def __init__(self, path, url, out=_Out()): self.output = out if path: self.terms = aeteparser.parseapp(path) else: from remoteterminology import getRemoteAetes self.terms = aeteparser.parsedata(getRemoteAetes(url))
def __init__(self, path, url, out=_Out()):
self.output = out
if path:
self.terms = aeteparser.parseapp(path)
else:
from remoteterminology import getRemoteAetes
self.terms = aeteparser.parsedata(getRemoteAetes(url))
def doc(apppath, outdir, style='py-appscript', options=[]):
"""Render XHTML files listing a scriptable application/scripting addition's classes and commands.
apppath : str -- name or path to application/path to scripting addition
outdir : str -- the directory to write the dictionary to (will be created if it doesn't already exist)
style : str -- keyword formatting style ('py-appscript', 'rb-appscript' or 'applescript')
options : list of str -- formatting options (zero or more of: 'collapse', 'showall')
Result : bool -- False if no terminology was found and no file was written; else True
"""
terms = aeteparser.parseapp(findapp.byname(apppath), style)
return renderdictionary(terms, outdir, style, options)
def doc(apppath, outdir, style='py-appscript', options=[]):
"""Render XHTML files listing a scriptable application/scripting addition's classes and commands.
apppath : str -- name or path to application/path to scripting addition
outdir : str -- the directory to write the dictionary to (will be created if it doesn't already exist)
style : str -- keyword formatting style ('py-appscript', 'rb-appscript' or 'applescript')
options : list of str -- formatting options (zero or more of: 'collapse', 'showall')
Result : bool -- False if no terminology was found and no file was written; else True
"""
terms = aeteparser.parseapp(findapp.byname(apppath), style)
return renderdictionary(terms, outdir, style, options)
def doc(apppath, outfile, style='py-appscript', options=[], template=None):
"""Render an XHTML file listing a scriptable application/scripting addition's classes and commands.
apppath : str -- name or path to application/path to scripting addition
outfile : str -- the file to write
style : str -- keyword formatting style ('py-appscript', 'rb-appscript' or 'applescript')
options : list of str -- formatting options (zero or more of: 'collapse', 'showall')
template : str -- custom HTML template to use
Result : bool -- False if no terminology was found and no file was written; else True
"""
terms = aeteparser.parseapp(findapp.byname(apppath), style)
result = renderdictionary(terms, style, options, template)
if result:
f = open(outfile, 'w')
f.write(str(result))
f.close()
return bool(result)
def doc(apppath, outfile, style='py-appscript', options=[], template=None):
"""Render an XHTML file listing a scriptable application/scripting addition's classes and commands.
apppath : str -- name or path to application/path to scripting addition
outfile : str -- the file to write
style : str -- keyword formatting style ('py-appscript', 'rb-appscript' or 'applescript')
options : list of str -- formatting options (zero or more of: 'collapse', 'showall')
template : str -- custom HTML template to use
Result : bool -- False if no terminology was found and no file was written; else True
"""
terms = aeteparser.parseapp(findapp.byname(apppath), style)
result = renderdictionary(terms, style, options, template)
if result:
f = open(outfile, 'w')
f.write(str(result))
f.close()
return bool(result)
def doc(path, file, style='appscript', options=[], template=None):
"""Render an XHTML file listing a scriptable application's classes and commands.
path : str -- name or path to application
file : str -- HTML file's destination.
style : str -- keyword formatting style ('appscript' or 'applescript')
options : list of str -- formatting options ([] or ['collapse'])
template : str -- custom HTML template to use
"""
if path.endswith('.sdef'):
terms = sdefparser.parsefile(path, style)
elif path.endswith('.aete'):
terms = aeteparser.parsefile(path, style)
else:
terms = aeteparser.parseapp(findapp.byname(path), style)
if terms.suites():
if template:
tpl = Template(renderTemplate, template)
else:
tpl = _template
result = encodeNonASCII(tpl.render(terms, typerenderers[style](), options))
f = open(expanduser(file), 'w')
f.write(str(result))
f.close()
def doc(path, file, style='appscript', options=[], template=None):
"""Render an XHTML file listing a scriptable application's classes and commands.
