docs/doxygen/scripts/doxymlparser.py

   1 """
   2 Name: doxymlparser.py
   3 Author: Kevin Ollivier
   4 License: wxWidgets License
   5 """
   6
   7 __description__ = """
   8 Takes the output of Doxygen XML and parses it to retrieve metadata about the classes and methods.
   9
  10 To create the Doxygen XML files, from the wxWidgets/docs/doxygen directory, do:
  11
  12 ./regen.sh xml
  13
  14 To see the results from parsing a particular class, do:
  15
  16 python doxymlparser.py --report out/xml/classwx_<whatever>.xml
  17 """
  18
  19 #!/usr/bin/env python
  20 import optparse
  21 import os
  22 import string
  23
  24 import sys
  25 import types
  26 from xml.dom import minidom
  27
  28 option_dict = {
  29             "report"        : (False, "Print out the classes and methods found by this script."),
  30             "verbose"       : (False, "Provide status updates and other information."),
  31           }
  32
  33 parser = optparse.OptionParser(usage="usage: %prog [options] <doxyml files to parse>\n" + __description__, version="%prog 1.0")
  34
  35 for opt in option_dict:
  36     default = option_dict[opt][0]
  37
  38     action = "store"
  39     if type(default) == types.BooleanType:
  40         action = "store_true"
  41     parser.add_option("--" + opt, default=default, action=action, dest=opt, help=option_dict[opt][1])
  42
  43 options, arguments = parser.parse_args()
  44
  45 def get_first_value(alist):
  46     if len(alist) > 0:
  47         return alist[0]
  48     else:
  49         return ""
  50
  51 class ClassDefinition:
  52     def __init__(self):
  53         self.name = ""
  54         self.constructors = []
  55         self.destructors = []
  56         self.methods = []
  57         self.brief_description = ""
  58         self.detailed_description = ""
  59         self.includes = []
  60         self.bases = []
  61         self.enums = {}
  62
  63     def __str__(self):
  64         str_repr = """
  65 Class: %s
  66 Bases: %s
  67 Includes: %s
  68 Brief Description:
  69 %s
  70
  71 Detailed Description:
  72 %s
  73 """ % (self.name, string.join(self.bases, ", "), self.includes, self.brief_description, self.detailed_description)
  74         str_repr += "Methods:\n"
  75
  76         for method in self.methods:
  77             str_repr += str(method)
  78
  79         return str_repr
  80
  81 class MethodDefinition:
  82     def __init__(self):
  83         self.name = ""
  84         self.return_type = ""
  85         self.argsstring = ""
  86         self.definition = ""
  87         self.params = []
  88         self.brief_description = ""
  89         self.detailed_description = ""
  90
  91     def __str__(self):
  92         str_repr = """
  93 Method: %s
  94 Return Type: %s
  95 Params: %r
  96 Prototype: %s
  97 Brief Description:
  98 %s
  99
 100 Detailed Description:
 101 %s
 102 """ % (self.name, self.return_type, self.params, self.definition + self.argsstring, self.brief_description, self.detailed_description)
 103         return str_repr
 104
 105 def getTextValue(node, recursive=False):
 106     text = ""
 107     for child in node.childNodes:
 108         if child.nodeType == child.ELEMENT_NODE and child.nodeName == "ref":
 109             text += getTextValue(child)
 110         if child.nodeType == child.TEXT_NODE:
 111             # Add a space to ensure we have a space between qualifiers and parameter names
 112             text += child.nodeValue.strip() + " "
 113
 114     return text.strip()
 115
 116 def doxyMLToText(node):
 117     return text
 118
 119 class DoxyMLParser:
 120     def __init__(self):
 121         self.classes = []
 122
 123     def find_class(self, name):
 124         for aclass in self.classes:
 125             if aclass.name == name:
 126                 return aclass
 127
 128         return None
 129
 130     def get_enums_and_functions(self, filename, aclass):
 131         file_path = os.path.dirname(filename)
 132         enum_filename = os.path.join(file_path, aclass.name[2:] + "_8h.xml")
 133         if os.path.exists(enum_filename):
 134             root = minidom.parse(enum_filename).documentElement
