def _doIndentHere(self, scimoz, indentStyle, continueComments, style_info):
# Returns either None or an indent string
pos = scimoz.positionBefore(scimoz.currentPos)
startPos = scimoz.currentPos
style = scimoz.getStyleAt(pos)
if style != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getWCharAt(pos) != "]":
return None
pos -= 1
style = scimoz.getStyleAt(pos)
if style != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getWCharAt(pos) != "%":
return None
pos -= 1
curLineNo = scimoz.lineFromPosition(pos)
lineStartPos = scimoz.positionFromLine(curLineNo)
delta, numTags = self._getTagDiffDelta(scimoz, lineStartPos, startPos)
if delta < 0 and numTags == 1 and curLineNo > 0:
didDedent, dedentAmt = self.dedentThisLine(scimoz, curLineNo,
startPos)
if didDedent:
return dedentAmt
else:
return None
indentWidth = self._getIndentWidthForLine(scimoz, curLineNo)
indent = scimoz.indent
newIndentWidth = indentWidth + delta * indent
if newIndentWidth < 0:
newIndentWidth = 0
return scimozindent.makeIndentFromWidth(scimoz, newIndentWidth)
def _computeIndent(self, scimoz, indentStyle, continueComments, style_info, calculatedData=None):
"""
If the current line starts with an indenter, count all the keywords
on the line to decide what the final indent should be.
"""
if calculatedData is None:
calculatedData = self.getTokenDataForComputeIndent(scimoz, style_info)
non_ws_tokens = calculatedData["non_ws_tokens"]
if len(non_ws_tokens) == 0:
return
if non_ws_tokens[0].style not in style_info._keyword_styles:
return
if non_ws_tokens[0].text not in self._indenting_statements:
# Do this only if the line starts with an indenter.
# Otherwise we want to use the general language-service's indenter
# to look for braces to match.
return
delta = 1
for tok in non_ws_tokens[1:]:
if tok.style in style_info._keyword_styles:
text = tok.text
if text in self._indenting_statements:
delta += 1
# not an elif, because some keywords are both indenters and dedenters
# This works because if the first keyword is only counted as an indenter.
if text in self._keyword_dedenting_keywords:
delta -= 1
tok0 = calculatedData["tokens"][0]
if tok0.style not in style_info._default_styles:
currentIndentWidth = 0
else:
currentIndentWidth = len(tok0.text.expandtabs(scimoz.tabWidth))
nextIndentWidth = currentIndentWidth + delta * scimoz.indent
return scimozindent.makeIndentFromWidth(scimoz, nextIndentWidth)
def _doIndentHere(self, scimoz, indentStyle, continueComments, style_info):
pos = scimoz.positionBefore(scimoz.currentPos)
startPos = scimoz.currentPos
style = scimoz.getStyleAt(pos)
if style != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getWCharAt(pos) != ">":
return None
pos -= 1
style = scimoz.getStyleAt(pos)
if style != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getWCharAt(pos) != "%":
return None
curLineNo = scimoz.lineFromPosition(pos)
lineStartPos = scimoz.positionFromLine(curLineNo)
delta, numTags = self._getTagDiffDelta(scimoz, lineStartPos, startPos)
if delta < 0 and numTags == 1 and curLineNo > 0:
didDedent, dedentAmt = self.dedentThisLine(scimoz, curLineNo, startPos)
if didDedent:
return dedentAmt
else:
# Since EJS tags end with a ">", keep the
# HTML auto-indenter out of here.
return self._getRawIndentForLine(scimoz, curLineNo)
indentWidth = self._getIndentWidthForLine(scimoz, curLineNo)
indent = scimoz.indent
if not indent:
indent = scimoz.tabWidth # if 0, Scintilla uses tabWidth
newIndentWidth = indentWidth + delta * indent
if newIndentWidth < 0:
newIndentWidth = 0
#qlog.debug("new indent width: %d", newIndentWidth)
return scimozindent.makeIndentFromWidth(scimoz, newIndentWidth)
def _doIndentHere(self, scimoz, indentStyle, continueComments, style_info):
# Returns either None or an indent string
pos = scimoz.positionBefore(scimoz.currentPos)
startPos = scimoz.currentPos
style = scimoz.getStyleAt(pos)
if style != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getWCharAt(pos) != "]":
return None
pos -= 1
style = scimoz.getStyleAt(pos)
if style != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getWCharAt(pos) != "%":
return None
pos -= 1
curLineNo = scimoz.lineFromPosition(pos)
lineStartPos = scimoz.positionFromLine(curLineNo)
delta, numTags = self._getTagDiffDelta(scimoz, lineStartPos, startPos)
if delta < 0 and numTags == 1 and curLineNo > 0:
didDedent, dedentAmt = self.dedentThisLine(
scimoz, curLineNo, startPos)
if didDedent:
return dedentAmt
else:
return None
indentWidth = self._getIndentWidthForLine(scimoz, curLineNo)
indent = scimoz.indent
newIndentWidth = indentWidth + delta * indent
if newIndentWidth < 0:
newIndentWidth = 0
return scimozindent.makeIndentFromWidth(scimoz, newIndentWidth)
def dedentThisLine(self, scimoz, curLineNo, startPos):
# Used by UDL template languages
# Returns a tuple:
# First item: whether the current line needed to be dedented
# Second item: the new indentation for the current line
thisLinesIndent = scimoz.getLineIndentation(curLineNo)
prevLinesIndent = scimoz.getLineIndentation(curLineNo - 1)
if prevLinesIndent <= thisLinesIndent:
# We need to dedent this line
lineStartPos = scimoz.positionFromLine(curLineNo)
text = scimoz.getTextRange(lineStartPos, startPos)
m = self._leadingWSRE.match(text)
if m:
leadingWS = m.group(1)
tabFreeLeadingWS = leadingWS.expandtabs(scimoz.tabWidth)
currWidth = len(tabFreeLeadingWS)
indent = scimoz.indent
if not indent:
indent = scimoz.tabWidth # if 0, Scintilla uses tabWidth
targetWidth = currWidth - indent
if targetWidth < 0:
fixedLeadingWS = ""
else:
fixedLeadingWS = scimozindent.makeIndentFromWidth(scimoz, targetWidth)
scimoz.targetStart = lineStartPos
scimoz.targetEnd = lineStartPos + len(leadingWS)
scimoz.replaceTarget(len(fixedLeadingWS), fixedLeadingWS)
return (True, fixedLeadingWS)
return (False, None)
def dedentThisLine(self, scimoz, curLineNo, startPos):
# Used by UDL template languages
# Returns a tuple:
# First item: whether the current line needed to be dedented
# Second item: the new indentation for the current line
thisLinesIndent = scimoz.getLineIndentation(curLineNo)
prevLinesIndent = scimoz.getLineIndentation(curLineNo - 1)
if prevLinesIndent == thisLinesIndent:
# We need to dedent this line
lineStartPos = scimoz.positionFromLine(curLineNo)
text = scimoz.getTextRange(lineStartPos, startPos)
m = self._leadingWSRE.match(text)
if m:
leadingWS = m.group(1)
tabFreeLeadingWS = leadingWS.expandtabs(scimoz.tabWidth)
currWidth = len(tabFreeLeadingWS)
targetWidth = currWidth - scimoz.indent
if targetWidth < 0:
fixedLeadingWS = ""
else:
fixedLeadingWS = scimozindent.makeIndentFromWidth(
scimoz, targetWidth)
scimoz.targetStart = lineStartPos
scimoz.targetEnd = lineStartPos + len(leadingWS)
scimoz.replaceTarget(len(fixedLeadingWS), fixedLeadingWS)
return (True, fixedLeadingWS)
return (False, None)
def _doIndentHere(self, scimoz, indentStyle, continueComments, style_info):
# Returns either None or an indent string
pos = scimoz.positionBefore(scimoz.currentPos)
startPos = scimoz.currentPos
style = scimoz.getStyleAt(pos)
if style != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getWCharAt(pos) != ">":
return None
pos -= 1
curLineNo = scimoz.lineFromPosition(pos)
lineStartPos = scimoz.positionFromLine(curLineNo)
delta, numTags = self._getTagDiffDelta(scimoz, lineStartPos, startPos)
if delta < 0 and numTags == 1 and curLineNo > 0:
didDedent, dedentAmt = self.dedentThisLine(scimoz, curLineNo,
startPos)
if didDedent:
return dedentAmt
else:
# Since Mason tags end with a ">", keep the
# HTML auto-indenter out of here.
return self._getRawIndentForLine(scimoz, curLineNo)
indentWidth = self._getIndentWidthForLine(scimoz, curLineNo)
indent = scimoz.indent
if not indent:
indent = scimoz.tabWidth # if 0, Scintilla uses tabWidth
newIndentWidth = indentWidth + delta * indent
if newIndentWidth < 0:
newIndentWidth = 0
return scimozindent.makeIndentFromWidth(scimoz, newIndentWidth)
def _doIndentHere(self, scimoz, indentStyle, continueComments, style_info):
pos = scimoz.positionBefore(scimoz.currentPos)
startPos = scimoz.currentPos
style = scimoz.getStyleAt(pos)
if style != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getWCharAt(pos) != ">":
return None
pos -= 1
style = scimoz.getStyleAt(pos)
if style != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getWCharAt(pos) != "%":
return None
curLineNo = scimoz.lineFromPosition(pos)
lineStartPos = scimoz.positionFromLine(curLineNo)
delta, numTags = self._getTagDiffDelta(scimoz, lineStartPos, startPos)
if delta < 0 and numTags == 1 and curLineNo > 0:
didDedent, dedentAmt = self.dedentThisLine(scimoz, curLineNo,
startPos)
if didDedent:
return dedentAmt
else:
# Since RHTML tags end with a ">", keep the
# HTML auto-indenter out of here.
return self._getRawIndentForLine(scimoz, curLineNo)
indentWidth = self._getIndentWidthForLine(scimoz, curLineNo)
indent = scimoz.indent
newIndentWidth = indentWidth + delta * indent
if newIndentWidth < 0:
newIndentWidth = 0
#qlog.debug("new indent width: %d", newIndentWidth)
return scimozindent.makeIndentFromWidth(scimoz, newIndentWidth)
def _computeIndent(self, scimoz, indentStyle, continueComments, style_info, calculatedData):
if not self._lookingAtReturnFunction(calculatedData["non_ws_tokens"], style_info):
return None
tok0 = calculatedData["tokens"][0]
if tok0.style in style_info._default_styles:
currWSLen = len(tok0.text.expandtabs(scimoz.tabWidth))
newWSLen = currWSLen + scimoz.indent
else:
newWSLen = scimoz.indent
return scimozindent.makeIndentFromWidth(scimoz, newWSLen)
def _computeIndent(self, scimoz, indentStyle, continueComments, style_info,
calculatedData):
if not self._lookingAtReturnFunction(calculatedData['non_ws_tokens'],
style_info):
return None
tok0 = calculatedData['tokens'][0]
if tok0.style in style_info._default_styles:
currWSLen = len(tok0.text.expandtabs(scimoz.tabWidth))
newWSLen = currWSLen + scimoz.indent
else:
newWSLen = scimoz.indent
return scimozindent.makeIndentFromWidth(scimoz, newWSLen)
def _computeIndent(self,
scimoz,
indentStyle,
continueComments,
style_info,
calculatedData=None):
"""
If the current line starts with an indenter, count all the keywords
on the line to decide what the final indent should be.
"""
if calculatedData is None:
calculatedData = self.getTokenDataForComputeIndent(
scimoz, style_info)
non_ws_tokens = calculatedData['non_ws_tokens']
if len(non_ws_tokens) == 0:
return
if non_ws_tokens[0].style not in style_info._keyword_styles:
return
if non_ws_tokens[0].text not in self._indenting_statements:
# Do this only if the line starts with an indenter.
# Otherwise we want to use the general language-service's indenter
# to look for braces to match.
return
delta = 1
for tok in non_ws_tokens[1:]:
if tok.style in style_info._keyword_styles:
text = tok.text
if text in self._indenting_statements:
delta += 1
# not an elif, because some keywords are both indenters and dedenters
# This works because if the first keyword is only counted as an indenter.
if text in self._keyword_dedenting_keywords:
delta -= 1
tok0 = calculatedData['tokens'][0]
if tok0.style not in style_info._default_styles:
currentIndentWidth = 0
else:
currentIndentWidth = len(tok0.text.expandtabs(scimoz.tabWidth))
indent = scimoz.indent
if not indent:
indent = scimoz.tabWidth # if 0, Scintilla uses tabWidth
nextIndentWidth = currentIndentWidth + delta * indent
return scimozindent.makeIndentFromWidth(scimoz, nextIndentWidth)
def _keyPressedAux(self, ch, scimoz, style_info):
"""
If we're at the start of a line, we're at the end of a dedenting_statement
(Consult pref edit.indent.keyword.dedent_on_last_char to determine whether
to do this on the last char of the keyword, or one after the last char),
1. get the parent indent
2. subtract one tabwidth from the current indent
3. convert the leading white-space to tabs, if necessary
4. replace the leading white-space with new white-space
5. Assume self._keyword_dedenting_keywords is non-empty.
Otherwise why would the subclass be using this as a superclass?
