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| import sys | |
| import os | |
| import re | |
| from optparse import OptionParser | |
| import ConfigParser | |
| try: | |
| import pygccxml | |
| except ImportError: | |
| print "You must instal pygccxml in-order to run this script." | |
| sys.exit(1) | |
| from pygccxml.declarations.cpptypes import * | |
| from pygccxml.declarations.type_traits import * | |
| from pygccxml.declarations.type_traits_classes import * | |
| from pygccxml.declarations.calldef import * | |
| from pygccxml.declarations.calldef_types import * | |
| from pygccxml.declarations.free_calldef import * | |
| from pygccxml.declarations.calldef_members import * | |
| from pygccxml.declarations.class_declaration import ACCESS_TYPES, class_declaration_t | |
| from pygccxml.declarations.typedef import typedef_t | |
| class UnsupportedError(NotImplementedError): | |
| """Exception for unsupported features.""" | |
| pass | |
| DEBUG = False | |
| ARRAY_SIZE_VAR_NAME = 'arr_size' | |
| RET_VAL_ON_EXCEPTION = 'NULL' | |
| GENERATED_FILE_SUFFIX = "_C_Wrapper" | |
| THIS_VAR_NAME = 'class_this' | |
| RET_VAL_CLASS_NAME = 'ptr_ret_val_class' | |
| WAS_EXCEPTION_ARG_NAME = 'ptr_was_exception' | |
| C_BOOL_TYPE_NAME = 'BOOL_C' | |
| C_TRUE_VAL = 'TRUE_C' | |
| C_FALSE_VAL = 'FALSE_C' | |
| # TODO: check whether those vars are in [arg_info.arg_name for arg_info in func_info.func_args_info_list], and if so - add a suffix. | |
| PYGCCXML_DTOR_TOKEN = re.compile(r"._\d+") | |
| PYGCCXML_FUNC_DECL_ARGS = re.compile(r".*\((.*?)\)") # =The last ()'s contents. | |
| OPERATOR_MAP = { | |
| '+': "plus", | |
| '-': "minus", | |
| '*': "multiply", | |
| '/': "divison", | |
| '%': "mod", | |
| '^': "bitwise_xor", | |
| '&': "bitwise_and", | |
| '|': "bitwise_or", | |
| '~': "bitwise_not", | |
| '!': "not", | |
| '=': "assign", | |
| '<': "smaller", | |
| '>': "bigger", | |
| '+=': "plus_assign", | |
| '-=': "minus_assign", | |
| '*=': "multiply_assign", | |
| '/=': "division_assign", | |
| '%=': "mod_assign", | |
| '^=': "bitwise_xor_assign", | |
| '&=': "bitwise_and_assign", | |
| '|=': "bitwise_or_assign", | |
| '<<': "shift_left", | |
| '>>': "shift_right", | |
| '<<=': "shift_left_assign", | |
| '>>=': "shift_right_assign", | |
| '==': "equal", | |
| '!=': "not_assign", | |
| '<=': "smaller_or_equal", | |
| '>=': "bigger_or_equal", | |
| '&&': "and", | |
| '||': "or", | |
| '++': "plus_plus", | |
| '--': "minus_minus", | |
| ',': "comma", | |
| '->*': "pointer_redirect", | |
| '->': "redirect", | |
| '()': "function_call", | |
| '[]': "subscript", | |
| 'new': "new", | |
| 'new []': "new_array", | |
| 'delete': "delete", | |
| 'delete []': "delete_array" | |
| } # TODO: Check the function_call op. | |
| OPERATORS_LIST_BY_LENGTH = sorted(OPERATOR_MAP.keys(), key=len, reverse=True) # From the longest to the shortest, to check '+=' before '+' (or '='). | |
| # Proxy funcs to shield from possible pygccxml implementation changes: | |
| def is_declarated_type(arg): | |
| """Returns whether the argument is a declaration type.""" | |
| return isinstance(arg, declarated_t) | |
| def is_ellipsis(arg): | |
| """Returns whether the argument is ellipsis (...).""" | |
| return isinstance(arg, ellipsis_t) | |
| def is_qualifier(arg): | |
| """Returns whether the argument is a qualifier.""" | |
| return isinstance(arg, type_qualifiers_t) | |
| def is_unknown_type(arg): | |
| """Returns whether the argument is an unknown type.""" | |
| return isinstance(arg, unknown_t) | |
| def is_member_function_type(arg): | |
| """Returns whether the argument is a member function type.""" | |
| return isinstance(arg, member_function_type_t) | |
| def is_typedef(arg): | |
| """Returns whether the argument is a typedef.""" | |
| return isinstance(arg, typedef_t) | |
| def get_public_default_ctor(cls): | |
| """Returns the class public default ctor, or None if one doesn't exist.""" | |
| return has_trivial_constructor(cls) | |
| def has_public_dtor(cls): | |
| """Returns whether the class has a public destructor.""" | |
| return has_public_destructor(cls) | |
| def is_abstract_class_declaration(arg): | |
| """Returns whether arg is a class declaration that is not a typedef - for example: typedef abstract_class_decl typedef_decl""" | |
| #return is_class_declaration(decl) and not is_typedef(decl) | |
| return isinstance(arg, class_declaration_t) | |
| def get_full_name(decl, sub_seq=None): | |
| """Generates a C++ token's name, including namespaces.""" | |
| #if is_abstract_class_declaration(decl): | |
| # ns_name = get_full_name(decl.parent) | |
| # if not ns_name.endswith("::"): # True to every namespace except for the global namespace. | |
| # ns_name += "::" | |
| # return ns_name + decl.declaration.name | |
| full_name = pygccxml.declarations.full_name(decl) | |
| if sub_seq is not None: | |
| for old_token, new_token in sub_seq: | |
| full_name = full_name.replace(old_token, new_token) | |
| return full_name | |
| def get_func_decl_str(func): | |
| """Return a func declaration string.""" | |
| args_str = PYGCCXML_FUNC_DECL_ARGS.match(func.create_decl_string()).group(1).strip() | |
| return "%s(%s)" % (get_full_name(func), args_str) | |
| def python_to_camel_case(decl_str): | |
| """Python to (Upper-)Camel Case naming convention, e.g.: "func_name" -> "FuncName" """ | |
| words = decl_str.split("_") | |
| return "".join([word.capitalize() for word in words]) | |
| def strip_global_ns(decl_str): | |
| """Strip the global namespace ot a C++ declaration string.""" | |
| return decl_str.lstrip(':') | |
| def get_c_name(decl, is_full_name=True, c_sub_seq=None): | |
| """Generates a C token from a C++ token.""" | |
| if is_full_name: | |
| cpp_name = get_full_name(decl) | |
| else: | |
| cpp_name = decl.name | |
| c_name = strip_global_ns(cpp_name).replace('::', '_').replace('~', "delete_").replace('>', '_').replace('<', '_').replace(' ', '').replace(',', '_').replace('*', "_ptr_").replace('&', "_ref_") | |
| # The first substitution is for namespaces. The second is for dtors. All others are for templates. | |
| if c_sub_seq is not None: | |
| for old_token, new_token in c_sub_seq: | |
| if old_token: # FIXME: | |
| c_name = c_name.replace(old_token, new_token) | |
| return c_name | |
| def get_class_ptr_name(class_c_name): | |
| """Generates a class pointer token from its C class token.""" | |
| return "PTR_%s" % (class_c_name,) | |
| def get_error_arg_str(is_c99): | |
| """Returns the type-name string of the error arg.""" | |
| if is_c99: | |
| c_bool_type_str = "bool" | |
| else: | |
| c_bool_type_str = C_BOOL_TYPE_NAME | |
