is the global module object. complex_type is the structure object. see Field for the meaning of the other parameters. ''' new_field = Field(self, field_type, field_name, visible, wire, auto, enum, is_fd) # We dump the _placeholder_byte if any fields are added. for (idx, field) in enumerate(complex_type.fields): if field == _placeholder_byte: complex_type.fields[idx] = new_field return complex_type.fields.append(new_field) new_field.parent = complex_type def make_fd_of(self, module, complex_type, fd_name): ''' Method for making a fd member of a structure. ''' new_fd = Field(self, module.get_type_name('INT32'), fd_name, True, False, False, None, True) # We dump the _placeholder_byte if any fields are added. for (idx, field) in enumerate(complex_type.fields): if field == _placeholder_byte: complex_type.fields[idx] = new_fd return complex_type.fields.append(new_fd) def get_total_size(self): ''' get the total size of this type if it is fixed-size, otherwise None ''' if self.fixed_size(): if self.nmemb is None: return self.size else: return self.size * self.nmemb else: return None def get_align_offset(self): if self.required_start_align is None: return 0 else: return self.required_start_align.offset def is_acceptable_start_align(self, start_align, callstack, log): return self.get_alignment_after(start_align, callstack, log) is not None def get_alignment_after(self, start_align, callstack, log): ''' get the alignment after this type based on the given start_align. the start_align is checked for compatibility with the internal start align. If it is not compatible, then None is returned ''' if self.required_start_align is None or self.required_start_align.is_guaranteed_at(start_align): return self.unchecked_get_alignment_after(start_align, callstack, log) else: if log is not None: log.fail(start_align, "", self, callstack + [self], "start_align is incompatible with required_start_align %s" % (str(self.required_start_align))) return None def unchecked_get_alignment_after(self, start_align, callstack, log): ''' Abstract method for geting the alignment after this type when the alignment at the start is given, and when this type has variable size. ''' raise Exception('abstract unchecked_get_alignment_after method not overridden!') @staticmethod def type_name_to_str(type_name): if isinstance(type_name, str): #already a string return type_name else: return ".".join(type_name) def __str__(self): return type(self).__name__ + " \"" + Type.type_name_to_str(self.name) + "\"" class PrimitiveType(Type): def __init__(self, name, size): Type.__init__(self, name) self.size = size self.nmemb = 1 # compute the required start_alignment based on the size of the type self.required_start_align = Alignment.for_primitive_type(self.size) def unchecked_get_alignment_after(self, start_align, callstack, log): my_callstack = callstack + [self]; after_align = start_align.align_after_fixed_size(self.size) if log is not None: if after_align is None: log.fail(start_align, "", self, my_callstack, "align after fixed size %d failed" % self.size) else: log.ok(start_align, "", self, my_callstack, after_align) return after_align def fixed_size(self): return True class SimpleType(PrimitiveType): ''' Derived class which represents a cardinal type like CARD32 or char. Any type which is typedef'ed to cardinal will be one of these. Public fields added: xml_type is the original string describing the type in the XML ''' def __init__(self, name, size, xml_type=None): PrimitiveType.__init__(self, name, size) self.is_simple = True self.xml_type = xml_type def resolve(self, module): self.resolved = True out = __main__.output['simple'] # Cardinal datatype globals. See module __init__ method. tcard8 = SimpleType(('uint8_t',), 1, 'CARD8') tcard16 = SimpleType(('uint16_t',), 2, 'CARD16') tcard32 = SimpleType(('uint32_t',), 4, 'CARD32') tcard64 = SimpleType(('uint64_t',), 8, 'CARD64') tint8 = SimpleType(('int8_t',), 1, 'INT8') tint16 = SimpleType(('int16_t',), 2, 'INT16') tint32 = SimpleType(('int32_t',), 4, 'INT32') tint64 = SimpleType(('int64_t',), 8, 'INT64') tchar = SimpleType(('char',), 1, 'char') tfloat = SimpleType(('float',), 4, 'float') tdouble = SimpleType(('double',), 8, 'double') tbyte = SimpleType(('uint8_t',), 1, 'BYTE') tbool = SimpleType(('uint8_t',), 1, 'BOOL') tvoid = SimpleType(('uint8_t',), 1, 'void') class FileDescriptor(SimpleType): ''' Derived class which represents a file descriptor. ''' def __init__(self): SimpleType.__init__(self, ('int'), 4, 'fd') self.is_fd = True def fixed_size(self): return True out = __main__.output['simple'] class Enum(SimpleType): ''' Derived class which represents an enum. Fixed-size. Public fields added: values contains a list of (name, value) tuples. value is empty, or a number. bits contains a list of (name, bitnum) tuples. items only appear if specified as a bit. bitnum is a number. ''' def __init__(self, name, elt): SimpleType.__init__(self, name, 4, 'enum') self.values = [] self.bits = [] self.doc = None for item in list(elt): if item.tag == 'doc': self.doc = Doc(name, item) # First check if we're using a default value if len(list(item)) == 0: self.values.append((item.get('name'), '')) continue # An explicit value or bit was specified. value = list(item)[0] if value.tag == 'value': self.values.append((item.get('name'), value.text)) elif value.tag == 'bit': self.values.append((item.get('name'), '%u' % (1 << int(value.text, 0)))) self.bits.append((item.get('name'), value.text)) def resolve(self, module): self.resolved = True def fixed_size(self): return True out = __main__.output['enum'] class ListType(Type): ''' Derived class which represents a list of some other datatype. Fixed- or variable-sized. Public fields added: member is the datatype of the list elements. parent is the structure type containing the list. expr is an Expression object containing the length information, for variable-sized lists. ''' def __init__(self, elt, member, *parent): Type.__init__(self, member.name) self.is_list = True self.member = member self.parents = list(parent) lenfield_name = False if elt.tag == 'list': elts = list(elt) self.expr = Expression(elts[0] if len(elts) else elt, self) is_list_in_parent = self.parents[0].elt.tag in ('request', 'event', 'reply', 'error') if not len(elts) and is_list_in_parent: self.expr = Expression(elt,self) self.expr.op = 'calculate_len' else: self.expr = Expression(elts[0] if len(elts) else elt, self) self.size = member.size if member.fixed_size() else None self.nmemb = self.expr.nmemb if self.expr.fixed_size() else None self.required_start_align = self.member.required_start_align def make_member_of(self, module, complex_type, field_type, field_name, visible, wire, auto, enum=None): if not self.fixed_size(): # We need a length field. # Ask our Expression object for it's name, type, and whether it's on the wire. lenfid = self.expr.lenfield_type lenfield_name = self.expr.lenfield_name lenwire = self.expr.lenwire needlen = True # See if the length field is already in the structure. for parent in self.parents: for field in parent.fields: if field.field_name == lenfield_name: needlen = False # It isn't, so we need to add it to the structure ourself. if needlen: type = module.get_type(lenfid) lenfield_type = module.get_type_name(lenfid) type.make_member_of(module, complex_type, lenfield_type, lenfield_name, True, lenwire, False, enum) # Add ourself to the structure by calling our original method. if self.member.is_fd: wire = False Type.make_member_of(self, module, complex_type, field_type, field_name, visible, wire, auto, enum, self.member.is_fd) def resolve(self, module): if self.resolved: return self.member.resolve(module) self.expr.resolve(module, self.parents) # resolve() could have changed the size (ComplexType starts with size 0) self.size = self.member.size if self.member.fixed_size() else None self.required_start_align = self.member.required_start_align # Find my length field again. We need the actual Field object in the expr. # This is needed because we might have added it ourself above. if not self.fixed_size(): for parent in self.parents: for field in parent.fields: if field.field_name == self.expr.lenfield_name and field.wire: self.expr.lenfield = field break self.resolved = True def fixed_size(self): return self.member.fixed_size() and self.expr.fixed_size() def unchecked_get_alignment_after(self, start_align, callstack, log): my_callstack = callstack[:] my_callstack.append(self) if start_align is None: log.fail(start_align, "", self, my_callstack, "start_align is None") return None if self.expr.fixed_size(): # fixed number of elements num_elements = self.nmemb prev_alignment = None alignment = start_align while num_elements > 0: if alignment is None: if log is not None: log.fail(start_align, "", self, my_callstack, ("fixed size list with size %d after %d iterations" + ", at transition from alignment \"%s\"") % (self.nmemb, (self.nmemb - num_elements), str(prev_alignment))) return None prev_alignment = alignment alignment = self.member.get_alignment_after(prev_alignment, my_callstack, log) num_elements -= 1 if log is not None: log.ok(start_align, "", self, my_callstack, alignment) return alignment else: # variable number of elements # check whether the number of elements is a multiple multiple = self.expr.get_multiple() assert multiple > 0 # iterate until the combined alignment does not change anymore alignment = start_align while True: prev_multiple_alignment = alignment # apply "multiple" amount of changes sequentially prev_alignment = alignment for multiple_count in range(0, multiple): after_alignment = self.member.get_alignment_after(prev_alignment, my_callstack, log) if after_alignment is None: if log is not None: log.fail(start_align, "", self, my_callstack, ("variable size list " + "at transition from alignment \"%s\"") % (str(prev_alignment))) return None prev_alignment = after_alignment # combine with the cumulatively combined alignment # (to model the variable number of entries) alignment = prev_multiple_alignment.combine_with(after_alignment) if alignment == prev_multiple_alignment: # does not change anymore by adding more potential elements # -> finished if log is not None: log.ok(start_align, "", self, my_callstack, alignment) return alignment class ExprType(PrimitiveType): ''' Derived class which represents an exprfield. Fixed size. Public fields added: expr is an Expression object containing the value of the field. ''' def __init__(self, elt, member, *parents): PrimitiveType.__init__(self, member.name, member.size) self.is_expr = True self.member = member self.parents = parents self.expr = Expression(list(elt)[0], self) def resolve(self, module): if self.resolved: return self.member.resolve(module) self.resolved = True class PadType(Type): ''' Derived class which represents a padding field. ''' def __init__(self, elt): Type.