def updateDocActions(self, doc):
minfo = metainfo.info(doc)
if minfo.highlighting:
highlighter.highlighter(doc)
ac = self.actionCollection
ac.view_highlighting.setChecked(minfo.highlighting)
ac.tools_indent_auto.setChecked(minfo.auto_indent)
def updateDocActions(self, doc):
minfo = metainfo.info(doc)
if minfo.highlighting:
highlighter.highlighter(doc)
ac = self.actionCollection
ac.view_highlighting.setChecked(minfo.highlighting)
ac.tools_indent_auto.setChecked(minfo.auto_indent)
def update(block):
"""Retokenize the given block, saving the tokens in the UserData.
You only need to call this if you immediately need the new tokens again,
e.g. for more manipulations in the same moment. The tokens will
automatically be updated when Qt re-enters the event loop.
"""
highlighter.highlighter(block.document()).rehighlightBlock(block)
def update(block):
"""Retokenize the given block, saving the tokens in the UserData.
You only need to call this if you immediately need the new tokens again,
e.g. for more manipulations in the same moment. The tokens will
automatically be updated when Qt re-enters the event loop.
"""
highlighter.highlighter(block.document()).rehighlightBlock(block)
def tokens(block):
"""Returns the tokens for the given block as a (possibly empty) tuple."""
try:
return block.userData().tokens
except AttributeError:
highlighter.highlighter(block.document()).rehighlight()
try:
return block.userData().tokens
except AttributeError:
return ()
def state(blockOrCursor):
"""Returns a thawn ly.lex.State() object at the beginning of the given QTextBlock.
If the argument is a QTextCursor, uses the current block or the first block of its selection.
"""
if isinstance(blockOrCursor, QTextCursor):
block = cursortools.block(blockOrCursor)
else:
block = blockOrCursor
if block.userState() == -1:
highlighter.highlighter(block.document()).rehighlight()
return highlighter.highlighter(block.document()).state(block)
def highlighting(self):
self.high = not self.high
if self.high:
hg = highlighter(self.pro_text)
hg.highlight()
word_list = self.pro_text.split()
tags = ["tg" + str(k) for k in range(len(word_list))]
self.text.config(state=NORMAL)
self.text.delete(1.0, END)
for ix, word in enumerate(word_list):
if any(word[:len(keyword)] == keyword
for keyword in hg.keywords):
self.color_text(tags[ix], word, 'blue')
else:
self.color_text(tags[ix], word)
self.text.config(state=DISABLED)
print 'Highlighting Complete'
else:
self.update_text(self.pro_text)
return
def grep(regex, highlight, textFile, addLines):
"""Function mimicking grep in linux. It searches for specific
text within a string and returns the lines that matches the
regex or search pattern comming from input arguments.
Args:
- regex (String or list of strings): A single regex string, or a list
of several regex strings.
- highlight (boolean): True will color the text matching the
regex.
- textFile (str): File location as string for the text file
to search within.
- addLines (boolean): True will display/print which line
that matches the regex.
Returns:
- grepText (str): A string of the grep result.
