def __init__(self, color: bool):
self._time = self.time_factory()
self._color = color
self._prev = ""
self._spinner = SPINNER
self._printer = TTYPrinter()
self._lineno = 0
class DetailedExecStopProgress(ExecStopProgress):
def __init__(self, color: bool):
super().__init__()
self._color = color
self._spinner = SPINNER
self._printer = TTYPrinter()
self._lineno = 0
def tick(self, running: bool) -> None:
new_time = self.time_factory()
dt = new_time - self._time
if running:
msg = (style("-", fg="yellow") +
f"Wait for stopping {next(self._spinner)} [{dt:.1f} sec]")
else:
msg = style("√", fg="green") + " Stopped"
self._printer.print(
msg,
lineno=self._lineno,
)
def timeout(self) -> None:
secho()
secho("× Warning !!!", fg="red")
secho(
"× The attached session was disconnected "
"but the exec process is still alive.",
fg="red",
)
def test_two_messages(self, capfd: Any, printer: TTYPrinter) -> None:
printer.print("message1")
printer.print("message2")
printer.close()
out, err = capfd.readouterr()
assert err == ""
assert out == f"message1{linesep}message2{linesep}"
def __init__(self, root: Root) -> None:
self.painter = get_painter(root.color, quote=True)
self.printer = TTYPrinter()
self.half_width = (root.terminal_size[0] - 10) // 2
self.full_width = root.terminal_size[0] - 20
self.lines: List[Tuple[URL, bool, str]] = []
self.cur_dir: Optional[URL] = None
self.verbose = root.verbosity > 0
class DetailedJobStopProgress(JobStopProgress):
def __init__(self, color: bool):
super().__init__()
self._color = color
self._spinner = SPINNER
self._printer = TTYPrinter()
self._lineno = 0
def detach(self, job: JobDescription) -> None:
secho()
secho("× Terminal was detached but job is still running", fg="red")
secho("Re-attach to job:", dim=True, fg="yellow")
secho(f" neuro attach {job.id}", dim=True)
secho("Check job status:", dim=True, fg="yellow")
secho(f" neuro status {job.id}", dim=True)
secho("Kill job:", dim=True, fg="yellow")
secho(f" neuro kill {job.id}", dim=True)
secho("Fetch job logs:", dim=True, fg="yellow")
secho(f" neuro logs {job.id}", dim=True)
def kill(self, job: JobDescription) -> None:
secho()
secho("× Job was killed", fg="red")
secho("Get job status:", dim=True, fg="yellow")
secho(f" neuro status {job.id}", dim=True)
secho("Fetch job logs:", dim=True, fg="yellow")
secho(f" neuro logs {job.id}", dim=True)
def tick(self, job: JobDescription) -> None:
new_time = self.time_factory()
dt = new_time - self._time
if job.status == JobStatus.RUNNING:
msg = (style("-", fg="yellow") +
f" Wait for stop {next(self._spinner)} [{dt:.1f} sec]")
else:
msg = style("√", fg="green") + " Stopped"
if not self._color:
msg = unstyle(msg)
self._printer.print(
msg,
lineno=self._lineno,
)
def timeout(self, job: JobDescription) -> None:
secho()
secho("× Warning !!!", fg="red")
secho(
"× The attached session was disconnected but the job is still alive.",
fg="red",
)
secho("Reconnect to the job:", dim=True, fg="yellow")
secho(f" neuro attach {job.id}", dim=True)
secho("Terminate the job:", dim=True, fg="yellow")
secho(f" neuro kill {job.id}", dim=True)
def __init__(self, color: bool):
self._time = time.time()
self._color = color
self._prev = ""
if sys.platform == "win32":
self._spinner = itertools.cycle("-\\|/")
else:
self._spinner = itertools.cycle("◢◣◤◥")
self._printer = TTYPrinter()
self._lineno = 0
def test_multiline(self, printer: TTYPrinter, capfd: Any) -> None:
CSI = "\033["
assert printer.total_lines == 0
