def function_by_signature(self, name, returns, parameters):
method = DocsMethod(0)
method.name = name
method.parameters = parameters
method.syntax = name + "("
for p in self.get_parameter_names(parameters):
method.syntax = method.syntax + p + ", "
method.syntax = method.syntax.rstrip(', ')
method.syntax = method.syntax + ")"
method.returns = returns
method.new = True
for function in self.function_list:
if function.name == name:
dst_parameters_types = self.get_parameter_types(function.parameters.replace('const ',''))
src_parameters_types = self.get_parameter_types(parameters.replace('const ',''))
if(len(src_parameters_types)==len(dst_parameters_types)):
a = -1
for i in range(len(src_parameters_types)):
if src_parameters_types[i] != dst_parameters_types[i]:
break
else:
a = i
if a == len(src_parameters_types)-1:
function.new = False
function.parameters = parameters
return function
self.function_list.append(method)
return method
def function_by_signature(self, name, returns, parameters):
method = DocsMethod(0)
method.name = name
method.parameters = parameters
method.syntax = name + "("
for p in self.get_parameter_names(parameters):
method.syntax = method.syntax + p + ", "
method.syntax = method.syntax.rstrip(', ')
method.syntax = method.syntax + ")"
method.returns = returns
method.new = True
found = False
for function in self.function_list:
if function.name == name:
dst_parameters_types = self.get_parameter_types(function.parameters)
src_parameters_types = self.get_parameter_types(parameters)
if(len(src_parameters_types)==len(dst_parameters_types)):
a = -1
for i in range(len(src_parameters_types)):
if src_parameters_types[i] != dst_parameters_types[i]:
break
else:
a = i
if a == len(src_parameters_types)-1:
function.new = False
return function
found = True
#print 'found ' + function.name
break
if not found:
#print 'not found ' + method.name
#clazzmethod = method
self.function_list.append(method)
return method
def parse_function(element):
if re.match('.*operator\s*\[\s*\]',element) is None:
clean_element = remove_links(element)
else:
clean_element = element
clean_element = html_encode_templates(clean_element)
#print re.match('operator\b*\[\b*\]\b*\(.*\)',element) is None
#print clean_element
m = DocsMethod(0)
function_name = ""
function_return = ""
function = clean_element.split('(')[0].lstrip(' ').rstrip(' ').split(' ')
print str(function) + ": " + str(len(function)) + ": " + function[len(function)-1]
#print function
if len(function)>1:
if element.find("operator")!=-1 and len(function)>2:
function_name = function[len(function)-2] + function[len(function)-1]
else:
function_name = function[len(function)-1]
print function_name
for r in function[:len(function)-1]:
if r == 'static':
m.static = True
continue
if r == 'operator':
continue
if r == 'virtual':
continue
function_return = function_return + " " + r
else:
function_name = function[0]
#print clean_element
if clean_element.rfind('const') > clean_element.rfind(')'):
clean_element = clean_element[:clean_element.rfind('const')]
m.constant = True
function_parameters = clean_element.split('(')[1].strip('\n').strip(' ').strip(')').strip(' ')
m.name = function_name
m.returns = function_return
m.parameters = function_parameters
m.syntax = function_name + "("
for p in get_parameter_names(function_parameters):
m.syntax = m.syntax + p + ", "
m.syntax = m.syntax.rstrip(', ')
m.syntax = m.syntax + ")"
return m
def function_by_signature(self, name, returns, parameters, alternatives,
already_found, fuzzy):
method = DocsMethod(0)
method.name = name
method.parameters = parameters
method.syntax = name + "("
for p in self.get_parameter_names(parameters):
method.syntax = method.syntax + p + ", "
method.syntax = method.syntax.rstrip(', ')
method.syntax = method.syntax + ")"
method.returns = returns
method.new = True
for function in self.function_list:
if function.name == name:
dst_parameters_types = self.get_parameter_types(
function.parameters)
src_parameters_types = self.get_parameter_types(parameters)
if (len(src_parameters_types) == len(dst_parameters_types)):
a = -1
for i in range(len(src_parameters_types)):
if src_parameters_types[i] != dst_parameters_types[i]:
break
else:
a = i
if a == len(src_parameters_types
) - 1 and function.returns == returns:
function.new = False
function.parameters = parameters
function.syntax = method.syntax
function.returns = method.returns
return function
if fuzzy and len(alternatives) > 0:
alternative_func = self.fuzzy_function_search(
name, returns, parameters, alternatives, already_found)
if alternative_func != None:
alternative_func.parameters = method.parameters
