def customize_base_cfg(
cfgname,
cfgopt_strs,
base_cfg,
cfgtype,
alias_keys=None,
valid_keys=None,
offset=0,
strict=True,
):
"""
DEPRICATE
"""
import re
cfg = base_cfg.copy()
# Parse dict out of a string
# ANYTHING_NOT_BRACE = r'[^\[\]]*\]'
ANYTHING_NOT_PAREN_OR_BRACE = r'[^()\[\]]*[\]\)]'
cfgstr_options_list = re.split(
r',\s*' + ut.negative_lookahead(ANYTHING_NOT_PAREN_OR_BRACE), cfgopt_strs
)
# cfgstr_options_list = cfgopt_strs.split(',')
cfg_options = ut.parse_cfgstr_list(
cfgstr_list=cfgstr_options_list, smartcast=True, oldmode=False
)
# Hack for q/d-prefix specific configs
remove_prefix_hack(cfg, cfgtype, cfg_options, alias_keys)
# Remap keynames based on aliases
if alias_keys is not None:
# Use new standard keys and remove old aliased keys
for key in set(alias_keys.keys()):
if key in cfg_options:
cfg_options[alias_keys[key]] = cfg_options[key]
del cfg_options[key]
# Ensure that nothing bad is being updated
if strict:
parsed_keys = cfg_options.keys()
if valid_keys is not None:
ut.assert_all_in(parsed_keys, valid_keys, 'keys specified not in valid set')
else:
ut.assert_all_in(
parsed_keys, cfg.keys(), 'keys specified not in default options'
)
# Finalize configuration dict
cfg.update(cfg_options)
cfg['_cfgtype'] = cfgtype
cfg['_cfgname'] = cfgname
cfg_combo = ut.all_dict_combinations(cfg)
# if len(cfg_combo) > 1:
for combox, cfg_ in enumerate(cfg_combo, start=offset):
# cfg_['_cfgname'] += ';' + str(combox)
cfg_['_cfgindex'] = combox
for cfg_ in cfg_combo:
if len(cfgopt_strs) > 0:
cfg_['_cfgstr'] = cfg_['_cfgname'] + ut.NAMEVARSEP + cfgopt_strs
else:
cfg_['_cfgstr'] = cfg_['_cfgname']
return cfg_combo
def modify_code_indent_formatdict(code, locals_):
# Parse out search and replace locations in code
ncl1 = ut.negative_lookbehind('{')
ncl2 = ut.negative_lookahead('{')
ncr1 = ut.negative_lookbehind('}')
ncr2 = ut.negative_lookahead('}')
left = ncl1 + '{' + ncl2
right = ncr1 + '}' + ncr2
fmtpat = left + ut.named_field('key', '[^}]*') + right
spacepat = ut.named_field('indent', '^\s+')
pattern = spacepat + fmtpat
import re
seen_ = set([])
for m in re.finditer(pattern, code, flags=re.MULTILINE):
indent = (m.groupdict()['indent'])
key = (m.groupdict()['key'])
if key in locals_ and key not in seen_:
seen_.add(key)
locals_[key] = ut.indent_rest(locals_[key], indent)
def customize_base_cfg(cfgname, cfgopt_strs, base_cfg, cfgtype,
alias_keys=None, valid_keys=None, offset=0,
strict=True):
"""
DEPRICATE
"""
import re
cfg = base_cfg.copy()
# Parse dict out of a string
#ANYTHING_NOT_BRACE = r'[^\[\]]*\]'
ANYTHING_NOT_PAREN_OR_BRACE = r'[^()\[\]]*[\]\)]'
cfgstr_options_list = re.split(
r',\s*' + ut.negative_lookahead(ANYTHING_NOT_PAREN_OR_BRACE), cfgopt_strs)
#cfgstr_options_list = cfgopt_strs.split(',')
cfg_options = ut.parse_cfgstr_list(
cfgstr_list=cfgstr_options_list, smartcast=True, oldmode=False)
# Hack for q/d-prefix specific configs
remove_prefix_hack(cfg, cfgtype, cfg_options, alias_keys)
# Remap keynames based on aliases
if alias_keys is not None:
# Use new standard keys and remove old aliased keys
for key in set(alias_keys.keys()):
if key in cfg_options:
cfg_options[alias_keys[key]] = cfg_options[key]
del cfg_options[key]
# Ensure that nothing bad is being updated
if strict:
parsed_keys = cfg_options.keys()
if valid_keys is not None:
ut.assert_all_in(parsed_keys, valid_keys,
'keys specified not in valid set')
else:
ut.assert_all_in(parsed_keys, cfg.keys(),
'keys specified not in default options')
# Finalize configuration dict
cfg.update(cfg_options)
cfg['_cfgtype'] = cfgtype
cfg['_cfgname'] = cfgname
cfg_combo = ut.all_dict_combinations(cfg)
#if len(cfg_combo) > 1:
for combox, cfg_ in enumerate(cfg_combo, start=offset):
#cfg_['_cfgname'] += ';' + str(combox)
cfg_['_cfgindex'] = combox
for cfg_ in cfg_combo:
if len(cfgopt_strs) > 0:
cfg_['_cfgstr'] = cfg_['_cfgname'] + ut.NAMEVARSEP + cfgopt_strs
else:
cfg_['_cfgstr'] = cfg_['_cfgname']
