def check_config(path, profile, expected_switches=[]):
conf = content_of(path)
assert_match('.*Build_Profile : Build_Profile_Kind := "%s"' % profile,
conf)
for sw in expected_switches:
assert_match('.*"%s"' % sw, conf)
def check_error(var_def, expected):
make_manifest(var_def)
p = run_alr('show', 'hello_world',
complain_on_error=False, debug=False, quiet=True)
assert_match('ERROR:.*' + expected + '\n', p.out)
def check(pin, error):
"""
Insert a pin at the end of the manifest, verify that it is rejected, and
remove it from the manifest. Check the error produced against the one given
"""
with open(alr_manifest(), "a") as manifest:
manifest.write("\n[[pins]]\n" + pin + "\n")
# Remove lockfile to ensure reload
if os.path.exists(alr_lockfile()):
os.remove(alr_lockfile())
p = run_alr("pin", complain_on_error=False)
assert p.status != 0, "Unexpected success for pin: " + pin
assert_match(".*Cannot continue with invalid session.*" + error + ".*\n",
p.out)
# Restore the manifest
lines = lines_of(alr_manifest())
lines.pop()
with open(alr_manifest(), "w") as manifest:
manifest.write("".join(lines))
# Verify the manifest is OK again
run_alr("pin")
def bad_action_check(type, command, name, error_re):
# Test in new crate as the manifest is going to be broken
init_local_crate("abc")
add_action(type=type, command=command, name=name)
p = run_alr("show", complain_on_error=False)
assert p.status != 0, "Unexpected success"
assert_match(error_re, p.out)
chdir("..")
rmtree("abc")
def run(i, error):
config_dir = 'alr-config-{}'.format(i)
prepare_env(config_dir, os.environ)
prepare_indexes(config_dir, '.',
{'bad_index_{}'.format(i): {
'in_fixtures': False
}})
p = run_alr("search", "--crates", complain_on_error=False, debug=False)
assert_match('ERROR: {}\n'.format(error), p.out)
def run(i, error):
config_dir = 'alr-config-{}'.format(i)
prepare_env(config_dir, os.environ)
prepare_indexes(
config_dir, '.', {'bad_index_{}'.format(i): {'in_fixtures': False}})
p = run_alr('list', complain_on_error=False, debug=False)
assert_match(
'ERROR: {}\n'
'ERROR: alr encountered an unexpected error,'
' re-run with -d for details.\n$'.format(error),
p.out)
def check_child(version, output, pinned):
# Verify output
assert_match('.*\n'
'Dependencies \(solution\):\n'
' libchild=' + version + (' \(pinned\)' if pinned else "") +
'\n'
' libparent=1\.0\.0\n'
'.*\n',
output,
flags=re.S)
# Verify lockfile
check_line_in(alr_lockfile(), 'name = "libchild"')
check_line_in(alr_lockfile(), f'version = "{version}"')
def check_run(release, match=""):
p = run_alr('get', release,
complain_on_error=True, quiet=True)
# Enter working copy and try to run default executable
os.chdir(target)
p = run_alr('run',
complain_on_error=not match, quiet=not match)
# Check output when pattern was given:
if match:
assert_match(match, p.out, flags=re.S)
# Otherwise run worked as expected
os.chdir('..')
shutil.rmtree(target)
def check_child(version, output, pinned):
# Verify output
assert_match('.*\n'
'Dependencies \(solution\):\n'
' libchild=' + version + (" \(pinned\)" if pinned else "") +
'.*\n',
output,
flags=re.S)
# Verify lockfile
check_line_in(alr_lockfile(), 'name = "libchild"')
check_line_in(alr_lockfile(), f'version = "{version}"')
# Verify dependency folders
assert os.path.exists('alire/cache/dependencies/libchild_' + version +
'_filesystem')
def should_work(commit="", branch=""):
os.mkdir("nest")
os.chdir("nest")
for crate in ["xxx", "yyy"]:
init_local_crate(crate)
alr_pin("zzz", url=url, commit=commit, branch=branch)
os.chdir("..")
os.chdir("xxx")
alr_pin("yyy", path="../yyy")
p = run_alr("pin")
assert_match(
escape("yyy file:../yyy") + ".*\n" +
escape("zzz file:alire/cache/pins/zzz") + ".*" + escape(url), p.out)
# Clean up for next trial
os.chdir("..")
os.chdir("..")
