def create_console(self, script):
usage_sections = parse_section('usage:', script.__doc__)
if len(usage_sections) == 0:
raise DocoptLanguageError('"usage:" (case-insensitive) not found.')
if len(usage_sections) > 1:
raise DocoptLanguageError('More than one "usage:" (case-insensitive).')
DocoptExit.usage = usage_sections[0]
pattern = parse_pattern(formal_usage(DocoptExit.usage), parse_defaults(script.__doc__))
paths = []
paths.append({
"flags": [opt for opt in parse_defaults(script.__doc__) if not opt.argcount and opt.name not in ["--help", "--version"]],
"extras": [opt for opt in parse_defaults(script.__doc__) if not opt.argcount and opt.name in ["--help", "--version"]],
"options": [opt for opt in parse_defaults(script.__doc__) if opt.argcount and not opt.value],
"default_options": [opt for opt in parse_defaults(script.__doc__) if opt.value],
"arguments": [arg.name for arg in pattern.flat(Argument)],
})
return {
"name": script.__name__,
"file": script.__file__,
"doc": script.__doc__,
"paths": paths,
}
def __init__(self, docopt_str, base_descriptor):
with open(base_descriptor, "r") as base_desc:
self.descriptor = collections.OrderedDict(json.load(base_desc))
del self.descriptor['groups']
del self.descriptor['inputs']
del self.descriptor['output-files']
self.docopt_str = docopt_str
self.dependencies = collections.OrderedDict()
self.all_desc_and_type = collections.OrderedDict()
self.unique_ids = []
try:
# docopt code snippet to extract args tree (pattern)
# should run if docopt script is valid
options = parse_defaults(docopt_str)
self.pattern = parse_pattern(
formal_usage(self._parse_section('usage:', docopt_str)[0]),
options)
argv = parse_argv(TokenStream(sys.argv[1:], DocoptLanguageError),
list(options), False)
pattern_options = set(self.pattern.flat(Option))
for options_shortcut in self.pattern.flat(AnyOptions):
doc_options = parse_defaults(docopt_str)
options_shortcut.children = list(
set(doc_options) - pattern_options)
matched, left, collected = self.pattern.fix().match(argv)
except Exception:
os.remove(base_descriptor)
raise_error(ImportError, "Invalid docopt script")
def docopt(doc, argv=None, help=True, version=None, options_first=False): # @ReservedAssignment help
"""Re-implementation of docopt.docopt() function to parse ANYTHING at
the end (for proxying django options)."""
if argv is None:
argv = sys.argv[1:]
DocoptExit.usage = printable_usage(doc)
options = parse_defaults(doc)
pattern = parse_pattern(formal_usage(DocoptExit.usage), options)
argv = parse_argv(TokenStream(argv, DocoptExit), list(options), options_first)
pattern_options = set(pattern.flat(Option))
for ao in pattern.flat(AnyOptions):
doc_options = parse_defaults(doc)
ao.children = list(set(doc_options) - pattern_options)
extras(help, version, argv, doc)
__matched, __left, collected = pattern.fix().match(argv)
# if matched and left == []: # better error message if left?
if collected: # better error message if left?
result = Dict((a.name, a.value) for a in (pattern.flat() + collected))
collected_django_options = len(result.get("DJANGO_OPTIONS", []))
result["DJANGO_OPTIONS"] = (
result.get("DJANGO_OPTIONS", []) + sys.argv[len(collected) + (collected_django_options or 1) :]
)
# If any of the collected arguments are also in the DJANGO_OPTIONS,
# then exit because we don't want users to have put options for kalite
# at the end of the command
if any(map(lambda x: x.name in map(lambda x: x.split("=")[0], result["DJANGO_OPTIONS"]), collected)):
sys.stderr.write(
"Cannot mix django manage command options with kalite options. "
"Always put django management options last.\n\n"
)
raise DocoptExit()
return result
raise DocoptExit()
def test_printable_and_formal_usage():
doc = """
Usage: prog [-hv] ARG
prog N M
prog is a program."""
assert printable_usage(doc) == "Usage: prog [-hv] ARG\n prog N M"
assert formal_usage(printable_usage(doc)) == "[-hv] ARG | N M"
assert printable_usage('uSaGe: prog ARG\n\t \t\n bla') == "uSaGe: prog ARG"
def test_formal_usage():
doc = """
Usage: prog [-hv] ARG
prog N M
prog is a program."""