return cfg_combo
import utool as ut
import re
vim = 0
SLASH = re.escape('\\')
LCURL = re.escape(r'{')
RCURL = re.escape(r'}')
NOT_LCURL = '[^}]'
NOPREV_LCURL = ut.negative_lookbehind(r'{', vim=1)
ANY_NONGREEDY = '.' + ut.nongreedy_kleene_star(vim=vim)
NONEXT_BSLASH = ut.negative_lookahead(SLASH, vim=vim)
def GROUP(x):
return '(' + x + ')'
title = 'section'
#tks = [
# ('section', 's'),
# ('subsection', 't'),
# ('subsubsection', 'u'),
##]
#print('--langdef=tex')
#print('--langmap=tex:.tex')
# --regex-tex=/\\label\{([^}]*)\}/\1/l,label/
# --regex-tex=/\\label\{([^}]*)\}/\1/l,label/
# --regex-tex=/^\s*\\section\{([^}]*)\}/\1/s,section/
import utool as ut
import re
vim = 0
SLASH = re.escape('\\')
LCURL = re.escape(r'{')
RCURL = re.escape(r'}')
NOT_LCURL = '[^}]'
NOPREV_LCURL = ut.negative_lookbehind(r'{', vim=1)
ANY_NONGREEDY = '.' + ut.nongreedy_kleene_star(vim=vim)
NONEXT_BSLASH = ut.negative_lookahead(SLASH, vim=vim)
def GROUP(x):
return '(' + x + ')'
title = 'section'
#tks = [
# ('section', 's'),
# ('subsection', 't'),
# ('subsubsection', 'u'),
##]
#print('--langdef=tex')
#print('--langmap=tex:.tex')
# --regex-tex=/\\label\{([^}]*)\}/\1/l,label/
# --regex-tex=/\\label\{([^}]*)\}/\1/l,label/
# --regex-tex=/^\s*\\section\{([^}]*)\}/\1/s,section/
def customize_base_cfg(cfgname, cfgopt_strs, base_cfg, cfgtype,
alias_keys=None, valid_keys=None, offset=0,
strict=True):
"""
Args:
cfgname (str): config name
cfgopt_strs (str): mini-language defining key variations
base_cfg (dict): specifies the default cfg to customize
cfgtype (?):
alias_keys (None): (default = None)
valid_keys (None): if base_cfg is not specied, this defines the valid
keys (default = None)
offset (int): (default = 0)
strict (bool): (default = True)
Returns:
list: cfg_combo - list of config dicts defining customized configs
based on cfgopt_strs. customized configs always are given an
_cfgindex, _cfgstr, and _cfgname key.
CommandLine:
python -m ibeis.expt.cfghelpers --exec-_customize_base_cfg
Example:
>>> # DISABLE_DOCTEST
>>> from ibeis.expt.cfghelpers import * # NOQA
>>> cfgname = 'default'
>>> cfgopt_strs = 'dsize=1000,per_name=[1,2]'
>>> base_cfg = '?'
>>> cfgtype = '?'
>>> alias_keys = None
>>> valid_keys = None
>>> offset = 0
>>> strict = True
>>> cfg_combo = customize_base_cfg(cfgname, cfgopt_strs, base_cfg, cfgtype, alias_keys, valid_keys, offset, strict)
>>> result = ('cfg_combo = %s' % (str(cfg_combo),))
>>> print(result)
"""
cfg = base_cfg.copy()
# Parse dict out of a string
#ANYTHING_NOT_BRACE = r'[^\[\]]*\]'
ANYTHING_NOT_PAREN_OR_BRACE = r'[^()\[\]]*[\]\)]'
cfgstr_options_list = re.split(
r',\s*' + ut.negative_lookahead(ANYTHING_NOT_PAREN_OR_BRACE), cfgopt_strs)
#cfgstr_options_list = cfgopt_strs.split(',')
cfg_options = ut.parse_cfgstr_list(
cfgstr_list=cfgstr_options_list, smartcast=True, oldmode=False)
# Hack for q/d-prefix specific configs
remove_prefix_hack(cfg, cfgtype, cfg_options, alias_keys)
# Remap keynames based on aliases
if alias_keys is not None:
# Use new standard keys and remove old aliased keys
for key in set(alias_keys.keys()):
if key in cfg_options:
cfg_options[alias_keys[key]] = cfg_options[key]
del cfg_options[key]
# Ensure that nothing bad is being updated
if strict:
parsed_keys = cfg_options.keys()
if valid_keys is not None:
ut.assert_all_in(parsed_keys, valid_keys,
'keys specified not in valid set')
else:
ut.assert_all_in(parsed_keys, cfg.keys(),
'keys specified not in default options')
# Finalize configuration dict
cfg.update(cfg_options)
cfg['_cfgtype'] = cfgtype
cfg['_cfgname'] = cfgname
cfg_combo = ut.all_dict_combinations(cfg)
#if len(cfg_combo) > 1:
for combox, cfg_ in enumerate(cfg_combo, start=offset):
#cfg_['_cfgname'] += ';' + str(combox)
cfg_['_cfgindex'] = combox
for cfg_ in cfg_combo:
if len(cfgopt_strs) > 0:
cfg_['_cfgstr'] = cfg_['_cfgname'] + NAMEVARSEP + cfgopt_strs
else:
cfg_['_cfgstr'] = cfg_['_cfgname']
return cfg_combo
