def main():
# Simple completion menu.
print('(The completion menu displays colors.)')
prompt('Type a color: ', completer=FuzzyCompleter(ColorCompleter()))
# Multi-column menu.
prompt('Type a color: ', completer=FuzzyCompleter(ColorCompleter()),
complete_style=CompleteStyle.MULTI_COLUMN)
# Readline-like
prompt('Type a color: ', completer=FuzzyCompleter(ColorCompleter()),
complete_style=CompleteStyle.READLINE_LIKE)
def __init__(self, words, meta_dict=None, WORD=False):
# assert callable(words) or all(isinstance(w, string_types) for w in words)
self.words = words
self.meta_dict = meta_dict or {}
self.WORD = WORD
self.word_completer = WordCompleter(
words=lambda: self.words, WORD=self.WORD, meta_dict=self.meta_dict
)
self.fuzzy_completer = FuzzyCompleter(self.word_completer, WORD=self.WORD)
def run_cmd_shell(argv=[], prefix='cmd-> ', words=[], cmd_func=None):
if len(argv) > 1 and cmd_func is not None:
cmd_func(argv[1:])
return
from prompt_toolkit import prompt, PromptSession
from prompt_toolkit import PromptSession
from prompt_toolkit.completion import WordCompleter
from prompt_toolkit.lexers import PygmentsLexer
from prompt_toolkit.styles import Style
from pygments.lexers.sql import SqlLexer
from prompt_toolkit.completion import FuzzyCompleter
from prompt_toolkit.auto_suggest import AutoSuggestFromHistory
_completer = FuzzyCompleter(WordCompleter(words))
session = PromptSession(lexer=PygmentsLexer(SqlLexer),
completer=_completer,
auto_suggest=AutoSuggestFromHistory())
while True:
try:
text = session.prompt(prefix)
except KeyboardInterrupt:
continue
except EOFError:
break
else:
args_str = text.strip()
if args_str == '':
continue
args = args_str.split(' ')
# print(args)
if len(args) > 0 and cmd_func is not None:
cmd_func(args)
def __init__(self) -> None:
self.cli = None
self.prompt_tokens = []
self.completer = FuzzyCompleter(CommandCompleter())
self.commands_repository = COMMANDS
self.session = self.get_prompt_session()
def _exec_from_repl(self, theme=MonokaiTheme):
self.do_repl = True
manager_completer = FuzzyCompleter(
CommandCompleter(self.manager, ignore_case=True))
lexer = create_lexer(commands=self.manager.command_names)
session = PromptSession(
completer=manager_completer,
lexer=PygmentsLexer(lexer),
style=theme.pygments_style(),
)
while self.do_repl:
try:
user_input = u"{}".format(session.prompt(u">> "))
except KeyboardInterrupt:
continue # Control-C pressed. Try again.
except EOFError:
break # Control-D Pressed. Finish
try:
command = user_input.split()[0]
arguments = " ".join(user_input.split()[1:])
try:
arguments = arguments.format(**self.context)
except KeyError:
pass
args, kwargs = inline_parser(arguments)
self._execute_command(command, *args, **kwargs)
except Exception as error:
print("Error executing: {}. Error: {}".format(command, error))
def __init__(
self,
words: List[str],
display_dict: Optional[Dict[str, str]] = None,
meta_dict: Optional[Dict[str, str]] = None,
) -> None:
self.words = words
self.WORD = True
self.word_completer = WordCompleter(
words=self.words,
WORD=self.WORD,
display_dict=display_dict,
meta_dict=meta_dict,
)
self.fuzzy_completer = FuzzyCompleter(self.word_completer,
WORD=self.WORD)
def _maybe_complete_http_path(
self, document: Document, complete_event: CompleteEvent,
state_tracker: ParserStateTracker) -> Iterable[Completion]:
tokens = state_tracker.tokens
method_token, path_token = tokens[-2], tokens[-1]
method = method_token.value.upper()
cursor_position = document.cursor_position - path_token.index
path = path_token.value[:cursor_position]
_logger.debug(f'Completing HTTP API url: {path!r}')
path_tokens = list(self.url_path_lexer.get_tokens_unprocessed(path))
_logger.debug(f'URL Path Tokens: {path_tokens}')
if not path_tokens: # empty, should not happen
return []
cursor_token = path_tokens[-1]
_logger.debug(f'Cursor Token: {cursor_token}')
if cursor_token.ttype is Error:
return []
else:
if cursor_token.ttype in (PathPart, Slash):
complete_func = self.api_spec.complete_url_path
elif cursor_token.ttype in (ParamName, QuestionMark, Ampersand):
complete_func = self.api_spec.complete_query_param_name
else:
complete_func = self.api_spec.complete_query_param_value
candidates = complete_func(document, complete_event, method,
path_tokens)
return FuzzyCompleter(
ConstantCompleter(candidates)).get_completions(
document, complete_event)
def add_workspace(self, initial=None, accept_all=False):
if initial is None:
initial = os.getcwd()
else:
initial = os.path.abspath(initial)
existing_workspace = self.search_parent_in_workspaces(initial)
if not existing_workspace:
if accept_all:
response = initial
else:
session = PromptSession(u"> ",
completer=FuzzyCompleter(
PathCompleter()))
response = session.prompt(
"Path to find new components\n> ",
complete_while_typing=True,
default=initial,
pre_run=session.default_buffer.start_completion,
validator=dir_validator)
# Check the final '/' characters
if response in self.workspace_paths:
print(f"{response} already exist in workspaces")
return
new_components = self.get_recursive_components_in_dir(response)
print("%s\n%d components found in %s" %
(colored('\n'.join(new_components),
'green'), len(new_components), response))
if len(new_components) == 0:
print(
f"No component found in {response}. Workspaces not updated."