usage, = parse_section('usage:', doc)
assert usage == "Usage: prog [-hv] ARG\n prog N M"
assert formal_usage(usage) == "( [-hv] ARG ) | ( N M )"
def test_formal_usage():
doc = """
Usage: prog [-hv] ARG
prog N M
prog is a program."""
usage, = parse_section('usage:', doc)
assert usage == "Usage: prog [-hv] ARG\n prog N M"
assert formal_usage(usage) == "( [-hv] ARG ) | ( N M )"
def test_printable_and_formal_usage():
doc = """
Usage: prog [-hv] ARG
prog N M
prog is a program."""
assert printable_usage(doc) == "Usage: prog [-hv] ARG\n prog N M"
assert formal_usage(printable_usage(doc)) == "[-hv] ARG | N M"
assert printable_usage('uSaGe: prog ARG\n\t \t\n bla') == "uSaGe: prog ARG"
def parse_params(cmd):
# This creates a parameter tree (CommandParams object) for the target docopt tool.
# Also returns a second parameter, a dict of:
# option->option-help-string
from docopt import parse_defaults, parse_pattern, formal_usage, printable_usage
usage = get_usage(cmd)
options = parse_defaults(usage)
pattern = parse_pattern(formal_usage(printable_usage(usage)), options)
param_tree = CommandParams()
build_command_tree(pattern, param_tree)
return param_tree, dict(list(get_options_descriptions(usage)))
def parse_params(cmd, given_usage=None):
# This creates a parameter tree (CommandParams object) for the target docopt tool.
# Also returns a second parameter, a dict of:
# option->option-help-string
from docopt import parse_defaults, parse_pattern, formal_usage, printable_usage
usage = get_usage(cmd) if given_usage is None else given_usage
options = parse_defaults(usage)
pattern = parse_pattern(formal_usage(printable_usage(usage)), options)
param_tree = CommandParams()
build_command_tree(pattern, param_tree)
return param_tree, dict(list(get_options_descriptions(usage)))
def parse_params(cmd):
# this function creates a parameter tree for the target docopt tool.
# a parameter tree is a CommandParams instance, see the documentation of the class
# this function also returns a second parameter, which is a dictionary of option->option help string
from docopt import parse_defaults, parse_pattern, formal_usage, printable_usage
usage = get_usage(cmd)
options = parse_defaults(usage)
pattern = parse_pattern(formal_usage(printable_usage(usage)), options)
param_tree = CommandParams()
build_command_tree(pattern, param_tree)
return param_tree, dict(list(get_options_descriptions(usage)))
def pattern(self):
"""Returns a docopt match pattern."""
try:
from docopt import parse_defaults, formal_usage, parse_pattern
except ImportError:
LOGGER.warning('docopt not installed.')
LOGGER.warning('Command help pattern generation unavailable.')
return None
usage = self.usage
options = parse_defaults(usage)
return parse_pattern(formal_usage(usage), options)
def settable_options(doc, argv, ignore, options_first):
"""Determine which options we can set, which ones are boolean, and which ones are repeatable.
All set items are option long names.
:param str doc: Docstring from docoptcfg().
:param iter argv: CLI arguments from docoptcfg().
:param iter ignore: Options to ignore from docoptcfg().
:param bool options_first: docopt argument from docoptcfg().
:return: Settable options, boolean options, repeatable options, and short to long option name mapping.
:rtype: tuple
"""
settable, booleans, repeatable, short_map = set(), set(), set(), dict()
# Determine which options are settable by docoptcfg and which ones are flags/booleans.
options = docopt.parse_defaults(doc)
short_map.update((o.short, o.long) for o in options)
parsed_argv = docopt.parse_argv(
docopt.TokenStream(argv, docopt.DocoptExit), list(options),
options_first)
overridden = [o.long for o in parsed_argv if hasattr(o, 'long')]
for option in options:
if option.long in overridden or (option.long in ignore or option.short
in ignore) or option.long is None:
continue
if option.argcount == 0:
booleans.add(option.long)
settable.add(option.long)
# Determine which options are repeatable.
if settable and '...' in doc:
pattern = docopt.parse_pattern(
docopt.formal_usage(docopt.DocoptExit.usage), options)
for option in pattern.fix().flat():
if not hasattr(option, 'long'):
continue # Positional argument or sub-command.
