def cli(prefix: str, paths: List[PurePath], commands: List[str],
flags: List[str], logger: UI, descriptions: List[str],
transaction: Transaction, *args, **kwargs):
flags = list(map(parse_flag, flags))
n = len(commands)
if not len(paths) in [1, n]:
logger.exit('There must either be 1 or n paths '
'where n is the number of commands.')
if not len(descriptions) in [0, 1, n]:
logger.exit('There must either be 1 or n descriptions '
'where n is the number of commands.')
iterator = enumerate(itertools.zip_longest(paths, commands, descriptions))
for i, (path, command, description) in iterator:
if path is None:
if n == 1:
path = PurePath(paths[0])
else:
path = PurePath(paths[0], str(i))
if len(descriptions) == 0:
description = 'Description not given.'
if len(descriptions) == 1:
description = descriptions[0]
new(path=path,
prefix=prefix,
command=command,
description=description,
flags=flags,
transaction=transaction)
def cli(prefix: str, paths: List[PurePath], commands: List[str],
args: List[str], logger: UI, descriptions: List[str],
transaction: Transaction, *_, **__):
n = len(commands)
if not len(paths) in [1, n]:
logger.exit("There must either be 1 or n paths "
"where n is the number of subcommands.")
if not (descriptions is None or len(descriptions) in [0, 1, n]):
logger.exit("There must either be 1 or n descriptions "
"where n is the number of subcommands.")
descriptions = descriptions or []
iterator = enumerate(itertools.zip_longest(paths, commands, descriptions))
for i, (path, command, description) in iterator:
if path is None:
if n == 1:
path = PurePath(paths[0])
else:
path = PurePath(paths[0], str(i))
if description is None:
if descriptions:
description = descriptions[0]
new(
command=Command(prefix, command, *args, path=path),
description=description,
path=path,
transaction=transaction,
)
def build_tree(paths, depth: int = None):
aggregator = defaultdict(list)
for path in paths:
try:
head, *tail = PurePath(path).parts
except ValueError:
return dict()
if tail:
head += '/'
aggregator[head].append(PurePath(*tail))
return {k: build_tree(v, depth=depth) for k, v in aggregator.items()}
def get(
self,
patterns: Iterable[PurePath],
unless: Iterable[PurePath] = None,
order: bool = None,
descendants: bool = False,
active: bool = False,
since: datetime = None,
last: timedelta = None,
) -> List[RunEntry]:
if descendants:
patterns = list(map(str, patterns))
patterns += [f'{str(pattern).rstrip("/%")}/%' for pattern in patterns]
condition = DataBase.pattern_match(*patterns)
if since or last:
if since:
time = since
if last:
time = datetime.now() - last
if since and last:
time = max(datetime.now() - last, since)
condition = condition & GreaterThan("datetime", time)
if active:
condition = condition & In("path", *TMUXSession.active_runs(self.logger))
if unless:
unless = DataBase.pattern_match(*unless)
return [
RunEntry(PurePath(p), *e)
for (p, *e) in self.select(
condition=condition, unless=unless, order=order
).fetchall()
]
def paths(runs: List[RunEntry],
pprint: bool = True,
depth: int = None) -> List[str]:
_paths = [PurePath(*e.path.parts[:depth]) for e in runs]
if depth is not None:
_paths = sorted(set(_paths), key=lambda p: natural_order(str(p)))
return tree_strings(build_tree(_paths)) if pprint else _paths
def cli(prefix: str, path: PurePath, spec: Path, flags: List[str], logger: UI,
description: str, transaction: Transaction, *args, **kwargs):
# spec: Path
with spec.open() as f:
obj = json.load(f, object_pairs_hook=lambda pairs: pairs)
try:
try:
array = [SpecObj(**dict(obj))]
except TypeError:
array = [SpecObj(**dict(o)) for o in obj]
except TypeError:
logger.exit(f'Each object in {spec} must have a '
f'"command" field and a "flags" field.')