| return "%s *%s" % (c_bool_type_str, WAS_EXCEPTION_ARG_NAME) | |
| def get_enum_c_name(enum): | |
| """Generates a C enum token from a C++ one.""" | |
| enum_name = get_c_name(enum) | |
| if enum_name == enum.name: # To prevent enum redifinition in the global scope. unlike typedef redifinition - it causes a compilation error. | |
| enum_name += "_C" # TODO: Can (still) cause redifinition. | |
| return enum_name | |
| def get_header_guard_name(generated_base_file_path): | |
| """Returns the header guard. for a specific header file name.""" | |
| generated_header_file_name = os.path.basename(generated_base_file_path+".h") | |
| return generated_header_file_name.upper().replace('.', '_') | |
| def is_public_concrete_func(member_func): | |
| """Reurns whether a member function\operator is public and concrete.""" | |
| return ((member_func.access_type == ACCESS_TYPES.PUBLIC) and (member_func.virtuality != VIRTUALITY_TYPES.PURE_VIRTUAL)) | |
| def get_class_by_decl(global_ns, class_decl, is_safe=True): | |
| """Returns the class for a class declaration.""" | |
| try: | |
| return global_ns.class_(get_full_name(class_decl)) | |
| except pygccxml.declarations.runtime_errors.multiple_declarations_found_t: | |
| #print(global_ns, get_full_name(class_decl)) | |
| #pass | |
| return global_ns.classes(get_full_name(class_decl))[1] | |
| except pygccxml.declarations.runtime_errors.declaration_not_found_t: | |
| if is_safe: | |
| raise UnsupportedError("No concrete class for class declaration %s. Possible reason: template instatiation is missing." % (str(class_decl),)) | |
| else: | |
| raise | |
| def exception_handling_str(generate_exception_handling_code, output_str, generate_error_arg, is_c99, is_void_ret_type, ret_type_c_str): | |
| """Generates exception handling wrapper around an implementation output string, with or without an error argument.""" | |
| if not generate_exception_handling_code: | |
| return output_str | |
| if is_void_ret_type: | |
| on_exception_return_str = "" | |
| else: | |
| on_exception_return_str = "\treturn (%s) %s;\n" % (ret_type_c_str, RET_VAL_ON_EXCEPTION) | |
| if is_c99: | |
| c_false_str = "false" | |
| c_true_str = "true" | |
| else: | |
| c_false_str = C_FALSE_VAL | |
| c_true_str = C_TRUE_VAL | |
| error_arg_no_exception_str = "" | |
| error_arg_was_exception_str = "" | |
| if generate_error_arg: | |
| error_arg_no_exception_str = "if((void *)%s != NULL) (*%s) = %s;\n" % (WAS_EXCEPTION_ARG_NAME, WAS_EXCEPTION_ARG_NAME, c_false_str) | |
| error_arg_was_exception_str = "if((void *)%s != NULL) (*%s) = %s;\n" % (WAS_EXCEPTION_ARG_NAME, WAS_EXCEPTION_ARG_NAME, c_true_str) | |
| return """ try { | |
| %s%s | |
| } | |
| catch(...) { | |
| %s\t%s | |
| }""" % (error_arg_no_exception_str, output_str, error_arg_was_exception_str, on_exception_return_str) | |
| class MemoryFile(object): | |
| """A class to implement a file on the memory.""" | |
| MARK_TOKEN = "@@@" | |
| def __init__(self, path): | |
| self.path = path | |
| self.lines = [self.MARK_TOKEN] | |
| def close(self): | |
| """Closes the memory file.""" | |
| self.lines.remove(self.MARK_TOKEN) | |
| out_file = open(self.path, 'w') | |
| out_file.write("\n".join(self.lines)) | |
| out_file.close() | |
| def write(self, str): | |
| """Writes a string to the memory file.""" | |
| self.lines.append(str) | |
| def write_at_mark(self, str): | |
| """Writes a string at the mark position of the memory file.""" | |
| self.lines.insert(self.lines.index(self.MARK_TOKEN), str) | |
| def set_mark(self): | |
| """Set the mark posiion in the memory file.""" | |
| self.lines.remove(self.MARK_TOKEN) | |
| self.lines.append(self.MARK_TOKEN) | |
| class BasicOutputClass(object): | |
| """A class to handle the files output.""" | |
| def __init__(self, header_file_path, generate_dl): | |
| self.header_file_path = header_file_path | |
| header_file_name = os.path.basename(header_file_path) | |
| generated_base_file_name = header_file_name[:header_file_name.rindex(".h")]+GENERATED_FILE_SUFFIX | |
| self.generated_base_file_path = os.path.join(os.path.dirname(header_file_path), generated_base_file_name) | |
| self.generate_dl = generate_dl | |
| self.cpp_file = MemoryFile(self.generated_base_file_path+".cpp") | |
| self.h_file = MemoryFile(self.generated_base_file_path+".h") | |
| if generate_dl: | |
| self.def_file = MemoryFile(self.generated_base_file_path+".def") | |
| def close(self): | |
| """Forces the output file creation.""" | |
| self.cpp_file.close() | |
| self.h_file.close() | |
| if self.generate_dl: | |
| self.def_file.close() | |
| def write_to_cpp_file(self, output_str): | |
| """Write a string in the cpp file.""" | |
| self.cpp_file.write(output_str+'\n') | |
| if DEBUG: | |
| print "CPP: %s" % (output_str,) | |
| def write_to_h_file(self, output_str): | |
| """Write a string in the header file.""" | |
| self.h_file.write(output_str+'\n') | |
| if DEBUG: | |
| print "H: %s" % (output_str,) | |
| def write_at_h_file_mark(self, output_str): | |
| """Write a string in the header file's mark.""" | |
| self.h_file.write_at_mark(output_str+'\n') | |
| if DEBUG: | |
| print "H (FRONT): %s" % (output_str,) | |
| def write_to_def_file(self, output_str): | |
| """Write a string in the def file, if this option is enabled.""" | |
| if self.generate_dl: | |
| self.def_file.write(output_str+'\n') | |
| if DEBUG: | |
| print "DEF: %s" % (output_str,) | |
| def mark_h_file_front(self): | |
| """Mark the start of the header file, where the typedefs would be written.""" | |
| self.h_file.set_mark() | |
| class CodeOutputClass(BasicOutputClass): | |
| """A class to handle the code output.""" | |
| def __init__(self, header_file_path, generate_exception_handling_code, generate_dl, is_compact_string, generate_operators, is_assume_copy, is_assume_assign, generate_error_arg, is_verbose, is_camel_case): | |
| super(CodeOutputClass, self).__init__(header_file_path, generate_dl) | |
| self.generate_exception_handling_code = generate_exception_handling_code | |
| self.is_compact_string = is_compact_string | |
| self.generate_operators = generate_operators | |
| self.is_assume_copy = is_assume_copy | |
| self.is_assume_assign = is_assume_assign | |
| self.generate_error_arg = generate_error_arg | |
| self.is_verbose = is_verbose | |
| self.is_camel_case = is_camel_case | |
| def __del__(self): | |
| super(CodeOutputClass, self).__del__() | |
| def output_class_typedef(self, cls, global_context, alternate_class_c_ptr_name=None): | |
| """Outputs a C class representation.""" | |
| class_c_name, class_c_ptr_name = global_context.add_class(cls, alternate_class_c_ptr_name) | |
