def dump(apppath, modulepath):
"""Dump application terminology data to Python module.
apppath : str -- name or path of application
modulepath : str -- path to generated module
Generates a Python module containing an application's basic terminology
(names and codes) as used by appscript.
Call the dump() function to dump faulty aetes to Python module, e.g.:
dump('MyApp', '/path/to/site-packages/myappglue.py')
Patch any errors by hand, then import the patched module into your script
and pass it to appscript's app() constructor via its 'terms' argument, e.g.:
from appscript import *
import myappglue
myapp = app('MyApp', terms=myappglue)
Note that dumped terminologies aren't used by appscript's built-in help system.
"""
apppath = findapp.byname(apppath)
tables = buildtablesforaetes(aetesforapp(Application(apppath)))
dumptables(tables, apppath, modulepath)
def tablesforaetes(aetes):
"""Build terminology tables from a list of unpacked aete byte strings.
Result : tuple of dict -- (typebycode, typebyname, referencebycode, referencebyname)
"""
classes, enums, properties, elements, commands = buildtablesforaetes(aetes)
return _maketypetable(classes, enums, properties) + _makereferencetable(
properties, elements, commands)
def dump(apppath, modulepath):
"""Dump application terminology data to Python module.
apppath : str -- name or path of application
modulepath : str -- path to generated module
Generates a Python module containing an application's basic terminology
(names and codes) as used by appscript.
Call the dump() function to dump faulty aetes to Python module, e.g.:
dump('MyApp', '/path/to/site-packages/myappglue.py')
Patch any errors by hand, then import the patched module into your script
and pass it to appscript's app() constructor via its 'terms' argument, e.g.:
from appscript import *
import myappglue
myapp = app('MyApp', terms=myappglue)
Note that dumped terminologies aren't used by appscript's built-in help system.
"""
apppath = findapp.byname(apppath)
tables = buildtablesforaetes(aetesforapp(Application(apppath)))
dumptables(tables, apppath, modulepath)
def tablesforapp(path=None, url=None):
if not _terminologyCache.has_key(path or url):
classes, enums, properties, elements, commands = buildtablesforaetes(
getaetedata(path, url))
_terminologyCache[path or url] = _makeTypeTable(
classes, enums, properties) + _makeReferenceTable(
properties, elements, commands)
return _terminologyCache[path or url]
def tablesforapp(path=None, url=None):
if not _terminologyCache.has_key(path or url):
try:
aetes = Application(path, url).event('ascrgdte', {'----':0}).send()
except Exception, e: # (e.g.application not running)
raise RuntimeError, "Can't get terminology for application (%s): %s" % (path or url, e)
if not isinstance(aetes, list):
aetes = [aetes]
#print [aete.data for aete in aetes if aete.type == 'aete']
classes, enums, properties, elements, commands = buildtablesforaetes([aete.data for aete in aetes if aete.type == 'aete'])
_terminologyCache[path or url] = _makeTypeTable(classes, enums, properties) + _makeReferenceTable(properties, elements, commands)
def tablesforapp(path=None, url=None):
if not _terminologyCache.has_key(path or url):
try:
aetes = Application(path, url).event('ascrgdte', {
'----': 0
}).send()
except Exception, e: # (e.g.application not running)
raise RuntimeError, "Can't get terminology for application (%s): %s" % (
path or url, e)
if not isinstance(aetes, list):
aetes = [aetes]
#print [aete.data for aete in aetes if aete.type == 'aete']
classes, enums, properties, elements, commands = buildtablesforaetes(
[aete.data for aete in aetes if aete.type == 'aete'])
_terminologyCache[path or url] = _makeTypeTable(
classes, enums, properties) + _makeReferenceTable(
properties, elements, commands)
def dump(apppath, modulepath):
"""Dump terminology data to Python module.
apppath : str -- name or path of application
modulepath : str -- path to generated module
Generates a Python module containing an application's basic terminology
(names and codes) as used by appscript.
Call the dump() function to dump faulty aetes to Python module, e.g.:
dump('MyApp', '/Library/Python/2.5/site-packages/myappglue.py')
Patch any errors by hand, then import the patched module into your script
and pass it to appscript's app() constructor via its 'terms' argument, e.g.:
from appscript import *
import myappglue
myapp = app('MyApp', terms=myappglue)
Note that dumped terminologies aren't used by appscript's built-in help system.
"""
from pprint import pprint
from sys import argv
apppath = findapp.byname(apppath)
tables = buildtablesforaetes(ae.getappterminology(apppath))
atts = zip(('classes', 'enums', 'properties', 'elements', 'commands'),
tables)
f = open(modulepath, 'w')
f.write('version = 1.1\n')
f.write('path = %r\n' % apppath)
for key, value in atts:
if key[0] != '_':
f.write('\n%s = \\\n' % key)
pprint(value, f)
f.close()
def dump(apppath, modulepath):
"""Dump terminology data to Python module.
apppath : str -- name or path of application
modulepath : str -- path to generated module
Generates a Python module containing an application's basic terminology
(names and codes) as used by appscript.
Call the dump() function to dump faulty aetes to Python module, e.g.:
dump('MyApp', '/Library/Python/2.5/site-packages/myappglue.py')
Patch any errors by hand, then import the patched module into your script
and pass it to appscript's app() constructor via its 'terms' argument, e.g.:
from appscript import *
import myappglue
myapp = app('MyApp', terms=myappglue)
Note that dumped terminologies aren't used by appscript's built-in help system.
"""
from pprint import pprint
from sys import argv
apppath = findapp.byname(apppath)
tables = buildtablesforaetes(ae.getappterminology(apppath))
atts = zip(('classes', 'enums', 'properties', 'elements', 'commands'), tables)
f = open(modulepath, 'w')
f.write('version = 1.1\n')
f.write('path = %r\n' % apppath)
for key, value in atts:
if key[0] != '_':
f.write('\n%s = \\\n' % key)
pprint(value, f)
f.close()
def tablesforaetedata(aetes): """Build terminology tables from a list of unpacked aete byte strings. Result : tuple of dict -- (typebycode, typebyname, referencebycode, referencebyname) """ classes, enums, properties, elements, commands = buildtablesforaetes(aetes) return _makeTypeTable(classes, enums, properties) + _makeReferenceTable(properties, elements, commands)
def tablesforapp(path=None, url=None): if not _terminologyCache.has_key(path or url): classes, enums, properties, elements, commands = buildtablesforaetes(getaetedata(path, url)) _terminologyCache[path or url] = _makeTypeTable(classes, enums, properties) + _makeReferenceTable(properties, elements, commands) return _terminologyCache[path or url]