1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319
320
321
322
323
324
325
326
327
328
329
330
331
332
333
334
335
336
337
338
339
340
341
342
343
344
345
346
347
348
349
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376
377
378
379
380
381
382
383
384
385
386
387
388
389
390
391
392
393
394
395
396
397
398
399
400
401
402
403
404
405
406
407
408
409
410
411
412
413
414
415
416
417
418
419
420
421
422
423
424
425
426
427
428
429
430
431
432
433
434
435
436
437
438
439
440
441
442
443
444
445
446
447
448
449
450
451
452
453
454
455
456
457
458
459
460
461
462
463
464
465
466
467
468
469
470
471
472
473
474
475
476
477
478
479
480
481
482
483
484
485
486
487
488
489
490
491
492
493
494
495
496
497
498
499
500
501
502
503
504
505
506
507
508
509
510
511
512
513
514
515
516
517
518
519
520
521
522
|
"""distutils.command.bdist_wininst
Implements the Distutils 'bdist_wininst' command: create a windows installer
exe-program."""
# created 2000/06/02, Thomas Heller
__revision__ = "$Id$"
import sys, os, string
from distutils.core import Command
from distutils.util import get_platform
from distutils.dir_util import create_tree, remove_tree
from distutils.errors import *
class bdist_wininst (Command):
description = "create an executable installer for MS Windows"
user_options = [('bdist-dir=', 'd',
"temporary directory for creating the distribution"),
('keep-temp', 'k',
"keep the pseudo-installation tree around after " +
"creating the distribution archive"),
('target-version=', 'v',
"require a specific python version" +
" on the target system"),
('no-target-compile', 'c',
"do not compile .py to .pyc on the target system"),
('no-target-optimize', 'o',
"do not compile .py to .pyo (optimized) on the target system"),
('dist-dir=', 'd',
"directory to put final built distributions in"),
]
def initialize_options (self):
self.bdist_dir = None
self.keep_temp = 0
self.no_target_compile = 0
self.no_target_optimize = 0
self.target_version = None
self.dist_dir = None
# initialize_options()
def finalize_options (self):
if self.bdist_dir is None:
bdist_base = self.get_finalized_command('bdist').bdist_base
self.bdist_dir = os.path.join(bdist_base, 'wininst')
if not self.target_version:
self.target_version = ""
if self.distribution.has_ext_modules():
short_version = sys.version[:3]
if self.target_version and self.target_version != short_version:
raise DistutilsOptionError ("target version can only be" +
short_version)
self.target_version = short_version
self.set_undefined_options('bdist', ('dist_dir', 'dist_dir'))
# finalize_options()
def run (self):
if (sys.platform != "win32" and
(self.distribution.has_ext_modules() or
self.distribution.has_c_libraries())):
raise DistutilsPlatformError \
("distribution contains extensions and/or C libraries; "
"must be compiled on a Windows 32 platform")
self.run_command ('build')
install = self.reinitialize_command('install')
install.root = self.bdist_dir
if os.name != 'nt':
# must force install to use the 'nt' scheme
install.select_scheme ('nt')
# change the backslash to the current pathname separator
for key in ('purelib', 'platlib', 'headers', 'scripts',
'data'):
attrname = 'install_' + key
attr = getattr (install, attrname)
if attr:
attr = string.replace (attr, '\\', os.sep)
setattr (install, attrname, attr)
install_lib = self.reinitialize_command('install_lib')
# we do not want to include pyc or pyo files
install_lib.compile = 0
install_lib.optimize = 0
install_lib.ensure_finalized()
self.announce ("installing to %s" % self.bdist_dir)
install.ensure_finalized()
# save the path_file and extra_dirs options
# created by the install command if an extra_path
# argument has been supplied
self.extra_dirs = install.extra_dirs
self.path_file = install.path_file
install.run()
