mirror of
https://github.com/fish-shell/fish-shell
synced 2024-11-10 15:14:44 +00:00
23e6698dc8
For littlecheck/pexpect this just unconditionally enables color. I have no idea what happens if you run cmake outside of a terminal , but the worst that can happen is that *errors* have color escapes in them. If someone figures out how to get cmake to tell us if it's running in a terminal, we can add a check.
754 lines
26 KiB
Python
Executable file
754 lines
26 KiB
Python
Executable file
#!/usr/bin/env python
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""" Command line test driver. """
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from __future__ import unicode_literals
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from __future__ import print_function
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import argparse
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import datetime
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import io
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import re
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import shlex
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import subprocess
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import sys
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try:
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from itertools import zip_longest
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except ImportError:
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from itertools import izip_longest as zip_longest
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from difflib import SequenceMatcher
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# Directives can occur at the beginning of a line, or anywhere in a line that does not start with #.
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COMMENT_RE = r"^(?:[^#].*)?#\s*"
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# A regex showing how to run the file.
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RUN_RE = re.compile(COMMENT_RE + r"RUN:\s+(.*)\n")
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REQUIRES_RE = re.compile(COMMENT_RE + r"REQUIRES:\s+(.*)\n")
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# A regex capturing lines that should be checked against stdout.
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CHECK_STDOUT_RE = re.compile(COMMENT_RE + r"CHECK:\s+(.*)\n")
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# A regex capturing lines that should be checked against stderr.
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CHECK_STDERR_RE = re.compile(COMMENT_RE + r"CHECKERR:\s+(.*)\n")
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SKIP = object()
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def find_command(program):
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import os
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path, name = os.path.split(program)
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if path:
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return os.path.isfile(program) and os.access(program, os.X_OK)
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for path in os.environ["PATH"].split(os.pathsep):
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exe = os.path.join(path, program)
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if os.path.isfile(exe) and os.access(exe, os.X_OK):
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return exe
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return None
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class Config(object):
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def __init__(self):
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# Whether to have verbose output.
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self.verbose = False
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# Whether output gets ANSI colorization.
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self.colorize = False
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# Whether to show which file was tested.
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self.progress = False
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def colors(self):
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""" Return a dictionary mapping color names to ANSI escapes """
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def ansic(n):
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return "\033[%dm" % n if self.colorize else ""
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return {
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"RESET": ansic(0),
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"BOLD": ansic(1),
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"NORMAL": ansic(39),
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"BLACK": ansic(30),
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"RED": ansic(31),
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"GREEN": ansic(32),
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"YELLOW": ansic(33),
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"BLUE": ansic(34),
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"MAGENTA": ansic(35),
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"CYAN": ansic(36),
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"LIGHTGRAY": ansic(37),
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"DARKGRAY": ansic(90),
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"LIGHTRED": ansic(91),
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"LIGHTGREEN": ansic(92),
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"LIGHTYELLOW": ansic(93),
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"LIGHTBLUE": ansic(94),
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"LIGHTMAGENTA": ansic(95),
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"LIGHTCYAN": ansic(96),
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"WHITE": ansic(97),
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}
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def output(*args):
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print("".join(args) + "\n")
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import unicodedata
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def esc(m):
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map = {
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"\n": "\\n",
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"\\": "\\\\",
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"'": "\\'",
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'"': '\\"',
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"\a": "\\a",
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"\b": "\\b",
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"\f": "\\f",
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"\r": "\\r",
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"\t": "\\t",
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"\v": "\\v",
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}
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if m in map:
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return map[m]
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if unicodedata.category(m)[0] == "C":
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return "\\x{:02x}".format(ord(m))
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else:
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return m
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def escape_string(s):
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return "".join(esc(ch) for ch in s)
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class CheckerError(Exception):
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"""Exception subclass for check line parsing.
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Attributes:
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line: the Line object on which the exception occurred.
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"""
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def __init__(self, message, line=None):
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super(CheckerError, self).__init__(message)
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self.line = line
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class Line(object):
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""" A line that remembers where it came from. """
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def __init__(self, text, number, file):
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self.text = text
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self.number = number
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self.file = file
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def __hash__(self):
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# Chosen by fair diceroll
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# No, just kidding.
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# HACK: We pass this to the Sequencematcher, which puts the Checks into a dict.
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# To force it to match the regexes, we return a hash collision intentionally,
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# so it falls back on __eq__().
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#
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# CheckCmd has the same thing.
