def __rebuildAsAssignment(node, firstVarStatement):
"""Rebuilds the items of a var statement into a assignment list and moves declarations to the given var
statement."""
assignment = Node.Node(node.tokenizer, "semicolon")
assignmentList = Node.Node(node.tokenizer, "comma")
assignment.append(assignmentList, "expression")
# Casting to list() creates a copy during the process (keeps loop stable)
for child in list(node):
if hasattr(child, "name"):
# Cleanup initializer and move to assignment
if hasattr(child, "initializer"):
assign = __createSimpleAssignment(child.name, child.initializer)
assignmentList.append(assign)
firstVarStatement.append(child)
else:
# JS 1.7 Destructing Expression
for identifier in child.names:
firstVarStatement.append(__createDeclaration(identifier.value))
if hasattr(child, "initializer"):
assign = __createMultiAssignment(child.names, child.initializer)
assignmentList.append(assign)
node.remove(child)
# Patch parent node to contain assignment instead of declaration
if len(assignmentList) > 0:
node.parent.replace(node, assignment)
# Special process for "for-in" loops
# It is OK to be second because of assignments are not allowed at
# all in for-in loops and so the first if basically does nothing
# for these kind of statements.
elif getattr(node, "rel", None) == "iterator":
if hasattr(child, "name"):
node.parent.replace(node, __createIdentifier(child.name))
else:
# JS 1.7 Destructing Expressions
node.parent.replace(node, child.names)
# Edge case. Not yet found if this happen realistically
else:
if hasattr(node, "rel"):
Console.warn("Remove related node (%s) from parent: %s" % (node.rel, node))
node.parent.remove(node)
# Minor post-cleanup. Remove useless comma statement when only one expression is the result
if len(assignmentList) == 1:
assignment.replace(assignmentList, assignmentList[0])
def Charset(tokenizer, staticContext):
tokenType = tokenizer.get()
Console.warn("CSS @charset %s ", tokenType)
if tokenType != "string":
raise ParseError("Invalid @charset declaration. Requires the encoding being a string!", tokenizer)
encoding = tokenizer.token.value
if encoding.lower() != "utf-8":
raise ParseError("Jasy is not able to process non UTF-8 stylesheets!", tokenizer)
Console.warn("Found unnecessary @charset definition for encoding %s", encoding)
return Node.Node(tokenizer, "block")
def default(self, *args, **query):
"""
This method returns the content of existing files on the file system.
Query string might be used for cache busting and are otherwise ignored.
"""
# Append special header to all responses
cherrypy.response.headers["X-Jasy-Version"] = jasyVersion
# Enable cross domain access to this server
enableCrossDomain()
# When it's a file name in the local folder... load it
if args:
path = os.path.join(*args)
else:
path = "index.html"
path = os.path.join(self.root, path)
# Check for existance first
if os.path.isfile(path):
if self.enableDebug:
Console.info("Serving file: %s", path)
# Default content type to autodetection by Python mimetype API
contentType = None
# Support overriding by extensions
extension = os.path.splitext(path)[1]
if extension:
extension = extension.lower()[1:]
if extension in self.mimeTypes:
contentType = self.mimeTypes[extension] + "; charset=" + locale.getpreferredencoding()
return cherrypy.lib.static.serve_file(os.path.abspath(path), content_type=contentType)
# Otherwise return a classic 404
else:
if self.enableDebug:
Console.warn("File at location %s not found at %s!", path, os.path.abspath(path))
raise cherrypy.NotFound(path)
def extractSummary(text):
try:
text = stripMarkup.sub("", newlineMatcher.sub(" ", text))
matched = paragraphExtract.match(text)
except TypeError:
matched = None
if matched:
summary = matched.group(1)
if summary is not None:
if not summary.endswith((".", "!", "?")):
summary = summary.strip() + "."
return summary
else:
Console.warn("Unable to extract summary for: %s", text)
return None
def open(self):
"""Opens a cache file in the given path."""
try:
self.__shelve = shelve.open(self.__file, flag="c")
storedVersion = jasy.core.Util.getKey(self.__shelve, "jasy-version")
storedHost = jasy.core.Util.getKey(self.__shelve, "jasy-host")
if storedVersion == jasy.__version__ and storedHost == hostId:
return
if storedVersion is not None or storedHost is not None:
Console.debug("Jasy version or host has been changed. Recreating cache...")
self.clear()
self.__shelve = shelve.open(self.__file, flag="n")
self.__shelve["jasy-version"] = jasy.__version__
self.__shelve["jasy-host"] = hostId
except dbm.error as dbmerror:
errno = None
try:
errno = dbmerror.errno
except:
pass
if errno is 35:
raise IOError("Cache file is locked by another process!")
elif "type could not be determined" in str(dbmerror):
Console.error("Could not detect cache file format: %s" % self.__file)
Console.warn("Recreating cache database...")
self.clear()
elif "module is not available" in str(dbmerror):
Console.error("Unsupported cache file format: %s" % self.__file)
Console.warn("Recreating cache database...")
self.clear()
else:
raise dbmerror
def getDependencies(self, permutation=None, items=None, fields=None, warnings=True):
"""Returns a set of dependencies seen through the given list of known items (ignoring all unknown items in
original set)."""
meta = self.getMetaData(permutation)
result = set()
# Manually defined names/classes
for entry in meta.requires:
if entry == self.id:
pass
elif entry in items and items[entry].kind == "jasy.Style":
result.add(items[entry])
elif "*" in entry:
reobj = re.compile(fnmatch.translate(entry))
for itemId in items:
if itemId != self.id:
if reobj.match(itemId):
result.add(items[itemId])
elif warnings:
Console.warn("Missing item for require command: %s in %s", entry, self.id)
return result
def getBreaks(self, permutation=None, items=None, warnings=True):
"""
Returns all down-priorized dependencies. These are dependencies which are required to
make the item work, but are not required being available before the current item.
"""
meta = self.getMetaData(permutation)
result = set()
for entry in meta.breaks:
if entry == self.id:
pass
elif entry in items and items[entry].kind == "jasy.Style":
result.add(items[entry])
elif "*" in entry:
reobj = re.compile(fnmatch.translate(entry))
for itemId in items:
if itemId != self.id:
if reobj.match(itemId):
result.add(items[itemId])
elif warnings:
Console.warn("Missing item for break command: %s in %s", entry, self.id)
return result
def massFilePatcher(path, data):
# Convert method with access to local data
def convertPlaceholder(mo):
field = mo.group(1)
value = data.get(field)
# Verify that None means missing
if value is None and not data.has(field):
raise ValueError('No value for placeholder "%s"' % field)
# Requires value being a string
return str(value)
# Patching files recursively
Console.info("Patching files...")