# And make an archive relative to the root of the
# pseudo-installation tree.
fullname = self.distribution.get_fullname()
archive_basename = os.path.join(self.bdist_dir,
"%s.win32" % fullname)
# Our archive MUST be relative to sys.prefix, which is the
# same as install_lib in the 'nt' scheme.
root_dir = os.path.normpath (install.install_lib)
# Sanity check: Make sure everything is included
for key in ('purelib', 'platlib', 'headers', 'scripts', 'data'):
attrname = 'install_' + key
install_x = getattr (install, attrname)
# (Use normpath so that we can string.find to look for
# subdirectories)
install_x = os.path.normpath (install_x)
if string.find (install_x, root_dir) != 0:
raise DistutilsInternalError \
("'%s' not included in install_lib" % key)
arcname = self.make_archive (archive_basename, "zip",
root_dir=root_dir)
self.create_exe (arcname, fullname)
if not self.keep_temp:
remove_tree (self.bdist_dir, self.verbose, self.dry_run)
# run()
def get_inidata (self):
# Return data describing the installation.
lines = []
metadata = self.distribution.metadata
# Write the [metadata] section. Values are written with
# repr()[1:-1], so they do not contain unprintable characters, and
# are not surrounded by quote chars.
lines.append ("[metadata]")
# 'info' will be displayed in the installer's dialog box,
# describing the items to be installed.
info = (metadata.long_description or '') + '\n'
for name in dir (metadata):
if (name != 'long_description'):
data = getattr (metadata, name)
if data:
info = info + ("\n %s: %s" % \
(string.capitalize (name), data))
lines.append ("%s=%s" % (name, repr (data)[1:-1]))
# The [setup] section contains entries controlling
# the installer runtime.
lines.append ("\n[Setup]")
lines.append ("info=%s" % repr (info)[1:-1])
lines.append ("target_compile=%d" % (not self.no_target_compile))
lines.append ("target_optimize=%d" % (not self.no_target_optimize))
if self.target_version:
lines.append ("target_version=%s" % self.target_version)
if (self.path_file):
lines.append ("path_file=%s" % self.path_file)
if (self.extra_dirs):
lines.append ("extra_dirs=%s" % self.extra_dirs)
title = self.distribution.get_fullname()
lines.append ("title=%s" % repr (title)[1:-1])
import time
import distutils
build_info = "Build %s with distutils-%s" % \
(time.ctime (time.time()), distutils.__version__)
lines.append ("build_info=%s" % build_info)
return string.join (lines, "\n")
# get_inidata()
def create_exe (self, arcname, fullname):
import struct
self.mkpath(self.dist_dir)
cfgdata = self.get_inidata()
if self.target_version:
# if we create an installer for a specific python version,
# it's better to include this in the name
installer_name = os.path.join(self.dist_dir,
"%s.win32-py%s.exe" %
(fullname, self.target_version))
else:
installer_name = os.path.join(self.dist_dir,
"%s.win32.exe" % fullname)
self.announce ("creating %s" % installer_name)
file = open (installer_name, "wb")
file.write (self.get_exe_bytes ())
file.write (cfgdata)
header = struct.pack ("<ii",
0x12345679, # tag
len (cfgdata)) # length
file.write (header)
file.write (open (arcname, "rb").read())
# create_exe()
def get_exe_bytes (self):
import base64
return base64.decodestring (EXEDATA)
# class bdist_wininst
if __name__ == '__main__':
# recreate EXEDATA from wininst.exe by rewriting this file
import re, base64
moddata = open ("bdist_wininst.py", "r").read()
exedata = open ("../../misc/wininst.exe", "rb").read()
print "wininst.exe length is %d bytes" % len (exedata)
print "wininst.exe encoded length is %d bytes" % len (base64.encodestring (exedata))
exp = re.compile ('EXE'+'DATA = """\\\\(\n.*)*\n"""', re.M)
data = exp.sub ('EXE' + 'DATA = """\\\\\n%s"""' %
base64.encodestring (exedata), moddata)
open ("bdist_wininst.py", "w").write (data)
print "bdist_wininst.py recreated"
EXEDATA = """\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"""
# --- EOF ---
|