alternative_func.syntax = method.syntax
alternative_func.returns = method.returns
return alternative_func
else:
self.function_list.append(method)
return method
else:
return None
def function_by_signature(self, name, returns, parameters, alternatives, already_found, fuzzy):
method = DocsMethod(0)
method.name = name
method.parameters = parameters
method.syntax = name + "("
for p in self.get_parameter_names(parameters):
method.syntax = method.syntax + p + ", "
method.syntax = method.syntax.rstrip(', ')
method.syntax = method.syntax + ")"
method.returns = returns
method.new = True
for function in self.function_list:
if function.name == name:
dst_parameters_types = self.get_parameter_types(function.parameters)
src_parameters_types = self.get_parameter_types(parameters)
if(len(src_parameters_types)==len(dst_parameters_types)):
a = -1
for i in range(len(src_parameters_types)):
if src_parameters_types[i] != dst_parameters_types[i]:
break
else:
a = i
if a == len(src_parameters_types)-1 and function.returns == returns:
function.new = False
function.parameters = parameters
function.syntax = method.syntax
function.returns = method.returns
return function
if fuzzy and len(alternatives)>0:
alternative_func = self.fuzzy_function_search(name, returns, parameters, alternatives, already_found)
if alternative_func != None:
alternative_func.parameters = method.parameters
alternative_func.syntax = method.syntax
alternative_func.returns = method.returns
return alternative_func
else:
self.function_list.append(method)
return method
else:
return None
def getclass(clazz, getTemplated=False):
var = DocsVar(0)
documentation_clazz = DocsClass(0)
var.clazz = clazz
documentation_clazz.name = clazz
documentation_clazz.new = True
method = DocsMethod(0)
method.clazz = documentation_clazz.name
prevBreakLine = False
for root, dirs, files in os.walk(os.path.join(documentation_root)):
for name in files:
file_split = os.path.splitext(name)
if file_split[1] == '.markdown' and file_split[0] == clazz:
f = open(os.path.join(root, name), 'r')
state = 'begin'
linenum = 0
for line in f:
line = line.decode("utf-8", "replace")
if state == 'begin' and line.find(
'#class') == 0 and line.find(clazz) != -1:
state = 'class'
documentation_clazz.module = os.path.basename(root)
documentation_clazz.new = False
elif state == 'class' and line.rstrip('\n').rstrip(
' ') == '##Methods':
state = 'methods'
elif state == 'methods' and line.find('###') == 0:
#print "##########method: " + line
state = 'method'
elif state == 'method' and line.find(
'_') == 0 and line.find('_description') == -1:
#print "##########field: " + line
addfield(method, line)
elif state == 'method' and line.find('_description') == 0:
state = 'description'
prevBreakLine = False
elif state == 'description' and line.find(
'##'
) != 0 and line.find(
'<!----------------------------------------------------------------------------->'
) == -1 and (line != '\n' or not prevBreakLine):
method.description = method.description + line
prevBreakLine = (line == '\n')
elif state == 'description' and line.find('###') == 0:
state = 'method'
documentation_clazz.function_list.append(method)
method = DocsMethod(0)
method.clazz = documentation_clazz.name
method.linenum = linenum
method.file = os.path.join(root, name)
elif state == 'description' and line.rstrip('\n').rstrip(
' ') == '##Variables':
documentation_clazz.function_list.append(method)
state = 'vars'
elif state == 'vars' and line.find('###') == 0:
#print line
state = 'var'
elif state == 'var' and line.find('_') == 0 and line.find(
'_description') == -1:
addfield(var, line)
elif state == 'var' and line.find('_description') == 0:
state = 'vardescription'
prevBreakLine = False
elif state == 'vardescription' and line.find(
'##'
) != 0 and line.find(
'<!----------------------------------------------------------------------------->'
) == -1 and (line != '\n' or not prevBreakLine):
var.description = var.description + line
prevBreakLine = (line == '\n')
elif state == 'vardescription' and line.find('###') == 0:
#print line
state = 'var'
documentation_clazz.var_list.append(var)
var = DocsVar(0)
var.clazz = documentation_clazz.name
var.linenum = linenum
var.file = os.path.join(root, name)
elif state == 'class' and line.find(
'##Description') == -1 and (line != '\n'
or not prevBreakLine):
documentation_clazz.reference = documentation_clazz.reference + line
prevBreakLine = (line == '\n')
linenum = linenum + 1
if state == 'vardescription':
documentation_clazz.var_list.append(var)
f.close()
if getTemplated:
templatedClazz = getclass(clazz + "_")
if not templatedClazz.new:
#print "found templated class " + clazz + "_"
