def main():
# ----------
# Parse Args
args = argparse_create().parse_args()
def is_credit_commit_valid(c):
ignore_dir = (
b"blender/extern/",
b"blender/intern/opennl/",
)
if not any(f for f in c.files if not f.startswith(ignore_dir)):
return False
return True
# TODO, there are for sure more companies then are currently listed.
# 1 liners for in html syntax
contrib_companies = (
"<b>Unity Technologies</b> - FBX Exporter",
"<b>BioSkill GmbH</b> - H3D compatibility for X3D Exporter, "
"OBJ Nurbs Import/Export",
"<b>AutoCRC</b> - Improvements to fluid particles, vertex color baking",
"<b>Adidas</b> - Principled BSDF shader in Cycles",
"<b>AMD</b> - Cycles HIP GPU rendering, CPU optimizations",
"<b>Intel</b> - Cycles ray-tracing optimization",
"<b>NVidia</b> - Cycles OptiX GPU rendering, USD importer",
"<b>Facebook</b> - Cycles subsurface scattering improvements",
)
credits = Credits()
# commit_range = "HEAD~10..HEAD"
# commit_range = "blender-v2.81-release..blender-v2.82-release"
# commit_range = "blender-v2.82-release"
commit_range = args.range_sha1
citer = GitCommitIter(args.source_dir, commit_range)
credits.process((c for c in citer if is_credit_commit_valid(c)))
credits.write("credits.html",
is_main_credits=True,
contrib_companies=contrib_companies)
print("Written: credits.html")
def main():
# ----------
# Parse Args
args = argparse_create().parse_args()
def is_credit_commit_valid(c):
ignore_dir = (
b"blender/extern/",
b"blender/intern/opennl/",
b"blender/intern/moto/",
)
if not any(f for f in c.files if not f.startswith(ignore_dir)):
return False
return True
# TODO, there are for sure more companies then are currently listed.
# 1 liners for in html syntax
contrib_companies = (
"<b>Unity Technologies</b> - FBX Exporter",
"<b>BioSkill GmbH</b> - H3D compatibility for X3D Exporter, "
"OBJ Nurbs Import/Export",
"<b>AutoCRC</b> - Improvements to fluid particles, vertex color baking",
)
credits = Credits()
# commit_range = "HEAD~10..HEAD"
commit_range = args.range_sha1
citer = GitCommitIter(args.source_dir, commit_range)
credits.process((c for c in citer if is_credit_commit_valid(c)))
credits.write("credits.html",
is_main_credits=True,
contrib_companies=contrib_companies)
print("Written: credits.html")
def main():
ACCEPT_FILE = "review_accept.txt"
REJECT_FILE = "review_reject.txt"
# ----------
# Parse Args
args = argparse_create().parse_args()
from git_log import GitCommit, GitCommitIter
# --------------
# Filter Commits
def match(c):
# filter_type
if not args.filter_type:
pass
elif args.filter_type == 'BUGFIX':
first_line = c.body.strip().split("\n")[0]
assert (len(first_line))
if any(w for w in first_line.split()
if w.lower().startswith(("fix", "bugfix", "bug-fix"))):
pass
else:
return False
elif args.filter_type == 'NOISE':
first_line = c.body.strip().split("\n")[0]
assert (len(first_line))
if any(w for w in first_line.split()
if w.lower().startswith("cleanup")):
pass
else:
return False
else:
raise Exception("Filter type %r isn't known" % args.filter_type)
# author
if not args.author:
pass
elif args.author != c.author:
return False
return True
commits = [
c for c in GitCommitIter(args.source_dir, args.range_sha1) if match(c)
]
# oldest first
commits.reverse()
tot_accept = 0
tot_reject = 0
def exit_message():
print(
" Written",
colorize(ACCEPT_FILE, color='green'),
"(%d)" % tot_accept,
colorize(REJECT_FILE, color='red'),
"(%d)" % tot_reject,
)
for i, c in enumerate(commits):