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return 0
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def __eq__(self, other):
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if other is None:
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return False
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if isinstance(other, CheckCmd):
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return other.regex.match(self.text)
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if isinstance(other, Line):
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# We only compare the text here so SequenceMatcher can reshuffle these
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return self.text == other.text
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raise NotImplementedError
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def subline(self, text):
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""" Return a substring of our line with the given text, preserving number and file. """
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return Line(text, self.number, self.file)
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@staticmethod
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def readfile(file, name):
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return [Line(text, idx + 1, name) for idx, text in enumerate(file)]
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def is_empty_space(self):
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return not self.text or self.text.isspace()
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def escaped_text(self, for_formatting=False):
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ret = escape_string(self.text.rstrip("\n"))
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if for_formatting:
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ret = ret.replace("{", "{{").replace("}", "}}")
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return ret
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class RunCmd(object):
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"""A command to run on a given Checker.
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Attributes:
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args: Unexpanded shell command as a string.
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"""
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def __init__(self, args, line):
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self.args = args
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self.line = line
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@staticmethod
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def parse(line):
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if not shlex.split(line.text):
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raise CheckerError("Invalid RUN command", line)
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return RunCmd(line.text, line)
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class TestFailure(object):
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def __init__(self, line, check, testrun, diff=None, lines=[], checks=[]):
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self.line = line
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self.check = check
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self.testrun = testrun
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self.error_annotation_lines = None
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self.diff = diff
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self.lines = lines
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self.checks = checks
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def message(self):
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fields = self.testrun.config.colors()
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fields["name"] = self.testrun.name
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fields["subbed_command"] = self.testrun.subbed_command
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if self.line:
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fields.update(
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{
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"output_file": self.line.file,
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"output_lineno": self.line.number,
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"output_line": self.line.escaped_text(),
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}
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)
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if self.check:
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fields.update(
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{
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"input_file": self.check.line.file,
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"input_lineno": self.check.line.number,
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"input_line": self.check.line.escaped_text(),
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"check_type": self.check.type,
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}
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)
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filemsg = "" if self.testrun.config.progress else " in {name}"
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fmtstrs = ["{RED}Failure{RESET}" + filemsg + ":", ""]
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if self.line and self.check:
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fmtstrs += [
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" The {check_type} on line {input_lineno} wants:",
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" {BOLD}{input_line}{RESET}",
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"",
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" which failed to match line {output_file}:{output_lineno}:",
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" {BOLD}{output_line}{RESET}",
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"",
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]
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elif self.check:
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fmtstrs += [
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" The {check_type} on line {input_lineno} wants:",
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" {BOLD}{input_line}{RESET}",
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"",
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" but there was no remaining output to match.",
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"",
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]
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else:
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fmtstrs += [
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" There were no remaining checks left to match {output_file}:{output_lineno}:",
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" {BOLD}{output_line}{RESET}",
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"",
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]
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if self.error_annotation_lines:
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fields["error_annotation"] = " ".join(
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[x.text for x in self.error_annotation_lines]
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)
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fields["error_annotation_lineno"] = str(
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self.error_annotation_lines[0].number
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)
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if len(self.error_annotation_lines) > 1:
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fields["error_annotation_lineno"] += ":" + str(
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self.error_annotation_lines[-1].number
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)
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fmtstrs += [
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" additional output on stderr:{error_annotation_lineno}:",
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" {BOLD}{error_annotation}{RESET}",
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]
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if self.diff:
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fmtstrs += [" Context:"]
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lasthi = 0
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lastcheckline = None
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for d in self.diff.get_grouped_opcodes():
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for op, alo, ahi, blo, bhi in d:
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color = "{BOLD}"
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if op == "replace" or op == "delete":
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color = "{RED}"
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# We got a new chunk, so we print a marker.
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if alo > lasthi:
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fmtstrs += [
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" [...] from line "
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+ str(self.checks[blo].line.number)
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+ " ("
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+ self.lines[alo].file
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+ ":"
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+ str(self.lines[alo].number)
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+ "):"
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]
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lasthi = ahi
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# We print one "no more checks" after the last check and then skip any markers
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lastcheck = False
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for a, b in zip_longest(self.lines[alo:ahi], self.checks[blo:bhi]):
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# Clean up strings for use in a format string - double up the curlies.