"""
if not self._editAutoIndentStyle.startswith("smart"):
return
if ch in ('\n', '\r'):
return self._checkIndentingCurrentAndPreviousLine(ch, scimoz, style_info)
currentPos = scimoz.currentPos
lastCharPos = scimoz.positionBefore(currentPos)
currLineNo = scimoz.lineFromPosition(lastCharPos)
if currLineNo == 0:
# Nothing to do on the first line
return
lineStartPos = scimoz.positionFromLine(currLineNo)
# If we aren't at the end of the line, back out.
tokens = self._get_line_tokens(scimoz, lineStartPos, lastCharPos, style_info)
if (len(tokens) not in (2, 3)
or tokens[0].style not in style_info._default_styles):
return
if not self._dedent_on_last_char and len(tokens) == 2:
return
word2Style = tokens[1].style
if len(tokens) == 3:
if (tokens[2].style not in style_info._default_styles
or len(tokens[2].text) != 1
or word2Style not in style_info._keyword_styles):
return
elif word2Style not in (style_info._keyword_styles + style_info._variable_styles):
return
# If the edit.indent.keyword.dedent_on_last_char pref is on, we can dedent
# either on the last char on the pref, or one after.
# If it's off, dedent only one after.
if tokens[1].text not in self._keyword_dedenting_keywords:
return
# Next figure out what this line's indent should be based on the previous line.
# If it's not the current indent, then the buffer's been changed, and don't
# bother second-guessing the user.
scimoz.currentPos = scimoz.getLineEndPosition(currLineNo - 1)
try:
expected_indent = self.computeIndent(scimoz, 'keyword', False)
finally:
scimoz.currentPos = currentPos
leadingWS_sp = tokens[0].text.expandtabs(scimoz.tabWidth)
currWSLen = len(leadingWS_sp)
expected_indent_sp = expected_indent.expandtabs(scimoz.tabWidth)
if len(expected_indent_sp) != currWSLen:
return
# If the parent line triggered a dedent (expected_indent < that line's
# leading white-space, then we've already done it.
#
if self._thisLineAlreadyDedented(scimoz, currLineNo, expected_indent):
return
# Dedent!
indent = scimoz.indent
if not indent:
indent = scimoz.tabWidth # if 0, Scintilla uses tabWidth
newWSLen = currWSLen - indent
if newWSLen <= 0:
ws_reduced = ""
else:
ws_reduced = scimozindent.makeIndentFromWidth(scimoz, newWSLen)
scimoz.targetStart = lineStartPos
scimoz.targetEnd = lineStartPos + len(tokens[0].text)
scimoz.beginUndoAction()
try:
scimoz.replaceTarget(len(ws_reduced), ws_reduced)
finally:
scimoz.endUndoAction()
return True
def _checkIndentingCurrentAndPreviousLine(self, ch, scimoz, style_info):
# This is complicated because the computeIndent was called to calculate
# the indentation of the current line, so we need to check both this line
# and the previous line.
currentPos = scimoz.currentPos
lastCharPos = scimoz.positionBefore(currentPos)
currLineNo = scimoz.lineFromPosition(lastCharPos)
if currLineNo <= 1:
# Nothing to do on the first line
return
lineStartPos = scimoz.positionFromLine(currLineNo)
# First make sure this line is all blank
# If we aren't at the end of the line, back out.
tokens = self._get_line_tokens(scimoz, lineStartPos, lastCharPos, style_info)
if not tokens:
# Nothing to do
return
if (len(tokens) != 1
or tokens[0].style not in style_info._default_styles):