Console.indent()
for dirPath, dirNames, fileNames in os.walk(path):
relpath = os.path.relpath(dirPath, path)
# Filter dotted directories like .git, .bzr, .hg, .svn, etc.
for dirname in dirNames:
if dirname.startswith("."):
dirNames.remove(dirname)
for fileName in fileNames:
filePath = os.path.join(dirPath, fileName)
fileRel = os.path.normpath(os.path.join(relpath, fileName))
Console.debug("Processing: %s..." % fileRel)
fileHandle = open(filePath, "r", encoding="utf-8", errors="surrogateescape")
fileContent = []
# Parse file line by line to detect binary files early and omit
# fully loading them into memory
try:
isBinary = False
for line in fileHandle:
if '\0' in line:
isBinary = True
break
else:
fileContent.append(line)
if isBinary:
Console.debug("Ignoring binary file: %s", fileRel)
continue
except UnicodeDecodeError as ex:
Console.warn("Can't process file: %s: %s", fileRel, ex)
continue
fileContent = "".join(fileContent)
# Update content with available data
try:
resultContent = fieldPattern.sub(convertPlaceholder, fileContent)
except ValueError as ex:
Console.warn("Unable to process file %s: %s!", fileRel, ex)
continue
# Only write file if there where any changes applied
if resultContent != fileContent:
Console.info("Updating: %s...", Console.colorize(fileRel, "bold"))
fileHandle = open(filePath, "w", encoding="utf-8", errors="surrogateescape")
fileHandle.write(resultContent)
fileHandle.close()
Console.outdent()
def __extend(node):
"""
Finds extend requests for mixins aka.
- mixins calls without params
- simple variables in a block
For all found extend requests it detects the flattened selector and appends
the selector section of the extendable mixin accordingly. After that it
removes the original mixin request.
"""
modified = 0
for child in reversed(list(node)):
# Ignore all mixin declarations. Can't operate inside them.
# For these things to work we have to wait for the include mechanics to resolve them first
# (which actually just remove these mixin declarations though)
if child is not None:
modified += __extend(child)
if isExtendCall(node):
name = node.name
Console.debug("Extend request to mixin %s at: %s", name, node.line)
Console.indent()
mixin = __findMixin(node.parent, name)
if not mixin:
raise Exception("Could not find mixin %s as required by extend request at line %s" % (node.name, node.line))
Console.debug("Found matching mixin declaration at line: %s", mixin.line)
selector, media, supports = Util.combineSelector(node.parent, stop=mixin.parent)
# There is no possibility to handle this in a series of CSS selectors. This is why
# we have to use an include like approach instead of extend to correctly deal
# with the situation. This should work well, but is not as efficient regarding
# output file size.
if media or supports:
Console.warn("Extending inside a @media/@support structure behaves like including (larger result size): %s %s + %s", media, supports, ", ".join(selector))
replacements = __resolveMixin(mixin, None)
Console.debug("Replacing call %s at line %s with mixin from line %s" % (name, node.line, replacements.line))
# Reverse inject all children of that block
# at the same position as the original call
parent = node.parent
pos = parent.index(node)
parent.insertAll(pos, replacements)
elif selector:
Console.debug("Extending selector of mixin by: %s", ", ".join(selector))
if hasattr(mixin, "selector"):
# We iterate from in inverse mode, so add new selectors to the front
mixin.selector[0:0] = selector
else:
mixin.selector = selector
virtualBlock = Node.Node(type="block")
__extendContent(mixin.rules, node, virtualBlock, mixin)
if len(virtualBlock) > 0:
callSelector, callMedia, callSupports = Util.combineSelector(node)
if callSelector:
virtualSelector = Node.Node(type="selector")
virtualSelector.name = callSelector
if callMedia:
virtualMedia = Node.Node(type="media")
virtualMedia.name = callMedia
if callSupports:
virtualSupports = Node.Node(type="supports")
virtualSupports.name = callSupports
if callSelector:
virtualSelector.append(virtualBlock, "rules")
elif callMedia:
virtualMedia.append(virtualBlock, "rules")
elif callSupports:
virtualSupports.append(virtualBlock, "rules")
if callSupports:
virtualTop = virtualSupports
elif callMedia:
virtualTop = virtualMedia
elif callSelector:
virtualTop = virtualSelector
pos = mixin.parent.index(mixin)
mixin.parent.insert(pos + 1, virtualTop)
node.parent.remove(node)
Console.outdent()
modified += 1
return modified
def __cleanup(node):
"""
Reprocesses JavaScript to remove dead paths
"""
optimized = False
# Process from inside to outside
for child in reversed(node):
# None children are allowed sometimes e.g. during array_init like [1,2,,,7,8]
if child != None:
if __cleanup(child):
optimized = True
# Optimize if cases
if node.type == "if":
check = __checkCondition(node.condition)
if check is not None:
optimized = True
Console.debug("Optimizing if/else at line %s", node.line)
if check is True:
node.parent.replace(node, node.thenPart)
elif check is False:
if hasattr(node, "elsePart"):
node.parent.replace(node, node.elsePart)
else:
node.parent.remove(node)
# Optimize hook statement
if node.type == "hook":
check = __checkCondition(node[0])
if check is not None:
Console.debug("Optimizing hook at line %s", node.line)
optimized = True
if check is True:
node.parent.replace(node, node[1])
elif check is False:
node.parent.replace(node, node[2])
# Optimize switch statement
if node.type == "switch" and node.discriminant.type in ("string", "number"):
discriminant = node.discriminant.value
fallback = None
matcher = None
allowed = ["default", "case"]
for child in node:
# Require that every case block ends with a break (no fall-throughs)
if child.type == "case":
block = child[len(child)-1]
if len(block) == 0 or block[len(block)-1].type != "break":
Console.warn("Could not optimize switch statement (at line %s) because of fallthrough break statement.", node.line)
return False
if child.type == "default":
fallback = child.statements
elif child.type == "case" and child.label.value == discriminant:
matcher = child.statements
# Remove break statement
matcher.pop()
if matcher or fallback:
if not matcher:
matcher = fallback
node.parent.replace(node, matcher)
Console.debug("Optimizing switch at line %s", node.line)
optimized = True
return optimized
def __process(self, apiData, classFilter=None, internals=False, privates=False, printErrors=True, highlightCode=True):
knownClasses = set(list(apiData))
#
# Attaching Links to Source Code (Lines)
# Building Documentation Summaries
#
Console.info("Adding Source Links...")
for className in apiData:
classApi = apiData[className]
constructData = getattr(classApi, "construct", None)
if constructData is not None:
if "line" in constructData:
constructData["sourceLink"] = "source:%s~%s" % (className, constructData["line"])
for section in ("properties", "events", "statics", "members"):
sectionData = getattr(classApi, section, None)
if sectionData is not None:
for name in sectionData:
if "line" in sectionData[name]:
sectionData[name]["sourceLink"] = "source:%s~%s" % (className, sectionData[name]["line"])
#
# Including Mixins / IncludedBy
#
Console.info("Resolving Mixins...")