 135             for method in root.getElementsByTagName("memberdef"):
 136                 if method.getAttribute("kind") == "enum":
 137                     self.parse_enum(aclass, method, root)
 138
 139     def is_derived_from_base(self, aclass, abase):
 140         base = get_first_value(aclass.bases)
 141         while base and base != "":
 142
 143             if base == abase:
 144                 return True
 145
 146             parentclass = self.find_class(base)
 147
 148             if parentclass:
 149                 base = get_first_value(parentclass.bases)
 150             else:
 151                 base = None
 152
 153         return False
 154
 155     def parse(self, filename):
 156         self.xmldoc = minidom.parse(filename).documentElement
 157         for node in self.xmldoc.getElementsByTagName("compounddef"):
 158             new_class = self.parse_class(node)
 159             self.classes.append(new_class)
 160             self.get_enums_and_functions(filename, new_class)
 161
 162     def parse_class(self, class_node):
 163         new_class = ClassDefinition()
 164         new_class.name = getTextValue(class_node.getElementsByTagName("compoundname")[0])
 165         for node in class_node.childNodes:
 166             if node.nodeName == "basecompoundref":
 167                 new_class.bases.append(getTextValue(node))
 168             elif node.nodeName == "briefdescription":
 169                 # let the post-processor determ
 170                 new_class.brief_description = node.toxml()
 171             elif node.nodeName == "detaileddescription":
 172                 new_class.detailed_description = node.toxml()
 173             elif node.nodeName == "includes":
 174                 new_class.includes.append(getTextValue(node))
 175
 176         self.parse_methods(new_class, class_node)
 177
 178         return new_class
 179
 180     def parse_enum(self, new_class, enum, root):
 181         enum_name = ""
 182         enum_values = []
 183
 184         for node in enum.childNodes:
 185             if node.nodeName == "name":
 186                 enum_name = getTextValue(node)
 187             elif node.nodeName == "enumvalue":
 188                 enum_values.append(getTextValue(node.getElementsByTagName("name")[0]))
 189
 190         new_class.enums[enum_name] = enum_values
 191
 192     def parse_methods(self, new_class, root):
 193         for method in root.getElementsByTagName("memberdef"):
 194             new_method = MethodDefinition()
 195             for node in method.childNodes:
 196                 if node.nodeName == "name":
 197                     new_method.name = getTextValue(node)
 198                 elif node.nodeName == "type":
 199                     new_method.return_type = getTextValue(node)
 200                 elif node.nodeName == "definition":
 201                     new_method.definition = getTextValue(node)
 202                 elif node.nodeName == "argsstring":
 203                     new_method.argsstring = getTextValue(node)
 204                 elif node.nodeName == "param":
 205                     param = {}
 206                     for child in node.childNodes:
 207                         if child.nodeType == child.ELEMENT_NODE:
 208                             param[child.nodeName] = getTextValue(child)
 209                     new_method.params.append(param)
 210
 211             if options.verbose:
 212                 print "Adding %s" % (new_method.name + new_method.argsstring)
 213
 214             if new_method.name == new_class.name:
 215                 new_class.constructors.append(new_method)
 216             elif new_method.name == "~" + new_class.name:
 217                 new_class.destructors.append(new_method)
 218             else:
 219                 new_class.methods.append(new_method)
 220
 221 if __name__ == "__main__":
 222     if len(arguments) < 1:
 223         parser.print_usage()
 224         sys.exit(1)
 225
 226     doxyparse = DoxyMLParser()
 227     for arg in arguments:
 228         doxyparse.parse(arg)
 229
 230     if options.report:
 231         for aclass in doxyparse.classes:
 232             print str(aclass)
 233