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astr = (
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color + a.escaped_text(for_formatting=True) + "{RESET}"
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if a
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else ""
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)
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if b:
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bstr = (
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"'{BLUE}"
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+ b.line.escaped_text(for_formatting=True)
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+ "{RESET}'"
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+ " on line "
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+ str(b.line.number)
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)
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lastcheckline = b.line.number
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if op == "equal":
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fmtstrs += [" " + astr]
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elif b and a:
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fmtstrs += [
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" "
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+ astr
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+ " <= does not match "
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+ b.type
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+ " "
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+ bstr
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]
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elif b:
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fmtstrs += [
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" "
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+ astr
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+ " <= nothing to match "
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+ b.type
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+ " "
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+ bstr
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]
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elif not b:
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string = " " + astr
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if bhi == len(self.checks):
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if not lastcheck:
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string += " <= no more checks"
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lastcheck = True
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elif lastcheckline is not None:
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string += (
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" <= no check matches this, previous check on line "
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+ str(lastcheckline)
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)
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else:
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string += " <= no check matches"
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fmtstrs.append(string)
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fmtstrs.append("")
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fmtstrs += [" when running command:", " {subbed_command}"]
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return "\n".join(fmtstrs).format(**fields)
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def print_message(self):
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""" Print our message to stdout. """
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print(self.message())
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def perform_substitution(input_str, subs):
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"""Perform the substitutions described by subs to str
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Return the substituted string.
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"""
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# Sort our substitutions into a list of tuples (key, value), descending by length.
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# It needs to be descending because we need to try longer substitutions first.
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subs_ordered = sorted(subs.items(), key=lambda s: len(s[0]), reverse=True)
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def subber(m):
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# We get the entire sequence of characters.
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# Replace just the prefix and return it.
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text = m.group(1)
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for key, replacement in subs_ordered:
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if text.startswith(key):
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return replacement + text[len(key) :]
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# No substitution found, so we default to running it as-is,
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# which will end up running it via $PATH.
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return text
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return re.sub(r"%(%|[a-zA-Z0-9_-]+)", subber, input_str)
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def runproc(cmd):
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""" Wrapper around subprocess.Popen to save typing """
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PIPE = subprocess.PIPE
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proc = subprocess.Popen(
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cmd,
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stdin=PIPE,
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stdout=PIPE,
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stderr=PIPE,
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shell=True,
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close_fds=True, # For Python 2.6 as shipped on RHEL 6
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)
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return proc
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class TestRun(object):
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def __init__(self, name, runcmd, checker, subs, config):
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self.name = name
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self.runcmd = runcmd
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self.subbed_command = perform_substitution(runcmd.args, subs)
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self.checker = checker
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self.subs = subs
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self.config = config
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def check(self, lines, checks):
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# Reverse our lines and checks so we can pop off the end.
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lineq = lines[::-1]
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checkq = checks[::-1]
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usedlines = []
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usedchecks = []
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mismatches = []
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while lineq and checkq:
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line = lineq[-1]
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check = checkq[-1]
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if check == line:
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# This line matched this checker, continue on.
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usedlines.append(line)
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usedchecks.append(check)
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lineq.pop()
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checkq.pop()
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elif line.is_empty_space():
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# Skip all whitespace input lines.
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lineq.pop()
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else:
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usedlines.append(line)
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usedchecks.append(check)
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mismatches.append((line, check))
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# Failed to match.
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lineq.pop()
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checkq.pop()
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# Drain empties
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while lineq and lineq[-1].is_empty_space():
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lineq.pop()
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# Store the remaining lines for the diff
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for i in lineq[::-1]:
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if not i.is_empty_space():
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usedlines.append(i)
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# Store remaining checks for the diff
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for i in checkq[::-1]:
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usedchecks.append(i)
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# Do a SequenceMatch! This gives us a diff-like thing.
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diff = SequenceMatcher(a=usedlines, b=usedchecks, autojunk=False)
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# If there's a mismatch or still lines or checkers, we have a failure.
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# Otherwise it's success.
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if mismatches:
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return TestFailure(
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mismatches[0][0],
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mismatches[0][1],
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self,
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diff=diff,
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lines=usedlines,
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checks=usedchecks,
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)
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elif lineq:
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return TestFailure(
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lineq[-1], None, self, diff=diff, lines=usedlines, checks=usedchecks
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)
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elif checkq:
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return TestFailure(
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None, checkq[-1], self, diff=diff, lines=usedlines, checks=usedchecks
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)
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else:
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# Success!
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return None
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def run(self):
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""" Run the command. Return a TestFailure, or None. """
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def split_by_newlines(s):
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"""Decode a string and split it by newlines only,
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retaining the newlines.
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"""
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return [s + "\n" for s in s.decode("utf-8").split("\n")]
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if self.config.verbose:
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print(self.subbed_command)
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proc = runproc(self.subbed_command)
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stdout, stderr = proc.communicate()
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# HACK: This is quite cheesy: POSIX specifies that sh should return 127 for a missing command.