| verbose_str = "" | |
| if self.is_verbose: | |
| verbose_str = "\t/* A C wrapper for class %s */" % (get_full_name(cls),) | |
| self.write_at_h_file_mark("typedef struct _%s *%s;%s" % (class_c_name, class_c_ptr_name, verbose_str)) | |
| def output_func(self, func, global_context, is_array_version=False, generate_min_args_ver_only=False): | |
| """Outputs a function C wrapper.""" | |
| func_info = FuncInfo(func, global_context, self.generate_error_arg, generate_min_args_ver_only) | |
| c_func_name = func_info.c_func_name | |
| if (func_info.func_type == func_info.DTOR): | |
| # To fix the pygccxml dtor name of ~._<num> for declarated classes. | |
| c_func_name = PYGCCXML_DTOR_TOKEN.sub(get_c_name(func.parent, False), c_func_name) | |
| for used_def_vals_num in range(func_info.optional_args_num+1): # Variations to handle default values. | |
| func_args_decl_list = [arg_c_str for arg_c_str in func_info.gen_func_args_c_strs()] | |
| func_args = func_args_decl_list[:len(func_args_decl_list)-used_def_vals_num] | |
| if is_array_version and (func_info.func_type == func_info.CTOR): | |
| func_args.append("size_t %s" % (ARRAY_SIZE_VAR_NAME,)) # Needed for new[]. | |
| func_args_str = ", ".join(func_args) | |
| func_args_impl_list = [] | |
| for arg_info in func_info.func_args_info_list[:len(func_info.func_args_info_list)-used_def_vals_num]: | |
| redirection_str = "" | |
| if arg_info.is_redirected: | |
| redirection_str = "*" | |
| cast_str = "" | |
| if arg_info.cast_str: | |
| cast_str = "(%s)" % (arg_info.cast_str,) | |
| arg_name = arg_info.arg_name | |
| func_args_impl_list.append((redirection_str, cast_str, arg_name)) | |
| func_args_impl_str = ", ".join(["%s%s%s" % (redirection_str, cast_str, arg_name) for redirection_str, cast_str, arg_name in func_args_impl_list]) | |
| if is_array_version: | |
| c_func_name = "%s_array" % (c_func_name,) | |
| unique_c_func_name = global_context.generate_unique_token(c_func_name) | |
| if self.is_camel_case: | |
| unique_c_func_name = python_to_camel_case(unique_c_func_name) | |
| self.write_to_def_file('\t'+unique_c_func_name) | |
| func_prototype = "%s %s(%s)" % (func_info.ret_type_info.arg_type_c_str, unique_c_func_name , func_args_str) | |
| verbose_str = "" | |
| if self.is_verbose: | |
| verbose_str = "\t/* A C wrapper for func %s */" % (get_func_decl_str(func),) | |
| self.write_to_h_file("%s;%s" % (func_prototype, verbose_str)) | |
| self.write_to_cpp_file("%s {" % (func_prototype,)) | |
| ret_val_c_str = "%s%s(%s)" % (func_info.class_redirection, func_info.full_name, func_args_impl_str) | |
| output_str = "\t\t" | |
| if (func_info.func_type == func_info.CTOR): | |
| if func_info.is_default_ctor(): | |
| ctor_args_str = "" | |
| else: | |
| ctor_args_str = "(%s)" % (func_args_impl_str,) | |
| array_str = "" | |
| if is_array_version: | |
| array_str = "[%s]" % (ARRAY_SIZE_VAR_NAME,) | |
| nothrow_str = "" | |
| if not self.generate_exception_handling_code: | |
| nothrow_str = "(std::nothrow) " | |
| ret_val_c_str = "new %s%s%s%s" % (nothrow_str, func_info.ret_type_info.class_name, ctor_args_str, array_str) | |
| elif (func_info.func_type == func_info.DTOR): | |
| array_str = "" | |
| if is_array_version: | |
| array_str = "[]" | |
| cast_str = "(%s*)" % (global_context.get_full_name(func.parent),) | |
| ret_val_c_str = "delete %s(%s%s)" % (array_str, cast_str, THIS_VAR_NAME) | |
| else: | |
| if (func_info.ret_type_info.is_class) and (func_info.ret_type_info.is_redirected):# and not(func_info.ret_type_info.is_ptr): | |
| # Special case: a class should be returned by value. We'll try to return a pointer to a new instance, if possible. | |
| nothrow_str = "" | |
| if not self.generate_exception_handling_code: | |
| nothrow_str = "(std::nothrow) " | |
| if func_info.ret_type_info.can_create_with_copy_constructor or ((func_info.ret_type_info.can_create_with_copy_constructor is None) and self.is_assume_copy): | |
| ret_val_c_str = "new %s%s(%s)" % (nothrow_str, func_info.ret_type_info.class_name, ret_val_c_str) | |
| elif func_info.ret_type_info.can_create_with_default_constructor or ((func_info.ret_type_info.can_create_with_default_constructor is None) and self.is_assume_assign): | |
| output_str += "%s *%s = new %s%s;\n" % (func_info.ret_type_info.class_name, RET_VAL_CLASS_NAME, nothrow_str, func_info.ret_type_info.class_name) | |
| nothrow_null_check_str = "" | |
| if not self.generate_exception_handling_code: | |
| nothrow_null_check_str = "if((void*)%s != NULL) " % (RET_VAL_CLASS_NAME,) | |
| output_str += "%s*%s = %s;\n" % (nothrow_null_check_str, RET_VAL_CLASS_NAME, ret_val_c_str) | |
| ret_val_c_str = RET_VAL_CLASS_NAME | |
| else: | |
| raise UnsupportedError("Cannot handle a class return value without a public copy ctor or public default ctor an assignment operator in %s" % (func_info.full_name, )) | |
| if func_info.ret_type_info.is_void(): | |
| return_str = "" | |
| else: | |
| return_str = "return " | |
| cast_str = "" | |
| if func_info.ret_type_info.cast_str: | |
| cast_str = "(%s)" % (func_info.ret_type_info.arg_type_c_str,) | |
| ref_str = "" | |
| if (func_info.ret_type_info.is_ref and not(func_info.ret_type_info.is_class)): | |
| ref_str = "&" | |
| output_str += "%s%s%s%s;" % (return_str, cast_str, ref_str, ret_val_c_str) | |
| output_str = exception_handling_str(self.generate_exception_handling_code, output_str, self.generate_error_arg, global_context.is_c99, func_info.ret_type_info.is_void(), func_info.ret_type_info.arg_type_c_str) | |
| self.write_to_cpp_file("%s" % (output_str,)) | |
| self.write_to_cpp_file( "}") | |
| def output_std_string(self, string_typedef, global_context): | |
| """Outputs the std::(w)string C wrapper.""" | |
| is_wstring, string_class, string_c_ptr_name = global_context.add_std_string(string_typedef) | |
| if self.is_compact_string: # Otherwise, it would be outputed like other classes, recursively, as needed. | |
| self.output_class_typedef(string_class, global_context, string_c_ptr_name) | |
| public_default_ctor = get_public_default_ctor(string_class) | |
| self.output_func(public_default_ctor, global_context) | |
| self.output_func(public_default_ctor, global_context, True) | |
| if is_wstring: | |
| char_str = "wchar_t" | |
| else: | |
| char_str = "char" | |
| char_ptr_str = "const %s *" % (char_str,) | |
| for ctor in string_class.constructors(): | |
| if (len(ctor.required_args) == 1) and (char_ptr_str == ctor.required_args[0].decl_type.build_decl_string()): | |
| self.output_func(ctor, global_context, False, True) # Outputs the std::(w)string(char*) ctor. We don't generate the allocator<char_str> optional arg. | |