"""
regxAndColorsList = []
grepText = ""
text = ""
regxAndColorsList = list(zip(regex, range(31, 31 + len(regex))))
for lines, lineTxt in enumerate(open(textFile).readlines(), 1):
line = f"\x1b[36m{lines}:\x1b[0m "
fullText, matchedText, matchedTextUncolored = \
highlighter(regxAndColorsList, lineTxt)
if (addLines):
fullText = f"{line}{fullText}"
text += fullText
if (matchedText != ""):
matchedText = f"{line}{matchedText}"
matchedTextUncolored = f"{line}{matchedTextUncolored}"
grepText += matchedText if highlight \
else matchedTextUncolored
else:
grepText += matchedText if highlight else matchedTextUncolored
text += fullText
return grepText
def __init__(self, parent=None):
super(Dialog, self).__init__(parent)
self._document = None
self.messageLabel().setWordWrap(True)
self.document = d = QTextDocument()
d.setDocumentLayout(QPlainTextDocumentLayout(d))
self.highlighter = highlighter.highlighter(d)
self.view = View(d)
self.matcher = Matcher(self.view)
self.completer = Completer(self.view)
self.setMainWidget(self.view)
userguide.addButton(self.buttonBox(), "musicview_editinplace")
# action for completion popup
self._showPopupAction = QAction(None, triggered=self.slotCompletionPopup)
self.addAction(self._showPopupAction)
# make Ctrl+Return accept the dialog
self.button("ok").setShortcut(QKeySequence("Ctrl+Return"))
qutil.saveDialogSize(self, "editinplace/dialog/size")
self.accepted.connect(self.save)
app.translateUI(self)
app.settingsChanged.connect(self.readSettings)
self.readSettings()
def __init__(self, parent=None):
super(Dialog, self).__init__(parent)
self._document = None
self.messageLabel().setWordWrap(True)
self.document = d = QTextDocument()
d.setDocumentLayout(QPlainTextDocumentLayout(d))
self.highlighter = highlighter.highlighter(d)
self.view = View(d)
self.matcher = Matcher(self.view)
self.completer = Completer(self.view)
self.setMainWidget(self.view)
userguide.addButton(self.buttonBox(), "musicview_editinplace")
# action for completion popup
self._showPopupAction = QAction(None,
triggered=self.slotCompletionPopup)
self.addAction(self._showPopupAction)
# make Ctrl+Return accept the dialog
self.button("ok").setShortcut(QKeySequence("Ctrl+Return"))
qutil.saveDialogSize(self, "musicview/editinplace/dialog/size")
self.accepted.connect(self.save)
app.translateUI(self)
app.settingsChanged.connect(self.readSettings)
self.readSettings()
lang = lang_detect(txt)
#print lang.text
print lang.detect_language()'''
# highlighter
from highlighter import highlighter
txt = textract.process("Short Stories/english.txt")
txt = 'John likes to play badminton'
hg = highlighter(txt)
#print hg.txt
hg.highlight()
# summariser
'''from summariser import *
txt = textract.process("Short Stories/english2.txt")
summ = summariser(txt, len(txt)/50)
output = summ.summarize()
print '\n\n'
def toggleHighlighting(self):
doc = self.currentDocument()
minfo = metainfo.info(doc)
minfo.highlighting = not minfo.highlighting
highlighter.highlighter(doc).setHighlighting(minfo.highlighting)
self.updateOtherDocActions()
def initial_state(self):
"""Return the state at the beginning of the document."""
return highlighter.highlighter(self._d).initialState()
def update(block):
"""Retokenizes the given block, saving the tokens in the UserData."""
highlighter.highlighter(block.document()).rehighlightBlock(block)
def state(block):
"""Return the ly.lex.State() object at the beginning of the given QTextBlock."""
hl = highlighter.highlighter(block.document())
if block.previous().userState() == -1 and block.blockNumber() > 0:
hl.rehighlight()
return hl.state(block.previous())
def state_end(block):
"""Return the ly.lex.State() object at the end of the given QTextBlock."""
hl = highlighter.highlighter(block.document())
if block.userState() == -1:
hl.rehighlight()
return hl.state(block)
def toggleHighlighting(self):
doc = self.currentDocument()
minfo = metainfo.info(doc)
minfo.highlighting = not minfo.highlighting
highlighter.highlighter(doc).setHighlighting(minfo.highlighting)
self.updateOtherDocActions()
def initial_state(self):
"""Return the state at the beginning of the document."""
return highlighter.highlighter(self._d).initialState()
def state(block):
"""Return the ly.lex.State() object at the beginning of the given QTextBlock."""
hl = highlighter.highlighter(block.document())
if block.previous().userState() == -1 and block.blockNumber() > 0:
hl.rehighlight()
return hl.state(block.previous())
def state_end(block):
"""Return the ly.lex.State() object at the end of the given QTextBlock."""
hl = highlighter.highlighter(block.document())
if block.userState() == -1:
hl.rehighlight()
return hl.state(block)