if os.name == "posix":
# also clears scrollback
os.system("tput reset")
else:
print('\x1b[2J') # clear
sha1 = c.sha1
# diff may scroll off the screen, that's OK
os.system("git --git-dir %s show %s --format=%%n" %
(c._git_dir, sha1.decode('ascii')))
print("")
print_commit(c)
sys.stdout.flush()
# print(ch)
while True:
print(
"Space=" + colorize("Accept", 'green'),
"Enter=" + colorize("Skip", 'red'),
"Ctrl+C or Q=" + colorize("Quit", color='white'),
"[%d of %d]" % (i + 1, len(commits)),
"(+%d | -%d)" % (tot_accept, tot_reject),
)
ch = getch()
if ch == b'\x03' or ch == b'q':
# Ctrl+C
exit_message()
print("Goodbye! (%s)" % c.sha1.decode())
return
elif ch == b' ':
log_filepath = ACCEPT_FILE
tot_accept += 1
break
elif ch == b'\r':
log_filepath = REJECT_FILE
tot_reject += 1
break
else:
print("Unknown input %r" % ch)
with open(log_filepath, 'ab') as f:
f.write(sha1 + b'\n')
exit_message()
def main():
# ----------
# Parse Args
args = argparse_create().parse_args()
for path in args.filter_exclude_sha1_filepaths:
if os.path.exists(path):
with open(path, 'r') as f:
args.filter_exclude_sha1_list += [
sha1 for l in f for sha1 in l.split()
]
args.filter_exclude_sha1_list = {
sha1.encode()
for sha1 in args.filter_exclude_sha1_list
}
messages = set()
for path in args.filter_exclude_releaselogs:
messages |= release_log_extract_messages(path)
args.filter_exclude_releaselogs = messages
from git_log import GitCommit, GitCommitIter
# --------------
# Filter Commits
def match(c):
# filter_type
if not args.filter_type:
pass
elif args.filter_type == 'BUGFIX':
first_line = c.body.split("\n\n")[0].strip(" :.;-\n").replace(
"\n", " ")
assert (len(first_line))
if any(w for w in first_line.split()
if w.lower().startswith(("fix", "bugfix", "bug-fix"))):
pass
else:
return False
elif args.filter_type == 'NOISE':
first_line = c.body.strip().split("\n")[0]
assert (len(first_line))
if any(w for w in first_line.split()
if w.lower().startswith("cleanup")):
pass
else:
return False
else:
raise Exception("Filter type %r isn't known" % args.filter_type)
# author
if not args.author:
pass
elif args.author != c.author:
return False
# commits to exclude
if c.sha1 in args.filter_exclude_sha1_list:
return False
# exclude by commit message (because cherry-pick totally breaks relations with original commit...)
if args.filter_exclude_releaselogs:
if gen_commit_message_pretty(c) in args.filter_exclude_releaselogs:
return False
return True
if args.accept_releaselog:
blender_rev = args.blender_rev or "<UNKNOWN>"
commits = tuple(GitCommitIter(args.source_dir, args.range_sha1))
release_log = release_log_init(ACCEPT_RELEASELOG_FILE, args.source_dir,
blender_rev, commits[-1].sha1.decode(),
commits[0].sha1.decode(),
args.blender_rstate,
args.blender_rstate_list)
commits = [c for c in commits if match(c)]
else:
commits = [
c for c in GitCommitIter(args.source_dir, args.range_sha1)
if match(c)
]
# oldest first
commits.reverse()
tot_accept = 0
tot_reject = 0
def exit_message():
print(
" Written",
colorize(ACCEPT_FILE, color='green'),
"(%d)" % tot_accept,
colorize(ACCEPT_LOG_FILE, color='yellow'),
"(%d)" % tot_accept,
colorize(ACCEPT_PRETTY_FILE, color='blue'),
"(%d)" % tot_accept,
colorize(REJECT_FILE, color='red'),
"(%d)" % tot_reject,
)
def get_cat(ch, max_idx):
cat = -1
try:
cat = int(ch)
except:
pass
if 0 <= cat < max_idx:
return cat
print("Invalid input %r" % ch)
return None
for i, c in enumerate(commits):
if os.name == "posix":