if documentation_clazz.new:
documentation_clazz.id = templatedClazz.id
documentation_clazz.module = templatedClazz.module
documentation_clazz.new = False
documentation_clazz.advanced = templatedClazz.advanced
documentation_clazz.visible = templatedClazz.visible
documentation_clazz.example = templatedClazz.example
documentation_clazz.reference = templatedClazz.reference
documentation_clazz.addons = templatedClazz.addons
documentation_clazz.function_list = templatedClazz.function_list
documentation_clazz.var_list = templatedClazz.var_list
else:
documentation_clazz.function_list.extend(
templatedClazz.function_list)
documentation_clazz.var_list.extend(
templatedClazz.var_list)
documentation_clazz.reference = documentation_clazz.reference + templatedClazz.reference
documentation_clazz.example = documentation_clazz.example + templatedClazz.example
documentation_clazz.function_list.sort(
key=lambda function: function.name)
documentation_clazz.var_list.sort(
key=lambda variable: variable.name)
#documentation_clazz.function_list.sort(key= sort_function)
return documentation_clazz
if getTemplated:
templatedClazz = getclass(clazz + "_")
if not templatedClazz.new:
#print "found templated class " + clazz + "_"
if documentation_clazz.new:
documentation_clazz.id = templatedClazz.id
documentation_clazz.module = templatedClazz.module
documentation_clazz.new = False
documentation_clazz.advanced = templatedClazz.advanced
documentation_clazz.visible = templatedClazz.visible
documentation_clazz.example = templatedClazz.example
documentation_clazz.reference = templatedClazz.reference
documentation_clazz.addons = templatedClazz.addons
documentation_clazz.function_list = templatedClazz.function_list
documentation_clazz.var_list = templatedClazz.var_list
else:
documentation_clazz.function_list.extend(
templatedClazz.function_list)
documentation_clazz.var_list.extend(templatedClazz.var_list)
documentation_clazz.reference = documentation_clazz.reference + templatedClazz.reference
documentation_clazz.example = documentation_clazz.example + templatedClazz.example
#documentation_clazz.function_list.sort(key= sort_function)
documentation_clazz.function_list.sort(key=lambda function: function.name)
documentation_clazz.var_list.sort(key=lambda variable: variable.name)
return documentation_clazz
def getclass(clazz):
var = DocsVar(0)
documentation_clazz = DocsClass(0)
var.clazz = clazz
documentation_clazz.name = clazz
documentation_clazz.new = True
method = DocsMethod(0)
method.clazz = documentation_clazz.name
prevBreakLine = False;
for root, dirs, files in os.walk(os.path.join(documentation_root)):
for name in files:
file_split = os.path.splitext(name)
if file_split[1]=='.markdown' and file_split[0] == clazz:
f = open(os.path.join(root,name),'r')
state = 'begin'
linenum = 0
for line in f:
line = line.decode("utf-8", "replace")
if state == 'begin' and line.find('#class') == 0 and line.find(clazz)!=-1:
state = 'class'
documentation_clazz.module = os.path.basename(root)
documentation_clazz.new = False
elif state == 'class' and line.rstrip('\n').rstrip(' ') == '##Methods':
state = 'methods'
elif state == 'methods' and line.find('###') == 0:
#print "##########method: " + line
state = 'method'
elif state == 'method' and line.find('_')==0 and line.find('_description')==-1:
#print "##########field: " + line
addfield(method,line)
elif state == 'method' and line.find('_description')==0:
state = 'description'
prevBreakLine = False
elif state == 'description' and line.find('##')!=0 and line.find('<!----------------------------------------------------------------------------->')==-1 and (line!='\n' or not prevBreakLine):
method.description = method.description + line
prevBreakLine = (line=='\n')
elif state == 'description' and line.find('###') == 0:
state = 'method'
documentation_clazz.function_list.append(method)
method = DocsMethod(0)
method.clazz = documentation_clazz.name
method.linenum = linenum
method.file = os.path.join(root,name)
elif state == 'description' and line.rstrip('\n').rstrip(' ') == '##Variables':
documentation_clazz.function_list.append(method)
state = 'vars'
elif state == 'vars' and line.find('###') == 0:
#print line
state = 'var'
elif state == 'var' and line.find('_')==0 and line.find('_description')==-1:
addfield(var,line)
elif state == 'var' and line.find('_description') == 0:
state = 'vardescription'
prevBreakLine = False
elif state == 'vardescription' and line.find('##')!=0 and line.find('<!----------------------------------------------------------------------------->')==-1 and (line!='\n' or not prevBreakLine):
