this repo has no description
Detect more C header data
+62
-24
+62
-24
tools/darling-stub-gen
+62
-24
tools/darling-stub-gen
···
71
71
def extract_framework_name(name):
72
72
return name[name.rfind("/") + 1 :]
73
73
74
+
def write_objc_source_file_locs(cmake_file, classes, num_spaces):
75
+
for cls in classes:
76
+
cmake_file.write(" " * num_spaces + "src/%s.m\n" % cls)
77
+
74
78
# Main program start
75
79
if len(sys.argv) != 3:
76
80
usage()
···
135
139
c_source.write(copyright)
136
140
137
141
c_source.write("""
142
+
#include <%s/%s.h>
138
143
#include <stdlib.h>
139
144
140
145
static int verbose = 0;
···
143
148
static void initme(void) {
144
149
verbose = getenv("STUB_VERBOSE") != NULL;
145
150
}
146
-
""")
147
-
148
-
c_hdr_buffer = "\n#ifndef _%s_H_\n#define _%s_H_\n\n" % (target_name, target_name)
149
-
150
-
for funcname in functions:
151
-
#c_header.write("void* %s(void);\n" % funcname)
152
-
c_hdr_buffer += "void* %s(void);\n" % funcname
153
-
c_source.write(c_func_impl_stub % (funcname, funcname))
151
+
""" % (target_name, target_name))
154
152
155
153
cmake = open(output_dir + "/CMakeLists.txt", "w")
156
154
···
175
173
176
174
uses_objc = "This file does not contain any Objective-C runtime information." not in class_dump_output
177
175
176
+
c_header.write("\n#ifndef _%s_H_\n#define _%s_H_\n\n" % (target_name, target_name))
177
+
178
178
if uses_objc:
179
-
class_dump_all = subprocess.check_output(["class-dump", "-H", "-o", header_dir, full_path]).decode('utf8').strip()
179
+
c_header.write("#import <Foundation/Foundation.h>\n\n")
180
+
181
+
typedef_void_regex = re.compile("(typedef void.+?;)", re.DOTALL | re.MULTILINE)
182
+
for typedef_void_def in typedef_void_regex.finditer(class_dump_output):
183
+
c_header.write(typedef_void_def.groups()[0])
184
+
c_header.write("\n\n")
185
+
186
+
structs_regex = re.compile("(struct (.+?)};)", re.DOTALL | re.MULTILINE)
187
+
for struct_def in structs_regex.finditer(class_dump_output):
188
+
c_header.write(struct_def.groups()[0])
189
+
c_header.write("\n\n")
190
+
191
+
typedef_struct_regex = re.compile("(typedef struct {.+?}.+?;)", re.DOTALL | re.MULTILINE)
192
+
for typedef_struct_def in typedef_struct_regex.finditer(class_dump_output):
193
+
c_header.write(typedef_struct_def.groups()[0])
194
+
c_header.write("\n\n")
195
+
180
196
get_class_names = re.compile("@interface (.+) :.+")
181
197
classes = get_class_names.findall(class_dump_output)
182
-
for classname in classes:
183
-
impl = open(source_dir + classname + ".m", "w")
184
-
impl.write(copyright)
185
-
186
-
impl.write("#import <%s/%s.h>\n\n" % (target_name, target_name))
187
-
impl.write("@implementation " + classname + "\n\n")
188
-
impl.write(msg_handling)
189
-
impl.write("@end\n")
198
+
199
+
protocols_regex = re.compile("(@protocol (.+?)[\n<].+?@end)", re.DOTALL | re.MULTILINE)
200
+
classes_regex = re.compile("(@interface (.+?) :.+?@end)", re.DOTALL | re.MULTILINE)
201
+
202
+
for protocol_def in protocols_regex.finditer(class_dump_output):
203
+
protocol_contents, protocol_name = protocol_def.groups()
204
+
proto_header = open(header_dir + protocol_name + ".h", "w")
205
+
proto_header.write(copyright)
206
+
proto_header.write("#import <%s/%s.h>\n\n" % (target_name, target_name))
207
+
proto_header.write(protocol_contents)
208
+
proto_header.close()
209
+
c_header.write("#import <%s/%s.h>\n" % (target_name, protocol_name))
190
210
191
-
c_header.write("#import <%s/%s.h>\n" % (target_name, classname))
211
+
for class_def in classes_regex.finditer(class_dump_output):
212
+
class_contents, class_name = class_def.groups()
213
+
class_header = open(header_dir + class_name + ".h", "w")
214
+
class_header.write(copyright)
215
+
class_header.write("#import <%s/%s.h>\n\n" % (target_name, target_name))
216
+
class_header.write(class_contents)
217
+
class_header.close()
218
+
c_header.write("#import <%s/%s.h>\n" % (target_name, class_name))
219
+
220
+
class_impl = open(source_dir + class_name + ".m", "w")
221
+
class_impl.write(copyright)
222
+
class_impl.write("#import <%s/%s.h>\n\n" % (target_name, class_name))
223
+
class_impl.write("@implementation " + class_name + "\n\n")
224
+
class_impl.write(msg_handling)
225
+
class_impl.write("@end\n")
226
+
227
+
c_header.write("\n")
192
228
193
-
if uses_objc:
194
-
cmake.write("file(GLOB %s_OBJC_SOURCES src/*.m)\n\n" % target_name)
229
+
for funcname in functions:
230
+
c_header.write("void* %s(void);\n" % funcname)
231
+
c_source.write(c_func_impl_stub % (funcname, funcname))
195
232
196
233
if library:
197
-
source_files = "src/%s.c\n${%s_OBJC_SOURCES}" % (target_name, target_name)
198
-
cmake.write("add_darling_library(%s SHARED %s)\n" % (target_name, source_files))
234
+
cmake.write("add_darling_library(%s SHARED\n" % target_name)
235
+
cmake.write(" src/%s.c\n" % target_name)
236
+
write_objc_source_file_locs(cmake, classes, 4)
237
+
cmake.write(")\n")
199
238
cmake.write("make_fat(%s)\n" % target_name)
200
239
libraries = "system objc" if uses_objc else "system"
201
240
cmake.write("target_link_libraries(%s %s)\n" % (target_name, libraries))
···
209
248
cmake.write(" SOURCES\n")
210
249
cmake.write(" src/%s.c\n" % target_name)
211
250
if uses_objc:
212
-
cmake.write(" ${%s_OBJC_SOURCES}\n" % target_name)
251
+
write_objc_source_file_locs(cmake, classes, 8)
213
252
214
253
cmake.write("\n")
215
254
···
220
259
cmake.write(" Foundation\n")
221
260
cmake.write(")\n")
222
261
223
-
c_header.write(c_hdr_buffer)
224
262
c_header.write("\n#endif\n")