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ptxprint.spec
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# -*- mode: python ; coding: utf-8 -*-
block_cipher = None
import sys, os
from glob import glob
print("sys.executable: ", sys.executable)
print("sys.path: ", sys.path)
print("Platform:", sys.platform)
from subprocess import call
#if 'Analysis' not in dir():
# def printme(*a, **kw):
# print(a, kw)
# for a in ('Analysis', 'PYZ', 'EXE', 'COLLECT'):
# setattr(__builtins__, a, printme)
# hunt around for the latest version of a file (where the version is at the end of the filename)
def anyver(p, path=".", ext=".dll"):
spath = os.path.join(path, p)
s = spath + "*{}".format(ext)
allfiles = glob(s)
best = None
for a in allfiles:
ver = a[len(spath):-(len(ext))]
try:
intver = int(ver)
except ValueError:
continue
if best is None or intver > best:
best = intver
if best:
res = p + str(intver)
else:
res = None
print(f"{p=}, {allfiles}: {res=}")
return res
# Run this every time until a sysadmin adds it to the agent
# call([r'echo "y" | C:\msys64\usr\bin\pacman.exe -S mingw-w64-x86_64-python-numpy'], shell=True)
# add all the library dependency dlls (not python ones, but the dlls they typically call)
# including GTK, etc.
mingwb = r'C:\msys64\mingw64\bin'
if sys.platform in ("win32", "cygwin"):
binaries = [('C:\\msys64\\mingw64\\lib\\girepository-1.0\\{}.typelib'.format(x),
'gi_typelibs') for x in
('Gtk-3.0', 'GIRepository-2.0', 'Pango-1.0', 'GdkPixbuf-2.0',
'GObject-2.0', 'fontconfig-2.0', 'win32-1.0', 'GtkSource-3.0', 'Poppler-0.18')] \
+ [(f'{mingwb}\\gspawn-win64-helper.exe', 'ptxprint')] \
+ [('{}\\{}.dll'.format(mingwb, x), '.') for x in
(anyver('libpoppler-', mingwb), 'libpoppler-glib-8', 'libpoppler-cpp-0', 'libcurl-4',
'libnspr4', 'nss3', 'nssutil3', 'libplc4', 'smime3', 'libidn2-0', 'libnghttp2-14',
'libpsl-5', 'libssh2-1', 'libplds4', anyver('libunistring-', mingwb)) if x is not None]
# + [(x,'.') for x in glob('C:\\msys64\\mingw64\\bin\\*.dll')]
else:
binaries = []
a1 = Analysis(['python/scripts/ptxprint', 'python/scripts/pdfdiff'],
pathex = ['python/lib'],
# all the binary files from the source tree that are used by the application.
# These end up where specified (each entry is a 2 tuple: (source, target dir)
binaries = binaries
+ [('python/lib/ptxprint/PDFassets/border-art/'+y, 'ptxprint/PDFassets/border-art') for y in
('A5 section head border.pdf', 'A5 section head border 2 column.pdf', 'A5 section head border(RTL).pdf',
'A5 page border.pdf', 'A5 page border - no footer.pdf', 'Verse number star.pdf', 'decoration.pdf',
'Verse number rounded box.pdf')]
+ [('python/lib/ptxprint/PDFassets/watermarks/'+z, 'ptxprint/PDFassets/watermarks') for z in
('A4-Draft.pdf', 'A5-Draft.pdf', 'A5-EBAUCHE.pdf',
'5.8x8.7-Draft.pdf', 'A4-CopyrightWatermark.pdf', 'A5-CopyrightWatermark.pdf')]
+ [('python/lib/ptxprint/'+x, 'ptxprint') for x in
('Google-Noto-Emoji-Objects-62859-open-book.ico', '62859-open-book-icon(128).png',
'picLocationPreviews.png',
'FRTtemplateBasic.txt', 'FRTtemplateAdvanced.txt',
'top1col.png', 'top2col.png', 'topblue.png', 'topgreen.png', 'topgrid.png',
'tophrule.png', 'toporange.png', 'toppurple.png', 'topred.png', 'topvrule.png',
'bot1col.png', 'bot2col.png', 'botblue.png', 'botgrid.png',
'botpurple.png', 'botred.png', 'botvrule.png',
'nibot1col.png', 'nibot2col.png', 'nibotblue.png', 'nibotgrid.png',
'nibotpurple.png', 'nibotred.png', 'nibotvrule.png')]
+ [('python/lib/ptxprint/sfm/*.bz2', 'ptxprint/sfm')]
+ [('python/lib/ptxprint/images/*.jpg', 'ptxprint/images')]
+ [('python/lib/ptxprint/syntax/*.*', 'ptxprint/syntax')]
+ [('fonts/' + f, 'fonts/' + f) for f in ('empties.ttf', 'SourceCodePro-Regular.ttf')]
+ [('src/mappings/*.tec', 'ptx2pdf/mappings')]
+ [('docs/documentation/OrnamentsCatalogue.pdf', 'ptxprint/PDFassets/reference')]
+ [('docs/documentation/PTXprintTechRef.pdf', 'ptxprint/PDFassets/reference')]
+ [('src/contrib/ornaments/*.*', 'ptx2pdf/contrib/ornaments')]
+ [('src/contrib/QRcode.tex', 'ptx2pdf/contrib')],
# + [('python/lib/ptxprint/mo/' + y +'/LC_MESSAGES/ptxprint.mo', 'mo/' + y + '/LC_MESSAGES') for y in os.listdir('python/lib/ptxprint/mo')]