)
return
if accept_all:
answer = True
else:
answer = confirm(
f'Do you want to add {response} to workspaces?')
if answer:
print(f"{response} added to workspaces")
self.components += new_components
self.workspace_paths.append(response)
self.save_workspace()
else:
print("Workspaces not updated.")
else:
print(
f"{initial} is already part of an existing workspace ({existing_workspace})"
)
self.update_components_in_workspaces(existing_workspace)
def main(args):
if len(args) != 2:
sys.stderr.write(f"Usage: {args[0]} <sqlite3 db>\n")
sys.exit(1)
base_completer = DirsCompleter(args[1])
completer = FuzzyCompleter(base_completer)
session = PromptSession(HTML("<yellow>cd </yellow>"), completer=completer, complete_while_typing=True)
try:
answer = session.prompt(pre_run=session.default_buffer.start_completion)
except KeyboardInterrupt:
sys.exit(2)
sys.stdout.write(answer)
def delete_workspace(self, keyword):
session = PromptSession(u"> ", completer=FuzzyCompleter(WordCompleter(self.workspace_paths)))
if not keyword:
keyword = os.getcwd()
else:
keyword = os.path.abspath(keyword)
response = session.prompt("Path to delete\n> ",
complete_while_typing=True,
default=keyword,
pre_run=session.default_buffer.start_completion)
if response in self.workspace_paths:
self._delete_components_in_workspace(response)
self.workspace_paths.remove(response)
self.save_workspace()
def wait_command() -> None:
global cmd_completer
global prefix
session = PromptSession(prefix,
completer=FuzzyCompleter(cmd_completer),
complete_while_typing=True,
complete_in_thread=True,
lexer=cmd_lexer,
mouse_support=True,
enable_history_search=True,
auto_suggest=cmd_auto_suggest,
history=cmd_history)
while True:
try:
ipt = session.prompt()
except KeyboardInterrupt:
print(f"{Fore.LIGHTGREEN_EX}Bye.")
break
if any(ipt.startswith(match) for match in ["#", "//", '"', ";"]):
continue
elif ipt.startswith("/*") and not ipt.endswith("*/"):
error("This comment block must be enclosed in */")
elif ipt.startswith("/*") and ipt.endswith("*/"):
continue
start = time.perf_counter()
try:
cmd_completer.run_action(ipt)
except ValueError:
error("Command not found.")
continue
except TypeError:
error("Argument(s) missing or invalid.")
continue
end = time.perf_counter()
ok(end - start)
def _exec_from_repl(self,
prompt=u'>> ',
theme=MonokaiTheme,
history_file=None):
session_extra_options = {}
if history_file:
session_extra_options['history'] = FileHistory(
os.path.expanduser(str(history_file)))
self.do_repl = True
manager_completer = FuzzyCompleter(
CommandCompleter(self.manager, ignore_case=True))
lexer = create_lexer(commands=self.manager.command_names)
session = PromptSession(completer=manager_completer,
lexer=PygmentsLexer(lexer),
style=theme.pygments_style(),
**session_extra_options)
while self.do_repl:
try:
user_input = u"{}".format(session.prompt(prompt))
except KeyboardInterrupt:
continue # Control-C pressed. Try again.
