How to use _file method in fMBT

Best Python code snippet using fMBT_python

subprocess.pyi

Source:subprocess.pyi Github

copy

Full Screen

1# Stubs for subprocess2# Based on http://docs.python.org/3.6/library/subprocess.html3import sys4from typing import Sequence, Any, Mapping, Callable, Tuple, IO, Optional, Union, Type, Text, Generic, TypeVar, AnyStr, overload5from types import TracebackType6if sys.version_info >= (3, 8):7 from typing import Literal8else:9 from typing_extensions import Literal10# We prefer to annotate inputs to methods (eg subprocess.check_call) with these11# union types.12# For outputs we use laborious literal based overloads to try to determine13# which specific return types to use, and prefer to fall back to Any when14# this does not work, so the caller does not have to use an assertion to confirm15# which type.16#17# For example:18#19# try:20# x = subprocess.check_output(["ls", "-l"])21# reveal_type(x) # bytes, based on the overloads22# except TimeoutError as e:23# reveal_type(e.cmd) # Any, but morally is _CMD24_FILE = Union[None, int, IO[Any]]25_TXT = Union[bytes, Text]26if sys.version_info >= (3, 6):27 from builtins import _PathLike28 _PATH = Union[bytes, Text, _PathLike]29else:30 _PATH = Union[bytes, Text]31# Python 3.6 does't support _CMD being a single PathLike.32# See: https://bugs.python.org/issue3196133_CMD = Union[_TXT, Sequence[_PATH]]34_ENV = Union[Mapping[bytes, _TXT], Mapping[Text, _TXT]]35_S = TypeVar('_S')36_T = TypeVar('_T')37class CompletedProcess(Generic[_T]):38 # morally: _CMD39 args: Any40 returncode: int41 # These are really both Optional, but requiring checks would be tedious42 # and writing all the overloads would be horrific.43 stdout: _T44 stderr: _T45 def __init__(self, args: _CMD, returncode: int, stdout: Optional[_T] = ..., stderr: Optional[_T] = ...) -> None: ...46 def check_returncode(self) -> None: ...47if sys.version_info >= (3, 7):48 # Nearly the same args as for 3.6, except for capture_output and text49 @overload50 def run(51 args: _CMD,52 bufsize: int = ...,53 executable: _PATH = ...,54 stdin: _FILE = ...,55 stdout: _FILE = ...,56 stderr: _FILE = ...,57 preexec_fn: Callable[[], Any] = ...,58 close_fds: bool = ...,59 shell: bool = ...,60 cwd: Optional[_PATH] = ...,61 env: Optional[_ENV] = ...,62 universal_newlines: bool = ...,63 startupinfo: Any = ...,64 creationflags: int = ...,65 restore_signals: bool = ...,66 start_new_session: bool = ...,67 pass_fds: Any = ...,68 *,69 capture_output: bool = ...,70 check: bool = ...,71 encoding: Optional[str] = ...,72 errors: Optional[str] = ...,73 input: Optional[str] = ...,74 text: Literal[True],75 timeout: Optional[float] = ...,76 ) -> CompletedProcess[str]: ...77 @overload78 def run(79 args: _CMD,80 bufsize: int = ...,81 executable: _PATH = ...,82 stdin: _FILE = ...,83 stdout: _FILE = ...,84 stderr: _FILE = ...,85 preexec_fn: Callable[[], Any] = ...,86 close_fds: bool = ...,87 shell: bool = ...,88 cwd: Optional[_PATH] = ...,89 env: Optional[_ENV] = ...,90 universal_newlines: bool = ...,91 startupinfo: Any = ...,92 creationflags: int = ...,93 restore_signals: bool = ...,94 start_new_session: bool = ...,95 pass_fds: Any = ...,96 *,97 capture_output: bool = ...,98 check: bool = ...,99 encoding: str,100 errors: Optional[str] = ...,101 input: Optional[str] = ...,102 text: Optional[bool] = ...,103 timeout: Optional[float] = ...,104 ) -> CompletedProcess[str]: ...105 @overload106 def run(107 args: _CMD,108 bufsize: int = ...,109 executable: _PATH = ...,110 stdin: _FILE = ...,111 stdout: _FILE = ...,112 stderr: _FILE = ...,113 preexec_fn: Callable[[], Any] = ...,114 close_fds: bool = ...,115 shell: bool = ...,116 cwd: Optional[_PATH] = ...,117 env: Optional[_ENV] = ...,118 universal_newlines: bool = ...,119 startupinfo: Any = ...,120 creationflags: int = ...,121 restore_signals: bool = ...,122 start_new_session: bool = ...,123 pass_fds: Any = ...,124 *,125 capture_output: bool = ...,126 check: bool = ...,127 encoding: Optional[str] = ...,128 errors: str,129 input: Optional[str] = ...,130 text: Optional[bool] = ...,131 timeout: Optional[float] = ...,132 ) -> CompletedProcess[str]: ...133 @overload134 def run(135 args: _CMD,136 bufsize: int = ...,137 executable: _PATH = ...,138 stdin: _FILE = ...,139 stdout: _FILE = ...,140 stderr: _FILE = ...,141 preexec_fn: Callable[[], Any] = ...,142 close_fds: bool = ...,143 shell: bool = ...,144 cwd: Optional[_PATH] = ...,145 env: Optional[_ENV] = ...,146 *,147 universal_newlines: Literal[True],148 startupinfo: Any = ...,149 creationflags: int = ...,150 restore_signals: bool = ...,151 start_new_session: bool = ...,152 pass_fds: Any = ...,153 # where the *real* keyword only args start154 capture_output: bool = ...,155 check: bool = ...,156 encoding: Optional[str] = ...,157 errors: Optional[str] = ...,158 input: Optional[str] = ...,159 text: Optional[bool] = ...,160 timeout: Optional[float] = ...,161 ) -> CompletedProcess[str]: ...162 @overload163 def run(164 args: _CMD,165 bufsize: int = ...,166 executable: _PATH = ...,167 stdin: _FILE = ...,168 stdout: _FILE = ...,169 stderr: _FILE = ...,170 preexec_fn: Callable[[], Any] = ...,171 close_fds: bool = ...,172 shell: bool = ...,173 cwd: Optional[_PATH] = ...,174 env: Optional[_ENV] = ...,175 universal_newlines: Literal[False] = ...,176 startupinfo: Any = ...,177 creationflags: int = ...,178 restore_signals: bool = ...,179 start_new_session: bool = ...,180 pass_fds: Any = ...,181 *,182 capture_output: bool = ...,183 check: bool = ...,184 encoding: None = ...,185 errors: None = ...,186 input: Optional[bytes] = ...,187 text: Literal[None, False] = ...,188 timeout: Optional[float] = ...,189 ) -> CompletedProcess[bytes]: ...190 @overload191 def run(192 args: _CMD,193 bufsize: int = ...,194 executable: _PATH = ...,195 stdin: _FILE = ...,196 stdout: _FILE = ...,197 stderr: _FILE = ...,198 preexec_fn: Callable[[], Any] = ...,199 close_fds: bool = ...,200 shell: bool = ...,201 cwd: Optional[_PATH] = ...,202 env: Optional[_ENV] = ...,203 universal_newlines: bool = ...,204 startupinfo: Any = ...,205 creationflags: int = ...,206 restore_signals: bool = ...,207 start_new_session: bool = ...,208 pass_fds: Any = ...,209 *,210 capture_output: bool = ...,211 check: bool = ...,212 encoding: Optional[str] = ...,213 errors: Optional[str] = ...,214 input: Optional[_TXT] = ...,215 text: Optional[bool] = ...,216 timeout: Optional[float] = ...,217 ) -> CompletedProcess[Any]: ...218elif sys.version_info >= (3, 6):219 # Nearly same args as Popen.__init__ except for timeout, input, and check220 @overload221 def run(222 args: _CMD,223 bufsize: int = ...,224 executable: _PATH = ...,225 stdin: _FILE = ...,226 stdout: _FILE = ...,227 stderr: _FILE = ...,228 preexec_fn: Callable[[], Any] = ...,229 close_fds: bool = ...,230 shell: bool = ...,231 cwd: Optional[_PATH] = ...,232 env: Optional[_ENV] = ...,233 universal_newlines: bool = ...,234 startupinfo: Any = ...,235 creationflags: int = ...,236 restore_signals: bool = ...,237 start_new_session: bool = ...,238 pass_fds: Any = ...,239 *,240 check: bool = ...,241 encoding: str,242 errors: Optional[str] = ...,243 input: Optional[str] = ...,244 timeout: Optional[float] = ...,245 ) -> CompletedProcess[str]: ...246 @overload247 def run(248 args: _CMD,249 bufsize: int = ...,250 executable: _PATH = ...,251 stdin: _FILE = ...,252 stdout: _FILE = ...,253 stderr: _FILE = ...,254 preexec_fn: Callable[[], Any] = ...,255 close_fds: bool = ...,256 shell: bool = ...,257 cwd: Optional[_PATH] = ...,258 env: Optional[_ENV] = ...,259 universal_newlines: bool = ...,260 startupinfo: Any = ...,261 creationflags: int = ...,262 restore_signals: bool = ...,263 start_new_session: bool = ...,264 pass_fds: Any = ...,265 *,266 check: bool = ...,267 encoding: Optional[str] = ...,268 errors: str,269 input: Optional[str] = ...,270 timeout: Optional[float] = ...,271 ) -> CompletedProcess[str]: ...272 @overload273 def run(274 args: _CMD,275 bufsize: int = ...,276 executable: _PATH = ...,277 stdin: _FILE = ...,278 stdout: _FILE = ...,279 stderr: _FILE = ...,280 preexec_fn: Callable[[], Any] = ...,281 close_fds: bool = ...,282 shell: bool = ...,283 cwd: Optional[_PATH] = ...,284 env: Optional[_ENV] = ...,285 *,286 universal_newlines: Literal[True],287 startupinfo: Any = ...,288 creationflags: int = ...,289 restore_signals: bool = ...,290 start_new_session: bool = ...,291 pass_fds: Any = ...,292 # where the *real* keyword only args start293 check: bool = ...,294 encoding: Optional[str] = ...,295 errors: Optional[str] = ...,296 