Console.indent()
# Just used temporary to keep track of which classes are merged
mergedClasses = set()
def getApi(className):
classApi = apiData[className]
if className in mergedClasses:
return classApi
classIncludes = getattr(classApi, "includes", None)
if classIncludes:
for mixinName in classIncludes:
if not mixinName in apiData:
Console.error("Invalid mixin %s in class %s", className, mixinName)
continue
mixinApi = apiData[mixinName]
if not hasattr(mixinApi, "includedBy"):
mixinApi.includedBy = set()
mixinApi.includedBy.add(className)
mergeMixin(className, mixinName, classApi, getApi(mixinName))
mergedClasses.add(className)
return classApi
for className in apiData:
apiData[className] = getApi(className)
Console.outdent()
#
# Checking links
#
Console.info("Checking Links...")
additionalTypes = ("Call", "Identifier", "Map", "Integer", "Node", "Element")
def checkInternalLink(link, className):
match = internalLinkParse.match(link)
if not match:
return 'Invalid link "#%s"' % link
if match.group(3) is not None:
className = match.group(3)
if not className in knownClasses and not className in apiData:
return 'Invalid class in link "#%s"' % link
# Accept all section/item values for named classes,
# as it might be pretty complicated to verify this here.
if not className in apiData:
return True
classApi = apiData[className]
sectionName = match.group(2)
itemName = match.group(5)
if itemName is None:
return True
if sectionName is not None:
if not sectionName in linkMap:
return 'Invalid section in link "#%s"' % link
section = getattr(classApi, linkMap[sectionName], None)
if section is None:
return 'Invalid section in link "#%s"' % link
else:
if itemName in section:
return True
return 'Invalid item in link "#%s"' % link
for sectionName in ("statics", "members", "properties", "events"):
section = getattr(classApi, sectionName, None)
if section and itemName in section:
return True
return 'Invalid item link "#%s"' % link
def checkLinksInItem(item):
# Process types
if "type" in item:
if item["type"] == "Function":
# Check param types
if "params" in item:
for paramName in item["params"]:
paramEntry = item["params"][paramName]
if "type" in paramEntry:
for paramTypeEntry in paramEntry["type"]:
if not paramTypeEntry["name"] in knownClasses and not paramTypeEntry["name"] in additionalTypes and not ("builtin" in paramTypeEntry or "pseudo" in paramTypeEntry):
item["errornous"] = True
Console.error('Invalid param type "%s" in %s' % (paramTypeEntry["name"], className))
if not "pseudo" in paramTypeEntry and paramTypeEntry["name"] in knownClasses:
paramTypeEntry["linkable"] = True
# Check return types
if "returns" in item:
for returnTypeEntry in item["returns"]:
if not returnTypeEntry["name"] in knownClasses and not returnTypeEntry["name"] in additionalTypes and not ("builtin" in returnTypeEntry or "pseudo" in returnTypeEntry):
item["errornous"] = True
Console.error('Invalid return type "%s" in %s' % (returnTypeEntry["name"], className))
if not "pseudo" in returnTypeEntry and returnTypeEntry["name"] in knownClasses:
returnTypeEntry["linkable"] = True
elif not item["type"] in builtinTypes and not item["type"] in pseudoTypes and not item["type"] in additionalTypes:
item["errornous"] = True
Console.error('Invalid type "%s" in %s' % (item["type"], className))
# Process doc
if "doc" in item:
def processInternalLink(match):
linkUrl = match.group(2)
if linkUrl.startswith("#"):
linkCheck = checkInternalLink(linkUrl[1:], className)
if linkCheck is not True:
item["errornous"] = True
if sectionName:
Console.error("%s in %s:%s~%s" % (linkCheck, sectionName, className, name))
else:
Console.error("%s in %s" % (linkCheck, className))
linkExtract.sub(processInternalLink, item["doc"])
Console.indent()
# Process APIs
for className in apiData:
classApi = apiData[className]
sectionName = None
constructData = getattr(classApi, "construct", None)
if constructData is not None:
checkLinksInItem(constructData)
for sectionName in ("properties", "events", "statics", "members"):
section = getattr(classApi, sectionName, None)
if section is not None:
for name in section:
checkLinksInItem(section[name])
Console.outdent()
#
# Filter Internals/Privates
#
Console.info("Filtering Items...")
def isVisible(entry):
if "visibility" in entry:
visibility = entry["visibility"]
if visibility == "private" and not privates:
return False
if visibility == "internal" and not internals:
return False
return True
def filterInternalsPrivates(classApi, field):
data = getattr(classApi, field, None)
if data:
for name in list(data):
if not isVisible(data[name]):
del data[name]
for className in apiData:
filterInternalsPrivates(apiData[className], "statics")
filterInternalsPrivates(apiData[className], "members")
#
# Connection Interfaces / ImplementedBy
#
Console.info("Connecting Interfaces...")
Console.indent()
for className in apiData:
classApi = getApi(className)
if not hasattr(classApi, "main"):
continue
classType = classApi.main["type"]
if classType == "core.Class":
classImplements = getattr(classApi, "implements", None)
if classImplements:
for interfaceName in classImplements:
interfaceApi = apiData[interfaceName]
implementedBy = getattr(interfaceApi, "implementedBy", None)
if not implementedBy:
implementedBy = interfaceApi.implementedBy = []
implementedBy.append(className)
connectInterface(className, interfaceName, classApi, interfaceApi)
Console.outdent()
#
# Merging Named Classes
#
Console.info("Merging Named Classes...")