var.description = var.description + line
prevBreakLine = (line=='\n')
elif state == 'vardescription' and line.find('###') == 0:
#print line
state = 'var'
documentation_clazz.var_list.append(var)
var = DocsVar(0)
var.clazz = documentation_clazz.name
var.linenum = linenum
var.file = os.path.join(root,name)
elif state == 'class' and line.find('##Description')==-1 and (line!='\n' or not prevBreakLine):
documentation_clazz.reference = documentation_clazz.reference + line
prevBreakLine = (line=='\n')
linenum = linenum + 1
if state == 'vardescription':
documentation_clazz.var_list.append(var)
f.close()
return documentation_clazz
return documentation_clazz
def getclass(clazz):
var = DocsVar(0)
documentation_clazz = DocsClass(0)
if clazz[-1]=="_":
documentation_clazz.istemplated = True
var.clazz = clazz
documentation_clazz.name = clazz
documentation_clazz.new = True
method = DocsMethod(0)
method.clazz = documentation_clazz.name
prevBreakLine = False;
for root, dirs, files in os.walk(os.path.join(documentation_root)):
for name in files:
file_split = os.path.splitext(name)
if file_split[1]=='.markdown' and file_split[0] == clazz:
documentation_clazz.new = False
f = open(os.path.join(root,name),'rU')
state = 'begin'
linenum = 0
for line in f:
#line = line.decode("utf-8", "replace")
if state == 'begin' and line.find('#class') == 0 and line.find(clazz)!=-1:
state = 'class'
documentation_clazz.module = os.path.basename(root)
documentation_clazz.new = False
elif state == 'classdescription' and line.rstrip('\n').rstrip(' ') == '##Methods':
state = 'methods'
elif state == 'methods' and line.find('###') == 0:
#print "##########method: " + line
state = 'method'
elif state == 'method' and line.find('_')==0 and line.find('_description')==-1 and line.find('_inlined_description')==-1:
#print "##########field: " + line
addfield(method,line)
elif state == 'method' and line.find('_inlined_description')==0:
state = 'inlined_description'
prevBreakLine = False
elif (state == 'inlined_description' or state=='method') and line.find('_description')==0:
state = 'description'
prevBreakLine = False
elif state == 'inlined_description' and line.find('##')!=0 and line.find('_description')==-1 and (line!='\n' or not prevBreakLine):
method.inlined_description = method.inlined_description + line
prevBreakLine = (line=='\n')
elif state == 'description' and line.find('##')!=0 and line.find('<!----------------------------------------------------------------------------->')==-1 and (line!='\n' or not prevBreakLine):
method.description = method.description + line
prevBreakLine = (line=='\n')
elif state == 'description' and line.find('###') == 0:
state = 'method'
documentation_clazz.function_list.append(method)
method = DocsMethod(0)
method.clazz = documentation_clazz.name
method.linenum = linenum
method.file = os.path.join(root,name)
elif (state == 'description' or state == 'methods') and line.rstrip('\n').rstrip(' ') == '##Variables':
if state == 'description':
documentation_clazz.function_list.append(method)
state = 'vars'
elif state == 'vars' and line.find('###') == 0:
#print line
state = 'var'
elif state == 'var' and line.find('_')==0 and line.find('_description')==-1:
addfield(var,line)
elif state == 'var' and line.find('_description') == 0:
state = 'vardescription'
prevBreakLine = False
elif state == 'vardescription' and line.find('##')!=0 and line.find('<!----------------------------------------------------------------------------->')==-1 and (line!='\n' or not prevBreakLine):
var.description = var.description + line
prevBreakLine = (line=='\n')
elif state == 'vardescription' and line.find('###') == 0:
#print line
state = 'var'
documentation_clazz.var_list.append(var)
var = DocsVar(0)
var.clazz = documentation_clazz.name
var.linenum = linenum
var.file = os.path.join(root,name)
elif state == 'class' and line.find('_')==0:
addfield(documentation_clazz,line)
elif state == 'class' and line.find('##InlineDescription')==0:
state = 'classinlinedescription'
documentation_clazz.detailed_inline_description = ""
elif state == 'classinlinedescription' and line.find('##Description')==-1 and line.find('##InlineDescription')==-1 and (line!='\n' or not prevBreakLine):
documentation_clazz.detailed_inline_description = documentation_clazz.detailed_inline_description + line
prevBreakLine = (line=='\n')
elif (state == 'classinlinedescription' or state == 'class') and line.rstrip('\n').rstrip(' ') == '##Description':
state = "classdescription"
elif state == 'classdescription' and (line!='\n' or not prevBreakLine):
documentation_clazz.reference = documentation_clazz.reference + line
prevBreakLine = (line=='\n')