__init__(self, tcard8.name) self.is_pad = True self.size = 1 self.nmemb = 1 self.align = 1 if elt != None: self.nmemb = int(elt.get('bytes', "1"), 0) self.align = int(elt.get('align', "1"), 0) self.serialize = elt.get('serialize', "false").lower() in true_values # pads don't require any alignment at their start self.required_start_align = Alignment(1,0) def resolve(self, module): self.resolved = True def fixed_size(self): return self.align <= 1 def unchecked_get_alignment_after(self, start_align, callstack, log): if self.align <= 1: # fixed size pad after_align = start_align.align_after_fixed_size(self.get_total_size()) if log is not None: if after_align is None: log.fail(start_align, "", self, callstack, "align after fixed size pad of size %d failed" % self.size) else: log.ok(start_align, "", self, callstack, after_align) return after_align # align-pad assert self.align > 1 assert self.size == 1 assert self.nmemb == 1 if (start_align.offset == 0 and self.align <= start_align.align and start_align.align % self.align == 0): # the alignment pad is size 0 because the start_align # is already sufficiently aligned -> return the start_align after_align = start_align else: # the alignment pad has nonzero size -> return the alignment # that is guaranteed by it, independently of the start_align after_align = Alignment(self.align, 0) if log is not None: log.ok(start_align, "", self, callstack, after_align) return after_align class ComplexType(Type): ''' Derived class which represents a structure. Base type for all structure types. Public fields added: fields is an array of Field objects describing the structure fields. length_expr is an expression that defines the length of the structure. ''' def __init__(self, name, elt): Type.__init__(self, name) self.is_container = True self.elt = elt self.fields = [] self.nmemb = 1 self.size = 0 self.lenfield_parent = [self] self.length_expr = None # get required_start_alignment required_start_align_element = elt.find("required_start_align") if required_start_align_element is None: # unknown -> mark for autocompute self.required_start_align = None else: self.required_start_align = Alignment( int(required_start_align_element.get('align', "4"), 0), int(required_start_align_element.get('offset', "0"), 0)) if verbose_align_log: print ("Explicit start-align for %s: %s\n" % (self, self.required_start_align)) def resolve(self, module): if self.resolved: return # Resolve all of our field datatypes. for child in list(self.elt): enum = None if child.tag == 'pad': field_name = 'pad' + str(module.pads) fkey = 'CARD8' type = PadType(child) module.pads = module.pads + 1 visible = False elif child.tag == 'field': field_name = child.get('name') enum = child.get('enum') fkey = child.get('type') type = module.get_type(fkey) visible = True elif child.tag == 'exprfield': field_name = child.get('name') fkey = child.get('type') type = ExprType(child, module.get_type(fkey), *self.lenfield_parent) visible = False elif child.tag == 'list': field_name = child.get('name') fkey = child.get('type') if fkey == 'fd': ftype = FileDescriptor() fkey = 'INT32' else: ftype = module.get_type(fkey) type = ListType(child, ftype, *self.lenfield_parent) visible = True elif child.tag == 'switch': field_name = child.get('name') # construct the switch type name from the parent type and the field name field_type = self.name + (field_name,) type = SwitchType(field_type, child, *self.lenfield_parent) visible = True type.make_member_of(module, self, field_type, field_name, visible, True, False) type.resolve(module) continue elif child.tag == 'fd': fd_name = child.get('name') type = module.get_type('INT32') type.make_fd_of(module, self, fd_name) continue elif child.tag == 'length': self.length_expr = Expression(list(child)[0], self) continue else: # Hit this on Reply continue # Get the full type name for the field field_type = module.get_type_name(fkey) # Add the field to ourself type.make_member_of(module, self, field_type, field_name, visible, True, False, enum) # Recursively resolve the type (could be another structure, list) type.resolve(module) # Compute the size of the maximally contain align-pad if type.max_align_pad > self.max_align_pad: self.max_align_pad = type.max_align_pad self.check_implicit_fixed_size_part_aligns(); self.calc_size() # Figure out how big we are self.calc_or_check_required_start_align() self.resolved = True def calc_size(self): self.size = 0 for m in self.fields: if not m.wire: continue if m.type.fixed_size(): self.size = self.size + m.type.get_total_size() else: self.size = None break def calc_or_check_required_start_align(self): if self.required_start_align is None: # no required-start-align configured -> calculate it log = AlignmentLog() callstack = [] self.required_start_align = self.calc_minimally_required_start_align(callstack, log) if self.required_start_align is None: print ("ERROR: could not calc required_start_align of %s\nDetails:\n%s" % (str(self), str(log))) else: if verbose_align_log: print ("calc_required_start_align: %s has start-align %s" % (str(self), str(self.required_start_align))) print ("Details:\n" + str(log)) if self.required_start_align.offset != 0: print (("WARNING: %s\n\thas start-align with non-zero offset: %s" + "\n\tsuggest to add explicit definition with:" + "\n\t\t" + "\n\tor to fix the xml so that zero offset is ok\n") % (str(self), self.required_start_align, self.required_start_align.align, self.required_start_align.offset)) else: # required-start-align configured -> check it log = AlignmentLog() callstack = [] if not self.is_possible_start_align(self.required_start_align, callstack, log): print ("ERROR: required_start_align %s of %s causes problems\nDetails:\n%s" % (str(self.required_start_align), str(self), str(log))) def calc_minimally_required_start_align(self, callstack, log): # calculate the minimally required start_align that causes no # align errors best_log = None best_failed_align = None for align in [1,2,4,8]: for offset in range(0,align): align_candidate = Alignment(align, offset) if verbose_align_log: print ("trying %s for %s" % (str(align_candidate), str(self))) my_log = AlignmentLog() if self.is_possible_start_align(align_candidate, callstack, my_log): log.append(my_log) if verbose_align_log: print ("found start-align %s for %s" % (str(align_candidate), str(self))) return align_candidate else: my_ok_count = my_log.ok_count() if (best_log is None or my_ok_count > best_log.ok_count() or (my_ok_count == best_log.ok_count() and align_candidate.align > best_failed_align.align) and align_candidate.align != 8): best_log = my_log best_failed_align = align_candidate # none of the candidates applies # this type has illegal internal aligns for all possible start_aligns if verbose_align_log: print ("didn't find start-align for %s" % str(self)) log.append(best_log) return None def is_possible_start_align(self, align, callstack, log): if align is None: return False if (self.max_align_pad > align.align or align.align % self.max_align_pad != 0): # our align pad implementation depends on known alignment # at the start of our type return False return self.get_alignment_after(align, callstack, log) is not None def fixed_size(self): for m in self.fields: if not m.type.fixed_size(): return False return True # default impls of polymorphic methods which assume sequential layout of fields # (like Struct or CaseOrBitcaseType) def check_implicit_fixed_size_part_aligns(self): # find places where the implementation of the C-binding would # create code that makes the compiler add implicit alignment. # make these places explicit, so we have # consistent behaviour for all bindings size = 0 for field in self.fields: if not field.wire: continue if not field.type.fixed_size(): # end of fixed-size part break required_field_align = field.type.required_start_align if required_field_align is None: raise Exception( "field \"%s\" in \"%s\" has not required_start_align" % (field.field_name, self.name) ) mis_align = (size + required_field_align.offset) % required_field_align.align if mis_align != 0: # implicit align pad is required padsize = required_field_align.align - mis_align raise Exception( "C-compiler would insert implicit alignpad of size %d before field \"%s\" in \"%s\"" % (padsize, field.field_name, self.name) ) def unchecked_get_alignment_after(self, start_align, callstack, log): # default impl assumes sequential layout of fields # (like Struct or CaseOrBitcaseType) my_align = start_align if my_align is None: return None for field in self.fields: if not field.wire: continue my_callstack = callstack[:] my_callstack.extend([self, field]) prev_align = my_align my_align = field.type.get_alignment_after(my_align, my_callstack, log) if my_align is None: if log is not None: log.fail(prev_align, field.field_name, self, my_callstack, "alignment is incompatible with this field") return None else: if log is not None: log.ok(prev_align, field.field_name, self, my_callstack, my_align) if log is not None: my_callstack = callstack[:] my_callstack.append(self) log.ok(start_align, "", self, my_callstack, my_align) return my_align class SwitchType(ComplexType): ''' Derived class which represents a List of Items. Public fields added: bitcases is an array of Bitcase objects describing the list items ''' def __init__(self, name, elt, *parents): ComplexType.__init__(self, name, elt) self.parents = parents # FIXME: switch cannot store lenfields, so it should just delegate the parents self.lenfield_parent = list(parents) + [self] # self.fields contains all possible fields collected from the Bitcase objects, # whereas self.items contains the Bitcase objects themselves self.bitcases = [] self.is_switch = True elts = list(elt) self.expr = Expression(elts[0] if len(elts) else elt, self) def resolve(self, module): if self.resolved: return parents = list(self.parents) + [self] # Resolve all of our field datatypes. for index, child in enumerate(list(self.elt)): if child.tag == 'bitcase' or child.tag == 'case': field_name = child.get('name') if field_name is None: field_type = self.name + ('%s%d' % ( child.tag, index ),) else: field_type = self.name + (field_name,) # use self.parent to indicate anchestor, # as switch does not contain named fields itself if child.tag == 'bitcase': type = BitcaseType(index, field_type, child, *parents) else: type = CaseType(index, field_type, child, *parents) # construct the switch type name from the parent type and the field name if field_name is None: type.has_name = False # Get the full type name for the field field_type = type.name visible = True # add the field to ourself type.make_member_of(module, self, field_type, field_name, visible, True, False) # recursively resolve the type (could be another structure, list) type.resolve(module) inserted = False for new_field in type.fields: # We dump the _placeholder_byte if any fields are added. for (idx, field) in enumerate(self.fields): if field == _placeholder_byte: self.fields[idx] = new_field inserted = True break if False == inserted: self.fields.append(new_field) self.calc_size() # Figure out how big we are