git_blast("nest")
def do_checks(path_to_dependency):
flag_post_fetch = path_to_dependency + "/test_post_fetch"
flag_pre_build = path_to_dependency + "/test_pre_build"
flag_post_build = path_to_dependency + "/test_post_build"
# Immediately after adding the dependency, this is the situation:
check(flag_post_fetch, True)
check(flag_pre_build, False)
check(flag_post_build, False)
# Remove post-fetch to check it doesn't come back unexpectedly
os.remove(flag_post_fetch)
# Build with error, so only pre-build runs but not post-build
Path(f"{path_to_dependency}/src/empty.adb").touch()
p = run_alr('build', complain_on_error=False)
assert_match(".*compilation of empty.adb failed.*", p.out)
# Post build shouldn't be here because of build failure
check(flag_post_fetch, False)
check(flag_pre_build, True)
check(flag_post_build, False)
os.remove(flag_pre_build)
os.remove(f"{path_to_dependency}/src/empty.adb")
# Build without error
run_alr('build')
# pre/post-build expected for successful build
check(flag_post_fetch, False)
check(flag_pre_build, True)
check(flag_post_build, True)
return
# updating dependencies causes the post-fetch action to run:
run_alr('update')
check(flag_post_fetch, True)
check(flag_pre_build, True)
check(flag_post_build, True)
def should_not_work(commits=["", ""], branches=["", ""], match_error="FAIL"):
# Commits and branches must contain two values that go into each crate pin
os.mkdir("nest")
os.chdir("nest")
crates = ["xxx", "yyy"]
for i in [0, 1]:
init_local_crate(crates[i])
alr_pin("zzz", url=url, commit=commits[i], branch=branches[i])
os.chdir("..")
os.chdir("xxx")
alr_pin("yyy", path="../yyy", update=False)
p = run_alr("pin", complain_on_error=False)
assert_match(match_error, p.out)
# Clean up for next trial
os.chdir("..")
os.chdir("..")
shutil.rmtree("nest")
# Initialize project
run_alr('init', '--bin', 'xxx')
os.chdir('xxx')
# Add dependency on hello^1. Solution is hello=1.0.1 --> libhello=1.1.0
run_alr('with', 'hello^1')
# Add dependency on superhello*. Solution is superhello=1.0 --> libhello=1.0.1
# This implies a downgrade from libhello=1.1.0 to libhello=1.0.1, which is the
# only possible combination of libhello^1.0 & libhello~1.0
run_alr('with', 'superhello')
# Add more dependencies, without a proper release
run_alr('with', 'wip', '--use', '/fake')
run_alr('with', 'unobtanium', '--force')
# Verify printout (but for test-dependent path)
# Note that superhello was auto-narrowed down to ^1, but missed ones did not
p = run_alr('with', '--tree')
assert_match(re.escape('''xxx=0.0.0
+-- hello=1.0.1 (^1)
| +-- libhello=1.0.1 (^1.0)
+-- superhello=1.0.0 (^1.0.0)
| +-- libhello=1.0.1 (~1.0)
+-- unobtanium* (direct,missed) (*)
+-- wip* (direct,linked,pin=''') + '.*' + re.escape(') (*)'),
p.out,
flags=re.S)
print('SUCCESS')
"""
Check that a bad crate file is warned about
"""
from drivers.alr import run_alr
from drivers.asserts import assert_match
import os
import re
# Create a new crate
run_alr('init', '--bin', 'xxx')
# And muck its tomlfile
os.chdir('xxx')
with open("alire.toml", "a") as myfile:
myfile.write("SHOULND'T BE HERE")
# Verify that the expected error is given
p = run_alr('show', complain_on_error=False)
assert_match('.*Cannot continue with invalid session.*'
'Failed to load.*',
p.out, flags=re.S)
print('SUCCESS')
from glob import glob
from drivers.alr import run_alr
from drivers.asserts import assert_match
import re
import platform
# 1st test: showing available information on all platforms
p = run_alr('show', 'crate', '--external')
assert_match(
".*Executable make --version .*"
"(case Toolchain is SYSTEM => False, USER => False).*",
p.out,
flags=re.S)
# 2nd test: showing available information on current platform
p = run_alr('show', 'crate', '--external', '--system')
assert_match(".*Executable make --version .* False.*", p.out, flags=re.S)
# 3rd test: crate is not detected because it is unavailable. It would be
# detectable otherwise (make is installed in all test images)
p = run_alr('show', '--no-tty', 'crate', '--external-detect', quiet=False)
assert_match("Not found: crate\*.*", p.out, flags=re.S)
# Tests with different default arguments that must all succeed
run_alr("--force", "publish")
verify_manifest()
run_alr("--force", "publish", ".")
