def parse_with_arg_common(self, cnt): test(self.name_alt == None, err.InvalidDoubleName, (cnt, self.name_alt)) self.has_arg = True test(check.optarg_name(self.arg_name), err.InvalidArgName, (cnt, self.arg_name)) self.arg_range = check.is_empty_or_none(self.arg_range)
def parse_type_float(self, cnt):
self.parse_with_arg_common(cnt)
if self.arg_range != None:
self.parse_numeric_range(cnt)
for i in range(len(self.arg_range)):
self.arg_range[i] == check.is_empty_or_none(self.arg_range[i])
if isinstance(self.arg_range[i], int) or isinstance(
self.arg_range[i], long):
self.arg_range[i] = float(self.arg_range[i])
test(check.is_float_or_none(self.arg_range[i]),
err.InvalidFloatRange, (cnt, self.arg_range))
test(
check.range_boundaries_are_valid(self.arg_range,
self.open_boundary),
err.InvalidFloatRange, (cnt, self.arg_range))
if len(self.arg_range) == 3 and self.arg_range[1] == None:
self.arg_range = [self.arg_range[0], self.arg_range[2]]
test(check.range_step_is_valid(self.arg_range),
err.InvalidFloatRange, (cnt, self.arg_range))
self.set_numeric_default_val(cnt)
def set_numeric_default_val(self, cnt):
if self.arg_type == "INT":
invalid_error = err.InvalidIntDefaultVal
out_of_range_error = err.OutOfRangeIntDefaultVal
elif self.arg_type == "FLOAT":
invalid_error = err.InvalidFloatDefaultVal
out_of_range_error = err.OutOfRangeFloatDefaultVal
else:
raise err.Bug(cnt, "")
self.default_arg = check.is_empty_or_none(self.default_arg)
if self.default_arg != None:
try:
if self.arg_type == "INT":
def_val = long(self.default_arg)
elif self.arg_type == "FLOAT":
def_val = float(self.default_arg)
except ValueError:
raise invalid_error(cnt, self.default_arg)
self.default_arg = self.default_arg.strip()
test(
check.is_in_range(def_val, self.arg_range, self.open_boundary),
out_of_range_error, (cnt, def_val))
def parse_with_arg_common(self, cnt):
test(self.name_alt == None, err.InvalidDoubleName,
(cnt, self.name_alt))
self.has_arg = True
test(check.optarg_name(self.arg_name), err.InvalidArgName,
(cnt, self.arg_name))
self.arg_range = check.is_empty_or_none(self.arg_range)
def set_flag_default_val(self, cnt): invalid_error = err.InvalidFlagDefaultVal self.default_arg = check.is_empty_or_none(self.default_arg) if self.default_arg == None: self.default_arg = "false" test(check.is_bool_in_string(self.default_arg), invalid_error, (cnt, self.default_arg)) self.default_arg = self.default_arg.lower()
def set_flag_default_val(self, cnt):
invalid_error = err.InvalidFlagDefaultVal
self.default_arg = check.is_empty_or_none(self.default_arg)
if self.default_arg == None:
self.default_arg = "false"
test(check.is_bool_in_string(self.default_arg), invalid_error,
(cnt, self.default_arg))
self.default_arg = self.default_arg.lower()
def parse_type_int(self, cnt): self.parse_with_arg_common(cnt) if self.arg_range != None: self.parse_numeric_range(cnt) for i in range(len(self.arg_range)): self.arg_range[i] == check.is_empty_or_none(self.arg_range[i]) test(check.is_int_or_none(self.arg_range[i]), err.InvalidIntRange, (cnt, self.arg_range)) test(check.range_boundaries_are_valid(self.arg_range, self.open_boundary), err.InvalidIntRange, (cnt, self.arg_range)) if len(self.arg_range) == 3 and self.arg_range[1] == None: self.arg_range = [self.arg_range[0], self.arg_range[2]] test(check.range_step_is_valid(self.arg_range), err.InvalidIntRange, (cnt, self.arg_range)) self.set_numeric_default_val(cnt)