Console.indent()
for className in list(apiData):
classApi = apiData[className]
destName = classApi.main["name"]
if destName is not None and destName != className:
Console.debug("Extending class %s with %s", destName, className)
if destName in apiData:
destApi = apiData[destName]
destApi.main["from"].append(className)
else:
destApi = apiData[destName] = Data.ApiData(destName, highlight=highlightCode)
destApi.main = {
"type" : "Extend",
"name" : destName,
"from" : [className]
}
# If there is a "main" tag found in the class use its API description
if "tags" in classApi.main and classApi.main["tags"] is not None and "main" in classApi.main["tags"]:
if "doc" in classApi.main:
destApi.main["doc"] = classApi.main["doc"]
classApi.main["extension"] = True
# Read existing data
construct = getattr(classApi, "construct", None)
statics = getattr(classApi, "statics", None)
members = getattr(classApi, "members", None)
if construct is not None:
if hasattr(destApi, "construct"):
Console.warn("Overriding constructor in extension %s by %s", destName, className)
destApi.construct = copy.copy(construct)
if statics is not None:
if not hasattr(destApi, "statics"):
destApi.statics = {}
for staticName in statics:
destApi.statics[staticName] = copy.copy(statics[staticName])
destApi.statics[staticName]["from"] = className
destApi.statics[staticName]["fromLink"] = "static:%s~%s" % (className, staticName)
if members is not None:
if not hasattr(destApi, "members"):
destApi.members = {}
for memberName in members:
destApi.members[memberName] = copy.copy(members[memberName])
destApi.members[memberName]["from"] = className
destApi.members[memberName]["fromLink"] = "member:%s~%s" % (className, memberName)
Console.outdent()
#
# Connecting Uses / UsedBy
#
Console.info("Collecting Use Patterns...")
# This matches all uses with the known classes and only keeps them if matched
allClasses = set(list(apiData))
for className in apiData:
uses = apiData[className].uses
# Rebuild use list
cleanUses = set()
for use in uses:
if use != className and use in allClasses:
cleanUses.add(use)
useEntry = apiData[use]
if not hasattr(useEntry, "usedBy"):
useEntry.usedBy = set()
useEntry.usedBy.add(className)
apiData[className].uses = cleanUses
#
# Collecting errors
#
Console.info("Collecting Errors...")
Console.indent()
for className in sorted(apiData):
classApi = apiData[className]
errors = []
if isErrornous(classApi.main):
errors.append({
"kind": "Main",
"name": None,
"line": 1
})
if hasattr(classApi, "construct"):
if isErrornous(classApi.construct):
errors.append({
"kind": "Constructor",
"name": None,
"line": classApi.construct["line"]
})
for section in ("statics", "members", "properties", "events"):
items = getattr(classApi, section, {})
for itemName in items:
item = items[itemName]
if isErrornous(item):
errors.append({
"kind": itemMap[section],
"name": itemName,
"line": item["line"]
})
if errors:
if printErrors:
Console.warn("Found errors in %s", className)
errorsSorted = sorted(errors, key=lambda entry: entry["line"])
if printErrors:
Console.indent()
for entry in errorsSorted:
if entry["name"]:
Console.warn("%s: %s (line %s)", entry["kind"], entry["name"], entry["line"])
else:
Console.warn("%s (line %s)", entry["kind"], entry["line"])
Console.outdent()
classApi.errors = errorsSorted
Console.outdent()
#
# Building Search Index
#
Console.info("Building Search Index...")
search = {}
def addSearch(classApi, field):
data = getattr(classApi, field, None)
if data:
for name in data:
if not name in search:
search[name] = set()
search[name].add(className)
for className in apiData:
classApi = apiData[className]
addSearch(classApi, "statics")
addSearch(classApi, "members")
addSearch(classApi, "properties")
addSearch(classApi, "events")
#
# Post Process (dict to sorted list)
#
Console.info("Post Processing Data...")
for className in sorted(apiData):
classApi = apiData[className]
convertTags(classApi.main)
construct = getattr(classApi, "construct", None)
if construct:
convertFunction(construct)
convertTags(construct)
for section in ("statics", "members", "properties", "events"):
items = getattr(classApi, section, None)
if items:
sortedList = []
for itemName in sorted(items):
item = items[itemName]
item["name"] = itemName
if "type" in item and item["type"] == "Function":
convertFunction(item)
convertTags(item)
sortedList.append(item)
setattr(classApi, section, sortedList)
#
# Collecting Package Docs
#
Console.info("Collecting Package Docs...")
Console.indent()
# Inject existing package docs into api data
for project in self.__session.getProjects():
docs = project.getDocs()
for packageName in docs:
if self.__isIncluded(packageName, classFilter):
Console.debug("Creating package documentation %s", packageName)
apiData[packageName] = docs[packageName].getApi()
# Fill missing package docs
for className in sorted(apiData):
splits = className.split(".")
packageName = splits[0]
for split in splits[1:]:
if not packageName in apiData:
Console.warn("Missing package documentation %s", packageName)
apiData[packageName] = Data.ApiData(packageName, highlight=highlightCode)
apiData[packageName].main = {
"type" : "Package",
"name" : packageName
}
packageName = "%s.%s" % (packageName, split)
# Now register all classes in their parent namespace/package
for className in sorted(apiData):
splits = className.split(".")
packageName = ".".join(splits[:-1])
if packageName:
package = apiData[packageName]
# debug("- Registering class %s in parent %s", className, packageName)
entry = {
"name" : splits[-1],
"link" : className,
}
classMain = apiData[className].main
if "doc" in classMain and classMain["doc"]:
summary = Text.extractSummary(classMain["doc"])
if summary:
entry["summary"] = summary
if "type" in classMain and classMain["type"]:
entry["type"] = classMain["type"]
if not hasattr(package, "content"):
package.content = [entry]
else:
package.content.append(entry)
Console.outdent()
#
# Writing API Index
#
Console.debug("Building Index...")
index = {}
for className in sorted(apiData):
classApi = apiData[className]
mainInfo = classApi.main
# Create structure for className
current = index
for split in className.split("."):
if not split in current:
current[split] = {}
current = current[split]
# Store current type
current["$type"] = mainInfo["type"]
# Keep information if
if hasattr(classApi, "content"):
current["$content"] = True
#
# Return
#
return apiData, index, search
def __cleanup(node):
"""Reprocesses JavaScript to remove dead paths."""
