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git-flow/src/git_flow/command/base.py
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import re
import time
from os.path import isfile
import questionary
import rich
import rich.panel
from rich.table import Table
from git_flow import (
BRANCH_TYPES,
COMMIT_TYPE_INCREMENT,
COMMIT_TYPES,
FLOWCONFIG_FILENAME,
FLOWCONFIG_VERSION,
REPOSITORY_TOKEN_FILENAME,
GitFlowError,
)
from git_flow.git import Git
from git_flow.io import *
from git_flow.remote.base import RemoteAPI
from git_flow.remote.bitbucket import BitbucketRemoteAPI
from git_flow.remote.gitea import GiteaRemoteAPI
from git_flow.remote.github import GithubRemoteAPI
from git_flow.remote.gitlab import GitlabRemoteAPI
flowconfig = Git.get_config(FLOWCONFIG_FILENAME) if isfile(FLOWCONFIG_FILENAME) else {}
environments = (
flowconfig["flow.branches"].split(",") if "flow.branches" in flowconfig else []
)
def ensure_initialized():
initialized = flowconfig["flow.initialized"] if flowconfig else None
if not initialized:
raise GitFlowError(
"El repositorio no fue inicializado, debe ejecutar el comando `init`."
)
elif initialized != "true":
raise GitFlowError(
f"El valor de `flow.initialized` ({initialized}) es inválido."
)
version = int(flowconfig.get("flow.version", "1"))
if version != FLOWCONFIG_VERSION:
raise GitFlowError(
f"La versión del flowconfig ({version}) no es compatible con esta versión de git-flow ({FLOWCONFIG_VERSION}). "
f"Debe reinicializar el repositorio."
)
def ensure_right_branch():
branch = Git.get_current_branch()
if branch == "HEAD":
raise GitFlowError("No se encuentra parado sobre una rama.")
elif io_confirm(f"Rama actual: {branch}. ¿Es correcto?"):
return branch
else:
raise GitFlowError("Ejecución cancelada.")
def get_branch_env_and_type(branch: str) -> tuple[str, str]:
components = branch.split("/")
if len(components) == 2:
if components[0] not in BRANCH_TYPES:
raise GitFlowError(
f"Branch inválida, el tipo '{components[0]}' no es válido."
)
return (environments[0], components[0])
elif len(components) == 4:
valid_environments = environments[1:]
if (
components[0] != "release"
or components[1] not in valid_environments
or components[2] not in BRANCH_TYPES
):
raise GitFlowError(
"Branch release inválido, debe tener el siguiente formato: "
"release/<env>/<type>/<name>, pero es: " + branch
)
return (components[1], components[2])
else:
raise GitFlowError("Branch inválido: " + branch)
def ensure_repository_token():
if not isfile(REPOSITORY_TOKEN_FILENAME):
raise GitFlowError(
"No existe un token para el repositorio en " + REPOSITORY_TOKEN_FILENAME
)
with open(REPOSITORY_TOKEN_FILENAME) as f:
return f.readline().strip()
def ensure_clean_worktree(has_remote: bool):
status = Git.status()
if not status:
return
not_empty = any(s.index != " " or s.worktree != " " for s in status)
if not_empty:
if not has_remote:
io_warning("Existen cambios en tu entorno de trabajo sin commitear.")
if not io_confirm("¿Desea continuar?", False):
raise GitFlowError("Ejecución abortada")
else:
raise GitFlowError("No se puede continuar con cambios pendientes.")
def get_remote_api(token: str) -> RemoteAPI:
if "flow.remote" not in flowconfig:
raise GitFlowError("El repositorio no tiene configurado un remoto.")
