def entry_points(self, entry_points):
self.depth += 1
for entry_point_proxy in entry_points:
entry_point = self.index_by_tagname['entry-point-list'][entry_point_proxy]
self.detail(fmt('<div class="level{0}">', self.depth))
self.detail('<div class="dialog">')
self.detail(fmt('<h2><a name="{0!q}">Entry Point</a></h2>', entry_point.getAttribute('id')))
info = self.get_basic_info(entry_point, 'name', 'class', 'description', 'filter')
self.show_basic_info(info)
nname = fill(info['name'])
if nname not in self.node_keywords:
javaclass = info['class']
self.node_keywords[nname] = {
'shape': 'ellipse',
'fillcolor': fillcolor[4],
'tooltip': javaclass,
'URL': '#' + entry_point.getAttribute('id'),
}
## self.digraph.node(nname, **self.node_keywords[nname])
self.detail('</div>')
self.operations(entry_point, [{
'id': getText(element.childNodes),
'from': element.getAttribute('from'),
'to': element.getAttribute('to'),
} for element in entry_point.getElementsByTagName('operation-list')])
self.actions(entry_point, [{
'id': getText(element.childNodes),
'from': element.getAttribute('from'),
'to': element.getAttribute('to'),
} for element in entry_point.getElementsByTagName('action-list')])
self.detail('</div>')
self.depth -= 1
def operations(self, predecessor, operations):
self.depth += 1
pname = fill(getText(predecessor.getElementsByTagName('name')[0].childNodes))
for operation_proxy in operations:
id = operation_proxy['id']
from_port = operation_proxy['from']
to_port = operation_proxy['to']
operation = self.index_by_tagname['operation-list'][id]
info = self.get_basic_info(operation, 'name', 'class', 'description')
nname = fill(info['name'])
if nname not in self.node_keywords:
javaclass = info['class']
if not javaclass.startswith('com.'):
shape, fllclr = 'rectangle', 1
elif javaclass.startswith('com.watch4net.alerting.operation.comparator.'):
shape, fllclr = 'diamond', 5
else:
shape, fllclr = 'rectangle', 2
self.node_keywords[nname] = {
'shape': shape,
'fillcolor': fillcolor[fllclr],
'tooltip': javaclass,
'URL': '#' + operation.getAttribute('id'),
}
## self.digraph.node(nname, **self.node_keywords[nname])
self.detail(fmt('<div class="level{0}">', self.depth))
self.detail('<div class="dialog">')
self.detail(fmt('<h2><a name="{0!q}">Operation</a></h2>', operation.getAttribute('id')))
self.show_basic_info(info)
self.param_table(operation)
self.detail('</div>')
self.operations(operation, [{
'id': getText(element.childNodes),
'from': element.getAttribute('from'),
'to': element.getAttribute('to'),
} for element in operation.getElementsByTagName('operation-list')])
self.actions(operation, [{
'id': getText(element.childNodes),
'from': element.getAttribute('from'),
'to': element.getAttribute('to'),
} for element in operation.getElementsByTagName('action-list')])
self.detail('</div>')
edge = (pname, from_port, nname, to_port)
if edge not in self.edge_keywords:
## self.digraph.edge(pname, nname)
self.edge_keywords[edge] = {}
self.depth -= 1
def do_internal_operation_list(self, operations):
self.depth += 1
for operation in operations:
info = self.get_basic_info(operation, 'name', 'class', 'description')
pname = operation.getAttribute('id')
nname = fill(info['name'])
if nname not in self.node_keywords:
javaclass = info['class']
if not javaclass.startswith('com.'):
shape, fllclr = 'rectangle', 1
elif javaclass.startswith('com.watch4net.alerting.operation.comparator.'):
shape, fllclr = 'diamond', 5
else:
shape, fllclr = 'rectangle', 2
self.node_keywords[pname] = {
'label': nname,
'shape': shape,
'fillcolor': fillcolor[fllclr],
'tooltip': javaclass,
'URL': '#' + operation.getAttribute('id'),
}
self.detail(fmt('<div class="level{0}">', self.depth))
self.detail('<div class="dialog">')
self.detail(fmt('<h2><a name="{0!q}">Operation</a></h2>', pname))
self.show_basic_info(info)
self.param_table(operation)
## self.operations(operation, [{
## 'id': getText(element.childNodes),
## 'from': element.getAttribute('from'),
## 'to': element.getAttribute('to'),
## } for element in operation.getElementsByTagName('operation-list')])
for element in operation.getElementsByTagName('operation-list'):