optimized = False
# Process from inside to outside
for child in reversed(node):
# None children are allowed sometimes e.g. during array_init like [1,2,,,7,8]
if child is not None:
if __cleanup(child):
optimized = True
# Optimize if cases
if node.type == "if":
check = __checkCondition(node.condition)
if check is not None:
optimized = True
Console.debug("Optimizing if/else at line %s", node.line)
if check is True:
node.parent.replace(node, node.thenPart)
elif check is False:
if hasattr(node, "elsePart"):
node.parent.replace(node, node.elsePart)
else:
node.parent.remove(node)
# Optimize hook statement
if node.type == "hook":
check = __checkCondition(node[0])
if check is not None:
Console.debug("Optimizing hook at line %s", node.line)
optimized = True
if check is True:
node.parent.replace(node, node[1])
elif check is False:
node.parent.replace(node, node[2])
# Optimize switch statement
if node.type == "switch" and node.discriminant.type in ("string",
"number"):
discriminant = node.discriminant.value
fallback = None
matcher = None
allowed = ["default", "case"]
for child in node:
# Require that every case block ends with a break (no fall-throughs)
if child.type == "case":
block = child[len(child) - 1]
if len(block) == 0 or block[len(block) - 1].type != "break":
Console.warn(
"Could not optimize switch statement (at line %s) because of fallthrough break statement.",
node.line)
return False
if child.type == "default":
fallback = child.statements
elif child.type == "case" and child.label.value == discriminant:
matcher = child.statements
# Remove break statement
matcher.pop()
if matcher or fallback:
if not matcher:
matcher = fallback
node.parent.replace(node, matcher)
Console.debug("Optimizing switch at line %s", node.line)
optimized = True
return optimized
def warn(self, message, line):
Console.warn("%s at line %s in %s" % (message, line, self.id))
def __extend(node, scanMixins=False):
"""
Finds extend requests for mixins aka
- mixins calls without params
- simple variables in a block
For all found extend requests it detects the flattened selector and appends
the selector section of the extendable mixin accordingly. After that it
removes the original mixin request.
"""
modified = 0
for child in reversed(node):
# Ignore all mixin declarations. Can't operate inside them.
# For these things to work we have to wait for the include mechanics to resolve them first
# (which actually just remove these mixin declarations though)
if child is not None and (scanMixins or child.type != "mixin"):
modified += __extend(child)
if isExtendCall(node):
name = node.name
Console.debug("Extend request to mixin %s at: %s", name, node.line)
Console.indent()
mixin = __findMixin(node.parent, name)
if not mixin:
raise Exception("Could not find mixin %s as required by extend request at line %s" % (node.name, node.line))
Console.debug("Found matching mixin declaration at line: %s", mixin.line)
# selector, media = Util.combineSelector(node.parent, stop=node.parent)
selector, media = Util.combineSelector(node.parent)
if media:
Console.warn("Extending inside media query behaves like including (less efficient): %s + %s", media, ", ".join(selector))
replacements = __resolveMixin(mixin, None)
Console.debug("Replacing call %s at line %s with mixin from line %s" % (name, node.line, replacements.line))
# Reverse inject all children of that block
# at the same position as the original call
parent = node.parent
pos = parent.index(node)
for child in reversed(replacements):
parent.insert(pos, child)
else:
Console.debug("Extending selector of mixin by: %s", ", ".join(selector))
if hasattr(mixin, "selector"):
# We iterate from in inverse mode, so add new selectors to the front
mixin.selector[0:0] = selector
else:
mixin.selector = selector
virtualBlock = Node.Node(type="block")
__extendContent(mixin.rules, node, virtualBlock, mixin)
if len(virtualBlock) > 0:
callSelector, callMedia = Util.combineSelector(node)
if callSelector:
virtualSelector = Node.Node(type="selector")
virtualSelector.name = callSelector
if callMedia:
virtualMedia = Node.Node(type="media")
virtualMedia.name = callMedia
if callSelector:
virtualSelector.append(virtualBlock, "rules")
elif callMedia:
virtualMedia.append(virtualBlock, "rules")
if callMedia:
virtualTop = virtualMedia
elif callSelector:
virtualTop = virtualSelector
pos = mixin.parent.index(mixin)
mixin.parent.insert(pos+1, virtualTop)
node.parent.remove(node)
Console.outdent()
modified += 1
return modified
def process(url, start=0, fetch=50):
""" Main processing engine """
pos = start
# End will be updated during each request with incoming data
end = pos + fetch
Console.header("Tumblr Import")
Console.info("Importing data...")
Console.indent()
while pos < end:
Console.info("Requesting %s-%s of %s" % (pos, pos+fetch-1, end))
response = requests.get(url % (pos, fetch))
if response.status_code != 200:
raise Exception("Error during communication with Tumblr: %s" % r.status)
tree = ElementTree.fromstring(response.content)
# This element contains all posts
allPosts = tree.find("posts")
# Update end pointer
end = int(allPosts.get("total"))
# Iterate trough all posts
for post in allPosts:
postType = post.get("type")
postTimeStamp = post.get("unix-timestamp")
postExportDate = str(datetime.datetime.fromtimestamp(int(postTimeStamp)))
postSlug = post.get("slug")
postFormat = post.get("format")
postDateOnly = postExportDate[0:postExportDate.find(" ")]
postFileName = "%s-%s" % (postDateOnly, postSlug)
if postType == "quote":
quoteText = post.find("quote-text").text
quoteComment = post.find("quote-source").text
# Post-process
quoteText = markdownify.markdownify("<blockquote>" + quoteText + "</blockquote>").rstrip("\n").lstrip("\n")
quoteComment = markdownify.markdownify(quoteComment).rstrip("\n")
fileContent = quoteTemplate % (postSlug, postExportDate, quoteText + "\n\n" + quoteComment)
elif postType == "photo":
photoText = post.find("photo-caption").text
try:
photoLinkUrl = post.find("photo-link-url").text
except:
photoLinkUrl = None
photoUrl = post.find("photo-url").text
# Post-process
photoText = markdownify.markdownify(photoText).rstrip("\n")
# Downloading image
photoResponse = requests.get(photoUrl, allow_redirects=True)
if photoResponse.status_code != 200:
Console.error("Unable to load photo. Status: %s; URL: %s", photoResponse.status_code, photoUrl)
continue
# Build extension based on response headers (safer than using file extension)
photoType = photoResponse.headers["content-type"]
if "png" in photoType:
photoExtension = ".png"
elif "jpeg" in photoType or "jpg" in photoType:
photoExtension = ".jpeg"
elif "gif" in photoType:
photoExtension = ".gif"
else:
Console.error("Unknown photo format: %s; Status: %s; URL: %s", photoType, photoResponse.status_code, photoUrl)
continue
# Generating checksum
photoHash = hashlib.sha1(photoResponse.content).hexdigest()
# Generate file name and path from existing data
photoFileName = "%s-%s-%s%s" % (postDateOnly, postSlug, photoHash[0:10], photoExtension)
photoPath = os.path.join(photoFolder, photoFileName)
# Do not repeatly write identical files
if not os.path.exists(photoPath):
photoFile = open(photoPath, "wb")
photoFile.write(photoResponse.content)
photoFile.close()
# Generate basic image tag
photoAsset = '<img src="{{@asset.url %s/%s/%s}}" alt=""/>' % (projectName, photoAssetFolder, photoFileName)
# Wrap with a link when it should be link to an external site
if photoLinkUrl:
photoAsset = '<a href="%s">%s</a>' % (photoLinkUrl, photoAsset)
fileContent = photoTemplate % (postSlug, postExportDate, photoAsset + "\n\n" + photoText)
elif postType == "link":
linkUrl = post.find("link-url").text
try:
linkText = post.find("link-text").text
except:
linkText = linkUrl
# Post-process
if linkText != linkUrl:
linkText = markdownify.markdownify(linkText).rstrip("\n")
fileContent = linkTemplate % (postSlug, postExportDate, "[%s](%s)" % (linkText, linkUrl))
elif postType == "video":
videoCode = post.find("video-source").text
videoText = post.find("video-caption").text
# Post-process
videoText = markdownify.markdownify(videoText).rstrip("\n")
fileContent = videoTemplate % (postSlug, postExportDate, videoCode + "\n\n" + videoText)
elif postType == "regular":
postText = post.find("regular-body").text
try:
postTitle = post.find("regular-title").text
except:
# Ignore posts without title
Console.warn("Ignoring post without title!")
