def open(self):
document = kate.activeDocument().url()
fileName = KFileDialog.getOpenUrl(document)
if fileName != "":
if self.part.openUrl(fileName): # Invalid page number so we get the correct function, not the slot function wich doesn't return a bool
# Disable okular's file watcher, if file open, due to KDE Bug 329101
if kate.activeDocument() != None:
if kate.documentManager.findUrl(self.part.url()) == None:
self.part.setWatchFileModeEnabled(True)
else:
self.check_watcher(kate.activeDocument())
self.kate_window.showToolView(self.tool_view)
self.act_preview_file.setEnabled(True)
self.act_go_jump.setEnabled(True)
#self.act_show_panel.setEnabled(True)
print(self.part.currentDocument())
#self.part.openSourceReference.disconnect()
self.part.openSourceReference.connect(self.onSourceReferenceActivated)
#print("¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤¤")
#print("Widget: ", self.part.pageView().viewport())
#self.part.pageView().setObjectName("Testooo")
#self.filter = mouseEventFilter(self)
#self.part.pageView().viewport().installEventFilter(self.filter)
self.part.enableTOC(True)
return True
return False
def importUrls():
currentDocument = kate.activeDocument()
path = unicode(currentDocument.url().directory())
path_split = path.split('/')
application = path_split[len(path_split) - 1] or TEXT_TO_CHANGE
insertText(TEXT_URLS % {'app': application,
'change': TEXT_TO_CHANGE})
def boostFormatText(textRange, indent, breakPositions):
document = kate.activeDocument()
originalText = document.text(textRange)
print("Original text:\n'" + originalText + "'")
# Slice text whithin a given range into pieces to be realigned
ranges = list()
prevPos = textRange.start()
breakCh = None
indentStr = ' ' * (indent + 2)
breakPositions.append(textRange.end())
for b in breakPositions:
print("* prev pos: " + str(prevPos.line()) + ", " +
str(prevPos.column()))
print("* current pos: " + str(b.line()) + ", " + str(b.column()))
chunk = (document.text(KTextEditor.Range(prevPos, b))).strip()
print("* current chunk:\n'" + chunk + "'")
t = ('\n ').join(chunk.splitlines())
print("* current line:\n'" + t + "'")
if breakCh:
outText += indentStr + breakCh + ' ' + t + '\n'
else:
outText = '\n' + indentStr + ' ' + t + '\n'
breakCh = document.character(b)
prevPos = KTextEditor.Cursor(b.line(), b.column() + 1)
outText += indentStr
print("Out text:\n'" + outText + "'")
if outText != originalText:
document.startEditing()
document.replaceText(textRange, outText)
document.endEditing()
def closeTagAtCursor():
document = kate.activeDocument()
view = document.activeView()
currentPosition = view.cursorPosition()
insertionPosition = view.cursorPosition()
tag = openingTagBeforeCursor(document, insertionPosition)
onPreviousLine = False
tagLine = None
if tag is None:
insertionPosition.setLine(insertionPosition.line() - 1)
if insertionPosition.isValid():
insertionPosition.setColumn(document.lineLength(insertionPosition.line()))
if insertionPosition.isValid():
tag = openingTagBeforeCursor(document, insertionPosition)
tagLine = document.line(insertionPosition.line())
onPreviousLine = True
insertionPosition.setLine(currentPosition.line() + 1)
insertionPosition.setColumn(0)
if tag is None:
kate.gui.popup('No opening tag found', 2, icon='dialog-warning', minTextWidth=200)
return
currentLine = document.line(currentPosition.line())
insertionText = '</%s>' % tag
if onPreviousLine:
leadingSpacing = re.search('^\s*', tagLine).group(0)
insertionText = '%s%s\n' % (leadingSpacing, insertionText)
document.startEditing()
document.insertText(insertionPosition, insertionText)
view.setCursorPosition(currentPosition)
document.endEditing()
def checkJslint(currentDocument=None):
"""Check your js code with the jslint tool"""
if not (not currentDocument or (is_mymetype_js(currentDocument) and
not currentDocument.isModified())):
return
move_cursor = not currentDocument
currentDocument = currentDocument or kate.activeDocument()
mark_iface = currentDocument.markInterface()
clearMarksOfError(currentDocument, mark_iface)
hideOldPopUps()
path = unicode(currentDocument.url().path())
mark_key = '%s-jslint' % path
text = unicode(currentDocument.text())
errors = check_JSLint(text.encode('utf-8', 'ignore'))
errors_to_show = []
# Prepare errors found for painting
for error in errors:
matches = pattern.search(error)
if matches:
errors_to_show.append({
"message": matches.groups()[2],
"line": int(matches.groups()[0]),
"column": int(matches.groups()[1]) + 1,
})
if len(errors_to_show) == 0:
showOk("JSLint Ok")
return
showErrors('JSLint Errors:',
errors_to_show,
mark_key, currentDocument,
move_cursor=move_cursor)
def checkAll(doc=None, excludes=None, exclude_all=False):
"""Check the syntax, pep8 and pyflakes errors of the document"""
if not (not doc or (is_mymetype_python(doc) and
not doc.isModified())):
return
from python_checkers.parse_checker import parseCode
excludes = excludes or []
currentDoc = doc or kate.activeDocument()
mark_iface = currentDoc.markInterface()
clearMarksOfError(currentDoc, mark_iface)
hideOldPopUps()
if not exclude_all:
if not 'parseCode' in excludes:
parseCode.f(currentDoc, refresh=False)
if not 'checkPyflakes' in excludes:
try:
from python_checkers.pyflakes_checker import checkPyflakes
checkPyflakes.f(currentDoc, refresh=False)
except ImportError:
pass
if not 'checkPep8' in excludes:
try:
from python_checkers.pep8_checker import checkPep8
checkPep8.f(currentDoc, refresh=False)
except ImportError:
import pdb; pdb.set_trace()
if not doc and currentDoc.isModified() and not excludes:
kate.gui.popup('You must save the file first', 3,
icon='dialog-warning', minTextWidth=200)
def insertText(text, strip_line=False,
start_in_current_column=False,
delete_spaces_initial=False,
move_to=True):
currentDocument = kate.activeDocument()
view = currentDocument.activeView()
currentPosition = view.cursorPosition()
spaces = ''
if strip_line:
text = '\n'.join([line.strip() for line in text.splitlines()])
if start_in_current_column:
