def build_binaries(TARGETS, COMPILER, V_MAJOR, FILES, DEST):
from functools import partial as func_partial
CmdClass = COMPILER.CmdClass
def fix_dirsep(path, target):
if not is_win32 and target.iswin: # Wine needs Windows-style paths.
path = path.replace(Path.sep, r"\\")
return path
if not is_win32 and any(t.iswin for t in TARGETS) and \
not locate_command("wine"):
print("Warning: cannot build Windows binaries: 'wine' is not in PATH.")
TARGETS = [t for t in TARGETS if not t.iswin]
# Create a curried build function with common parameters.
build_binary = func_partial(build_dil,
CmdClass,
FILES,
exe=COMPILER,
versions=["D" + V_MAJOR])
BINS = [] # Successfully compiled binaries.
for target in TARGETS:
print("== Building {name} {bits}bit binary ==".format(**target))
dbgargs = rlsargs = {"m%d" % target.bits: True}
if target.iswin:
dbgargs = rlsargs = dict(rlsargs, wine=not is_win32)
if target.islin:
dbgargs = dict(rlsargs,
lnk_args=["-ltango-dmd", "-lphobos2", "-ldl"])
# Destination dir for the binary.
B = (DEST / target.dir / "bin%d" % target.bits).mkdir()
SFX = "" # An optional suffix. Empty for now.
DBGEXE, RLSEXE = (B / target[exe] % SFX
for exe in ("dbgexe", "rlsexe"))
dbgargs.update(debug_info=True)
build_binary(fix_dirsep(DBGEXE, target), **dbgargs)
# NB: the -inline switch makes the binaries significantly larger on Linux.
# Enable inlining when DMDBUG #7967 is fixed.
rlsargs.update(release=True, optimize=True, inline=False)
build_binary(fix_dirsep(RLSEXE, target), **rlsargs)
DBGEXE.target = RLSEXE.target = target
BINS += [exe for exe in (DBGEXE, RLSEXE) if exe.exists]
return BINS
def build_binaries(TARGETS, COMPILER, V_MAJOR, FILES, DEST):
from functools import partial as func_partial
CmdClass = COMPILER.CmdClass
def fix_dirsep(path, target):
if not is_win32 and target.iswin: # Wine needs Windows-style paths.
path = path.replace(Path.sep, r"\\")
return path
if not is_win32 and any(t.iswin for t in TARGETS) and \
not locate_command("wine"):
print("Warning: cannot build Windows binaries: 'wine' is not in PATH.")
TARGETS = [t for t in TARGETS if not t.iswin]
# Create a curried build function with common parameters.
build_binary = func_partial(build_dil, CmdClass, FILES, exe=COMPILER,
versions=["D"+V_MAJOR])
BINS = [] # Successfully compiled binaries.
for target in TARGETS:
print("== Building {name} {bits}bit binary ==".format(**target))
dbgargs = rlsargs = {"m%d" % target.bits : True}
if target.iswin:
dbgargs = rlsargs = dict(rlsargs, wine=not is_win32)
if target.islin:
dbgargs = dict(rlsargs, lnk_args=["-ltango-dmd", "-lphobos2", "-ldl"])
# Destination dir for the binary.
B = (DEST/target.dir/"bin%d"%target.bits).mkdir()
SFX = "" # An optional suffix. Empty for now.
DBGEXE, RLSEXE = (B/target[exe] % SFX for exe in ("dbgexe", "rlsexe"))
dbgargs.update(debug_info=True)
build_binary(fix_dirsep(DBGEXE, target), **dbgargs)
# NB: the -inline switch makes the binaries significantly larger on Linux.
# Enable inlining when DMDBUG #7967 is fixed.
rlsargs.update(release=True, optimize=True, inline=False)
build_binary(fix_dirsep(RLSEXE, target), **rlsargs)
DBGEXE.target = RLSEXE.target = target
BINS += [exe for exe in (DBGEXE, RLSEXE) if exe.exists]
return BINS
def init(cback):
global callback, labels, win, is_open
callback = cback
is_open = False
win = Toplevel(TK_ROOT)
win.title("BEE2")
win.resizable(False, False)
tk_tools.set_window_icon(win)
win.protocol("WM_DELETE_WINDOW", exit_win)
win.transient(TK_ROOT)
win.withdraw()
if utils.MAC:
# Switch to use the 'modal' window style on Mac.
TK_ROOT.call('::tk::unsupported::MacWindowStyle', 'style', win,
'moveableModal', '')
# Stop our init from triggering UI sounds.
sound.block_fx()
frame = ttk.Frame(win, padding=10)
frame.grid(row=0, column=0, sticky='NSEW')
frame.rowconfigure(0, weight=1)
frame.columnconfigure(0, weight=1)
labels['noOptions'] = ttk.Label(frame, text=_('No Properties available!'))
widgets['saveButton'] = ttk.Button(frame,
text=_('Close'),
command=exit_win)
widgets['titleLabel'] = ttk.Label(frame, text='')
widgets['titleLabel'].grid(columnspan=9)
widgets['div_1'] = ttk.Separator(frame, orient="vertical")
widgets['div_2'] = ttk.Separator(frame, orient="vertical")
widgets['div_h'] = ttk.Separator(frame, orient="horizontal")
for key, (prop_type, prop_name) in PROP_TYPES.items():
# Translate property names from Valve's files.
if prop_name.startswith('PORTAL2_'):
prop_name = gameMan.translate(prop_name) + ':'
labels[key] = ttk.Label(frame, text=prop_name)
if prop_type is PropTypes.CHECKBOX:
values[key] = IntVar(value=DEFAULTS[key])
out_values[key] = srctools.bool_as_int(DEFAULTS[key])
widgets[key] = ttk.Checkbutton(
frame,
variable=values[key],
command=func_partial(set_check, key),
)
widgets[key].bind('<Return>',
func_partial(
toggleCheck,
key,
values[key],
))
elif prop_type is PropTypes.OSCILLATE:
values[key] = IntVar(value=DEFAULTS[key])
out_values[key] = srctools.bool_as_int(DEFAULTS[key])
widgets[key] = ttk.Checkbutton(
frame,
variable=values[key],
command=func_partial(save_rail, key),
)
elif prop_type is PropTypes.PANEL:
frm = ttk.Frame(frame)
widgets[key] = frm
values[key] = StringVar(value=DEFAULTS[key])
for pos, (angle, disp_angle) in enumerate(PANEL_ANGLES):
ttk.Radiobutton(
frm,
variable=values[key],
value=angle,
text=gameMan.translate(disp_angle),
command=func_partial(save_angle, key, angle),
).grid(row=0, column=pos)
frm.columnconfigure(pos, weight=1)
elif prop_type is PropTypes.GELS:
frm = ttk.Frame(frame)
widgets[key] = frm
values[key] = IntVar(value=DEFAULTS[key])
for pos, text in enumerate(PAINT_OPTS):
ttk.Radiobutton(
frm,
variable=values[key],
value=pos,
text=gameMan.translate(text),
command=func_partial(save_paint, key, pos),
).grid(row=0, column=pos)
frm.columnconfigure(pos, weight=1)
out_values[key] = str(DEFAULTS[key])
elif prop_type is PropTypes.PISTON:
widgets[key] = pist_scale = ttk.Scale(
frame,
from_=0,
to=4,
orient="horizontal",
command=func_partial(save_pist, key),
)
values[key] = DEFAULTS[key]
out_values[key] = str(DEFAULTS[key])
if ((key == 'toplevel' and DEFAULTS['startup'])
or (key == 'bottomlevel' and not DEFAULTS['startup'])):
pist_scale.set(
max(DEFAULTS['toplevel'], DEFAULTS['bottomlevel']))
if ((key == 'toplevel' and not DEFAULTS['startup'])
or (key == 'bottomlevel' and DEFAULTS['startup'])):
pist_scale.set(
min(DEFAULTS['toplevel'], DEFAULTS['bottomlevel']))
elif prop_type is PropTypes.TIMER:
widgets[key] = ttk.Scale(
frame,
from_=0,
to=30,
orient="horizontal",
command=func_partial(save_tim, key),
)
values[key] = DEFAULTS[key]
values['startup'] = DEFAULTS['startup']
def init(cback):
global callback, labels, win, is_open
callback = cback
is_open = False
win = Toplevel(TK_ROOT)
win.title("BEE2")
win.resizable(False, False)
win.iconbitmap('../BEE2.ico')
win.protocol("WM_DELETE_WINDOW", exit_win)
win.withdraw()
labels['noOptions'] = ttk.Label(win, text='No Properties avalible!')