return
# Now look at the previous line.
prevLineNo = currLineNo - 1
prevLineStartPos = scimoz.positionFromLine(prevLineNo)
prevLineEndPos = scimoz.getLineEndPosition(prevLineNo)
prevTokens = self._get_line_tokens(scimoz, prevLineStartPos, prevLineEndPos - 1, style_info)
if len(prevTokens) != 2:
return
if prevTokens[0].style not in style_info._default_styles:
return
if (prevTokens[1].style not in style_info._keyword_styles
or prevTokens[1].text not in self._keyword_dedenting_keywords):
return
if len(prevTokens[0].text) > len(tokens[0].text):
return
# So now figure out what currLine - 2 indentation should have been
currentPos = scimoz.currentPos
scimoz.currentPos = scimoz.getLineEndPosition(prevLineNo - 1)
try:
expected_indent = self.computeIndent(scimoz, 'keyword', False)
finally:
scimoz.currentPos = currentPos
expected_indent_sp = expected_indent.expandtabs(scimoz.tabWidth)
leadingWS_sp = prevTokens[0].text.expandtabs(scimoz.tabWidth)
currWSLen = len(leadingWS_sp)
if len(expected_indent_sp) != currWSLen:
return
if self._thisLineAlreadyDedented(scimoz, prevLineNo, expected_indent):
return
# Dedent!
ws_reduced = [None, None]
indent = scimoz.indent
if not indent:
indent = scimoz.tabWidth # if 0, Scintilla uses tabWidth
newWSLen = currWSLen - indent
if newWSLen <= 0:
ws_reduced[0] = ""
posDelta = len(tokens[0].text)
else:
ws_reduced[0] = scimozindent.makeIndentFromWidth(scimoz, newWSLen)
posDelta = indent
currWSLen = len(prevTokens[0].text.expandtabs(scimoz.tabWidth))
newWSLen = currWSLen - indent
if newWSLen <= 0:
ws_reduced[1] = ""
posDelta += len(prevTokens[0].text)
else:
ws_reduced[1] = scimozindent.makeIndentFromWidth(scimoz, newWSLen)
posDelta += indent
scimoz.beginUndoAction()
try:
# Dedent the second line first
scimoz.targetStart = tokens[0].start_pos
scimoz.targetEnd = tokens[0].start_pos + len(tokens[0].text)
scimoz.replaceTarget(len(ws_reduced[0]), ws_reduced[0])
scimoz.targetStart = prevTokens[0].start_pos
scimoz.targetEnd = prevTokens[0].start_pos + len(prevTokens[0].text)
scimoz.replaceTarget(len(ws_reduced[1]), ws_reduced[1])
scimoz.currentPos = scimoz.anchor = currentPos - posDelta
finally:
scimoz.endUndoAction()
return True
def insertInternalNewline_Special(self, scimoz, indentStyle, currentPos,
allowExtraNewline, style_info):
"""
Handle cases where the user presses newline between the end of a start-tag
and the start of the following end-tag. Tag names must match.
Precondition: the current pos is between two characters, so we know
0 < currentPos < scimoz.length, so we don't have to test for those boundaries.
"""
if indentStyle is None:
return None
if scimoz.getStyleAt(currentPos) != scimoz.SCE_UDL_M_ETAGO:
return None
startTagLineNo = self._immediatelyPrecedingStartTagLineNo(scimoz, currentPos)
if startTagLineNo is None:
# returns (startTag:s, startTag:e, endTag:s, endTag:e)
startTagInfo = scimozindent.startTagInfo_from_endTagPos(scimoz, currentPos)
if startTagInfo is None:
return None
startTagLineNo = scimoz.lineFromPosition(startTagInfo[0])
allowExtraNewline = False
indentStyle = 'plain' # Don't indent new part
closeIndentWidth = self._getIndentWidthForLine(scimoz, startTagLineNo)
if indentStyle == 'smart' and self.supportsSmartIndent == 'XML':
"""
i<foo>|</foo> ==>
i<foo>
i....<|>
i</foo>
where "i" denotes the current leading indentation
"""
intermediateLineIndentWidth = self._getNextLineIndent(scimoz, startTagLineNo)
else:
"""
i<foo>|</foo> ==>
i<foo>
i<|>
i</foo>
Note that the indentation of inner attr lines are ignored, even in block-indent mode:
i<foo
i........attr="val">|</foo> =>
i<foo
i........attr="val">
i</foo>
On ctrl-shift-newline, we don't get an extra blank line before the end-tag.