self.calc_or_check_required_start_align() self.resolved = True def make_member_of(self, module, complex_type, field_type, field_name, visible, wire, auto, enum=None): if not self.fixed_size(): # We need a length field. # Ask our Expression object for it's name, type, and whether it's on the wire. lenfid = self.expr.lenfield_type lenfield_name = self.expr.lenfield_name lenwire = self.expr.lenwire needlen = True # See if the length field is already in the structure. for parent in self.parents: for field in parent.fields: if field.field_name == lenfield_name: needlen = False # It isn't, so we need to add it to the structure ourself. if needlen: type = module.get_type(lenfid) lenfield_type = module.get_type_name(lenfid) type.make_member_of(module, complex_type, lenfield_type, lenfield_name, True, lenwire, False, enum) # Add ourself to the structure by calling our original method. Type.make_member_of(self, module, complex_type, field_type, field_name, visible, wire, auto, enum) # size for switch can only be calculated at runtime def calc_size(self): pass # note: switch is _always_ of variable size, but we indicate here wether # it contains elements that are variable-sized themselves def fixed_size(self): return False # for m in self.fields: # if not m.type.fixed_size(): # return False # return True def check_implicit_fixed_size_part_aligns(self): # this is done for the CaseType or BitCaseType return def unchecked_get_alignment_after(self, start_align, callstack, log): # we assume that BitCases can appear in any combination, # and that at most one Case can appear # (assuming that Cases are mutually exclusive) # get all Cases (we assume that at least one case is selected if there are cases) case_fields = [] for field in self.bitcases: if field.type.is_case: case_fields.append(field) if not case_fields: # there are no case-fields -> check without case-fields case_fields = [None] my_callstack = callstack[:] my_callstack.append(self) # total_align = None first = True for case_field in case_fields: my2_callstack = my_callstack[:] if case_field is not None: my2_callstack.append(case_field) case_align = self.get_align_for_selected_case_field( case_field, start_align, my2_callstack, log) if case_align is None: if log is not None: if case_field is None: log.fail(start_align, "", self, my2_callstack, "alignment without cases (only bitcases) failed") else: log.fail(start_align, "", self, my2_callstack + [case_field], "alignment for selected case %s failed" % case_field.field_name) return None if first: total_align = case_align else: total_align = total_align.combine_with(case_align) if log is not None: if case_field is None: log.ok( start_align, "without cases (only arbitrary bitcases)", self, my2_callstack, case_align) else: log.ok( start_align, "case %s and arbitrary bitcases" % case_field.field_name, self, my2_callstack, case_align) if log is not None: log.ok(start_align, "", self, my_callstack, total_align) return total_align # aux function for unchecked_get_alignment_after def get_align_for_selected_case_field(self, case_field, start_align, callstack, log): if verbose_align_log: print ("get_align_for_selected_case_field: %s, case_field = %s" % (str(self), str(case_field))) total_align = start_align for field in self.bitcases: my_callstack = callstack[:] my_callstack.append(field) if not field.wire: continue if field is case_field: # assume that this field is active -> no combine_with to emulate optional after_field_align = field.type.get_alignment_after(total_align, my_callstack, log) if log is not None: if after_field_align is None: log.fail(total_align, field.field_name, field.type, my_callstack, "invalid aligment for this case branch") else: log.ok(total_align, field.field_name, field.type, my_callstack, after_field_align) total_align = after_field_align elif field.type.is_bitcase: after_field_align = field.type.get_alignment_after(total_align, my_callstack, log) # we assume that this field is optional, therefore combine # alignment after the field with the alignment before the field. if after_field_align is None: if log is not None: log.fail(total_align, field.field_name, field.type, my_callstack, "invalid aligment for this bitcase branch") total_align = None else: if log is not None: log.ok(total_align, field.field_name, field.type, my_callstack, after_field_align) # combine with the align before the field because # the field is optional total_align = total_align.combine_with(after_field_align) else: # ignore other fields as they are irrelevant for alignment continue if total_align is None: break return total_align class Struct(ComplexType): ''' Derived class representing a struct data type. ''' out = __main__.output['struct'] class Union(ComplexType): ''' Derived class representing a union data type. ''' def __init__(self, name, elt): ComplexType.__init__(self, name, elt) self.is_union = True out = __main__.output['union'] def calc_size(self): self.size = 0 for m in self.fields: if not m.wire: continue if m.type.fixed_size(): self.size = max(self.size, m.type.get_total_size()) else: self.size = None break def check_implicit_fixed_size_part_aligns(self): # a union does not have implicit aligns because all fields start # at the start of the union return def unchecked_get_alignment_after(self, start_align, callstack, log): my_callstack = callstack[:] my_callstack.append(self) after_align = None if self.fixed_size(): #check proper alignment for all members start_align_ok = all( [field.type.is_acceptable_start_align(start_align, my_callstack + [field], log) for field in self.fields]) if start_align_ok: #compute the after align from the start_align after_align = start_align.align_after_fixed_size(self.get_total_size()) else: after_align = None if log is not None and after_align is not None: log.ok(start_align, "fixed sized union", self, my_callstack, after_align) else: if start_align is None: if log is not None: log.fail(start_align, "", self, my_callstack, "missing start_align for union") return None after_align = reduce( lambda x, y: None if x is None or y is None else x.combine_with(y), [field.type.get_alignment_after(start_align, my_callstack + [field], log) for field in self.fields]) if log is not None and after_align is not None: log.ok(start_align, "var sized union", self, my_callstack, after_align) if after_align is None and log is not None: log.fail(start_align, "", self, my_callstack, "start_align is not ok for all members") return after_align class CaseOrBitcaseType(ComplexType): ''' Derived class representing a case or bitcase. ''' def __init__(self, index, name, elt, *parent): elts = list(elt) self.expr = [] for sub_elt in elts: if sub_elt.tag == 'enumref': self.expr.append(Expression(sub_elt, self)) elt.remove(sub_elt) ComplexType.__init__(self, name, elt) self.has_name = True self.index = 1 self.lenfield_parent = list(parent) + [self] self.parents = list(parent) self.is_case_or_bitcase = True def make_member_of(self, module, switch_type, field_type, field_name, visible, wire, auto, enum=None): ''' register BitcaseType with the corresponding SwitchType module is the global module object. complex_type is the structure object. see Field for the meaning of the other parameters. ''' new_field = Field(self, field_type, field_name, visible, wire, auto, enum) # We dump the _placeholder_byte if any bitcases are added. for (idx, field) in enumerate(switch_type.bitcases): if field == _placeholder_byte: switch_type.bitcases[idx] = new_field return switch_type.bitcases.append(new_field) def resolve(self, module): if self.resolved: return for e in self.expr: e.resolve(module, self.parents+[self]) # Resolve the bitcase expression ComplexType.resolve(self, module) #calculate alignment self.calc_or_check_required_start_align() class BitcaseType(CaseOrBitcaseType): ''' Derived class representing a bitcase. ''' def __init__(self, index, name, elt, *parent): CaseOrBitcaseType.__init__(self, index, name, elt, *parent) self.is_bitcase = True class CaseType(CaseOrBitcaseType): ''' Derived class representing a case. ''' def __init__(self, index, name, elt, *parent): CaseOrBitcaseType.__init__(self, index, name, elt, *parent) self.is_case = True class Reply(ComplexType): ''' Derived class representing a reply. Only found as a field of Request. ''' def __init__(self, name, elt): ComplexType.__init__(self, name, elt) self.is_reply = True self.doc = None if self.required_start_align is None: self.required_start_align = Alignment(4,0) for child in list(elt): if child.tag == 'doc': self.doc = Doc(name, child) def resolve(self, module): if self.resolved: return # Reset pads count module.pads = 0 # Add the automatic protocol fields self.fields.append(Field(tcard8, tcard8.name, 'response_type', False, True, True)) self.fields.append(_placeholder_byte) self.fields.append(Field(tcard16, tcard16.name, 'sequence', False, True, True)) self.fields.append(Field(tcard32, tcard32.name, 'length', False, True, True)) ComplexType.resolve(self, module) class Request(ComplexType): ''' Derived class representing a request. Public fields added: reply contains the reply datatype or None for void requests. opcode contains the request number. ''' def __init__(self, name, elt): ComplexType.__init__(self, name, elt) self.reply = None self.doc = None self.opcode = elt.get('opcode') if self.required_start_align is None: self.required_start_align = Alignment(4,0) for child in list(elt): if child.tag == 'reply': self.reply = Reply(name, child) if child.tag == 'doc': self.doc = Doc(name, child) def resolve(self, module): if self.resolved: return # Add the automatic protocol fields if module.namespace.is_ext: self.fields.append(Field(tcard8, tcard8.name, 'major_opcode', False, True, True)) self.fields.append(Field(tcard8, tcard8.name, 'minor_opcode', False, True, True)) self.fields.append(Field(tcard16, tcard16.name, 'length', False, True, True)) ComplexType.resolve(self, module) else: self.fields.append(Field(tcard8, tcard8.name, 'major_opcode', False, True, True)) self.fields.append(_placeholder_byte) self.fields.append(Field(tcard16, tcard16.name, 'length', False, True, True)) ComplexType.resolve(self, module) if self.reply: self.reply.resolve(module) out = __main__.output['request'] class EventStructAllowedRule: def __init__(self, parent, elt): self.elt = elt self.extension = elt.get('extension') self.ge_events = elt.get('xge') == "true" self.min_opcode = int( elt.get('opcode-min') ) self.max_opcode = int( elt.get('opcode-max') ) def resolve(self, parent, module): # get the namespace of the specified extension extension_namespace = module.get_namespace( self.extension ) if extension_namespace is None: raise Exception( "EventStructAllowedRule.resolve: cannot find extension \"" + self.extension + "\"" ) return # find and add the selected events for opcode in range(self.min_opcode, self.max_opcode): name_and_event = extension_namespace.get_event_by_opcode( opcode, self.ge_events ) if name_and_event is None: # could not find event -> error handling if self.ge_events: raise Exception("EventStructAllowedRule.resolve: cannot find xge-event with opcode " + str(opcode) + " in extension " + self.extension ) else: raise Exception("EventStructAllowedRule.resolve: cannot find oldstyle-event with opcode " + str(opcode) + " in extension " + self.extension ) return ( name, event ) = name_and_event # add event to EventStruct parent.add_event( module, self.extension, opcode, name, event ) class EventStruct(Union): ''' Derived class representing an event-use-as-struct data type. ''' def __init__(self, name, elt): Union.