widgets['saveButton'] = ttk.Button(win, text='Close', command=exit_win)
widgets['titleLabel'] = ttk.Label(win, text='')
widgets['titleLabel'].grid(columnspan=9)
widgets['div_1'] = ttk.Separator(win, orient="vertical")
widgets['div_2'] = ttk.Separator(win, orient="vertical")
widgets['div_h'] = ttk.Separator(win, orient="horizontal")
for key, (prop_type, prop_name) in PROP_TYPES.items():
labels[key] = ttk.Label(win, text=prop_name + ':')
if prop_type == 'checkbox':
values[key] = IntVar(value=DEFAULTS[key])
out_values[key] = utils.bool_as_int(DEFAULTS[key])
widgets[key] = ttk.Checkbutton(
win,
variable=values[key],
command=func_partial(set_check, key),
)
widgets[key].bind('<Return>',
func_partial(
toggleCheck,
key,
values[key],
))
elif prop_type == 'railLift':
values[key] = IntVar(value=DEFAULTS[key])
out_values[key] = utils.bool_as_int(DEFAULTS[key])
widgets[key] = ttk.Checkbutton(
win,
variable=values[key],
command=func_partial(save_rail, key),
)
elif prop_type == 'panAngle':
frm = ttk.Frame(win)
widgets[key] = frm
values[key] = StringVar(value=DEFAULTS[key])
for pos, angle in enumerate(['30', '45', '60', '90']):
ttk.Radiobutton(
frm,
variable=values[key],
value=angle,
text=angle,
command=func_partial(save_angle, key, angle),
).grid(row=0, column=pos)
frm.columnconfigure(pos, weight=1)
elif prop_type == 'gelType':
frm = ttk.Frame(win)
widgets[key] = frm
values[key] = IntVar(value=DEFAULTS[key])
for pos, text in enumerate(PAINT_OPTS):
ttk.Radiobutton(
frm,
variable=values[key],
value=pos,
text=text,
command=func_partial(save_paint, key, pos),
).grid(row=0, column=pos)
frm.columnconfigure(pos, weight=1)
out_values[key] = str(DEFAULTS[key])
elif prop_type == 'pistPlat':
widgets[key] = Scale(
win,
from_=0,
to=4,
orient="horizontal",
showvalue=False,
command=func_partial(save_pist, key),
)
values[key] = DEFAULTS[key]
out_values[key] = str(DEFAULTS[key])
if ((key == 'toplevel' and DEFAULTS['startup'])
or (key == 'bottomlevel' and not DEFAULTS['startup'])):
widgets[key].set(
max(DEFAULTS['toplevel'], DEFAULTS['bottomlevel']))
if ((key == 'toplevel' and not DEFAULTS['startup'])
or (key == 'bottomlevel' and DEFAULTS['startup'])):
widgets[key].set(
min(DEFAULTS['toplevel'], DEFAULTS['bottomlevel']))
elif prop_type == 'timerDel':
widgets[key] = ttk.Scale(
win,
from_=0,
to=30,
orient="horizontal",
command=func_partial(save_tim, key),
)
values[key] = DEFAULTS[key]
elif prop_type == 'railPlat':
widgets[key] = ttk.Checkbutton(win)
values['startup'] = DEFAULTS['startup']
def main():
from functools import partial as func_partial
from argparse import ArgumentParser, SUPPRESS
parser = ArgumentParser()
addarg = parser.add_argument
addflag = func_partial(addarg, action="store_true")
addarg("version",
metavar="VERSION",
nargs=1,
help="the version to be released")
addflag("-s",
"--dsymbols",
dest="debug_symbols",
help="generate debug symbols for debug builds")
addflag("-d", "--docs", dest="docs", help="generate documentation")
addflag("-n", "--no-bin", dest="no_binaries", help="don't compile code")
addflag("--7z", dest="_7z", help="create a 7z archive")
addflag("--gz", dest="tar_gz", help="create a tar.gz archive")
addflag("--bz2", dest="tar_bz2", help="create a tar.bz2 archive")
addflag("--zip", dest="zip", help="create a zip archive")
addflag("--deb", dest="deb", help="create deb files")
addflag("--pdf", dest="pdf", help="create a PDF document")
addflag("--chm", dest="chm", help=SUPPRESS) # "create a CHM file"
addflag("-m",
dest="copy_modified",
help="copy modified files from the (git) working directory")
addflag("--ldc", dest="ldc", help="use ldc instead of dmd")
addarg("--src",
dest="src",
metavar="SRC",
help="use SRC folder instead of checking out code with git")
addarg("--cmp-exe",
dest="cmp_exe",
metavar="EXE_PATH",
help="specify EXE_PATH if dmd/ldc is not in your PATH")
addarg("--builddir",
dest="builddir",
metavar="DIR",
help="where to build the release and archives (default is build/)")
addarg(
"--winpath",
dest="winpath",
metavar="P",
help="permanently append P to PATH in the Windows (or wine's) registry. "
"Exits the script.")
addarg("--debm", dest="deb_mntnr", metavar="MTR",
help=SUPPRESS) # Sets the maintainer info of the package.
addarg("--debnum", dest="deb_num", metavar="NUM", default=1,
help=SUPPRESS) # Sets the package number.
options = args = parser.parse_args(sys.uargv[1:])
if options.winpath != None:
from env_path import append2PATH
append2PATH(options.winpath)
return
change_cwd(__file__)
# Validate the version argument.
m = re.match(r"^((\d)\.(\d{3})(?:-(\w+))?)(?:\+(\w+))?$", args.version)
if not m:
parser.error("invalid VERSION format: /\d.\d\d\d(-\w+)?/ E.g.: 1.123")
# The version of DIL to be built.
class Version(unicode):
def __new__(cls, parts):
v = unicode.__new__(cls, parts[0])
v.MAJ, v.MIN, SFX, BSFX = parts[1:]
v.SFX = SFX or ''
v.BINSFX = BSFX or ''
return v
VERSION = Version(m.groups())
# Pick a compiler for compiling DIL.
CmdClass = (DMDCommand, LDCCommand)[options.ldc]
COMPILER = Path(options.cmp_exe or CmdClass.exe)
COMPILER.CmdClass = CmdClass
if not COMPILER.exists and not locate_command(COMPILER):
parser.error("The executable '%s' could not be located." % COMPILER)
# Path to DIL's root folder.
DIL = dil_path()
# Build folder.
BUILDROOT = Path(options.builddir or "build") / ("dil_" + VERSION)
# Destination of distributable files.
DEST = dil_path(BUILDROOT / "dil", dilconf=False)
DEST.DOC = doc_path(DEST.DOC)
# Temporary directory, deleted in the end.
TMP = BUILDROOT / "tmp"
# The list of module files (with info) that have been processed.
MODLIST = TMP / "modules.txt"
# The source files that need to be compiled and documentation generated for.
FILES = []
# The folders and files which were produced by a build.
PRODUCED = []
sw, sw_all = StopWatch(), StopWatch()
# Check out a new working copy.
BUILDROOT.rm().mkdir() # First remove the whole folder and recreate it.
