rtos: generate overlay structure in platform/rtos instead of single file

This commit is contained in:
Matthias Ringwald 2016-12-02 16:29:42 +01:00
parent f54850a92d
commit 6769b4c35a

View File

@ -39,7 +39,7 @@ copyright = """/*
*/
"""
hfile_header_begin = """
single_hfile_header_begin = """
/*
* btstack_rtos.h
@ -73,11 +73,11 @@ extern "C" {
"""
hfile_api_header = """
single_hfile_api_header = """
#include "API_NAME"
"""
hfile_header_end = """
single_hfile_header_end = """
/* API_END */
@ -88,6 +88,52 @@ hfile_header_end = """
#endif // __BTSTACK_RTOS_H
"""
multiple_header_begin = """
/*
* FILENAME
*
* @brief BTstack Wrapper for use with Real-Time OS
* Wraps each public BTstack function into a thread-safe version
*
* @note Don't edit - generated by tool/btstack_rtos_generator.py
*
*/
#ifndef GUARD
#define GUARD
#if defined __cplusplus
extern "C" {
#endif
#include "btstack_config.h"
#include "HEADER"
#ifndef BTSTACK_RTOS_ENTER
#error Please define BTSTACK_RTOS_ENTER that locks a recursive mutex when using the RTOS wrapper btstack_rtos.h
#endif
#ifndef BTSTACK_RTOS_EXIT
#error Please define BTSTACK_RTOS_EXIT that releases a recursive mutex when using the RTOS wrapper btstack_rtos.h
#endif
/* API_START */
"""
multiple_header_end = """
/* API_END */
#if defined __cplusplus
}
#endif
#endif // GUARD
"""
class State:
SearchStartAPI = 0
SearchEndAPI = 1
@ -118,25 +164,21 @@ apis = [
["src/classic/sdp_server.h", "SDP Server", "sdpSrv", True],
["src/classic/sdp_util.h","SDP Utils", "sdpUtil", True],
["src/ad_parser.h", "BLE Advertisements Parser", "advParser", True],
["src/btstack_chipset.h","BTstack Chipset","btMemory", True],
["src/btstack_control.h","BTstack Hardware Control","btControl", True],
["src/ad_parser.h", "BLE Advertisements Parser", "advParser", False],
# ["src/btstack_chipset.h","BTstack Chipset","btMemory", True],
# ["src/btstack_control.h","BTstack Hardware Control","btControl", True],
["src/btstack_event.h","HCI Event Getter","btEvent", False],
["src/btstack_memory.h","BTstack Memory Management","btMemory", True],
["src/btstack_linked_list.h","BTstack Linked List","btList", True],
# ["src/btstack_memory.h","BTstack Memory Management","btMemory", True],
["src/btstack_linked_list.h","BTstack Linked List","btList", False],
["src/btstack_run_loop.h", "Run Loop", "runLoop", True],
["src/btstack_util.h", "Common Utils", "btUtil", True],
["src/btstack_util.h", "Common Utils", "btUtil", False],
["src/gap.h", "GAP", "gap", True],
["src/hci.h", "HCI", "hci", True],
["src/hci_dump.h","HCI Logging","hciTrace", True],
["src/hci_transport.h","HCI Transport","hciTransport", True],
# ["src/hci_transport.h","HCI Transport","hciTransport", True],
["src/l2cap.h", "L2CAP", "l2cap", True],
]
def codeReference(fname, filepath, linenr):
return fname
def split_arguments(args_string):
args = []
brace_level = 0
@ -214,132 +256,166 @@ def create_wrapper(fout, type_and_name, arg_string, need_lock):
fout.write(' ' + orig_call+';\n')
else:
fout.write(' return ' + orig_call + ';\n')
fout.write('}\n')
fout.write('\n')
num_functions += 1
def create_wrapper_file(btstackfolder, apis, wrapper_file):
with open(wrapper_file, 'w') as fout:
fout.write(copyright)
fout.write(hfile_header_begin)
def write_wrappers_for_file(fout, file, header_name, need_lock):
with open(file, 'rb') as fin:
typedefFound = 0
multiline_function_def = 0
multiline = ''
multiline_comment = 0
inline_function = 0
state = State.SearchStartAPI
for api_tuple in apis:
api_filename = btstackfolder + "/" + api_tuple[0]
api_title = api_tuple[1]
api_lable = api_tuple[2]
need_lock = api_tuple[3]
for line in fin:
if state == State.DoneAPI:
continue
if state == State.SearchStartAPI:
parts = re.match('.*API_START.*',line)
if parts:
state = State.SearchEndAPI
continue
if state == State.SearchEndAPI:
parts = re.match('.*API_END.*',line)
if parts:
state = State.DoneAPI
continue
header_file = api_tuple[0].replace('src/','')
fout.write(hfile_api_header.replace("API_NAME", header_file))
if inline_function:
function_end = re.match('.*}.*', line)
if function_end:
inline_function = 0
continue
with open(api_filename, 'rb') as fin:
typedefFound = 0
multiline_function_def = 0
multiline = ''
multiline_comment = 0
inline_function = 0
state = State.SearchStartAPI
for line in fin:
if state == State.DoneAPI:
continue
if state == State.SearchStartAPI:
parts = re.match('.*API_START.*',line)
if parts:
state = State.SearchEndAPI
continue
if state == State.SearchEndAPI:
parts = re.match('.*API_END.*',line)
if parts:
state = State.DoneAPI
continue
if inline_function:
function_end = re.match('.*}.*', line)
if function_end:
inline_function = 0
continue
if multiline_function_def:
multiline += line
function_end = re.match('.*\)', line)
if function_end:
multiline_function_def = 0
function = re.match('([\w\s\*]*)\(([\w\s,\*]*)\).*', multiline)
if function:
type_and_name = function.group(1)
arg_string = function.group(2)