edge = (pname, element.getAttribute('from'), getText(element.childNodes), element.getAttribute('to'))
if edge not in self.edge_keywords:
self.edge_keywords[edge] = {}
## self.actions(operation, [{
## 'id': getText(element.childNodes),
## 'from': element.getAttribute('from'),
## 'to': element.getAttribute('to'),
## } for element in operation.getElementsByTagName('action-list')])
for element in operation.getElementsByTagName('action-list'):
edge = (pname, element.getAttribute('from'), getText(element.childNodes), element.getAttribute('to'))
if edge not in self.edge_keywords:
self.edge_keywords[edge] = {}
self.detail('</div>')
self.detail('</div>')
self.depth -= 1
def actions(self, predecessor, actions):
self.depth += 1
pname = fill(getText(predecessor.getElementsByTagName('name')[0].childNodes))
for action_proxy in actions:
id = action_proxy['id']
from_port = action_proxy['from']
to_port = action_proxy['to']
action = self.index_by_tagname['action-list'][id]
info = self.get_basic_info(action, 'name', 'class', 'description')
nname = fill(info['name'])
if nname not in self.node_keywords:
javaclass = info['class']
self.node_keywords[nname] = {
'shape': 'ellipse',
'fillcolor': fillcolor[3],
'tooltip': javaclass,
'URL': '#' + action.getAttribute('id'),
}
self.detail(fmt('<div class="level{0}">', self.depth))
self.detail('<div class="dialog">')
self.detail(fmt('<h2><a name="{0!q}">Action</a></h2>', action.getAttribute('id')))
self.show_basic_info(info)
self.param_table(action)
self.detail('</div>')
self.detail('</div>')
edge = (pname, from_port, nname, to_port)
if edge not in self.edge_keywords:
self.edge_keywords[edge] = {}
self.depth -= 1
def do_internal_action_list(self, actions):
self.depth += 1
for action in actions:
info = self.get_basic_info(action, 'name', 'class', 'description')
pname = action.getAttribute('id')
nname = fill(info['name'])
if nname not in self.node_keywords:
javaclass = info['class']
self.node_keywords[pname] = {
'label': nname,
'shape': 'ellipse',
'fillcolor': fillcolor[3],
'tooltip': javaclass,
'URL': '#' + action.getAttribute('id'),
}
self.detail(fmt('<div class="level{0}">', self.depth))
self.detail('<div class="dialog">')
self.detail(fmt('<h2><a name="{0!q}">Action</a></h2>', pname))
self.show_basic_info(info)
self.param_table(action)
for element in action.getElementsByTagName('action-list'):
edge = (pname, element.getAttribute('from'), getText(element.childNodes), element.getAttribute('to'))
if edge not in self.edge_keywords:
self.edge_keywords[edge] = {}
self.detail('</div>')
self.detail('</div>')
self.depth -= 1
def get_basic_info(self, node, *tagNames):
info = { '': tagNames } # a bit of a hack
for tagName in tagNames:
child = node.getElementsByTagName(tagName)
text = getText(child[0].childNodes) if child else ''
info[tagName] = text
if tagName == 'class':
self.jclasses.add(text)
return info
def param_table(self, node, bgcolor='#F7F7FF'):
try:
detail = self.detail
except:
detail = self.html
detail(fmt('<table bgcolor="{0!q}">', bgcolor))
detail('<colgroup><col width=20%><col width=75%></colgroup>')
detail('<thead><tr><th colspan="2">Parameters</th></tr></thead>')
detail('<tbody>')
for param in node.getElementsByTagName('param-list'):
name = param.getAttribute('name')
text = getText(param.childNodes)
detail(fmt('<tr><td class="level{2}">{0!q}</td><td>{1!q}</td></tr>', name, text, self.depth))
detail('</tbody>')
detail('</table>')
def do_definition_list(self, definitions):
self.html('<hr>')
try:
info = important_basic_information['definition-list']
except KeyError:
return
self.html(fmt('<h1>{0!q}</h1>', info.title))
seen = set()
for definition in definitions:
self.unique_name = definition.getAttribute(info.keyAttr)
if not info.filter(definition):
continue
if self.unique_name in seen:
continue
self.depth = 0
self.debug = self.unique_name == '...'
seen.add(self.unique_name)
self.html(fmt('<h2><a name="{0!q}">{0!q}</a></h2>', self.unique_name))
self.prepare()
self.entry_points([
getText(element.childNodes)
for element in definition.getElementsByTagName('entry-point-list')])
self.cleanup()