continue
postText = markdownify.markdownify(postText).rstrip("\n")
fileContent = regularTemplate % (postSlug, postExportDate, postTitle, postText)
else:
Console.warn("Unknown POST-TYPE: %s" % postType)
print(ElementTree.dump(post))
continue
# Write post file
fileHandle = open(os.path.join(postFolder, postDateOnly + "-" + postType + "-" + postSlug + ".markdown"), "w")
fileHandle.write(fileContent)
fileHandle.close()
# Update for next requests
pos = pos + fetch
Console.outdent()
Console.info("Successfully imported")
def __outdent(self, text, indent, startLineNo):
"""
Outdent multi line comment text and filtering empty lines
"""
lines = []
# First, split up the comments lines and remove the leading indentation
for lineNo, line in enumerate((indent + text).split("\n")):
if line.startswith(indent):
lines.append(line[len(indent):].rstrip())
elif line.strip() == "":
lines.append("")
else:
# Only warn for doc comments, otherwise it might just be code commented
# out which is sometimes formatted pretty crazy when commented out
if self.variant == "doc":
Console.warn(
"Could not outdent doc comment at line %s in %s",
startLineNo + lineNo, self.fileId)
return text
# Find first line with real content, then grab the one after it to get the
# characters which need
outdentString = ""
for lineNo, line in enumerate(lines):
if line != "" and line.strip() != "":
matchedDocIndent = docIndentReg.match(line)
if not matchedDocIndent:
# As soon as we find a non doc indent like line we stop
break
elif matchedDocIndent.group(2) != "":
# otherwise we look for content behind the indent to get the
# correct real indent (with spaces)
outdentString = matchedDocIndent.group(1)
break
lineNo += 1
# Process outdenting to all lines (remove the outdentString from the start
# of the lines)
if outdentString != "":
lineNo = 0
outdentStringLen = len(outdentString)
for lineNo, line in enumerate(lines):
if len(line) <= outdentStringLen:
lines[lineNo] = ""
else:
if not line.startswith(outdentString):
# Only warn for doc comments, otherwise it might just be code
# commented out which is sometimes formatted pretty crazy when
# commented out
if self.variant == "doc":
Console.warn(
"Invalid indentation in doc comment at line %s in %s",
startLineNo + lineNo, self.fileId)
else:
lines[lineNo] = line[outdentStringLen:]
# Merge final lines and remove leading and trailing new lines
return "\n".join(lines).strip("\n")
def __recurser(node, table):
counter = 0
# Process children
for child in list(node):
if child is not None:
counter += __recurser(child, table)
# Process all method calls
if node.type == "call":
funcName = None
funcNameNode = None
# Uses global translation method (not typical)
if node[0].type == "identifier":
funcNameNode = node[0]
# Uses namespaced translation method.
# Typically core.locale.Translation.tr() or Translation.tr()
elif node[0].type == "dot" and node[0][1].type == "identifier":
funcNameNode = node[0][1]
# Gettext methods only at the moment
funcName = funcNameNode and funcNameNode.value
if funcName in translationFunctions:
Console.debug("Found translation method %s in %s", funcName, node.line)
Console.indent()
params = node[1]
# Remove marktr() calls
if funcName == "marktr":
node.parent.remove(node)
# Verify param types
elif params[0].type is not "string":
# maybe something marktr() relevant being used, in this case we need to keep the call and inline the data
pass
# Error handling
elif (funcName == "trn" or funcName == "trc") and params[1].type != "string":
Console.warn("Expecting translation string to be type string: %s at line %s" % (params[1].type, params[1].line))
# Signature tr(msg, arg1, ...)
elif funcName == "tr":
key = params[0].value
if key in table:
params[0].value = table[key]
counter += 1
if len(params) == 1:
node.parent.replace(node, params[0])
else:
replacement = __splitTemplate(params[0].value, params[1:])
if replacement:
node.parent.replace(node, replacement)
# Signature trc(context, msg, arg1, ...)
elif funcName == "trc":
key = "%s[C:%s]" % (params[1].value, params[0].value)
if key in table:
params[1].value = table[key]
counter += 1
if len(params) == 2:
node.parent.replace(node, params[1])
else:
replacement = __splitTemplate(params[1].value, params[2:])
if replacement:
node.parent.replace(node, replacement)
# Signature trn(msgSingular, msgPlural, int, arg1, ...)
elif funcName == "trn":
key = "%s[N:%s]" % (params[0].value, params[1].value)
if not key in table:
Console.outdent()
return counter
counter += 1
# Use optimized trnc() method instead of trn()
funcNameNode.value = "trnc"
# Remove first two string parameters
params.remove(params[0])
params.remove(params[0])
# Inject new object into params
container = Node.Node(None, "object_init")
params.insert(0, container)
# Create new construction with all properties generated from the translation table
for plural in table[key]:
pluralEntry = Node.Node(None, "property_init")
pluralEntryIdentifier = Node.Node(None, "identifier")
pluralEntryIdentifier.value = plural
pluralEntryValue = Node.Node(None, "string")
pluralEntryValue.value = table[key][plural]
pluralEntry.append(pluralEntryIdentifier)
pluralEntry.append(pluralEntryValue)
container.append(pluralEntry)
# Replace strings with plus operations to omit complex client side string operation
if len(params) > 2:
for pluralEntry in container:
replacement = __splitTemplate(pluralEntry[1].value, params[2:])
if replacement:
pluralEntry.replace(pluralEntry[1], replacement)
# When all variables have been patched in all string with placeholder
# we are able to remove the whole list of placeholder values afterwards
while len(params) > 2:
params.pop()
Console.outdent()
return counter
def getDependencies(self, permutation=None, items=None, fields=None, warnings=True):
"""
Returns a set of dependencies seen through the given list of known classes (ignoring all unknown items in
original set) and configured fields with their individual detection classes.