if options.src != None:
# Use the source folder specified by the user.
src = Path(options.src)
if not src.exists:
parser.error("the given SRC path (%s) doesn't exist" % src)
#if src.ext in ('zip', 'gz', 'bz2'):
# TODO:
src.copy(DEST)
else:
if not locate_command('git'):
parser.error("'git' is not in your PATH; specify --src instead")
if not locate_command('tar'):
parser.error("program 'tar' is not in your PATH")
# Use git to checkout a clean copy.
DEST.mkdir()
TARFILE = DEST / "dil.tar"
call_proc("git", "archive", "-o", TARFILE, "HEAD")
call_proc("tar", "-xf", TARFILE.name, cwd=DEST)
TARFILE.rm()
if options.copy_modified:
modified_files = call_read("git", "ls-files", "-m")[:-1]
if modified_files != "":
for f in modified_files.split("\n"):
Path(f).copy(DEST / f)
# Create other directories not available in a clean checkout.
DOC = DEST.DOC
Paths(DOC.HTMLSRC, DOC.CSS, DOC.IMG, DOC.JS, TMP).mkdirs()
# Rebuild the path object for kandil. (Images are globbed.)
DEST.KANDIL = kandil_path(DEST / "kandil")
print("== Copying files ==")
copy_files(DEST)
# Find the source code files.
FILES = find_dil_source_files(DEST.SRC)
# Update the version info.
update_VERSION(DEST.SRC / "dil" / "Version.d", VERSION)
write_VERSION(VERSION, DEST)
if options.docs:
build_dil_if_inexistant(DIL.EXE)
print("== Generating documentation ==")
DOC_FILES = DEST.DATA / ("macros_dil.ddoc", "dilconf.d") + FILES
versions = ["DDoc"]
generate_docs(DIL.EXE,
DEST.DOC,
MODLIST,
DOC_FILES,
versions,
options=['-v', '-i', '-hl', '--kandil'])
if options.pdf:
write_PDF(DEST, DEST.DOC, VERSION, TMP)
#if options.chm:
#write_CHM(DEST, DEST.DOC, VERSION, TMP)
TARGETS = [Targets[n] for n in ("Lin32", "Lin64", "Win32")]
if not options.no_binaries:
BINS = build_binaries(TARGETS, COMPILER, VERSION.MAJ, FILES, DEST)
for bin in BINS:
(DIL.DATA / "dilconf.d").copy(bin.folder)
PRODUCED += [(DEST.abspath, sw.stop())]
# Remove unneeded directories.
options.docs or DEST.DOC.rm()
# Build archives.
assert DEST[-1] != Path.sep
create_archives(options, DEST.name, DEST.name, DEST.folder)
if options.deb and not options.no_binaries:
MTR = get_MAINTAINER(options.deb_mntnr)
NUM = int(options.deb_num)
# Make an archive for each architecture.
SRC = Path(DEST)
SRC.DATA = DEST.DATA
SRC.DOC = DEST.DOC
LINUX_BINS = [bin for bin in BINS if bin.target.islin]
for arch in ("i386", "amd64"):
# Gather the binaries that belong to arch.
SRC.BINS = [bin for bin in LINUX_BINS if bin.target.arch == arch]
sw.start()
DEB = make_deb_package(SRC, DEST.folder, VERSION, arch, DEST, MTR,
NUM)
PRODUCED += [(DEB.abspath, sw.stop())]
if not options.no_binaries:
# Make an arch-independent folder.
NOARCH = TMP / "dil_noarch"
DEST.copy(NOARCH)
(NOARCH / ("linux", "windows")).rm()
# Linux:
for bits in (32, 64):
BIN = DEST / "linux" / "bin%d" % bits
if not BIN.exists: continue
SRC = (TMP / "dil_" + VERSION).rm() # Clear if necessary.
NOARCH.copy(SRC)
BIN.copy(SRC / "bin")
write_modified_dilconf(SRC / "data" / "dilconf.d",
SRC / "bin" / "dilconf.d",
Path("${BINDIR}") / ".." / "data")
NAME = BUILDROOT.abspath / "dil_%s_linux%s" % (VERSION, bits)
for ext in (".7z", ".tar.xz"):
sw.start()
make_archive(SRC, NAME + ext)
PRODUCED += [(NAME + ext, sw.stop())]
SRC.rm()
# Windows:
for bits in (32, 64):
if bits != 32: continue # Only 32bit supported atm.
BIN = DEST / "windows" / "bin%d" % bits
if not BIN.exists: continue
SRC = (TMP / "dil_" + VERSION).rm() # Clear if necessary.
NOARCH.copy(SRC)
BIN.copy(SRC / "bin")
write_modified_dilconf(SRC / "data" / "dilconf.d",
SRC / "bin" / "dilconf.d",
Path("${BINDIR}") / ".." / "data")
NAME = BUILDROOT.abspath / "dil_%s_win%s" % (VERSION, bits)
for ext in (".7z", ".zip"):
sw.start()
make_archive(SRC, NAME + ext)
PRODUCED += [(NAME + ext, sw.stop())]
SRC.rm()
NOARCH.rm()
# All platforms:
NAME = BUILDROOT.abspath / "dil_%s_all" % VERSION
for ext in (".7z", ".zip", ".tar.xz"):
sw.start()
make_archive(DEST, NAME + ext)
PRODUCED += [(NAME + ext, sw.stop())]
TMP.rm()
if PRODUCED:
print("\nProduced files/folders:")
for x, sec in PRODUCED:
if Path(x).exists:
print(x + " (%.2fs)" % sec)
print()
print("Finished in %.2fs!" % sw_all.stop())
def init(cback):
global callback, labels, win, is_open
callback = cback
is_open = False
win = Toplevel(TK_ROOT)
win.title("BEE2")
win.resizable(False, False)
win.iconbitmap('../BEE2.ico')
win.protocol("WM_DELETE_WINDOW", exit_win)
win.withdraw()
labels['noOptions'] = ttk.Label(win, text='No Properties avalible!')