except EOFError:
break # Control-D Pressed. Finish
try:
command_list = user_input.split()
if not command_list:
continue
command = command_list[0]
arguments = " ".join(command_list[1:])
try:
arguments = arguments.format(**self.context)
except KeyError:
pass
args, kwargs = inline_parser(arguments)
self._execute_command(command, *args, **kwargs)
except CommandNotFound:
print('Command {} not found'.format(command))
if self.suggestions:
possible_command = self.suggestions(
command, self.manager.command_names)
if possible_command:
print('Did you mean: "{}"?'.format(possible_command))
except Exception as error:
print("Error executing: {}. Error: {}".format(command, error))
def _maybe_complete_payload_value(
self, document: Document, complete_event: CompleteEvent,
state_tracker: ParserStateTracker) -> Iterable[Completion]:
tokens = state_tracker.tokens
_logger.debug(f'Completing for payload value with tokens: {tokens}')
path_event = state_tracker.events[1]
if path_event.token.ttype is not Literal: # No completion for non-literal URL
return []
method_token, path_token = tokens[0], tokens[1]
path_tokens = list(
self.url_path_lexer.get_tokens_unprocessed(path_token.value))
last_event = state_tracker.last_event
candidates, rules = self.api_spec.complete_payload_value(
document, complete_event, method_token.value.upper(), path_tokens,
tokens[tokens.index(last_event.token):],
state_tracker.payload_events)
if not candidates:
return []
constant_completer = ConstantCompleter(candidates)
return FuzzyCompleter(constant_completer).get_completions(
document, complete_event)
def getTag(result):
myComplete = {}
myCompleteL = []
for r in result:
if "tags" in path_entry_name_content[r]:
if type(path_entry_name_content[r]["tags"]) == list:
for i in path_entry_name_content[r]["tags"]:
myComplete[i] = {}
for i in myComplete:
myCompleteL.append(i)
#promptT = getPromptText()
completer = FuzzyCompleter(WordCompleter(myCompleteL, ignore_case=True))
print(myCompleteL)
icon = "search > tag >"
if detectNerdFont: icon = " "
session = PromptSession(icon + " ", style=style, key_bindings=bindings)
#prompt= session.prompt(pre_run=session.default_buffer.start_completion,default="",completer=completer)
prompt = session.prompt(pre_run=session.default_buffer.start_completion,
default="",
completer=completer)
class FuzzyWordCompleter(Completer):
def __init__(
self,
words: List[str],
display_dict: Optional[Dict[str, str]] = None,
meta_dict: Optional[Dict[str, str]] = None,
) -> None:
self.words = words
self.WORD = True
self.word_completer = WordCompleter(
words=self.words,
WORD=self.WORD,
display_dict=display_dict,
meta_dict=meta_dict,
)
self.fuzzy_completer = FuzzyCompleter(self.word_completer,
WORD=self.WORD)
def get_completions(self, document: Document,
complete_event: CompleteEvent) -> Iterable[Completion]:
return self.fuzzy_completer.get_completions(document, complete_event)
def get_completions_filtered(
self,
document: Document,
complete_event: CompleteEvent,
predicate: Callable[[Completion], bool],
) -> Iterable[Completion]:
for v in self.get_completions(document, complete_event):
if predicate(v):
yield v
def get_completions_without(self, document: Document,
complete_event: CompleteEvent,
**filter_values: bool) -> Iterable[Completion]:
return self.get_completions_filtered(
document, complete_event,
lambda v: not filter_values.get(v.text, False))
class FuzzyWordCompleter(Completer):
"""
Fuzzy completion on a list of words.
(This is basically a `WordCompleter` wrapped in a `FuzzyCompleter`.)
:param words: List of words or callable that returns a list of words.
:param meta_dict: Optional dict mapping words to their meta-information.
:param WORD: When True, use WORD characters.
"""
def __init__(self, words, meta_dict=None, WORD=False):
# assert callable(words) or all(isinstance(w, string_types) for w in words)
self.words = words
self.meta_dict = meta_dict or {}
self.WORD = WORD
self.word_completer = WordCompleter(
words=lambda: self.words, WORD=self.WORD, meta_dict=self.meta_dict
)
self.fuzzy_completer = FuzzyCompleter(self.word_completer, WORD=self.WORD)
def get_completions(self, document, complete_event):
return self.fuzzy_completer.get_completions(document, complete_event)
def _maybe_complete_payload(
self, document: Document, complete_event: CompleteEvent,
state_tracker: ParserStateTracker) -> Iterable[Completion]:
tokens = state_tracker.tokens
_logger.debug(f'Completing for payload with tokens: {tokens}')
path_event = state_tracker.events[1]
if path_event.token.ttype is not Literal: # No completion for non-literal URL
return []
method_token, path_token = tokens[0], tokens[1]
path_tokens = list(
self.url_path_lexer.get_tokens_unprocessed(path_token.value))
last_event = state_tracker.last_event
payload_tokens = tokens[tokens.index(last_event.token):]
candidates, rules = self.api_spec.complete_payload(
document, complete_event, method_token.value.upper(), path_tokens,
payload_tokens)
if not candidates:
return []
constant_completer = ConstantCompleter(candidates)
for c in FuzzyCompleter(constant_completer).get_completions(
document, complete_event):
yield PayloadKeyCompletion(c.text, rules[c.text], c.start_position,
c.display, c.display_meta, c.style,
c.selected_style)
def interactive_workspace_init(self, initial_path):
def common_prefix(path_list):
result = {}
to_ignore = ""