for i, obj in enumerate(array):
new_path = path if len(array) == 1 else PurePath(path, str(i))
def parse_flag(flag: Flag):
values = flag.values if isinstance(flag.values,
list) else [flag.values]
null_keys = ['null', '', 'none', 'None']
return [
f'--{v}' if flag.key in null_keys else f'--{flag.key}="{v}"'
for v in values
]
flags = [[f] for f in flags]
flags += list(map(parse_flag, obj.flags))
new(path=new_path,
prefix=prefix,
command=obj.command,
description=description,
flags=flags,
transaction=transaction)
def move(
query_args: QueryArgs,
dest_path: str,
kill_tmux: bool,
transaction: Transaction,
db: DataBase,
):
dest_path_is_dir = any(
[dest_path == ".", f"{dest_path}/%" in db,
dest_path.endswith("/")])
for src_pattern in query_args.patterns:
dest_to_src = defaultdict(list)
src_entries = db.get(**query_args._replace(
patterns=[src_pattern])._asdict())
for entry in src_entries:
# parent, grandparent, great-grandparent, etc.
parents = [str(entry.path)
] + [str(p) + "/" for p in entry.path.parents]
matches = [
p for p in reversed(parents) if like(str(p),
str(src_pattern) + "%")
]
head = next(iter(matches)) # a/b/% -> a/b
tail = PurePath(*[PurePath(m).name
for m in matches]) # a/b/% -> c/d
if dest_path_is_dir:
dest = PurePath(dest_path, tail)
else:
dest = str(entry.path).replace(head.rstrip("/"), dest_path, 1)
dest_to_src[dest] += [entry.path]
for dest, srcs in dest_to_src.items():
for i, src in enumerate(srcs):
if len(srcs) > 1:
dest = PurePath(dest, str(i))
else:
dest = PurePath(dest)
transaction.move(src=src, dest=dest, kill_tmux=kill_tmux)
if dest in db:
transaction.remove(dest)
def get_value(path: PurePath) -> Optional[float]:
path = Path(
str(value_path).replace("<path>", str(path)).replace("\\", ""))
try:
with path.open() as f:
return float(f.read())
except (ValueError, FileNotFoundError):
print(f"{path} not found")
return
def tree_strings(tree, prefix='', root_prefix='', root='.'):
yield prefix + root_prefix + root
if root_prefix == '├── ':
prefix += '│ '
if root_prefix == '└── ':
prefix += ' '
if tree:
items = _, *tail = tree.items()
for (root, tree), _next in zip_longest(items, tail):
for s in tree_strings(tree=tree,
prefix=prefix,
root_prefix='├── ' if _next else '└── ',
root=root):
yield PurePath(s)
def strings(runs: List[RunEntry], flags: List[str], prefix: str, db: DataBase,
path: Optional[PurePath], description: Optional[str]):
entry_dict = defaultdict(list)
return_strings = [highlight('To reproduce:')]
for entry in runs:
entry_dict[entry.commit].append(entry)
for commit, entries in entry_dict.items():
return_strings.append(f'git checkout {commit}')
command_string = 'runs new'
for i, entry in enumerate(entries):
if path is None:
new_path = entry.path
elif len(entries) > 1:
new_path = PurePath(path, str(i))
else:
new_path = path
subcommand = get_command_string(
path=PurePath(new_path),
prefix=prefix,
command=entry.command,
flags=flags)
new_path, subcommand, _description = map(json.dumps, [
str(new_path), subcommand, description
or entry.description.strip('"').strip("'")
])
if len(entries) == 1:
command_string += f' {new_path} {subcommand} --description={_description}'
else:
command_string = ' \\\n '.join([
command_string,
f'--path={new_path}',
f'--command={subcommand}',
f'--description={_description}',
])
return_strings.append(command_string)
return return_strings
def tree_strings(tree, prefix="", root_prefix="", root="."):
yield prefix + root_prefix + root
if root_prefix == "├── ":
prefix += "│ "
if root_prefix == "└── ":
prefix += " "
if tree:
items = _, *tail = tree.items()
for (root, tree), _next in zip_longest(items, tail):