widgets['saveButton'] = ttk.Button(win, text='Close', command=exit_win)
widgets['titleLabel'] = ttk.Label(win, text='')
widgets['titleLabel'].grid(columnspan=9)
widgets['div_1'] = ttk.Separator(win, orient="vertical")
widgets['div_2'] = ttk.Separator(win, orient="vertical")
widgets['div_h'] = ttk.Separator(win, orient="horizontal")
for key, (prop_type, prop_name) in PROP_TYPES.items():
labels[key] = ttk.Label(win, text=prop_name+':')
if prop_type == 'checkbox':
values[key] = IntVar(value=DEFAULTS[key])
out_values[key] = utils.bool_as_int(DEFAULTS[key])
widgets[key] = ttk.Checkbutton(
win,
variable=values[key],
command=func_partial(set_check, key),
)
widgets[key].bind(
'<Return>',
func_partial(
toggleCheck,
key,
values[key],
)
)
elif prop_type == 'railLift':
values[key] = IntVar(value=DEFAULTS[key])
out_values[key] = utils.bool_as_int(DEFAULTS[key])
widgets[key] = ttk.Checkbutton(
win,
variable=values[key],
command=func_partial(save_rail, key),
)
elif prop_type == 'panAngle':
frm = ttk.Frame(win)
widgets[key] = frm
values[key] = StringVar(value=DEFAULTS[key])
for pos, angle in enumerate(['30', '45', '60', '90']):
ttk.Radiobutton(
frm,
variable=values[key],
value=angle,
text=angle,
command=func_partial(save_angle, key, angle),
).grid(row=0, column=pos)
frm.columnconfigure(pos, weight=1)
elif prop_type == 'gelType':
frm = ttk.Frame(win)
widgets[key] = frm
values[key] = IntVar(value=DEFAULTS[key])
for pos, text in enumerate(PAINT_OPTS):
ttk.Radiobutton(
frm,
variable=values[key],
value=pos,
text=text,
command=func_partial(save_paint, key, pos),
).grid(row=0, column=pos)
frm.columnconfigure(pos, weight=1)
out_values[key] = str(DEFAULTS[key])
elif prop_type == 'pistPlat':
widgets[key] = Scale(
win,
from_=0,
to=4,
orient="horizontal",
showvalue=False,
command=func_partial(save_pist, key),
)
values[key] = DEFAULTS[key]
out_values[key] = str(DEFAULTS[key])
if ((key == 'toplevel' and DEFAULTS['startup']) or
(key == 'bottomlevel' and not DEFAULTS['startup'])):
widgets[key].set(max(
DEFAULTS['toplevel'],
DEFAULTS['bottomlevel']
))
if ((key == 'toplevel' and not DEFAULTS['startup']) or
(key == 'bottomlevel' and DEFAULTS['startup'])):
widgets[key].set(min(
DEFAULTS['toplevel'],
DEFAULTS['bottomlevel']))
elif prop_type == 'timerDel':
widgets[key] = ttk.Scale(
win,
from_=0,
to=30,
orient="horizontal",
command=func_partial(save_tim, key),
)
values[key] = DEFAULTS[key]
elif prop_type == 'railPlat':
widgets[key] = ttk.Checkbutton(win)
values['startup'] = DEFAULTS['startup']
def main():
from functools import partial as func_partial
from argparse import ArgumentParser, SUPPRESS
parser = ArgumentParser()
addarg = parser.add_argument
addflag = func_partial(addarg, action="store_true")
addarg("version", metavar="VERSION", nargs=1,
help="the version to be released")
addflag("-s", "--dsymbols", dest="debug_symbols",
help="generate debug symbols for debug builds")
addflag("-d", "--docs", dest="docs", help="generate documentation")
addflag("-n", "--no-bin", dest="no_binaries", help="don't compile code")
addflag("--7z", dest="_7z", help="create a 7z archive")
addflag("--gz", dest="tar_gz", help="create a tar.gz archive")
addflag("--bz2", dest="tar_bz2", help="create a tar.bz2 archive")
addflag("--zip", dest="zip", help="create a zip archive")
addflag("--deb", dest="deb", help="create deb files")
addflag("--pdf", dest="pdf", help="create a PDF document")
addflag("--chm", dest="chm", help=SUPPRESS) # "create a CHM file"
addflag("-m", dest="copy_modified",
help="copy modified files from the (git) working directory")
addflag("--ldc", dest="ldc", help="use ldc instead of dmd")
addarg("--src", dest="src", metavar="SRC",
help="use SRC folder instead of checking out code with git")
addarg("--cmp-exe", dest="cmp_exe", metavar="EXE_PATH",
help="specify EXE_PATH if dmd/ldc is not in your PATH")
addarg("--builddir", dest="builddir", metavar="DIR",
help="where to build the release and archives (default is build/)")
addarg("--winpath", dest="winpath", metavar="P",
help="permanently append P to PATH in the Windows (or wine's) registry. "
"Exits the script.")
addarg("--debm", dest="deb_mntnr", metavar="MTR",
help=SUPPRESS) # Sets the maintainer info of the package.
addarg("--debnum", dest="deb_num", metavar="NUM", default=1,
help=SUPPRESS) # Sets the package number.
options = args = parser.parse_args(sys.uargv[1:])
if options.winpath != None:
from env_path import append2PATH
append2PATH(options.winpath)
return
change_cwd(__file__)
# Validate the version argument.
m = re.match(r"^((\d)\.(\d{3})(?:-(\w+))?)(?:\+(\w+))?$", args.version)
if not m:
parser.error("invalid VERSION format: /\d.\d\d\d(-\w+)?/ E.g.: 1.123")
# The version of DIL to be built.
class Version(unicode):
def __new__(cls, parts):
v = unicode.__new__(cls, parts[0])
v.MAJ, v.MIN, SFX, BSFX = parts[1:]
v.SFX = SFX or ''
v.BINSFX = BSFX or ''
return v
VERSION = Version(m.groups())
# Pick a compiler for compiling DIL.
CmdClass = (DMDCommand, LDCCommand)[options.ldc]
COMPILER = Path(options.cmp_exe or CmdClass.exe)
COMPILER.CmdClass = CmdClass
if not COMPILER.exists and not locate_command(COMPILER):
parser.error("The executable '%s' could not be located." % COMPILER)
# Path to DIL's root folder.
DIL = dil_path()
# Build folder.
BUILDROOT = Path(options.builddir or "build")/("dil_"+VERSION)
# Destination of distributable files.
DEST = dil_path(BUILDROOT/"dil", dilconf=False)
DEST.DOC = doc_path(DEST.DOC)
# Temporary directory, deleted in the end.
TMP = BUILDROOT/"tmp"
# The list of module files (with info) that have been processed.
MODLIST = TMP/"modules.txt"
# The source files that need to be compiled and documentation generated for.
FILES = []
# The folders and files which were produced by a build.
PRODUCED = []
sw, sw_all = StopWatch(), StopWatch()
# Check out a new working copy.
BUILDROOT.rm().mkdir() # First remove the whole folder and recreate it.
if options.src != None:
# Use the source folder specified by the user.
src = Path(options.src)
if not src.exists:
parser.error("the given SRC path (%s) doesn't exist" % src)
#if src.ext in ('zip', 'gz', 'bz2'):
# TODO:
src.copy(DEST)
else:
if not locate_command('git'):
parser.error("'git' is not in your PATH; specify --src instead")
if not locate_command('tar'):
parser.error("program 'tar' is not in your PATH")
# Use git to checkout a clean copy.
DEST.mkdir()
TARFILE = DEST/"dil.tar"
call_proc("git", "archive", "-o", TARFILE, "HEAD")
call_proc("tar", "-xf", TARFILE.name, cwd=DEST)
TARFILE.rm()
if options.copy_modified:
modified_files = call_read("git", "ls-files", "-m")[:-1]
if modified_files != "":
for f in modified_files.split("\n"):
Path(f).copy(DEST/f)
# Create other directories not available in a clean checkout.
DOC = DEST.DOC
Paths(DOC.HTMLSRC, DOC.CSS, DOC.IMG, DOC.JS, TMP).mkdirs()
# Rebuild the path object for kandil. (Images are globbed.)
DEST.KANDIL = kandil_path(DEST/"kandil")
print("== Copying files ==")
copy_files(DEST)
# Find the source code files.
FILES = find_dil_source_files(DEST.SRC)
# Update the version info.
update_VERSION(DEST.SRC/"dil"/"Version.d", VERSION)
write_VERSION(VERSION, DEST)
if options.docs:
build_dil_if_inexistant(DIL.EXE)
print("== Generating documentation ==")
DOC_FILES = DEST.DATA/("macros_dil.ddoc", "dilconf.d") + FILES
versions = ["DDoc"]
generate_docs(DIL.EXE, DEST.DOC, MODLIST, DOC_FILES,
versions, options=['-v', '-i', '-hl', '--kandil'])
if options.pdf:
write_PDF(DEST, DEST.DOC, VERSION, TMP)
#if options.chm:
#write_CHM(DEST, DEST.DOC, VERSION, TMP)
TARGETS = [Targets[n] for n in ("Lin32", "Lin64", "Win32")]
if not options.no_binaries:
BINS = build_binaries(TARGETS, COMPILER, VERSION.MAJ, FILES, DEST)
for bin in BINS:
(DIL.DATA/"dilconf.d").copy(bin.folder)
PRODUCED += [(DEST.abspath, sw.stop())]
# Remove unneeded directories.
options.docs or DEST.DOC.rm()
# Build archives.
assert DEST[-1] != Path.sep
create_archives(options, DEST.name, DEST.name, DEST.folder)
if options.deb and not options.no_binaries:
MTR = get_MAINTAINER(options.deb_mntnr)
NUM = int(options.deb_num)