This method also makes use of the meta data and the variable data.
"""
permutation = self.filterPermutation(permutation)
meta = self.getMetaData(permutation)
scope = self.getScopeData(permutation)
result = set()
# Match fields with current permutation and give detection classes
# Add detection classes of fields which are accessed but not permutated
# to the list of dependencies for this class.
if fields:
accessedFields = self.getFields()
if accessedFields:
for fieldName in accessedFields:
if permutation is None or not permutation.has(fieldName):
if fieldName in fields:
result.add(fields[fieldName])
# Manually defined names/classes
for name in meta.requires:
if name != self.id and name in items and items[name].kind == "jasy.Script":
result.add(items[name])
elif "*" in name:
reobj = re.compile(fnmatch.translate(name))
for className in items:
if className != self.id:
if reobj.match(className):
result.add(items[className])
elif warnings:
Console.warn("Missing class (required): %s in %s", name, self.id)
# Globally modified names (mostly relevant when working without namespaces)
for name in scope.shared:
if name != self.id and name in items and items[name].kind == "jasy.Script":
result.add(items[name])
# Add classes from detected package access
for package in scope.packages:
if package in aliases:
className = aliases[package]
if className in items:
result.add(items[className])
continue
orig = package
while True:
if package == self.id:
break
elif package in items and items[package].kind == "jasy.Script":
aliases[orig] = package
result.add(items[package])
break
else:
pos = package.rfind(".")
if pos == -1:
break
package = package[0:pos]
# Manually excluded names/classes
for name in meta.optionals:
if name != self.id and name in items and items[name].kind == "jasy.Script":
result.remove(items[name])
elif warnings:
Console.warn("Missing class (optional): %s in %s", name, self.id)
return result
def getDependencies(self, permutation=None, classes=None, warnings=True):
"""
Returns a set of dependencies seen through the given list of known
classes (ignoring all unknown items in original set). This method
makes use of the meta data (see core/MetaData.py) and the variable data
(see parse/ScopeData.py).
"""
permutation = self.filterPermutation(permutation)
meta = self.getMetaData(permutation)
scope = self.getScopeData(permutation)
result = set()
# Manually defined names/classes
for name in meta.requires:
if name != self.id and name in classes and classes[name].kind == "class":
result.add(classes[name])
elif "*" in name:
reobj = re.compile(fnmatch.translate(name))
for className in classes:
if className != self.id:
if reobj.match(className):
result.add(classes[className])
elif warnings:
Console.warn("- Missing class (required): %s in %s", name, self.id)
# Globally modified names (mostly relevant when working without namespaces)
for name in scope.shared:
if name != self.id and name in classes and classes[name].kind == "class":
result.add(classes[name])
# Add classes from detected package access
for package in scope.packages:
if package in aliases:
className = aliases[package]
if className in classes:
result.add(classes[className])
continue
orig = package
while True:
if package == self.id:
break
elif package in classes and classes[package].kind == "class":
aliases[orig] = package
result.add(classes[package])
break
else:
pos = package.rfind(".")
if pos == -1:
break
package = package[0:pos]
# Manually excluded names/classes
for name in meta.optionals:
if name != self.id and name in classes and classes[name].kind == "class":
result.remove(classes[name])
elif warnings:
Console.warn("- Missing class (optional): %s in %s", name, self.id)
return result
def __extend(node):
"""
Finds extend requests for mixins aka.
- mixins calls without params
- simple variables in a block
For all found extend requests it detects the flattened selector and appends
the selector section of the extendable mixin accordingly. After that it
removes the original mixin request.
"""
modified = 0
for child in reversed(list(node)):
# Ignore all mixin declarations. Can't operate inside them.
# For these things to work we have to wait for the include mechanics to resolve them first
# (which actually just remove these mixin declarations though)
if child is not None:
modified += __extend(child)
if isExtendCall(node):
name = node.name
Console.debug("Extend request to mixin %s at: %s", name, node.line)
Console.indent()
mixin = __findMixin(node.parent, name)
if not mixin:
raise Exception(
"Could not find mixin %s as required by extend request at line %s"
% (node.name, node.line))
Console.debug("Found matching mixin declaration at line: %s",
mixin.line)
selector, media, supports = Util.combineSelector(node.parent,
stop=mixin.parent)
