def generate_vim(filename,error_checking):
output_filename = strip_filename(filename) + '.vim'
print 'Generating vim file %s\n' % output_filename
ah = Autohighlight(filename)
ah.parse()
outputter = VimOutputter(error_checking)
open(output_filename,'w').write(ah.output(outputter))
def generate_emacs(filename):
import os.path
output_filename = strip_filename(filename) + '.el'
ah = Autohighlight(filename)
ah.parse()
outputter = EmacsOutputter(os.path.basename(strip_filename(filename)))
open(output_filename,'w').write(ah.output(outputter))
print "Wrote %s\n" % output_filename
class AhTestContexts(unittest.TestCase):
def setUp(self):
global test1file
self.ah = Autohighlight(StringIO(test1file))
self.ah.parse()
def testGetContextsForQ(self):
gsd = self.ah.GlobalSymbolDict
expected = [Context(Set([gsd['a'],gsd['d']]),gsd['q'],Set([gsd['t']])), \
Context(Set([gsd['a'],gsd['d']]),gsd['q'],Set([gsd['s']])) ]
contexts = gsd['q'].get_contexts()
self.assertEqual(contexts, expected, "Contexts for %s are not as expected:\n%s\n%s" % ('q',contexts,expected))
class AhTestContexts(unittest.TestCase):
def setUp(self):
global test1file
self.ah = Autohighlight(StringIO(test1file))
self.ah.parse()
def testGetContextsForIdn(self):
gsd = self.ah.GlobalSymbolDict
expected = [Context(Set([gsd["'OF'"]]),gsd['idn'],Set([gsd["'='"]])), \
Context(Set([gsd["':'"]]),gsd['idn'],Set([gsd["'='"]])) ]
symbol = gsd['idn']
contexts = symbol.get_contexts()
self.assertEqual(contexts, expected, "Contexts for %s are not as expected:\n%s\n%s" % ('t',contexts,expected))
class AhTestContexts(unittest.TestCase):
def setUp(self):
global test1file
self.ah = Autohighlight(StringIO(test1file))
self.ah.parse()
def testGetContextsForT(self):
gsd = self.ah.GlobalSymbolDict
expected = [Context(Set([gsd["x"]]),gsd['t'],Set([gsd["','"]])) ]
contexts = gsd['t'].get_contexts()
self.assertEqual(contexts, expected, "Contexts for %s are not as expected:\n%s\n%s" % ('t',contexts,expected))
def testGetRegexesForT(self):
gsd = self.ah.GlobalSymbolDict
#expected = [Context(Set([gsd["x"]]),gsd['t'],Set([gsd["','"]])) ]
left_expected = Set('\\,','\\(')
right_expected = Set('\\,')
for sym in self.ah.GlobalSymbolDict.values():
sym.GlobalSymbolDict = gsd
contexts = gsd['t'].get_contexts()
left_regex = contexts[0].getLeftRegexes()
self.assertEqual(left_regex, left_expected, "Left regex for %s is not as left_expected:\n%s\n%s" % ('t',left_regex,left_expected))
right_regex = contexts[0].getRightRegexes()
self.assertEqual(right_regex, right_expected, "Right regex for %s is not as expected:\n%s\n%s" % ('t',right_regex,right_expected))
self.assertEqual(contexts[0].getMiddleRegexes(), Set('t'))
def testGetContextsForX(self):
gsd = self.ah.GlobalSymbolDict
symbol = gsd['x']
expected = [Context(Set([gsd["'('"]]),gsd['x'],Set([gsd["')'"]])), \
Context(Set([gsd["'('"]]),gsd['x'],Set([gsd["t"]])) ]
contexts = symbol.get_contexts()
self.assertEqual(contexts, expected, "Contexts for %s are not as expected:\n%s\n%s" % (symbol.defining_token.text,contexts,expected))
def testGetContextsForProductionForX(self):
gsd = self.ah.GlobalSymbolDict
symbol = gsd['x']
symbol.GlobalSymbolDict = gsd
expected = [ Context(Set([gsd["'('"]]),gsd['x'],Set([gsd["t"]])) ]
contexts = symbol.get_contexts_for_production(symbol.productions[0])
self.assertEqual(contexts, expected, "Contexts for production 0 for %s are not as expected:\n%s\n%s" % (symbol.defining_token.text,contexts,expected))
def setUp(self):
global test1file
self.ah = Autohighlight(StringIO(test1file))
self.ah.parse()