verify_manifest()
run_alr("--force", "publish", ".", "master")
verify_manifest()
run_alr("--force", "publish", ".", "HEAD")
verify_manifest()
# Verify that a dirty repo precludes publishing
with open("lasagna", "wt") as file:
file.write("wanted\n")
assert run(["git", "add", "lasagna"]).returncode == 0
p = run_alr("--force", "publish", complain_on_error=False)
assert_match(".*You have unstaged changes.*", p.out)
# Even if changes are committed but not pushed
assert run(["git", "add", "."]).returncode == 0
assert run(["git", "commit", "-a", "-m", "please"]).returncode == 0
p = run_alr("--force", "publish", complain_on_error=False)
assert_match(".*Your branch is ahead of remote.*", p.out)
print('SUCCESS')
import os
import re
from drivers.alr import run_alr
from drivers.asserts import assert_match
from drivers.helpers import dir_separator
from glob import glob
# Retrieve a crate
run_alr('get', 'hello=1')
target = glob('hello*')[0]
# Initialize a workspace
run_alr('init', '--bin', 'xxx')
os.chdir('xxx')
# Pin the hello crate as local dir dependency
run_alr('with', 'hello', '--use', '..' + dir_separator() + target)
# Verify that hello dependencies are detected and used
p = run_alr('with', '--solve')
assert_match(
'''.*Dependencies \(solution\):
hello=1\.0\.0 .*
libhello=1\.1\.0 .*''', # we skip non-relevant details
p.out,
flags=re.S)
print('SUCCESS')
"""
Test alr edit with two project files defined.
"""
from glob import glob
from drivers.alr import run_alr
from drivers.asserts import assert_match
import os
import shutil
# Get the "libhello" project and enter its directory
run_alr('get', 'libhello')
os.chdir(glob('libhello*')[0])
gs = shutil.which('gnatstudio')
if gs is None:
# GNATstudio not in PATH: Check that we get an error saying GS not
# available
p = run_alr('edit', complain_on_error=False)
assert_match(".*GNATstudio not available or not in PATH.*", p.out)
else:
# GNATstudio in PATH: Check that we get an error when multiple project
# files are defined
p = run_alr('edit', complain_on_error=False)
assert_match(".*Please specify a project file with --project=.*", p.out)
print('SUCCESS')
Check that updating an incomplete solution is doable resulting in no changes
"""
import re
import os
from drivers.alr import run_alr
from drivers.asserts import assert_match
from glob import glob
# Add a dependency and force it missing by pinning it to non-existing version
run_alr('init', '--bin', 'xxx')
os.chdir('xxx')
run_alr('with', 'libhello')
run_alr('pin', '--force', 'libhello=3')
# See that updating succeeds
run_alr('update')
# Check that the solution is still the expected one, and also that the original
# dependency is included in the restrictions
p = run_alr('with', '--solve')
assert_match(
'.*Dependencies \(external\):\n'
' ' +
re.escape('libhello(=3.0.0) & (^2.0.0) (direct,missed,pin=3.0.0)') + '.*',
p.out,
flags=re.S)
print('SUCCESS')
from drivers.alr import run_alr
from drivers.asserts import assert_match
from glob import glob
# Initialize test crate
run_alr('init', '--bin', 'xxx')
os.chdir('xxx')
# 1st test, adding an entirely inexistent crate
run_alr('with', 'unobtanium', '--force')
# 2nd test, adding a dependency that exists but with missing version
run_alr('with', 'libhello^3', '--force')
# 3rd test, adding a dependency that has missing dependencies
run_alr('with', 'hello^3', '--force')
# Check that the solution contains the requested dependencies
p = run_alr('with', '--solve')
assert_match('.*Dependencies \(solution\):\n'
' hello=3\.0\.0.*' # skip origin
'Dependencies \(external\):\n'
' libhello\^3.*' # skip flags
' unobtanium\*.*',
p.out, flags=re.S)
print('SUCCESS')
"""
Check behavior of unknown enum values in manifests
"""
from drivers.alr import run_alr
from drivers.asserts import assert_match
import glob
import os
# Verify that we can list the index, despite containing an unknown distro value
run_alr("search", "--crates")
# Verify that checking the index strictly does fail
p = run_alr("index", "--check", complain_on_error=False)