number_of_spaces = currentPosition.position()[1]
spaces = ' ' * number_of_spaces
text = '\n'.join([i > 0 and '%s%s' % (spaces, line) or line
for i, line in enumerate(text.splitlines())])
if delete_spaces_initial:
currentPosition.setColumn(0)
currentDocument.insertText(currentPosition, text)
text_to_change_len = len(TEXT_TO_CHANGE)
if move_to and TEXT_TO_CHANGE in text:
currentPosition = view.cursorPosition()
pos_xxx = text.index(TEXT_TO_CHANGE)
lines = text[pos_xxx + text_to_change_len:].count('\n')
column = len(text[:pos_xxx].split('\n')[-1]) - currentPosition.column()
setSelectionFromCurrentPosition((-lines, column), (-lines, column + text_to_change_len))
def insertText(text,
strip_line=False,
start_in_current_column=False,
delete_spaces_initial=False,
move_to=True):
currentDocument = kate.activeDocument()
view = currentDocument.activeView()
currentPosition = view.cursorPosition()
spaces = ''
if strip_line:
text = '\n'.join([line.strip() for line in text.splitlines()])
if start_in_current_column:
number_of_spaces = currentPosition.position()[1]
spaces = ' ' * number_of_spaces
text = '\n'.join([
i > 0 and '%s%s' % (spaces, line) or line
for i, line in enumerate(text.splitlines())
])
if delete_spaces_initial:
currentPosition.setColumn(0)
currentDocument.insertText(currentPosition, text)
text_to_change_len = len(TEXT_TO_CHANGE)
if move_to and TEXT_TO_CHANGE in text:
currentPosition = view.cursorPosition()
pos_xxx = text.index(TEXT_TO_CHANGE)
lines = text[pos_xxx + text_to_change_len:].count('\n')
column = len(text[:pos_xxx].split('\n')[-1]) - currentPosition.column()
setSelectionFromCurrentPosition((-lines, column),
(-lines, column + text_to_change_len))
def checkAll(doc=None, excludes=None, exclude_all=False):
"""Check the syntax, pep8 and pyflakes errors of the document"""
if not (not doc or (is_mymetype_python(doc) and not doc.isModified())):
return
from python_checkers.parse_checker import parseCode
excludes = excludes or []
currentDoc = doc or kate.activeDocument()
mark_iface = currentDoc.markInterface()
clearMarksOfError(currentDoc, mark_iface)
hideOldPopUps()
if not exclude_all:
if not 'parseCode' in excludes:
parseCode.f(currentDoc, refresh=False)
if not 'checkPyflakes' in excludes:
try:
from python_checkers.pyflakes_checker import checkPyflakes
checkPyflakes.f(currentDoc, refresh=False)
except ImportError:
pass
if not 'checkPep8' in excludes:
try:
from python_checkers.pep8_checker import checkPep8
checkPep8.f(currentDoc, refresh=False)
except ImportError:
import pdb
pdb.set_trace()
if not doc and currentDoc.isModified() and not excludes:
kate.gui.popup('You must save the file first',
3,
icon='dialog-warning',
minTextWidth=200)
def checkPyflakes(currentDocument=None, refresh=True):
"""Check the pyflakes errors of the document"""
if not canCheckDocument(currentDocument):
return
if refresh:
checkAll.f(currentDocument, ['checkPyflakes'],
exclude_all=not currentDocument)
move_cursor = not currentDocument
currentDocument = currentDocument or kate.activeDocument()
path = unicode(currentDocument.url().path())
mark_key = '%s-pyflakes' % path
text = unicode(currentDocument.text())
errors = pyflakes(text.encode('utf-8', 'ignore'), path)
errors_to_show = []
if len(errors) == 0:
showOk("Pyflakes Ok")
return
# Prepare errors found for painting
for error in errors:
errors_to_show.append({
"message": error.message % error.message_args,
"line": error.lineno,
})
showErrors('Pyflakes Errors:', errors_to_show,
mark_key, currentDocument,
move_cursor=move_cursor)
def on_btnSettings_clicked(self):
settingsDialog = SettingsDialog(kate.activeDocument().url(), self)
settingsDialog.txtIncludePatterns.setPlainText("\n".join([r.pattern for r in self.lister.includeFilters]))
settingsDialog.txtExcludePatterns.setPlainText("\n".join([r.pattern for r in self.lister.excludeFilters]))
for path in self.projectPaths:
settingsDialog.listProjectPaths.addItem(path)
if settingsDialog.exec_():
configPaths = self.config.group("ProjectPaths")
for key in configPaths.keyList():
configPaths.deleteEntry(key)
self.projectPaths = []
i = 0
while i < settingsDialog.listProjectPaths.count():
item = settingsDialog.listProjectPaths.item(i)
configPaths.writePathEntry("path%s" % i, item.text())
self.projectPaths.append(item.text())
i += 1
configFilters = self.config.group("Filters")
includeFilters = settingsDialog.txtIncludePatterns.toPlainText()
self.lister.setIncludeFilters(includeFilters)
configFilters.writeEntry("include", includeFilters)
excludeFilters = settingsDialog.txtExcludePatterns.toPlainText()
self.lister.setExcludeFilters(excludeFilters)
configFilters.writeEntry("exclude", excludeFilters)
self.config.sync()
def changeParagraphWidth(step):
view = kate.activeView()
doc = kate.activeDocument()
pos = view.cursorPosition()
originRange, isBlock = getParagraphRange(doc, pos)
if originRange.isEmpty():
ui.popup("Sorry", "can't detect commented paragraph at cursor...",
"face-sad")
return # Dunno what to do on empty range!
indent = common.getCurrentLineIndentation(view) # detect current align
# Processing:
# 0) split text into left stripped lines
originalText = view.document().text(originRange)
lines = [line.lstrip() for line in originalText.split('\n')]
# 1) detect comment style
comment = [c.strip() for c in lines[0].split(' ')][0]
# 2) strip leading comments (and possible left spaces) from each line
lines = [line[len(comment):].lstrip() for line in lines]
# 3) get a desired width of the current paragraph
if step == -1:
# 3.1) For shrink it is really simple: we just want to fit last word
# to the next line, and it is enough to specify max(line size) - 1
newSize = len(max(lines, key=len)) - 1
elif step == 1:
# 3.2) To extend paragraph we just want to append a first word from the next
# after longest line.
currentMax = 0
prevLineWasLongest = False
delta = 0
for line in lines:
# 3.2.1) if current maximum was changed on prevoius iteration,
# get length of a first word on a line
if prevLineWasLongest:
# NOTE +1 for one space
delta = len([word.strip() for word in line.split(' ')][0]) + 1
# 3.2.2) is current line longer than we've seen before?
lineSize = len(line)
prevLineWasLongest = bool(currentMax < lineSize)
if prevLineWasLongest:
currentMax = lineSize
newSize = currentMax + delta
else:
assert (not "Incorrect step specified")
# 4) wrap the text
res = textwrap.wrap(' '.join(lines), newSize, break_long_words=False)
# 5) form a text from the result list
align = ' ' * indent + comment + ' '
text = align + ('\n' + align).join(res) + '\n'
# Return text only if smth really changed
if originalText != text: # Update document only if smth really has changed
doc.startEditing() # Start edit transaction:
doc.removeText(originRange) # Remove the origin range
doc.insertText(originRange.start(), text) # Insert modified text
view.setCursorPosition(originRange.start(
)) # Move cursor to the start of the origin range
doc.endEditing() # End transaction
def closeTemplateTag():
"""Close the last templatetag open"""
django_utils_conf = kate.configuration.root.get('django_utils', {})
template_tags_close = django_utils_conf.get(_TEMPLATE_TAGS_CLOSE, DEFAULT_TEMPLATE_TAGS_CLOSE).split(",")
template_tags_close = [tag.strip() for tag in template_tags_close]
template_tags = '|'.join(template_tags_close)
pattern_tag_open = re.compile("(.)*{%%%(espaces)s(%(tags)s)%(espaces)s(.)*%(espaces)s%%}(.)*" % {'espaces': str_blank, 'tags': template_tags})
pattern_tag_close = re.compile("(.)*{%%%(espaces)send(%(tags)s)%(espaces)s%(espaces)s%%}(.)*" % {'espaces': str_blank, 'tags': template_tags})
tag_closes = {}
currentDocument = kate.activeDocument()
view = currentDocument.activeView()
currentPosition = view.cursorPosition()
currentLine = currentPosition.line()
tag = ''
while currentLine >= 0:
text = currentDocument.line(currentLine)
match_open = pattern_tag_open.match(text)
if match_open:
tag_name = match_open.groups()[1]
if tag_name in tag_closes:
tag_closes[tag_name] -= 1
if tag_closes[tag_name] == 0:
del tag_closes[tag_name]
elif not tag_closes:
tag = match_open.groups()[1]
break
else:
match_close = pattern_tag_close.match(text)
if match_close:
tag_name = match_close.groups()[1]
tag_closes[tag_name] = tag_closes.get(tag_name, 0) + 1
currentLine = currentLine - 1
insertText("{%% end%s %%}" % tag)
def checkPyflakes(currentDocument=None, refresh=True):
"""Check the pyflakes errors of the document"""
if not canCheckDocument(currentDocument):
return
if refresh:
checkAll.f(currentDocument, ['checkPyflakes'],
exclude_all=not currentDocument)
move_cursor = not currentDocument
currentDocument = currentDocument or kate.activeDocument()
path = currentDocument.url().path()
mark_key = '%s-pyflakes' % path
text = currentDocument.text()
errors = pyflakes(text, path)
errors_to_show = []
if len(errors) == 0:
showOk(i18n("Pyflakes Ok"))
return
# Prepare errors found for painting
for error in errors:
error_to_show = {
"message": error.message % error.message_args,
"line": error.lineno,
}
if getattr(error, 'col', None) is not None:
error_to_show['column'] = error.col + 1
errors_to_show.append(error_to_show)
showErrors(i18n('Pyflakes Errors:'), errors_to_show,
mark_key, currentDocument,
move_cursor=move_cursor)
def navigateToMatch(self, index):
"""Jump to the selected entry."""
(fileName, icon, text, nextLine, column, fileAndLine) = self.matchesModel.read(index)
if not nextLine:
return
#
# Add a history record for the current point.
#
cursor = kate.activeView().cursorPosition()
currentLine = cursor.line()
document = kate.activeDocument()
self.historyModel.add(
document.url().toLocalFile(),
"arrow-right",
document.line(currentLine),
currentLine,
cursor.column(),
"{}:{}".format(document.documentName(), currentLine + 1),
)
#
# Navigate to the point in the file.
#
document = kate.documentManager.openUrl(KUrl.fromPath(fileName))
kate.mainInterfaceWindow().activateView(document)
point = KTextEditor.Cursor(nextLine, column)
kate.activeView().setCursorPosition(point)
#
# Add this new point to the history.
#
self.historyModel.add(fileName, icon, text, nextLine, column, fileAndLine)
self.historyWidget.resizeColumnsToContents()
def boostFormat():
document = kate.activeDocument()
view = kate.activeView()
try:
r, nestedRanges, breakPositions = getRangeTopology(',')
except LookupError as error:
ui.popup("Failed to parse C++ expression", str(error), "face-sad")
return
if r.isEmpty(): # Is range empty?
ui.popup(
"Failed to parse C++ expression"
, "Didn't found anything to format. Sorry"
, "face-sad"
)
return # Nothing interesting wasn't found...
# Rescan the range w/ ';' as breaker added if current range is a `for` statement
if document.line(r.start().line())[0:r.start().column() - 1].rstrip().endswith('for'):
try:
r, nestedRanges, breakPositions = getRangeTopology(',;')
except LookupError as error:
ui.popup("Failed to parse C++ expression", str(error), "face-sad")
return
# Going to unformat a text whithin a selected range
text = boostUnformatText(r, breakPositions)
def toggleBlock():
document = kate.activeDocument()
view = kate.activeView()
# Make list of ranges of #if*/#endif blocks
blocksList = buildIfEndifMap(document)
# Locate a block where cursor currently positioned
idx = locateBlock(view.cursorPosition().line(), blocksList, False)
if idx != -1:
# Get current value
v = BLOCK_START_SEARCH_RE.search(str(document.line(blocksList[idx][0]))).group(1)
# Toggle it!
if v in ('0', 'false'):
newValue = '1'
elif v in ('1', 'true'):
newValue = '0'
else:
return
# Replace string
document.startEditing() # Start edit transaction
document.removeLine(blocksList[idx][0])
# TODO Do not lose formatting!
document.insertLine(blocksList[idx][0], "#if " + newValue)
document.endEditing() # End transaction
else:
ui.popup("Oops", "It seems cursor positioned out of any #if0/#if1 block", "face-sad")
def checkPyflakes(currentDocument=None, refresh=True):
if not commons.canCheckDocument(currentDocument):
return
if refresh:
checkAll(currentDocument, ['checkPyflakes'],
exclude_all=not currentDocument)
move_cursor = not currentDocument
currentDocument = currentDocument or kate.activeDocument()
path = unicode(currentDocument.url().path())
mark_key = '%s-pyflakes' % path
text = unicode(currentDocument.text())
errors = pyflakes(text.encode('utf-8', 'ignore'), path)
errors_to_show = []
if len(errors) == 0:
commons.showOk("Pyflakes Ok")
return
# Prepare errors found for painting
for error in errors:
errors_to_show.append({
"filename": path,
"message": error.message % error.message_args,
"line": error.lineno,
})
commons.showErrors('Pyflakes Errors:', errors_to_show,
mark_key, currentDocument,
move_cursor=move_cursor)
def comment_block():
'''Wrap selected text (or current line) into a #if0/#endif block'''
view = kate.activeView()
# This operation have no sense for partly selected lines
common.extendSelectionToWholeLine(view)
start = -1
end = -1
if view.selection():
sr = view.selectionRange()
start = sr.start().line()
end = sr.end().line() + 1
else:
start = view.cursorPosition().line()