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# It's also possible that it'll be returned in other situations,
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# most likely when the last command in a shell script doesn't exist.
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# So we check if the command *we execute* exists, and complain then.
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status = proc.returncode
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cmd = shlex.split(self.subbed_command)[0]
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if status == 127 and not find_command(cmd):
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raise CheckerError("Command could not be found: " + cmd)
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if status == 126 and not find_command(cmd):
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raise CheckerError("Command is not executable: " + cmd)
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outlines = [
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Line(text, idx + 1, "stdout")
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for idx, text in enumerate(split_by_newlines(stdout))
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]
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errlines = [
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Line(text, idx + 1, "stderr")
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for idx, text in enumerate(split_by_newlines(stderr))
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]
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outfail = self.check(outlines, self.checker.outchecks)
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errfail = self.check(errlines, self.checker.errchecks)
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# It's possible that something going wrong on stdout resulted in new
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# text being printed on stderr. If we have an outfailure, and either
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# non-matching or unmatched stderr text, then annotate the outfail
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# with it.
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if outfail and errfail and errfail.line:
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outfail.error_annotation_lines = errlines[errfail.line.number - 1 :]
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# Trim a trailing newline
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if outfail.error_annotation_lines[-1].text == "\n":
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del outfail.error_annotation_lines[-1]
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return outfail if outfail else errfail
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class CheckCmd(object):
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def __init__(self, line, checktype, regex):
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self.line = line
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self.type = checktype
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self.regex = regex
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def __hash__(self):
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# HACK: We pass this to the Sequencematcher, which puts the Checks into a dict.
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# To force it to match the regexes, we return a hash collision intentionally,
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# so it falls back on __eq__().
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#
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# Line has the same thing.
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return 0
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def __eq__(self, other):
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# "Magical" comparison with lines and strings.
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# Typically I wouldn't use this, but it allows us to check if a line matches any check in a dict or list via
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# the `in` operator.
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if other is None:
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return False
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if isinstance(other, CheckCmd):
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return self.regex == other.regex
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if isinstance(other, Line):
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return self.regex.match(other.text)
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if isinstance(other, str):
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return self.regex.match(other)
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raise NotImplementedError
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@staticmethod
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def parse(line, checktype):
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# type: (Line) -> CheckCmd
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# Everything inside {{}} is a regular expression.
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# Everything outside of it is a literal string.
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# Split around {{...}}. Then every odd index will be a regex, and
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# evens will be literals.
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# Note that if {{...}} appears first we will get an empty string in
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# the split array, so the {{...}} matches are always at odd indexes.
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bracket_re = re.compile(
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r"""
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\{\{ # Two open brackets
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(.*?) # Nongreedy capture
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\}\} # Two close brackets
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""",
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re.VERBOSE,
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)
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pieces = bracket_re.split(line.text)
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even = True
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re_strings = []
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for piece in pieces:
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if even:
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# piece is a literal string.
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re_strings.append(re.escape(piece))
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else:
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# piece is a regex (found inside {{...}}).
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# Verify the regex can be compiled.
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try:
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re.compile(piece)
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except re.error:
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raise CheckerError("Invalid regular expression: '%s'" % piece, line)
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re_strings.append(piece)
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even = not even
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# Enclose each piece in a non-capturing group.
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# This ensures that lower-precedence operators don't trip up catenation.
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# For example: {{b|c}}d would result in /b|cd/ which is different.
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# Backreferences are assumed to match across the entire string.
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re_strings = ["(?:%s)" % s for s in re_strings]
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# Anchor at beginning and end (allowing arbitrary whitespace), and maybe
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# a terminating newline.
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# We need the anchors because Python's match() matches an arbitrary prefix,
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# not the entire string.
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re_strings = [r"^\s*"] + re_strings + [r"\s*\n?$"]
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full_re = re.compile("".join(re_strings))
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return CheckCmd(line, checktype, full_re)
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class Checker(object):
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def __init__(self, name, lines):
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self.name = name
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# Helper to yield subline containing group1 from all matching lines.
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def group1s(regex):
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for line in lines:
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m = regex.match(line.text)
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if m:
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yield line.subline(m.group(1))
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# Find run commands.
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self.runcmds = [RunCmd.parse(sl) for sl in group1s(RUN_RE)]
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self.shebang_cmd = None
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if not self.runcmds:
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# If no RUN command has been given, fall back to the shebang.
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if lines[0].text.startswith("#!"):
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# Remove the "#!" at the beginning, and the newline at the end.