input: Optional[str] = ...,297 timeout: Optional[float] = ...,298 ) -> CompletedProcess[str]: ...299 @overload300 def run(301 args: _CMD,302 bufsize: int = ...,303 executable: _PATH = ...,304 stdin: _FILE = ...,305 stdout: _FILE = ...,306 stderr: _FILE = ...,307 preexec_fn: Callable[[], Any] = ...,308 close_fds: bool = ...,309 shell: bool = ...,310 cwd: Optional[_PATH] = ...,311 env: Optional[_ENV] = ...,312 universal_newlines: Literal[False] = ...,313 startupinfo: Any = ...,314 creationflags: int = ...,315 restore_signals: bool = ...,316 start_new_session: bool = ...,317 pass_fds: Any = ...,318 *,319 check: bool = ...,320 encoding: None = ...,321 errors: None = ...,322 input: Optional[bytes] = ...,323 timeout: Optional[float] = ...,324 ) -> CompletedProcess[bytes]: ...325 @overload326 def run(327 args: _CMD,328 bufsize: int = ...,329 executable: _PATH = ...,330 stdin: _FILE = ...,331 stdout: _FILE = ...,332 stderr: _FILE = ...,333 preexec_fn: Callable[[], Any] = ...,334 close_fds: bool = ...,335 shell: bool = ...,336 cwd: Optional[_PATH] = ...,337 env: Optional[_ENV] = ...,338 universal_newlines: bool = ...,339 startupinfo: Any = ...,340 creationflags: int = ...,341 restore_signals: bool = ...,342 start_new_session: bool = ...,343 pass_fds: Any = ...,344 *,345 check: bool = ...,346 encoding: Optional[str] = ...,347 errors: Optional[str] = ...,348 input: Optional[_TXT] = ...,349 timeout: Optional[float] = ...,350 ) -> CompletedProcess[Any]: ...351else:352 # Nearly same args as Popen.__init__ except for timeout, input, and check353 @overload354 def run(355 args: _CMD,356 bufsize: int = ...,357 executable: _PATH = ...,358 stdin: _FILE = ...,359 stdout: _FILE = ...,360 stderr: _FILE = ...,361 preexec_fn: Callable[[], Any] = ...,362 close_fds: bool = ...,363 shell: bool = ...,364 cwd: Optional[_PATH] = ...,365 env: Optional[_ENV] = ...,366 *,367 universal_newlines: Literal[True],368 startupinfo: Any = ...,369 creationflags: int = ...,370 restore_signals: bool = ...,371 start_new_session: bool = ...,372 pass_fds: Any = ...,373 # where the *real* keyword only args start374 check: bool = ...,375 input: Optional[str] = ...,376 timeout: Optional[float] = ...,377 ) -> CompletedProcess[str]: ...378 @overload379 def run(380 args: _CMD,381 bufsize: int = ...,382 executable: _PATH = ...,383 stdin: _FILE = ...,384 stdout: _FILE = ...,385 stderr: _FILE = ...,386 preexec_fn: Callable[[], Any] = ...,387 close_fds: bool = ...,388 shell: bool = ...,389 cwd: Optional[_PATH] = ...,390 env: Optional[_ENV] = ...,391 universal_newlines: Literal[False] = ...,392 startupinfo: Any = ...,393 creationflags: int = ...,394 restore_signals: bool = ...,395 start_new_session: bool = ...,396 pass_fds: Any = ...,397 *,398 check: bool = ...,399 input: Optional[bytes] = ...,400 timeout: Optional[float] = ...,401 ) -> CompletedProcess[bytes]: ...402 @overload403 def run(404 args: _CMD,405 bufsize: int = ...,406 executable: _PATH = ...,407 stdin: _FILE = ...,408 stdout: _FILE = ...,409 stderr: _FILE = ...,410 preexec_fn: Callable[[], Any] = ...,411 close_fds: bool = ...,412 shell: bool = ...,413 cwd: Optional[_PATH] = ...,414 env: Optional[_ENV] = ...,415 universal_newlines: bool = ...,416 startupinfo: Any = ...,417 creationflags: int = ...,418 restore_signals: bool = ...,419 start_new_session: bool = ...,420 pass_fds: Any = ...,421 *,422 check: bool = ...,423 input: Optional[_TXT] = ...,424 timeout: Optional[float] = ...,425 ) -> CompletedProcess[Any]: ...426# Same args as Popen.__init__427def call(args: _CMD,428 bufsize: int = ...,429 executable: _PATH = ...,430 stdin: _FILE = ...,431 stdout: _FILE = ...,432 stderr: _FILE = ...,433 preexec_fn: Callable[[], Any] = ...,434 close_fds: bool = ...,435 shell: bool = ...,436 cwd: Optional[_PATH] = ...,437 env: Optional[_ENV] = ...,438 universal_newlines: bool = ...,439 startupinfo: Any = ...,440 creationflags: int = ...,441 restore_signals: bool = ...,442 start_new_session: bool = ...,443 pass_fds: Any = ...,444 timeout: Optional[float] = ...) -> int: ...445# Same args as Popen.__init__446def check_call(args: _CMD,447 bufsize: int = ...,448 executable: _PATH = ...,449 stdin: _FILE = ...,450 stdout: _FILE = ...,451 stderr: _FILE = ...,452 preexec_fn: Callable[[], Any] = ...,453 close_fds: bool = ...,454 shell: bool = ...,455 cwd: Optional[_PATH] = ...,456 env: Optional[_ENV] = ...,457 universal_newlines: bool = ...,458 startupinfo: Any = ...,459 creationflags: int = ...,460 restore_signals: bool = ...,461 start_new_session: bool = ...,462 pass_fds: Any = ...,463 timeout: Optional[float] = ...) -> int: ...464if sys.version_info >= (3, 7):465 # 3.7 added text466 @overload467 def check_output(args: _CMD,468 bufsize: int = ...,469 executable: _PATH = ...,470 stdin: _FILE = ...,471 stderr: _FILE = ...,472 preexec_fn: Callable[[], Any] = ...,473 close_fds: bool = ...,474 shell: bool = ...,475 cwd: Optional[_PATH] = ...,476 env: Optional[_ENV] = ...,477 universal_newlines: bool = ...,478 startupinfo: Any = ...,479 creationflags: int = ...,480 restore_signals: bool = ...,481 start_new_session: bool = ...,482 pass_fds: Any = ...,483 *,484 timeout: Optional[float] = ...,485 input: _TXT = ...,486 encoding: Optional[str] = ...,487 errors: Optional[str] = ...,488 text: Literal[True],489 ) -> str: ...490 @overload491 def check_output(args: _CMD,492 bufsize: int = ...,493 executable: _PATH = ...,494 stdin: _FILE = ...,495 stderr: _FILE = ...,496 preexec_fn: Callable[[], Any] = ...,497 close_fds: bool = ...,498 shell: bool = ...,499 cwd: Optional[_PATH] = ...,500 env: Optional[_ENV] = ...,501 universal_newlines: bool = ...,502 startupinfo: Any = ...,503 creationflags: int = ...,504 restore_signals: bool = ...,505 start_new_session: bool = ...,506 pass_fds: Any = ...,507 *,508 timeout: Optional[float] = ...,509 input: _TXT = ...,510 encoding: str,511 errors: Optional[str] = ...,512 text: Optional[bool] = ...,513 ) -> str: ...514 @overload515 def check_output(args: _CMD,516 bufsize: int = ...,517 executable: _PATH = ...,518 stdin: _FILE = ...,519 stderr: _FILE = ...,520 preexec_fn: Callable[[], Any] = ...,521 close_fds: bool = ...,522 shell: bool = ...,523 cwd: Optional[_PATH] = ...,524 env: Optional[_ENV] = ...,525 universal_newlines: bool = ...,526 startupinfo: Any = ...,527 creationflags: int = ...,528 restore_signals: bool = ...,529 start_new_session: bool = ...,530 pass_fds: Any = ...,531 *,532 timeout: Optional[float] = ...,533 input: _TXT = ...,534 encoding: Optional[str] = ...,535 errors: str,536 text: Optional[bool] = ...,537 ) -> str: ...538 @overload539 def check_output(args: _CMD,540 bufsize: int = ...,541 executable: _PATH = ...,542 stdin: _FILE = ...,543 stderr: _FILE = ...,544 preexec_fn: Callable[[], Any] = ...,545 close_fds: bool = ...,546 shell: bool = ...,547 cwd: Optional[_PATH] = ...,548 env: Optional[_ENV] = ...,549 *,550 universal_newlines: Literal[True],551 startupinfo: Any = ...,552 creationflags: int = ...,553 restore_signals: bool = ...,554 start_new_session: bool = ...,555 pass_fds: Any = ...,556 # where the real keyword only ones start557 timeout: Optional[float] = ...,558 input: _TXT = ...,559 encoding: Optional[str] = ...,560 errors: Optional[str] = ...,561 text: Optional[bool] = ...,562 ) -> str: ...563 @overload564 def check_output(args: _CMD,565 bufsize: int = ...,566 executable: _PATH = ...,567 stdin: _FILE = ...,568 stderr: _FILE = ...,569 preexec_fn: Callable[[], Any] = ...,570 close_fds: bool = ...,571 shell: bool = ...,572 cwd: Optional[_PATH] = ...,573 env: Optional[_ENV] = ...,574 universal_newlines: Literal[False] = ...,575 startupinfo: Any = ...,576 creationflags: int = ...,577 restore_signals: bool = ...,578 start_new_session: bool = ...,579 pass_fds: Any = ...,580 *,581 timeout: Optional[float] = ...,582 input: _TXT = ...,583 encoding: None = ...,584 errors: None = ...,585 text: Literal[None, False] = ...,586 ) -> bytes: ...587 @overload588 def check_output(args: _CMD,589 bufsize: int = ...,590 executable: _PATH = ...,591 stdin: _FILE = ...,592 stderr: _FILE = ...,593 preexec_fn: Callable[[], Any] = ...,594 close_fds: bool = ...,595 shell: bool = ...,596 cwd: Optional[_PATH] = ...,597 env: Optional[_ENV] = ...,598 universal_newlines: bool = ...,599 startupinfo: Any = ...,600 creationflags: int = ...,601 restore_signals: bool = ...,602 start_new_session: bool = ...,603 pass_fds: Any = ...,604 *,605 timeout: Optional[float] = ...,606 input: _TXT = ...,607 encoding: Optional[str] = ...,608 errors: Optional[str] = ...,609 text: Optional[bool] = ...,610 ) -> Any: ... # morally: -> _TXT611elif sys.version_info >= (3, 6):612 # 3.6 added encoding and errors613 @overload614 def check_output(args: _CMD,615 bufsize: int = ...,616 executable: _PATH = ...,617 stdin: _FILE = ...,618 stderr: _FILE = ...,619 preexec_fn: Callable[[], Any] = ...,620 close_fds: bool = ...,621 shell: bool = ...,622 cwd: Optional[_PATH] = ...,623 env: Optional[_ENV] = ...,624 universal_newlines: bool = ...,625 startupinfo: Any = ...,626 creationflags: int = ...,627 restore_signals: bool = ...,628 start_new_session: bool = ...,629 pass_fds: Any = ...,630 *,631 timeout: Optional[float] = ...,632 input: _TXT = ...,633 encoding: str,634 errors: Optional[str] = ...,635 ) -> str: ...636 @overload637 def check_output(args: _CMD,638 bufsize: int = ...,639 executable: _PATH = ...,640 stdin: _FILE = ...,641 stderr: _FILE = ...,642 preexec_fn: Callable[[], Any] = ...,643 close_fds: bool = ...,644 shell: bool = ...,645 cwd: Optional[_PATH] = ...,646 env: Optional[_ENV] = ...,647 universal_newlines: bool = ...,648 startupinfo: Any = ...,649 creationflags: int = ...,650 restore_signals: bool = ...,651 start_new_session: bool = ...,652 pass_fds: Any = ...,653 *,654 timeout: Optional[float] = ...,655 input: _TXT = ...,656 encoding: Optional[str] = ...,657 errors: str,658 ) -> str: ...659 @overload660 def check_output(args: _CMD,661 bufsize: int = ...,662 executable: _PATH = ...,663 stdin: _FILE = ...,664 stderr: _FILE = ...,665 preexec_fn: Callable[[], Any] = ...,666 close_fds: bool = ...,667 shell: bool = ...,668 cwd: Optional[_PATH] = ...,669 env: Optional[_ENV] = ...,670 startupinfo: Any = ...,671 creationflags: int = ...,672 restore_signals: bool = ...,673 start_new_session: bool = ...,674 pass_fds: Any = ...,675 *,676 universal_newlines: Literal[True],677 timeout: Optional[float] = ...,678 input: _TXT = ...,679 encoding: Optional[str] = ...,680 errors: Optional[str] = ...,681 ) -> str: ...682 @overload683 def check_output(args: _CMD,684 bufsize: int = ...,685 executable: _PATH = ...,686 stdin: _FILE = ...,687 stderr: _FILE = ...,688 preexec_fn: Callable[[], Any] = ...,689 close_fds: bool = ...,690 shell: bool = ...,691 cwd: Optional[_PATH] = ...,692 env: Optional[_ENV] = ...,693 universal_newlines: Literal[False] = ...,694 startupinfo: Any = ...,695 creationflags: int = ...,696 restore_signals: bool = ...,697 start_new_session: bool = ...,698 pass_fds: Any = ...,699 *,700 timeout: Optional[float] = ...,701 input: _TXT = ...,702 encoding: None = ...,703 errors: None = ...,704 ) -> bytes: ...705 @overload706 def check_output(args: _CMD,707 bufsize: int = ...,708 executable: _PATH = ...,709 stdin: _FILE = ...,710 stderr: _FILE = ...,711 preexec_fn: Callable[[], Any] = ...,712 close_fds: bool = ...,713 shell: bool = ...,714 cwd: Optional[_PATH] = ...,715 env: Optional[_ENV] = ...,716 universal_newlines: bool = ...,717 startupinfo: Any = ...,718 creationflags: int = ...,719 restore_signals: bool = ...,720 start_new_session: bool = ...,721 pass_fds: Any = ...,722 *,723 timeout: Optional[float] = ...,724 input: _TXT = ...,725 encoding: Optional[str] = ...,726 errors: Optional[str] = ...,727 ) -> Any: ... # morally: -> _TXT728else:729 @overload730 def check_output(args: _CMD,731 bufsize: int = ...,732 executable: _PATH = ...,733 stdin: _FILE = ...,734 stderr: _FILE = ...,735 preexec_fn: Callable[[], Any] = ...,736 close_fds: bool = ...,737 shell: bool = ...,738 cwd: Optional[_PATH] = ...,739 env: Optional[_ENV] = ...,740 startupinfo: Any = ...,741 creationflags: int = ...,742 restore_signals: bool = ...,743 start_new_session: bool = ...,744 pass_fds: Any = ...,745 timeout: Optional[float] = ...,746 input: _TXT = ...,747 *,748 universal_newlines: Literal[True],749 ) -> str: ...750 @overload751 def check_output(args: _CMD,752 bufsize: int = ...,753 executable: _PATH = ...,754 stdin: _FILE = ...,755 stderr: _FILE = ...,756 preexec_fn: Callable[[], Any] = ...,757 close_fds: bool = ...,758 shell: bool = ...,759 cwd: Optional[_PATH] = ...,760 env: Optional[_ENV] = ...,761 universal_newlines: Literal[False] = ...,762 startupinfo: Any = ...,763 creationflags: int = ...,764 restore_signals: bool = ...,765 start_new_session: bool = ...,766 pass_fds: Any = ...,767 timeout: Optional[float] = ...,768 input: _TXT = ...,769 ) -> bytes: ...770 @overload771 def check_output(args: _CMD,772 bufsize: int = ...,773 executable: _PATH = ...,774 stdin: _FILE = ...,775 stderr: _FILE = ...,776 preexec_fn: Callable[[], Any] = ...,777 close_fds: bool = ...,778 shell: bool = ...,779 cwd: Optional[_PATH] = ...,780 env: Optional[_ENV] = ...,781 universal_newlines: bool = ...,782 startupinfo: Any = ...,783 creationflags: int = ...,784 restore_signals: bool = ...,785 start_new_session: bool = ...,786 pass_fds: Any = ...,787 timeout: Optional[float] = ...,788 input: _TXT = ...,789 ) -> Any: ... # morally: -> _TXT790PIPE: int791STDOUT: int792DEVNULL: int793class SubprocessError(Exception): ...794class TimeoutExpired(SubprocessError):795 def __init__(self, cmd: _CMD, timeout: float, output: Optional[_TXT] = ..., stderr: Optional[_TXT] = ...) -> None: ...796 # morally: _CMD797 cmd: Any798 timeout: float799 # morally: Optional[_TXT]800 output: Any801 stdout: Any802 stderr: Any803class CalledProcessError(Exception):804 returncode: int805 # morally: _CMD806 cmd: Any807 # morally: Optional[_TXT]808 output: Any809 # morally: Optional[_TXT]810 stdout: Any811 stderr: Any812 def __init__(self,813 returncode: int,814 cmd: _CMD,815 output: Optional[_TXT] = ...,816 stderr: Optional[_TXT] = ...) -> None: ...817class Popen(Generic[AnyStr]):818 args: _CMD819 stdin: IO[AnyStr]820 stdout: IO[AnyStr]821 stderr: IO[AnyStr]822 pid: int823 returncode: int824 # Technically it is wrong that Popen provides __new__ instead of __init__825 # but this shouldn't come up hopefully?826 if sys.version_info >= (3, 7):827 # text is added in 3.7828 @overload829 def __new__(cls,830 args: _CMD,831 bufsize: int = ...,832 executable: Optional[_PATH] = ...,833 stdin: Optional[_FILE] = ...,834 stdout: Optional[_FILE] = ...,835 stderr: Optional[_FILE] = ...,836 preexec_fn: Optional[Callable[[], Any]] = ...,837 close_fds: bool = ...,838 shell: bool = ...,839 cwd: Optional[_PATH] = ...,840 env: Optional[_ENV] = ...,841 universal_newlines: bool = ...,842 startupinfo: Optional[Any] = ...,843 creationflags: int = ...,844 restore_signals: bool = ...,845 start_new_session: bool = ...,846 pass_fds: Any = ...,847 *,848 text: Optional[bool] = ...,849 encoding: str,850 errors: Optional[str] = ...) -> Popen[str]: ...851 @overload852 def __new__(cls,853 args: _CMD,854 bufsize: int = ...,855 executable: Optional[_PATH] = ...,856 stdin: Optional[_FILE] = ...,857 stdout: Optional[_FILE] = ...,858 stderr: Optional[_FILE] = ...,859 preexec_fn: Optional[Callable[[], Any]] = ...,860 close_fds: bool = ...,861 shell: bool = ...,862 cwd: Optional[_PATH] = ...,863 env: Optional[_ENV] = ...,864 universal_newlines: bool = ...,865 startupinfo: Optional[Any] = ...,866 creationflags: int = ...,867 restore_signals: bool = ...,868 start_new_session: bool = ...,869 pass_fds: Any = ...,870 *,871 text: Optional[bool] = ...,872 encoding: Optional[str] = ...,873 errors: str) -> Popen[str]: ...874 @overload875 def __new__(cls,876 args: _CMD,877 bufsize: int = ...,878 executable: Optional[_PATH] = ...,879 stdin: Optional[_FILE] = ...,880 stdout: Optional[_FILE] = ...,881 stderr: Optional[_FILE] = ...,882 preexec_fn: Optional[Callable[[], Any]] = ...,883 close_fds: bool = ...,884 shell: bool = ...,885 cwd: Optional[_PATH] = ...,886 env: Optional[_ENV] = ...,887 *,888 universal_newlines: Literal[True],889 startupinfo: Optional[Any] = ...,890 creationflags: int = ...,891 restore_signals: bool = ...,892 start_new_session: bool = ...,893 pass_fds: Any = ...,894 # where the *real* keyword only args start895 text: Optional[bool] = ...,896 encoding: Optional[str] = ...,897 errors: Optional[str] = ...) -> Popen[str]: ...898 @overload899 def __new__(cls,900 args: _CMD,901 bufsize: int = ...,902 executable: Optional[_PATH] = ...,903 stdin: Optional[_FILE] = ...,904 stdout: Optional[_FILE] = ...,905 stderr: Optional[_FILE] = ...,906 preexec_fn: Optional[Callable[[], Any]] = ...,907 close_fds: bool = ...,908 shell: bool = ...,909 cwd: Optional[_PATH] = ...,910 env: Optional[_ENV] = ...,911 universal_newlines: bool = ...,912 startupinfo: Optional[Any] = ...,913 creationflags: int = ...,914 restore_signals: bool = ...,915 start_new_session: bool = ...,916 pass_fds: Any = ...,917 *,918 text: Literal[True],919 encoding: Optional[str] = ...,920 errors: Optional[str] = ...) -> Popen[str]: ...921 @overload922 def __new__(cls,923 args: _CMD,924 bufsize: int = ...,925 executable: Optional[_PATH] = ...,926 stdin: Optional[_FILE] = ...,927 stdout: Optional[_FILE] = ...,928 stderr: Optional[_FILE] = ...,929 preexec_fn: Optional[Callable[[], Any]] = ...,930 close_fds: bool = ...,931 shell: bool = ...,932 cwd: Optional[_PATH] = ...,933 env: Optional[_ENV] = ...,934 universal_newlines: Literal[False] = ...,935 startupinfo: Optional[Any] = ...,936 creationflags: int = ...,937 restore_signals: bool = ...,938 start_new_session: bool = ...,939 pass_fds: Any = ...,940 *,941 text: Literal[None, False] = ...,942 encoding: None = ...,943 errors: None = ...) -> Popen[bytes]: ...944 @overload945 def __new__(cls,946 args: _CMD,947 bufsize: int = ...,948 executable: Optional[_PATH] = ...,949 stdin: Optional[_FILE] = ...,950 stdout: Optional[_FILE] = ...,951 stderr: Optional[_FILE] = ...,952 preexec_fn: Optional[Callable[[], Any]] = ...,953 close_fds: bool = ...,954 shell: bool = ...,955 cwd: Optional[_PATH] = ...,956 env: Optional[_ENV] = ...,957 universal_newlines: bool = ...,958 startupinfo: Optional[Any] = ...,959 creationflags: int = ...,960 restore_signals: bool = ...,961 start_new_session: bool = ...,962 pass_fds: Any = ...,963 *,964 text: Optional[bool] = ...,965 encoding: Optional[str] = ...,966 errors: Optional[str] = ...) -> Popen[Any]: ...967 elif sys.version_info >= (3, 6):968 @overload969 def __new__(cls,970 args: _CMD,971 bufsize: int = ...,972 executable: Optional[_PATH] = ...,973 stdin: Optional[_FILE] = ...,974 stdout: Optional[_FILE] = ...,975 stderr: Optional[_FILE] = ...,976 preexec_fn: Optional[Callable[[], Any]] = ...,977 close_fds: bool = ...,978 shell: bool = ...,979 cwd: Optional[_PATH] = ...,980 env: Optional[_ENV] = ...,981 universal_newlines: bool = ...,982 startupinfo: Optional[Any] = ...,983 creationflags: int = ...,984 restore_signals: bool = ...,985 start_new_session: bool = ...,986 pass_fds: Any = ...,987 *,988 encoding: str,989 errors: Optional[str] = ...) -> Popen[str]: ...990 @overload991 def __new__(cls,992 args: _CMD,993 bufsize: int = ...,994 executable: Optional[_PATH] = ...,995 stdin: Optional[_FILE] = ...,996 stdout: Optional[_FILE] = ...,997 stderr: Optional[_FILE] = ...,998 preexec_fn: Optional[Callable[[], Any]] = ...,999 close_fds: bool = ...,1000 shell: bool = ...,1001 cwd: Optional[_PATH] = ...,1002 env: Optional[_ENV] = ...,1003 universal_newlines: bool = ...,1004 startupinfo: Optional[Any] = ...,1005 creationflags: int = ...,1006 restore_signals: bool = ...,1007 start_new_session: bool = ...,1008 pass_fds: Any = ...,1009 *,1010 encoding: Optional[str] = ...,1011 errors: str) -> Popen[str]: ...1012 @overload1013 def __new__(cls,1014 args: _CMD,1015 bufsize: int = ...,1016 executable: Optional[_PATH] = ...,1017 stdin: Optional[_FILE] = ...,1018 stdout: Optional[_FILE] = ...,1019 stderr: Optional[_FILE] = ...,1020 preexec_fn: Optional[Callable[[], Any]] = ...,1021 close_fds: bool = ...,1022 shell: bool = ...,1023 cwd: Optional[_PATH] = ...,1024 env: Optional[_ENV] = ...,1025 *,1026 universal_newlines: Literal[True],1027 startupinfo: Optional[Any] = ...,1028 creationflags: int = ...,1029 restore_signals: bool = ...,1030 start_new_session: bool = ...,1031 pass_fds: Any = ...,1032 # where the *real* keyword only args start1033 encoding: Optional[str] = ...,1034 errors: Optional[str] = ...) -> Popen[str]: ...1035 @overload1036 def __new__(cls,1037 args: _CMD,1038 bufsize: int = ...,1039 executable: Optional[_PATH] = ...,1040 stdin: Optional[_FILE] = ...,1041 stdout: Optional[_FILE] = ...,1042 stderr: Optional[_FILE] = ...,1043 preexec_fn: Optional[Callable[[], Any]] = ...,1044 close_fds: bool = ...,1045 shell: bool = ...,1046 cwd: Optional[_PATH] = ...,1047 env: Optional[_ENV] = ...,1048 universal_newlines: Literal[False] = ...,1049 startupinfo: Optional[Any] = ...,1050 creationflags: int = ...,1051 restore_signals: bool = ...,1052 start_new_session: bool = ...,1053 pass_fds: Any = ...,1054 *,1055 encoding: None = ...,1056 errors: None = ...) -> Popen[bytes]: ...1057 @overload1058 def __new__(cls,1059 args: _CMD,1060 bufsize: int = ...,1061 executable: Optional[_PATH] = ...,1062 stdin: Optional[_FILE] = ...,1063 stdout: Optional[_FILE] = ...,1064 stderr: Optional[_FILE] = ...,1065 preexec_fn: Optional[Callable[[], Any]] = ...,1066 close_fds: bool = ...,1067 shell: bool = ...,1068 cwd: Optional[_PATH] = ...,1069 env: Optional[_ENV] = ...,1070 universal_newlines: bool = ...,1071 startupinfo: Optional[Any] = ...,1072 creationflags: int = ...,1073 restore_signals: bool = ...,1074 start_new_session: bool = ...,1075 pass_fds: Any = ...,1076 *,1077 encoding: Optional[str] = ...,1078 errors: Optional[str] = ...) -> Popen[Any]: ...1079 else:1080 @overload1081 def __new__(cls,1082 args: _CMD,1083 bufsize: int = ...,1084 executable: Optional[_PATH] = ...,1085 stdin: Optional[_FILE] = ...,1086 stdout: Optional[_FILE] = ...,1087 stderr: Optional[_FILE] = ...,1088 preexec_fn: Optional[Callable[[], Any]] = ...,1089 close_fds: bool = ...,1090 shell: bool = ...,1091 cwd: Optional[_PATH] = ...,1092 env: Optional[_ENV] = ...,1093 *,1094 universal_newlines: Literal[True],1095 startupinfo: Optional[Any] = ...,1096 creationflags: int = ...,1097 restore_signals: bool = ...,1098 start_new_session: bool = ...,1099 pass_fds: Any = ...) -> Popen[str]: ...1100 @overload1101 def __new__(cls,1102 args: _CMD,1103 bufsize: int = ...,1104 executable: Optional[_PATH] = ...,1105 stdin: Optional[_FILE] = ...,1106 stdout: Optional[_FILE] = ...,1107 stderr: Optional[_FILE] = ...,1108 preexec_fn: Optional[Callable[[], Any]] = ...,1109 close_fds: bool = ...,1110 shell: bool = ...,1111 cwd: Optional[_PATH] = ...,1112 env: Optional[_ENV] = ...,1113 *,1114 universal_newlines: Literal[False] = ...,1115 startupinfo: Optional[Any] = ...,1116 creationflags: int = ...,1117 restore_signals: bool = ...,1118 start_new_session: bool = ...,1119 pass_fds: Any = ...) -> Popen[bytes]: ...1120 @overload1121 def __new__(cls,1122 args: _CMD,1123 bufsize: int = ...,1124 executable: Optional[_PATH] = ...,1125 stdin: Optional[_FILE] = ...,1126 stdout: Optional[_FILE] = ...,1127 stderr: Optional[_FILE] = ...,1128 preexec_fn: Optional[Callable[[], Any]] = ...,1129 close_fds: bool = ...,1130 shell: bool = ...,1131 cwd: Optional[_PATH] = ...,1132 env: Optional[_ENV] = ...,1133 universal_newlines: bool = ...,1134 startupinfo: Optional[Any] = ...,1135 creationflags: int = ...,1136 restore_signals: bool = ...,1137 start_new_session: bool = ...,1138 pass_fds: Any = ...) -> Popen[Any]: ...1139 def poll(self) -> int: ...1140 def wait(self, timeout: Optional[float] = ...) -> int: ...1141 # Return str/bytes1142 def communicate(self,1143 input: Optional[AnyStr] = ...,1144 timeout: Optional[float] = ...,1145 # morally this should be optional1146 ) -> Tuple[AnyStr, AnyStr]: ...1147 def send_signal(self, signal: int) -> None: ...1148 def terminate(self) -> None: ...1149 def kill(self) -> None: ...1150 def __enter__(self: _S) -> _S: ...1151 def __exit__(self, type: Optional[Type[BaseException]], value: Optional[BaseException], traceback: Optional[TracebackType]) -> None: ...1152# The result really is always a str.1153def getstatusoutput(cmd: _TXT) -> Tuple[int, str]: ...1154def getoutput(cmd: _TXT) -> str: ...1155def list2cmdline(seq: Sequence[str]) -> str: ... # undocumented1156if sys.platform == 'win32':1157 class STARTUPINFO:1158 if sys.version_info >= (3, 7):1159 def __init__(self, *, dwFlags: int = ..., hStdInput: Optional[Any] = ..., hStdOutput: Optional[Any] = ..., hStdError: Optional[Any] = ..., wShowWindow: int = ..., lpAttributeList: Optional[Mapping[str, Any]] = ...) -> None: ...1160 dwFlags: int1161 hStdInput: Optional[Any]1162 hStdOutput: Optional[Any]1163 hStdError: Optional[Any]1164 wShowWindow: int1165 if sys.version_info >= (3, 7):1166 lpAttributeList: Mapping[str, Any]1167 STD_INPUT_HANDLE: Any1168 STD_OUTPUT_HANDLE: Any1169 STD_ERROR_HANDLE: Any1170 SW_HIDE: int1171 STARTF_USESTDHANDLES: int1172 STARTF_USESHOWWINDOW: int1173 CREATE_NEW_CONSOLE: int1174 CREATE_NEW_PROCESS_GROUP: int1175 if sys.version_info >= (3, 7):1176 ABOVE_NORMAL_PRIORITY_CLASS: int1177 BELOW_NORMAL_PRIORITY_CLASS: int1178 HIGH_PRIORITY_CLASS: int1179 IDLE_PRIORITY_CLASS: int1180 NORMAL_PRIORITY_CLASS: int1181 REALTIME_PRIORITY_CLASS: int1182 CREATE_NO_WINDOW: int1183 DETACHED_PROCESS: int1184 CREATE_DEFAULT_ERROR_MODE: int...

