def parsetext(win, editor):
pref = Globals.pref
if editor.edittype == 'edit' and editor.languagename == 'python':
if not hasattr(editor, 'syntax_info') or not editor.syntax_info:
from modules import PyParse
nodes = PyParse.parseString(editor.GetText())
else:
nodes = editor.syntax_info
else:
return
#add doc_nodes to editor
editor.doc_nodes = {}
imports = nodes.get_imports(1)
if imports:
for i, v in enumerate(imports):
importline, lineno = v
win.replacenode(None, i, importline, win.get_image_id('MODULE'), None,
{'data':lineno}, win.get_image_id('MODULE'),
sorttype=pref.python_classbrowser_sort)
functions = nodes.find('function')
#process locals
addlocals(win, nodes, nodes, None)
if functions:
funcs = [(x.name, x.info, x.lineno, x.docstring) for x in functions.values]
if pref.python_classbrowser_sort:
funcs.sort(c)
for i, v in enumerate(funcs):
name, info, lineno, docstring = v
_id, obj = win.replacenode(None, i, info, win.get_image_id('FUNCTION'),
None, {'data':lineno}, win.get_image_id('FUNCTION'),
sorttype=pref.python_classbrowser_sort)
editor.doc_nodes[_id] = docstring
classes = nodes.find('class')
if classes:
clses = [(x.name, x.info, x.lineno, x) for x in classes.values]
if pref.python_classbrowser_sort:
clses.sort(c)
for i, v in enumerate(clses):
name, info, lineno, obj = v
#process classes and functions
_id, node = win.replacenode(None, i, name, win.get_image_id('CLASS_CLOSE'),
win.get_image_id('CLASS_OPEN'), {'data':lineno},
win.get_image_id('CLASS_CLOSE'), sorttype=pref.python_classbrowser_sort)
editor.doc_nodes[_id] = obj.docstring
#process locals
addlocals(win, nodes, obj, node)
objs = [(x.name, x.type, x.info, x.lineno, x) for x in obj.values]
if pref.python_classbrowser_sort:
objs.sort(c)
for i, v in enumerate(objs):
oname, otype, oinfo, olineno, oo = v
imagetype = None
if otype == 'class' or otype == 'function':
_id, obj = win.replacenode(node, i, oinfo, win.get_image_id('METHOD'),
None, {'data':olineno}, win.get_image_id('METHOD'),
sorttype=pref.python_classbrowser_sort)
editor.doc_nodes[_id] = oo.docstring
def on_jump_definition(editor, word):
if editor.edittype == 'edit' and editor.languagename == 'python':
if not hasattr(editor, 'syntax_info') or not editor.syntax_info:
from modules import PyParse
nodes = PyParse.parseString(editor.GetText())
else:
nodes = editor.syntax_info
lineno = editor.GetCurrentLine() + 1 #syntax line is based on 1, but editor line is base on 0
result = nodes.search_name(lineno, word)
if result:
t, v, line = result
editor.goto(line)
def analysis(win, syncvar):
try:
win
except:
return
line = win.GetCurrentLine()
root = PyParse.parseString(win.getRawText(), syncvar)
if not syncvar.empty or not root:
return
win.lock.acquire()
win.syntax_info = root
win.lock.release()
def analysis(win, syncvar):
try:
win
except:
return
line = win.GetCurrentLine()
root = PyParse.parseString(win.getRawText(), syncvar)
if not syncvar.empty or not root:
return
win.lock.acquire()
win.syntax_info = root
win.lock.release()
def on_jump_definition(editor, word):
if editor.edittype == 'edit' and editor.languagename == 'python':
if not hasattr(editor, 'syntax_info') or not editor.syntax_info:
from modules import PyParse
nodes = PyParse.parseString(editor.GetText())
else:
nodes = editor.syntax_info
lineno = editor.GetCurrentLine(
) + 1 #syntax line is based on 1, but editor line is base on 0
result = nodes.search_name(lineno, word)
if result:
t, v, line = result
editor.goto(line)
def parsetext(win, editor):
pref = Globals.pref
if editor.edittype == 'edit' and editor.languagename == 'python':
if not hasattr(editor, 'syntax_info') or not editor.syntax_info:
from modules import PyParse
nodes = PyParse.parseString(editor.GetText())
else:
nodes = editor.syntax_info
else:
return
#add doc_nodes to editor
editor.doc_nodes = {}
imports = nodes.get_imports(1)
if imports:
for i, v in enumerate(imports):
importline, lineno = v
win.replacenode(None,
i,
importline,
win.get_image_id('MODULE'),
None, {'data': lineno},
win.get_image_id('MODULE'),
sorttype=pref.python_classbrowser_sort)
functions = nodes.find('function')
#process locals
addlocals(win, nodes, nodes, None)
if functions:
funcs = [(x.name, x.info, x.lineno, x.docstring)
for x in functions.values]
if pref.python_classbrowser_sort:
funcs.sort(c)
for i, v in enumerate(funcs):
name, info, lineno, docstring = v
_id, obj = win.replacenode(None,
i,
info,
win.get_image_id('FUNCTION'),
None, {'data': lineno},
win.get_image_id('FUNCTION'),
sorttype=pref.python_classbrowser_sort)
editor.doc_nodes[_id] = docstring
classes = nodes.find('class')
if classes:
clses = [(x.name, x.info, x.lineno, x) for x in classes.values]
if pref.python_classbrowser_sort:
clses.sort(c)
for i, v in enumerate(clses):
name, info, lineno, obj = v
#process classes and functions
_id, node = win.replacenode(None,
i,
name,
win.get_image_id('CLASS_CLOSE'),
win.get_image_id('CLASS_OPEN'),
{'data': lineno},
win.get_image_id('CLASS_CLOSE'),
sorttype=pref.python_classbrowser_sort)
editor.doc_nodes[_id] = obj.docstring
#process locals
addlocals(win, nodes, obj, node)
objs = [(x.name, x.type, x.info, x.lineno, x) for x in obj.values]
if pref.python_classbrowser_sort:
objs.sort(c)
for i, v in enumerate(objs):
oname, otype, oinfo, olineno, oo = v
imagetype = None
if otype == 'class' or otype == 'function':
_id, obj = win.replacenode(
node,
i,
oinfo,
win.get_image_id('METHOD'),
None, {'data': olineno},
win.get_image_id('METHOD'),
sorttype=pref.python_classbrowser_sort)
editor.doc_nodes[_id] = oo.docstring
