def processFile(self, arg):
"""Print a cluster of nodes based on a jconf file, and process any links"""
fullpath, directory, filename = arg
self.fullPaths.append(fullpath)
self.lines.append("subgraph cluster_%s {" % sanitize(filename))
self.lines.append('label = "%s";' % filename)
self.lines.append('style = "dotted";')
tree = et.parse(fullpath)
root = tree.getroot()
for firstLevel in list(root):
if firstLevel.tag == ns + "include":
# recurse into included file
self.processFile(findInSearchPath(firstLevel.text, [directory]))
elif firstLevel.tag == ns + "elements":
for elt in list(firstLevel):
# Some tags we ignore.
if elt.tag in [ns + x for x in self.ignoredElements]:
continue
# Add nodes for the rest of the elements
self.addNode(elt)
# Some nodes contain information on relationships
# that we want to depict in the graph.
if elt.tag == ns + "alias":
self.handleAlias(elt)
elif elt.tag == ns + "position_proxy":
self.handleProxy(elt, "Position")
elif elt.tag == ns + "analog_proxy":
self.handleProxy(elt, "Analog")
elif elt.tag == ns + "digital_proxy":
self.handleProxy(elt, "Digital")
elif elt.tag == ns + "keyboard_mouse_proxy":
self.handleProxy(elt)
elif elt.tag == ns + "user":
self.handleUser(elt)
elif elt.tag == ns + "simulated_relative_position":
self.handleSimulatedRelativePosition(elt)
elif ns + "simulated" in elt.tag:
self.handleSimulated(elt)
else:
continue
self.lines.append("}")
def processFile(self, arg):
"""Print a cluster of nodes based on a jconf file, and process any links"""
fullpath, directory, filename = arg
self.fullPaths.append(fullpath)
self.lines.append("subgraph cluster_%s {" % sanitize(filename))
self.lines.append('label = "%s";' % filename)
self.lines.append('style = "dotted";')
tree = et.parse(fullpath)
root = tree.getroot()
for firstLevel in list(root):
if firstLevel.tag == ns + "include":
# recurse into included file
self.processFile(findInSearchPath(firstLevel.text,
[directory]))
elif firstLevel.tag == ns + "elements":
for elt in list(firstLevel):
# Some tags we ignore.
if elt.tag in [ns + x for x in self.ignoredElements]:
continue
# Add nodes for the rest of the elements
self.addNode(elt)
# Some nodes contain information on relationships
# that we want to depict in the graph.
if elt.tag == ns + "alias":
self.handleAlias(elt)
elif elt.tag == ns + "position_proxy":
self.handleProxy(elt, "Position")
elif elt.tag == ns + "analog_proxy":
self.handleProxy(elt, "Analog")
elif elt.tag == ns + "digital_proxy":
self.handleProxy(elt, "Digital")
elif elt.tag == ns + "keyboard_mouse_proxy":
self.handleProxy(elt)
elif elt.tag == ns + "user":
self.handleUser(elt)
elif elt.tag == ns + "simulated_relative_position":
self.handleSimulatedRelativePosition(elt)
elif ns + "simulated" in elt.tag:
self.handleSimulated(elt)
else:
continue
self.lines.append("}")
def processFiles(self, files):
"""Process all jconf files passed, printing the complete dot output."""
self.lines.append("digraph {")
self.lines.append('size="8.5,11"')
self.lines.append('ratio="compress"')
for fn in files:
self.processFile(findInSearchPath(fn))
self.addUndefinedNodes()
self.lines.append( "\n".join(self.links))
self.lines.append("}")
self.dotcode = "\n".join(self.lines)
def processFiles(self, files):
"""Process all jconf files passed, printing the complete dot output."""
self.lines.append("digraph {")
self.lines.append('size="8.5,11"')
self.lines.append('ratio="compress"')
for fn in files:
self.processFile(findInSearchPath(fn))
self.addUndefinedNodes()
self.lines.append("\n".join(self.links))
self.lines.append("}")
self.dotcode = "\n".join(self.lines)