Full Screen

Full Screen

exportVTK.py

Source:exportVTK.py Github

copy

Full Screen

1# ======================================2# Code created by DSc. Gustavo Rabello 3# and modificated by Leandro Marques4# Gesar Search Group5# State University of the Rio de Janeiro6# e-mail: gustavo.rabello@uerj.br7# e-mail: marquesleandro67@gmail.com8# ======================================9# This code is used to export vtkfile for paraview visualization10# -----------------------------------------------------------------------------------------11# Use:12# save = export_vtk.Linear2D(mesh.x,mesh.y,mesh.IEN,mesh.npoints,mesh.nelem,s1,s2,s3,v1,v2)13# save.create_dir(directory_name)14# save.saveVTK(file_simulation + str(t))15# -----------------------------------------------------------------------------------------16import numpy as np17import os18class Linear1D:19 def __init__(_self,_x,_IEN,_npoints,_nelem,_scalar1,_scalar2,_scalar3,_vec1,_vec2):20 _self.x = _x21 _self.IEN = _IEN22 _self.npoints = _npoints23 _self.nelem = _nelem24 _self.scalar1 = _scalar125 _self.scalar2 = _scalar226 _self.scalar3 = _scalar327 _self.vec1 = _vec128 _self.vec2 = _vec229 def create_dir(_self,_dir):30 _self.path = os.getcwd()31 # make result directory32 if not 'results' in os.listdir(_self.path):33 os.mkdir(_self.path + '/results')34 # make save directory35 _self.path = _self.path + '/results'36 if not _dir in os.listdir(_self.path):37 _self.dir = _dir38 os.mkdir(_self.path + '/' + _self.dir)39 else:40 _self.dir = _dir41 _self.path = _self.path + '/' + _self.dir42 def saveVTK(_self,_file):43 vtkFile = open(_self.path + '/' + _file + '.vtk', 'w')44 _self.vtkHeader(vtkFile)45 _self.vtkCoords(vtkFile)46 _self.vtkCellArray(vtkFile)47 _self.vtkCellType(vtkFile)48 _self.vtkScalarScalarHeader(vtkFile)49 _self.vtkVector(vtkFile,'vector', _self.vec1, _self.vec2)50 if _self.scalar1 is not None:51 _self.vtkScalar(vtkFile,"scalar1",_self.scalar1);52 53 if _self.scalar2 is not None:54 _self.vtkScalar(vtkFile,"scalar2",_self.scalar2);55 if _self.scalar3 is not None:56 _self.vtkScalar(vtkFile,"scalar3",_self.scalar3);57 vtkFile.close()58 def vtkHeader(_self,_file,_iter=None):59 _file.write( "# vtk DataFile Version 2.0\n" )60 _file.write( "1D Simulation Python\n" )61 _file.write( "ASCII\n" )62 _file.write( "DATASET UNSTRUCTURED_GRID\n" )63 _file.write( "FIELD FieldData 1\n" )64 _file.write( "NODES 1 2 int\n" )65 _file.write( str(_self.npoints) + " " + \66 str(_self.nelem) + "\n" )67 _file.write( "\n" )68 def vtkCoords(_self,_file):69 _file.write( "POINTS " + str(_self.npoints) + " double\n" )70 for i in range(0,_self.npoints):71 _file.write( str(_self.x[i][0]) + " 0.0" + " 0.0\n" )72 _file.write( "\n" )73 def vtkCellArray(_self,_file):74 _file.write( "CELLS " + str(_self.nelem) \75 + " " + str(3*_self.nelem) + "\n" )76 for i in range(0,_self.nelem):77 _file.write( "2 " + str(_self.IEN[i][0]) + " " + \78 str(_self.IEN[i][1]) + "\n" )79 _file.write( "\n" )80 def vtkCellType(_self,_file):81 _file.write( "CELL_TYPES " + str(_self.nelem) + "\n" )82 for i in range(0,_self.nelem):83 _file.write( "3 ")84 _file.write( "\n" )85 86 _file.write( "\n" )87 88 def vtkScalarHeader(_self,_file):89 _file.write( "POINT_DATA " + str(_self.npoints) + "\n" )90 _file.write( "\n" )91 def vtkScalarScalarHeader(_self,_file):92 _file.write( "POINT_DATA " + str(_self.npoints) + "\n" )93 def vtkScalar(_self,_file,_name,_scalar):94 _file.write( "SCALARS " + _name + " double\n" )95 _file.write( "LOOKUP_TABLE default\n" )96 for i in range(0,_self.npoints):97 _file.write( str(_scalar.item(i)) + "\n" )98 _file.write( "\n" )99 def vtkVector(_self,_file,_name,_vec1,_vec2):100 _file.write( "VECTORS " + _name + " double\n" )101 for i in range(0,_self.npoints):102 _file.write( str(_vec1.item(i)) + " " + \103 str(_vec2.item(i)) + " 0.0\n" )104 _file.write( "\n" )105# def printMeshReport(_self):106# """107# Print mesh report for lineMesh and Mesh108# """109# print ""110# print ""111# print "|" + "-"*30 + " Mesh Report " + "-"*30 + "|"112# print " "*5 + "number of 2D points (npoints): " + \113# str(_self.npoints)114# print " "*5 + "number of triangles (nelem): " + \115# str(_self.nelem)116#--------------------------------------------------117# print ""118# for nb in range(0,_self.mesh.elemIdRegion.max()+1):119# print " "*5 + "line (" + str(nb) + ")" 120# print " "*5 + " |length (averageLength): " + \121# str(_self.mesh.averageEdgeLength)122#-------------------------------------------------- 123#124# print "|" + "-"*73 + "|"125# print ""126# print ""127class Quad1D:128 def __init__(_self,_x,_IEN,_npoints,_nelem,_scalar1,_scalar2,_scalar3,_vec1,_vec2):129 _self.x = _x130 _self.IEN = _IEN131 _self.npoints = _npoints132 _self.nelem = _nelem133 _self.scalar1 = _scalar1134 _self.scalar2 = _scalar2135 _self.scalar3 = _scalar3136 _self.vec1 = _vec1137 _self.vec2 = _vec2138 def create_dir(_self,_dir):139 _self.path = os.getcwd()140 # make result directory141 if not 'results' in os.listdir(_self.path):142 os.mkdir(_self.path + '/results')143 # make save directory144 _self.path = _self.path + '/results'145 if not _dir in os.listdir(_self.path):146 _self.dir = _dir147 os.mkdir(_self.path + '/' + _self.dir)148 else:149 _self.dir = _dir150 _self.path = _self.path + '/' + _self.dir151 def saveVTK(_self,_file):152 vtkFile = open(_self.path + '/' + _file + '.vtk', 'w')153 _self.vtkHeader(vtkFile)154 _self.vtkCoords(vtkFile)155 _self.vtkCellArray(vtkFile)156 _self.vtkCellType(vtkFile)157 _self.vtkScalarScalarHeader(vtkFile)158 _self.vtkVector(vtkFile,'vector', _self.vec1, _self.vec2)159 if _self.scalar1 is not None:160 _self.vtkScalar(vtkFile,"scalar1",_self.scalar1);161 162 if _self.scalar2 is not None:163 _self.vtkScalar(vtkFile,"scalar2",_self.scalar2);164 if _self.scalar3 is not None:165 _self.vtkScalar(vtkFile,"scalar3",_self.scalar3);166 vtkFile.close()167 def vtkHeader(_self,_file,_iter=None):168 _file.write( "# vtk DataFile Version 2.0\n" )169 _file.write( "1D Simulation Python\n" )170 _file.write( "ASCII\n" )171 _file.write( "DATASET UNSTRUCTURED_GRID\n" )172 _file.write( "FIELD FieldData 1\n" )173 _file.write( "NODES 1 2 int\n" )174 _file.write( str(_self.npoints) + " " + \175 str(_self.nelem) + "\n" )176 _file.write( "\n" )177 def vtkCoords(_self,_file):178 _file.write( "POINTS " + str(_self.npoints) + " double\n" )179 for i in range(0,_self.npoints):180 _file.write( str(_self.x[i][0]) + " 0.0" + " 0.0\n" )181 _file.write( "\n" )182 def vtkCellArray(_self,_file):183 _file.write( "CELLS " + str(_self.nelem) \184 + " " + str(4*_self.nelem) + "\n" )185 for i in range(0,_self.nelem):186 _file.write( "3 " + str(_self.IEN[i][0]) + " " + \187 str(_self.IEN[i][1]) + " " + \188 