if getattr(option, 'long') not in settable:
continue # Don't care about this if we can't set it.
if getattr(option, 'long') in booleans and getattr(
option, 'value') == 0:
repeatable.add(getattr(option, 'long'))
elif hasattr(getattr(option, 'value'), '__iter__'):
repeatable.add(getattr(option, 'long'))
return settable, booleans, repeatable, short_map
def docopt(doc,
argv=None,
help=True,
version=None,
options_first=False): # @ReservedAssignment help
"""Re-implementation of docopt.docopt() function to parse ANYTHING at
the end (for proxying django options)."""
if argv is None:
argv = sys.argv[1:]
DocoptExit.usage = printable_usage(doc)
options = parse_defaults(doc)
pattern = parse_pattern(formal_usage(DocoptExit.usage), options)
argv = parse_argv(TokenStream(argv, DocoptExit), list(options),
options_first)
pattern_options = set(pattern.flat(Option))
for ao in pattern.flat(AnyOptions):
doc_options = parse_defaults(doc)
ao.children = list(set(doc_options) - pattern_options)
extras(help, version, argv, doc)
__matched, __left, collected = pattern.fix().match(argv)
# if matched and left == []: # better error message if left?
if collected: # better error message if left?
result = Dict((a.name, a.value) for a in (pattern.flat() + collected))
collected_django_options = len(result.get('DJANGO_OPTIONS', []))
result['DJANGO_OPTIONS'] = (result.get('DJANGO_OPTIONS', []) +
sys.argv[len(collected) +
(collected_django_options or 1):])
# If any of the collected arguments are also in the DJANGO_OPTIONS,
# then exit because we don't want users to have put options for kalite
# at the end of the command
if any(
map(
lambda x: x.name in map(lambda x: x.split("=")[0], result[
'DJANGO_OPTIONS']), collected)):
sys.stderr.write(
"Cannot mix django manage command options with kalite options. "
"Always put django management options last.\n\n")
raise DocoptExit()
return result
raise DocoptExit()
def settable_options(doc, argv, ignore, options_first):
"""Determine which options we can set, which ones are boolean, and which ones are repeatable.
All set items are option long names.
:param str doc: Docstring from docoptcfg().
:param iter argv: CLI arguments from docoptcfg().
:param iter ignore: Options to ignore from docoptcfg().
:param bool options_first: docopt argument from docoptcfg().
:return: Settable options, boolean options, repeatable options, and short to long option name mapping.
:rtype: tuple
"""
settable, booleans, repeatable, short_map = set(), set(), set(), dict()
# Determine which options are settable by docoptcfg and which ones are flags/booleans.
options = docopt.parse_defaults(doc)
short_map.update((o.short, o.long) for o in options)
parsed_argv = docopt.parse_argv(docopt.TokenStream(argv, docopt.DocoptExit), list(options), options_first)
overridden = [o.long for o in parsed_argv if hasattr(o, 'long')]
for option in options:
if option.long in overridden or (option.long in ignore or option.short in ignore):
continue
if option.argcount == 0:
booleans.add(option.long)
settable.add(option.long)
# Determine which options are repeatable.
if settable and '...' in doc:
pattern = docopt.parse_pattern(docopt.formal_usage(docopt.DocoptExit.usage), options)
for option in pattern.fix().flat():
if not hasattr(option, 'long'):
continue # Positional argument or sub-command.
if getattr(option, 'long') not in settable:
continue # Don't care about this if we can't set it.