# Make an archive for each architecture.
SRC = Path(DEST)
SRC.DATA = DEST.DATA
SRC.DOC = DEST.DOC
LINUX_BINS = [bin for bin in BINS if bin.target.islin]
for arch in ("i386", "amd64"):
# Gather the binaries that belong to arch.
SRC.BINS = [bin for bin in LINUX_BINS if bin.target.arch == arch]
sw.start()
DEB = make_deb_package(SRC, DEST.folder, VERSION, arch, DEST, MTR, NUM)
PRODUCED += [(DEB.abspath, sw.stop())]
if not options.no_binaries:
# Make an arch-independent folder.
NOARCH = TMP/"dil_noarch"
DEST.copy(NOARCH)
(NOARCH/("linux", "windows")).rm()
# Linux:
for bits in (32, 64):
BIN = DEST/"linux"/"bin%d"%bits
if not BIN.exists: continue
SRC = (TMP/"dil_"+VERSION).rm() # Clear if necessary.
NOARCH.copy(SRC)
BIN.copy(SRC/"bin")
write_modified_dilconf(SRC/"data"/"dilconf.d", SRC/"bin"/"dilconf.d",
Path("${BINDIR}")/".."/"data")
NAME = BUILDROOT.abspath/"dil_%s_linux%s" % (VERSION, bits)
for ext in (".7z", ".tar.xz"):
sw.start()
make_archive(SRC, NAME+ext)
PRODUCED += [(NAME+ext, sw.stop())]
SRC.rm()
# Windows:
for bits in (32, 64):
if bits != 32: continue # Only 32bit supported atm.
BIN = DEST/"windows"/"bin%d"%bits
if not BIN.exists: continue
SRC = (TMP/"dil_"+VERSION).rm() # Clear if necessary.
NOARCH.copy(SRC)
BIN.copy(SRC/"bin")
write_modified_dilconf(SRC/"data"/"dilconf.d", SRC/"bin"/"dilconf.d",
Path("${BINDIR}")/".."/"data")
NAME = BUILDROOT.abspath/"dil_%s_win%s" % (VERSION, bits)
for ext in (".7z", ".zip"):
sw.start()
make_archive(SRC, NAME+ext)
PRODUCED += [(NAME+ext, sw.stop())]
SRC.rm()
NOARCH.rm()
# All platforms:
NAME = BUILDROOT.abspath/"dil_%s_all" % VERSION
for ext in (".7z", ".zip", ".tar.xz"):
sw.start()
make_archive(DEST, NAME+ext)
PRODUCED += [(NAME+ext, sw.stop())]
TMP.rm()
if PRODUCED:
print("\nProduced files/folders:")
for x, sec in PRODUCED:
if Path(x).exists:
print(x+" (%.2fs)"%sec)
print()
print("Finished in %.2fs!" % sw_all.stop())
def main():
from functools import partial as func_partial
from optparse import OptionParser
usage = "Usage: %s VERSION [Options]" % __file__
parser = OptionParser(usage=usage)
add_option = func_partial(parser.add_option, action="store_true",
default=False)
add_option("-s", "--dsymbols", dest="debug_symbols",
help="generate debug symbols for debug builds")
add_option("-d", "--docs", dest="docs", help="generate documentation")
add_option("-n", "--no-bin", dest="no_binaries", help="don't compile code")
add_option("--7z", dest="_7z", help="create a 7z archive")
add_option("--gz", dest="tar_gz", help="create a tar.gz archive")
add_option("--bz2", dest="tar_bz2", help="create a tar.bz2 archive")
add_option("--zip", dest="zip", help="create a zip archive")
add_option("--pdf", dest="pdf", help="create a PDF document")
#add_option("--chm", dest="chm", help="create a CHM file")
add_option("-m", dest="copy_modified",
help="copy modified files from the (git) working directory")
parser.add_option("--src", dest="src", metavar="SRC", default=None,
help="use SRC folder instead of checking out code with git")
parser.add_option("--cmp-exe", dest="cmp_exe", metavar="EXE_PATH",
help="specify EXE_PATH if dmd/ldc is not in your PATH")
add_option("--ldc", dest="ldc", help="use ldc instead of dmd")
parser.add_option("--builddir", dest="builddir", metavar="DIR", default=None,
help="where to build the release and archives (default is build/)")
parser.add_option("--winpath", dest="winpath", metavar="P", default=None,
help="permanently append P to PATH in the Windows (or wine's) registry. "
"Exits the script.")
(options, args) = parser.parse_args(sys.uargv[1:])
if options.winpath != None:
from env_path import append2PATH
append2PATH(options.winpath, Path(""))
return
if len(args) < 1:
return parser.print_help()
if len(args) > 1:
print("Warning! Arguments ignored: " + " ".join(args[1:]))
change_cwd(__file__)
# Validate the version argument.
m = re.match(r"((\d)\.(\d\d\d)(-\w+)?)", args[0])
if not m:
parser.error("invalid VERSION; format: /\d.\d\d\d(-\w+)?/ E.g.: 1.123")
# The version of DIL to be built.
VERSION, V_MAJOR, V_MINOR, V_SUFFIX = m.groups()
V_SUFFIX = V_SUFFIX or ''
# Pick a compiler for compiling DIL.
CmdClass = (DMDCommand, LDCCommand)[options.ldc]
COMPILER = Path(options.cmp_exe if options.cmp_exe else CmdClass.cmd)
COMPILER.cmd = CmdClass
if not COMPILER.exists and not locate_command(COMPILER):
parser.error("The executable '%s' couldn't be located or does not exist." %
COMPILER)
# Path to DIL's root folder.
DIL = dil_path()
# Build folder.
BUILD_DIR = Path(options.builddir or "build")
# Destination of distributable files.
DEST = dil_path(BUILD_DIR/("dil."+VERSION), dilconf=False)
BIN = DEST.BIN # Shortcut to the bin/ folder.
DEST.DOC = doc_path(DEST.DOC)
# Temporary directory, deleted in the end.
TMP = DEST/"tmp"
# The list of module files (with info) that have been processed.
MODLIST = TMP/"modules.txt"
# The files to generate documentation for.
FILES = []
# Create the build directory.
BUILD_DIR.makedirs()
# Check out a new working copy.
DEST.rmtree() # First remove the tree.
if options.src != None:
# Use the source folder specified by the user.
src = Path(options.src)
if not src.exists:
parser.error("the given SRC path (%s) doesn't exist" % src)
#if src.ext in ('.zip', '.gz', 'bz2'):
# TODO:
src.copytree(DEST)
elif locate_command('git'):
# Use git to checkout a clean copy.
DEST.mkdir()
TARFILE = DEST/"dil.tar"
subprocess.call(["git", "archive", "-o", TARFILE, "HEAD"])
subprocess.call(["tar", "-xf", TARFILE.name], cwd=DEST)
TARFILE.rm()
if options.copy_modified:
modified_files = call_read(["git", "ls-files", "-m"])[:-1]
if modified_files != "":
for f in modified_files.split("\n"):
Path(f).copy(DEST/f)
else:
parser.error("git is not in your PATH; specify --src instead")
# Create other directories not available in a clean checkout.
DOC = DEST.DOC
map(Path.mkdir, (DEST.BIN, DOC, DOC.HTMLSRC,
DOC.CSS, DOC.IMG, DOC.JS, TMP))