str(_self.IEN[i][2]) + "\n" )189 _file.write( "\n" )190 def vtkCellType(_self,_file):191 _file.write( "CELL_TYPES " + str(_self.nelem) + "\n" )192 for i in range(0,_self.nelem):193 _file.write( "21 ")194 _file.write( "\n" )195 196 _file.write( "\n" )197 198 def vtkScalarHeader(_self,_file):199 _file.write( "POINT_DATA " + str(_self.npoints) + "\n" )200 _file.write( "\n" )201 def vtkScalarScalarHeader(_self,_file):202 _file.write( "POINT_DATA " + str(_self.npoints) + "\n" )203 def vtkScalar(_self,_file,_name,_scalar):204 _file.write( "SCALARS " + _name + " double\n" )205 _file.write( "LOOKUP_TABLE default\n" )206 for i in range(0,_self.npoints):207 _file.write( str(_scalar.item(i)) + "\n" )208 _file.write( "\n" )209 def vtkVector(_self,_file,_name,_vec1,_vec2):210 _file.write( "VECTORS " + _name + " double\n" )211 for i in range(0,_self.npoints):212 _file.write( str(_vec1.item(i)) + " " + \213 str(_vec2.item(i)) + " 0.0\n" )214 _file.write( "\n" )215# def printMeshReport(_self):216# """217# Print mesh report for lineMesh and Mesh218# """219# print ""220# print ""221# print "|" + "-"*30 + " Mesh Report " + "-"*30 + "|"222# print " "*5 + "number of 2D points (npoints): " + \223# str(_self.npoints)224# print " "*5 + "number of triangles (nelem): " + \225# str(_self.nelem)226#--------------------------------------------------227# print ""228# for nb in range(0,_self.mesh.elemIdRegion.max()+1):229# print " "*5 + "line (" + str(nb) + ")" 230# print " "*5 + " |length (averageLength): " + \231# str(_self.mesh.averageEdgeLength)232#-------------------------------------------------- 233#234# print "|" + "-"*73 + "|"235# print ""236# print ""237class Linear2D:238 def __init__(_self,_x,_y,_IEN,_npoints,_nelem,_scalar1,_scalar2,_scalar3,_vec1,_vec2):239 _self.x = _x240 _self.y = _y241 _self.IEN = _IEN242 _self.npoints = _npoints243 _self.nelem = _nelem244 _self.scalar1 = _scalar1245 _self.scalar2 = _scalar2246 _self.scalar3 = _scalar3247 _self.vec1 = _vec1248 _self.vec2 = _vec2249 def create_dir(_self,_dir):250 _self.path = os.getcwd()251 # make result directory252 if not 'results' in os.listdir(_self.path):253 os.mkdir(_self.path + '/results')254 # make save directory255 _self.path = _self.path + '/results'256 if not _dir in os.listdir(_self.path):257 _self.dir = _dir258 os.mkdir(_self.path + '/' + _self.dir)259 else:260 _self.dir = _dir261 _self.path = _self.path + '/' + _self.dir262 def saveVTK(_self,_file):263 vtkFile = open(_self.path + '/' + _file + '.vtk', 'w')264 _self.vtkHeader(vtkFile)265 266 _self.vtkCoords(vtkFile)267 _self.vtkCellArray(vtkFile)268 _self.vtkCellType(vtkFile)269 _self.vtkScalarScalarHeader(vtkFile)270 _self.vtkVector(vtkFile,'vector', _self.vec1, _self.vec2)271 if _self.scalar1 is not None:272 _self.vtkScalar(vtkFile,"scalar1",_self.scalar1);273 274 if _self.scalar2 is not None:275 _self.vtkScalar(vtkFile,"scalar2",_self.scalar2);276 if _self.scalar3 is not None:277 _self.vtkScalar(vtkFile,"scalar3",_self.scalar3);278 vtkFile.close()279 def vtkHeader(_self,_file,_iter=None):280 _file.write( "# vtk DataFile Version 2.0\n" )281 _file.write( "2D Simulation Python\n" )282 _file.write( "ASCII\n" )283 _file.write( "DATASET UNSTRUCTURED_GRID\n" )284 _file.write( "FIELD FieldData 1\n" )285 _file.write( "NODES 1 2 int\n" )286 _file.write( str(_self.npoints) + " " + \287 str(_self.nelem) + "\n" )288 _file.write( "\n" )289 def vtkCoords(_self,_file):290 _file.write( "POINTS " + str(_self.npoints) + " double\n" )291 for i in range(0,_self.npoints):292 _file.write( str(_self.x[i][0]) + " " + \293 str(_self.y[i][0]) + " 0.0\n" )294 _file.write( "\n" )295 def vtkCellArray(_self,_file):296 _file.write( "CELLS " + str(_self.nelem) \297 + " " + str(4*_self.nelem) + "\n" )298 for i in range(0,_self.nelem):299 _file.write( "3 " + str(_self.IEN[i][0]) + " " + \300 str(_self.IEN[i][1]) + " " + \301 str(_self.IEN[i][2]) + "\n" )302 _file.write( "\n" )303 def vtkCellType(_self,_file):304 _file.write( "CELL_TYPES " + str(_self.nelem) + "\n" )305 for i in range(0,_self.nelem):306 _file.write( "5 ")307 _file.write( "\n" )308 309 _file.write( "\n" )310 311 def vtkScalarHeader(_self,_file):312 _file.write( "POINT_DATA " + str(_self.npoints) + "\n" )313 _file.write( "\n" )314 def vtkScalarScalarHeader(_self,_file):315 _file.write( "POINT_DATA " + str(_self.npoints) + "\n" )316 def vtkScalar(_self,_file,_name,_scalar):317 _file.write( "SCALARS " + _name + " double\n" )318 _file.write( "LOOKUP_TABLE default\n" )319 for i in range(0,_self.npoints):320 _file.write( str(_scalar.item(i)) + "\n" )321 _file.write( "\n" )322 def vtkVector(_self,_file,_name,_vec1,_vec2):323 _file.write( "VECTORS " + _name + " double\n" )324 for i in range(0,_self.npoints):325 _file.write( str(_vec1.item(i)) + " " + \326 str(_vec2.item(i)) + " 0.0\n" )327 _file.write( "\n" )328# def printMeshReport(_self):329# """330# Print mesh report for lineMesh and Mesh331# """332# print ""333# print ""334# print "|" + "-"*30 + " Mesh Report " + "-"*30 + "|"335# print " "*5 + "number of 2D points (npoints): " + \336# str(_self.npoints)337# print " "*5 + "number of triangles (nelem): " + \338# str(_self.nelem)339#--------------------------------------------------340# print ""341# for nb in range(0,_self.mesh.elemIdRegion.max()+1):342# print " "*5 + "line (" + str(nb) + ")" 343# print " "*5 + " |length (averageLength): " + \344# str(_self.mesh.averageEdgeLength)345#-------------------------------------------------- 346#347# print "|" + "-"*73 + "|"348# print ""349# print ""350class Mini2D:351 def __init__(_self,_x,_y,_IEN,_npoints,_nelem,_scalar1,_scalar2,_scalar3,_vec1,_vec2):352 _self.x = _x353 _self.y = _y354 _self.IEN = _IEN355 _self.npoints = _npoints356 _self.nelem = _nelem357 _self.scalar1 = _scalar1358 _self.scalar2 = _scalar2359 _self.scalar3 = _scalar3360 _self.vec1 = _vec1361 _self.vec2 = _vec2362 def create_dir(_self,_dir):363 _self.path = os.getcwd()364 # make result directory365 if not 'results' in os.listdir(_self.path):366 os.mkdir(_self.path + '/results')367 # make save directory368 _self.path = _self.path + '/results'369 if not _dir in os.listdir(_self.path):370 _self.dir = _dir371 os.mkdir(_self.path + '/' + _self.dir)372 else:373 _self.dir = _dir374 _self.path = _self.path + '/' + _self.dir375 def saveVTK(_self,_file):376 vtkFile = open(_self.path + '/' + _file + '.vtk', 'w')377 _self.vtkHeader(vtkFile)378 _self.vtkCoords(vtkFile)379 _self.vtkCellArray(vtkFile)380 _self.vtkCellType(vtkFile)381 _self.vtkScalarScalarHeader(vtkFile)382 _self.vtkVector(vtkFile,'vector', _self.vec1, _self.vec2)383 if _self.scalar1 is not None:384 _self.vtkScalar(vtkFile,"scalar1",_self.scalar1);385 386 if _self.scalar2 is not None:387 _self.vtkScalar(vtkFile,"scalar2",_self.scalar2);388 if _self.scalar3 is not None:389 _self.vtkScalar(vtkFile,"scalar3",_self.scalar3);390 vtkFile.close()391 def vtkHeader(_self,_file,_iter=None):392 _file.write( "# vtk DataFile Version 2.0\n" )393 _file.write( "2D Simulation Python\n" )394 _file.write( "ASCII\n" )395 _file.write( "DATASET UNSTRUCTURED_GRID\n" )396 _file.write( "FIELD FieldData 1\n" )397 _file.write( "NODES 1 2 int\n" )398 _file.write( str(_self.npoints) + " " + \399 str(_self.nelem) + "\n" )400 _file.write( "\n" )401 def vtkCoords(_self,_file):402 _file.write( "POINTS " + str(_self.npoints) + " double\n" )403 for i in range(0,_self.npoints):404 _file.write( str(_self.x[i][0]) + " " + \405 str(_self.y[i][0]) + " 0.0\n" )406 _file.write( "\n" )407 def vtkCellArray(_self,_file):408 _file.write( "CELLS " + str(_self.nelem) \409 + " " + str(5*_self.nelem) + "\n" )410 for i in range(0,_self.nelem):411 _file.write( "4 " + str(_self.IEN[i][0]) + " " + \412 str(_self.IEN[i][1]) + " " + \413 str(_self.IEN[i][2]) + " " + \414 str(_self.IEN[i][3]) + "\n" )415 _file.write( "\n" )416 def vtkCellType(_self,_file):417 _file.write( "CELL_TYPES " + str(_self.nelem) + "\n" )418 for i in range(0,_self.nelem):419 _file.write( "5 ")420 _file.write( "\n" )421 422 _file.write( "\n" )423 424 def vtkScalarHeader(_self,_file):425 _file.write( "POINT_DATA " + str(_self.npoints) + "\n" )426 _file.write( "\n" )427 def vtkScalarScalarHeader(_self,_file):428 _file.write( "POINT_DATA " + str(_self.npoints) + "\n" )429 def vtkScalar(_self,_file,_name,_scalar):430 _file.write( "SCALARS " + _name + " double\n" )431 _file.write( "LOOKUP_TABLE default\n" )432 for i in range(0,_self.npoints):433 _file.write( str(_scalar.item(i)) + "\n" )434 _file.write( "\n" )435 def vtkVector(_self,_file,_name,_vec1,_vec2):436 _file.write( "VECTORS " + _name + " double\n" )437 for i in range(0,_self.npoints):438 _file.write( str(_vec1.item(i)) + " " + \439 str(_vec2.item(i)) + " 0.0\n" )440 _file.write( "\n" )441# def printMeshReport(_self):442# """443# Print mesh report for lineMesh and Mesh444# """445# print ""446# print ""447# print "|" + "-"*30 + " Mesh Report " + "-"*30 + "|"448# print " "*5 + "number of 2D points (npoints): " + \449# str(_self.npoints)450# print " "*5 + "number of triangles (nelem): " + \451# str(_self.nelem)452#--------------------------------------------------453# print ""454# for nb in range(0,_self.mesh.elemIdRegion.max()+1):455# print " "*5 + "line (" + str(nb) + ")" 456# print " "*5 + " |length (averageLength): " + \457# str(_self.mesh.averageEdgeLength)458#-------------------------------------------------- 459#460# print "|" + "-"*73 + "|"461# print ""462# print ""463class Quad2D:464 def __init__(_self,_x,_y,_IEN,_npoints,_nelem,_scalar1,_scalar2,_scalar3,_vec1,_vec2):465 _self.x = _x466 _self.y = _y467 _self.IEN = _IEN468 _self.npoints = _npoints469 _self.nelem = _nelem470 _self.scalar1 = _scalar1471 _self.scalar2 = _scalar2472 _self.scalar3 = _scalar3473 _self.vec1 = _vec1474 _self.vec2 = _vec2475 def create_dir(_self,_dir):476 _self.path = os.getcwd()477 # make result directory478 if not 'results' in os.listdir(_self.path):479 os.mkdir(_self.path + '/results')480 # make save directory481 _self.path = _self.path + '/results'482 if not _dir in os.listdir(_self.path):483 _self.dir = _dir484 os.mkdir(_self.path + '/' + _self.dir)485 else:486 _self.dir = _dir487 _self.path = _self.path + '/' + _self.dir488 def saveVTK(_self,_file):489 vtkFile = open(_self.path + '/' + _file + '.vtk', 'w')490 _self.vtkHeader(vtkFile)491 _self.vtkCoords(vtkFile)492 _self.vtkCellArray(vtkFile)493 _self.vtkCellType(vtkFile)494 _self.vtkScalarScalarHeader(vtkFile)495 _self.vtkVector(vtkFile,'vector', _self.vec1, _self.vec2)496 if _self.scalar1 is not None:497 _self.vtkScalar(vtkFile,"scalar1",_self.scalar1);498 499 if _self.scalar2 is not None:500 _self.vtkScalar(vtkFile,"scalar2",_self.scalar2);501 if _self.scalar3 is not None:502 _self.vtkScalar(vtkFile,"scalar3",_self.scalar3);503 vtkFile.close()504 def vtkHeader(_self,_file,_iter=None):505 _file.write( "# vtk DataFile Version 2.0\n" )506 _file.write( "2D Simulation Python\n" )507 _file.write( "ASCII\n" )508 _file.write( "DATASET UNSTRUCTURED_GRID\n" )509 _file.write( "FIELD FieldData 1\n" )510 _file.write( "NODES 1 2 int\n" )511 _file.write( str(_self.npoints) + " " + \512 str(_self.nelem) + "\n" )513 _file.write( "\n" )514 def vtkCoords(_self,_file):515 _file.write( "POINTS " + str(_self.npoints) + " double\n" )516 for i in range(0,_self.npoints):517 _file.write( str(_self.x[i][0]) + " " + \518 str(_self.y[i][0]) + " 0.0\n" )519 _file.write( "\n" )520 def vtkCellArray(_self,_file):521 _file.write( "CELLS " + str(_self.nelem) \522 + " " + str(7*_self.nelem) + "\n" )523 for i in range(0,_self.nelem):524 _file.write( "6 " + str(_self.IEN[i][0]) + " " + \525 str(_self.IEN[i][1]) + " " + \526 str(_self.IEN[i][2]) + " " + \527 str(_self.IEN[i][3]) + " " + \528 str(_self.IEN[i][4]) + " " + \529 str(_self.IEN[i][5]) + "\n" )530 _file.write( "\n" )531 def vtkCellType(_self,_file):532 _file.write( "CELL_TYPES " + str(_self.nelem) + "\n" )533 for i in range(0,_self.nelem):534 _file.write( "22 ")535 _file.write( "\n" )536 537 _file.write( "\n" )538 539 def vtkScalarHeader(_self,_file):540 _file.write( "POINT_DATA " + str(_self.npoints) + "\n" )541 _file.write( "\n" )542 def vtkScalarScalarHeader(_self,_file):543 _file.write( "POINT_DATA " + str(_self.npoints) + "\n" )544 def vtkScalar(_self,_file,_name,_scalar):545 _file.write( "SCALARS " + _name + " double\n" )546 _file.write( "LOOKUP_TABLE default\n" )547 for i in range(0,_self.npoints):548 _file.write( str(_scalar.item(i)) + "\n" )549 _file.write( "\n" )550 def vtkVector(_self,_file,_name,_vec1,_vec2):551 _file.write( "VECTORS " + _name + " double\n" )552 for i in range(0,_self.npoints):553 _file.write( str(_vec1.item(i)) + " " + \554 str(_vec2.item(i)) + " 0.0\n" )555 _file.write( "\n" )556# def printMeshReport(_self):557# """558# Print mesh report for lineMesh and Mesh559# """560# print ""561# print ""562# print "|" + "-"*30 + " Mesh Report " + "-"*30 + "|"563# print " "*5 + "number of 2D points (npoints): " + \564# str(_self.npoints)565# print " "*5 + "number of triangles (nelem): " + \566# str(_self.nelem)567#--------------------------------------------------568# print ""569# for nb in range(0,_self.mesh.elemIdRegion.max()+1):570# print " "*5 + "line (" + str(nb) + ")" 571# print " "*5 + " |length (averageLength): " + \572# str(_self.mesh.averageEdgeLength)573#-------------------------------------------------- 574#575# print "|" + "-"*73 + "|"576# print ""...