for path in sorted(path_list, reverse=True):
path_parts = path.split('/')
previous_counter = 0
previous_path = ""
for part_index in range(len(path_parts)):
counter = 0
last_path = '/'.join(path_parts[:len(path_parts) -
part_index])
last_path = last_path[len(to_ignore):]
if last_path and to_ignore + last_path not in result:
for second_path in path_list:
if last_path in second_path:
counter += 1
if counter == previous_counter:
del result[to_ignore + previous_path]
previous_counter = counter
previous_path = last_path
if counter == len(path_list):
to_ignore = to_ignore + last_path
elif last_path and counter < len(path_list):
result[to_ignore + last_path] = counter
return result
components_parents_dirs = self.get_recursive_components_in_dir(
initial_path)
#
best_guess = common_prefix(list(components_parents_dirs.keys()))
new_workspaces = []
print(
f"Found {len(best_guess)} possibles components in {colored(initial_path, 'green')}"
)
print(f"======")
ignored = []
for path in sorted(
best_guess,
key=lambda x: calculate_path_value(x, best_guess[x]),
reverse=True):
print(len(path.split('/')) * best_guess[path])
end = False
next = False
for parent in new_workspaces:
if path.startswith(parent):
print(
f"{colored(path, 'green')} ignored because you already selected parent {colored(parent, 'green')}"
)
next = True
break
for parent in ignored:
if path.startswith(parent):
print(
f"{colored(path, 'red')} ignored because you decided to ignore subdirs of {colored(parent, 'red')}"
)
next = True
break
if next:
continue
while not end:
print(
f"Found {best_guess[path]} components in {colored(path, 'green')}"
)
response = input(
f"Do you wanna add to workspace? {colored('Yes/No/Ignore/End', 'cyan')} "
)
if "yes" in response.lower() or "y" in response.lower():
new_workspaces.append(path)
break
if "ignore" in response.lower() or "i" in response.lower():
to_ignore = prompt('> ',
completer=FuzzyCompleter(
PathCompleter()),
complete_while_typing=True,
default=path)
to_ignore = to_ignore.rstrip('/')
if not to_ignore:
to_ignore = path
ignored.append(to_ignore)
break
elif "no" in response.lower() or "n" in response.lower():
break
elif "end" in response.lower() or "e" in response.lower():
print("Finishing initialization of workspaces")
end = True
else:
print('Invalid response (y/n/i/e)')
if end:
break
self.workspace_paths = new_workspaces
self.components = list(
filter(
lambda x: any(
x.startswith(workspace)
for workspace in self.workspace_paths),
components_parents_dirs))
self.save_workspace()
cmd_unit = ctx.get_from_buffer('<complete>', doc)
n = cmd_unit.root.lookup(lkql.Sloc(1, len(cmd_unit.text)))
if n is None:
return
for sym in n.p_interp_complete:
yield Completion(sym)
if __name__ == '__main__':
our_history = FileHistory(".example-history-file")
session = PromptSession(history=our_history,
lexer=PygmentsLexer(LKQLPygmentsLexer),
completer=FuzzyCompleter(LKQLCompleter()))
dummy_unit = ctx.get_from_buffer('<dummy>', '12')
dummy_unit.root.p_interp_init_from_project(
'testsuite/ada_projects/deep_library/prj.gpr')
while True:
try:
with patch_stdout():
cmd = session.prompt('> ')
if cmd == 'exit':
break
cmd_unit = ctx.get_from_buffer('<repl_input>', cmd)
print(cmd_unit.root.p_interp_eval)
def __init__(
self,
get_globals: Optional[_GetNamespace] = None,
get_locals: Optional[_GetNamespace] = None,
history_filename: Optional[str] = None,
vi_mode: bool = False,
color_depth: Optional[ColorDepth] = None,
# Input/output.
input: Optional[Input] = None,
output: Optional[Output] = None,
# For internal use.
extra_key_bindings: Optional[KeyBindings] = None,
_completer: Optional[Completer] = None,
_validator: Optional[Validator] = None,
_lexer: Optional[Lexer] = None,
_extra_buffer_processors=None,
_extra_layout_body=None,
_extra_toolbars=None,
_input_buffer_height=None,
) -> None:
self.get_globals: _GetNamespace = get_globals or (lambda: {})
self.get_locals: _GetNamespace = get_locals or self.get_globals
self._completer = _completer or FuzzyCompleter(
PythonCompleter(
self.get_globals,
self.get_locals,
lambda: self.enable_dictionary_completion,
),
enable_fuzzy=Condition(lambda: self.enable_fuzzy_completion),
)
self._validator = _validator or PythonValidator(
self.get_compiler_flags)
self._lexer = _lexer or PygmentsLexer(PythonLexer)
self.history: History
if history_filename:
self.history = ThreadedHistory(FileHistory(history_filename))
else:
self.history = InMemoryHistory()
self._input_buffer_height = _input_buffer_height
self._extra_layout_body = _extra_layout_body or []
self._extra_toolbars = _extra_toolbars or []
self._extra_buffer_processors = _extra_buffer_processors or []
self.extra_key_bindings = extra_key_bindings or KeyBindings()
# Settings.
self.title: AnyFormattedText = ""
self.show_signature: bool = False
self.show_docstring: bool = False
self.show_meta_enter_message: bool = True
self.completion_visualisation: CompletionVisualisation = CompletionVisualisation.MULTI_COLUMN
self.completion_menu_scroll_offset: int = 1
self.show_line_numbers: bool = False
self.show_status_bar: bool = True
self.wrap_lines: bool = True
self.complete_while_typing: bool = True
self.paste_mode: bool = False # When True, don't insert whitespace after newline.
self.confirm_exit: bool = True # Ask for confirmation when Control-D is pressed.
self.accept_input_on_enter: int = 2 # Accept when pressing Enter 'n' times.