linenum = linenum + 1
if state == 'vardescription':
documentation_clazz.var_list.append(var)
f.close()
"""if getTemplated:
templatedClazz = getclass(clazz+"_")
if not templatedClazz.new:
#print "found templated class " + clazz + "_"
if documentation_clazz.new:
documentation_clazz.id = templatedClazz.id
documentation_clazz.module = templatedClazz.module
documentation_clazz.new = False
documentation_clazz.advanced = templatedClazz.advanced
documentation_clazz.visible = templatedClazz.visible
documentation_clazz.example = templatedClazz.example
documentation_clazz.reference = templatedClazz.reference
documentation_clazz.addons = templatedClazz.addons
documentation_clazz.function_list = templatedClazz.function_list
documentation_clazz.var_list = templatedClazz.var_list
documentation_clazz.istemplated = True
else:
documentation_clazz.function_list.extend(templatedClazz.function_list)
documentation_clazz.var_list.extend(templatedClazz.var_list)
documentation_clazz.reference = documentation_clazz.reference + templatedClazz.reference
documentation_clazz.example = documentation_clazz.example + templatedClazz.example
documentation_clazz.istemplated = True"""
documentation_clazz.function_list.sort(key= sort_function)
#documentation_clazz.function_list.sort(key=lambda function: function.name)
documentation_clazz.var_list.sort(key=lambda variable: variable.name)
#documentation_clazz.function_list.sort(key= sort_function)
return documentation_clazz
"""if getTemplated:
templatedClazz = getclass(clazz+"_")
if not templatedClazz.new:
#print "found templated class " + clazz + "_"
if documentation_clazz.new:
documentation_clazz.id = templatedClazz.id
documentation_clazz.module = templatedClazz.module
documentation_clazz.new = False
documentation_clazz.advanced = templatedClazz.advanced
documentation_clazz.visible = templatedClazz.visible
documentation_clazz.example = templatedClazz.example
documentation_clazz.reference = templatedClazz.reference
documentation_clazz.addons = templatedClazz.addons
documentation_clazz.function_list = templatedClazz.function_list
documentation_clazz.var_list = templatedClazz.var_list
documentation_clazz.istemplated = True
else:
documentation_clazz.function_list.extend(templatedClazz.function_list)
documentation_clazz.var_list.extend(templatedClazz.var_list)
documentation_clazz.reference = documentation_clazz.reference + templatedClazz.reference
documentation_clazz.example = documentation_clazz.example + templatedClazz.example
documentation_clazz.istemplated = True"""
documentation_clazz.function_list.sort(key= sort_function)
#documentation_clazz.function_list.sort(key=lambda function: function.name)
documentation_clazz.var_list.sort(key=lambda variable: variable.name)
return documentation_clazz
def getclass(clazz):
var = DocsVar(0)
documentation_clazz = DocsClass(0)
if clazz[-1] == "_":
documentation_clazz.istemplated = True
var.clazz = clazz
documentation_clazz.name = clazz
documentation_clazz.new = True
method = DocsMethod(0)
method.clazz = documentation_clazz.name
prevBreakLine = False
for root, dirs, files in os.walk(os.path.join(documentation_root)):
for name in files:
file_split = os.path.splitext(name)
if file_split[1] == ".markdown" and file_split[0] == clazz:
f = open(os.path.join(root, name), "rU")
state = "begin"
linenum = 0
for line in f:
line = line.decode("utf-8", "replace")
if state == "begin" and line.find("#class") == 0 and line.find(clazz) != -1:
state = "class"
documentation_clazz.module = os.path.basename(root)
documentation_clazz.new = False
elif state == "classdescription" and line.rstrip("\n").rstrip(" ") == "##Methods":
state = "methods"
elif state == "methods" and line.find("###") == 0:
# print "##########method: " + line
state = "method"
elif (
state == "method"
and line.find("_") == 0
and line.find("_description") == -1
and line.find("_inlined_description") == -1
):
# print "##########field: " + line
addfield(method, line)
elif state == "method" and line.find("_inlined_description") == 0:
state = "inlined_description"
prevBreakLine = False
elif (state == "inlined_description" or state == "method") and line.find("_description") == 0:
state = "description"
prevBreakLine = False
elif (
state == "inlined_description"
and line.find("##") != 0
and line.find("_description") == -1
and (line != "\n" or not prevBreakLine)
):
method.inlined_description = method.inlined_description + line
prevBreakLine = line == "\n"
elif (
state == "description"
and line.find("##") != 0
and line.find(
"<!----------------------------------------------------------------------------->"
)
== -1