end = start + 2
# Do it!
document = kate.activeDocument()
if start != -1 and end != -1:
document.startEditing() # Start edit transaction
document.insertLine(start, '#if 0')
document.insertLine(end, '#endif')
view.removeSelection()
document.endEditing() # End transaction
def boostFormatText(textRange, indent, breakPositions):
document = kate.activeDocument()
originalText = document.text(textRange)
#kate.kDebug("Original text:\n'" + originalText + "'")
# Slice text whithin a given range into pieces to be realigned
ranges = list()
prevPos = textRange.start()
breakCh = None
indentStr = ' ' * (indent + 2);
breakPositions.append(textRange.end())
for b in breakPositions:
#kate.kDebug("* prev pos: " + str(prevPos.line()) + ", " + str(prevPos.column()))
#kate.kDebug("* current pos: " + str(b.line()) + ", " + str(b.column()))
chunk = (document.text(KTextEditor.Range(prevPos, b))).strip()
#kate.kDebug("* current chunk:\n'" + chunk + "'")
t = ('\n ').join(chunk.splitlines())
#kate.kDebug("* current line:\n'" + t + "'")
if breakCh:
outText += indentStr + breakCh + ' ' + t + '\n'
else:
outText = '\n' + indentStr + ' ' + t + '\n'
breakCh = document.character(b)
prevPos = KTextEditor.Cursor(b.line(), b.column() + 1)
outText += indentStr
#kate.kDebug("Out text:\n'" + outText + "'")
if outText != originalText:
document.startEditing()
document.replaceText(textRange, outText)
document.endEditing()
def checkJslint(currentDocument=None, refresh=True):
if not (not currentDocument or (is_mymetype_js(currentDocument) and
not currentDocument.isModified())):
return
if refresh:
checkAll.f(currentDocument, ['checkJslint'],
exclude_all=not currentDocument)
move_cursor = not currentDocument
currentDocument = currentDocument or kate.activeDocument()
path = unicode(currentDocument.url().path())
mark_key = '%s-jslint' % path
text = unicode(currentDocument.text())
errors = check_JSLint(text.encode('utf-8', 'ignore'))
errors_to_show = []
# Prepare errors found for painting
for error in errors:
matches = pattern.search(error)
if matches:
errors_to_show.append({
"filename": path,
"message": matches.groups()[2],
"line": int(matches.groups()[0]),
"column": int(matches.groups()[1]) + 1,
})
if len(errors_to_show) == 0:
commons.showOk("JSLint Ok")
return
commons.showErrors('JSLint Errors:',
errors_to_show, mark_key, currentDocument,
move_cursor=move_cursor)
def updateColors(self, view=None):
"""Scan a document for #colors"""
self.colors = list() # Clear previous colors
if view:
document = view.document()
else:
try:
document = kate.activeDocument()
except kate.NoActiveView:
return # Do nothing if we can't get a current document
# Iterate over document's lines trying to find #colors
for l in range(0, document.lines()):
line = document.line(l) # Get the current line
start = 0 # Set initial position to 0 (line start)
while start < len(line): # Repeat 'till the line end
start = line.find(
'#',
start) # Try to find a '#' character (start of #color)
if start == -1: # Did we found smth?
break # No! Nothing to do...
# Try to get a word right after the '#' char
end = start + 1
for c in line[end:]:
if not (c in string.hexdigits
or c in string.ascii_letters):
break
end += 1
color_range = KTextEditor.Range(l, start, l, end)
color_str = document.text(color_range)
color = QColor(color_str)
if color.isValid():
self.colors.append(ColorRangePair(color, color_range))
print('PALETTE VIEW: Found %s' % color_str)
start = end
def _wrapRange(rangeToWrap, openCh, closeCh, doc = None):
if not doc:
doc = kate.activeDocument()
doc.startEditing() # Start atomic UnDo operation
doc.replaceText(rangeToWrap, openCh + doc.text(rangeToWrap) + closeCh)
doc.endEditing() # Done editing
def checkAll(doc=None, excludes=None, exclude_all=False):
from pyte_plugins.check_plugins.parse_plugins import parseCode
if not doc or not doc.isModified():
excludes = excludes or []
currentDoc = doc or kate.activeDocument()
mark_iface = currentDoc.markInterface()
clearMarksOfError(currentDoc, mark_iface)
hideOldPopUps()
if not exclude_all:
if not 'parseCode' in excludes:
parseCode.f(currentDoc, refresh=False)
if not 'checkPyflakes' in excludes:
try:
from pyte_plugins.check_plugins.pyflakes_plugins import checkPyflakes
checkPyflakes.f(currentDoc, refresh=False)
except ImportError:
pass
if not 'checkPep8' in excludes:
try:
from pyte_plugins.check_plugins.pep8_plugins import checkPep8
checkPep8.f(currentDoc, refresh=False)
except ImportError:
pass
if not 'checkJslint' in excludes:
try:
from jste_plugins.jslint_plugins import checkJslint
checkJslint.f(currentDoc, refresh=False)
except ImportError:
pass
if not doc and currentDoc.isModified() and not excludes:
kate.gui.popup('You must save the file first',
3,
icon='dialog-warning',
minTextWidth=200)
def prettyXMLFormat():
"""Pretty format of a XML code"""
# TODO Use decorators to apply constraints
document = kate.activeDocument()
view = document.activeView()
try:
encoding = 'utf-8'
source = view.selectionText()
m = encoding_pattern.match(source)
if m:
encoding = m.groups()[0]
target = minidom.parseString(source.encode(encoding))
unicode_escape = codecs.getdecoder('unicode_escape')
indent = unicode_escape(
kate.configuration.get(_INDENT_CFG, DEFAULT_INDENT))[0]
newl = unicode_escape(kate.configuration.get(_NEWL_CFG,
DEFAULT_NEWL))[0]
xml_pretty = target.toprettyxml(
indent=indent, newl=newl, encoding=encoding).decode(encoding)
xml_pretty = newl.join([
line for line in xml_pretty.split(newl)
if line.replace(' ', '').replace(indent, '')
])
document.replaceText(view.selectionRange(), xml_pretty)
except (ExpatError, LookupError) as e:
showError(
i18nc('@info:tooltip', 'The selected text is not valid XML: %1',
str(e)))
def checkAll(doc=None, excludes=None, exclude_all=False):
"""Check the syntax, pep8 and pyflakes errors of the document"""
python_utils_conf = kate.configuration.root.get('python_utils', {})
if not (not doc or (is_mymetype_python(doc) and
not doc.isModified())):
return
is_called = not bool(doc)
from python_checkers.parse_checker import parseCode
excludes = excludes or []
currentDoc = doc or kate.activeDocument()
mark_iface = currentDoc.markInterface()
clearMarksOfError(currentDoc, mark_iface)
if not exclude_all:
if not 'parseCode' in excludes and (is_called or python_utils_conf.get(_PARSECODE_CHECK_WHEN_SAVE, DEFAULT_PARSECODE_CHECK_WHEN_SAVE)):
parseCode.f(currentDoc, refresh=False)
if not 'checkPyflakes' in excludes and (is_called or python_utils_conf.get(_PYFLAKES_CHECK_WHEN_SAVE, DEFAULT_CHECK_PYFLAKES_WHEN_SAVE)):
try:
from python_checkers.pyflakes_checker import checkPyflakes
checkPyflakes.f(currentDoc, refresh=False)
except ImportError:
pass
if not 'checkPep8' in excludes and (is_called or python_utils_conf.get(_PEP8_CHECK_WHEN_SAVE, DEFAULT_CHECK_PEP8_WHEN_SAVE)):
from python_checkers.pep8_checker import checkPep8
checkPep8.f(currentDoc, refresh=False)
if not doc and currentDoc.isModified() and not excludes:
showError(i18n('You must save the file first'))
def processLine(line, commentCh):
result = []
column = kate.configuration[COMMENT_START_POS]
# Split line before and after a comment
(before, comment, after) = line.partition(commentCh)
before_s = before.rstrip()