res = printer.print("message1\nmessage2")
assert printer.total_lines == 2
assert res == "message1\nmessage2\n"
res = printer.print("message3\nmessage4", 1)
assert printer.total_lines == 3
assert res == f"{CSI}1Amessage3{CSI}0K\nmessage4\n"
res = printer.print("message5\nmessage6", 10)
assert printer.total_lines == 12
assert res == f"\n\n\n\n\n\n\n{CSI}1Amessage5\nmessage6\n"
res = printer.print("message7\nmessage8", 5)
assert printer.total_lines == 12
assert res == f"{CSI}7Amessage7{CSI}0K\nmessage8{CSI}0K\n{CSI}5B"
class DetailedJobStartProgress(JobStartProgress):
def __init__(self, color: bool):
self._time = time.time()
self._color = color
self._prev = ""
if sys.platform == "win32":
self._spinner = itertools.cycle("-\\|/")
else:
self._spinner = itertools.cycle("◢◣◤◥")
self._printer = TTYPrinter()
self._lineno = 0
def __call__(self, job: JobDescription) -> None:
new_time = time.time()
dt = new_time - self._time
msg = "Status: " + format_job_status(job.status)
reason = self._get_status_reason_message(job)
if reason:
msg += " " + style(reason, bold=True)
description = self._get_status_description_message(job)
if description:
msg += " " + description
if not self._color:
msg = unstyle(msg)
if msg != self._prev:
if self._prev:
self._printer.print(self._prev, lineno=self._lineno)
self._prev = msg
self._lineno = self._printer.total_lines
self._printer.print(msg)
else:
self._printer.print(f"{msg} {next(self._spinner)} [{dt:.1f} sec]",
lineno=self._lineno)
class DetailedJobStartProgress(JobStartProgress):
def __init__(self, color: bool):
self._time = self.time_factory()
self._color = color
self._prev = ""
self._spinner = SPINNER
self._printer = TTYPrinter()
self._lineno = 0
def begin(self, job: JobDescription) -> None:
self._printer.print(
style("√ ", fg="green") + style("Job ID", bold=True) +
f": {job.id} ")
if job.name:
self._printer.print(
style("√ ", fg="green") + style("Name", bold=True) +
f": {job.name}")
def step(self, job: JobDescription) -> None:
new_time = self.time_factory()
dt = new_time - self._time
msg = "Status: " + format_job_status(job.status)
reason = self._get_status_reason_message(job)
if reason:
msg += " " + style(reason, bold=True)
description = self._get_status_description_message(job)
if description:
msg += " " + description
if job.status == JobStatus.PENDING:
msg = style("- ", fg="yellow") + msg
elif job.status == JobStatus.FAILED:
msg = style("× ", fg="red") + msg
else:
# RUNNING or SUCCEDED
msg = style("√ ", fg="green") + msg
if not self._color:
msg = unstyle(msg)
if msg != self._prev:
if self._prev:
self._printer.print(self._prev, lineno=self._lineno)
self._prev = msg
self._lineno = self._printer.total_lines
self._printer.print(msg)
else:
self._printer.print(f"{msg} {next(self._spinner)} [{dt:.1f} sec]",
lineno=self._lineno)
def end(self, job: JobDescription) -> None:
out = []
if job.status != JobStatus.FAILED:
http_url = job.http_url
if http_url:
out.append(
style("√ ", fg="green") + style("Http URL", bold=True) +
f": {http_url}")
if job.life_span:
limit = humanize.naturaldelta(
datetime.timedelta(seconds=job.life_span))
out.append(
style("√ ", fg="green") + style(
f"The job will die in {limit}. ",
fg="yellow",
) + "See --life-span option documentation for details.", )
self._printer.print("\n".join(out))
class TTYProgress(BaseStorageProgress):
HEIGHT = 10
def __init__(self, root: Root) -> None:
self.painter = get_painter(root.color, quote=True)
self.printer = TTYPrinter()