Full Screen

Full Screen

test_file_completeness.py

Source:test_file_completeness.py Github

copy

Full Screen

1import os2import unittest3from packaging import version4from src.utils.general import get_app_version5from tests.utils import get_project_root, get_file_size6ROOT_DIR = get_project_root()7def is_dir_empty(path):8 return len(os.listdir(path)) == 09class TestDirectoryIntegrity(unittest.TestCase):10 def test_screenshots_dir_exists(self):11 _dir = ROOT_DIR.joinpath('screenshots')12 self.assertEqual(_dir.exists(), True)13 self.assertEqual(_dir.is_dir(), True)14 self.assertEqual(is_dir_empty(_dir), False)15 def test_zip_dir_exists(self):16 _dir = ROOT_DIR.joinpath('zip')17 self.assertEqual(_dir.exists(), True)18 self.assertEqual(_dir.is_dir(), True)19 self.assertEqual(is_dir_empty(_dir), False)20 def test_tools_dir_exists(self):21 _dir = ROOT_DIR.joinpath('tools')22 self.assertEqual(_dir.exists(), True)23 self.assertEqual(_dir.is_dir(), True)24 self.assertEqual(is_dir_empty(_dir), False)25 def test_assets_dir_exists(self):26 _dir = ROOT_DIR.joinpath('assets')27 self.assertEqual(_dir.exists(), True)28 self.assertEqual(_dir.is_dir(), True)29 self.assertEqual(is_dir_empty(_dir), False)30 def test_tests_dir_exists(self):31 _dir = ROOT_DIR.joinpath('tests')32 self.assertEqual(_dir.exists(), True)33 self.assertEqual(_dir.is_dir(), True)34 self.assertEqual(is_dir_empty(_dir), False)35 def test_src_dir_exists(self):36 _dir = ROOT_DIR.joinpath('src')37 self.assertEqual(_dir.exists(), True)38 self.assertEqual(_dir.is_dir(), True)39 self.assertEqual(is_dir_empty(_dir), False)40 def test_docs_dir_exists(self):41 _dir = ROOT_DIR.joinpath('docs')42 self.assertEqual(_dir.exists(), True)43 self.assertEqual(_dir.is_dir(), True)44 self.assertEqual(is_dir_empty(_dir), False)45 def test_pyinstaller_hooks_dir_exists(self):46 _dir = ROOT_DIR.joinpath('hooks')47 self.assertEqual(_dir.exists(), True)48 self.assertEqual(_dir.is_dir(), True)49 self.assertEqual(is_dir_empty(_dir), False)50class TestFileIntegrity(unittest.TestCase):51 def test_requirements_exists(self):52 _file = ROOT_DIR.joinpath('requirements.txt')53 self.assertEqual(_file.exists(), True)54 self.assertEqual(_file.is_dir(), False)55 self.assertNotEqual(get_file_size(_file), 0)56 def test_license_exists(self):57 _file = ROOT_DIR.joinpath('LICENSE')58 self.assertEqual(_file.exists(), True)59 self.assertEqual(_file.is_dir(), False)60 self.assertNotEqual(get_file_size(_file), 0)61 def test_readme_exists(self):62 _file = ROOT_DIR.joinpath('README.md')63 self.assertEqual(_file.exists(), True)64 self.assertEqual(_file.is_dir(), False)65 self.assertNotEqual(get_file_size(_file), 0)66 def test_win_build_exists(self):67 _file = ROOT_DIR.joinpath('win_build.bat')68 self.assertEqual(_file.exists(), True)69 self.assertEqual(_file.is_dir(), False)70 self.assertNotEqual(get_file_size(_file), 0)71 def test_linux_build_exists(self):72 _file = ROOT_DIR.joinpath('linux_build.sh')73 self.assertEqual(_file.exists(), True)74 self.assertEqual(_file.is_dir(), False)75 self.assertNotEqual(get_file_size(_file), 0)76 def test_disclaimer_exists(self):77 _file = ROOT_DIR.joinpath('DISCLAIMER.md')78 self.assertEqual(_file.exists(), True)79 self.assertEqual(_file.is_dir(), False)80 self.assertNotEqual(get_file_size(_file), 0)81 def test_version_file_valid(self):82 _file = ROOT_DIR.joinpath('version')83 self.assertEqual(_file.exists(), True)84 self.assertEqual(_file.is_dir(), False)85 self.assertNotEqual(get_file_size(_file), 0)86 with open(_file, 'r') as f:87 ver = f.read()88 self.assertEqual(ver, get_app_version())89 self.assertEqual(type(version.parse(ver)), version.Version)90 def test_banner_valid(self):91 _file = ROOT_DIR.joinpath('assets', 'banner.png')92 self.assertEqual(_file.exists(), True)93 self.assertNotEqual(get_file_size(_file), 0)94 def test_code_of_conduct_valid(self):95 _file = ROOT_DIR.joinpath('.github', 'CODE_OF_CONDUCT.md')96 self.assertEqual(_file.exists(), True)97 self.assertNotEqual(get_file_size(_file), 0)98 def test_pull_request_template_valid(self):99 _file = ROOT_DIR.joinpath('.github', 'PULL_REQUEST_TEMPLATE.md')100 self.assertEqual(_file.exists(), True)101 self.assertNotEqual(get_file_size(_file), 0)102 def test_funding_valid(self):103 _file = ROOT_DIR.joinpath('.github', 'FUNDING.yml')104 self.assertEqual(_file.exists(), True)105 self.assertNotEqual(get_file_size(_file), 0)106 def test_workflows_valid(self):107 _file = ROOT_DIR.joinpath('.github', 'workflows', 'run-pytest.yml')108 self.assertEqual(_file.exists(), True)109 self.assertNotEqual(get_file_size(_file), 0)110 _file = ROOT_DIR.joinpath('.github', 'workflows', 'wgv-pyinstaller.yml')111 self.assertEqual(_file.exists(), True)112 self.assertNotEqual(get_file_size(_file), 0)113 _file = ROOT_DIR.joinpath('.github', 'workflows', 'labeler.yml')114 self.assertEqual(_file.exists(), True)115 self.assertNotEqual(get_file_size(_file), 0)116 def test_issue_template_valid(self):117 _file = ROOT_DIR.joinpath('.github', 'ISSUE_TEMPLATE', 'bug_report.md')118 self.assertEqual(_file.exists(), True)119 self.assertNotEqual(get_file_size(_file), 0)120 _file = ROOT_DIR.joinpath('.github', 'ISSUE_TEMPLATE', 'feature_request.md')121 self.assertEqual(_file.exists(), True)122 self.assertNotEqual(get_file_size(_file), 0)123if __name__ == '__main__':...

Full Screen

Full Screen

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.

LambdaTest Learning Hubs:

YouTube

You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.

Run fMBT automation tests on LambdaTest cloud grid

Perform automation testing on 3000+ real desktop and mobile devices online.

Try LambdaTest Now !!

Get 100 minutes of automation test minutes FREE!!

Next-Gen App & Browser Testing Cloud

Was this article helpful?

Helpful

NotHelpful