__init__(self, name, elt) self.is_eventstruct = True self.events = [] self.allowedRules = [] self.contains_ge_events = False for item in list(elt): if item.tag == 'allowed': allowedRule = EventStructAllowedRule(self, item) self.allowedRules.append( allowedRule ) if allowedRule.ge_events: self.contains_ge_events = True out = __main__.output['eventstruct'] def resolve(self, module): if self.resolved: return for allowedRule in self.allowedRules: allowedRule.resolve(self, module) Union.resolve(self,module) self.resolved = True # add event. called by resolve def add_event(self, module, extension, opcode, name, event_type ): self.events.append( (extension, opcode, name, event_type) ) # Add the field to ourself event_type.make_member_of(module, self, name, name[-1], True, True, False) # Recursively resolve the event (could be another structure, list) event_type.resolve(module) def fixed_size(self): is_fixed_size = True for extension, opcode, name, event in self.events: if not event.fixed_size(): is_fixed_size = False return is_fixed_size class Event(ComplexType): ''' Derived class representing an event data type. Public fields added: opcodes is a dictionary of name -> opcode number, for eventcopies. ''' def __init__(self, name, elt): ComplexType.__init__(self, name, elt) if self.required_start_align is None: self.required_start_align = Alignment(4,0) self.opcodes = {} self.has_seq = not bool(elt.get('no-sequence-number')) self.is_ge_event = bool(elt.get('xge')) self.is_event = True self.doc = None for item in list(elt): if item.tag == 'doc': self.doc = Doc(name, item) def add_opcode(self, opcode, name, main): self.opcodes[name] = opcode if main: self.name = name def get_name_for_opcode(self, opcode): for name, my_opcode in self.opcodes.items(): if int(my_opcode) == opcode: return name else: return None def resolve(self, module): def add_event_header(): self.fields.append(Field(tcard8, tcard8.name, 'response_type', False, True, True)) if self.has_seq: self.fields.append(_placeholder_byte) self.fields.append(Field(tcard16, tcard16.name, 'sequence', False, True, True)) def add_ge_event_header(): self.fields.append(Field(tcard8, tcard8.name, 'response_type', False, True, True)) self.fields.append(Field(tcard8, tcard8.name, 'extension', False, True, True)) self.fields.append(Field(tcard16, tcard16.name, 'sequence', False, True, True)) self.fields.append(Field(tcard32, tcard32.name, 'length', False, True, True)) self.fields.append(Field(tcard16, tcard16.name, 'event_type', False, True, True)) if self.resolved: return # Add the automatic protocol fields if self.is_ge_event: add_ge_event_header() else: add_event_header() ComplexType.resolve(self, module) out = __main__.output['event'] class Error(ComplexType): ''' Derived class representing an error data type. Public fields added: opcodes is a dictionary of name -> opcode number, for errorcopies. ''' def __init__(self, name, elt): ComplexType.__init__(self, name, elt) self.opcodes = {} if self.required_start_align is None: self.required_start_align = Alignment(4,0) # All errors are basically the same, but they still got different XML # for historic reasons. This 'invents' the missing parts. if len(self.elt) < 1: SubElement(self.elt, "field", type="CARD32", name="bad_value") if len(self.elt) < 2: SubElement(self.elt, "field", type="CARD16", name="minor_opcode") if len(self.elt) < 3: SubElement(self.elt, "field", type="CARD8", name="major_opcode") def add_opcode(self, opcode, name, main): self.opcodes[name] = opcode if main: self.name = name def resolve(self, module): if self.resolved: return # Add the automatic protocol fields self.fields.append(Field(tcard8, tcard8.name, 'response_type', False, True, True)) self.fields.append(Field(tcard8, tcard8.name, 'error_code', False, True, True)) self.fields.append(Field(tcard16, tcard16.name, 'sequence', False, True, True)) ComplexType.resolve(self, module) out = __main__.output['error'] class Doc(object): ''' Class representing a tag. ''' def __init__(self, name, elt): self.name = name self.description = None self.brief = 'BRIEF DESCRIPTION MISSING' self.fields = {} self.errors = {} self.see = {} self.example = None for child in list(elt): text = child.text if child.text else '' if child.tag == 'description': self.description = text.strip() if child.tag == 'brief': self.brief = text.strip() if child.tag == 'field': self.fields[child.get('name')] = text.strip() if child.tag == 'error': self.errors[child.get('type')] = text.strip() if child.tag == 'see': self.see[child.get('name')] = child.get('type') if child.tag == 'example': self.example = text.strip() _placeholder_byte = Field(PadType(None), tcard8.name, 'pad0', False, True, False) xcb-proto-1.15.2/xcbgen/Makefile.in0000644000175000017500000003426414253140175013764 00000000000000# Makefile.in generated by automake 1.16.5 from Makefile.am. # @configure_input@ # Copyright (C) 1994-2021 Free Software Foundation, Inc. # This Makefile.in is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; 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''' from os.path import dirname, basename from sys import version_info if version_info[:2] >= (3, 3): from xml.etree.ElementTree import parse else: from xml.etree.cElementTree import parse from xcbgen import matcher from xcbgen.error import * from xcbgen.xtypes import * import __main__ class Namespace(object): ''' Contains the naming information for an extension. Public fields: header is the header attribute ("header file" name). is_ext is true for extensions, false for xproto. major_version and minor_version are extension version info. ext_xname is the X extension name string. ext_name is the XCB extension name prefix. ''' def __init__(self, filename): # Path info self.path = filename self.dir = dirname(filename) self.file = basename(filename) # Parse XML self.root = parse(filename).getroot() self.header = self.root.get('header') self.ns = self.header + ':' # Events self.events = {} # Get root element attributes if self.root.get('extension-xname', False): self.is_ext = True self.major_version = self.root.get('major-version') self.minor_version = self.root.get('minor-version') self.ext_xname = self.root.get('extension-xname') self.ext_name = self.root.get('extension-name') self.prefix = ('xcb', self.ext_name) else: self.is_ext = False self.ext_name = '' self.prefix = ('xcb',) def add_event(self, id, name, item): self.events[id] = (name, item) def get_event_by_opcode(self, opcode, is_ge_event): for id, (name, event) in self.events.items(): if event.is_ge_event == is_ge_event: opcode_specific_name = event.get_name_for_opcode( opcode ) if opcode_specific_name is not None: return (opcode_specific_name, event) return None class Module(object): ''' This is the grand, encompassing class that represents an entire XCB specification. Only gets instantiated once, in the main() routine. Don't need to worry about this much except to declare it and to get the namespace. Public fields: namespace contains the namespace info for the spec. ''' open = __main__.output['open'] close = __main__.output['close'] def __init__(self, filename, output): self.namespace = Namespace(filename) self.output = output self.imports = [] self.direct_imports = [] self.import_level = 0 self.types = {} self.events = {} self.errors = {} self.all = [] # dict of namespaces by ext_name self.namespaces = {} # enter the main namespace here self.namespaces[self.namespace.ext_name] = self.namespace # Register some common types self.add_type('CARD8', '', ('uint8_t',), tcard8) self.add_type('CARD16', '', ('uint16_t',), tcard16) self.add_type('CARD32', '', ('uint32_t',), tcard32) self.add_type('CARD64', '', ('uint64_t',), tcard64) self.add_type('INT8', '', ('int8_t',), tint8) self.add_type('INT16', '', ('int16_t',), tint16) self.add_type('INT32', '', ('int32_t',), tint32) self.add_type('INT64', '', ('int64_t',), tint64) self.add_type('BYTE', '', ('uint8_t',), tbyte) self.add_type('BOOL', '', ('uint8_t',), tbool) self.add_type('char', '', ('char',), tchar) self.add_type('float', '', ('float',), tfloat) self.add_type('double', '', ('double',), tdouble) self.add_type('void', '', ('void',), tvoid) # This goes out and parses the rest of the XML def register(self): matcher.execute(self, self.namespace) # Recursively resolve all types def resolve(self): self.add_events_to_namespaces() for (name, item) in self.all: self.pads = 0 item.resolve(self) # Call all the output methods def generate(self): self.open() for (name, item) in self.all: item.out(name) self.close() # Keeps track of what's been imported so far. def add_import(self, name, namespace): if self.import_level == 0: self.direct_imports.append((name, namespace.header)) self.imports.append((name, namespace.header)) self.namespaces[namespace.ext_name] = namespace def has_import(self, name): for (name_, header) in self.imports: if name_ == name: return True return False # Keeps track of non-request/event/error datatypes def add_type(self, id, ns, name, item): key = ns + id if key in self.types: return self.types[key] = (name, item) if name[:-1] == self.namespace.prefix: self.all.append((name, item)) def get_type_impl(self, id, idx): key = id if key in self.types: return self.types[key][idx] key = self.namespace.ns + id if key in self.types: return self.types[key][idx] for key in self.types.keys(): if key.rpartition(':')[2] == id: return self.types[key][idx] raise ResolveException('Type %s not found' % id) def get_type(self, id): return self.get_type_impl(id, 1) def get_type_name(self, id): return self.get_type_impl(id, 0) def get_namespace(self, ext_name): return self.namespaces[ext_name] # Keeps track of request datatypes def add_request(self, id, name, item): if name[:-1] == self.namespace.prefix: self.all.append((name, item)) # Keeps track of event datatypes def add_event(self, id, name, item): self.events[id] = (name, item) if name[:-1] == self.namespace.prefix: self.all.append((name, item)) def add_events_to_namespaces(self): # add to its namespace object for id, (name,item) in self.events.items(): if name[:-1] == ('xcb',): # core event namespace_name = '' else: # extension event namespace_name = name[-2] namespace = self.namespaces[namespace_name] if namespace is not None: namespace.add_event(id, name, item) def get_event(self, id): return self.events[id][1] # Keeps track of error datatypes def add_error(self, id, name, item): self.errors[id] = (name, item) if