# Rebuild the path object for kandil. (Images are globbed.)
DEST.KANDIL = kandil_path(DEST/"kandil")
print("***** Copying files *****")
copy_files(DEST)
# Find the source code files.
FILES = find_dil_source_files(DEST.SRC)
# Update the version info.
VERSION_FILE = DEST.SRC/"dil"/"Version.d"
update_version(VERSION_FILE, V_MAJOR, V_MINOR, V_SUFFIX)
if options.docs:
build_dil_if_inexistant(DIL.EXE)
print("***** Generating documentation *****")
DOC_FILES = DEST.DATA//("macros_dil.ddoc", "dilconf.d") + FILES
versions = ["DDoc"]
generate_docs(DIL.EXE, DEST.DOC, MODLIST, DOC_FILES,
versions, options=['-v', '-i', '-hl', '--kandil'])
if options.pdf:
write_PDF(DEST, DEST.DOC, VERSION, TMP)
#if options.chm:
#write_CHM(DEST, DEST.DOC, VERSION, TMP)
COMPILER.use_wine = False
use_wine = False
if is_win32:
build_linux_binaries = False
build_windows_binaries = True
else:
build_linux_binaries = True
build_windows_binaries = locate_command("wine") != None
class BINPath(Path):
def __div__(self, name):
""" Converts a Unix path to a Windows path. """
name = Path.__div__(self, name)
return name if name.ext != '.exe' else name.replace("/", r"\\")
BIN = BINPath(BIN)
use_wine = True # Use wine on Linux to build Windows binaries.
if not build_windows_binaries:
print("Error: can't build windows binaries: "
"wine is not installed or not in PATH.")
if options.no_binaries:
build_linux_binaries = build_windows_binaries = False
# Create partial functions with common parameters (aka. currying).
# Note: the -inline switch makes the binaries significantly larger on Linux.
linker_args = [None]
build_dil_rls = func_partial(build_dil, COMPILER, FILES,
release=True, optimize=True, inline=True, lnk_args=linker_args)
build_dil_dbg = func_partial(build_dil, COMPILER, FILES,
debug_info=options.debug_symbols, lnk_args=linker_args)
if build_linux_binaries:
print("\n***** Building Linux binaries *****\n")
linker_args[0] = "-lmpfr"
# Linux Debug Binaries
build_dil_dbg(BIN/"dil_d")
build_dil_dbg(BIN/"dil2_d", versions=["D2"])
# Linux Release Binaries
build_dil_rls(BIN/"dil")
build_dil_rls(BIN/"dil2", versions=["D2"])
if build_windows_binaries:
print("\n***** Building Windows binaries *****\n")
COMPILER.use_wine = use_wine
linker_args[0] = "+mpfr.lib"
# Windows Debug Binaries
build_dil_dbg(BIN/"dil_d.exe")
build_dil_dbg(BIN/"dil2_d.exe", versions=["D2"])
# Windows Release Binaries
build_dil_rls(BIN/"dil.exe")
build_dil_rls(BIN/"dil2.exe", versions=["D2"])
options.docs or DEST.DOC.rmtree()
TMP.rmtree()
# Build archives.
assert DEST[-1] != Path.sep
create_archives(options, DEST.name, DEST.name, DEST.folder)
def init(cback):
global callback, labels, win, is_open
callback = cback
is_open = False
win = Toplevel(TK_ROOT)
win.title("BEE2")
win.resizable(False, False)
tk_tools.set_window_icon(win)
win.protocol("WM_DELETE_WINDOW", exit_win)
win.transient(TK_ROOT)
win.withdraw()
if utils.MAC:
# Switch to use the 'modal' window style on Mac.
TK_ROOT.call(
'::tk::unsupported::MacWindowStyle',
'style',
win,
'moveableModal',
''
)
frame = ttk.Frame(win, padding=10)
frame.grid(row=0, column=0, sticky='NSEW')
frame.rowconfigure(0, weight=1)
frame.columnconfigure(0, weight=1)
labels['noOptions'] = ttk.Label(frame, text=_('No Properties available!'))
widgets['saveButton'] = ttk.Button(frame, text=_('Close'), command=exit_win)
widgets['titleLabel'] = ttk.Label(frame, text='')
widgets['titleLabel'].grid(columnspan=9)
widgets['div_1'] = ttk.Separator(frame, orient="vertical")
widgets['div_2'] = ttk.Separator(frame, orient="vertical")
widgets['div_h'] = ttk.Separator(frame, orient="horizontal")
for key, (prop_type, prop_name) in PROP_TYPES.items():
# Translate property names from Valve's files.
if prop_name.startswith('PORTAL2_'):
prop_name = gameMan.translate(prop_name) + ':'
labels[key] = ttk.Label(frame, text=prop_name)
if prop_type is PropTypes.CHECKBOX:
values[key] = IntVar(value=DEFAULTS[key])
out_values[key] = srctools.bool_as_int(DEFAULTS[key])
widgets[key] = ttk.Checkbutton(
frame,
variable=values[key],
command=func_partial(set_check, key),
)
widgets[key].bind(
'<Return>',
func_partial(
toggleCheck,
key,
values[key],
)
)
elif prop_type is PropTypes.OSCILLATE:
values[key] = IntVar(value=DEFAULTS[key])
out_values[key] = srctools.bool_as_int(DEFAULTS[key])
widgets[key] = ttk.Checkbutton(
frame,
variable=values[key],
command=func_partial(save_rail, key),
)
elif prop_type is PropTypes.PANEL:
frm = ttk.Frame(frame)
widgets[key] = frm
values[key] = StringVar(value=DEFAULTS[key])
for pos, (angle, disp_angle) in enumerate(PANEL_ANGLES):
ttk.Radiobutton(
frm,
variable=values[key],
value=angle,
text=gameMan.translate(disp_angle),
command=func_partial(save_angle, key, angle),
).grid(row=0, column=pos)
frm.columnconfigure(pos, weight=1)
elif prop_type is PropTypes.GELS:
frm = ttk.Frame(frame)
widgets[key] = frm
values[key] = IntVar(value=DEFAULTS[key])
for pos, text in enumerate(PAINT_OPTS):
ttk.Radiobutton(
frm,
variable=values[key],
value=pos,
text=gameMan.translate(text),
command=func_partial(save_paint, key, pos),
).grid(row=0, column=pos)
frm.columnconfigure(pos, weight=1)
out_values[key] = str(DEFAULTS[key])
elif prop_type is PropTypes.PISTON:
widgets[key] = Scale(
frame,
from_=0,
to=4,
orient="horizontal",
showvalue=False,
command=func_partial(save_pist, key),
)
values[key] = DEFAULTS[key]
out_values[key] = str(DEFAULTS[key])
if ((key == 'toplevel' and DEFAULTS['startup']) or
(key == 'bottomlevel' and not DEFAULTS['startup'])):
widgets[key].set(max(
DEFAULTS['toplevel'],
DEFAULTS['bottomlevel']
))
if ((key == 'toplevel' and not DEFAULTS['startup']) or
(key == 'bottomlevel' and DEFAULTS['startup'])):
widgets[key].set(min(
DEFAULTS['toplevel'],
DEFAULTS['bottomlevel']))
elif prop_type is PropTypes.TIMER:
widgets[key] = ttk.Scale(
frame,
from_=0,
to=30,
orient="horizontal",
command=func_partial(save_tim, key),
)
values[key] = DEFAULTS[key]
values['startup'] = DEFAULTS['startup']
def main():
from functools import partial as func_partial
from optparse import OptionParser
usage = "Usage: scripts/release.py VERSION [Options]"
parser = OptionParser(usage=usage)
add_option = func_partial(parser.add_option, action="store_true",
default=False)
add_option("-s", "--dsymbols", dest="debug_symbols",
help="generate debug symbols for debug builds")
add_option("-d", "--docs", dest="docs", help="generate documentation")
add_option("-n", "--no-bin", dest="no_binaries", help="don't compile code")
add_option("--7z", dest="_7z", help="create a 7z archive")
add_option("--gz", dest="tar_gz", help="create a tar.gz archive")
add_option("--bz2", dest="tar_bz2", help="create a tar.bz2 archive")
add_option("--zip", dest="zip", help="create a zip archive")
add_option("--pdf", dest="pdf", help="create a PDF document")
add_option("-m", dest="copy_modified",
help="copy modified files from the (git) working directory")
parser.add_option("--src", dest="src", metavar="SRC", default=None,
help="use SRC folder instead of checking out code with git")
parser.add_option("--dmd-exe", dest="dmd_exe", metavar="EXE_PATH",
default="dmd", help="specify EXE_PATH if dmd is not in your PATH")
parser.add_option("--builddir", dest="builddir", metavar="DIR", default=None,
help="where to build the release and archives (default is build/)")
parser.add_option("--winpath", dest="winpath", metavar="P", default=None,
help="permanently append P to PATH in the Windows (or wine's) registry. "
"Exits the script.")