self.half_width = (root.terminal_size[0] - 10) // 2
self.full_width = root.terminal_size[0] - 20
self.lines: List[Tuple[URL, bool, str]] = []
self.cur_dir: Optional[URL] = None
self.verbose = root.verbosity > 0
def fmt_url(self, url: URL, type: FileStatusType, *, half: bool) -> str:
label = str(url)
if half:
width = self.half_width
else:
width = self.full_width
while len(label) > width:
parts = list(url.parts)
if len(parts) < 2:
break
if parts[0] == "/":
if len(parts) < 3:
slash = "/"
break
slash, first, second, *last = parts
if first == "...":
if last:
parts = ["..."] + last
else:
break
else:
parts = ["...", second] + last
else:
slash = ""
# len(parts) > 1 always
first, second, *last = parts
if first == "...":
if last:
parts = ["..."] + last
else:
break
else:
parts = ["...", second] + last
if url.host or slash:
pre = f"//{url.host or ''}{slash}"
else:
pre = ""
url = URL(f"{url.scheme}:{pre}{'/'.join(parts)}")
label = str(url)
return self.fmt_str(label, type)
def fmt_str(self, label: str, type: FileStatusType) -> str:
return self.painter.paint(label, type)
def fmt_size(self, size: int) -> str:
return format_size(size)
def begin(self, src: URL, dst: URL) -> None:
if self.verbose:
click.echo("Copy")
click.echo(self.fmt_str(str(src), FileStatusType.DIRECTORY))
click.echo("=>")
click.echo(self.fmt_str(str(dst), FileStatusType.DIRECTORY))
else:
src_label = self.fmt_url(src, FileStatusType.DIRECTORY, half=True)
dst_label = self.fmt_url(dst, FileStatusType.DIRECTORY, half=True)
click.echo(f"Copy {src_label} => {dst_label}")
def enter(self, data: StorageProgressEnterDir) -> None:
self._enter_dir(data.src)
def _enter_dir(self, src: URL) -> None:
fmt_src = self.fmt_url(src, FileStatusType.DIRECTORY, half=False)
self.append(src, f"{fmt_src} ...", is_dir=True)
self.cur_dir = src
def leave(self, data: StorageProgressLeaveDir) -> None:
src = self.fmt_url(data.src, FileStatusType.DIRECTORY, half=False)
if self.lines and self.lines[-1][0] == data.src:
self.lines.pop()
self.append(data.src, f"{src} DONE", is_dir=True)
self.cur_dir = None
def start(self, data: StorageProgressStart) -> None:
src = self.fmt_str(data.src.name, FileStatusType.FILE)
progress = 0
current = self.fmt_size(0)
total = self.fmt_size(data.size)
self._append_file(data.src,
f"{src} [{progress:.2f}%] {current} of {total}")
def complete(self, data: StorageProgressComplete) -> None:
src = self.fmt_str(data.src.name, FileStatusType.FILE)
total = self.fmt_size(data.size)
self.replace(data.src, f"{src} {total}")
def step(self, data: StorageProgressStep) -> None:
src = self.fmt_str(data.src.name, FileStatusType.FILE)
progress = (100 * data.current) / data.size
current = self.fmt_size(data.current)
total = self.fmt_size(data.size)
self.replace(data.src, f"{src} [{progress:.2f}%] {current} of {total}")
def fail(self, data: StorageProgressFail) -> None:
src = self.fmt_str(str(data.src), FileStatusType.FILE)
dst = self.fmt_str(str(data.dst), FileStatusType.FILE)
click.echo(
click.style("Failure:", fg="red") +
f" {src} -> {dst} [{data.message}]",
err=True,
)
# clear lines to sync with writing to stderr
self.lines = []
def _append_file(self, key: URL, msg: str) -> None:
parent = key.parent
if self.cur_dir is not None and self.cur_dir != parent:
self._enter_dir(parent)
self.append(key, msg)
def append(self, key: URL, msg: str, is_dir: bool = False) -> None:
self.lines.append((key, is_dir, msg))
if len(self.lines) > self.HEIGHT:
if not self.lines[0][1]:
# top line is not a dir, drop it.
del self.lines[0]
elif self.lines[1][1]:
# second line is a dir, drop the first line.
del self.lines[0]
else:
# there is a file line under a dir line, drop the file line.
del self.lines[1]
for lineno, line in enumerate(self.lines):
self.printer.print(line[2], lineno)
def replace(self, key: URL, msg: str) -> None:
for i in range(len(self.lines))[::-1]:
line = self.lines[i]
if line[0] == key:
self.lines[i] = (key, False, msg)
self.printer.print(self.lines[i][2], i)
break
else:
self._append_file(key, msg)
def __init__(self) -> None:
self._mapping: Dict[str, int] = {}
self._printer = TTYPrinter()
class DetailedDockerImageProgress(DockerImageProgress):
def __init__(self) -> None:
self._mapping: Dict[str, int] = {}
self._printer = TTYPrinter()
def push(self, data: ImageProgressPush) -> None:
src = click.style(str(data.src), bold=True)
dst = click.style(str(data.dst), bold=True)
self._printer.print(f"Pushing image {src} => {dst}")
def pull(self, data: ImageProgressPull) -> None:
src = click.style(str(data.src), bold=True)
dst = click.style(str(data.dst), bold=True)
self._printer.print(f"Pulling image {src} => {dst}")
def step(self, data: ImageProgressStep) -> None:
if data.layer_id:
if data.layer_id in self._mapping.keys():
lineno = self._mapping[data.layer_id]
self._printer.print(data.message, lineno)
else:
self._mapping[data.layer_id] = self._printer.total_lines
self._printer.print(data.message)
else:
self._printer.print(data.message)
def save(self, data: ImageProgressSave) -> None:
job = click.style(str(data.job), bold=True)
dst = click.style(str(data.dst), bold=True)
self._printer.print(f"Saving {job} -> {dst}")
def commit_started(self, data: ImageCommitStarted) -> None:
img = click.style(str(data.target_image), bold=True)
self._printer.print(
f"Creating image {img} image from the job container")
def commit_finished(self, data: ImageCommitFinished) -> None:
self._printer.print("Image created")
def close(self) -> None:
self._printer.close()
def __init__(self, color: bool):
super().__init__()
self._color = color
self._spinner = SPINNER
self._printer = TTYPrinter()
self._lineno = 0
def printer(self, click_tty_emulation: Any) -> TTYPrinter:
return TTYPrinter()
def test_no_messages(self, capfd: Any, printer: TTYPrinter) -> None:
printer.close()
out, err = capfd.readouterr()
assert err == ""
assert out == ""
def test_one_message(self, capfd: Any, printer: TTYPrinter) -> None:
printer.print("message")
printer.close()
out, err = capfd.readouterr()
assert err == ""
assert out == f"message{linesep}"
def test_message_lineno(self, printer: TTYPrinter, capfd: Any) -> None:
assert printer.total_lines == 0
printer.print("message1")
assert printer.total_lines == 1
printer.print("message1-replace", 0)
assert printer.total_lines == 1
printer.print("message3", 2)
assert printer.total_lines == 3
printer.print("message7", 6)
assert printer.total_lines == 7
printer.print("message2", 1)
assert printer.total_lines == 7
printer.close()
out, err = capfd.readouterr()
assert err == ""
assert "message1" in out
assert "message1-replace" in out
assert "message3" in out
assert "message7" in out
assert "message2" in out
CSI = "\033["
assert CSI in out
assert f"{CSI}0A" not in out
assert f"{CSI}0B" not in out