create_wrapper(fout, type_and_name, arg_string, need_lock)
continue
if multiline_comment:
comment_end = re.match('.*\*/.*', line)
if comment_end:
multiline_comment = 0
fout.write(line)
continue
# search typedef struct end
if typedefFound:
typedef = re.match('}\s*(.*);\n', line)
if typedef:
typedefFound = 0
continue
# search comment line
comment = re.match(".*/\*.*\*/.*", line)
if comment:
fout.write(line)
continue
# search start of multi line comment
comment = re.match(".*/\*", line)
if comment:
fout.write(line)
multiline_comment = 1
continue
# ignore __attribute__ for hci_dump_log in src/hci_dump.h
param = re.match(".*__attribute__", line)
if param:
continue
# search typedef struct begin
typedef = re.match('.*typedef\s+struct.*', line)
if typedef:
typedefFound = 1
# complete function declaration
function = re.match('([\w\s\*]*)\((.*)\).*', line)
if multiline_function_def:
multiline += line
function_end = re.match('.*\)', line)
if function_end:
multiline_function_def = 0
function = re.match('([\w\s\*]*)\(([\w\s,\*]*)\).*', multiline)
if function:
if "return" in line:
continue
type_and_name = function.group(1)
arg_string = function.group(2)
create_wrapper(fout, type_and_name, arg_string, need_lock)
inline_function = 'inline' in line;
continue
continue
# multi-line function declaration
function = re.match('([\w\s\*]*)\((.*).*', line)
if function:
multiline = line
multiline_function_def = 1
continue
if multiline_comment:
comment_end = re.match('.*\*/.*', line)
if comment_end:
multiline_comment = 0
fout.write(line)
continue
# search typedef struct end
if typedefFound:
typedef = re.match('}\s*(.*);\n', line)
if typedef:
typedefFound = 0
continue
# search comment line
comment = re.match(".*/\*.*\*/.*", line)
if comment:
fout.write(line)
continue
# search start of multi line comment
comment = re.match(".*/\*", line)
if comment:
fout.write(line)
multiline_comment = 1
continue
# ignore __attribute__ for hci_dump_log in src/hci_dump.h
param = re.match(".*__attribute__", line)
if param:
continue
# search typedef struct begin
typedef = re.match('.*typedef\s+struct.*', line)
if typedef:
typedefFound = 1
# complete function declaration
function = re.match('([\w\s\*]*)\((.*)\).*', line)
if function:
if "return" in line:
continue
type_and_name = function.group(1)
arg_string = function.group(2)
create_wrapper(fout, type_and_name, arg_string, need_lock)
inline_function = 'inline' in line;
continue
# multi-line function declaration
function = re.match('([\w\s\*]*)\((.*).*', line)
if function:
multiline = line
multiline_function_def = 1
continue
# fout.write(single_hfile_header_begin)
def create_wrapper_file(btstack_root, apis, wrapper_file):
with open(wrapper_file, 'w') as fout:
fout.write(copyright)
fout.write(single_hfile_header_begin)
for api_tuple in apis:
api_filename = btstack_root + "/" + api_tuple[0]
need_lock = api_tuple[3]
header_file = api_tuple[0].replace('src/','')
fout.write(single_hfile_api_header.replace("API_NAME", header_file))
write_wrappers_for_file(fout, api_filename, header_file, need_lock)
# fout.write(single_hfile_header_begin)
fout.write(single_hfile_header_end)
def create_wrapper_files(btstack_root, rtos_folder, apis):
for api_tuple in apis:
api_filename = btstack_root + "/" + api_tuple[0]
need_lock = api_tuple[3]
header_file = api_tuple[0].replace('src/','')
path_parts = header_file.split('/')
path_parts[-1] = 'rtos_' + path_parts[-1]
rtos_file = '/'.join(path_parts)
wrapper_file = rtos_folder + '/' + rtos_file
# print('- %s' % wrapper_file)
with open(wrapper_file, 'w') as fout:
guard = '__' + rtos_file.replace('.','_').upper()
fout.write(copyright)
fout.write(multiple_header_begin.replace('FILENAME',rtos_file).replace('GUARD',guard).replace('HEADER',header_file))
write_wrappers_for_file(fout, api_filename, header_file, need_lock)
fout.write(multiple_header_end.replace('GUARD',guard))
def assert_dir_exists(path):
if not os.path.exists(path):
os.makedirs(path)
# fout.write(hfile_header_begin)
fout.write(hfile_header_end)
def main(argv):
btstack_root = os.path.abspath(os.path.dirname(sys.argv[0]) + '/..')
gen_path = btstack_root + '/src/btstack_rtos.h'
print ('BTstack folder is: %s' % btstack_root)
print ('Generating RTOS wrapper %s' % gen_path)
create_wrapper_file(btstack_root, apis, gen_path)
# single file
# gen_path = btstack_root + '/src/btstack_rtos.h'
# print ('Generating RTOS wrapper %s' % gen_path)
# create_wrapper_file(btstack_root, apis, gen_path)
# individual files in platform/rtos
print ('Generating RTOS wrappers...')
rtos_folder = btstack_root + '/platform/rtos'
assert_dir_exists(rtos_folder)
assert_dir_exists(rtos_folder+'/ble')
assert_dir_exists(rtos_folder+'/classic')
create_wrapper_files(btstack_root, rtos_folder, apis)
# summary
print ('Number wrapped headers: %u' % len(apis))
print ('Number wrapped functions: %u' % num_functions)
if __name__ == "__main__":
main(sys.argv[1:])