help="input file", metavar="FILE")
parser.add_option("-o", "--output", dest="output",
help='output file', metavar="FILE")
-parser.add_option("--mode", type="choice", metavar="<FUNCTIONS>",
- choices=["FUNCTIONS"], default="FUNCTIONS")
+parser.add_option("--mode", type="choice", metavar="<FUNCTIONS|S3PROTO|LIBPROTO|PARAMDEFS|PARAMTABLE>",
+ choices=["FUNCTIONS", "S3PROTO", "LIBPROTO", "PARAMDEFS", "PARAMTABLE"], default="FUNCTIONS")
+parser.add_option("--scope", metavar="<GLOBAL|LOCAL>",
+ choices = ["GLOBAL", "LOCAL"], default="GLOBAL")
(options, args) = parser.parse_args()
synonym = parameter.attrib.get("synonym")
removed = parameter.attrib.get("removed")
generated = parameter.attrib.get("generated_function")
- if synonym == "1" or removed == "1" or generated == "0":
+ handler = parameter.attrib.get("handler")
+ enumlist = parameter.attrib.get("enumlist")
+ deprecated = parameter.attrib.get("deprecated")
+ synonyms = parameter.findall('synonym')
+
+ if removed == "1":
continue
+
constant = parameter.attrib.get("constant")
parm = parameter.attrib.get("parm")
if name is None or param_type is None or context is None:
raise Exception("Error parsing parameter: " + name)
if func is None:
func = name.replace(" ", "_").lower()
+ if enumlist is None:
+ enumlist = "NULL"
+ if handler is None:
+ handler = "NULL"
yield {'name': name,
'type': param_type,
'context': context,
'function': func,
'constant': (constant == '1'),
- 'parm': (parm == '1')}
+ 'parm': (parm == '1'),
+ 'synonym' : synonym,
+ 'generated' : generated,
+ 'enumlist' : enumlist,
+ 'handler' : handler,
+ 'deprecated' : deprecated,
+ 'synonyms' : synonyms }
# map doc attributes to a section of the generated function
context_dict = {"G": "_GLOBAL", "S": "_LOCAL"}
-param_type_dict = {"boolean": "_BOOL", "list": "_LIST", "string": "_STRING",
- "integer": "_INTEGER", "enum": "_INTEGER", "char" : "_CHAR",
- "boolean-auto": "_INTEGER"}
+param_type_dict = {
+ "boolean" : "_BOOL",
+ "list" : "_LIST",
+ "string" : "_STRING",
+ "integer" : "_INTEGER",
+ "enum" : "_INTEGER",
+ "char" : "_CHAR",
+ "boolean-auto" : "_INTEGER",
+ "cmdlist" : "_LIST",
+ "bytes" : "_INTEGER",
+ "octal" : "_INTEGER",
+ "ustring" : "_STRING",
+ }
-f = open(options.output, 'w')
+def generate_functions(path_in, path_out):
+ f = open(path_out, 'w')
+ try:
+ f.write('/* This file was automatically generated by generate_param.py. DO NOT EDIT */\n\n')
+ for parameter in iterate_all(options.filename):
+ # filter out parameteric options
+ if ':' in parameter['name']:
+ continue
+ if parameter['synonym'] == "1":
+ continue
+ if parameter['generated'] == "0":
+ continue
-try:
- for parameter in iterate_all(options.filename):
- # filter out parameteric options
- if ':' in parameter['name']:
- continue
- output_string = "FN"
- temp = context_dict.get(parameter['context'])
- if temp is None:
- raise Exception(parameter['name'] + " has an invalid context " + parameter['context'])
- output_string += temp
- if parameter['constant']:
- output_string += "_CONST"
- if parameter['parm']:
- output_string += "_PARM"
- temp = param_type_dict.get(parameter['type'])
- if temp is None:
- raise Exception(parameter['name'] + " has an invalid param type " + parameter['type'])
- output_string += temp
- f.write(output_string + "(" + parameter['function'] +", " + parameter['function'] + ')\n')
-finally:
- f.close()
+ output_string = "FN"
+ temp = context_dict.get(parameter['context'])
+ if temp is None:
+ raise Exception(parameter['name'] + " has an invalid context " + parameter['context'])
+ output_string += temp
+ if parameter['constant']:
+ output_string += "_CONST"
+ if parameter['parm']:
+ output_string += "_PARM"
+ temp = param_type_dict.get(parameter['type'])
+ if temp is None:
+ raise Exception(parameter['name'] + " has an invalid param type " + parameter['type'])
+ output_string += temp
+ f.write(output_string + "(" + parameter['function'] +", " + parameter['function'] + ')\n')
+ finally:
+ f.close()
+
+mapping = {
+ 'boolean' : 'bool ',
+ 'string' : 'char *',
+ 'integer' : 'int ',
+ 'char' : 'char ',
+ 'list' : 'const char **',