and (line != "\n" or not prevBreakLine)
):
method.description = method.description + line
prevBreakLine = line == "\n"
elif state == "description" and line.find("###") == 0:
state = "method"
documentation_clazz.function_list.append(method)
method = DocsMethod(0)
method.clazz = documentation_clazz.name
method.linenum = linenum
method.file = os.path.join(root, name)
elif (state == "description" or state == "methods") and line.rstrip("\n").rstrip(
" "
) == "##Variables":
if state == "description":
documentation_clazz.function_list.append(method)
state = "vars"
elif state == "vars" and line.find("###") == 0:
# print line
state = "var"
elif state == "var" and line.find("_") == 0 and line.find("_description") == -1:
addfield(var, line)
elif state == "var" and line.find("_description") == 0:
state = "vardescription"
prevBreakLine = False
elif (
state == "vardescription"
and line.find("##") != 0
and line.find(
"<!----------------------------------------------------------------------------->"
)
== -1
and (line != "\n" or not prevBreakLine)
):
var.description = var.description + line
prevBreakLine = line == "\n"
elif state == "vardescription" and line.find("###") == 0:
# print line
state = "var"
documentation_clazz.var_list.append(var)
var = DocsVar(0)
var.clazz = documentation_clazz.name
var.linenum = linenum
var.file = os.path.join(root, name)
elif state == "class" and line.find("_") == 0:
addfield(documentation_clazz, line)
elif state == "class" and line.find("##InlineDescription") == 0:
state = "classinlinedescription"
documentation_clazz.detailed_inline_description = ""
elif (
state == "classinlinedescription"
and line.find("##Description") == -1
and line.find("##InlineDescription") == -1
and (line != "\n" or not prevBreakLine)
):
documentation_clazz.detailed_inline_description = (
documentation_clazz.detailed_inline_description + line
)
prevBreakLine = line == "\n"
elif (state == "classinlinedescription" or state == "class") and line.rstrip("\n").rstrip(
" "
) == "##Description":
state = "classdescription"
elif state == "classdescription" and (line != "\n" or not prevBreakLine):
documentation_clazz.reference = documentation_clazz.reference + line
prevBreakLine = line == "\n"
linenum = linenum + 1
if state == "vardescription":
documentation_clazz.var_list.append(var)
f.close()
"""if getTemplated:
templatedClazz = getclass(clazz+"_")
if not templatedClazz.new:
#print "found templated class " + clazz + "_"
if documentation_clazz.new:
documentation_clazz.id = templatedClazz.id
documentation_clazz.module = templatedClazz.module
documentation_clazz.new = False
documentation_clazz.advanced = templatedClazz.advanced
documentation_clazz.visible = templatedClazz.visible
documentation_clazz.example = templatedClazz.example
documentation_clazz.reference = templatedClazz.reference
documentation_clazz.addons = templatedClazz.addons
documentation_clazz.function_list = templatedClazz.function_list
documentation_clazz.var_list = templatedClazz.var_list
documentation_clazz.istemplated = True
else:
documentation_clazz.function_list.extend(templatedClazz.function_list)
documentation_clazz.var_list.extend(templatedClazz.var_list)
documentation_clazz.reference = documentation_clazz.reference + templatedClazz.reference
documentation_clazz.example = documentation_clazz.example + templatedClazz.example
documentation_clazz.istemplated = True"""
documentation_clazz.function_list.sort(key=lambda function: function.name)
documentation_clazz.var_list.sort(key=lambda variable: variable.name)
# documentation_clazz.function_list.sort(key= sort_function)
return documentation_clazz
"""if getTemplated:
templatedClazz = getclass(clazz+"_")
if not templatedClazz.new:
#print "found templated class " + clazz + "_"
if documentation_clazz.new:
documentation_clazz.id = templatedClazz.id
documentation_clazz.module = templatedClazz.module
documentation_clazz.new = False
documentation_clazz.advanced = templatedClazz.advanced
documentation_clazz.visible = templatedClazz.visible
documentation_clazz.example = templatedClazz.example
documentation_clazz.reference = templatedClazz.reference
documentation_clazz.addons = templatedClazz.addons
documentation_clazz.function_list = templatedClazz.function_list
documentation_clazz.var_list = templatedClazz.var_list
documentation_clazz.istemplated = True
else:
documentation_clazz.function_list.extend(templatedClazz.function_list)
documentation_clazz.var_list.extend(templatedClazz.var_list)
documentation_clazz.reference = documentation_clazz.reference + templatedClazz.reference
documentation_clazz.example = documentation_clazz.example + templatedClazz.example