(options, args) = parser.parse_args()
if options.winpath != None:
from env_path import append2PATH
append2PATH(options.winpath, Path(""))
return
if len(args) < 1:
return parser.print_help()
if len(args) > 1:
print "Warning! Arguments ignored: " + " ".join(args[1:])
change_cwd(__file__)
# Validate the version argument.
m = re.match(r"((\d)\.(\d\d\d)(-\w+)?)", args[0])
if not m:
parser.error("invalid VERSION; format: /\d.\d\d\d(-\w+)?/ E.g.: 1.123")
matched = m.groups()
if not Path(options.dmd_exe).exists and not locate_command(options.dmd_exe):
parser.error("The executable '%s' couldn't be located or does not exist." %
options.dmd_exe)
# Path to dil's root folder.
DIL = dil_path()
# Name or path to the executable of dmd.
DMD_EXE = Path(options.dmd_exe)
# The version of dil to be built.
VERSION, V_MAJOR = matched[:2]
V_MINOR, V_SUFFIX = (matched[2], firstof(str, matched[3], ''))
# Build folder.
BUILD_DIR = Path(firstof(str, options.builddir, "build"))
# Destination of distributable files.
DEST = dil_path(BUILD_DIR/("dil."+VERSION), dilconf=False)
BIN = DEST.BIN # Shortcut to the bin/ folder.
DEST.DOC = doc_path(DEST.DOC)
# Temporary directory, deleted in the end.
TMP = DEST/"tmp"
# The list of module files (with info) that have been processed.
MODLIST = TMP/"modules.txt"
# The files to generate documentation for.
FILES = []
# Create the build directory.
BUILD_DIR.makedirs()
# Check out a new working copy.
DEST.rmtree() # First remove the tree.
if options.src != None:
# Use the source folder specified by the user.
src = Path(options.src)
if not src.exists:
parser.error("the given SRC path (%s) doesn't exist" % src)
#if src.ext in ('.zip', '.gz', 'bz2'):
# TODO:
src.copytree(DEST)
elif locate_command('git'):
# Use git to checkout a clean copy.
os.system("git clone ./ '%s'" % DEST)
(DEST/".git").rmtree() # Remove the .git folder.
if options.copy_modified:
modified_files = os.popen("git ls-files -m").read()[:-1]
if modified_files != "":
for f in modified_files.split("\n"):
Path(f).copy(DEST/f)
else:
parser.error("git is not in your PATH; specify --src instead")
# Create other directories not available in a clean checkout.
DOC = DEST.DOC
map(Path.mkdir, (DEST.BIN, DOC, DOC.HTMLSRC,
DOC.CSS, DOC.IMG, DOC.JS, TMP))
# Rebuild the path object for kandil. (Images are globbed.)
DEST.KANDIL = kandil_path(DEST/"kandil")
# Find the source code files.
FILES = find_dil_source_files(DEST.SRC)
# Update the version info.
VERSION_FILE = DEST.SRC/"dil"/"Version.d"
update_version(VERSION_FILE, V_MAJOR, V_MINOR, V_SUFFIX)
if options.docs:
build_dil_if_inexistant(DIL.EXE)
DOC_FILES = [DEST.KANDIL.ddoc] + \
DEST.DATA//("macros_dil.ddoc", "dilconf.d") + FILES
print "***** Generating documentation *****"
versions = ["DDoc"]
generate_docs(DIL.EXE, DEST.DOC, MODLIST, DOC_FILES,
versions, options=['-v', '-i', '-hl', '--kandil'])
if options.pdf:
write_PDF(DEST, DEST.DOC, VERSION, TMP)
DMD_EXE.use_wine = False
use_wine = False
if platform is 'win32':
build_linux_binaries = False
build_windows_binaries = True
else:
build_linux_binaries = True
build_windows_binaries = locate_command("wine") != None
class BINPath(Path):
def __div__(self, name):
""" Converts a Unix path to a Windows path. """
name = Path.__div__(self, name)
return name if name.ext != '.exe' else name.replace("/", r"\\")
BIN = BINPath(BIN)
use_wine = True # Use wine on Linux to build Windows binaries.
if not build_windows_binaries:
print "Error: can't build windows binaries: "\
"wine is not installed or not in PATH."
if options.no_binaries:
build_linux_binaries = build_windows_binaries = False
# Create partial functions with common parameters.
# Note: the -inline switch makes the binaries significantly larger on Linux.
build_dil_rls = func_partial(build_dil, DMD_EXE, FILES,
release=True, optimize=True, inline=True)
build_dil_dbg = func_partial(build_dil, DMD_EXE, FILES,
debug_info=options.debug_symbols)
if build_linux_binaries:
print "***** Building Linux binaries *****"
# Linux Debug Binaries
build_dil_dbg(BIN/"dil_d")
build_dil_dbg(BIN/"dil2_d", versions=["D2"])
# Linux Release Binaries
build_dil_rls(BIN/"dil")
build_dil_rls(BIN/"dil2", versions=["D2"])
if build_windows_binaries:
print "***** Building Windows binaries *****"
DMD_EXE.use_wine = use_wine
# Windows Debug Binaries
build_dil_dbg(BIN/"dil_d.exe")
build_dil_dbg(BIN/"dil2_d.exe", versions=["D2"])
# Windows Release Binaries
build_dil_rls(BIN/"dil.exe")
build_dil_rls(BIN/"dil2.exe", versions=["D2"])
print "***** Copying files *****"
copy_files(DEST)
options.docs or DEST.DOC.rmtree()
TMP.rmtree()
# Build archives.
assert DEST[-1] != Path.sep
opt = options
for exec_cmd, cmd in zip((opt.tar_gz, opt.tar_bz2, opt.zip, opt._7z),
("tar --owner root --group root -czf %(name)s.tar.gz %(src)s",
"tar --owner root --group root --bzip2 -cf %(name)s.tar.bz2 %(src)s",
"zip -q -9 -r %(name)s.zip %(src)s",
"7zr a %(name)s.7z %(src)s")):
if not exec_cmd: continue
if locate_command(cmd):
print "Error: the utility '%s' is not in your PATH." % cmd
continue
cmd = cmd % dict(locals(), name=DEST, src=DEST)
print cmd
os.system(cmd)
def main():
from functools import partial as func_partial
from optparse import OptionParser
usage = "Usage: scripts/release.py VERSION [Options]"
parser = OptionParser(usage=usage)
add_option = func_partial(parser.add_option, action="store_true",
default=False)
add_option("-s", "--dsymbols", dest="debug_symbols",
help="generate debug symbols for debug builds")
add_option("-d", "--docs", dest="docs", help="generate documentation")
add_option("--7z", dest="_7z", help="create a 7z archive")
add_option("--gz", dest="tar_gz", help="create a tar.gz archive")
add_option("--bz2", dest="tar_bz2", help="create a tar.bz2 archive")
add_option("--zip", dest="zip", help="create a zip archive")
add_option("--git", dest="git",
help="use git to check out a clean copy (default is hg)")
parser.add_option("--src", dest="src", metavar="SRC", default=None,
help="use SRC folder instead of checking out code using hg or git")
parser.add_option("--dmd-exe", dest="dmd_exe", metavar="EXE_PATH",
default="dmd", help="specify EXE_PATH if dmd is not in your PATH")
parser.add_option("--builddir", dest="builddir", metavar="DIR", default=None,
help="where to build the release and archives (default is build/)")
parser.add_option("--winpath", dest="winpath", metavar="P", default=None,
help="permanently append P to PATH in the Windows (or wine's) registry. "
"Exits the script.")