# Is there a comment on a line?
if bool(comment):
# Is there is any text before inline comment position?
if bool(before_s):
# Yes! Is text before not longer than desired comment position
if len(before_s) < (kate.configuration[COMMENT_START_POS] + 1):
# Yep, just reformat the line...
result.append(before_s + (' ' * (kate.configuration[COMMENT_START_POS] - len(before_s))) + commentCh + after.rstrip())
else:
# Move comment to the line above
column = len(before) - len(before.lstrip())
# NOTE Try to fix Doxygen comment on the fly: '///<' or '//!<' --> '///'
if after[1] == '<' and (after[0] == '!' or after[0] == '/'):
after = '/' + after[2:]
result.append(' ' * column + commentCh + after.rstrip())
result.append(before_s)
else:
# No! The line contains only whitespaces...
# Is comment after or 'close before' to inline comment position?
if len(before) > (kate.configuration[COMMENT_START_POS] / 6):
# Align comment to desired position...
result.append(' ' * kate.configuration[COMMENT_START_POS] + commentCh + after.rstrip())
else:
# TODO Align comment to closest to div 4 position...
result.append(line.rstrip())
else:
# There is no comments... What about any text?
if bool(before_s):
# Is it longer that inline comment position?
if len(before_s) > (kate.configuration[COMMENT_START_POS]):
column = len(before) - len(before.lstrip())
result.append(' ' * column + commentCh + ' ')
result.append(before_s)
else:
result.append(before_s + ' ' * (kate.configuration[COMMENT_START_POS] - len(before_s)) + commentCh + ' ')
# Check for preprocessor directives #else/#endif and try to append
# corresponding #if condition as a comment for current line
if bool(BLOCK_ELSE_ENDIF_MATCH_RE.search(before_s)):
document = kate.activeDocument()
view = kate.activeView()
# Make list of ranges of #if*/#endif blocks
blocksList = buildIfEndifMap(document)
# Locate an index of a block where cursor currently positioned (check commented block too)
idx = locateBlock(view.cursorPosition().line(), blocksList, True)
# Get #if condition (if block located)
if idx != -1:
# TODO Need to strip possible comment!
matchObj = BLOCK_START_GET_COND_RE.search(document.line(blocksList[idx][0]))
if bool(matchObj):
result[-1] += matchObj.group(4)
else:
# No text! Just add a comment...
result.append(' ' * kate.configuration[COMMENT_START_POS] + commentCh + ' ')
return (result, column + len(commentCh) + 1)
def checkAll(doc=None, excludes=None, exclude_all=False):
from pyte_plugins.check_plugins.parse_plugins import parseCode
if not doc or not doc.isModified():
excludes = excludes or []
currentDoc = doc or kate.activeDocument()
mark_iface = currentDoc.markInterface()
clearMarksOfError(currentDoc, mark_iface)
hideOldPopUps()
if not exclude_all:
if not 'parseCode' in excludes:
parseCode.f(currentDoc, refresh=False)
if not 'checkPyflakes' in excludes:
try:
from pyte_plugins.check_plugins.pyflakes_plugins import checkPyflakes
checkPyflakes.f(currentDoc, refresh=False)
except ImportError:
pass
if not 'checkPep8' in excludes:
try:
from pyte_plugins.check_plugins.pep8_plugins import checkPep8
checkPep8.f(currentDoc, refresh=False)
except ImportError:
pass
if not 'checkJslint' in excludes:
try:
from jste_plugins.jslint_plugins import checkJslint
checkJslint.f(currentDoc, refresh=False)
except ImportError:
pass
if not doc and currentDoc.isModified() and not excludes:
kate.gui.popup('You must save the file first', 3,
icon='dialog-warning', minTextWidth=200)
def importUrls():
"""Insert the typical code of the urls.py file"""
currentDocument = kate.activeDocument()
path = unicode(currentDocument.url().directory())
path_split = path.split('/')
application = path_split[len(path_split) - 1] or TEXT_TO_CHANGE
insertText(TEXT_URLS % {'app': application, 'change': TEXT_TO_CHANGE})
def closeTagAtCursor():
document = kate.activeDocument()
view = document.activeView()
currentPosition = view.cursorPosition()
insertionPosition = view.cursorPosition()
tag = openingTagBeforeCursor(document, insertionPosition)
onPreviousLine = False
tagLine = None
if tag is None:
insertionPosition.setLine(insertionPosition.line() - 1)
if insertionPosition.isValid():
insertionPosition.setColumn(document.lineLength(insertionPosition.line()))
if insertionPosition.isValid():
tag = openingTagBeforeCursor(document, insertionPosition)
tagLine = unicode(document.line(insertionPosition.line()))
onPreviousLine = True
insertionPosition.setLine(currentPosition.line() + 1)
insertionPosition.setColumn(0)
if tag is None:
kate.gui.popup('No opening tag found', 2, icon='dialog-warning', minTextWidth=200)
return
currentLine = unicode(document.line(currentPosition.line()))
insertionText = u'</%s>' % tag
if onPreviousLine:
leadingSpacing = re.search('^\s*', tagLine).group(0)
insertionText = '%s%s\n' % (leadingSpacing, insertionText)
document.startEditing()
document.insertText(insertionPosition, insertionText)
view.setCursorPosition(currentPosition)
document.endEditing()
def commentBlock():
'''Wrap selected text (or current line) into a #if0/#endif block'''
view = kate.activeView()
# This operation have no sense for partly selected lines
common.extendSelectionToWholeLine(view)
start = -1
end = -1
if view.selection():
sr = view.selectionRange()
start = sr.start().line()
end = sr.end().line() + 1
else:
start = view.cursorPosition().line()
end = start + 2
# Do it!
document = kate.activeDocument()
if start != -1 and end != -1:
document.startEditing() # Start edit transaction
document.insertLine(start, "#if 0")
document.insertLine(end, "#endif")
view.removeSelection()
document.endEditing() # End transaction
def boostUnformat():
'''Merge everything between '(' and ')' into a single line'''
document = kate.activeDocument()
view = kate.activeView()
try:
r, nestedRanges, breakPositions = getRangeTopology(',')
except LookupError as error:
ui.popup("Failed to parse C++ expression", str(error), "face-sad")
return
if r.isEmpty(): # Is range empty?
ui.popup("Failed to parse C++ expression",
"Didn't found anything to format. Sorry", "face-sad")
return # Nothing interesting wasn't found...