| break | |
| string_dtor = has_destructor(string_class) | |
| self.output_func(string_dtor, global_context) | |
| self.output_func(string_dtor, global_context, True) | |
| c_str_func = string_class.member_function("c_str") | |
| self.output_func(c_str_func, global_context) | |
| def output_enum(self, enum, global_context): | |
| """Outputs an enum C version.""" | |
| enum_name = get_enum_c_name(enum) | |
| verbose_str = "" | |
| if self.is_verbose: | |
| verbose_str = "\t/* A C wrapper for enum %s */" % (get_full_name(enum),) | |
| self.write_at_h_file_mark("enum %s {" % (enum_name,)) | |
| self.write_at_h_file_mark("%s" % (",\n".join(["\t%s=%s" % (global_context.generate_unique_token(key, True), val) for key, val in enum.values]),)) # Needed to handle 2 enums with same keys in different namespaces. | |
| self.write_at_h_file_mark("};%s" % (verbose_str,)) | |
| global_context.add_enum(enum) | |
| def output_typedef(self, typedef, global_context): | |
| """Outputs a typedef C version.""" | |
| typedef_info=ArgInfo(typedef.decl_type, global_context, get_c_name(typedef)) | |
| if typedef_info.is_c_decl: # There is no support for typedefs that aren't C declerations - they'll be stripped to their raw C-type. | |
| verbose_str = "" | |
| if self.is_verbose: | |
| verbose_str = "\t/* A C wrapper for typedef %s */" % (get_full_name(typedef),) | |
| self.write_at_h_file_mark("typedef %s;%s" % (typedef_info.get_type_name_str(), verbose_str)) | |
| global_context.add_typedef(typedef) | |
| # TODO: What about a typedef of an enum? | |
| def output_class_code(self, cls, global_context): | |
| """Output cls class code.""" | |
| for ctor in cls.constructors(allow_empty=True): | |
| if (ctor.access_type == ACCESS_TYPES.PUBLIC): | |
| self.output_func(ctor, global_context) | |
| if has_public_dtor(cls): | |
| dtor = has_destructor(cls) | |
| self.output_func(dtor, global_context) | |
| public_default_ctor = get_public_default_ctor(cls) | |
| if public_default_ctor is not None: | |
| self.output_func(public_default_ctor, global_context, True) | |
| self.output_func(dtor, global_context, True) | |
| for member_func in cls.member_functions(allow_empty=True): | |
| if is_public_concrete_func(member_func): | |
| self.output_func(member_func, global_context) | |
| if self.generate_operators: | |
| for member_op in cls.member_operators(allow_empty=True): | |
| if is_public_concrete_func(member_op): | |
| self.output_func(member_op, global_context) | |
| def output_prefix_code(self, is_c99): | |
| """Output the prefix code (includes, base typedefs, etc.).""" | |
| header_file_name = os.path.basename(self.header_file_path) | |
| generated_header_file_name = os.path.basename(self.generated_base_file_path+".h") | |
| generated_base_file_name = os.path.basename(self.generated_base_file_path) | |
| self.write_to_cpp_file("""#include "%s" """ % (header_file_name,)) | |
| self.write_to_cpp_file("""#include "%s" """ % (generated_header_file_name,)) | |
| self.write_to_def_file("""LIBRARY "%s" | |
| EXPORTS""" % (generated_base_file_name,)) | |
| header_guard = get_header_guard_name(self.generated_base_file_path) | |
| self.write_to_h_file("#ifndef %s" % (header_guard,)) | |
| self.write_to_h_file("#define %s" % (header_guard,)) | |
| self.write_to_h_file("""#ifdef __cplusplus | |
| extern "C" { | |
| #endif""") | |
| if not is_c99: | |
| self.write_to_h_file("#define %s 0" % (C_FALSE_VAL,)) | |
| self.write_to_h_file("#define %s 1" % (C_TRUE_VAL,)) | |
| self.write_to_h_file("typedef unsigned char %s;" % (C_BOOL_TYPE_NAME,)) | |
| self.mark_h_file_front() | |
| if self.generate_dl: | |
| self.write_to_cpp_file("""#ifdef WIN32 | |
| #include <Windows.h> | |
| extern "C" BOOL WINAPI DllMain( | |
| HINSTANCE hinstDLL, // handle to DLL module | |
| DWORD fdwReason, // reason for calling function | |
| LPVOID lpReserved ) // reserved | |
| { | |
| // Perform actions based on the reason for calling. | |
| switch( fdwReason ) | |
| { | |
| case DLL_PROCESS_ATTACH: | |
| // Initialize once for each new process. | |
| // Return FALSE to fail DLL load. | |
| break; | |
| case DLL_THREAD_ATTACH: | |
| // Do thread-specific initialization. | |
| break; | |
| case DLL_THREAD_DETACH: | |
| // Do thread-specific cleanup. | |
| break; | |
| case DLL_PROCESS_DETACH: | |
| // Perform any necessary cleanup. | |
| break; | |
| } | |
| return TRUE; // Successful DLL_PROCESS_ATTACH. | |
| } | |
| #endif // WIN32""") | |
| def output_suffix_code(self): | |
| """Output the suffix code (header protectors, etc.).""" | |
| self.write_to_h_file("""#ifdef __cplusplus | |
| } | |
| #endif /* __cplusplus */""") | |
| generated_header_file_name = os.path.basename(self.generated_base_file_path+".h") | |
| self.write_to_h_file("#endif /* %s */" % (get_header_guard_name(self.generated_base_file_path),)) | |
| class CodeContext(object): | |
| """The code context (classes, typdefs, etc.) of the parsed header files.""" | |
| CLASS = 0 | |
| TYPEDEF = 1 | |
| ENUM = 2 | |
| def __init__(self, header_file_path, gccxml_file_path, compiler_type, is_c99): | |
| generator_path, generator_name = pygccxml.utils.find_xml_generator() | |
| #config = pygccxml.parser.config_t(gccxml_path=gccxml_file_path, compiler=compiler_type) | |
| config = pygccxml.parser.xml_generator_configuration_t( | |
| gccxml_path=gccxml_file_path, compiler=compiler_type, | |
| xml_generator=generator_name, xml_generator_path=generator_path, | |
| include_paths=["/usr/include", "/usr/include/opencascade"]) | |
| #config = pygccxml.parser.xml_generator_configuration_t( | |
| # xml_generator_path=gccxml_file_path, | |
| # xml_generator=compiler_type or "gccxml") | |
| decls = pygccxml.parser.parse([header_file_path], config) | |
| self.global_ns = pygccxml.declarations.get_global_namespace(decls) | |
| self.is_c99 = is_c99 | |
| self.class_c_ptrs_map = {} | |
| self.token_freqs = {} | |
| self.typedefs_map = {} | |
| self.std_wstring_c_name = None | |
| self.std_string_c_name = None | |
| self.recursive_classes = [] | |
| self.recursive_typedefs = [] | |
| self.recursive_enums = [] | |
| self.enums_map = {} | |
| def __getattr__(self, attr_name): | |
| """ CodeContext becomes a proxy to the global namespace attributes.""" | |
| return getattr(self.global_ns, attr_name) | |
| def generate_unique_token(self, c_func_name, always_add_suffix=False): | |
| """Generates a unique C token.""" | |
| # TODO: Use the args types instead, perhaps. | |
| if c_func_name in self.token_freqs: | |
| self.token_freqs[c_func_name] += 1 | |