name[:-1] == self.namespace.prefix: self.all.append((name, item)) def get_error(self, id): return self.errors[id][1] xcb-proto-1.15.2/xcbgen/align.py0000644000175000017500000001451114253140173013352 00000000000000''' This module contains helper classes for alignment arithmetic and checks ''' from sys import version_info if version_info[:2] >= (3, 5): from math import gcd else: from fractions import gcd class Alignment(object): def __init__(self, align=4, offset=0): self.align = align # normalize the offset (just in case) self.offset = offset % align def __eq__(self, other): return self.align == other.align and self.offset == other.offset def __str__(self): return "(align=%d, offset=%d)" % (self.align, self.offset) @staticmethod def for_primitive_type(size): # compute the required start_alignment based on the size of the type if size % 8 == 0: # do 8-byte primitives require 8-byte alignment in X11? return Alignment(8,0) elif size % 4 == 0: return Alignment(4,0) elif size % 2 == 0: return Alignment(2,0) else: return Alignment(1,0) def align_after_fixed_size(self, size): new_offset = (self.offset + size) % self.align return Alignment(self.align, new_offset) def is_guaranteed_at(self, external_align): ''' Assuming the given external_align, checks whether self is fulfilled for all cases. Returns True if yes, False otherwise. ''' if self.align == 1 and self.offset == 0: # alignment 1 with offset 0 is always fulfilled return True if external_align is None: # there is no external align -> fail return False if external_align.align < self.align: # the external align guarantees less alignment -> not guaranteed return False if external_align.align % self.align != 0: # the external align cannot be divided by our align # -> not guaranteed # (this can only happen if there are alignments that are not # a power of 2, which is highly discouraged. But better be # safe and check for it) return False if external_align.offset % self.align != self.offset: # offsets do not match return False return True def combine_with(self, other): # returns the alignment that is guaranteed when # both, self or other, can happen new_align = gcd(self.align, other.align) new_offset_candidate1 = self.offset % new_align new_offset_candidate2 = other.offset % new_align if new_offset_candidate1 == new_offset_candidate2: new_offset = new_offset_candidate1 else: offset_diff = abs(new_offset_candidate2 - new_offset_candidate1) new_align = gcd(new_align, offset_diff) new_offset_candidate1 = self.offset % new_align new_offset_candidate2 = other.offset % new_align assert new_offset_candidate1 == new_offset_candidate2 new_offset = new_offset_candidate1 # return the result return Alignment(new_align, new_offset) class AlignmentLog(object): def __init__(self): self.ok_list = [] self.fail_list = [] self.verbosity = 1 def __str__(self): result = "" # output the OK-list for (align_before, field_name, type_obj, callstack, align_after) in self.ok_list: stacksize = len(callstack) indent = ' ' * stacksize if self.ok_callstack_is_relevant(callstack): if field_name is None or field_name == "": result += (" %sok: %s:\n\t%sbefore: %s, after: %s\n" % (indent, str(type_obj), indent, str(align_before), str(align_after))) else: result += (" %sok: field \"%s\" in %s:\n\t%sbefore: %s, after: %s\n" % (indent, str(field_name), str(type_obj), indent, str(align_before), str(align_after))) if self.verbosity >= 1: result += self.callstack_to_str(indent, callstack) # output the fail-list for (align_before, field_name, type_obj, callstack, reason) in self.fail_list: stacksize = len(callstack) indent = ' ' * stacksize if field_name is None or field_name == "": result += (" %sfail: align %s is incompatible with\n\t%s%s\n\t%sReason: %s\n" % (indent, str(align_before), indent, str(type_obj), indent, reason)) else: result += (" %sfail: align %s is incompatible with\n\t%sfield \"%s\" in %s\n\t%sReason: %s\n" % (indent, str(align_before), indent, str(field_name), str(type_obj), indent, reason)) if self.verbosity >= 1: result += self.callstack_to_str(indent, callstack) return result def callstack_to_str(self, indent, callstack): result = "\t%scallstack: [\n" % indent for stack_elem in callstack: result += "\t %s%s\n" % (indent, str(stack_elem)) result += "\t%s]\n" % indent return result def ok_callstack_is_relevant(self, ok_callstack): # determine whether an ok callstack is relevant for logging if self.verbosity >= 2: return True # empty callstacks are always relevant if len(ok_callstack) == 0: return True # check whether the ok_callstack is a subset or equal to a fail_callstack for (align_before, field_name, type_obj, fail_callstack, reason) in self.fail_list: if len(ok_callstack) <= len(fail_callstack): zipped = zip(ok_callstack, fail_callstack[:len(ok_callstack)]) is_subset = all([i == j for i, j in zipped]) if is_subset: return True return False def ok(self, align_before, field_name, type_obj, callstack, align_after): self.ok_list.append((align_before, field_name, type_obj, callstack, align_after)) def fail(self, align_before, field_name, type_obj, callstack, reason): self.fail_list.append((align_before, field_name, type_obj, callstack, reason)) def append(self, other): self.ok_list.extend(other.ok_list) self.fail_list.extend(other.fail_list) def ok_count(self): return len(self.ok_list) xcb-proto-1.15.2/xcbgen/error.py0000644000175000017500000000016414253140173013410 00000000000000class ResolveException(Exception): ''' Gets thrown when a type doesn't resolve in the XML. ''' pass xcb-proto-1.15.2/xcbgen/matcher.py0000644000175000017500000000770514253140173013712 00000000000000''' XML parser. One function for each top-level element in the schema. Most functions just declare a new object and add it to the module. For typedefs, eventcopies, xidtypes, and other aliases though, we do not create a new type object, we just record the existing one under a new name. ''' from os.path import join from sys import version_info if version_info[:2] >= (3, 3): from xml.etree.ElementTree import parse else: from xml.etree.cElementTree import parse from xcbgen.xtypes import * def import_(node, module, namespace): ''' For imports, we load the file, create a new namespace object, execute recursively, then record the import (for header files, etc.) ''' # To avoid circular import error from xcbgen import state module.import_level = module.import_level + 1 new_file = join(namespace.dir, '%s.xml' % node.text) new_root = parse(new_file).getroot() new_namespace = state.Namespace(new_file) execute(module, new_namespace) module.import_level = module.import_level - 1 if not module.has_import(node.text): module.add_import(node.text, new_namespace) def typedef(node, module, namespace): id = node.get('newname') name = namespace.prefix + (id,) type = module.get_type(node.get('oldname')) module.add_type(id, namespace.ns, name, type) def xidtype(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) type = module.get_type('CARD32') module.add_type(id, namespace.ns, name, type) def xidunion(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) type = module.get_type('CARD32') module.add_type(id, namespace.ns, name, type) def enum(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) type = Enum(name, node) module.add_type(id, namespace.ns, name, type) def struct(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) type = Struct(name, node) module.add_type(id, namespace.ns, name, type) def eventstruct(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) type = EventStruct(name, node) module.add_type(id, namespace.ns, name, type) def union(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) type = Union(name, node) module.add_type(id, namespace.ns, name, type) def request(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) type = Request(name, node) module.add_request(id, name, type) def event(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) event = Event(name, node) event.add_opcode(node.get('number'), name, True) module.add_event(id, name, event) def eventcopy(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) event = module.get_event(node.get('ref')) event.add_opcode(node.get('number'), name, False) module.add_event(id, name, event) def error(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) error = Error(name, node) error.add_opcode(node.get('number'), name, True) module.add_error(id, name, error) def errorcopy(node, module, namespace): id = node.get('name') name = namespace.prefix + (id,) error = module.get_error(node.get('ref')) error.add_opcode(node.get('number'), name, False) module.add_error(id, name, error) funcs = {'import' : import_, 'typedef' : typedef, 'xidtype' : xidtype, 'xidunion' : xidunion, 'enum' : enum, 'struct' : struct, 'eventstruct' : eventstruct, 'union' : union, 'request' : request, 'event' : event, 'eventcopy' : eventcopy, 'error' : error, 'errorcopy' : errorcopy} def execute(module, namespace): for elt in list(namespace.root): funcs[elt.tag](elt, module, namespace) xcb-proto-1.15.2/aclocal.m40000644000175000017500000012370714253140175012312 00000000000000# generated automatically by aclocal 1.16.5 -*- Autoconf -*- # Copyright (C) 1996-2021 Free Software Foundation, Inc. # This file is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; without # even the implied warranty of MERCHANTABILITY or FITNESS FOR A # PARTICULAR PURPOSE. m4_ifndef([AC_CONFIG_MACRO_DIRS], [m4_defun([_AM_CONFIG_MACRO_DIRS], [])m4_defun([AC_CONFIG_MACRO_DIRS], [_AM_CONFIG_MACRO_DIRS($@)])]) m4_ifndef([AC_AUTOCONF_VERSION], [m4_copy([m4_PACKAGE_VERSION], [AC_AUTOCONF_VERSION])])dnl m4_if(m4_defn([AC_AUTOCONF_VERSION]), [2.71],, [m4_warning([this file was generated for autoconf 2.71. 