def get_line_objs(flags: ScreenFlags) -> Dict[int, LineBase]:
input_lines = sys.stdin.readlines()
return get_line_objs_from_lines(
input_lines,
validate_file_exists=not flags.get_disable_file_checks(),
all_input=flags.get_all_input(),
)
def main(argv: List[str]) -> int:
flags = ScreenFlags.init_from_args(argv[1:])
if flags.get_is_clean_mode():
print("Cleaning out state files...")
for file_path in state_files.get_all_state_files():
if os.path.isfile(file_path):
os.remove(file_path)
print(f"Done! Removed {len(state_files.get_all_state_files())} files ")
return 0
if sys.stdin.isatty():
# don't keep the old selection if the --keep-open option is used;
# otherwise you need to manually clear the old selection every
# time fpp is reopened.
if flags.get_keep_open():
# delete the old selection
selection_path = state_files.get_selection_file_path()
if os.path.isfile(selection_path):
os.remove(selection_path)
if os.path.isfile(state_files.get_pickle_file_path()):
print("Using previous input piped to fpp...")
else:
usage()
# let the next stage parse the old version
else:
# delete the old selection
selection_path = state_files.get_selection_file_path()
if os.path.isfile(selection_path):
os.remove(selection_path)
do_program(flags)
return 0
def main(argv: List[str]) -> int:
file_path = state_files.get_pickle_file_path()
if not os.path.exists(file_path):
print("Nothing to do!")
output.write_to_file('echo ":D";')
output.append_exit()
return 0
output.clear_file()
# we initialize our args *before* we move into curses
# so we can benefit from the default argparse
# behavior:
flags = ScreenFlags.init_from_args(argv[1:])
curses.wrapper(lambda x: do_program(CursesScreen(x), flags))
return 0
def main(argv: List[str]) -> int:
flags = ScreenFlags.init_from_args(argv[1:])
if flags.get_is_clean_mode():
print("Cleaning out state files...")
for file_path in state_files.get_all_state_files():
if os.path.isfile(file_path):
os.remove(file_path)
print(f"Done! Removed {len(state_files.get_all_state_files())} files ")
return 0
if sys.stdin.isatty():
if os.path.isfile(state_files.get_pickle_file_path()):
print("Using previous input piped to fpp...")
else:
usage()
# let the next stage parse the old version
else:
# delete the old selection
selection_path = state_files.get_selection_file_path()
if os.path.isfile(selection_path):
os.remove(selection_path)
do_program(flags)
return 0
def get_rows_from_screen_run(
input_file: str,
char_inputs: List[str],
screen_config: Dict[str, int],
print_screen: bool,
past_screen: Optional[int],
past_screens: Optional[List[int]],
args: List[str],
validate_file_exists: bool,
all_input: bool,
) -> Tuple[List[str], List[str]]:
line_objs = get_line_objs_from_file(
input_file, validate_file_exists=validate_file_exists, all_input=all_input
)
screen = ScreenForTest(
char_inputs,
max_x=screen_config.get("maxX", 80),
max_y=screen_config.get("maxY", 30),
)
# mock our flags with the passed arg list
flags = ScreenFlags.init_from_args(args)
# we run our program and throw a StopIteration exception
# instead of sys.exit-ing
try:
choose.do_program(
screen, flags, KEY_BINDINGS_FOR_TEST, CursesForTest(), line_objs
)
except StopIteration:
pass
if print_screen:
screen.print_old_screens()
if past_screen:
return screen.get_rows_with_attributes_for_past_screen(past_screen)
if past_screens:
return screen.get_rows_with_attributes_for_past_screens(past_screens)
return screen.get_rows_with_attributes()
def getRowsFromScreenRun(
inputFile,
charInputs,
screenConfig={},
printScreen=True,
pastScreen=None,
pastScreens=None,
validateFileExists=False,
allInput=False,
args=[],
):
lineObjs = getLineObjsFromFile(
inputFile, validateFileExists=validateFileExists, allInput=allInput
)
screen = ScreenForTest(
charInputs,
maxX=screenConfig.get("maxX", 80),
maxY=screenConfig.get("maxY", 30),
)
# mock our flags with the passed arg list
flags = ScreenFlags.initFromArgs(args)
# we run our program and throw a StopIteration exception
# instead of sys.exit-ing
try:
choose.doProgram(screen, flags, KeyBindingsForTest(), CursesForTest(), lineObjs)
except StopIteration:
pass
if printScreen:
screen.printOldScreens()
if pastScreen:
return screen.getRowsWithAttributesForPastScreen(pastScreen)
elif pastScreens:
return screen.getRowsWithAttributesForPastScreens(pastScreens)
return screen.getRowsWithAttributes()
USAGE_TAIL = """
That's a fairly in-depth overview of Facebook PathPicker.