# 'None' means that meta-enter is always required.
self.enable_open_in_editor: bool = True
self.enable_system_bindings: bool = True
self.enable_input_validation: bool = True
self.enable_auto_suggest: bool = False
self.enable_mouse_support: bool = False
self.enable_history_search: bool = False # When True, like readline, going
# back in history will filter the
# history on the records starting
# with the current input.
self.enable_syntax_highlighting: bool = True
self.enable_fuzzy_completion: bool = False
self.enable_dictionary_completion: bool = False
self.swap_light_and_dark: bool = False
self.highlight_matching_parenthesis: bool = False
self.show_sidebar: bool = False # Currently show the sidebar.
# When the sidebar is visible, also show the help text.
self.show_sidebar_help: bool = True
# Currently show 'Do you really want to exit?'
self.show_exit_confirmation: bool = False
# The title to be displayed in the terminal. (None or string.)
self.terminal_title: Optional[str] = None
self.exit_message: str = "Do you really want to exit?"
self.insert_blank_line_after_output: bool = True # (For the REPL.)
# The buffers.
self.default_buffer = self._create_buffer()
self.search_buffer: Buffer = Buffer()
self.docstring_buffer: Buffer = Buffer(read_only=True)
# Tokens to be shown at the prompt.
self.prompt_style: str = "classic" # The currently active style.
# Styles selectable from the menu.
self.all_prompt_styles: Dict[str, PromptStyle] = {
"ipython": IPythonPrompt(self),
"classic": ClassicPrompt(),
}
self.get_input_prompt = lambda: self.all_prompt_styles[
self.prompt_style].in_prompt()
self.get_output_prompt = lambda: self.all_prompt_styles[
self.prompt_style].out_prompt()
#: Load styles.
self.code_styles: Dict[str, BaseStyle] = get_all_code_styles()
self.ui_styles = get_all_ui_styles()
self._current_code_style_name: str = "default"
self._current_ui_style_name: str = "default"
if is_windows():
self._current_code_style_name = "win32"
self._current_style = self._generate_style()
self.color_depth: ColorDepth = color_depth or ColorDepth.default()
self.max_brightness: float = 1.0
self.min_brightness: float = 0.0
# Options to be configurable from the sidebar.
self.options = self._create_options()
self.selected_option_index: int = 0
#: Incremeting integer counting the current statement.
self.current_statement_index: int = 1
# Code signatures. (This is set asynchronously after a timeout.)
self.signatures: List[Any] = []
# Boolean indicating whether we have a signatures thread running.
# (Never run more than one at the same time.)
self._get_signatures_thread_running: bool = False
self.style_transformation = merge_style_transformations([
ConditionalStyleTransformation(
SwapLightAndDarkStyleTransformation(),
filter=Condition(lambda: self.swap_light_and_dark),
),
AdjustBrightnessStyleTransformation(lambda: self.min_brightness,
lambda: self.max_brightness),
])
self.ptpython_layout = PtPythonLayout(
self,
lexer=DynamicLexer(lambda: self._lexer if self.
enable_syntax_highlighting else SimpleLexer()),
input_buffer_height=self._input_buffer_height,
extra_buffer_processors=self._extra_buffer_processors,
extra_body=self._extra_layout_body,
extra_toolbars=self._extra_toolbars,
)
self.app = self._create_application(input, output)
if vi_mode:
self.app.editing_mode = EditingMode.VI
return result
output_field = TextArea(style="class:output-field", text=help_text)
output_field_2 = TextArea(style="class:output-field", text=help_text)
search_field = SearchToolbar()
input_field = TextArea(height=2,
prompt=">>> ",
style="class:input-field",
multiline=False,
wrap_lines=False,
search_field=search_field,
completer=FuzzyCompleter(ColorCompleter(),
enable_fuzzy=False))
def accept(buff):
# Evaluate "calculator" expression.
try:
#output = "\n\nIn: {}\nOut: {}".format(
# input_field.text, eval(input_field.text)
#) # Don't do 'eval' in real code!