for s in tree_strings(
tree=tree,
prefix=prefix,
root_prefix="├── " if _next else "└── ",
root=root,
):
yield PurePath(s)
def strings(
runs: List[RunEntry],
args: List[str],
prefix: str,
db: DataBase,
description: Optional[str],
path: Optional[PurePath],
porcelain: bool,
):
entry_dict = defaultdict(list)
return_strings = [] if porcelain else [highlight("To reproduce:")]
for entry in runs:
entry_dict[entry.commit].append(entry)
for commit, entries in entry_dict.items():
return_strings.append(f"git checkout {commit}")
string = "runs new"
for i, entry in enumerate(entries):
if path is None:
new_path = entry.path
elif len(entries) > 1:
new_path = PurePath(path, str(i))
else:
new_path = path
command = Command(entry.command, path=entry.path)
command = command.exclude(prefix, *args)
new_path, command, _description = map(
json.dumps,
[
str(new_path),
str(command),
description or entry.description.strip('"').strip("'"),
],
)
join_string = " " if len(entries) == 1 else " \\\n"
string = join_string.join(
[
string,
f"--path={new_path}",
f"--command={command}",
f"--description={_description}",
]
)
return_strings.append(string)
return return_strings
def new(path: PurePath, prefix: str, command: str, description: str,
flags: List[List[str]], transaction: Transaction):
bash = transaction.bash
if description is None:
description = ''
if description == 'commit-message':
description = bash.cmd('git log -1 --pretty=%B'.split())
flag_sets = list(itertools.product(*flags))
for i, flag_set in enumerate(flag_sets):
new_path = path if len(flag_sets) == 1 else PurePath(path, str(i))
if new_path in transaction.db:
transaction.remove(new_path)
full_command = build_command(command=command,
path=new_path,
prefix=prefix,
flags=flag_set)
transaction.add_run(path=new_path,
command=full_command,
commit=bash.last_commit(),
datetime=datetime.now().isoformat(),
description=description)
def cli(
prefix: str,
path: PurePath,
spec: Path,
args: List[str],
logger: UI,
description: str,
transaction: Transaction,
max_runs: int,
*_,
**__,
):
# spec: Path
if not spec.exists():
logger.exit(f"{spec.absolute()} does not exist.")
with spec.open() as f:
obj = json.load(f, object_pairs_hook=lambda pairs: pairs)
try:
try:
spec_objs = [SpecObj(**dict(obj))]
except ValueError:
spec_objs = [SpecObj(**dict(o)) for o in obj]
except TypeError:
logger.exit(f"Each object in {spec} must have a "
'"command" field and a "args" field.')
def listify(x):
if isinstance(x, list):
return x
return [x]
def prepend(arg: str):
if not arg or arg.startswith("-"):
return arg
return f"--{arg}"
def arg_alternatives(key, values):
for v in listify(values):
if isinstance(v, list):
value = " ".join([f'"{_v}"' for _v in v])
yield [prepend(f"{key} {value}")]
else:
yield [prepend(f'{key}="{value}"') for value in listify(v)]
def flag_alternatives(values):
if values:
for v in values:
yield list(map(prepend, v))
else:
yield [None]
def group_args(spec):
for k, v in spec.args or []:
yield list(arg_alternatives(k, v))
yield list(flag_alternatives(spec.flags))
def arg_assignments():
for spec in spec_objs:
for arg_set in itertools.product(*group_args(spec)):
yield spec.command, [a for s in arg_set for a in s if a]
assignments = list(arg_assignments())
if max_runs is not None and len(assignments) > max_runs:
random.shuffle(assignments)
assignments = assignments[:max_runs]
for i, (command, arg_set) in enumerate(assignments):
new_path = path if len(assignments) == 1 else PurePath(path, str(i))
command = Command(prefix, command, *arg_set, *args, path=new_path)
new(
path=new_path,
command=command,
description=description,
transaction=transaction,
)
