def __init__(self, line, result, index):
self.line = line
self.index = index
(file, num, matches) = result
self.originalFile = file
self.file = parse.prependDir(file)
self.num = num
# save a bunch of stuff so we can
# pickle
self.start = matches.start()
self.end = min(matches.end(), len(line))
self.group = matches.group()
# this is a bit weird but we need to strip
# off the whitespace for the matches we got,
# since matches like README are aggressive
# about including whitespace. For most lines
# this will be a no-op, but for lines like
# "README " we will reset end to
# earlier
stringSubset = line[self.start:self.end]
strippedSubset = stringSubset.strip()
trailingWhitespace = (len(stringSubset) - len(strippedSubset))
self.end -= trailingWhitespace
self.group = self.group[0:len(self.group) - trailingWhitespace]
self.selected = False
self.hovered = False
def __init__(self, line, result, index):
self.line = line
self.index = index
(file, num, matches) = result
self.originalFile = file
self.file = parse.prependDir(file)
self.num = num
# save a bunch of stuff so we can
# pickle
self.start = matches.start()
self.end = min(matches.end(), len(line))
self.group = matches.group()
# this is a bit weird but we need to strip
# off the whitespace for the matches we got,
# since matches like README are aggressive
# about including whitespace. For most lines
# this will be a no-op, but for lines like
# "README " we will reset end to
# earlier
stringSubset = line[self.start:self.end]
strippedSubset = stringSubset.strip()
trailingWhitespace = (len(stringSubset) - len(strippedSubset))
self.end -= trailingWhitespace
self.group = self.group[0:len(self.group) - trailingWhitespace]
self.selected = False
self.hovered = False
def testPrependDir(self):
for testCase in prependDirTestCases:
inFile = testCase['in']
result = parse.prependDir(inFile)
self.assertEqual(testCase['out'], result)
print 'Tested %d dir cases.' % len(prependDirTestCases)
def testPrependDir(self):
for testCase in prependDirTestCases:
inFile = testCase['in']
print 'Testing dir case\t', inFile
result = parse.prependDir(inFile)
self.assertEqual(testCase['out'], result)
def __init__(self, line, result, index):
self.line = line
self.index = index
file, num, matches = result
self.file = parse.prependDir(file)
self.number = num
# save a bunch of stuff so we can
# pickle
self.start = matches.start()
end = min(matches.end(), len(line))
group = matches.group()
# this is a bit weird but we need to strip
# off the whitespace for the matches we got,
# since matches like README are aggressive
# about including whitespace. For most lines
# this will be a no-op, but for lines like
# "README " we will reset end to
# earlier
string_subset = line[self.start:end]
stripped_subset = string_subset.strip()
trailing_whitespace = len(string_subset) - len(stripped_subset)
self.end = end - trailing_whitespace
if trailing_whitespace:
self.match = group[:-trailing_whitespace]
else:
self.match = group
self.is_selected = False
self.is_hovered = False
def testPrependDir(self):
for testCase in prependDirTestCases:
inFile = testCase['in']
result = parse.prependDir(inFile)
expected = testCase['out']
if inFile[0:2] == '~/':
expected = os.path.expanduser(expected)
self.assertEqual(expected, result)
print 'Tested %d dir cases.' % len(prependDirTestCases)
def testPrependDir(self):
for testCase in prependDirTestCases:
inFile = testCase['in']
result = parse.prependDir(inFile)
expected = testCase['out']
if inFile[0:2] == '~/':
expected = os.path.expanduser(expected)
self.assertEqual(expected, result)
print('Tested %d dir cases.' % len(prependDirTestCases))
def __init__(self,
formattedLine,
result,
index,
validateFileExists=False,
allInput=False):
self.controller = None
self.formattedLine = formattedLine
self.index = index
self.allInput = allInput
(path, num, matches) = result
self.originalPath = path
self.path = path if allInput else parse.prependDir(
path, withFileInspection=validateFileExists)
self.num = num
line = str(self.formattedLine)
# save a bunch of stuff so we can
# pickle
self.start = matches.start()
self.end = min(matches.end(), len(line))
self.group = matches.group()
# this is a bit weird but we need to strip
# off the whitespace for the matches we got,
# since matches like README are aggressive
# about including whitespace. For most lines
# this will be a no-op, but for lines like
# "README " we will reset end to
# earlier
stringSubset = line[self.start:self.end]
strippedSubset = stringSubset.strip()
trailingWhitespace = (len(stringSubset) - len(strippedSubset))
self.end -= trailingWhitespace
self.group = self.group[0:len(self.group) - trailingWhitespace]
self.selected = False
self.hovered = False
self.isTruncated = False
# precalculate the pre, post, and match strings
(self.beforeText, unused) = self.formattedLine.breakat(self.start)
(unused, self.afterText) = self.formattedLine.breakat(self.end)
self.updateDecoratedMatch()
def __init__(self, formattedLine, result, index, validateFileExists=False, allInput=False):
self.controller = None
self.formattedLine = formattedLine
self.index = index
self.allInput = allInput
(path, num, matches) = result
self.originalPath = path
self.path = path if allInput else parse.prependDir(path,
withFileInspection=validateFileExists)
self.num = num
line = str(self.formattedLine)
# save a bunch of stuff so we can
# pickle
self.start = matches.start()
self.end = min(matches.end(), len(line))
self.group = matches.group()
# this is a bit weird but we need to strip
# off the whitespace for the matches we got,
# since matches like README are aggressive
# about including whitespace. For most lines
# this will be a no-op, but for lines like
# "README " we will reset end to
# earlier
stringSubset = line[self.start:self.end]
strippedSubset = stringSubset.strip()
trailingWhitespace = (len(stringSubset) - len(strippedSubset))
self.end -= trailingWhitespace
self.group = self.group[0:len(self.group) - trailingWhitespace]
self.selected = False
self.hovered = False
self.isTruncated = False
# precalculate the pre, post, and match strings
(self.beforeText, unused) = self.formattedLine.breakat(self.start)
(unused, self.afterText) = self.formattedLine.breakat(self.end)
self.updateDecoratedMatch()
import parse
from formattedText import FormattedText
PathMarker_buffer_file = os.path.expanduser('~/.PathMarker')
open(PathMarker_buffer_file, 'a').close()
theline = ""
if __name__ == "__main__":
if sys.argv[1] == "set":
count = 0
f = open(PathMarker_buffer_file,"w")
for name in sys.stdin.readlines():
formattedLine = FormattedText(name)
result=parse.matchLine(str(formattedLine), allInput=False)
if result:
path = parse.prependDir(result[0], withFileInspection=False)
count += 1
sys.stdout.write("%d\t%s" % (count, name))
f.write("%s\n" % path)
else:
sys.stdout.write("\t%s" % (name))
f.close
if sys.argv[1] == "setall":
count = 0
f = open(PathMarker_buffer_file,"w")
for name in sys.stdin.readlines():
formattedLine = FormattedText(name)
result=parse.matchLine(str(formattedLine), allInput=True)
if result:
path = parse.prependDir(result[0], withFileInspection=False)