| return "%s%d" % (c_func_name, self.token_freqs[c_func_name]) | |
| else: | |
| self.token_freqs[c_func_name] = 1 | |
| if always_add_suffix: | |
| return "%s%d" % (c_func_name, self.token_freqs[c_func_name]) | |
| else: | |
| return c_func_name | |
| def add_class(self, cls, alternate_class_c_ptr_name=None): | |
| """Add cls to the code context.""" | |
| class_c_name = self.get_c_name(cls) | |
| if alternate_class_c_ptr_name is None: | |
| class_c_ptr_name = get_class_ptr_name(class_c_name) | |
| else: | |
| class_c_ptr_name = alternate_class_c_ptr_name | |
| self.class_c_ptrs_map[self.get_full_name(cls)] = class_c_ptr_name | |
| return (class_c_name, class_c_ptr_name) | |
| def add_typedef(self, typedef): | |
| """Add typedef to the code context.""" | |
| self.typedefs_map[get_full_name(typedef)] = get_c_name(typedef) | |
| def add_enum(self, enum): | |
| """Add an enum to the code context.""" | |
| self.enums_map[get_full_name(enum)] = get_enum_c_name(enum) | |
| def get_class_data(self, cls): | |
| """Get the class data for cls from the code context.""" | |
| class_name = self.get_full_name(cls) | |
| if class_name not in self.class_c_ptrs_map: | |
| self.add_class(cls) | |
| if is_abstract_class_declaration(cls): | |
| cls = get_class_by_decl(self.global_ns, cls) | |
| if cls is not None: | |
| self.recursive_classes.append(cls) | |
| return (class_name, self.class_c_ptrs_map[class_name]) | |
| def get_typedef_data(self, typedef): | |
| """Get the data for typedef from the code context.""" | |
| typedef_name = get_full_name(typedef) | |
| if typedef_name not in self.typedefs_map: | |
| self.add_typedef(typedef) | |
| self.recursive_typedefs.append(typedef) | |
| return (typedef_name, self.typedefs_map[typedef_name]) | |
| def get_enum_data(self, enum): | |
| """Get the data for enum from the code context.""" | |
| enum_name = get_full_name(enum) | |
| if enum_name not in self.enums_map: | |
| self.add_enum(enum) | |
| self.recursive_enums.append(enum) | |
| return (enum_name, self.enums_map[enum_name]) | |
| def add_std_string(self, string_typedef): | |
| """Add std::(w)string to the code context.""" | |
| string_class = get_class_by_decl(self.global_ns, string_typedef.decl_type.declaration, False) | |
| string_name = string_typedef.name | |
| is_wstring = ("wstring" in string_name) | |
| if is_wstring: | |
| self.wstring_ctor_name = get_public_default_ctor(string_class).name | |
| self.std_wstring_c_name = get_c_name(string_class) | |
| self.std_wstring_typedef_c_name = get_c_name(string_typedef) | |
| self.wstring_name = string_name | |
| self.wstring_full_name = get_full_name(string_class) | |
| self.wstring_full_typedef_name = get_full_name(string_typedef) | |
| string_c_ptr_name=get_class_ptr_name(self.std_wstring_typedef_c_name) # We replace the ptr of the class with that of the typedef - more readable. | |
| else: | |
| self.string_ctor_name = get_public_default_ctor(string_class).name | |
| self.std_string_c_name = get_c_name(string_class) | |
| self.std_string_typedef_c_name = get_c_name(string_typedef) | |
| self.string_name = string_name | |
| self.string_full_name = get_full_name(string_class) | |
| self.string_full_typedef_name = get_full_name(string_typedef) | |
| string_c_ptr_name=get_class_ptr_name(self.std_string_typedef_c_name) # We replace the ptr of the class with that of the typedef - more readable. | |
| self.add_typedef(string_typedef) | |
| return (is_wstring, string_class, string_c_ptr_name) | |
| def gen_recursive_elems(self): | |
| """Generates the elements gathered recursively that needs to be outputed.""" | |
| while self.recursive_classes or self.recursive_typedefs or self.recursive_enums: | |
| # Not a for loop - since classes may get into self.recursive_classes during this loop (e.g.: std::string::allocator inside std::string methods). The same is true for typedefs. | |
| if self.recursive_enums: | |
| yield (self.ENUM, self.recursive_enums.pop(0)) | |
| elif self.recursive_typedefs: | |
| yield (self.TYPEDEF, self.recursive_typedefs.pop(0)) | |
| elif self.recursive_classes: | |
| yield (self.CLASS, self.recursive_classes.pop(0)) | |
| def gen_sub_seq(self): | |
| """Generates a substitution sequence for C++ tokens.""" | |
| if self.std_wstring_c_name is not None: | |
| yield (self.wstring_full_name, self.wstring_full_typedef_name) # Make the std::wstring declerations more readable. | |
| if self.std_string_c_name is not None: | |
| yield (self.string_full_name, self.string_full_typedef_name) # Make the std::wstring declerations more readable. | |
| def gen_c_sub_seq(self): | |
| """Generates a substitution sequence for C tokens.""" | |
| if self.std_wstring_c_name is not None: | |
| yield (self.std_wstring_c_name, self.std_wstring_typedef_c_name) # Make the std::wstring declerations more readable. | |
| yield (self.wstring_ctor_name, self.wstring_name) # Replace basic_string() with wstring(). | |
| if self.std_string_c_name is not None: | |
| yield (self.std_string_c_name, self.std_string_typedef_c_name) # Make the std::string declerations more readable. | |
| yield (self.string_ctor_name, self.string_name) # Replace basic_string() with string(). | |
| def get_full_name(self, decl): | |
| """ Returns decl full name in the current code context.""" | |
| return get_full_name(decl, self.gen_sub_seq()) | |
| def get_c_name(self, decl): | |
| """ Returns decl C-name in the current code context.""" | |
| return get_c_name(decl, True, self.gen_c_sub_seq()) | |
| class ArgInfo(object): | |
| """A class to parse a func argument.""" | |
| def __init__(self, arg_type, global_context, arg_name=""): | |
| self.class_name = None | |
| self.is_const = False | |
| self.is_ref = False | |
| self.is_class = False | |
| self.arg_type_c_str = None | |
| self.is_ptr = False | |
| self.is_enum = False | |
| self.is_typedef = False | |
| self.arg_type = arg_type | |
| self.arg_name = arg_name | |
| self.cast_str = "" | |
| self.is_func_ptr = False | |
| ptrs_list=[] | |
| if "std::_Aux_cont" in str(arg_type): | |
| # Handle special case for MSVSC 2008, for example, when trying to instantiate vector<int>. | |
| # TODO: Handle the special case in a generic way. | |
| raise UnsupportedError("No support for std::_Aux_cont in: %s" % (str(arg_type),)) | |
| curr_arg = arg_type | |
| while not(is_fundamental(curr_arg)) or is_typedef(curr_arg) or is_declarated_type(curr_arg) or is_enum(curr_arg): | |
| if is_abstract_class_declaration(curr_arg): | |
| self.is_class = True | |
| cls = get_class_by_decl(global_context.global_ns, curr_arg) | |
| break | |
| elif is_typedef(curr_arg): | |