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We just wanted to have am__tar # and am__untar set. test -n "${am_cv_prog_tar_$1}" && break # tar/untar a dummy directory, and stop if the command works. rm -rf conftest.dir mkdir conftest.dir echo GrepMe > conftest.dir/file AM_RUN_LOG([tardir=conftest.dir && eval $am__tar_ >conftest.tar]) rm -rf conftest.dir if test -s conftest.tar; then AM_RUN_LOG([$am__untar /dev/null 2>&1 && break fi done rm -rf conftest.dir AC_CACHE_VAL([am_cv_prog_tar_$1], [am_cv_prog_tar_$1=$_am_tool]) AC_MSG_RESULT([$am_cv_prog_tar_$1])]) AC_SUBST([am__tar]) AC_SUBST([am__untar]) ]) # _AM_PROG_TAR xcb-proto-1.15.2/doc/0000755000175000017500000000000014253140173011263 500000000000000xcb-proto-1.15.2/doc/xml-xcb.txt0000644000175000017500000004250014253140173013317 00000000000000 xcb/proto Description =========== xcb/proto is a set of XML files describing the X Window System protocol It is designed for use with libxcb, the X C binding . xcb/proto consists of: xcb.xsd An XML Schema defining the data format for describing the X protocol. *.py Code generator helpers that read the protocol descriptions into python structures. See libxcb for example usage. *.xml XML descriptions of the core X protocol and many extensions. Generating C bindings ===================== See libxcb . Protocol Description Format =========================== Root element ------------ top-level elements This is the root element of a protocol description. The attributes are all various forms of the extension name. header is the basename of the XML protocol description file, which will be used as the basename for generated bindings as well. extension-name is the name of the extension in InterCaps, which will be used in the names of functions. extension-xname is the name of the extension as passed to QueryExtension. As an example, the XML-XCB description for the GO-FASTER extension would use the root element ; as a result, C bindings will be put in gofaster.h and gofaster.c, extension functions will be named XCBGoFasterFunctionName, and the extension initialization will call QueryExtension with the name "GO-FASTER". This element can contain any number of the elements listed in the section "Top-Level Elements" below. Top-Level Elements ------------------ header_name The import element allows the protocol description to reference types declared in another extension. The content is be the basename of the extension XML file, which is also the header attribute of the extension's root node. Note that types from xproto are automatically available, without explicitly importing them. structure contents This element represents a data structure. The name attribute gives the name of the structure. The content represents the fields of the structure, and consists of one or more of the length, field, pad, and list elements described in the section "Structure Contents" below. structure contents This element represents a union of data types, which can hold one value of any of those types. The name attribute gives the name of the union. The content represents the fields of the union, and consists of one or more of the field and pad elements described in the section "Structure Contents below". event-type-selector list This element represents a data structure that is the wire-representation of an event. The event can be any type that's selected by the event-type-selector list. This element represents an identifier for a particular type of resource. The name attribute gives the name of the new type. [optional expression] ... The enum element represents an enumeration type, which can take on any of the values given by the contained item elements. The name attribute on the enum gives the name of the enumerated type. The item element represents one possible value of an enumerated type. The name attribute on the item gives the name of that value, and the optional content is an expression giving the numeric value. If the expression is omitted, the value will be one more than that of the previous item, or 0 for the first item. The typedef element declares the type given by the newname attribute to be an alias for the type given by the oldname attribute. structure contents [structure contents] The request element represents an X protocol request. The name attribute gives the name of the request, and the opcode attribute gives the numeric request code. The content of the request element represents the fields in the request, and consists of one or more of any of the elements listed in the "Structure Contents" section below. Note that for requests in the core protocol, the first field in the request goes into the one-byte gap between the major opcode and the length; if the request does not have any data in that gap, put a one byte pad as the first element. Extension requests always have this gap filled with the minor opcode. The optional reply element is present if the request has a reply. The content of the reply element represents the fields in the reply, and consists of zero or more of the field, pad, and list elements listed in the "Structure Contents" section below. Note that the first field in the reply always goes into the one-byte gap between the response type and the sequence number; if the reply does not have any data in that gap, put a one byte pad as the first element. If the optional combine-adjacent attribute is true, multiple adjacent requests of the same type may be combined into a single request without affecting the semantics of the requests. structure contents This element represents an X protocol event. The name attribute gives the name of the event, and the number attribute gives the event number. The content of the event element represents the fields in the event, and consists of zero or more of the field, pad, and list elements listed in the "Structure Contents" section below. If the optional no-sequence-number attribute is true, the event does not include a sequence number. This is a special-case for the KeymapNotify event in the core protocol, and should not be used in any other event. If the optional xge attribute is true, the event is an X Generic Event and will be treated as such. The no-sequence-number and xge attribute can not be combined. structure contents This element represents an X protocol error. The name attribute gives the name of the error, and the number attribute gives the error number. The content of the error element represents the fields in the error, and consists of zero or more of the field, pad, and list elements listed in the "Structure Contents" section below. This element creates an alias for the event named in the ref attribute, with the new name given in the name attribute, and the new event number given in the number attribute. This element creates an alias for the error named in the ref attribute, with the new name given in the name attribute, and the new error number given in the number attribute. Structure Contents ------------------ Note: "type" attributes below refer to types defined by previous elements, either in the current extension, xproto, or one of the imported extensions. The type name must refer to only one possible type; if more than one type matches, an error occurs. To avoid this, the type may be explicitly prefixed with a namespace, which should be the value of the header attribute on the protocol description containing the desired type. The namespace and type are separated by a single colon. For example, to refer to the PIXMAP type defined in glx rather than the one defined in xproto, use type="glx:PIXMAP" rather than type="PIXMAP". Note: Most of the below may optionally contain an enum, altenum, mask or altmask attribute, which follows the above rules for "type". "enum" is an exhaustive enum; the value is restricted to one of the constants named in the enum. "altenum" may be one of the values contained in the enum, but it need not be. "mask" refers to an exhaustive enum to be used as a bitmask. "altmask" may be a mask from the referred enum, but it need not be. This element declares some padding in a data structure. The bytes attribute declares the number of bytes of padding. If serialize="true", then the pad will be serialized/deserialized. This is only needed for ABI compatibility with legacy. Newly added pads should not be defined with serialize="true". The serialize attribute may be omitted. Default is serialize="false". This element represents a field in a data structure. The type attribute declares the data type of the field, and the name attribute gives the name of the field. expression This element overrides the length of the data structure by specifying it explicitly instead of it being defined by the layout of the structure. This makes it possible to handle structures with conditional fields (see the element) where the future revisions of protocols may introduce new variants and old code must still properly ignore them. The content is an expression giving the length of the data structure in terms of other fields in the structure. See the section "Expressions" for details on the expression representation. The expression must not depend on conditional fields. Additionally, the length of the data structure must be at least such that it includes the fields that the expression depends on. Smaller length is considered a violation of the protocol. This element represents a file descriptor field passed with the request. The name attribute gives the name of the field. While ordinary fields are encoded as part of the request, file descriptor fields are generally passed via an out-of-band mechanism. expression This element represents an array or list of fields in a data structure. The type attribute declares the data type of the field, and the name attribute gives the name of the field. The content is an expression giving the length of the list in terms of other fields in the structure. See the section "Expressions" for details on the expression representation. expression This element represents a field in a request that is calculated rather than supplied by the caller. The type attribute declares the data type of the field, and the name attribute gives the name of the field. The content is the expression giving the value of the field. See the section "Expressions" for details on the expression representation. This element represents a BITMASK/LISTofVALUE parameter pair: a bitmask defining the set of values included, and a list containing these values. value-mask-type gives the type of the bitmask; this must be CARD16 or CARD32. value-mask-name gives the field name of the bitmask, and value-list-name gives the field name of the list of values. Please use instead for new protocol definitions. switch expression bitcase expression(s), fields case expression(s), fields This element represents conditional inclusion of fields. It can be viewed as sequence of multiple ifs: : if ( switch expression & bitcase expression ) is non-zero, bitcase fields are included in structure. : if ( switch expression == case expression ) is true, then case fields are included in structure. It can be used only as the last field of a structure. When a bitcase or case includes multiple clauses, the contents of the bitcase or case are only present once regardless of the number of bitcase or case expressions that match. inside can only refer to an enum's members. inside can only refer to an enum's members. A switch may contain multiple or elements. Usually it will only contain elements or only contain elements. That is, mixing of and usually doesn't make any sense. The same value may appear in multiple or elements. New protocol definitions should prefer to use this instead of and instead of . Expressions ----------- Expressions consist of a tree of elements with leaves consisting of or elements. expression expression The op element represents an operator, with the op attribute specifying which operator. The supported operations are +, -, *, /, &, and <<, and their semantics are identical to the corresponding operators in C. The two operand expressions may be other expression elements. identifier The fieldref element represents a reference to the value of another field in the structure containing this expression. The identifier is the value of