(options, args) = parser.parse_args()
if options.winpath != None:
from env_path import append2PATH
append2PATH(options.winpath, Path(""))
return
if len(args) < 1:
return parser.print_help()
if len(args) > 1:
print "Warning! Arguments ignored: " + " ".join(args[1:])
# Validate the version argument.
m = re.match(r"((\d)\.(\d\d\d)(-\w+)?)", args[0])
if not m:
parser.error("invalid VERSION; format: /\d.\d\d\d(-\w+)?/ E.g.: 1.123")
matched = m.groups()
if not Path(options.dmd_exe).exists and not locate_command(options.dmd_exe):
print "The executable '%s' couldn't be located or does not exist." % \
options.dmd_exe
return
notNone = max
# Path of the executable of dil.
DIL_EXE = Path("bin")/"dil"
# Name or path to the executable of dmd.
DMD_EXE = options.dmd_exe
DMD_EXE_W = DMD_EXE # Executable to use for Windows builds.
# The version of dil to be built.
VERSION, V_MAJOR = matched[:2]
V_MINOR, V_SUFFIX = (matched[2], notNone(matched[3], ''))
# Build folder.
BUILD_DIR = Path(notNone("build", options.builddir))
# Destination of distributable files.
DEST = BUILD_DIR/("dil."+VERSION)
# The destination of the binaries.
DEST.BIN = DEST/"bin"
BIN = DEST.BIN # Shortcut to the bin/ folder.
# The source code folder of dil.
DEST.SRC = DEST/"src"
# Documentation folder of dil.
DEST.DOC = DEST/"doc"
# The JavaScript, CSS and image folders.
DEST.JS, DEST.CSS, DEST.IMG = DEST.DOC//("js", "css", "img")
# Destination of syntax highlighted source files.
DEST.HTMLSRC = DEST.DOC/"htmlsrc"
# Dil's data/ directory.
DEST.DATA = DEST/'data'
# Dil's fancy documentation format.
DEST.KANDIL = DEST/"kandil"
# Temporary directory, deleted in the end.
TMP = DEST/"tmp"
# The list of module files (with info) that have been processed.
MODLIST = TMP/"modules.txt"
# The files to generate documentation for.
FILES = []
# Create the build directory.
BUILD_DIR.makedirs()
# Check out a new working copy.
DEST.rmtree() # First remove the tree.
if options.src != None:
Path(options.src).copytree(DEST)
elif options.git:
if locate_command('git'):
os.system("git clone ./ %(DEST)s && cd %(DEST)s && git checkout"%locals())
(DEST/".git").rmtree() # Remove the .git folder.
else:
raise Exception("git is not in your PATH")
elif locate_command('hg'):
os.system("hg archive -r tip -t files " + DEST)
else:
raise Exception("hg is not in your PATH; specify SRC or use git")
# Create other directories not available in a clean checkout.
map(Path.mkdir, (DEST.BIN, DEST.DOC, DEST.HTMLSRC,
DEST.CSS, DEST.IMG, DEST.JS, TMP))
# Find the source code files.
FILES = find_dil_source_files(DEST.SRC)
# Make a backup of the original.
VERSION_D = DEST.SRC/"dil"/"Version.d"
VERSION_D.copy(TMP/"Version.d")
# Update the version info.
update_version(VERSION_D, V_MAJOR, V_MINOR)
# Restore the original at the end of the build process.
if options.docs:
build_dil_if_inexistant(DIL_EXE)
DOC_FILES = [DEST.KANDIL/"kandil.ddoc"] + \
DEST.DATA//("macros_dil.ddoc", "dilconf.d") + FILES
versions = ["DDoc"]
print "***** Generating documentation *****"
generate_docs(DIL_EXE, DEST.DOC, MODLIST, DOC_FILES, versions, options='-v')
modlist = read_modules_list(MODLIST)
generate_modules_js(modlist, DEST.JS/"modules.js")
print "***** Generating syntax highlighted HTML files *****"
for args in generate_shl_files2(DIL_EXE, DEST.HTMLSRC, modlist):
print "hl %s > %s" % args;
download_jquery(DEST.JS/"jquery.js")
if platform is 'win32':
build_linux_binaries = False
build_windows_binaries = True
else:
build_linux_binaries = True
build_windows_binaries = locate_command("wine") != None
class BINPath(Path):
def __div__(self, name):
""" Converts a Unix path to a Windows path. """
name = Path.__div__(self, name)
return name if name.ext != '.exe' else name.replace("/", r"\\")
BIN = BINPath(BIN)
DMD_EXE_W = "wine dmd.exe" # Use wine on Linux to build Windows binaries.
if not build_windows_binaries:
print "Error: can't build windows binaries: "\
"wine is not installed or not in PATH."
# Create partial functions with common parameters.
# Note: the -inline switch makes the binaries significantly larger on Linux.
build_dil_rls = func_partial(build_dil, FILES, dmd_exe=DMD_EXE,
release=True, optimize=True, inline=True)
build_dil_dbg = func_partial(build_dil, FILES, dmd_exe=DMD_EXE,
debug_info=options.debug_symbols)
if build_linux_binaries:
print "***** Building Linux binaries *****"
# Linux Debug Binaries
build_dil_dbg(BIN/"dil_d")
build_dil_dbg(BIN/"dil2_d", versions=["D2"])
# Linux Release Binaries
build_dil_rls(BIN/"dil")
build_dil_rls(BIN/"dil2", versions=["D2"])
if build_windows_binaries:
print "***** Building Windows binaries *****"
build_dil_dbg.keywords['dmd_exe'] = DMD_EXE_W
build_dil_rls.keywords['dmd_exe'] = DMD_EXE_W
# Windows Debug Binaries
build_dil_dbg(BIN/"dil_d.exe")
build_dil_dbg(BIN/"dil2_d.exe", versions=["D2"])
# Windows Release Binaries
build_dil_rls(BIN/"dil.exe")
build_dil_rls(BIN/"dil2.exe", versions=["D2"])
print "***** Copying files *****"
copy_files(DEST)
# Restore the original. NOTE: is this a good idea?
(TMP/"Version.d").move(VERSION_D)
if not options.docs:
DEST.DOC.rmtree()
TMP.rmtree()
# Build archives.
assert DEST[-1] != Path.sep
opt = options
for exec_cmd, cmd in zip((opt.tar_gz, opt.tar_bz2, opt.zip, opt._7z),
("tar --owner root --group root -czf %(name)s.tar.gz %(src)s",
"tar --owner root --group root --bzip2 -cf %(name)s.tar.bz2 %(src)s",
"zip -q -9 -r %(name)s.zip %(src)s",
"7zr a %(name)s.7z %(src)s")):
if not exec_cmd: continue
if locate_command(cmd):
print "Error: the utility '%s' is not in your PATH." % cmd
continue
cmd = cmd % dict(locals(), name=DEST, src=DEST)
print cmd
os.system(cmd)