documentation_clazz.istemplated = True"""
# documentation_clazz.function_list.sort(key= sort_function)
documentation_clazz.function_list.sort(key=lambda function: function.name)
documentation_clazz.var_list.sort(key=lambda variable: variable.name)
return documentation_clazz
def getclass(clazz):
method = DocsMethod(0)
var = DocsVar(0)
documentation_clazz = DocsClass(0)
var.clazz = clazz
documentation_clazz.name = clazz
documentation_clazz.new = True
for root, dirs, files in os.walk(os.path.join(documentation_root)):
for name in files:
file_split = os.path.splitext(name)
if file_split[1]=='.markdown' and file_split[0] == clazz:
f = open(os.path.join(root,name),'r')
state = 'begin'
linenum = 0
for line in f:
if state == 'begin' and line.find('#class') == 0 and line.find(clazz)!=-1:
state = 'class'
documentation_clazz.module = os.path.basename(root)
documentation_clazz.new = False
elif state == 'class' and line.rstrip('\n').rstrip(' ') == '##Methods':
state = 'methods'
elif state == 'methods' and line.find('###') == 0:
#print "##########method: " + line
state = 'method'
elif state == 'method' and line.find('_')==0 and line.find('_description')==-1:
#print "##########field: " + line
addfield(method,line)
elif state == 'method' and line.find('_description')==0:
state = 'description'
elif state == 'description' and line.find('##')!=0 and line.find('<!----------------------------------------------------------------------------->')==-1 and line!='\n':
method.description = method.description + line
elif state == 'description' and line.find('###') == 0:
state = 'method'
documentation_clazz.function_list.append(method)
method = DocsMethod(0)
method.clazz = documentation_clazz.name
method.linenum = linenum
method.file = os.path.join(root,name)
elif state == 'description' and line.rstrip('\n').rstrip(' ') == '##Variables':
documentation_clazz.function_list.append(method)
state = 'vars'
elif state == 'vars' and line.find('###') == 0:
#print line
state = 'var'
elif state == 'var' and line.find('_')==0 and line.find('_description')==-1:
addfield(var,line)
elif state == 'var' and line.find('_description') == 0:
state = 'vardescription'
elif state == 'vardescription' and line.find('##')!=0 and line.find('<!----------------------------------------------------------------------------->')==-1 and line!='\n':
var.description = var.description + line
elif state == 'vardescription' and line.find('###') == 0:
#print line
state = 'var'
documentation_clazz.var_list.append(var)
var = DocsVar(0)
var.clazz = documentation_clazz.name
var.linenum = linenum
var.file = os.path.join(root,name)
elif state == 'class' and line.find('##Description')==-1 and line!='\n':
documentation_clazz.reference = documentation_clazz.reference + line
linenum = linenum + 1
if state == 'vardescription':
documentation_clazz.var_list.append(var)
f.close()
return documentation_clazz
return documentation_clazz
def ofReferenceConvert():
method = DocsMethod(0) #from ofReference
var = DocsVar(0)
clazzmethod = DocsMethod(0) #from markdown
for root, dirs, files in os.walk(os.path.join(ofReference_path)):
for name in files:
file_split = os.path.splitext(name)
if file_split[1]==".jpeg" or file_split[1]==".jpg" or file_split[1]==".gif" or file_split[1]==".png":
try:
os.mkdir(os.path.join(documentation_root,os.path.basename(root)))
except:
pass
shutil.copyfile(os.path.join(root,name), os.path.join(documentation_root,os.path.basename(root),name))
if file_split[1]=='.markdown':
print '###################get_class ' + file_split[0]
clazz = getclass(file_split[0])
clazztosave = getclass(file_split[0])
if clazztosave.new:
clazztosave.module = root
print os.path.basename(root)
f = open(os.path.join(root,name),'r')
state = 'clazz'
for line in f:
if state == 'clazz' and line.find('## Functions')==0:
state = 'functions'
elif (state == 'clazz' or state=='method' or state=='var' or state=='functions') and line.find('###')==0:
element = line.replace("const ### ","const ").split('###')[1].rstrip('#').strip(' ')
if element.find('(')!=-1 and element.find(')')!=-1:
method = parse_function(element)
clazzmethod = clazztosave.function_by_signature(method.name,method.returns,method.parameters)
state = 'method'
else:
state = 'var'
elif (state == 'clazz' or state=='method' or state=='var' or state=='functions') and line.find('##')==0:
#print 'class: ' + line.strip('\n')
clazz_name = line.split('##')[1].rstrip('#').strip(' ').strip('\n')
clazz = getclass(clazz_name)
clazztosave = getclass(file_split[0])
if clazztosave.new:
clazztosave.module = os.path.basename(root)
print clazztosave.module
state = 'clazz'