the "name" attribute on the referenced field. identifier A paramref is similar to a fieldref, but it refers to the value of a field in the context which refers to the struct which contains the paramref. So, it refers to a field outside of the structure where it is defined. This has the following consequences: * The generator cannot deduce its type. So, it is mandatory to specify its type. * The identifier-name must not be used as a field in the structure which contaons the paramref. For an example, see struct "DeviceTimeCoord" and request/reply "GetDeviceMotionEvents" in xinput.xml, where paramref "num_axes" in struct DeviceTimeCoord refers to field "num_axes" in the DeviceTimeCoord reply. integer The value element represents a literal integer value in an expression. The integer may be expressed in decimal or hexadecimal. integer The bit element represents a literal bitmask value in an expression. The integer must be in the range 0..31, expanding to (1<enum item identifier This element represents a reference to item of enum. expression This element represents a unary operator, with the op attribute specifying which operator. The only supported operation so far is ~, and its semantic is identical to the corresponding operator in C. This element represents a sumation of the elements of the referenced list. expression The expression is evaluated for each element of the referenced list, in the context of this element. This sumof element then represents a sumation of the results of these evaluations. expression will usually be a fieldref which references a field of a list-element or an expression containing a fieldref, such as popcount of a fieldref. expression This element represents the number of bits set in the expression. This element represents the current list-element when used inside a list-iteration expression such as . Event-Type-Selector List ------------------------ The event-type-selector list selects a set of eventtypes. It consists of any number of the following elements: The extension attribute selects events from the given extension. If the xge attribute is true, the event is an X Generic Event and will be treated as such. opcode-min and opcode-max describe the minimum and maximum opcode respectively. The opcode is the same number as the number-attribute of an event definition. I.e. this is the offset from the event-base to the actual number used on the wire. In the current implementation, only xge="false" is supported. Documentation ------------- Documentation for each request, reply or event is stored in the appropriate element using a element. The element can contain the following elements: brief description A short description of the request, reply or event. For example "makes a window visible" for MapWindow. This will end up in the manpage NAME section and in the doxygen @brief description. The full description. Use `` to highlight words, such as "Draws `points_len`-1 lines between each pair of points…" Example C code illustrating the usage of the particular request, reply or event. field description The full description for the specified field. Depending on the context, this is either a request parameter or a reply/event datastructure field. error description The full description for an error which can occur due to this request. A reference to another relevant program, function, request or event. xcb-proto-1.15.2/install-sh0000755000175000017500000003577614253140175012466 00000000000000#!/bin/sh # install - install a program, script, or datafile scriptversion=2020-11-14.01; # UTC # This originates from X11R5 (mit/util/scripts/install.sh), which was # later released in X11R6 (xc/config/util/install.sh) with the # following copyright and license. # # Copyright (C) 1994 X Consortium # # 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 # X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN # AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNEC- # TION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. # # Except as contained in this notice, the name of the X Consortium shall not # be used in advertising or otherwise to promote the sale, use or other deal- # ings in this Software without prior written authorization from the X Consor- # tium. # # # FSF changes to this file are in the public domain. # # Calling this script install-sh is preferred over install.sh, to prevent # 'make' implicit rules from creating a file called install from it # when there is no Makefile. # # This script is compatible with the BSD install script, but was written # from scratch. tab=' ' nl=' ' IFS=" $tab$nl" # Set DOITPROG to "echo" to test this script. doit=${DOITPROG-} doit_exec=${doit:-exec} # Put in absolute file names if you don't have them in your path; # or use environment vars. chgrpprog=${CHGRPPROG-chgrp} chmodprog=${CHMODPROG-chmod} chownprog=${CHOWNPROG-chown} cmpprog=${CMPPROG-cmp} cpprog=${CPPROG-cp} mkdirprog=${MKDIRPROG-mkdir} mvprog=${MVPROG-mv} rmprog=${RMPROG-rm} stripprog=${STRIPPROG-strip} posix_mkdir= # Desired mode of installed file. mode=0755 # Create dirs (including intermediate dirs) using mode 755. # This is like GNU 'install' as of coreutils 8.32 (2020). mkdir_umask=22 backupsuffix= chgrpcmd= chmodcmd=$chmodprog chowncmd= mvcmd=$mvprog rmcmd="$rmprog -f" stripcmd= src= dst= dir_arg= dst_arg= copy_on_change=false is_target_a_directory=possibly usage="\ Usage: $0 [OPTION]... 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installcheck-am installdirs installdirs-am \ maintainer-clean maintainer-clean-generic mostlyclean \ mostlyclean-generic pdf pdf-am ps ps-am tags tags-am uninstall \ uninstall-am uninstall-pkgconfigDATA .PRECIOUS: Makefile # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: xcb-proto-1.15.2/NEWS0000644000175000017500000002770414253140173011147 00000000000000Release 1.14.1 (2020-10-08) =========================== * Python 3.9 compatibility (stop using removed interfaces) * Fix handling of enum attributes in fields Release 1.14 (2020-02-22) ========================= * Fix size computation of imported lists * Allow access to the original type in the XML * Add sysroot prefix to pkgconfig file (Fixes #9) Release 1.13 (2018-02-28) ========================= * dri3: Add multi-plane/modifier protocol for v1.2 * present: Add suboptimal-copy protocol for v1.2 * randr: Add output-lease protocol for v1.6 * Add support for variable-sized lists of FDs * xge: Add safe generic-event sending support * Fix initial connection handshaking * Updated XML DTD * Python 3.x cleanups and compatibility Release 1.12 (2016-05-18) ========================= * xinput: Various padding-related additions and fixes * xinput: Various type fixes * xinput: Various mask fixes * xinput: Various additions of enums * Define new "altmask" attribute * Define new switch-case construct * xinput: Convert various construct from bitcase to case * xinput: Add full support for various requests * Define new sumof with nested expressions * present: Specify length of RedirectNotify.notifies * Define new listelement-ref construct * xinput: Support list axisvalues in events * Define new paramref construct * xfixes: Fix GetCursorImageAndName cursor image support * Replace valueparam with other construct in various extensions * Remove support for the valueparam construct * xprint: Fix some list definitions * randr: Add RandR 1.5 requests and data types * shm: Mark PutImage.send_event field as boolean * glx: Add IsEnabled request * Make padding explicit in various places * Fix typos in some documentation examples * Add an automatic alignment checker * Optionally enforce serilization of pads for ABI compatibility Release 1.11 (2014-08-01) ========================= * Add support for * xkb: Fix padding bug in GetMap * xcbgen: Track directly included modules * xprint: Fix PrintGetAttributes reply * xkb: Fix use of nKTLevels * xv: Fix padding in struct AdaptorInfo * xproto: Fix EnterNotify documentation * Update the protocol schema * xinput: Add missing pad in DeviceResolutionCtl * xinput: Add missing pad in XIChangeHierarchy * xinput: Add missing modLatches as comment in LatchLockState Release 1.10 (2013-12-22) ========================= * xkb: comment out portions that libxcb doesn't handle properly * Present: Remove reference to nonexistent enum * sync: Add missing namespace for the INT64 struct * sync: VALUETYPE and TESTTYPE are enum * xinput: Add XI2 event enum. for event selection * Rename ge events to GeGeneric events to avoid clash with libxcb Release 1.9 (2013-11-07) ======================== * Add Present protocol specification * Add DRI3 * Add MIT-SHM AttachFd and CreateSegment requests * Add support for file descriptor request fields * Define X generic event structure * Add CARD64/INT64 protocol types * XKB: Rewrite AXOption * XKB: Fix values of AXFBOpt enum * xkb: Fix struct ExtensionDeviceNotify * xkb: Pad structs CommonDoodad and SALockDeviceBtn * randr: Fix GetProviderProperty reply * Enforce a bit or value in enum items * xkb: Add missing LedClass and BellClass enum values * xkb: Add missing 'supported' field to GetNamedIndicator reply * xkb: Unify Overlay1Behavior and Overlay2Behavior * xkb: Change DfltBtnAbsolute to the value used by the server * xkb: Fix key type map entry field order * xkb: Work around alignment problems in GetNames and GetMap replies * xinput: Use BARRIER from xfixes * xinput: Unlock uninterpreted lists * xinput: Add XI v2.3 * xinput: Add XI v2.2 * xinput: Add XI v2.1 * xinput: Add XI v2.0 * xinput: Add XI v1.5 * xinput: Cleanup implementation of XI up to v1.4 * Add support for X Generic Extension events * sync: Change value list param of CreateAlarm and ChangeAlarm into switch * res: Add ClientIdMask enum * res: Fix and rename list in ClientIdValue * randr: Add provider object support (RandR v1.4) * xtest: Version bump 2.1..2.2 * glx: Version bump 1.3..1.4 * composite: Version bump 0.3..0.4 * xfixes: Rename enum DirectionMask to BarrierDirec. * XKB: Correct enum to mask * screensaver: Use enum and mask attributes * screensaver: Remove wrong fields from Notify event * Prototype for XRes v1.2 * XKB: Fix calculation in GetIndicatorMap * XKB: Fix GetKbdByName * Allow multiple in a * XKB: Change CARD8 to char where ASCII is expected * XKB: Fix VirtualMods * XKB: Fix SymInterpret * XKB: Fix CountedString16 padding * xkb: Revert half of d42d791 XKB: Fix broken events * xfixes: Update to version 5 * autogen.sh: Implement GNOME Build API Release 1.8 (2012-10-05) ======================== * dri2: Update to DRI2 1.4 * XKB: Fix broken events * xproto: add doc tags, xcbgen: handle doc tags Release 1.7.1 (2012-03-23) ========================== * Add ge and xf86vidmode protocol descriptions * Remove now unnecessary files as everything is implemented in xcbgen * Rename the ExprType "parent" attribute to "parents" Release 1.7 (2012-01-11) ======================== * Add missing padding bytes to ChangeKeyboardMapping request * Corrected type of FakeInput rootX & rootY