if getattr(option, 'long') in booleans and getattr(option, 'value') == 0:
repeatable.add(getattr(option, 'long'))
elif hasattr(getattr(option, 'value'), '__iter__'):
repeatable.add(getattr(option, 'long'))
return settable, booleans, repeatable, short_map
def docopt_cmd_completion(func, **kwargs):
options = parse_defaults(func.__doc__)
pattern = parse_pattern(formal_usage(printable_usage(func.__doc__)),
options).children[0]
def get_state(it, pattern):
try:
value = next(it)
except StopIteration:
return pattern
res = []
for x in pattern:
if ((type(x[0]) == list and value in flatten(x[0]))
or value == x[0]):
res.append(x[1:])
if res:
return get_state(it, res)
return []
def wrapper(self, text, line, begidx, endidx):
argv = shlex.split(line[:endidx])[1:]
if not line[endidx - 1].isspace():
target = argv[-1]
argv = argv[:-1]
else:
target = ''
state = get_state(iter(argv), pattern.noflat())
res = []
for x in state:
if type(x[0]) == list:
res.extend(flatten(x[0]))
else:
res.append(x[0])
return list(set(x for x in res if x.startswith(target)))
wrapper.__name__ = str('complete_' + func.__name__[3:])
wrapper.__module__ = func.__module__
wrapper.__doc__ = func.__doc__
return wrapper
def docopt_cmd_completion(func, **kwargs):
options = parse_defaults(func.__doc__)
pattern = parse_pattern(formal_usage(printable_usage(func.__doc__)),
options).children[0]
def get_state(it, pattern):
try:
value = next(it)
except StopIteration:
return pattern
res = []
for x in pattern:
if ((type(x[0]) == list and value in flatten(x[0])) or
value == x[0]):
res.append(x[1:])
if res:
return get_state(it, res)
return []
def wrapper(self, text, line, begidx, endidx):
argv = shlex.split(line[:endidx])[1:]
if not line[endidx - 1].isspace():
target = argv[-1]
argv = argv[:-1]
else:
target = ''
state = get_state(iter(argv), pattern.noflat())
res = []
for x in state:
if type(x[0]) == list:
res.extend(flatten(x[0]))
else:
res.append(x[0])
return list(set(x for x in res if x.startswith(target)))
wrapper.__name__ = str('complete_' + func.__name__[3:])
wrapper.__module__ = func.__module__
wrapper.__doc__ = func.__doc__
return wrapper
args['--template'] = f.read()
if args['--header']:
with open(template_h_path, 'r') as f:
template_h = f.read()
except IOError as e:
sys.exit(e)
doc = args['<docopt>']
usage = docopt.parse_section('usage:', doc)
s = ['More than one ', '"usage:" (case-insensitive)', ' not found.']
usage = {0: s[1:], 1: usage[0] if usage else None}.get(len(usage), s[:2])
if isinstance(usage, list):
raise docopt.DocoptLanguageError(''.join(usage))
all_options = docopt.parse_defaults(doc)
pattern = docopt.parse_pattern(docopt.formal_usage(usage), all_options)
leafs, commands, arguments, flags, options = parse_leafs(
pattern, all_options)
t_commands = ';\n '.join('int %s' % c_name(cmd.name)
for cmd in commands)
t_commands = (('\n /* commands */\n ' + t_commands +
';') if t_commands != '' else '')
t_arguments = ';\n '.join('char *%s' % c_name(arg.name)
for arg in arguments)
t_arguments = (('\n /* arguments */\n ' + t_arguments +
';') if t_arguments != '' else '')
t_flags = ';\n '.join('int %s' % c_name(flag.long or flag.short)
for flag in flags)
t_flags = (('\n /* options without arguments */\n ' + t_flags +
';') if t_flags != '' else '')
def _parse_docopt(doc):
options = docopt.parse_defaults(doc)
pure_doc = docopt.formal_usage(docopt.printable_usage(doc))
pattern = docopt.parse_pattern(pure_doc, options)
return pattern
return t % (('long' if o.long else 'short'), to_c(
o.long or o.short), c_name(o.long or o.short))
def c_if_not_flag(o):
t = """ else if (o->option.argument && strcmp(o->option.o%s, %s) == 0) {
args.%s = o->option.argument;\n }"""
return t % (('long' if o.long else 'short'), to_c(
o.long or o.short), c_name(o.long or o.short))
if __name__ == '__main__':
help_message = sys.stdin.read()
usage_pattern = printable_usage(help_message)
options = parse_doc_options(help_message)
formal_pattern = parse_pattern(formal_usage(usage_pattern),
options=options)
formal_pattern.fix()
out = __doc__
out = out.replace(
'<<<flag_options>>>',
';\n '.join('int %s' % c_name(o.long or o.short) for o in options
if o.argcount == 0))
out = out.replace(
'<<<options_with_arguments>>>',
';\n '.join('char *%s' % c_name(o.long or o.short) for o in options
if o.argcount == 1))
out = out.replace('<<<help_message>>>', to_c(help_message))
out = out.replace('<<<usage_pattern>>>', to_c(usage_pattern))
out = out.replace(
if args["--template"] is None:
args["--template"] = os.path.join(os.path.dirname(os.path.realpath(__file__)), "template.c")
with open(args["--template"], "r") as f:
args["--template"] = f.read()
except IOError as e:
sys.exit(e)
doc = args["<docopt>"]
usage = docopt.parse_section("usage:", doc)
s = ["More than one ", '"usage:" (case-insensitive)', " not found."]