# There is no possibility to handle this in a series of CSS selectors. This is why
# we have to use an include like approach instead of extend to correctly deal
# with the situation. This should work well, but is not as efficient regarding
# output file size.
if media or supports:
Console.warn(
"Extending inside a @media/@support structure behaves like including (larger result size): %s %s + %s",
media, supports, ", ".join(selector))
replacements = __resolveMixin(mixin, None)
Console.debug(
"Replacing call %s at line %s with mixin from line %s" %
(name, node.line, replacements.line))
# Reverse inject all children of that block
# at the same position as the original call
parent = node.parent
pos = parent.index(node)
parent.insertAll(pos, replacements)
elif selector:
Console.debug("Extending selector of mixin by: %s",
", ".join(selector))
if hasattr(mixin, "selector"):
# We iterate from in inverse mode, so add new selectors to the front
mixin.selector[0:0] = selector
else:
mixin.selector = selector
virtualBlock = Node.Node(type="block")
__extendContent(mixin.rules, node, virtualBlock, mixin)
if len(virtualBlock) > 0:
callSelector, callMedia, callSupports = Util.combineSelector(
node)
if callSelector:
virtualSelector = Node.Node(type="selector")
virtualSelector.name = callSelector
if callMedia:
virtualMedia = Node.Node(type="media")
virtualMedia.name = callMedia
if callSupports:
virtualSupports = Node.Node(type="supports")
virtualSupports.name = callSupports
if callSelector:
virtualSelector.append(virtualBlock, "rules")
elif callMedia:
virtualMedia.append(virtualBlock, "rules")
elif callSupports:
virtualSupports.append(virtualBlock, "rules")
if callSupports:
virtualTop = virtualSupports
elif callMedia:
virtualTop = virtualMedia
elif callSelector:
virtualTop = virtualSelector
pos = mixin.parent.index(mixin)
mixin.parent.insert(pos + 1, virtualTop)
node.parent.remove(node)
Console.outdent()
modified += 1
return modified
def __outdent(self, text, indent, startLineNo):
"""
Outdent multi line comment text and filtering empty lines
"""
lines = []
# First, split up the comments lines and remove the leading indentation
for lineNo, line in enumerate((indent+text).split("\n")):
if line.startswith(indent):
lines.append(line[len(indent):].rstrip())
elif line.strip() == "":
lines.append("")
else:
# Only warn for doc comments, otherwise it might just be code commented
# out which is sometimes formatted pretty crazy when commented out
if self.variant == "doc":
Console.warn("Could not outdent doc comment at line %s in %s",
startLineNo+lineNo, self.fileId)
return text
# Find first line with real content, then grab the one after it to get the
# characters which need
outdentString = ""
for lineNo, line in enumerate(lines):
if line != "" and line.strip() != "":
matchedDocIndent = docIndentReg.match(line)
if not matchedDocIndent:
# As soon as we find a non doc indent like line we stop
break
elif matchedDocIndent.group(2) != "":
# otherwise we look for content behind the indent to get the
# correct real indent (with spaces)
outdentString = matchedDocIndent.group(1)
break
lineNo += 1
# Process outdenting to all lines (remove the outdentString from the start
# of the lines)
if outdentString != "":
lineNo = 0
outdentStringLen = len(outdentString)
for lineNo, line in enumerate(lines):
if len(line) <= outdentStringLen:
lines[lineNo] = ""
else:
if not line.startswith(outdentString):
# Only warn for doc comments, otherwise it might just be code
# commented out which is sometimes formatted pretty crazy when
# commented out
if self.variant == "doc":
Console.warn(
"Invalid indentation in doc comment at line %s in %s",
startLineNo+lineNo, self.fileId)
else:
lines[lineNo] = line[outdentStringLen:]
# Merge final lines and remove leading and trailing new lines
return "\n".join(lines).strip("\n")
def connectInterface(className, interfaceName, classApi, interfaceApi):
Console.debug("- Connecting %s with %s", className, interfaceName)
#
# Properties
#
interfaceProperties = getattr(interfaceApi, "properties", None)
if interfaceProperties:
classProperties = getattr(classApi, "properties", {})
for name in interfaceProperties:
if not name in classProperties:
Console.warn("Class %s is missing implementation for property %s of interface %s!", className, name, interfaceName)
else:
# Add reference to interface
if not "interface" in classProperties[name]:
classProperties[name]["defined"] = []
classProperties[name]["defined"].append({
"name": interfaceName,
"link": "property:%s~%s" % (interfaceName, name)
})
# Copy over documentation
if not "doc" in classProperties[name] and "doc" in interfaceProperties[name]:
classProperties[name]["doc"] = interfaceProperties[name]["doc"]
if not "summary" in classProperties[name] and "summary" in interfaceProperties[name]:
classProperties[name]["summary"] = interfaceProperties[name]["summary"]
if "errornous" in classProperties[name] and not "errornous" in interfaceProperties[name]:
del classProperties[name]["errornous"]
# Update tags with data from interface
if "tags" in interfaceProperties[name]:
if not "tags" in classProperties[name]:
classProperties[name]["tags"] = {}
safeUpdate(classProperties[name]["tags"], interfaceProperties[name]["tags"])
#
# Events
#
interfaceEvents = getattr(interfaceApi, "events", None)
if interfaceEvents:
classEvents = getattr(classApi, "events", {})
for name in interfaceEvents:
if not name in classEvents:
Console.warn("Class %s is missing implementation for event %s of interface %s!", className, name, interfaceName)
else:
# Add reference to interface
if not "interface" in classEvents[name]:
classEvents[name]["defined"] = []
classEvents[name]["defined"].append({
"name": interfaceName,
"link": "event:%s~%s" % (interfaceName, name)
})
# Copy user event type and documentation from interface
if not "doc" in classEvents[name] and "doc" in interfaceEvents[name]:
classEvents[name]["doc"] = interfaceEvents[name]["doc"]
if not "summary" in classEvents[name] and "summary" in interfaceEvents[name]:
classEvents[name]["summary"] = interfaceEvents[name]["summary"]
if not "type" in classEvents[name] and "type" in interfaceEvents[name]:
classEvents[name]["type"] = interfaceEvents[name]["type"]
if "errornous" in classEvents[name] and not "errornous" in interfaceEvents[name]:
del classEvents[name]["errornous"]
# Update tags with data from interface
if "tags" in interfaceEvents[name]:
if not "tags" in classEntry:
classEvents[name]["tags"] = {}
safeUpdate(classEvents[name]["tags"], interfaceEvents[name]["tags"])
#
# Members
#
interfaceMembers = getattr(interfaceApi, "members", None)
if interfaceMembers:
classMembers = getattr(classApi, "members", {})
for name in interfaceMembers:
if not name in classMembers:
Console.warn("Class %s is missing implementation for member %s of interface %s!", className, name, interfaceName)
else:
interfaceEntry = interfaceMembers[name]
classEntry = classMembers[name]
# Add reference to interface
if not "interface" in classEntry:
classEntry["defined"] = []
classEntry["defined"].append({
"name": interfaceName,
"link": "member:%s~%s" % (interfaceName, name)
})
# Copy over doc from interface
if not "doc" in classEntry and "doc" in interfaceEntry:
classEntry["doc"] = interfaceEntry["doc"]
if not "summary" in classEntry and "summary" in interfaceEntry:
classEntry["summary"] = interfaceEntry["summary"]
if "errornous" in classEntry and not "errornous" in interfaceEntry:
del classEntry["errornous"]
# Priorize return value from interface (it's part of the interface feature set to enforce this)
if "returns" in interfaceEntry:
classEntry["returns"] = interfaceEntry["returns"]
# Update tags with data from interface
if "tags" in interfaceEntry:
if not "tags" in classEntry:
classEntry["tags"] = {}
safeUpdate(classEntry["tags"], interfaceEntry["tags"])
# Copy over params from interface
if "params" in interfaceEntry:
# Fix completely missing parameters
if not "params" in classEntry:
classEntry["params"] = {}
for paramName in interfaceEntry["params"]:
# Prefer data from interface
if not paramName in classEntry["params"]:
classEntry["params"][paramName] = {}
classEntry["params"][paramName].update(interfaceEntry["params"][paramName])
# Clear errournous documentation flags
if "errornous" in classEntry["params"][paramName] and not "errornous" in interfaceEntry["params"][paramName]:
del classEntry["params"][paramName]["errornous"]