output = "You're typing " + input_field.text + "\n"
if input_field.text == "info":
do_about()
if input_field.text == "exit":
do_exit()
except BaseException as e:
output = "\n\n{}".format(e)
# dataDemo = {**dataDemo , **dataDemoModules }
for m in plugins.Plugin.pluginsActivated:
print(m)
dataDemoModules = {}
dataDemoModules = yaml.load(
plugins.Plugin.pluginsActivated[m].getDemoDataYaml(),
Loader=yaml.SafeLoader)
dataDemo = {**dataDemo, **dataDemoModules}
if os.getenv("ST_DEMO") == '1':
my_fun(dataDemo, menu_completion, "", "")
else:
my_fun(jinjaFile2yaml(file_main), menu_completion, "", "")
completer = FuzzyCompleter(NestedCompleter.from_nested_dict(menu_completion))
def getIcon(icon, defaultIcon=""):
if detectNerdFont:
return icon
return defaultIcon
bindings = KeyBindings()
@bindings.add('c-c')
def _(event):
#" Exit when `c-x` is pressed. "
event.app.exit()
def main():
global fire_obj
last_command = []
args = parse_args(sys.argv[1:])
args_data = args.data
args_data.append("-")
history_file = config.history_path
session = PromptSession(
history=FileHistory(history_file),
style=get_style(),
wrap_lines=True,
auto_suggest=AutoSuggestFromHistory(),
)
try:
while True:
prompt = session.prompt(
prompt_message(fire_obj=fire_obj),
bottom_toolbar=bottom_toolbar(fire_obj),
completer=FuzzyCompleter(
merge_completers([CustomCompleter(), chepy_cli.CliCompleter()])
),
validator=CustomValidator(),
rprompt=get_current_type(fire_obj),
)
# check and output any commands that start with cli_
if re.match(r"^\!", prompt):
print(subprocess.getoutput(re.sub(r"^\!\s?", "", prompt)))
elif re.search(r"^cli_.+", prompt):
cli_method = prompt.split()[0]
cli_args = re.search(r"--(\w+)\s(\w+)", prompt)
if cli_method == "cli_show_errors":
getattr(chepy_cli, "cli_show_errors")(errors)
elif cli_method == "cli_go_back":
args_data = args_data[: -len(last_command + ["-"])]
print(cyan("Go back: {}".format(last_command)))
elif cli_method == "cli_delete_history":
Path(config.history_path).unlink()
elif cli_args:
getattr(chepy_cli, cli_method)(
fire_obj, **{cli_args.group(1): cli_args.group(2)}
)
else:
getattr(chepy_cli, cli_method)(fire_obj)
else:
for method in chepy:
if not method.startswith("_") and not isinstance(
getattr(Chepy, method), property
):
fire.decorators._SetMetadata(
getattr(Chepy, method),
fire.decorators.ACCEPTS_POSITIONAL_ARGS,
False,
)
args_data += prompt.split()
if args_data[-1] != "-":
args_data.append("-")
try:
last_command = prompt.split() + ["-"]
fire_obj = fire.Fire(Chepy, command=args_data)
except:
# go back to last working arg
e_type, e_msg, e_traceback = sys.exc_info()
print(red(e_type.__name__), yellow(e_msg.__str__()))
args_data = args_data[: -len(last_command)]
continue
except KeyboardInterrupt:
print("OKBye")
sys.exit()
def loop(stub, modules, module, netif, hostif):
session = PromptSession()
while True:
p = "> "
if module:
loc = module.location
p = "module({})> ".format(loc)
if netif:
p = "module({})/netif({})> ".format(loc, netif.index)
elif hostif:
p = "module({})/hostif({})> ".format(loc, hostif.index)
c = FuzzyCompleter(
TAIShellCompleter(stub, modules, module, netif, hostif))
line = session.prompt(p, completer=c).strip()
cmds = [e.strip() for e in line.split()]
if len(cmds) == 0:
continue
cmd = cmds[0]
try:
if cmd == 'module':
if len(cmds) != 2:
print('invalid input: module <location>')
continue
loc = cmds[1]
if loc not in modules:
print('no module whose location is {}'.format(loc))
continue
module = modules[loc]
netif = None
hostif = None
elif cmd == 'netif' or cmd == 'hostif':
if not module:
print('no module selected.')
continue
if len(cmds) != 2:
print('invalid input: {} <index>'.format(cmd))
continue
index = int(cmds[1])
l = module.netifs
if cmd == 'hostif':
l = module.hostifs
if len(l) < index:
print('invalid index: len: {}'.format(len(l)))
continue
if cmd == 'netif':
netif = l[index]
hostif = None
else:
hostif = l[index]
netif = None
elif cmd == 'list':
show_modules(modules)
elif cmd == 'list-attr':
list_attr(stub, module, netif, hostif)
elif cmd == 'get':
print(get_attr(stub, module, netif, hostif, cmds))
elif cmd == 'set':
set_attr(stub, module, netif, hostif, cmds)
elif cmd == 'monitor':
monitor(stub, module, netif, hostif, cmds)
elif cmd == 'log-level':
set_log_level(stub, cmds)
elif cmd in ['exit', 'quit', 'q']:
if netif:
netif = None
elif hostif:
hostif = None
elif module:
module = None
else:
sys.exit(0)
elif cmd in ['help', 'h', '?']:
show_help()
else:
print('unknown cmd: {}'.format(cmd))
show_help()
except Exception as e:
print(e)
def make_prompt_session():
commands = focus.commands
class CustomComplete(Completer):
def get_completions(self, document, complete_event):
word = document.get_word_before_cursor()
words = document.text.split()
complete_words = (words
if document.text.endswith(' ') else words[:-1])
if words and words[0] in ['subtask-by-id', 'switch-task']:
if len(complete_words) >= 2:
return
for task in the_tree.root_nodes_iter():
if str(task.id).startswith(word):
yield Completion(str(task.id),
display=f'{task.id} : {task.text}',
start_position=-len(word))
else:
if len(complete_words) >= 1:
return
for command in list(commands):
if command.startswith(word):
yield Completion(command,
display=command + ' : ' +
commands[command]['help'],
start_position=-len(word))
ft_completer = FuzzyCompleter(CustomComplete())
# This if I want the help to be displayed
ft_completer = CustomComplete()
####################################################################################
# commands = focus.commands
# meta_dict = {c : commands[c]['help'] for c in commands}
# #print(meta_dict)
# ft_completer = WordCompleter(focus.commands, meta_dict=meta_dict)
prompt_style = Style.from_dict({'prompt': '#00aa00'})
prompt_string = [('class:username', 'FocusTree> ')]
bindings = KeyBindings()
@bindings.add('c-j')
def _(event):
event.current_buffer.complete_next()
@bindings.add('c-k')
def _(event):
event.current_buffer.complete_previous()