usage = {0: s[1:], 1: usage[0] if usage else None}.get(len(usage), s[:2])
if isinstance(usage, list):
raise docopt.DocoptLanguageError("".join(usage))
all_options = docopt.parse_defaults(doc)
pattern = docopt.parse_pattern(docopt.formal_usage(usage), all_options)
leafs, commands, arguments, flags, options = parse_leafs(pattern, all_options)
t_commands = ";\n ".join("int %s" % c_name(cmd.name) for cmd in commands)
t_commands = ("\n /* commands */\n " + t_commands + ";") if t_commands != "" else ""
t_arguments = ";\n ".join("char *%s" % c_name(arg.name) for arg in arguments)
t_arguments = ("\n /* arguments */\n " + t_arguments + ";") if t_arguments != "" else ""
t_flags = ";\n ".join("int %s" % c_name(flag.long or flag.short) for flag in flags)
t_flags = ("\n /* options without arguments */\n " + t_flags + ";") if t_flags != "" else ""
t_options = ";\n ".join("char *%s" % c_name(opt.long or opt.short) for opt in options)
t_options = ("\n /* options with arguments */\n " + t_options + ";") if t_options != "" else ""
t_defaults = ", ".join(to_c(leaf.value) for leaf in leafs)
t_defaults = re.sub(r'"(.*?)"', r'(char*) "\1"', t_defaults)
t_defaults = "\n ".join(textwrap.wrap(t_defaults, 72))
t_defaults = ("\n " + t_defaults + ",") if t_defaults != "" else ""
t_elems_cmds = ",\n ".join([c_command(cmd) for cmd in (commands)])
def main():
args = docopt.docopt(__doc__)
try:
if args['<docopt>'] is not None:
with open(args['<docopt>'], 'r') as f:
args['<docopt>'] = f.read()
elif args['<docopt>'] is None and sys.stdin.isatty():
print(__doc__.strip("\n"))
sys.exit("")
else:
args['<docopt>'] = sys.stdin.read()
except IOError as e:
sys.exit(e)
doc = args['<docopt>']
usage = parse_section('usage:', doc)
s = ['More than one ', '"usage:" (case-insensitive)', ' not found.']
usage = {0: s[1:], 1: usage[0] if usage else None}.get(len(usage), s[:2])
if isinstance(usage, list):
raise docopt.DocoptLanguageError(''.join(usage))
options = docopt.parse_defaults(doc)
pattern = docopt.parse_pattern(docopt.formal_usage(usage), options)
fsm = ragel_ast(pattern)
leafs, commands, arguments, flags, options = parse_leafs(pattern)
command_fields = '\n '.join(
map(lambda c: 'int {0};'.format(clean_name(c)), commands))
flag_fields = '\n '.join(
map(lambda c: 'int {0};'.format(clean_name(c)), flags))
option_fields = '\n '.join(
map(lambda c: 'char* {0};'.format(clean_name(c)), options))
argument_fields = '\n '.join(
map(lambda c: 'char* {0};'.format(clean_name(c)), arguments))
command_actions = '\n '.join(
map(
lambda c: 'action command_{0}{{ fsm->opt->{0} = 1; }}'.format(
clean_name(c)), commands))
flag_actions = '\n '.join(
map(
lambda c: 'action option_{0}{{ fsm->opt->{0} = 1; }}'.format(
clean_name(c)), flags))
option_actions = '\n '.join(
map(
lambda c:
'action option_{0}{{ fsm->opt->{0} = strdup(fsm->buffer); }}'.
format(clean_name(c)), options))
argument_actions = '\n '.join(
map(
lambda c:
'action argument_{0}{{ fsm->opt->{0} = strdup(fsm->buffer); }}'.