| self.is_typedef = True | |
| typedef_name, typedef_c_name = global_context.get_typedef_data(curr_arg) | |
| curr_arg = curr_arg.decl_type # Don't use remove_alias() since this deletes ALL the typedefs - and we don't want that. | |
| #TODO: Is this good to classes, either? | |
| elif is_declarated_type(curr_arg): | |
| #curr_arg_decl_str = curr_arg.build_decl_string() | |
| #if pygccxml.declarations.templates.is_instantiation(curr_arg_decl_str) and not(is_std_string(curr_arg) or is_std_wstring(curr_arg)): | |
| # raise UnsupportedError("Currently templates are not supported.") | |
| # TODO: Check STL contains, for example vector. | |
| #self.is_typedef, typedef_name, typedef_c_name = global_context.get_possible_typedef_data(curr_arg) | |
| curr_arg = curr_arg.declaration # And not remove_declarated(curr_arg) - since this would break a typedef completely, etc. | |
| elif is_const(curr_arg): | |
| self.is_const = True | |
| curr_arg = remove_const(curr_arg) | |
| elif is_ellipsis(curr_arg): | |
| raise UnsupportedError("Ellipsis arg types are not handeled.") | |
| elif is_qualifier(curr_arg): | |
| curr_arg = base_type(curr_arg) # TODO: Is this correct? | |
| elif is_unknown_type(curr_arg): | |
| raise UnsupportedError("Unknown arg type: %s" % (str(curr_arg),)) | |
| elif is_volatile(curr_arg): | |
| curr_arg = remove_volatile(curr_arg) # Not being dealt. | |
| elif is_calldef_pointer(curr_arg): | |
| curr_arg = curr_arg.base # remove_pointer() doesn't work here. | |
| if is_member_function_type(curr_arg): | |
| raise UnsupportedError("Member function pointers are not supported: %s" % (str(arg_type),)) | |
| self.is_func_ptr = True | |
| self.func_ptr_info = FuncPtrInfo(curr_arg, arg_name, global_context) | |
| break | |
| elif is_pointer(curr_arg) or is_array(curr_arg): | |
| ptrs_list.append(self.is_const) | |
| self.is_const = False | |
| curr_arg = remove_pointer(curr_arg) | |
| elif is_reference(curr_arg): | |
| self.is_ref = True # Only the 1st ref is handeled | |
| curr_arg = remove_reference(curr_arg) | |
| elif is_enum(curr_arg): | |
| self.is_enum = True | |
| break | |
| elif is_class(curr_arg): | |
| self.is_class = True | |
| cls = curr_arg | |
| break | |
| self.is_c_bool = is_bool(curr_arg) and not global_context.is_c99 # This is redundent if the compiler is C99 compatible. | |
| self.is_c_decl = not(self.is_class or self.is_ref or self.is_c_bool) #= A simple C decleration. | |
| self.is_redirected = (self.is_class or self.is_ref) | |
| if self.is_c_decl: | |
| self.arg_type_c_str = strip_global_ns(arg_type.build_decl_string()) | |
| if self.is_typedef: | |
| stripped_typedef_name = strip_global_ns(typedef_name) | |
| if typedef_c_name != stripped_typedef_name: # There is a namespace | |
| self.cast_str = self.arg_type_c_str | |
| self.arg_type_c_str = self.arg_type_c_str.replace(typedef_name, typedef_c_name) | |
| # The following line is needed to handle the case where arg_type.build_decl_string() is a typedef -> we've stripped the global namespace, and the type won't be replaced with the last line. | |
| self.arg_type_c_str = self.arg_type_c_str.replace(stripped_typedef_name, typedef_c_name) | |
| elif self.is_enum: | |
| self.cast_str = self.arg_type_c_str | |
| enum_name, enum_c_name = global_context.get_enum_data(curr_arg) | |
| if "enum " not in enum_c_name: # C++ style's enum | |
| enum_c_name = "enum %s" % (enum_c_name,) | |
| self.arg_type_c_str = self.arg_type_c_str.replace(strip_global_ns(get_full_name(curr_arg)), enum_c_name) | |
| else: | |
| if self.is_class: | |
| if cls is not None: | |
| self.can_create_with_copy_constructor = has_copy_constructor(cls) | |
| self.can_create_with_default_constructor = (has_public_assign(cls) and has_trivial_constructor(cls)) | |
| self.class_name, base_arg_type_c_str = global_context.get_class_data(cls) | |
| else: # For class declaration with no concrete classes. | |
| self.can_create_with_copy_constructor = None | |
| self.can_create_with_default_constructor = None | |
| self.class_name, base_arg_type_c_str = global_context.get_class_data(curr_arg) | |
| if len(ptrs_list) > 0: | |
| if ptrs_list.pop(): # The class ptr covers 1 redirection level... | |
| base_arg_type_c_str = "const " + base_arg_type_c_str #...but we shouldn't forget the const correctness for the ptr we've just removed. | |
| self.is_redirected = False | |
| else: | |
| base_arg_type_c_str = strip_global_ns(curr_arg.build_decl_string()) | |
| if self.is_ref: # The (is_class and is_ref) case is dealt in the is_class case. | |
| ptrs_list.append(True) # We add a const indirection. Notice that self.is_const is about the contents - not about the ptr. | |
| curr_ptrs_list = [] | |
| for is_ptr_const in reversed(ptrs_list): # reversed - since ptrs are read from right-to-left. | |
| if is_ptr_const: | |
| curr_ptrs_list.append('* const') | |
| else: | |
| curr_ptrs_list.append('*') | |
| ptrs_str = ''.join(curr_ptrs_list) | |
| const_content_str = "" | |
| if self.is_const: | |
| const_content_str = "const " | |
| self.arg_type_c_str = "%s%s%s" % (const_content_str, base_arg_type_c_str, ptrs_str) | |
| if self.is_class: | |
| self.cast_str = self.arg_type_c_str.replace(global_context.get_class_data(curr_arg)[1], self.class_name+'*') | |
| if self.is_c_bool: | |
| self.cast_str = self.arg_type_c_str | |
| self.arg_type_c_str = self.arg_type_c_str.replace("bool", C_BOOL_TYPE_NAME) | |
| if self.is_func_ptr and not(self.is_typedef): # TODO: Is this position covers all bases? | |
| self.arg_type_c_str = self.func_ptr_info.type_str | |
| if len(ptrs_list) > 0: | |
| self.is_ptr = True | |
| def is_void(self): | |
| """Returns whether the argument is void.""" | |
| return is_void(self.arg_type) | |
| def get_type_name_str(self): | |
| """Returns the type and name argument string.""" | |
| if self.is_func_ptr and not(self.is_typedef): # TODO: What about if the typedef is stripped down? | |
| return self.arg_type_c_str.replace("(*)", "(*%s)" % (self.arg_name,)) | |
| return "%s %s" % (self.arg_type_c_str, self.arg_name) | |
| class FuncPtrInfo: | |
| """A class to parse a function pointer.""" | |
| def __init__(self, func_type, name, global_context): | |
| self.func_args_info_list = [] | |
| self.func_type = func_type | |
| self.name = name | |
| for arg in func_type.arguments_types: | |
| self.func_args_info_list.append(ArgInfo(arg, global_context)) | |
| self.ret_type_info = ArgInfo(func_type.return_type, global_context) | |
| func_args_decl_list = [arg_info.arg_type_c_str for arg_info in self.func_args_info_list] | |
| func_args_str = ", ".join(func_args_decl_list) | |