path : str -- name or path to application
file : str -- HTML file's destination.
style : str -- keyword formatting style ('appscript' or 'applescript')
options : list of str -- formatting options ([] or ['collapse'])
template : str -- custom HTML template to use
"""
if path.endswith('.sdef'):
terms = sdefparser.parsefile(path, style)
elif path.endswith('.aete'):
terms = aeteparser.parsefile(path, style)
else:
terms = aeteparser.parseapp(findapp.byname(path), style)
if terms.suites():
if template:
tpl = Template(renderTemplate, template)
else:
tpl = _template
result = encodeNonASCII(
tpl.render(terms, typerenderers[style](), options))
f = open(expanduser(file), 'w')
f.write(str(result))
f.close()
def __init__(self, path, url, out=_Out()): self.output = out if path: self.terms = aeteparser.parseapp(path) else: self.terms = aeteparser.parsedata(terminology.getaetedata(url=url))
elemclass = elem.type.realvalue() # TO DO: asking for realvalue is dodgy; need to ensure we get a class definition iscontinued = elem.type in visited if maxdepth < 2: p, e = self._relationships(elemclass) iscontinued = iscontinued or p or e self.renderer.add(elem.name, None, True, i == len(elements), iscontinued) if not elem.type in visited and maxdepth > 1: render(elemclass, allvisited, maxdepth - 1) self.renderer.up() klass = self.terms.classes().byname(classname) self.renderer.add(classname, None, False, False) render(klass, [], maxdepth) ###################################################################### # TEST ###################################################################### if __name__ == '__main__': #p = '/Applications/TextEdit.app' p = '/System/Library/CoreServices/Finder.app' # p = '/System/Library/CoreServices/System Events.app' #p = '/Applications/Automator.app' #p = '/Applications/Microsoft Office X/Microsoft Word' terms = aeteparser.parseapp(p, style='applescript') o = RelationshipGrapher(terms, TextRenderer()) o.draw(maxdepth=5) # 'folder'
self.renderer.add(thisClass.name, True, False, True) # render classname, marking it as 'to be continued'
for _ in lst[:-1]:
self.renderer.up()
else: # print full tree
for klass in self.terms.classes():
if not [o for o in klass.parents() if o.kind == 'class']: # is it a root class? (ignores invalid superclasses, e.g. Mail 2.0.7)
self._renderSubclasses([klass.name], [])
######################################################################
# TEST
######################################################################
if __name__ == '__main__':
# p = '/Applications/TextEdit.app'
# p = '/System/Library/CoreServices/Finder.app'
# p = '/Applications/Automator.app'
#p = '/Applications/Microsoft Office X/Microsoft Word'
p = '/Applications/ical.app'
terms = aeteparser.parseapp(p)
o = InheritanceGrapher(terms, TextRenderer())
from time import time as t
#tt=t()
o.draw()
print '\n\n\n'
o.draw('window') #
#print t()-tt
) # TO DO: asking for realvalue is dodgy; need to ensure we get a class definition
iscontinued = elem.type in visited
if maxdepth < 2:
p, e = self._relationships(elemclass)
iscontinued = iscontinued or p or e
self.renderer.add(elem.name, None, True,
i == len(elements), iscontinued)
if not elem.type in visited and maxdepth > 1:
render(elemclass, allvisited, maxdepth - 1)
self.renderer.up()
klass = self.terms.classes().byname(classname)
self.renderer.add(classname, None, False, False)
render(klass, [], maxdepth)
######################################################################
# TEST
######################################################################
if __name__ == '__main__':
#p = '/Applications/TextEdit.app'
p = '/System/Library/CoreServices/Finder.app'
# p = '/System/Library/CoreServices/System Events.app'
#p = '/Applications/Automator.app'
#p = '/Applications/Microsoft Office X/Microsoft Word'
terms = aeteparser.parseapp(p, style='applescript')
o = RelationshipGrapher(terms, TextRenderer())
o.draw(maxdepth=5) # 'folder'