remote_type = flowconfig.get("flow.remote-type", "").lower()
[schema, host, repository] = RemoteAPI.parse(flowconfig["flow.remote"])
if remote_type == "gitea":
remote_schema = "https://" if schema == "ssh://" else schema
return GiteaRemoteAPI(remote_schema + host, repository, token)
elif remote_type == "gitlab":
remote_schema = "https://" if schema == "ssh://" else schema
return GitlabRemoteAPI(remote_schema + host, repository, token)
elif remote_type == "bitbucket":
return BitbucketRemoteAPI(repository, token)
elif remote_type == "github":
return GithubRemoteAPI(repository, token)
else:
raise GitFlowError("El tipo del remoto es inválido")
def is_valid_ticket(ticket: str) -> bool:
"""Check if the specified string is a valid ticket number (ABC-123)"""
components = ticket.split("-")
if len(components) != 2:
return False
ticket_project = components[0]
ticket_number = components[1]
return (
ticket_project.isalpha()
and ticket_project.isupper()
and ticket_number.isnumeric()
)
CUSTOM_COMMIT_TYPE_OPTION = "otro"
def get_commit_message(commit_types: list[str] = COMMIT_TYPES) -> str:
commit_type = io_choice("Tipo de commit", commit_types + [CUSTOM_COMMIT_TYPE_OPTION])
if commit_type == CUSTOM_COMMIT_TYPE_OPTION:
commit_type = io_prompt(
"Tipo de commit personalizado",
strip=True,
validator=lambda s: re.fullmatch(r"\w+", s.strip()) is not None,
instruction="letras, números o _",
)
if commit_type not in COMMIT_TYPE_INCREMENT:
io_warning(
f"El tipo '{commit_type}' no produce un salto de versión, "
"salvo que se marque como breaking change."
)
# Los commits WIP se squashean en uno final, que es el que puede marcarse como breaking
if commit_type != "wip" and io_confirm("¿Es un breaking change?", False):
commit_type += "!"
commit_message = io_prompt(
"Mensaje de commit",
validator=lambda s: 0 < len(s) and len(s) < 100,
instruction="100 caracteres máximo",
)
return commit_type + ": " + commit_message
# <tipo>[(alcance)][!]: <mensaje>, para no confundir "Merge pull request 'feature: ...'" con un tipo
COMMIT_SUBJECT_RE = re.compile(r"^(\w+)(?:\([^)]*\))?(!)?:\s*(.*)$")
def show_commits(title: str, revision_range: str):
"""Muestra en una tabla los commits del rango (fecha relativa, tipo y mensaje).
Si no hay commits aborta, ya que no hay nada para mergear."""
# fecha de autor: la de commit cambia al hacer rebase (por ejemplo, en release)
lines = Git("log", revision_range, format="%at%x09%s").lines()
if not lines:
raise GitFlowError("No hay cambios a mergear.")
table = Table(title=title, title_justify="left", title_style="bold")
table.add_column("Fecha", style="dim", no_wrap=True)
table.add_column("Tipo", style="cyan", no_wrap=True)
table.add_column("Mensaje")
now = time.time()
for line in lines:
timestamp, subject = line.split("\t", 1)
match = COMMIT_SUBJECT_RE.match(subject)
commit_type, breaking, message = match.groups() if match else ("-", None, subject)
commit_type += breaking or ""
table.add_row(format_time_ago(now - int(timestamp)), commit_type, message)
console.print(table)
def format_time_ago(seconds: float) -> str:
units = [
(365 * 24 * 3600, "año", "años"),
(30 * 24 * 3600, "mes", "meses"),
(7 * 24 * 3600, "semana", "semanas"),
(24 * 3600, "día", "días"),
(3600, "hora", "horas"),
(60, "minuto", "minutos"),
]
for size, singular, plural in units:
amount = int(seconds // size)
if amount >= 1:
return f"hace {amount} {singular if amount == 1 else plural}"
return "hace un momento"
def io_error(message: str, title: str | None = None):
_io_status(message, "✖ Error: ", "red", title)
def io_warning(message: str, title: str | None = None):
_io_status(message, "⚠ Warning: ", "yellow", title)
def io_info(message: str, title: str | None = None):
_io_status(message, "ℹ Info: ", "blue", title)
def io_success(message: str, title: str | None = None):
_io_status(message, "✔ Success: ", "green", title)
def _io_status(message: str, prefix: str, style: str, title: str | None = None):
if title:
rich.print(
rich.panel.Panel(
message,
title=prefix + title,
style=style,
expand=False,
title_align="left",
)
)
else:
rich.print(f"[{style}]{prefix}{message}[/{style}]")
def io_confirm(question: str, default: bool = True) -> bool:
return questionary.confirm(question, default=default, auto_enter=False).unsafe_ask()
def io_choice(prompt: str, options: list[str]) -> str:
return questionary.select(
prompt,
options,
use_search_filter=True,
use_jk_keys=False,
instruction="Tipear o usar flechas",
).unsafe_ask()
def io_prompt(
message: str,
default: str = "",
persistent: bool = False,
strip: bool = False,
validator=None,
instruction: str | None = None,
) -> str:
if persistent and not validator:
validator = lambda s: len(s.strip()) > 0
value = questionary.text(
message, default, validate=validator, instruction=instruction
).unsafe_ask()
return value.strip() if strip else value