format(clean_name(c)), arguments))
options_with_defaults = filter(lambda x: x.value is not None, options)
option_defaults = '\n '.join(
map(
lambda c: 'fsm->opt->{0} = strdup("{1}");'.format(
clean_name(c), c.value), options_with_defaults))
usage = '\n '.join(
map(lambda l: 'fprintf(stdout, "{0}\\n");'.format(l), doc.split('\n')))
file = os.path.join(os.path.dirname(os.path.realpath(__file__)),
"template.rl")
print(
Template(open(file).read()).safe_substitute(
fsm=fsm,
usage=usage,
command_fields=command_fields,
flag_fields=flag_fields,
option_fields=option_fields,
argument_fields=argument_fields,
command_actions=command_actions,
flag_actions=flag_actions,
option_actions=option_actions,
argument_actions=argument_actions,
option_defaults=option_defaults,
))
c_name(o.long or o.short))
def c_if_not_flag(o):
t = """ else if (o->option.argument && strcmp(o->option.o%s, %s) == 0) {
args.%s = o->option.argument;\n }"""
return t % (('long' if o.long else 'short'),
to_c(o.long or o.short),
c_name(o.long or o.short))
if __name__ == '__main__':
help_message=sys.stdin.read()
usage_pattern = printable_usage(help_message)
options = parse_doc_options(help_message)
formal_pattern = parse_pattern(formal_usage(usage_pattern), options=options)
formal_pattern.fix()
out = __doc__
out = out.replace('<<<flag_options>>>',
';\n '.join('int %s' % c_name(o.long or o.short)
for o in options if o.argcount == 0))
out = out.replace('<<<options_with_arguments>>>',
';\n '.join('char *%s' % c_name(o.long or o.short)
for o in options if o.argcount == 1))
out = out.replace('<<<help_message>>>', to_c(help_message))
out = out.replace('<<<usage_pattern>>>', to_c(usage_pattern))
out = out.replace('<<<defaults>>>',
', '.join(to_c(o.value) for o in
sorted(options, key=lambda o: o.argcount)))
out = out.replace('<<<options>>>',
def main():
assert __doc__ is not None
args = docopt.docopt(__doc__)
try:
if args['<docopt>'] is not None:
with open(args['<docopt>'], 'r') as f:
args['<docopt>'] = f.read()
elif args['<docopt>'] is None and sys.stdin.isatty():
print(__doc__.strip("\n"))
sys.exit("")
else:
args['<docopt>'] = sys.stdin.read()
if args['--template'] is None:
args['--template'] = template_c
else:
with open(args['--template'], 'rt') as f:
args['--template'] = f.read()
if args['--template-header'] is None:
args['--template-header'] = template_h
else:
with open(args['--template-header'], 'rt') as f:
args['--template-header'] = f.read()
except IOError as e:
sys.exit(e)
doc = args['<docopt>']
usage = docopt.parse_section('usage:', doc)
error_str_l = 'More than one ', '"usage:" (case-insensitive)', ' not found.'
usage = {0: error_str_l[1:], 1: usage[0] if usage else None}.get(len(usage), error_str_l[:2])
if isinstance(usage, list):
raise docopt.DocoptLanguageError(''.join(usage))
all_options = docopt.parse_defaults(doc)
pattern = docopt.parse_pattern(docopt.formal_usage(usage), all_options)
leafs, commands, arguments, flags, options = parse_leafs(pattern, all_options)
_indent = ' ' * 4
t_commands = ';\n{indent}'.format(indent=_indent).join('size_t {!s}'.format(c_name(cmd.name))
for cmd in commands)
t_commands = '\n{indent}/* commands */\n{indent}{t_commands};'.format(indent=_indent, t_commands=t_commands) \
if t_commands != '' else ''
t_arguments = ';\n{indent}'.join('char *{!s}'.format(c_name(arg.name))
for arg in arguments)
t_arguments = '\n{indent}/* arguments */\n{indent}{t_arguments};'.format(indent=_indent, t_arguments=t_arguments) \
if t_arguments != '' else ''
t_flags = ';\n{indent}'.format(indent=_indent).join('size_t {!s}'.format(c_name(flag.long or flag.short))
for flag in flags)
t_flags = '\n{indent}/* options without arguments */\n{indent}{t_flags};'.format(indent=_indent, t_flags=t_flags) \
if t_flags != '' else ''