# @bindings.add('tab')
# def _(event):
# # THIS IS THE GETTO-EST THING EVER, DON'T JUDGE ME!
# # I just want it to select the currently highlighted
# # completion. It could continue completing after.
# current_buffer = event.app.current_buffer
# compl = current_buffer.text
# current_buffer.cancel_completion()
# current_buffer.text = ''
# current_buffer.insert_text(compl + ' ')
prompt_sesh = PromptSession(history=FileHistory(
os.path.expanduser('~/.focus_tree_history')),
auto_suggest=AutoSuggestFromHistory(),
completer=ft_completer,
reserve_space_for_menu=8,
lexer=PygmentsLexer(BashLexer),
key_bindings=bindings,
style=prompt_style,
complete_style=CompleteStyle.COLUMN)
def prompt():
return prompt_sesh.prompt([('class:username', 'FocusTree> ')])
return prompt
def __init__(self, session, parent, name, type_):
self.type_ = type_
self.name = name
self._get_hook = {}
self._set_hook = {}
self.session = session
super(TAIObject, self).__init__(parent)
d = self.session.get_context().get_searchdirs()
repo = repository.FileRepository(d[0])
ctx = context.Context(repo)
m = self.session.get_context().get_module('goldstone-tai')
v = m.print_mem(ly.LYS_IN_YANG, 0)
ctx.add_module(None, v)
mod = ctx.get_module('goldstone-tai')
self.config = mod.search_one('grouping', 'tai-{}-config'.format(type_))
self.state = mod.search_one('grouping', 'tai-{}-state'.format(type_))
@self.command(FuzzyCompleter(TAICompleter(self.config, self.state)))
def get(args):
if len(args) != 1:
raise InvalidInput('usage: get <name>')
self.session.session_switch_ds(sr.SR_DS_OPERATIONAL)
try:
items = self.session.get_items('{}/state/{}'.format(
self.xpath(), args[0]))
for i in range(items.val_cnt()):
item = items.val(i)
if args[0] in self._get_hook:
print(self._get_hook[args[0]](item))
else:
print(item.val_to_string())
except RuntimeError:
err = self.session.get_error()
if err.error_cnt() > 0:
idx = err.error_cnt() - 1
print('err: {}, xpath: {}'.format(err.message(idx),
err.xpath(idx)))
self.session.session_switch_ds(sr.SR_DS_RUNNING)
@self.command(TAICompleter(self.config))
def set(args):
if len(args) != 2:
raise InvalidInput('usage: set <name> <value>')
if args[0] in self._set_hook:
v = self._set_hook[args[0]](args[1])
else:
v = args[1]
self.session.set_item_str(
'{}/config/{}'.format(self.xpath(), args[0]), v)
self.session.apply_changes()
@self.command()
def show(args):
if len(args) != 0:
raise InvalidInput('usage: show[cr]')
self.session.session_switch_ds(sr.SR_DS_OPERATIONAL)
tree = self.session.get_subtree(self.xpath(), TIMEOUT_MS)
d = json.loads(tree.print_mem(ly.LYD_JSON, 0))
print(d)
self.session.session_switch_ds(sr.SR_DS_RUNNING)
def get_completer():
csv_files = [s for s in listdir() if s.endswith('.csv')]
completions['load'] = WordCompleter(csv_files)
completer = NestedCompleter.from_nested_dict(completions)
return FuzzyCompleter(completer)
def main():
global fire_obj
last_command = []
args = parse_args(sys.argv[1:])
args_data = args.data
if args.recipe:
print(Chepy(*args_data).load_recipe(args.recipe).o)
else:
args_data.append("-")
history_file = config.history_path
session = PromptSession(
history=FileHistory(history_file),
style=get_style(),
wrap_lines=True,
auto_suggest=AutoSuggestFromHistory(),
)
try:
while True:
prompt = session.prompt(
prompt_message(fire_obj=fire_obj),
bottom_toolbar=bottom_toolbar(fire_obj),
completer=FuzzyCompleter(
merge_completers([CustomCompleter(), chepy_cli.CliCompleter()])
),
validator=CustomValidator(),
rprompt=get_current_type(fire_obj),
)
# check and output any commands that start with cli_
if re.match(r"^\!", prompt):
print(magenta(subprocess.getoutput(re.sub(r"^\!\s?", "", prompt))))
# check if line is a comment
elif re.match(r"^#", prompt):
print(cyan(prompt))
# get help for a method
elif re.match(r"^\?", prompt):
_method_name = re.match(r"^\?(\s?)+([\w_]+)", prompt).group(2)