We also provide help along the way as you
use the app, so don't worry and jump on in!
"""
USAGE_STR = (
USAGE_INTRO
+ USAGE_PAGE_HEADER
+ USAGE_PAGE
+ USAGE_COMMAND_HEADER
+ USAGE_COMMAND
+ USAGE_CONFIGURATION
+ USAGE_COMMAND_LINE
+ ScreenFlags.get_arg_parser().format_help()
+ USAGE_TAIL
)
DECORATOR = "*" * 80
USAGE_STR = DECORATOR + "\n" + USAGE_STR + "\n" + DECORATOR
MANPAGE_STR = "\n\n".join(
[
MANPAGE_HEADER,
MANPAGE_NAME_SECTION,
MANPAGE_SYNOPSIS,
# FIXME: asciidoc example block?
# http://www.methods.co.nz/asciidoc/userguide.html#X48
ScreenFlags.get_arg_parser().format_help(),
== Command line arguments ==
PathPicker supports some command line arguments, as well.
"""
USAGE_TAIL = """
That's a fairly in-depth overview of Facebook PathPicker.
We also provide help along the way as you
use the app, so don't worry and jump on in!
"""
USAGE_STR = (USAGE_INTRO + USAGE_PAGE_HEADER + USAGE_PAGE +
USAGE_COMMAND_HEADER + USAGE_COMMAND + USAGE_CONFIGURATION +
USAGE_COMMAND_LINE + ScreenFlags.getArgParser().format_help() +
USAGE_TAIL)
decorator = "*" * 80
USAGE_STR = decorator + "\n" + USAGE_STR + "\n" + decorator
MANPAGE_STR = "\n\n".join([
MANPAGE_HEADER,
MANPAGE_NAME_SECTION,
MANPAGE_SYNOPSIS,
# FIXME: asciidoc example block?
# http://www.methods.co.nz/asciidoc/userguide.html#X48
ScreenFlags.getArgParser().format_help(),
MANPAGE_INTRO_PRE,
INTRO,
USAGE_PAGE_HEADER,
except:
output.appendError(LOAD_SELECTION_WARNING)
output.appendExit()
sys.exit(1)
for index in selectedIndices:
if index >= len(lineObjs.items()):
error = "Found index %d more than total matches" % index
output.appendError(error)
continue
toSelect = lineObjs[index]
if isinstance(toSelect, format.LineMatch):
lineObjs[index].setSelect(True)
else:
error = "Line %d was selected but is not LineMatch" % index
output.appendError(error)
if __name__ == "__main__":
filePath = state_files.getPickleFilePath()
if not os.path.exists(filePath):
print("Nothing to do!")
output.writeToFile('echo ":D";')
output.appendExit()
sys.exit(0)
output.clearFile()
# we initialize our args *before* we move into curses
# so we can benefit from the default argparse
# behavior:
flags = ScreenFlags.initFromArgs(sys.argv[1:])
curses.wrapper(lambda x: doProgram(x, flags))