def set_numeric_default_val(self, cnt): if self.arg_type == "INT": invalid_error = err.InvalidIntDefaultVal out_of_range_error = err.OutOfRangeIntDefaultVal elif self.arg_type == "FLOAT": invalid_error = err.InvalidFloatDefaultVal out_of_range_error = err.OutOfRangeFloatDefaultVal else: raise err.Bug(cnt, "") self.default_arg = check.is_empty_or_none(self.default_arg) if self.default_arg != None: try: if self.arg_type == "INT": def_val = long(self.default_arg) elif self.arg_type == "FLOAT": def_val = float(self.default_arg) except ValueError: raise invalid_error(cnt, self.default_arg) self.default_arg = self.default_arg.strip() test(check.is_in_range(def_val, self.arg_range, self.open_boundary), out_of_range_error, (cnt, def_val))
def __init__(self, cnt, settings, name, arg_type, arg_name, arg_range,
default_arg, desc):
self.settings = settings
self.name = name
self.short = ""
self.force_noshort = False
self.short_only = False
self.arg_type = str(arg_type)
self.is_array = False
self.arg_name = str(arg_name)
self.arg_range = str(arg_range)
self.default_arg = str(default_arg)
self.desc = str(desc)
self.arg_range_compiled_regex = None
self.open_boundary = [False, False]
splitnamealt = str(name).split("|")
test(
len(splitnamealt) == 1 or len(splitnamealt) == 2,
err.WrongSplitAltName, (cnt, name))
self.name = splitnamealt[0]
splitname = str(splitnamealt[0]).split(",")
test(
len(splitname) == 1 or len(splitname) == 2, err.WrongSplitName,
(cnt, splitnamealt[0]))
if len(splitname) > 1:
self.name = splitname[0]
self.short = splitname[1]
elif len(self.name) == 1:
self.short = self.name
self.short_only = True
test(check.var_name(self.name), err.InvalidName, (cnt, self.name))
test(self.name != "help", err.ReservedOptName, (cnt, self.name))
test(self.name != "version", err.ReservedOptName, (cnt, self.name))
test(check.var_name_is_reserved(self.name), err.ReservedVarName,
(cnt, self.name))
test(
check.optname_short(self.short)
or check.directive_short(self.short), err.InvalidShortOpt,
(cnt, self.short))
self.short = check.is_empty_or_none(self.short)
if self.short == "-":
self.short = None
self.force_noshort = True
self.name_alt = None
self.short_alt = ""
self.force_noshort_alt = False
self.short_only_alt = False
if len(splitnamealt) == 2:
self.name_alt = splitnamealt[1]
splitname = str(splitnamealt[1]).split(",")
test(
len(splitname) == 1 or len(splitname) == 2, err.WrongSplitName,
(cnt, splitnamealt[1]))
if len(splitname) > 1:
self.name_alt = splitname[0]
self.short_alt = splitname[1]
elif len(self.name_alt) == 1:
self.short_alt = self.name_alt
self.short_only_alt = True
test(check.alt_opt_name(self.name_alt), err.InvalidName,
(cnt, self.name_alt))
test(self.name_alt != "help", err.ReservedOptName,
(cnt, self.name_alt))
test(self.name_alt != "version", err.ReservedOptName,
(cnt, self.name_alt))
#test(check.var_name_is_reserved(self.name_alt), err.ReservedVarName, (cnt, self.name_alt))
test(
check.optname_short(self.short_alt)
or check.directive_short(self.short_alt), err.InvalidShortOpt,
(cnt, self.short_alt))
if self.short_alt == "-":
self.short_alt = None
self.force_noshort_alt = True
self.short_alt = check.is_empty_or_none(self.short_alt)
self.arg_type = self.arg_type.upper()
if self.arg_type in ["INT+", "FLOAT+", "STRING+"]:
self.arg_type = self.arg_type[:-1]
self.is_array = True
if self.arg_type == "INT":
self.parse_type_int(cnt)
elif self.arg_type == "FLOAT":