# data files are considered text and end up where specified by the tuple.
datas = [('python/lib/ptxprint/'+x, 'ptxprint') for x in
('ptxprint.glade', 'template.tex', 'picCopyrights.json', 'codelets.json', 'sRGB.icc', 'default_cmyk.icc', 'default_gray.icc', 'eng.vrs')]
+ sum(([('python/lib/ptxprint/{}/*.*y'.format(x), 'ptxprint/{}'.format(x))] for x in ('sfm', 'pdf', 'pdfrw', 'pdfrw/objects')), [])
+ [('python/lib/ptxprint/sfm/*.txt', 'ptxprint/sfm')]
+ [('python/lib/ptxprint/xrefs/*.*', 'ptxprint/xrefs')]
+ [('docs/inno-docs/*.txt', 'ptxprint')]
+ [('src/*.tex', 'ptx2pdf'), ('src/ptx2pdf.sty', 'ptx2pdf'),
('src/usfm_sb.sty', 'ptx2pdf'), ('src/standardborders.sty', 'ptx2pdf')],
# The registry tends not to get included
hiddenimports = ['_winreg'],
hookspath = [],
runtime_hooks = [],
# These can drift in from the analysis and we don't want them
excludes = ['tkinter', 'scipy'],
win_no_prefer_redirects = False,
win_private_assemblies = False,
noarchive = False)
pyz1 = PYZ(a1.pure, a1.zipped_data)
exe1 = EXE(pyz1,
a1.scripts,
[],
exclude_binaries=True,
name='PTXprint',
debug = False,
bootloader_ignore_signals = False,
strip = False,
upx = False,
onefile = False,
upx_exclude = ['tcl'],
runtime_tmpdir = None,
contents_directory = '.',
windowed=True,
console = False,
icon="icon/Google-Noto-Emoji-Objects-62859-open-book.ico")
# one has to do an analysis and exe for every application (what a pain)
colls = [[exe1, a1.binaries, a1.zipfiles, a1.datas]]
# "pdfinish": {"py": "python/scripts/pdfinish", "datas": [('python/lib/ptxprint/pdfinish.glade', 'ptxprint')]}
jobs = {
"runsplash": {"py": "python/lib/ptxprint/runsplash.py", "datas": [('python/lib/ptxprint/splash.glade', 'ptxprint')]}
}
for k, v in jobs.items():
s = v.pop('py')
a = Analysis([s],
pathex = ['python/lib'],
binaries = binaries,
hookspath = [],
runtime_hooks = [],
excludes = ['tkinter', 'scipy'],
win_no_prefer_redirects = False,
win_private_assemblies = False,
noarchive = False,
**v)
pz = PYZ(a.pure, a.zipped_data)
e = EXE(pz, a.scripts, [],
exclude_binaries=True,
name = k,
debug = False,
bootloader_ignore_signals = False,
strip = False,
upx = False,
onefile = False,
upx_exclude = ['tcl'],
runtime_tmpdir = None,
contents_directory = '.',
windowed=True,
console = False)
colls.append([e, a.binaries, a.zipfiles, a.datas])
allcolls = sum(colls, [])
# Then bring all the bits together here for the final build
coll = COLLECT(*allcolls,
strip=False,
upx=True,
upx_exclude=['tcl'],
name='ptxprint')