"""
intermediateLineIndentWidth = closeIndentWidth
currentEOL = eollib.eol2eolStr[eollib.scimozEOL2eol[scimoz.eOLMode]]
textToInsert = currentEOL + scimozindent.makeIndentFromWidth(scimoz, intermediateLineIndentWidth)
finalPosn = currentPos + len(textToInsert) #ascii-safe
if allowExtraNewline:
textToInsert += currentEOL + scimozindent.makeIndentFromWidth(scimoz, closeIndentWidth)
scimoz.addText(len(textToInsert), textToInsert) #ascii-safe
return finalPosn
def _keyPressedAux(self, ch, scimoz, style_info):
"""
If we're at the start of a line, we're at the end of a dedenting_statement
(Consult pref edit.indent.keyword.dedent_on_last_char to determine whether
to do this on the last char of the keyword, or one after the last char),
1. get the parent indent
2. subtract one tabwidth from the current indent
3. convert the leading white-space to tabs, if necessary
4. replace the leading white-space with new white-space
5. Assume self._keyword_dedenting_keywords is non-empty.
Otherwise why would the subclass be using this as a superclass?
"""
if self._editAutoIndentStyle != "smart":
return
if ch in ('\n', '\r'):
return self._checkIndentingCurrentAndPreviousLine(
ch, scimoz, style_info)
currentPos = scimoz.currentPos
lastCharPos = scimoz.positionBefore(currentPos)
currLineNo = scimoz.lineFromPosition(lastCharPos)
if currLineNo == 0:
# Nothing to do on the first line
return
lineStartPos = scimoz.positionFromLine(currLineNo)
# If we aren't at the end of the line, back out.
tokens = self._get_line_tokens(scimoz, lineStartPos, lastCharPos,
style_info)
if (len(tokens) not in (2, 3)
or tokens[0].style not in style_info._default_styles):
return
if not self._dedent_on_last_char and len(tokens) == 2:
return
word2Style = tokens[1].style
if len(tokens) == 3:
if (tokens[2].style not in style_info._default_styles
or len(tokens[2].text) != 1
or word2Style not in style_info._keyword_styles):
return
elif word2Style not in (style_info._keyword_styles +
style_info._variable_styles):
return
# If the edit.indent.keyword.dedent_on_last_char pref is on, we can dedent
# either on the last char on the pref, or one after.
# If it's off, dedent only one after.
if tokens[1].text not in self._keyword_dedenting_keywords:
return
# Next figure out what this line's indent should be based on the previous line.
# If it's not the current indent, then the buffer's been changed, and don't
# bother second-guessing the user.
scimoz.currentPos = scimoz.getLineEndPosition(currLineNo - 1)
try:
expected_indent = self.computeIndent(scimoz, 'keyword', False)
finally:
scimoz.currentPos = currentPos
leadingWS_sp = tokens[0].text.expandtabs(scimoz.tabWidth)
currWSLen = len(leadingWS_sp)
expected_indent_sp = expected_indent.expandtabs(scimoz.tabWidth)
if len(expected_indent_sp) != currWSLen:
return
# If the parent line triggered a dedent (expected_indent < that line's
# leading white-space, then we've already done it.
#
if self._thisLineAlreadyDedented(scimoz, currLineNo, expected_indent):
return
# Dedent!
newWSLen = currWSLen - scimoz.indent
if newWSLen <= 0:
ws_reduced = ""
else:
ws_reduced = scimozindent.makeIndentFromWidth(scimoz, newWSLen)
scimoz.targetStart = lineStartPos
scimoz.targetEnd = lineStartPos + len(tokens[0].text)
scimoz.beginUndoAction()
try:
scimoz.replaceTarget(len(ws_reduced), ws_reduced)
finally:
scimoz.endUndoAction()
return True
def _checkIndentingCurrentAndPreviousLine(self, ch, scimoz, style_info):
# This is complicated because the computeIndent was called to calculate
# the indentation of the current line, so we need to check both this line
# and the previous line.
currentPos = scimoz.currentPos
lastCharPos = scimoz.positionBefore(currentPos)
currLineNo = scimoz.lineFromPosition(lastCharPos)
if currLineNo <= 1:
# Nothing to do on the first line
return
lineStartPos = scimoz.positionFromLine(currLineNo)
# First make sure this line is all blank
# If we aren't at the end of the line, back out.
tokens = self._get_line_tokens(scimoz, lineStartPos, lastCharPos,
style_info)
if not tokens:
# Nothing to do
return
if (len(tokens) != 1
or tokens[0].style not in style_info._default_styles):