+ 'enum' : 'int ',
+ 'boolean-auto' : 'int ',
+ 'cmdlist' : 'const char **',
+ 'bytes' : 'int ',
+ 'octal' : 'int ',
+ 'ustring' : 'char *',
+ }
+
+def make_s3_param_proto(path_in, path_out):
+ file_out = open(path_out, 'w')
+ try:
+ file_out.write('/* This file was automatically generated by generate_param.py. DO NOT EDIT */\n\n')
+ header = get_header(path_out)
+ file_out.write("#ifndef %s\n" % header)
+ file_out.write("#define %s\n\n" % header)
+ for parameter in iterate_all(path_in):
+ # filter out parameteric options
+ if ':' in parameter['name']:
+ continue
+ if parameter['synonym'] == "1":
+ continue
+ if parameter['generated'] == "0":
+ continue
+
+ output_string = ""
+ if parameter['constant']:
+ output_string += 'const '
+ param_type = mapping.get(parameter['type'])
+ if param_type is None:
+ raise Exception(parameter['name'] + " has an invalid context " + parameter['context'])
+ output_string += param_type
+ output_string += "lp_%s" % parameter['function']
+
+ param = None
+ if parameter['parm']:
+ param = "const struct share_params *p"
+ else:
+ param = "int"
+
+ if parameter['type'] == 'string' and not parameter['constant']:
+ if parameter['context'] == 'G':
+ output_string += '(TALLOC_CTX *ctx);\n'
+ elif parameter['context'] == 'S':
+ output_string += '(TALLOC_CTX *ctx, %s);\n' % param
+ else:
+ raise Exception(parameter['name'] + " has an invalid param type " + parameter['type'])
+ else:
+ if parameter['context'] == 'G':
+ output_string += '(void);\n'
+ elif parameter['context'] == 'S':
+ output_string += '(%s);\n' % param
+ else:
+ raise Exception(parameter['name'] + " has an invalid param type " + parameter['type'])
+
+ file_out.write(output_string)
+
+ file_out.write("\n#endif /* %s */\n\n" % header)
+ finally:
+ file_out.close()
+
+
+def make_lib_proto(path_in, path_out):
+ file_out = open(path_out, 'w')
+ try:
+ file_out.write('/* This file was automatically generated by generate_param.py. DO NOT EDIT */\n\n')
+ for parameter in iterate_all(path_in):
+ # filter out parameteric options
+ if ':' in parameter['name']:
+ continue
+ if parameter['synonym'] == "1":
+ continue
+ if parameter['generated'] == "0":
+ continue
+
+ output_string = ""
+ if parameter['constant']:
+ output_string += 'const '
+ param_type = mapping.get(parameter['type'])
+ if param_type is None:
+ raise Exception(parameter['name'] + " has an invalid context " + parameter['context'])
+ output_string += param_type
+
+ output_string += "lpcfg_%s" % parameter['function']
+
+ if parameter['type'] == 'string' and not parameter['constant']:
+ if parameter['context'] == 'G':
+ output_string += '(struct loadparm_context *, TALLOC_CTX *ctx);\n'
+ elif parameter['context'] == 'S':
+ output_string += '(struct loadparm_service *, struct loadparm_service *, TALLOC_CTX *ctx);\n'
+ else:
+ raise Exception(parameter['name'] + " has an invalid param type " + parameter['type'])
+ else:
+ if parameter['context'] == 'G':
+ output_string += '(struct loadparm_context *);\n'
+ elif parameter['context'] == 'S':
+ output_string += '(struct loadparm_service *, struct loadparm_service *);\n'
+ else:
+ raise Exception(parameter['name'] + " has an invalid param type " + parameter['type'])
+
+
+ file_out.write(output_string)
+ finally:
+ file_out.close()
+
+def get_header(path):
+ header = os.path.basename(path).upper()
+ header = header.replace(".", "_").replace("\\", "_").replace("-", "_")
+ return "__%s__" % header
+
+def make_param_defs(path_in, path_out, scope):
+ file_out = open(path_out, 'w')
+ try:
+ file_out.write('/* This file was automatically generated by generate_param.py. DO NOT EDIT */\n\n')
+ header = get_header(path_out)
+ file_out.write("#ifndef %s\n" % header)
+ file_out.write("#define %s\n\n" % header)
+ if scope == "GLOBAL":
+ file_out.write("/**\n")
+ file_out.write(" * This structure describes global (ie., server-wide) parameters.\n")
+ file_out.write(" */\n")
+ file_out.write("struct loadparm_global \n")
+ file_out.write("{\n")
+ file_out.write("\tTALLOC_CTX *ctx; /* Context for talloced members */\n")
+ elif scope == "LOCAL":