t_options = ';\n{indent}'.format(indent=_indent).join('char *{!s}'.format(c_name(opt.long or opt.short))
for opt in options)
t_options = '\n{indent}/* options with arguments */\n{indent}{t_options};'.format(indent=_indent,
t_options=t_options) \
if t_options != '' else ''
t_defaults = ', '.join(to_c(leaf.value) for leaf in leafs)
t_defaults = re.sub(r'"(.*?)"', r'(char *) "\1"', t_defaults)
t_defaults = '\n{indent}'.format(indent=_indent * 2).join(textwrap.wrap(t_defaults, 72))
t_defaults = '\n{indent}{t_defaults},'.format(indent=_indent * 2, t_defaults=t_defaults) if t_defaults != '' else ''
t_elems_cmds = ',\n{indent}'.format(indent=_indent * 2).join(c_command(cmd) for cmd in commands)
t_elems_cmds = '\n{indent}{t_elems_cmds}'.format(indent=_indent * 2,
t_elems_cmds=t_elems_cmds) if t_elems_cmds != '' else ''
t_elems_args = ',\n{indent}'.format(indent=_indent * 2).join(c_argument(arg) for arg in arguments)
t_elems_args = '\n{indent}{t_elems_args}'.format(indent=_indent * 2,
t_elems_args=t_elems_args) if t_elems_args != '' else ''
t_elems_opts = ',\n{indent}'.format(indent=_indent * 2).join(c_option(o) for o in (flags + options))
t_elems_opts = '\n{indent}{t_elems_opts}'.format(indent=_indent * 2,
t_elems_opts=t_elems_opts) if t_elems_opts != '' else ''
'''
t_elems_n_commands = str(len(commands))
t_elems_n_arguments = str(len(arguments))
t_elems_n_options = str(len(flags + options))
t_elems_n_cmds = str(len(commands))
t_elems_n = ', '.join(str(len(l)) for l in (commands, arguments, (flags + options)))
print(
't_elems_n_commands:', t_elems_n_commands, ';\n',
't_elems_n_arguments:', t_elems_n_arguments, ';\n',
't_elems_n_options:', t_elems_n_options, ';\n',
't_elems_n_cmds:', t_elems_n_cmds, ';\n',
't_elems_n:', t_elems_n, ';'
)
'''
t_if_command = ' else '.join(c_if_command(command) for command in commands)
t_if_command = '\n{indent}{t_if_command}'.format(indent=_indent * 2,
t_if_command=t_if_command) if t_if_command != '' else ''
t_if_argument = ' else '.join(c_if_argument(arg) for arg in arguments)
t_if_argument = '\n{indent}{t_if_argument}'.format(
indent=_indent * 2,
t_if_argument='\n{indent}'.format(indent=_indent * 2).join(t_if_argument.splitlines())
) if t_if_argument != '' else ''
t_if_flag = ''.join('\n{indent}'.format(indent=_indent * 2).join(c_if_flag(flag).splitlines())
for flag in flags)
t_if_option = ''.join(
'\n{indent}'.format(indent=_indent * 2).join(c_if_option(opt).splitlines())
for opt in options
)
if not args['--output-name']:
header_output_name = '<stdout>'
else:
base, ext = os.path.splitext(args['--output-name'])
if ext not in frozenset(('.h', '.c')):
base = args['--output-name']
args['--output-name'] = "{base}.c".format(base=base)
header_output_name = "{base}.h".format(base=base)
header_name = os.path.basename(header_output_name)
doc = doc.splitlines()
doc_n = len(doc)
template_out = Template(args['--template']).safe_substitute(
help_message='\n{indent}'.format(indent=_indent).join(to_initializer(doc).splitlines()),
help_message_n=doc_n,
usage_pattern='\n{indent}'.format(indent=_indent * 2).join(to_c(usage).splitlines()),
if_flag=t_if_flag,
if_option=t_if_option,
if_command=t_if_command,
if_argument=t_if_argument,
defaults=t_defaults,
elems_cmds=null_if_zero(t_elems_cmds),
elems_args=null_if_zero(t_elems_args),
elems_opts=null_if_zero(t_elems_opts),
t_elems_n_commands=str(len(commands)),
t_elems_n_arguments=str(len(arguments)),
t_elems_n_options=str(len(flags + options)),
header_name=header_name
)
template_header_out = Template(args['--template-header']).safe_substitute(
commands=t_commands,
arguments=t_arguments,
flags=t_flags,
options=t_options,
help_message_n=doc_n,
# nargs=t_nargs
).replace('$header_no_ext', os.path.splitext(header_name)[0].upper())
if args['--output-name'] is None:
print(template_out.strip(), '\n')
else:
try:
with open(sys.stdout if args['--output-name'] in (None, "<stdout>") else args['--output-name'], 'w') as f:
f.write(template_out.strip() + '\n')
with open(sys.stdout if header_output_name == "<stdout>" else header_output_name, 'w') as f:
f.write(template_header_out.strip() + '\n')
except IOError as e:
sys.exit(str(e))
def main():
args = docopt.docopt(__doc__, version='none')
with open(args['<docopt_file>'], 'r') as f:
args['<docopt_file>'] = f.read()
template_h_name = args['--template_h']
template_c_name = args['--template_c']
args['template_h_obj'] = read_template_file_contents(args['--template_h'])
args['template_c_obj'] = read_template_file_contents(args['--template_c'])
doc = args['<docopt_file>']
usage = docopt.printable_usage(doc)
all_options = docopt.parse_defaults(doc)
pattern = docopt.parse_pattern(docopt.formal_usage(usage), all_options)
prompt = usage.split()[1].strip()
usage_lines = [x.replace(prompt, "") for x in usage.split('\n')[1:]]
tokens = []
commands = []
# I'm not sure why we have to reach in here, but it "works"
required_commands = pattern.children[0].children
for idx, required in enumerate(required_commands):
parts = [
o.name for o in required.children if isinstance(o, docopt.Command)
]
if not parts:
continue
# "help" is a special case? So exclude?
if "help" in parts:
continue
tokens.extend(parts)
docopt_text = usage_lines[idx].strip(
) if idx < len(usage_lines) else None
commands.append(Command(parts, docopt_text))
if args['--short'] is not None:
doc = doc.replace(prompt + " ", args['--short'] + " ")
rendering = Rendering(args['<module_name>'], commands, prompt, doc,
args['--multithreaded'])
if len(rendering.tokens) > 64:
raise docopt.DocoptExit(
'Too many unique tokens ({}) for Docopt μC (max:64)'.format(
len(rendering.tokens)))
too_long_commands = []
for cmd in rendering.commands:
if len(cmd.parts) > 6:
too_long_commands.append(cmd)
if too_long_commands:
summaries = [
' > {}'.format(" ".join(p for p in c.parts))
for c in too_long_commands
]
raise docopt.DocoptExit('\n'.join([
'The following commands are too long for Docopt μC (max: 6 long):'
] + summaries))
output_h_filename = args['--template_h'].replace(args['--template_prefix'],
rendering.include_name)
output_c_filename = args['--template_c'].replace(args['--template_prefix'],
rendering.include_name)
output_h_filename = os.path.join(args['--output_dir'], output_h_filename)
output_c_filename = os.path.join(args['--output_dir'], output_c_filename)
with open(output_h_filename, 'w') as f:
f.write(args['template_h_obj'].render(rendering=rendering))
with open(output_c_filename, 'w') as f:
f.write(args['template_c_obj'].render(rendering=rendering))
if args["--no-docopt-args-h"] is False:
# copy the docopt header file to the output directory
docopt_args = pkg_resources.resource_filename(
__name__, 'templates/docopt_args.h')
shutil.copy2(docopt_args, args['--output_dir'])
from collections import OrderedDict
from docopt import docopt, printable_usage, parse_defaults, formal_usage
if __name__ == '__main__':
args = docopt(__doc__, help=True, version=1.0)
base_command = args.get('<tool_help_call>').split(' ')
doc = check_output(base_command)
# Load options and arguments
doc_options, doc_args = optdoc.parse_defaults(doc)
# Load list
usage = printable_usage(doc)
options = parse_defaults(doc)
pattern, arg_list, cmd_list, ids = optdoc.parse_pattern(formal_usage(usage), options)
# print pattern
# Print args, options, cmds, and lists
# print 'ARGS \n' + str(args) + '\n'
# print 'OPTIONS \n' + str(doc_options) + '\n'
# print 'ARGUMENTS \n' + str(doc_args) + '\n'
# print 'LIST OPT/ARGS \n' + str(arg_list)
# print 'CMD \n' + str(cmd_list)
# remove -h/--help from base_command
if '-h' in base_command:
base_command.remove('-h')
elif '--help' in base_command:
base_command.remove('--help')