fields * Changed Exception message in case of unknown/unhandled XML tags * xcbgen: perform lenfield lookup within all anchestors * Add support for new expr tags popcount, enumref, sumof * Changed handling of anchestor types * Assign switch name to bitcases * Support name attribute for bitcases and set BitcaseType.has_name accordingly * Use absolute imports in xcbgen for Python 3 compatibilit * dri2: Update to version 1.3 (v2) * glx: Replace some 'reserved' fields with explicit padding * glx: Use glx:CONTEXT for share_list parameter of CreateNewContext * glx: Use FBCONFIG type for fbconfig parameter of CreateNewContext and CreatePixmap * glx: Add protocol for GLX_ARB_create_context and GLX_ARB_create_context_profile * Add support for fence sync objects * xf86dri: fix GetDrawableInfo reply * xproto: fix TranslateCoordinates reply * xcbgen: Add unop support * xf86vidmode: Fix padding expressions * dri2: Add proper padding before driver_name * Add libdir/exec_prefix to xcb-xproto.pc * Revive support for hex literals in protocol * Add description of new protocol elements * Add XKEYBOARD protocol description * Fix ChangeHosts address string * Fix SetFontPath path string encoding * Fix some fields name * Fix XKB GetState missing lookupMods field * Add RENDER 0.11 definitions Release 1.6 (2009-12-02) ======================== * Add DRI2 protocol, based off of dri2proto.h and the server code. (v2) * xf86dri.xml seems to have been wrong forever. Fixes bug #16894. * shape: add missing padding bytes to GetRectangles * Add XML description for the Generic Event extension. * Add XML description for the XFree86VidMode extension. * Fix typo in xf86vidmode.xml * Fix length calculation for xfixes/FetchRegion reply * Add pre-defined atoms to Atom enum Release 1.5 (2009-05-09) ======================== * Add support for mod mask Any * Add and use altenum (non-exhaustive enum) * Tweak some XInput specs * Fix milter spelling * Correct the length calculation for the value field of GetPropertyReply * xtest: rename window field to root * randr: add version 1.3 requests * shm: fix ShmCompletion event Release 1.4 (2009-02-16) ======================== * Add explicit padding in various protocol description. * Associate fields with the enum which describes their allowed values. Release 1.3 (2008-12-10) ======================== Explicit padding was added in various protocol description. Protcol fixes: * RandR * X proto * Change CARD8 to char when specs requires STRING8 Release 1.2 (2008-07-17) ======================== New extensions: * XInput 1.4 * SELinux 1.0 Various fixes in protocol description: * X proto * X-Resource * XVMC * GLX New Python parser language-independent parts. Release 1.1 (2007-11-04) ======================== Incompatible change to the XML schema: rather than special-casing the treatment of protocol extension names, use the new extension-multiword attribute. Normally, XCB prefixes C extension functions with xcb_extname_. However, some of the existing extensions used multi-word names, such as xcb_big_requests_ or xcb_xc_misc_. Those extensions now use this attribute to match their existing defined API. This allows the XCB code generator to avoid special-casing those extension names. Protocol updates: * Update DAMAGE to 1.1 * Update RandR to version 1.2 Bug fixes: * fix XSync Initialize call * Update autogen.sh to one that does objdir != srcdir. Release 1.0 (2006-11-23) ======================== The "Thanksgiving" release: We feel thankful to have it released. * Fix Bug #8990: randr type fixes * Fixed screen parameter type in several GLX requests to use CARD32 instead of the SCREEN structure. * Corrected valueparam arguments to attribute lists in several requests and a reply. * Estethic change for attribute parameter name * Remove support for the tag: nothing needs it. * Fix Bug #8973: In UngrabKey, the 'key' field should have type KEYCODE, not the more general CARD8. Release 1.0 RC3 (2006-11-02) ============================ * Add support for the Xinerama extension, version 1.1 * Protocol descriptions now document the major and minor version numbers of the extension version they support, through major-version and minor-version attributes on the xcb tag. XML Schema updated accordingly. * Minor source reorganization: Now that the extensions do not get installed to an extensions/ subdirectory, move them out of the extensions/ subdirectory in the source as well. * Various protocol description fixes: * Add REPEAT enumeration to Render extension to fix bug #8535 * Fix core xproto GrabMode enumeration (reported by Yang JianJun) * Fix core xproto cap style enumeration (bug #8857). Release 1.0 RC2 (2006-10-07) ============================ * Add xproto explicitly to extensions that use xproto; this goes along with the change in the code generator for libxcb 1.0 RC2 to stop implicitly importing xproto. * Change "union" to "xidunion" for XID unions like DRAWABLE and FONTABLE, so that the code generator can more easily declare these XID unions as integer typedefs rather than unions. * Replace structures attempting to provide C type safety with CARD32 typedefs * render.xml no longer describes the CompositeGlyphs* requests as taking lists of complicated unions of structures of lists: it says instead that they take a LISTofBYTE. The caller is responsible for constructing an appropriate sequence of glyph elements. Previously, the requests could not actually be used because XCB did not correctly compute the length of the provided data. Release 1.0 RC1 (2006-09-25) ============================ The Great XCB Renaming ---------------------- * Rename shape_op and shape_kind to drop the "shape_" prefix, since otherwise these types end up as xcb_shape_shape_{op,kind}_t. * Remove leading underscores from enums in the GLX protocol description, previously needed to ensure a word separator, but now redundant. * The XML-XCB protocol descriptions have moved to /usr/share/xcb, with extension descriptions no longer relegated to an extensions/ subdirectory. GIT Repository split -------------------- Previously, several XCB-related projects all existed under the umbrella of a single monolithic GIT repository with per-project subdirectories. We have split this repository into individual per-project repositories. Josh Triplett and Jamey Sharp wrote a tool called git-split to accomplish this repository split. git-split reconstructs the history of a sub-project previously stored in a subdirectory of a larger repository. It constructs new commit objects based on the existing tree objects for the subtree in each commit, and discards commits which do not affect the history of the sub-project, as well as merges made unnecessary due to these discarded commits. We would like to acknowledge the work of the gobby team in creating a collaborative editor which greatly aided the development of git-split (as well as these release notes). xcb-proto-1.15.2/configure0000755000175000017500000036506514253140175012366 00000000000000#! /bin/sh # Guess values for system-dependent variables and create Makefiles. # Generated by GNU Autoconf 2.71 for XCB Proto 1.15.2. # # Report bugs to . # # # Copyright (C) 1992-1996, 1998-2017, 2020-2021 Free Software Foundation, # Inc. # # # This configure script is free software; the Free Software Foundation # gives unlimited permission to copy, distribute and modify it. ## -------------------- ## ## M4sh Initialization. ## ## -------------------- ## # Be more Bourne compatible DUALCASE=1; export DUALCASE # for MKS sh as_nop=: if test ${ZSH_VERSION+y} && (emulate sh) >/dev/null 2>&1 then : emulate sh NULLCMD=: # Pre-4.2 versions of Zsh do word splitting on ${1+"$@"}, which # is contrary to our usage. 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AC_PREREQ(2.57) AC_INIT([XCB Proto], 1.15.2, [xcb@lists.freedesktop.org]) AC_CONFIG_SRCDIR([xcb-proto.pc.in]) AM_INIT_AUTOMAKE([foreign dist-xz]) AC_PATH_PROG(XMLLINT, xmllint, no) AM_CONDITIONAL(HAVE_XMLLINT, test "x$XMLLINT" != "xno") if test "$XMLLINT" = "no"; then AC_MSG_WARN([xmllint not found; unable to validate against schema.]) fi AM_PATH_PYTHON([2.5]) xcbincludedir='${datadir}/xcb' AC_SUBST(xcbincludedir) AC_CONFIG_FILES([Makefile src/Makefile xcbgen/Makefile xcb-proto.pc]) AC_OUTPUT xcb-proto-1.15.2/README.md0000644000175000017500000000416714253140173011725 00000000000000About xcb-proto =============== xcb-proto provides the XML-XCB protocol descriptions that libxcb uses to generate the majority of its code and API. We provide them separately from libxcb to allow reuse by other projects, such as additional language bindings, protocol dissectors, or documentation generators. This separation between the XCB transport layer and the automatically-generated protocol layer also makes it far easier to write new extensions. With the Xlib infrastructure, client-side support for new extensions requires significant duplication of effort. With XCB and the XML-XCB protocol descriptions, client-side support for a new extension requires only an XML description of the extension, and not a single line of code. Python libraries: xcb-proto also contains language-independent Python libraries that are used to parse an XML description and create objects used by Python code generators in individual language bindings. These libraries are installed into $(prefix)/lib/pythonX.X/site-packages. If this location is not on your system's Python path, scripts that import them will fail with import errors. In this case you must add the install location to your Python path by creating a file with a `.pth' extension in a directory that _is_ on the Python path, and put the path to the install location in that file. For example, on my system there is a file named 'local.pth' in /usr/lib/python2.5/site-packages, which contains '/usr/local/lib/python2.5/site-packages'. Note that this is only necessary on machines where XCB is being built. Please report any issues you find to the freedesktop.org bug tracker at: https://gitlab.freedesktop.org/xorg/proto/xcbproto/issues Discussion about XCB occurs on the XCB mailing list: https://lists.freedesktop.org/mailman/listinfo/xcb You can obtain the latest development versions of xcb-proto using GIT from the xcbproto code repository at: https://gitlab.freedesktop.org/xorg/proto/xcbproto For anonymous checkouts, use: git clone https://gitlab.freedesktop.org/xorg/proto/xcbproto.git For developers, use: git clone git@gitlab.freedesktop.org:xorg/proto/xcbproto.git xcb-proto-1.15.2/missing0000755000175000017500000001533614253140175012047 00000000000000#! /bin/sh # Common wrapper for a few potentially missing GNU programs. scriptversion=2018-03-07.03; # UTC # Copyright (C) 1996-2021 Free Software Foundation, Inc. # Originally written by Fran,cois Pinard , 1996. # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2, or (at your option) # any later version. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. 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