chepy_cli.get_doc(_method_name)
# check if method called is a cli method
elif re.search(r"^cli_.+", prompt):
cli_method = prompt.split()[0]
cli_args = re.search(r"--(\w+)\s([\w\W]+)", prompt)
# Show errors encountered
if cli_method == "cli_show_errors":
getattr(chepy_cli, "cli_show_errors")(errors)
# show the current plugin path
elif cli_method == "cli_plugin_path":
getattr(chepy_cli, "cli_plugin_path")(config)
# Edit the current state
elif cli_method == "cli_edit_state":
try:
getattr(chepy_cli, "cli_edit_state")(fire_obj, args_data)
args_data = args_data[0 : args_data.index("-")] + ["-"]
except:
e_type, e_msg, e_traceback = sys.exc_info()
print(red(e_type.__name__), yellow("Could not edit state"))
# Go back one step
elif cli_method == "cli_go_back":
args_data = args_data[: -len(last_command + ["-"])]
print(cyan("Go back: {}".format(last_command)))
# Delete the cli history file
elif cli_method == "cli_delete_history":
Path(config.history_path).unlink()
elif cli_args:
getattr(chepy_cli, cli_method)(
fire_obj, **{cli_args.group(1): cli_args.group(2)}
)
else:
getattr(chepy_cli, cli_method)(fire_obj)
else:
for method in chepy:
if not method.startswith("_") and not isinstance(
getattr(Chepy, method), property
):
fire.decorators._SetMetadata(
getattr(Chepy, method),
fire.decorators.ACCEPTS_POSITIONAL_ARGS,
False,
)
args_data += prompt.split()
if args_data[-1] != "-":
args_data.append("-")
try:
last_command = prompt.split() + ["-"]
fire_obj = fire.Fire(Chepy, command=args_data)
# handle required args for methods
except fire.core.FireExit:
args_data = args_data[: -len(last_command)]
except TypeError as e:
print(red(e.message))
except SystemExit:
sys.exit()
except:
# go back to last working arg
e_type, e_msg, e_traceback = sys.exc_info()
print(red(e_type.__name__), yellow(e_msg.__str__()))
args_data = args_data[: -len(last_command)]
continue
except KeyboardInterrupt:
print(green("\nOKBye"))
sys.exit()
def __init__(self, conn, parent, name, type_):
self.type_ = type_
self.name = name
self._get_hook = {}
self._set_hook = {}
self.session = conn.start_session()
super(TAIObject, self).__init__(parent)
d = self.session.get_ly_ctx().get_searchdirs()
repo = repository.FileRepository(d[0])
ctx = context.Context(repo)
m = self.session.get_ly_ctx().get_module('goldstone-tai')
v = m.print_mem("yang")
ctx.add_module(None, v)
mod = ctx.get_module('goldstone-tai')
self.config = mod.search_one('grouping', 'tai-{}-config'.format(type_))
self.state = mod.search_one('grouping', 'tai-{}-state'.format(type_))
@self.command(FuzzyCompleter(TAICompleter(self.config, self.state)))
def get(args):
if len(args) != 1:
raise InvalidInput('usage: get <name>')
self.session.switch_datastore('operational')
try:
items = self.session.get_items('{}/state/{}'.format(
self.xpath(), args[0]))
for item in items:
if args[0] in self._get_hook:
print(self._get_hook[args[0]](item.value))
else:
print(item.value)
except sr.errors.SysrepoCallbackFailedError as e:
print(e)
@self.command(TAICompleter(self.config))
def set(args):
if len(args) != 2:
raise InvalidInput('usage: set <name> <value>')
if args[0] in self._set_hook:
v = self._set_hook[args[0]](args[1])
else:
v = args[1]
self.session.switch_datastore('running')
if type(self) != Module:
try:
self.session.get_data(self.parent.xpath())
except sr.SysrepoNotFoundError:
self.session.set_item(f'{self.parent.xpath()}/config/name',
self.parent.name)
try:
self.session.get_data(self.xpath())
except sr.SysrepoNotFoundError:
self.session.set_item(f'{self.xpath()}/config/name', self.name)
self.session.set_item(f'{self.xpath()}/config/{args[0]}', v)
self.session.apply_changes()
@self.command()
def show(args):
if len(args) != 0:
raise InvalidInput('usage: show[cr]')
self.session.switch_datastore('operational')
print(self.session.get_data(self.xpath()))
self.session.switch_datastore('running')