self.parse_type_float(cnt)
elif self.arg_type == "STRING":
self.parse_type_string(cnt)
elif self.arg_type == "NONE" or self.arg_type == "":
self.parse_type_flag(cnt)
else:
raise err.InvalidArgType(cnt, self.arg_type)
self.opt_name = self.name.replace("_", "-")
self.opt_name_alt = None
if self.name_alt != None:
self.opt_name_alt = self.name_alt.replace("_", "-")
def __init__(self, cnt, settings, name, arg_type, arg_name, arg_range, default_arg, desc):
self.settings = settings
self.name = name
self.short = ""
self.force_noshort = False
self.short_only = False
self.arg_type = str(arg_type)
self.is_array = False
self.arg_name = str(arg_name)
self.arg_range = str(arg_range)
self.default_arg = str(default_arg)
self.desc = str(desc)
self.arg_range_compiled_regex = None
self.open_boundary = [False, False]
splitnamealt = str(name).split("|")
test(len(splitnamealt) == 1 or len(splitnamealt) == 2, err.WrongSplitAltName, (cnt, name))
self.name = splitnamealt[0]
splitname = str(splitnamealt[0]).split(",")
test(len(splitname) == 1 or len(splitname) == 2, err.WrongSplitName, (cnt, splitnamealt[0]))
if len(splitname) > 1:
self.name = splitname[0]
self.short = splitname[1]
elif len(self.name) == 1:
self.short = self.name
self.short_only = True
test(check.var_name(self.name), err.InvalidName, (cnt, self.name))
test(self.name != "help", err.ReservedOptName, (cnt, self.name))
test(self.name != "version", err.ReservedOptName, (cnt, self.name))
test(check.var_name_is_reserved(self.name), err.ReservedVarName, (cnt, self.name))
test(check.optname_short(self.short) or check.directive_short(self.short), err.InvalidShortOpt, (cnt, self.short))
self.short = check.is_empty_or_none(self.short)
if self.short == "-":
self.short = None
self.force_noshort = True
self.name_alt = None
self.short_alt = ""
self.force_noshort_alt = False
self.short_only_alt = False
if len(splitnamealt) == 2:
self.name_alt = splitnamealt[1]
splitname = str(splitnamealt[1]).split(",")
test(len(splitname) == 1 or len(splitname) == 2, err.WrongSplitName, (cnt, splitnamealt[1]))
if len(splitname) > 1:
self.name_alt = splitname[0]
self.short_alt = splitname[1]
elif len(self.name_alt) == 1:
self.short_alt = self.name_alt
self.short_only_alt = True
test(check.alt_opt_name(self.name_alt), err.InvalidName, (cnt, self.name_alt))
test(self.name_alt != "help", err.ReservedOptName, (cnt, self.name_alt))
test(self.name_alt != "version", err.ReservedOptName, (cnt, self.name_alt))
#test(check.var_name_is_reserved(self.name_alt), err.ReservedVarName, (cnt, self.name_alt))
test(check.optname_short(self.short_alt) or check.directive_short(self.short_alt), err.InvalidShortOpt, (cnt, self.short_alt))
if self.short_alt == "-":
self.short_alt = None
self.force_noshort_alt = True
self.short_alt = check.is_empty_or_none(self.short_alt)
self.arg_type = self.arg_type.upper()
if self.arg_type in ["INT+", "FLOAT+", "STRING+"]:
self.arg_type = self.arg_type[:-1]
self.is_array = True
if self.arg_type == "INT":
self.parse_type_int(cnt)
elif self.arg_type == "FLOAT":
self.parse_type_float(cnt)
elif self.arg_type == "STRING":
self.parse_type_string(cnt)
elif self.arg_type == "NONE" or self.arg_type == "":
self.parse_type_flag(cnt)
else:
raise err.InvalidArgType(cnt, self.arg_type)
self.opt_name = self.name.replace("_","-")
self.opt_name_alt = None
if self.name_alt != None:
self.opt_name_alt = self.name_alt.replace("_","-")