| self.type_str = "%s (*%s)(%s)" % (self.ret_type_info.arg_type_c_str, name, func_args_str) | |
| class FuncInfo: | |
| """A class to parse a function or a class method.""" | |
| FREE_FUNC = 0 | |
| FREE_OP = 1 | |
| MEMBER_FUNC = 2 | |
| MEMBER_OP = 3 | |
| CTOR = 4 | |
| DTOR = 5 | |
| FUNC_TYPE_MAP = {free_function_t: FREE_FUNC, | |
| free_operator_t: FREE_OP, | |
| member_function_t: MEMBER_FUNC, | |
| member_operator_t: MEMBER_OP, | |
| constructor_t: CTOR, | |
| destructor_t: DTOR} | |
| def __init__(self, func, global_context, generate_error_arg, generate_min_args_ver_only=False): | |
| if func.has_ellipsis: | |
| raise UnsupportedError("Ellipsis arg types are not handeled.") | |
| self.func_args_info_list = [] | |
| self.func = func | |
| self.full_name = global_context.get_full_name(func) | |
| self.c_func_name = global_context.get_c_name(func) | |
| self.func_type = self.FUNC_TYPE_MAP[type(func)] | |
| if (self.func_type == self.MEMBER_OP) or (self.func_type == self.FREE_OP): | |
| if not("operator_" in self.c_func_name): | |
| # Fix missing space in the func name ("operator+" -> "operator_+"). | |
| self.c_func_name = self.c_func_name.replace("operator", "operator_") | |
| for op_name in OPERATORS_LIST_BY_LENGTH: | |
| self.c_func_name = self.c_func_name.replace(op_name, OPERATOR_MAP[op_name]) | |
| self.generate_error_arg = generate_error_arg | |
| self.is_c99 = global_context.is_c99 | |
| if generate_min_args_ver_only: | |
| self.optional_args_num = 0 | |
| else: | |
| self.optional_args_num = len(func.optional_args) # There are always len(func.optional_args) optional arguments, but we don't want to use them when we generate_min_args_ver_only. | |
| if generate_min_args_ver_only: | |
| arguments = func.required_args | |
| else: | |
| arguments = func.arguments | |
| for arg in arguments: | |
| self.func_args_info_list.append(ArgInfo(arg.decl_type, global_context, arg.name)) | |
| self.class_redirection = "" | |
| if (self.func_type == self.MEMBER_FUNC) or (self.func_type == self.DTOR) or (self.func_type == self.MEMBER_OP): | |
| self.class_name, class_c_ptr = global_context.get_class_data(func.parent) | |
| self.class_arg_c_str = "%s %s" % (class_c_ptr, THIS_VAR_NAME) | |
| if (self.func_type == self.MEMBER_FUNC) or (self.func_type == self.MEMBER_OP): | |
| self.is_static = func.has_static | |
| if self.is_static: | |
| self.c_func_name += "_static" | |
| self.class_redirection = "" | |
| const_class_redirection_str = "" | |
| if func.has_const: | |
| self.class_arg_c_str = "const " + self.class_arg_c_str | |
| self.c_func_name += "_const" | |
| const_class_redirection_str = "const " | |
| if not self.is_static: | |
| self.class_redirection = "((%s%s*) %s)->" % (const_class_redirection_str, self.class_name, THIS_VAR_NAME,) | |
| if self.func_type == self.CTOR: | |
| self.ret_type_info = ArgInfo(func.parent, global_context) | |
| # TODO: The ctor returns a ptr to the class. Here we put the class_t and not pointer_t(class_t) - since it messes-up the ArgInfo's ctor. | |
| # The reason it works is that handling class and class-ptr is the same - but depending on it is very bad. | |
| elif (self.func_type == self.DTOR): | |
| self.ret_type_info = ArgInfo(void_t(), global_context) | |
| else: | |
| self.ret_type_info = ArgInfo(func.return_type, global_context) | |
| def gen_func_args_c_strs(self): | |
| """A generator to the func args types and names.""" | |
| if self.generate_error_arg: | |
| yield get_error_arg_str(self.is_c99) | |
| if (self.func_type == self.DTOR) or (self.func_type == self.MEMBER_OP) or ((self.func_type == self.MEMBER_FUNC) and not self.is_static): | |
| yield self.class_arg_c_str | |
| for arg_info in self.func_args_info_list: | |
| yield arg_info.get_type_name_str() | |
| def is_default_ctor(self): | |
| """Returns whether the func is a default ctor.""" | |
| if self.func_type == self.CTOR: | |
| return is_trivial_constructor(self.func) | |
| return False | |
| def unsupported_wrapper(func, ignore_unsupported_features=True): | |
| """A decorator to ignore unsupported features exception, if enabled.""" | |
| def decorated(*args, **kws): | |
| try: | |
| func(*args, **kws) | |
| except UnsupportedError, ex: | |
| if ignore_unsupported_features: | |
| print ex.args[0] | |
| else: | |
| raise | |
| return decorated | |
| def generate_c_wrapper(header_file_path, generate_dl=True, generate_exception_handling_code=True, is_compact_string=True, is_assume_copy=False, is_assume_assign=False, generate_error_arg=True, is_verbose=False, generate_operators=True, ignore_unsupported_features=True, is_c99=False, is_camel_case=False, gccxml_file_path = '', compiler_type = None): | |
| """Outputs a C wrapper for header_file_path.""" | |
| if generate_error_arg and not(generate_exception_handling_code): | |
| print "Ignoring error argument generation option, since the exception handling generation option is disabled" | |
| generate_error_arg = False | |
| header_file_path=os.path.abspath(header_file_path) | |
| output_class = CodeOutputClass(header_file_path, generate_exception_handling_code, generate_dl, is_compact_string, generate_operators, is_assume_copy, is_assume_assign, generate_error_arg, is_verbose, is_camel_case) | |
| global_context = CodeContext(header_file_path, gccxml_file_path, compiler_type, is_c99) | |
| output_class.output_prefix_code(global_context.is_c99) | |
| output_class.output_typedef=unsupported_wrapper(output_class.output_typedef, ignore_unsupported_features) | |
| output_class.output_func=unsupported_wrapper(output_class.output_func, ignore_unsupported_features) | |
| try: | |
| string_typedef = global_context.typedef(name="::std::string") | |
| output_class.output_std_string(string_typedef, global_context) | |
| string_typedef = global_context.typedef(name="::std::wstring") | |
| output_class.output_std_string(string_typedef, global_context) | |
| except pygccxml.declarations.runtime_errors.declaration_not_found_t: | |
| pass | |
| for cls in global_context.classes(header_file=header_file_path, allow_empty=True): | |
| output_class.output_class_typedef(cls, global_context) | |
| for typedef in global_context.typedefs(header_file=header_file_path, allow_empty=True): | |
| output_class.output_typedef(typedef, global_context) | |
| for enum in global_context.enumerations(header_file=header_file_path, allow_empty=True): | |
| output_class.output_enum(enum, global_context) | |
| for cls in global_context.classes(header_file=header_file_path, allow_empty=True): | |
| output_class.output_class_code(cls, global_context) | |
