def class_template_headers(template_string):
template_string = template_string.strip()
class_template_types = {
'Vector': {'headers': ['<wtf/Vector.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'HashMap': {'headers': ['<wtf/HashMap.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'std::pair': {'headers': ['<utility>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
}
match = re.match('(?P<template_name>.+?)<(?P<parameter_string>.+)>', template_string)
if not match:
return {'header_infos':[], 'types':[template_string]}
template_name = match.groupdict()['template_name']
if template_name not in class_template_types:
sys.stderr.write("Error: no class template type is defined for '%s'\n" % (template_string))
sys.exit(1)
header_infos = [class_template_types[template_name]]
types = []
for parameter in parser.split_parameters_string(match.groupdict()['parameter_string']):
parameter_header_infos_and_types = class_template_headers(parameter)
header_infos += parameter_header_infos_and_types['header_infos'];
types += parameter_header_infos_and_types['types']
return {'header_infos':header_infos, 'types':types}
def class_template_headers(template_string):
template_string = template_string.strip()
class_template_types = {
# FIXME: Remove the unprefixed versions.
'Vector': {'headers': ['<wtf/Vector.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'HashMap': {'headers': ['<wtf/HashMap.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'WTF::Vector': {'headers': ['<wtf/Vector.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'WTF::HashMap': {'headers': ['<wtf/HashMap.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'std::pair': {'headers': ['<utility>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
}
match = re.match('(?P<template_name>.+?)<(?P<parameter_string>.+)>', template_string)
if not match:
return {'header_infos':[], 'types':[template_string]}
header_infos = [class_template_types[match.groupdict()['template_name']]]
types = []
for parameter in parser.split_parameters_string(match.groupdict()['parameter_string']):
parameter_header_infos_and_types = class_template_headers(parameter)
header_infos += parameter_header_infos_and_types['header_infos'];
types += parameter_header_infos_and_types['types']
return {'header_infos':header_infos, 'types':types}
def class_template_headers(template_string):
template_string = template_string.strip()
class_template_types = {
'Vector': {'headers': ['<wtf/Vector.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'HashMap': {'headers': ['<wtf/HashMap.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'std::pair': {'headers': ['<utility>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
}
match = re.match('(?P<template_name>.+?)<(?P<parameter_string>.+)>', template_string)
if not match:
return {'header_infos':[], 'types':[template_string]}
template_name = match.groupdict()['template_name']
if template_name not in class_template_types:
sys.stderr.write("Error: no class template type is defined for '%s'\n" % (template_string))
sys.exit(1)
header_infos = [class_template_types[template_name]]
types = []
for parameter in parser.split_parameters_string(match.groupdict()['parameter_string']):
parameter_header_infos_and_types = class_template_headers(parameter)
header_infos += parameter_header_infos_and_types['header_infos'];
types += parameter_header_infos_and_types['types']
return {'header_infos':header_infos, 'types':types}
def class_template_headers(template_string):
template_string = template_string.strip()
class_template_types = {
"Vector": {"headers": ["<wtf/Vector.h>"], "argument_coder_headers": ['"ArgumentCoders.h"']},
"HashMap": {"headers": ["<wtf/HashMap.h>"], "argument_coder_headers": ['"ArgumentCoders.h"']},
"std::pair": {"headers": ["<utility>"], "argument_coder_headers": ['"ArgumentCoders.h"']},
}
match = re.match("(?P<template_name>.+?)<(?P<parameter_string>.+)>", template_string)
if not match:
return {"header_infos": [], "types": [template_string]}
template_name = match.groupdict()["template_name"]
if template_name not in class_template_types:
sys.stderr.write("Error: no class template type is defined for '%s'\n" % (template_string))
sys.exit(1)
header_infos = [class_template_types[template_name]]
types = []
for parameter in parser.split_parameters_string(match.groupdict()["parameter_string"]):
parameter_header_infos_and_types = class_template_headers(parameter)
header_infos += parameter_header_infos_and_types["header_infos"]
types += parameter_header_infos_and_types["types"]
return {"header_infos": header_infos, "types": types}
def class_template_headers(template_string):
template_string = template_string.strip()
class_template_types = {
# FIXME: Remove the unprefixed versions.
'Vector': {'headers': ['<wtf/Vector.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'HashMap': {'headers': ['<wtf/HashMap.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'WTF::Vector': {'headers': ['<wtf/Vector.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'WTF::HashMap': {'headers': ['<wtf/HashMap.h>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
'std::pair': {'headers': ['<utility>'], 'argument_coder_headers': ['"ArgumentCoders.h"']},
}
match = re.match('(?P<template_name>.+?)<(?P<parameter_string>.+)>', template_string)
if not match:
return {'header_infos':[], 'types':[template_string]}
header_infos = [class_template_types[match.groupdict()['template_name']]]
types = []
for parameter in parser.split_parameters_string(match.groupdict()['parameter_string']):
parameter_header_infos_and_types = class_template_headers(parameter)
header_infos += parameter_header_infos_and_types['header_infos'];
types += parameter_header_infos_and_types['types']
return {'header_infos':header_infos, 'types':types}