# Rescan the range w/ ';' as breaker added if current range is a `for` statement
if document.line(r.start().line())[0:r.start().column() -
1].rstrip().endswith('for'):
try:
r, nestedRanges, breakPositions = getRangeTopology(',;')
except LookupError as error:
ui.popup("Failed to parse C++ expression", str(error), "face-sad")
return
# Going to unformat a text whithin a selected range
text = boostUnformatText(r, breakPositions)
def insertIntoCurrentDocument(self, item, column):
if item is not None and column == 0:
view = kate.activeView()
document = kate.activeDocument()
document.startEditing()
document.insertText(view.cursorPosition(), item.text(0))
document.endEditing()
def togglePrettyJsonFormat():
"""Pretty format of a XML code"""
currentDocument = kate.activeDocument()
view = currentDocument.activeView()
source = unicode(view.selectionText()).encode('utf-8', 'ignore')
if not source:
kate.gui.popup('Select a xml text',
2,
icon='dialog-warning',
minTextWidth=200)
else:
try:
target = minidom.parseString(source)
view.removeSelectionText()
xml_pretty = target.toprettyxml()
xml_pretty = '\n'.join([
line for line in xml_pretty.split("\n")
if line.replace(' ', '').replace('\t', '')
])
text.insertText(xml_pretty)
except ExpatError:
kate.gui.popup('This text is not a valid xml text',
2,
icon='dialog-warning',
minTextWidth=200)
def insertHelpItemIntoCurrentDocument(self,item, column):
if item is not None and item.type() == cmake_help_parser.help_category.HELP_ITEM and column == 0:
view = kate.activeView()
document = kate.activeDocument()
document.startEditing()
document.insertText(view.cursorPosition(), item.text(0))
document.endEditing()
def closeTemplateTag():
"""Close the last templatetag open"""
template_tags = '|'.join(TEMPLATE_TAGS_CLOSE)
pattern_tag_open = re.compile("(.)*{%%%(espaces)s(%(tags)s)%(espaces)s(.)*%(espaces)s%%}(.)*" % {'espaces': str_blank, 'tags': template_tags})
pattern_tag_close = re.compile("(.)*{%%%(espaces)send(%(tags)s)%(espaces)s%(espaces)s%%}(.)*" % {'espaces': str_blank, 'tags': template_tags})
tag_closes = {}
currentDocument = kate.activeDocument()
view = currentDocument.activeView()
currentPosition = view.cursorPosition()
currentLine = currentPosition.line()
tag = ''
while currentLine >= 0:
text = unicode(currentDocument.line(currentLine))
match_open = pattern_tag_open.match(text)
if match_open:
tag_name = match_open.groups()[1]
if tag_name in tag_closes:
tag_closes[tag_name] -= 1
if tag_closes[tag_name] == 0:
del tag_closes[tag_name]
elif not tag_closes:
tag = match_open.groups()[1]
break
else:
match_close = pattern_tag_close.match(text)
if match_close:
tag_name = match_close.groups()[1]
tag_closes[tag_name] = tag_closes.get(tag_name, 0) + 1
currentLine = currentLine - 1
insertText("{%% end%s %%}" % tag)
def navigateToMatch(self, index):
"""Jump to the selected entry."""
(fileName, icon, text, nextLine, column,
fileAndLine) = self.matchesModel.read(index)
if not nextLine:
return
#
# Add a history record for the current point.
#
cursor = kate.activeView().cursorPosition()
currentLine = cursor.line()
document = kate.activeDocument()
self.historyModel.add(
document.localFilePath(),
"arrow-right", document.line(currentLine), currentLine,
cursor.column(), "{}:{}".format(document.documentName(),
currentLine + 1))
#
# Navigate to the point in the file.
#
document = kate.documentManager.openUrl(KUrl.fromPath(fileName))
kate.mainInterfaceWindow().activateView(document)
point = KTextEditor.Cursor(nextLine, column)
kate.activeView().setCursorPosition(point)
#
# Add this new point to the history.
#
self.historyModel.add(fileName, icon, text, nextLine, column,
fileAndLine)
def _wrapRange(rangeToWrap, openCh, closeCh, doc=None):
if not doc:
doc = kate.activeDocument()
doc.startEditing() # Start atomic UnDo operation
doc.replaceText(rangeToWrap, openCh + doc.text(rangeToWrap) + closeCh)
doc.endEditing() # Done editing
def test():
doc = kate.activeDocument()
view = kate.activeView()
ui.popup(
text="Current document MIME type: <b>" + doc.mimeType() + "</b><br/>hl: <b>" + doc.highlightingMode() + "</b>"
, caption="Some document info: file type"
, iconName="face-wink"
)
def expandAtCursor():
document = kate.activeDocument()
view = document.activeView()
try:
word_range, argument_range = wordAndArgumentAtCursorRanges(document, view.cursorPosition())
except ParseError, e:
kate.popup('Parse error:', e)
return
def changeParagraphWidth(step):
view = kate.activeView()
doc = kate.activeDocument()
pos = view.cursorPosition()
originRange, isBlock = getParagraphRange(doc, pos)
if originRange.isEmpty():
ui.popup("Sorry", "can't detect commented paragraph at cursor...", "face-sad")
return # Dunno what to do on empty range!
indent = getCurrentLineIndentation(view) # detect current align
# Processing:
# 0) split text into left stripped lines
originalText = view.document().text(originRange)
lines = [line.lstrip() for line in originalText.split('\n')]
# 1) detect comment style
comment = [c.strip() for c in lines[0].split(' ')][0]
# 2) strip leading comments (and possible left spaces) from each line
lines = [line[len(comment):].lstrip() for line in lines]
# 3) get a desired width of the current paragraph
if step == -1:
# 3.1) For shrink it is really simple: we just want to fit last word
# to the next line, and it is enough to specify max(line size) - 1
newSize = len(max(lines, key=len)) - 1
elif step == 1:
# 3.2) To extend paragraph we just want to append a first word from the next
# after longest line.
currentMax = 0
prevLineWasLongest = False
delta = 0
for line in lines:
# 3.2.1) if current maximum was changed on prevoius iteration,
# get length of a first word on a line
if prevLineWasLongest:
# NOTE +1 for one space
delta = len([word.strip() for word in line.split(' ')][0]) + 1
# 3.2.2) is current line longer than we've seen before?
lineSize = len(line)
prevLineWasLongest = bool(currentMax < lineSize)
if prevLineWasLongest:
currentMax = lineSize
newSize = currentMax + delta
else:
assert(not "Incorrect step specified")
# 4) wrap the text
res = textwrap.wrap(' '.join(lines), newSize, break_long_words=False)
# 5) form a text from the result list
align = ' ' * indent + comment + ' '
text = align + ('\n' + align).join(res) + '\n'
# Return text only if smth really changed
if originalText != text: # Update document only if smth really has changed
doc.startEditing() # Start edit transaction:
doc.removeText(originRange) # Remove the origin range
doc.insertText(originRange.start(), text) # Insert modified text
view.setCursorPosition(originRange.start()) # Move cursor to the start of the origin range
doc.endEditing() # End transaction
def expandAtCursor():
document = kate.activeDocument()
view = document.activeView()
try:
word_range, argument_range = wordAndArgumentAtCursorRanges(
document, view.cursorPosition())
except ParseError, e:
kate.popup('Parse error:', e)
return
def checker(*args, **kw):
document = kate.activeDocument()