| for free_func in global_context.free_functions(header_file=header_file_path, allow_empty=True): | |
| output_class.output_func(free_func, global_context) | |
| if output_class.generate_operators: | |
| for free_op in global_context.free_operators(header_file=header_file_path, allow_empty=True): | |
| output_class.output_func(free_op, global_context) | |
| for elem_type, elem in global_context.gen_recursive_elems(): | |
| if elem_type == global_context.CLASS: | |
| output_class.output_class_typedef(elem, global_context) | |
| output_class.output_class_code(elem, global_context) | |
| elif elem_type == global_context.TYPEDEF: | |
| output_class.output_typedef(elem, global_context) | |
| elif elem_type == global_context.ENUM: | |
| output_class.output_enum(elem, global_context) | |
| output_class.output_suffix_code() | |
| output_class.close() # Forces the output file creation. | |
| def safe_config_get_wrapper(config_get_func): | |
| """A decorator to mask ConfigParser methods from option not existing exception, returning a default value instead.""" | |
| def decorated(section_name, key_name, def_val=None): | |
| try: | |
| return config_get_func(section_name, key_name) | |
| except ConfigParser.NoOptionError: | |
| return def_val | |
| return decorated | |
| def get_option(options, option, def_val): | |
| """Returns a default value (other than None) when an optparse var option does not exist.""" | |
| ret_val = getattr(options, option) | |
| if ret_val is None: | |
| return def_val | |
| return ret_val | |
| def parse_option(config_get_func, section_name, option_name, options, def_val): | |
| """Parses one program option. The args parsing order is: | |
| 1. Command line args. | |
| 2. Config file options. | |
| 3. Default values.""" | |
| option = def_val | |
| if config_get_func is not None: | |
| option = config_get_func(section_name, option_name, def_val) | |
| return get_option(options, option_name, option) | |
| if __name__ == '__main__': | |
| cmd_line_parser = OptionParser("usage: %prog [options] <header_file_path>") | |
| cmd_line_parser.add_option("-g", "--gccxml", dest='gccxml_file_path', help="The gccxml file path") | |
| cmd_line_parser.add_option("-c", "--config", dest='config_file_path', help="The config file path") | |
| cmd_line_parser.add_option("-t", "--compiler", dest='compiler_type', help="The compiler type") | |
| cmd_line_parser.add_option("-i", "--ignore", action='store_false', dest='ignore_unsupported_features', help="Raise exception if an unsupported feature (like templates) is encountered.") | |
| cmd_line_parser.add_option("-d", "--dl", action='store_false', dest='generate_dl', help="Don't generate a def file (and a DllMain() function under Windows).") | |
| cmd_line_parser.add_option("-e", "--error", action='store_false', dest='generate_error_arg', help="Don't add error output args.") | |
| cmd_line_parser.add_option("-n", "--nothrow", action='store_false', dest='generate_exception_handling_code', help="Don't generate exception handling code.") | |
| cmd_line_parser.add_option("-v", "--verbose", action='store_false', dest='is_verbose', help="Don'e generate verbose output.") | |
| cmd_line_parser.add_option("-9", "--c99", action='store_true', dest='is_c99', help="Compiler with C99 support.") | |
| cmd_line_parser.add_option("-o", "--operator", action='store_false', dest='generate_operators', help="Don't generate operators.") | |
| cmd_line_parser.add_option("-s", "--string", action='store_false', dest='is_compact_string', help="Output std::string in a compact format.") | |
| cmd_line_parser.add_option("--camel", action='store_true', dest='is_camel_case', help="The functions would be outputed in (Upper) Camel Case conventions, not Python conventions (e.g.: FuncName and not func_name).") | |
| cmd_line_parser.add_option("--copy", action='store_true', dest='is_assume_copy', help="Assume public copy constructor for class declarations with no concrete classes.") | |
| cmd_line_parser.add_option("--assign", action='store_true', dest='is_assume_assign', help="Assume public default constructor and assignment operator for class delarations with no concrete classes.") | |
| (options, args) = cmd_line_parser.parse_args() | |
| if len(args) != 1: | |
| cmd_line_parser.error("<header_file_path> is required") | |
| safe_config_get = None | |
| safe_config_get_bool = None | |
| if options.config_file_path is not None: | |
| config = ConfigParser.RawConfigParser() | |
| config.read(options.config_file_path) | |
| safe_config_get = safe_config_get_wrapper(config.get) | |
| safe_config_get_bool = safe_config_get_wrapper(config.getboolean) | |
| generate_dl = parse_option(safe_config_get_bool, 'Cpp2C Config', 'generate_dl', options, True) | |
| generate_error_arg = parse_option(safe_config_get_bool, 'Cpp2C Config', 'generate_error_arg', options, True) | |
| ignore_unsupported_features = parse_option(safe_config_get_bool, 'Cpp2C Config', 'ignore_unsupported_features', options, True) | |
| generate_exception_handling_code = parse_option(safe_config_get_bool, 'Cpp2C Config', 'generate_exception_handling_code', options, True) | |
| gccxml_file_path = parse_option(safe_config_get, 'GccXml Config', 'gccxml_file_path', options, "") | |
| compiler_type = parse_option(safe_config_get, 'GccXml Config', 'compiler_type', options, None) | |
| is_verbose = parse_option(safe_config_get_bool, 'Cpp2C Config', 'is_verbose', options, True) | |
| is_c99 = parse_option(safe_config_get_bool, 'Cpp2C Config', 'is_c99', options, False) | |
| generate_operators = parse_option(safe_config_get_bool, 'Cpp2C Config', 'generate_operators', options, True) | |
| is_compact_string = parse_option(safe_config_get_bool, 'Cpp2C Config', 'is_compact_string', options, True) | |
| is_camel_case = parse_option(safe_config_get_bool, 'Cpp2C Config', 'is_camel_case', options, False) | |
| is_assume_copy = parse_option(safe_config_get_bool, 'Cpp2C Config', 'is_assume_copy', options, False) | |
| is_assume_assign = parse_option(safe_config_get_bool, 'Cpp2C Config', 'is_assume_assign', options, False) | |
| generate_c_wrapper(args[0], generate_dl, generate_exception_handling_code, is_compact_string, is_assume_copy, is_assume_assign, generate_error_arg, is_verbose, generate_operators, ignore_unsupported_features, is_c99, is_camel_case, gccxml_file_path, compiler_type) | |
| print "Done." |
anyone??
from where i can get the header file?? please help its urgent...
This is very old tool which is incomplete yet.
And I'm not an original author.
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can you please tell how to pass the c++ file and get c file. Moreover gr8 program...