# Also clears scroll-back.
os.system("tput reset")
else:
print('\x1b[2J') # clear
sha1 = c.sha1
# diff may scroll off the screen, that's OK
os.system("git --git-dir %s show %s --format=%%n" %
(c._git_dir, sha1.decode('ascii')))
print("")
print_commit(c)
sys.stdout.flush()
accept = False
while True:
print(
"Space=" + colorize("Accept", 'green'),
"Enter=" + colorize("Skip", 'red'),
"Ctrl+C or X=" + colorize("Exit", color='white'),
"[%d of %d]" % (i + 1, len(commits)),
"(+%d | -%d)" % (tot_accept, tot_reject),
)
ch = getch()
if ch == b'\x03' or ch == b'x':
# Ctrl+C
exit_message()
print("Goodbye! (%s)" % c.sha1.decode())
return False
elif ch == b' ':
log_filepath = ACCEPT_FILE
log_filepath_log = ACCEPT_LOG_FILE
log_filepath_pretty = ACCEPT_PRETTY_FILE
tot_accept += 1
if args.accept_releaselog: # Enter sub-loop for category selection.
done_main = True
c1 = c2 = None
while True:
if c1 is None:
print(
"Select main category (V=View all categories, M=Commit message): \n\t%s"
"" % " | ".join("[%d] %s" % (i, cat[0])
for i, cat in enumerate(
BUGFIX_CATEGORIES)))
else:
main_cat = BUGFIX_CATEGORIES[c1][0]
sub_cats = BUGFIX_CATEGORIES[c1][1]
if not sub_cats:
break
print(
"[%d] %s: Select sub category "
"(V=View all categories, M=Commit message, Enter=No sub-categories, "
"Backspace=Select other main category): \n\t%s"
"" % (c1, main_cat, " | ".join(
"[%d] %s" % (i, cat)
for i, cat in enumerate(sub_cats))))
ch = getch()
if ch == b'\x7f': # backspace
done_main = False
break
elif ch == b'\x03' or ch == b'x':
# Ctrl+C
exit_message()
print("Goodbye! (%s)" % c.sha1.decode())
return
elif ch == b'v':
print_categories_tree()
print("")
elif ch == b'm':
print_commit(c)
print("")
elif c1 is None:
c1 = get_cat(ch, len(BUGFIX_CATEGORIES))
elif c2 is None:
if ch == b'\r':
break
elif ch == b'\x7f': # backspace
c1 = None
continue
c2 = get_cat(ch, len(BUGFIX_CATEGORIES[c1][1]))
if c2 is not None:
break
else:
print("BUG! this should not happen!")
if done_main is False:
# Go back to main loop, this commit is no more accepted nor rejected.
tot_accept -= 1
continue
write_release_log(ACCEPT_RELEASELOG_FILE, release_log, c,
(c1, c2), args.blender_rstate,
args.blender_rstate_list)
break
elif ch == b'\r':
log_filepath = REJECT_FILE
log_filepath_log = None
log_filepath_pretty = None
tot_reject += 1
break
else:
print("Invalid input %r" % ch)
with open(log_filepath, 'ab') as f:
f.write(sha1 + b'\n')
if args.accept_pretty and log_filepath_pretty:
with open(log_filepath_pretty, 'a') as f:
f.write(
gen_commit_pretty(c, rstate=args.blender_rstate) + "\n")
if args.accept_log and log_filepath_log:
with open(log_filepath_log, 'a') as f:
f.write(gen_commit_log(c) + "\n")
exit_message()