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cmd = lines[0].text[2:-1]
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self.shebang_cmd = cmd
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self.runcmds = [RunCmd(cmd + " %s", lines[0])]
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else:
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raise CheckerError("No runlines ('# RUN') found")
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self.requirecmds = [RunCmd.parse(sl) for sl in group1s(REQUIRES_RE)]
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# Find check cmds.
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self.outchecks = [
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CheckCmd.parse(sl, "CHECK") for sl in group1s(CHECK_STDOUT_RE)
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]
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self.errchecks = [
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CheckCmd.parse(sl, "CHECKERR") for sl in group1s(CHECK_STDERR_RE)
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]
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def check_file(input_file, name, subs, config, failure_handler):
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""" Check a single file. Return a True on success, False on error. """
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success = True
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lines = Line.readfile(input_file, name)
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checker = Checker(name, lines)
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# Run all the REQUIRES lines first,
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# if any of them fail it's a SKIP
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for reqcmd in checker.requirecmds:
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proc = runproc(
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perform_substitution(reqcmd.args, subs)
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)
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proc.communicate()
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if proc.returncode > 0:
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return SKIP
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if checker.shebang_cmd is not None and not find_command(checker.shebang_cmd):
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raise CheckerError("Command could not be found: " + checker.shebang_cmd)
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# Only then run the RUN lines.
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for runcmd in checker.runcmds:
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failure = TestRun(name, runcmd, checker, subs, config).run()
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if failure:
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failure_handler(failure)
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success = False
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return success
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def check_path(path, subs, config, failure_handler):
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with io.open(path, encoding="utf-8") as fd:
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return check_file(fd, path, subs, config, failure_handler)
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def parse_subs(subs):
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"""Given a list of input substitutions like 'foo=bar',
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return a dictionary like {foo:bar}, or exit if invalid.
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"""
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result = {}
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for sub in subs:
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try:
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key, val = sub.split("=", 1)
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if not key:
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print("Invalid substitution %s: empty key" % sub)
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sys.exit(1)
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if not val:
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print("Invalid substitution %s: empty value" % sub)
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sys.exit(1)
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result[key] = val
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except ValueError:
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print("Invalid substitution %s: equal sign not found" % sub)
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sys.exit(1)
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return result
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def get_argparse():
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""" Return a littlecheck argument parser. """
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parser = argparse.ArgumentParser(
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description="littlecheck: command line tool tester."
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)
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parser.add_argument(
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"-s",
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"--substitute",
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type=str,
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help="Add a new substitution for RUN lines. Example: bash=/bin/bash",
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action="append",
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default=[],
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)
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parser.add_argument(
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"-p",
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"--progress",
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action="store_true",
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dest="progress",
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help="Show the files to be checked",
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default=False,
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)
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parser.add_argument(
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"--force-color",
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action="store_true",
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dest="force_color",
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help="Force usage of color even if not connected to a terminal",
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default=False,
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)
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parser.add_argument("file", nargs="+", help="File to check")
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return parser
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def main():
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args = get_argparse().parse_args()
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# Default substitution is %% -> %
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def_subs = {"%": "%"}
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def_subs.update(parse_subs(args.substitute))
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tests_count = 0
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failed = False
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skip_count = 0
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config = Config()
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config.colorize = args.force_color or sys.stdout.isatty()
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config.progress = args.progress
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fields = config.colors()
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for path in args.file:
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tests_count += 1
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fields["path"] = path
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if config.progress:
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print("Testing file {path} ... ".format(**fields), end="")
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sys.stdout.flush()
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subs = def_subs.copy()
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subs["s"] = path
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starttime = datetime.datetime.now()
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ret = check_path(path, subs, config, TestFailure.print_message)
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if not ret:
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failed = True
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elif config.progress:
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endtime = datetime.datetime.now()
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duration_ms = round((endtime - starttime).total_seconds() * 1000)
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reason = "ok"
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color = "{GREEN}"
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if ret is SKIP:
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skip_count += 1
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reason = "SKIPPED"
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color = "{BLUE}"
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print(
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(color + "{reason}{RESET} ({duration} ms)").format(
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duration=duration_ms, reason=reason, **fields
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)
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)
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# To facilitate integration with testing frameworks, use exit code 125 to indicate that all
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# tests have been skipped (primarily for use when tests are run one at a time). Exit code 125 is
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# used to indicate to automated `git bisect` runs that a revision has been skipped; we use it
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# for the same reasons git does.
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if skip_count > 0 and skip_count == tests_count:
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sys.exit(125)
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sys.exit(1 if failed else 0)
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if __name__ == "__main__":
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main()
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