def explaincommand(command, store):
matcher_ = matcher.matcher(command, store)
groups = matcher_.match()
expansions = matcher_.expansions
shellgroup = groups[0]
commandgroups = groups[1:]
matches = []
# save a mapping between the help text to its assigned id,
# we're going to reuse ids that have the same text
texttoid = {}
# remember where each assigned id has started in the source,
# we're going to use it later on to sort the help text by start
# position
idstartpos = {}
l = []
for m in shellgroup.results:
commandclass = shellgroup.name
helpclass = 'help-%d' % len(texttoid)
text = m.text
if text:
text = text.decode('utf-8')
helpclass = texttoid.setdefault(text, helpclass)
else:
# unknowns in the shell group are possible when our parser left
# an unparsed remainder, see matcher._markunparsedunknown
commandclass += ' unknown'
helpclass = ''
if helpclass:
idstartpos.setdefault(helpclass, m.start)
d = _makematch(m.start, m.end, m.match, commandclass, helpclass)
formatmatch(d, m, expansions)
l.append(d)
matches.append(l)
for commandgroup in commandgroups:
l = []
for m in commandgroup.results:
commandclass = commandgroup.name
helpclass = 'help-%d' % len(texttoid)
text = m.text
if text:
text = text.decode('utf-8')
helpclass = texttoid.setdefault(text, helpclass)
else:
commandclass += ' unknown'
helpclass = ''
if helpclass:
idstartpos.setdefault(helpclass, m.start)
d = _makematch(m.start, m.end, m.match, commandclass, helpclass)
formatmatch(d, m, expansions)
l.append(d)
d = l[0]
d['commandclass'] += ' simplecommandstart'
if commandgroup.manpage:
d['name'] = commandgroup.manpage.name
d['section'] = commandgroup.manpage.section
if '.' not in d['match']:
d['match'] = '%s(%s)' % (d['match'], d['section'])
d['suggestions'] = commandgroup.suggestions
d['source'] = commandgroup.manpage.source[:-5]
matches.append(l)
matches = list(itertools.chain.from_iterable(matches))
helpers.suggestions(matches, command)
# _checkoverlaps(matcher_.s, matches)
matches.sort(key=lambda d: d['start'])
it = util.peekable(iter(matches))
while it.hasnext():
m = it.next()
spaces = 0
if it.hasnext():
spaces = it.peek()['start'] - m['end']
m['spaces'] = ' ' * spaces
helptext = sorted(texttoid.iteritems(), key=lambda (k, v): idstartpos[v])
return matches, helptext
def explaincommand(command, store):
matcher_ = matcher.matcher(command, store)
groups = matcher_.match()
shellgroup = groups[0]
commandgroups = groups[1:]
matches = []
# save a mapping between the help text to its assigned id,
# we're going to reuse ids that have the same text
texttoid = {}
# remember where each assigned id has started in the source,
# we're going to use it later on to sort the help text by start
# position
idstartpos = {}
l = []
for m in shellgroup.results:
commandclass = shellgroup.name
helpclass = 'help-%d' % len(texttoid)
text = m.text
if text:
text = text.decode('utf-8')
helpclass = texttoid.setdefault(text, helpclass)
else:
# unknowns in the shell group are possible when our parser left
# an unparsed remainder, see matcher._markunparsedunknown
commandclass += ' unknown'
helpclass = ''
if helpclass:
idstartpos.setdefault(helpclass, m.start)
d = {'match' : m.match,
'start' : m.start, 'end' : m.end,
'commandclass' : commandclass, 'helpclass' : helpclass}
l.append(d)
matches.append(l)
for commandgroup in commandgroups:
l = []
for m in commandgroup.results:
commandclass = commandgroup.name
helpclass = 'help-%d' % len(texttoid)
text = m.text
if text:
text = text.decode('utf-8')
helpclass = texttoid.setdefault(text, helpclass)
else:
commandclass += ' unknown'
helpclass = ''
if helpclass:
idstartpos.setdefault(helpclass, m.start)
d = {'match' : m.match,
'start' : m.start, 'end' : m.end,
'commandclass' : commandclass, 'helpclass' : helpclass}
l.append(d)
d = l[0]
d['commandclass'] += ' simplecommandstart'
if commandgroup.manpage:
d['name'] = commandgroup.manpage.name
d['section'] = commandgroup.manpage.section
if '.' not in d['match']:
d['match'] = '%s(%s)' % (d['match'], d['section'])
d['suggestions'] = commandgroup.suggestions
d['source'] = commandgroup.manpage.source[:-5]
matches.append(l)
matches = list(itertools.chain.from_iterable(matches))
helpers.suggestions(matches, command)
matches.sort(key=lambda d: d['start'])
it = util.peekable(iter(matches))
while it.hasnext():
m = it.next()
spaces = 0
if it.hasnext():
spaces = it.peek()['start'] - m['end']
m['spaces'] = ' ' * spaces
helptext = sorted(texttoid.iteritems(), key=lambda (k, v): idstartpos[v])
return matches, helptext