return
# Now look at the previous line.
prevLineNo = currLineNo - 1
prevLineStartPos = scimoz.positionFromLine(prevLineNo)
prevLineEndPos = scimoz.getLineEndPosition(prevLineNo)
prevTokens = self._get_line_tokens(scimoz, prevLineStartPos,
prevLineEndPos - 1, style_info)
if len(prevTokens) != 2:
return
if prevTokens[0].style not in style_info._default_styles:
return
if (prevTokens[1].style not in style_info._keyword_styles
or prevTokens[1].text not in self._keyword_dedenting_keywords):
return
if len(prevTokens[0].text) > len(tokens[0].text):
return
# So now figure out what currLine - 2 indentation should have been
currentPos = scimoz.currentPos
scimoz.currentPos = scimoz.getLineEndPosition(prevLineNo - 1)
try:
expected_indent = self.computeIndent(scimoz, 'keyword', False)
finally:
scimoz.currentPos = currentPos
expected_indent_sp = expected_indent.expandtabs(scimoz.tabWidth)
leadingWS_sp = prevTokens[0].text.expandtabs(scimoz.tabWidth)
currWSLen = len(leadingWS_sp)
if len(expected_indent_sp) != currWSLen:
return
if self._thisLineAlreadyDedented(scimoz, prevLineNo, expected_indent):
return
# Dedent!
ws_reduced = [None, None]
newWSLen = currWSLen - scimoz.indent
if newWSLen <= 0:
ws_reduced[0] = ""
posDelta = len(tokens[0].text)
else:
ws_reduced[0] = scimozindent.makeIndentFromWidth(scimoz, newWSLen)
posDelta = scimoz.indent
currWSLen = len(prevTokens[0].text.expandtabs(scimoz.tabWidth))
newWSLen = currWSLen - scimoz.indent
if newWSLen <= 0:
ws_reduced[1] = ""
posDelta += len(prevTokens[0].text)
else:
ws_reduced[1] = scimozindent.makeIndentFromWidth(scimoz, newWSLen)
posDelta += scimoz.indent
scimoz.beginUndoAction()
try:
# Dedent the second line first
scimoz.targetStart = tokens[0].start_pos
scimoz.targetEnd = tokens[0].start_pos + len(tokens[0].text)
scimoz.replaceTarget(len(ws_reduced[0]), ws_reduced[0])
scimoz.targetStart = prevTokens[0].start_pos
scimoz.targetEnd = prevTokens[0].start_pos + len(
prevTokens[0].text)
scimoz.replaceTarget(len(ws_reduced[1]), ws_reduced[1])
scimoz.currentPos = scimoz.anchor = currentPos - posDelta
finally:
scimoz.endUndoAction()
return True
def insertInternalNewline_Special(self, scimoz, indentStyle, currentPos,
allowExtraNewline, style_info):
"""
Handle cases where the user presses newline between the end of a start-tag
and the start of the following end-tag. Tag names must match.
Precondition: the current pos is between two characters, so we know
0 < currentPos < scimoz.length, so we don't have to test for those boundaries.
"""
if indentStyle is None:
return None
if scimoz.getStyleAt(currentPos) != scimoz.SCE_UDL_M_ETAGO:
return None
startTagLineNo = self._immediatelyPrecedingStartTagLineNo(
scimoz, currentPos)
if startTagLineNo is None:
# returns (startTag:s, startTag:e, endTag:s, endTag:e)
startTagInfo = scimozindent.startTagInfo_from_endTagPos(
scimoz, currentPos)
if startTagInfo is None:
return None
startTagLineNo = scimoz.lineFromPosition(startTagInfo[0])
allowExtraNewline = False
indentStyle = 'plain' # Don't indent new part
closeIndentWidth = self._getIndentWidthForLine(scimoz, startTagLineNo)
if indentStyle == 'smart' and self.supportsSmartIndent == 'XML':
"""
i<foo>|</foo> ==>
i<foo>
i....<|>
i</foo>
where "i" denotes the current leading indentation
"""
intermediateLineIndentWidth = self._getNextLineIndent(
scimoz, startTagLineNo)
else:
"""
i<foo>|</foo> ==>
i<foo>
i<|>
i</foo>
Note that the indentation of inner attr lines are ignored, even in block-indent mode:
i<foo
i........attr="val">|</foo> =>
i<foo
i........attr="val">
i</foo>
On ctrl-shift-newline, we don't get an extra blank line before the end-tag.