+ file_out.write("/**\n")
+ file_out.write(" * This structure describes a single service.\n")
+ file_out.write(" */\n")
+ file_out.write("struct loadparm_service \n")
+ file_out.write("{\n")
+ file_out.write("\tbool autoloaded;\n")
+
+ for parameter in iterate_all(path_in):
+ # filter out parameteric options
+ if ':' in parameter['name']:
+ continue
+ if parameter['synonym'] == "1":
+ continue
+
+ if (scope == "GLOBAL" and parameter['context'] != "G" or
+ scope == "LOCAL" and parameter['context'] != "S"):
+ continue
+
+ output_string = "\t"
+ param_type = mapping.get(parameter['type'])
+ if param_type is None:
+ raise Exception(parameter['name'] + " has an invalid context " + parameter['context'])
+ output_string += param_type
+
+ output_string += " %s;\n" % parameter['function']
+ file_out.write(output_string)
+
+ file_out.write("LOADPARM_EXTRA_%sS\n" % scope)
+ file_out.write("};\n")
+ file_out.write("\n#endif /* %s */\n\n" % header)
+ finally:
+ file_out.close()
+
+type_dict = {
+ "boolean" : "P_BOOL",
+ "boolean-rev" : "P_BOOLREV",
+ "boolean-auto" : "P_ENUM",
+ "list" : "P_LIST",
+ "string" : "P_STRING",
+ "integer" : "P_INTEGER",
+ "enum" : "P_ENUM",
+ "char" : "P_CHAR",
+ "cmdlist" : "P_CMDLIST",
+ "bytes" : "P_BYTES",
+ "octal" : "P_OCTAL",
+ "ustring" : "P_USTRING",
+ }
+
+def make_param_table(path_in, path_out):
+ file_out = open(path_out, 'w')
+ try:
+ file_out.write('/* This file was automatically generated by generate_param.py. DO NOT EDIT */\n\n')
+ header = get_header(path_out)
+ file_out.write("#ifndef %s\n" % header)
+ file_out.write("#define %s\n\n" % header)
+
+ file_out.write("struct parm_struct parm_table[] = {\n")
+
+ for parameter in iterate_all(path_in):
+ # filter out parameteric options
+ if ':' in parameter['name']:
+ continue
+ if parameter['context'] == 'G':
+ p_class = "P_GLOBAL"
+ else:
+ p_class = "P_LOCAL"
+
+ p_type = type_dict.get(parameter['type'])
+
+ if parameter['context'] == 'G':
+ temp = "GLOBAL"
+ else:
+ temp = "LOCAL"
+ offset = "%s_VAR(%s)" % (temp, parameter['function'])
+
+ enumlist = parameter['enumlist']
+ handler = parameter['handler']
+ synonym = parameter['synonym']
+ deprecated = parameter['deprecated']
+ flags_list = []
+ if synonym == "1":
+ flags_list.append("FLAG_SYNONYM")
+ if deprecated == "1":
+ flags_list.append("FLAG_DEPRECATED")
+ flags = "|".join(flags_list)
+ synonyms = parameter['synonyms']
+
+ file_out.write("\t{\n")
+ file_out.write("\t\t.label\t\t= \"%s\",\n" % parameter['name'])
+ file_out.write("\t\t.type\t\t= %s,\n" % p_type)
+ file_out.write("\t\t.p_class\t= %s,\n" % p_class)
+ file_out.write("\t\t.offset\t\t= %s,\n" % offset)
+ file_out.write("\t\t.special\t= %s,\n" % handler)
+ file_out.write("\t\t.enum_list\t= %s,\n" % enumlist)
+ if flags != "":
+ file_out.write("\t\t.flags\t\t= %s,\n" % flags)
+ file_out.write("\t},\n")
+
+ if synonyms is not None:
+ # for synonyms, we only list the synonym flag:
+ flags = "FLAG_SYNONYM"
+ for syn in synonyms:
+ file_out.write("\t{\n")
+ file_out.write("\t\t.label\t\t= \"%s\",\n" % syn.text)
+ file_out.write("\t\t.type\t\t= %s,\n" % p_type)
+ file_out.write("\t\t.p_class\t= %s,\n" % p_class)
+ file_out.write("\t\t.offset\t\t= %s,\n" % offset)
+ file_out.write("\t\t.special\t= %s,\n" % handler)
+ file_out.write("\t\t.enum_list\t= %s,\n" % enumlist)
+ if flags != "":
+ file_out.write("\t\t.flags\t\t= %s,\n" % flags)
+ file_out.write("\t},\n")
+
+ file_out.write("\n\t{NULL, P_BOOL, P_NONE, 0, NULL, NULL, 0}\n");
+ file_out.write("};\n")
+ file_out.write("\n#endif /* %s */\n\n" % header)
+ finally:
+ file_out.close()
+
+if options.mode == 'FUNCTIONS':
+ generate_functions(options.filename, options.output)
+elif options.mode == 'S3PROTO':
+ make_s3_param_proto(options.filename, options.output)
+elif options.mode == 'LIBPROTO':
+ make_lib_proto(options.filename, options.output)
+elif options.mode == 'PARAMDEFS':
+ make_param_defs(options.filename, options.output, options.scope)
+elif options.mode == 'PARAMTABLE':
+ make_param_table(options.filename, options.output)
git.samba.org / sfrench / samba-autobuild / .git / blobdiff