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import os
import re
import subprocess
import time
def create_file(ctx, filename=None):
with open(filename, "wb") as f:
f.write(get_file(filename))
def touch_file(ctx, filename=None, y=None, mon=None, d=None, h=None, min=None, s=None):
t = (int(y), int(mon), int(d), int(h), int(min), int(s), -1, -1, -1)
ts = time.mktime(t)
os.utime(filename, times=(ts, ts))
def update_mtime(ctx, filename=None):
os.utime(filename)
def try_docgen(ctx, md=None, output=None):
docgen = binary("sp-docgen")
runcmd(ctx, [docgen, md, "-o", output])
def run_docgen(ctx, md=None, output=None):
try_docgen(ctx, md=md, output=output)
exit_code_zero(ctx)
def run_docgen_with_date(ctx, md=None, output=None, date=None):
docgen = binary("sp-docgen")
runcmd(ctx, [docgen, md, "-o", output, "--date", date])
exit_code_zero(ctx)
def try_codegen_and_program(ctx, filename=None, testprog=None):
codegen = binary("sp-codegen")
tmpldir = os.path.join(srcdir, "templates")
runcmd(ctx, [codegen, filename, "-o", testprog, "--run", "--templates", tmpldir])
def run_codegen_and_program(ctx, filename=None, testprog=None):
try_codegen_and_program(ctx, filename=filename, testprog=testprog)
exit_code_zero(ctx)
def run_codegen(ctx, filename=None, testprog=None):
codegen = binary("sp-codegen")
tmpldir = os.path.join(srcdir, "templates")
runcmd(ctx, [codegen, filename, "-o", testprog, "--templates", tmpldir])
exit_code_zero(ctx)
def run_python_test_program(ctx, testprog=None, pattern=None):
runcmd(ctx, ["python3", testprog, pattern])
exit_code_zero(ctx)
def run_bash_test_program(ctx, testprog=None, pattern=None):
runcmd(ctx, ["bash", testprog, pattern])
exit_code_zero(ctx)
def run_meta(ctx, filename=None):
meta = binary("sp-meta")
runcmd(ctx, [meta, filename])
exit_code_zero(ctx)
def run_pandoc_with_filter(ctx, filename=None, output=None):
sp_filter = binary("sp-filter")
runcmd(ctx, ["pandoc", "--filter", sp_filter, filename, "-o", output])
exit_code_zero(ctx)
def file_exists(ctx, filename=None):
assert_eq(os.path.exists(filename), True)
def file_does_not_exist(ctx, filename=None):
assert_eq(os.path.exists(filename), False)
def file_matches(ctx, filename=None, regex=None):
with open(filename) as f:
content = f.read()
m = re.search(regex, content)
if m is None:
print("content:", repr(content))
print("regex:", repr(regex))
assert_eq(bool(m), True)
def file_contains(ctx, filename=None, pattern=None):
with open(filename) as f:
content = f.read()
assert_eq(pattern in content, True)
def scenario_was_run(ctx, name=None):
stdout_matches(ctx, pattern="\nscenario: {}\n".format(name))
def scenario_was_not_run(ctx, name=None):
stdout_does_not_match(ctx, pattern="\nscenario: {}\n".format(name))
def step_was_run(ctx, keyword=None, name=None):
stdout_matches(ctx, pattern="\n step: {} {}\n".format(keyword, name))
def step_was_run_and_then(ctx, keyword1=None, name1=None, keyword2=None, name2=None):
stdout_matches(
ctx,
pattern="\n step: {} {}\n step: {} {}".format(
keyword1, name1, keyword2, name2
),
)
def cleanup_was_run(ctx, keyword1=None, name1=None, keyword2=None, name2=None):
stdout_matches(
ctx,
pattern="\n cleanup: {} {}\n cleanup: {} {}\n".format(
keyword1, name1, keyword2, name2
),
)
def cleanup_was_not_run(ctx, keyword=None, name=None):
stdout_does_not_match(ctx, pattern="\n cleanup: {} {}\n".format(keyword, name))
def exit_code_zero(ctx):
if ctx.get("exit") != 0:
print("context:", ctx.as_dict())
assert_eq(ctx.get("exit"), 0)
def exit_code_nonzero(ctx):
assert_ne(ctx.get("exit"), 0)
def binary(basename):
return os.path.join(srcdir, "target", "debug", basename)
def stdout_matches(ctx, pattern=None):
stdout = ctx.get("stdout", "")
if pattern not in stdout:
print("pattern:", repr(pattern))
print("stdout:", repr(stdout))
print("ctx:", ctx.as_dict())
assert_eq(pattern in stdout, True)
def stdout_does_not_match(ctx, pattern=None):
stdout = ctx.get("stdout", "")
if pattern in stdout:
print("pattern:", repr(pattern))
print("stdout:", repr(stdout))
print("ctx:", ctx.as_dict())
assert_eq(pattern not in stdout, True)
def stderr_matches(ctx, pattern=None):
stderr = ctx.get("stderr", "")
if pattern not in stderr:
print("pattern:", repr(pattern))
print("stderr:", repr(stderr))
print("ctx:", ctx.as_dict())
assert_eq(pattern in stderr, True)
def stderr_does_not_match(ctx, pattern=None):
stderr = ctx.get("stderr", "")
if pattern not in stderr:
print("pattern:", repr(pattern))
print("stderr:", repr(stderr))
print("ctx:", ctx.as_dict())
assert_eq(pattern not in stderr, True)
def _get_metadata(filename):
st = os.lstat(filename)
keys = ["st_dev", "st_gid", "st_ino", "st_mode", "st_mtime", "st_size", "st_uid"]
return {key: getattr(st, key) for key in keys}
def remember_metadata(ctx, filename=None):
ctx["remembered-metadata"] = _get_metadata(filename)
def has_same_metadata_as_remembered(ctx, filename=None):
assert_eq(ctx["remembered-metadata"], _get_metadata(filename))
def has_diff_metadata_than_remembered(ctx, filename=None):
assert_ne(ctx["remembered-metadata"], _get_metadata(filename))
def only_these_files_exist(ctx, filenames=None):
filenames = filenames.replace(",", "").split()
assert_eq(set(os.listdir(".")), set(filenames))
def runcmd(ctx, argv):
p = subprocess.Popen(argv, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
stdout, stderr = p.communicate("")
ctx["argv"] = argv
ctx["stdout"] = stdout.decode("utf-8")
ctx["stderr"] = stderr.decode("utf-8")
ctx["exit"] = p.returncode
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