"""
intermediateLineIndentWidth = closeIndentWidth
currentEOL = eollib.eol2eolStr[eollib.scimozEOL2eol[scimoz.eOLMode]]
textToInsert = currentEOL + scimozindent.makeIndentFromWidth(
scimoz, intermediateLineIndentWidth)
finalPosn = currentPos + len(textToInsert) #ascii-safe
if allowExtraNewline:
textToInsert += currentEOL + scimozindent.makeIndentFromWidth(
scimoz, closeIndentWidth)
scimoz.addText(len(textToInsert), textToInsert) #ascii-safe
return finalPosn
def insertInternalNewline_Special(self, scimoz, indentStyle, currentPos,
allowExtraNewline, style_info):
"""
Split %|% so the %'s are on separate lines, and there's a blank line
in the middle.
"""
if indentStyle is None or currentPos < 2:
return None
if scimoz.getStyleAt(currentPos) != scimoz.SCE_UDL_TPL_OPERATOR:
return None
percentChar = ord("%")
if scimoz.getCharAt(currentPos) != percentChar:
return None
prevPos = currentPos - 1 # ascii
if scimoz.getStyleAt(prevPos) != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getCharAt(prevPos) != percentChar:
return None
prev2Pos = prevPos - 1
if scimoz.getStyleAt(prev2Pos) != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getCharAt(prev2Pos) != ord("<"):
return None
lineNo = scimoz.lineFromPosition(currentPos)
closeIndentWidth = self._getIndentWidthForLine(scimoz, lineNo)
if indentStyle == 'smart':
"""
i<%|% ==>
i<%
i....<|>
i%
where "i" denotes the current leading indentation
"""
intermediateLineIndentWidth = self._getNextLineIndent(
scimoz, lineNo)
else:
"""
i<%|% ==>
i<%
i<|>
i%
Note that the indentation of inner attr lines are ignored, even in block-indent mode:
i<foo
i........attr="val">|</foo> =>
i<foo
i........attr="val">
i</foo>
"""
intermediateLineIndentWidth = closeIndentWidth
currentEOL = eollib.eol2eolStr[eollib.scimozEOL2eol[scimoz.eOLMode]]
textToInsert = currentEOL + scimozindent.makeIndentFromWidth(
scimoz, intermediateLineIndentWidth)
finalPosn = currentPos + len(textToInsert) #ascii-safe
if allowExtraNewline:
textToInsert += currentEOL + scimozindent.makeIndentFromWidth(
scimoz, closeIndentWidth)
scimoz.addText(len(textToInsert), textToInsert) #ascii-safe
return finalPosn
def insertInternalNewline_Special(self, scimoz, indentStyle, currentPos,
allowExtraNewline, style_info):
"""
Split %|% so the %'s are on separate lines, and there's a blank line
in the middle.
"""
if indentStyle is None or currentPos < 2:
return None
if scimoz.getStyleAt(currentPos) != scimoz.SCE_UDL_TPL_OPERATOR:
return None
percentChar = ord("%")
if scimoz.getCharAt(currentPos) != percentChar:
return None
prevPos = currentPos - 1 # ascii
if scimoz.getStyleAt(prevPos) != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getCharAt(prevPos) != percentChar:
return None
prev2Pos = prevPos - 1
if scimoz.getStyleAt(prev2Pos) != scimoz.SCE_UDL_TPL_OPERATOR:
return None
if scimoz.getCharAt(prev2Pos) != ord("<"):
return None
lineNo = scimoz.lineFromPosition(currentPos)
closeIndentWidth = self._getIndentWidthForLine(scimoz, lineNo)
if indentStyle.startswith('smart'):
"""
i<%|% ==>
i<%
i....<|>
i%
where "i" denotes the current leading indentation
"""
intermediateLineIndentWidth = self._getNextLineIndent(scimoz, lineNo)
else:
"""
i<%|% ==>
i<%
i<|>
i%
Note that the indentation of inner attr lines are ignored, even in block-indent mode:
i<foo
i........attr="val">|</foo> =>
i<foo
i........attr="val">
i</foo>
"""
intermediateLineIndentWidth = closeIndentWidth
currentEOL = eollib.eol2eolStr[eollib.scimozEOL2eol[scimoz.eOLMode]]
textToInsert = currentEOL + scimozindent.makeIndentFromWidth(scimoz, intermediateLineIndentWidth)
finalPosn = currentPos + len(textToInsert) #ascii-safe
if allowExtraNewline:
textToInsert += currentEOL + scimozindent.makeIndentFromWidth(scimoz, closeIndentWidth)
scimoz.addText(len(textToInsert), textToInsert) #ascii-safe
return finalPosn