print clazz_name + '\n\n'
elif state == 'clazz':
if line.find("//----------------------")==0:
continue
line = line.replace('```cpp','$$code(lang=c++)')
line = line.replace('```','$$/code')
print unicode(line,errors='ignore')
clazztosave.reference = clazztosave.reference + unicode(line, errors='ignore') #.decode('cp1252'))
elif state == 'method':
if line.find("//----------------------")==0:
continue
line = line.replace('```cpp','$$code(lang=c++)')
line = line.replace('```','$$/code')
clazzmethod.description = clazzmethod.description + unicode(line, errors='ignore')
elif state == 'function':
pass
elif state == 'functions' and line.find('###')==0:
pass
f.close()
setclass(clazztosave)
def parse_function(element):
if re.match('.*operator\s*\[\s*\]', element) is None:
clean_element = remove_links(element)
else:
clean_element = element
clean_element = html_encode_templates(clean_element)
#print re.match('operator\b*\[\b*\]\b*\(.*\)',element) is None
#print clean_element
m = DocsMethod(0)
function_name = ""
function_return = ""
function = clean_element.split('(')[0].lstrip(' ').rstrip(' ').split(' ')
print str(function) + ": " + str(
len(function)) + ": " + function[len(function) - 1]
#print function
if len(function) > 1:
if element.find("operator") != -1 and len(function) > 2:
function_name = function[len(function) -
2] + function[len(function) - 1]
else:
function_name = function[len(function) - 1]
print function_name
for r in function[:len(function) - 1]:
if r == 'static':
m.static = True
continue
if r == 'operator':
continue
if r == 'virtual':
continue
function_return = function_return + " " + r
else:
function_name = function[0]
#print clean_element
if clean_element.rfind('const') > clean_element.rfind(')'):
clean_element = clean_element[:clean_element.rfind('const')]
m.constant = True
function_parameters = clean_element.split('(')[1].strip('\n').strip(
' ').strip(')').strip(' ')
m.name = function_name
m.returns = function_return
m.parameters = function_parameters
m.syntax = function_name + "("
for p in get_parameter_names(function_parameters):
m.syntax = m.syntax + p + ", "
m.syntax = m.syntax.rstrip(', ')
m.syntax = m.syntax + ")"
return m
def ofReferenceConvert():
method = DocsMethod(0) #from ofReference
var = DocsVar(0)
clazzmethod = DocsMethod(0) #from markdown
for root, dirs, files in os.walk(os.path.join(ofReference_path)):
for name in files:
file_split = os.path.splitext(name)
if file_split[1] == ".jpeg" or file_split[
1] == ".jpg" or file_split[1] == ".gif" or file_split[
1] == ".png":
try:
os.mkdir(
os.path.join(documentation_root,
os.path.basename(root)))
except:
pass
shutil.copyfile(
os.path.join(root, name),
os.path.join(documentation_root, os.path.basename(root),
name))
if file_split[1] == '.markdown':
print '###################get_class ' + file_split[0]
clazz = getclass(file_split[0])
clazztosave = getclass(file_split[0])
if clazztosave.new:
clazztosave.module = root
print os.path.basename(root)
f = open(os.path.join(root, name), 'r')
state = 'clazz'
for line in f:
if state == 'clazz' and line.find('## Functions') == 0:
state = 'functions'
elif (state == 'clazz' or state == 'method'
or state == 'var'
or state == 'functions') and line.find('###') == 0:
element = line.replace(
"const ### ",
"const ").split('###')[1].rstrip('#').strip(' ')
if element.find('(') != -1 and element.find(')') != -1:
method = parse_function(element)
clazzmethod = clazztosave.function_by_signature(
method.name, method.returns, method.parameters)
state = 'method'
else:
state = 'var'
elif (state == 'clazz' or state == 'method'
or state == 'var'
or state == 'functions') and line.find('##') == 0:
#print 'class: ' + line.strip('\n')
clazz_name = line.split('##')[1].rstrip('#').strip(
' ').strip('\n')
clazz = getclass(clazz_name)
clazztosave = getclass(file_split[0])
if clazztosave.new:
clazztosave.module = os.path.basename(root)
print clazztosave.module
state = 'clazz'
print clazz_name + '\n\n'
elif state == 'clazz':
if line.find("//----------------------") == 0:
continue
line = line.replace('```cpp', '$$code(lang=c++)')
line = line.replace('```', '$$/code')
print unicode(line, errors='ignore')
clazztosave.reference = clazztosave.reference + unicode(
line, errors='ignore') #.decode('cp1252'))
elif state == 'method':
if line.find("//----------------------") == 0:
continue
line = line.replace('```cpp', '$$code(lang=c++)')
line = line.replace('```', '$$/code')
clazzmethod.description = clazzmethod.description + unicode(
line, errors='ignore')
elif state == 'function':
pass
elif state == 'functions' and line.find('###') == 0:
pass
f.close()
setclass(clazztosave)
