def blankLineAfterLiteral(self, oldLines):
'''
Guarantee a blank line after literal blocks.
'''
lines = [oldLines[0]] # start with first line...
for first, second in windowed(oldLines, 2):
if (first.strip() and first[0].isspace() and second.strip()
and not second[0].isspace()):
lines.append('')
lines.append(second)
if '.. parsed-literal::' in second:
lines.append(' :class: ipython-result')
return lines
def run(self):
if 'StreamIterator' in self.streamSearch.classes:
thisStreamIterator = self.streamSearch
else:
if self.recurse:
thisStreamIterator = self.streamSearch.recurse()
else:
thisStreamIterator = self.searchStream.iter
if self.filterNotesAndRests:
thisStreamIterator.addFilter(
filters.ClassFilter('GeneralNote'))
elif self.filterNotes:
thisStreamIterator.addFilter(
filters.ClassFilter(['Note', 'Chord']))
self.activeIterator = thisStreamIterator
streamIteratorEls = list(thisStreamIterator)
streamLength = len(streamIteratorEls)
searchLength = len(self.searchList)
if searchLength == 0:
raise SearchException('the search Stream or list cannot be empty')
foundEls = []
if searchLength > streamLength:
return foundEls
for startPosition, streamEls in enumerate(
windowed(streamIteratorEls, searchLength)):
result = None
for j in range(searchLength):
streamEl = streamEls[j]
searchEl = self.searchList[j]
for thisAlgorithm in self.algorithms:
result = thisAlgorithm(self, streamEl, searchEl)
if result is not None: # break on True or False
break
if result is False:
break
if result is True:
result = None
if result is not False:
sm = SearchMatch(streamEls[0], streamEls, startPosition,
self.activeIterator)
foundEls.append(sm)
return foundEls
def blankLineAfterLiteral(self, oldLines):
'''
Guarantee a blank line after literal blocks.
'''
lines = [oldLines[0]] # start with first line...
for first, second in windowed(oldLines, 2):
if (first.strip()
and first[0].isspace()
and second.strip()
and not second[0].isspace()):
lines.append('')
lines.append(second)
if '.. parsed-literal::' in second:
lines.append(' :class: ipython-result')
return lines
def run(self):
if 'StreamIterator' in self.streamSearch.classes:
thisStreamIterator = self.streamSearch
else:
if self.recurse:
thisStreamIterator = self.streamSearch.recurse()
else:
thisStreamIterator = self.searchStream.iter
if self.filterNotesAndRests:
thisStreamIterator.addFilter(filters.ClassFilter('GeneralNote'))
elif self.filterNotes:
thisStreamIterator.addFilter(filters.ClassFilter(['Note', 'Chord']))
self.activeIterator = thisStreamIterator
streamIteratorEls = list(thisStreamIterator)
streamLength = len(streamIteratorEls)
searchLength = len(self.searchList)
if searchLength == 0:
raise SearchException('the search Stream or list cannot be empty')
foundEls = []
if searchLength > streamLength:
return foundEls
for startPosition, streamEls in enumerate(windowed(streamIteratorEls, searchLength)):
result = None
for j in range(searchLength):
streamEl = streamEls[j]
searchEl = self.searchList[j]
for thisAlgorithm in self.algorithms:
result = thisAlgorithm(self, streamEl, searchEl)
if result is not None: # break on True or False
break
if result is False:
break
if result is True:
result = None
if result is not False:
sm = SearchMatch(streamEls[0], streamEls, startPosition, self.activeIterator)
foundEls.append(sm)
return foundEls
def streamSearchBase(thisStreamOrIterator, searchList, algorithm=None):
'''
A basic search function that is used by other search mechanisms,
which takes in a stream or StreamIterator and a searchList or stream
and an algorithm to run on each pair of elements to determine if they match.
'''
if algorithm is None:
raise SearchException('algorithm must be a function not None')
result = None
if 'StreamIterator' in thisStreamOrIterator.classes:
thisStreamIterator = thisStreamOrIterator
else:
thisStreamIterator = thisStreamOrIterator.recurse()
streamIteratorEls = list(thisStreamIterator)
streamLength = len(streamIteratorEls)
searchLength = len(searchList)
if searchLength == 0:
raise SearchException('the search Stream or list cannot be empty')
foundEls = []
if searchLength > streamLength:
return foundEls
for startPosition, streamEls in enumerate(
windowed(streamIteratorEls, searchLength)):
for j in range(searchLength):
streamEl = streamEls[j]
searchEl = searchList[j]
result = algorithm(streamEl, searchEl)
if not result:
break
if result:
foundEls.append(startPosition)
return foundEls
def streamSearchBase(thisStreamOrIterator, searchList, algorithm=None):
'''
A basic search function that is used by other search mechanisms,
which takes in a stream or StreamIterator and a searchList or stream
and an algorithm to run on each pair of elements to determine if they match.
'''
if algorithm is None:
raise SearchException('algorithm must be a function not None')
if 'StreamIterator' in thisStreamOrIterator.classes:
thisStreamIterator = thisStreamOrIterator
else:
thisStreamIterator = thisStreamOrIterator.recurse()
streamIteratorEls = list(thisStreamIterator)
streamLength = len(streamIteratorEls)
searchLength = len(searchList)
if searchLength == 0:
raise SearchException('the search Stream or list cannot be empty')
foundEls = []
if searchLength > streamLength:
return foundEls
for startPosition, streamEls in enumerate(windowed(streamIteratorEls, searchLength)):
for j in range(searchLength):
streamEl = streamEls[j]
searchEl = searchList[j]
result = algorithm(streamEl, searchEl)
if not result:
break
if result:
foundEls.append(startPosition)
return foundEls