# TODO Why this shit^W`if` doesn't work? WTF?!
#if not hasattr(action, 'constraints') or reduce(lambda i, j: i(document) and j(document), action.constraints)():
if hasattr(action, 'constraints'):
for c in action.constraints:
if not c(document):
return
return action(*args, **kw)
def create_frame(pattern_str='', title='', name_field=''):
currentDocument = kate.activeDocument()
view = kate.activeView()
class_name, ok = QtGui.QInputDialog.getText(view, title, name_field)
if ok:
class_model = class_name.replace('Form', '')
text = pattern_str % {'class_name': class_name,
'class_model': class_model}
currentDocument.insertText(view.cursorPosition(), text)
def checker(*args, **kw):
document = kate.activeDocument()
# TODO Why this shit^W`if` doesn't work? WTF?!
#if not hasattr(action, 'constraints') or reduce(lambda i, j: i(document) and j(document), action.constraints)():
if hasattr(action, 'constraints'):
for c in action.constraints:
if not c(document):
return
return action(*args, **kw)
def boostFormat():
'''Format function's/template's parameters list (or `for`'s) in a boost-like style
I.e. when 2nd and the rest parameters has leading comma/semicolon
and closing ')' or '>' on a separate line.
THIS IS REALLY BETTER TO HAVE SUCH STYLE WHEN U HAVE A LONG PARAMETERS LIST!
'''
document = kate.activeDocument()
view = kate.activeView()
try:
r, nestedRanges, breakPositions = getRangeTopology(',')
except LookupError as error:
kate.ui.popup(
i18nc('@title:window', 'Alert')
, i18nc(
'@info:tooltip'
, 'Failed to parse C++ expression:<nl/><message>%1</message>', error
)
, 'dialog-information'
)
return
if r.isEmpty(): # Is range empty?
kate.ui.popup(
i18nc('@title:window', 'Alert')
, i18nc(
'@info:tooltip'
, 'Failed to parse C++ expression:<nl/><message>%1</message>'
, i18nc('@info:tooltip', "Did not find anything to format")
)
, 'dialog-information'
)
return # Nothing interesting wasn't found...
# Rescan the range w/ ';' as breaker added if current range is a `for` statement
if document.line(r.start().line())[0:r.start().column() - 1].rstrip().endswith('for'):
try:
r, nestedRanges, breakPositions = getRangeTopology(',;')
except LookupError as error:
kate.ui.popup(
i18nc('@title:window', 'Alert')
, i18nc(
'@info:tooltip'
, 'Failed to parse C++ expression:<nl/><message>%1</message>', error
)
, 'dialog-information'
)
return
# Going to format a text whithin a selected range
lineStr = document.line(r.start().line())
lineStrStripped = lineStr.lstrip()
indent = len(lineStr) - len(lineStrStripped)
if lineStrStripped.startswith(', '):
indent += 2
text = boostFormatText(r, indent, breakPositions)
def commentar():
''' Append or align an inlined comment at position 60 for the current line or the selection.
Move cursor to the start of a comment, if nothing has changed.
If there wasn't any comment aside of #else/#endif put corresponding #if condition as default
comment text
'''
document = kate.activeDocument()
view = kate.activeView()
pos = view.cursorPosition()
commentCh = common.getCommentStyleForDoc(document)
if view.selection():
# If selected smth on a single line...
common.extendSelectionToWholeLine(view)
selectedText = view.selectionText().split('\n')
if not bool(selectedText[-1]):
selectedText = selectedText[0:-1]
insertionText = []
firstColumn = -1
for textLine in selectedText:
(currentLine, column) = processLine(textLine, commentCh)
if firstColumn == -1:
firstColumn = column
insertionText += currentLine
# Modify current document
if bool(insertionText):
document.startEditing()
document.removeText(view.selectionRange())
pos = view.cursorPosition()
document.insertText(pos, '\n'.join(insertionText) + '\n')
pos.setColumn(firstColumn)
view.setCursorPosition(pos)
view.removeSelection()
document.endEditing()
else:
(text, column) = processLine(document.line(pos.line()), commentCh)
# Apply result (if smth really has changed)
originalText = document.line(pos.line())
if bool(text) and (len(text) != 1 or originalText != text[0]):
document.startEditing() # Start edit transaction:
document.removeLine(pos.line()) # Remove current line
# insert resulting text line by line...
pos.setColumn(0)
document.insertText(pos, '\n'.join(text) + '\n')
document.endEditing() # End transaction
# Move cursor to desired position
pos.setColumn(column)
view.setCursorPosition(pos)
def killRestOfLine():
'''Remove text from cursor position to the end of the current line'''
doc = kate.activeDocument()
view = kate.activeView()
pos = view.cursorPosition()
endPosition = KTextEditor.Cursor(pos.line(), doc.lineLength(pos.line()))
killRange = KTextEditor.Range(pos, endPosition)
doc.startEditing()
doc.removeText(killRange)
doc.endEditing()
def createBlock():
currentDocument = kate.activeDocument()
view = currentDocument.activeView()
source = view.selectionText()
try:
block_type, block_source = source.split("#")
except ValueError:
block_type = 'block'
block_source = source
view.removeSelectionText()
insertText("{%% %(block_type)s %(block_source)s %%}XXX{%% end%(block_type)s %%}" %
{'block_type': block_type, 'block_source': block_source})
def create_frame(pattern_str='', title='', name_field=''):
currentDocument = kate.activeDocument()
view = kate.activeView()
class_name, ok = QtGui.QInputDialog.getText(view, title, name_field)
if ok:
class_name = unicode(class_name)
class_model = class_name.replace('Form', '')
text = pattern_str % {
'class_name': class_name,
'class_model': class_model
}
currentDocument.insertText(view.cursorPosition(), text)
def onViewChanged(self):
try:
doc = sip.cast(kate.activeDocument(), KateDocument)
except kate.api.NoActiveView:
return
self.act.blockSignals(True)
if doc.property('AutoReload'):
self.act.setChecked(True)
else:
self.act.setChecked(False)
self.act.blockSignals(False)
def lookup():
global searchBar
if show():
if kate.activeView().selection():
selectedText = kate.activeView().selectionText()
else:
selectedText = wordAtCursor(kate.activeDocument(),
kate.activeView())
searchBar.token.insertItem(0, selectedText)
searchBar.token.setCurrentIndex(1)
searchBar.token.setEditText(selectedText)
return searchBar.literalSearch()
return None
def createBlock():
"""Insert the tag block/endblock. The name of the block will be the text selected"""
currentDocument = kate.activeDocument()
view = currentDocument.activeView()
source = view.selectionText()
try:
block_type, block_source = source.split("#")
except ValueError:
block_type = 'block'
block_source = source
view.removeSelectionText()
insertText("{%% %(block_type)s %(block_source)s %%}XXX{%% end%(block_type)s %%}" %
{'block_type': block_type, 'block_source': block_source})
def getPythonPath(cls, recalculeSession=False):
global python_path
if python_path and not recalculeSession:
return python_path
python_path = sys.path
try:
from pyte_plugins.autocomplete import autocomplete_path
doc = kate.activeDocument()
view = doc.activeView()
python_path = autocomplete_path.path(recalculeSession, doc, view) + python_path
except ImportError:
pass
return python_path
def get_prototype_of_current_func():
espaces = ' ' * PYTHON_SPACES
number_espaces = PYTHON_SPACES * 2
parentheses = 0
class_name = TEXT_TO_CHANGE
function_name = TEXT_TO_CHANGE
params = ['self', '*args', '**kwargs']
text_def = ''
find_finish_def = False
view = kate.activeView()
currentDocument = kate.activeDocument()
currentPosition = view.cursorPosition()
currentLine = currentPosition.line()
func_def_espaces = None
while currentLine >= 0:
text = unicode(currentDocument.line(currentLine))
if find_finish_def:
text_def = '%s\n%s' % (text, text_def)
else:
text_def = text
if function_name == TEXT_TO_CHANGE:
match_finish = pattern_def_finish.match(text_def)
match_init = pattern_def_init.match(text_def)
if match_finish and match_init:
match = pattern_def.match(text_def)
number_espaces = get_number_espaces(currentDocument,
currentPosition.line())
if not number_espaces:
number_espaces = len(match.groups()[0]) + 1
func_def_espaces = match.groups()[0]
espaces = ' ' * number_espaces
function_name = match.groups()[1]
params = match.groups()[2].split(',')
params = [
change_kwargs(param.strip(' \t')) for param in params
]
elif match_finish:
find_finish_def = True
parentheses += text_def.count(")") - text_def.count("(")
if find_finish_def and parentheses <= 0:
parentheses += text_def.count(")") - text_def.count("(")
find_finish_def = False
match = pattern_class.match(text)
if match:
if func_def_espaces:
current_spaces = len(text) - len(text.lstrip())
if current_spaces < func_def_espaces:
class_name = match.groups()[0]
break
currentLine = currentLine - 1
return (espaces, class_name, function_name, params)
def boostUnformatText(textRange, breakPositions):
document = kate.activeDocument()
originalText = document.text(textRange)
#print("Original text:\n'" + originalText + "'")
# Join text within a selected range
prevPos = textRange.start()
outText = ''.join([line.strip() for line in originalText.splitlines()])
#print("Out text:\n'" + outText + "'")
if outText != originalText:
document.startEditing()
document.replaceText(textRange, outText)
document.endEditing()
def insertInit():
class_name = TEXT_TO_CHANGE
currentDocument = kate.activeDocument()
view = currentDocument.activeView()
currentPosition = view.cursorPosition()
currentLine = currentPosition.line()
while currentLine >= 0:
text = unicode(currentDocument.line(currentLine))
match = pattern_class.match(text)
if match:
class_name = match.groups()[0]
break
currentLine = currentLine - 1
insertText(TEXT_INIT % class_name)
def insertColor():
''' Insert/edit #color using color chooser dialog
If cursor positioned in a #color 'word', this action will edit it, otherwise
a new #color will be inserted into a document.
'''
document = kate.activeDocument()
view = kate.activeView()
cursor = view.cursorPosition()
if not view.selection():
# If no selection, try to get a #color under cursor
colorRange = common.getBoundTextRangeSL(_LEFT_COLOR_BOUNDARY,
_RIGHT_COLOR_BOUNDARY, cursor,
document)
else:
# Some text selected, just use it as input...
colorRange = view.selectionRange()
if colorRange.isValid():
currentColor = document.text(colorRange)
else:
currentColor = kate.configuration[_INSERT_COLOR_LCC]
color = QtGui.QColor(currentColor)
# If no text selected (i.e. user don't want to override selection)
# and (guessed) #color string is not valid, entered color will
# be inserted at the current cursor position.
if not color.isValid():
color = QtGui.QColor(kate.configuration[_INSERT_COLOR_LCC])
if not view.selection():
colorRange = KTextEditor.Range(
cursor, cursor) # Will not override the text under cursor...
# Choose a #color via dialog
result = kdeui.KColorDialog.getColor(color)
if result == kdeui.KColorDialog.Accepted: # Is user pressed Ok?
colorStr = color.name() # Get it as #color text
# Remember for future use
kate.configuration[_INSERT_COLOR_LCC] = colorStr
document.startEditing()
document.replaceText(
colorRange, colorStr) # Replace selected/found range w/ a new text
document.endEditing()
# Select just entered #color, if smth was selected before
if view.selection():
startPos = colorRange.start()
endPos = KTextEditor.Cursor(startPos.line(),
startPos.column() + len(colorStr))
view.setSelection(KTextEditor.Range(startPos, endPos))
def turnFromBlockComment():
document = kate.activeDocument()
view = kate.activeView()
pos = view.cursorPosition()
if view.selection():
sr = view.selectionRange()
start = sr.start().line()
end = sr.end().line()
else:
# Try to detect block comment (/* ... */)
r = common.getTextBlockAroundCursor(
document, pos, [pred.blockCommentStart,
neg(pred.startsWith('*'))],
[pred.blockCommentEnd,
neg(pred.startsWith('*'))])
start = r.start().line() - 1
end = r.end().line() + 1
# Replace comments
insertionText = list()
align = None
for i in range(start, end):
line = str(document.line(i))
sline = line.lstrip()
if align == None:
align = ' ' * (len(line) - len(sline))
if sline.startswith('/**') or sline.startswith('*/'):
continue
if sline.startswith('*'):
insertionText.append(align + sline.replace('*', '///', 1))
originRange = KTextEditor.Range(start, 0, end, 0)
pos.setPosition(start, len(align) + 3)
insertPos = KTextEditor.Cursor(start, 0)
# Update the document
if bool(insertionText):
document.startEditing() # Start edit transaction:
document.removeText(originRange) # Remove current line
# insert resulting text line by line...
document.insertText(insertPos, '\n'.join(insertionText) + '\n')
# Move cursor to desired position
view.setCursorPosition(pos)
document.endEditing() # End transaction