assert_match(".*invalid enumeration value:.*", p.out)
# Verify that we can retrieve and load such a crate's manifest
run_alr("get", "crate")
os.chdir(glob.glob("crate_*")[0])
run_alr("show")
# Verify that adding bad values to our local manifest won't slip by
with open("alire.toml", "at") as manifest:
manifest.write("""
[available.'case(distribution)']
ubuntu = true
nonexistent-distro = false\n""")
p = run_alr("show", complain_on_error=False)
assert_match(".*invalid enumeration value:.*", p.out)
# Run it not quietly to ensure that at normal level
# the output is not broken by some log message
p = run_alr('printenv', quiet=False)
assert_eq(0, p.status)
expected_gpr_path = []
expected_gpr_path += [['.*', 'hello_1.0.1_filesystem']]
expected_gpr_path += [[
'.*', 'alire', 'cache', 'dependencies', 'libhello_1\.0\.0_filesystem'
]]
for i, path in enumerate(expected_gpr_path):
if platform.system() == 'Windows':
expected_gpr_path[i] = "\\\\".join(path)
else:
expected_gpr_path[i] = "/".join(path)
expected_gpr_path = os.pathsep.join(expected_gpr_path)
assert_match('export ALIRE="True"\n'
'.*'
'export GPR_PROJECT_PATH="' + expected_gpr_path + '"\n'
'.*'
'export TEST_GPR_EXTERNAL="gpr_ext_B"\n'
'.*',
p.out,
flags=re.S)
print('SUCCESS')
from drivers.alr import run_alr
from drivers.asserts import assert_match
from drivers.helpers import contents, content_of, init_git_repo, zip_dir
from shutil import copyfile, rmtree
from zipfile import ZipFile
import os
# Prepare a repo and a zipball to be used as "remote", without a manifest
run_alr("init", "--bin", "xxx")
# Remove the alire cache
rmtree(os.path.join("xxx", "alire"))
# Remove the manifest
os.remove(os.path.join("xxx", "alire.toml"))
# Create the zip
zip_dir("xxx", "xxx.zip")
# A "remote" source archive. We force to allow the test to skip the remote
# check. Curl requires an absolute path to work.
target = os.path.join(os.getcwd(), "xxx.zip")
p = run_alr("publish", f"file:{target}", "--force", "--skip-build",
complain_on_error=False)
# Should fail reporting the missing manifest
assert_match(".*Remote sources are missing the 'alire.toml' manifest file.*",
p.out)
print('SUCCESS')
def check_output(dump):
assert_match(
'''stderr: PROGRAM_ERROR
stderr: Raising forcibly
stderr: raised PROGRAM_ERROR : Raising forcibly.*
''', dump)
from drivers.asserts import assert_eq, assert_match
# Get the "hello" project and enter its directory, without solving dependencies
run_alr('get', 'hello', '--only')
os.chdir(glob('hello*')[0])
# Verify that it has no solution
p = run_alr('with', '--solve')
assert_eq(
'Dependencies (direct):\n'
' libhello^1.0\n'
'Dependencies (solution):\n'
' No solving attempted\n', p.out)
# Verify that it has no pins
p = run_alr('pin')
assert_eq('There are no pins\n', p.out)
# Verify that updating it fixes the solution
run_alr('update')
p = run_alr('with', '--solve')
assert_match(
'.*\n' # Skip dependencies
'Dependencies \(solution\):\n'
' libhello=1\.0\.0.*\n'
'.*', # Skip graph
p.out,
flags=re.S)
print('SUCCESS')
# Get and check post fetch action
run_alr('get', 'hello_world')
os.chdir("hello_world_0.1.0_filesystem/")
check_expected('./test_post_fetch')
check_not_expected('./test_pre_build')
check_not_expected('./test_post_build')
# Remove post-fetch to check it doesn't come back
os.remove('./test_post_fetch')
# Build with error
os.mkdir('src')
Path('src/empty.adb').touch()
p = run_alr('build', complain_on_error=False)
assert_match(".*compilation of empty.adb failed.*", p.out)
# Post build shouldn't be here because of build failure
check_not_expected('./test_post_fetch')
check_expected('./test_pre_build')
check_not_expected('./test_post_build')
os.remove('./test_pre_build')
os.remove('src/empty.adb')
# Build without error
run_alr('build', complain_on_error=False)
# pre/post-build expected for successful build
check_not_expected('./test_post_fetch')
check_expected('./test_pre_build')
def check_config(path, profile):
conf = content_of(path)
assert_match('.*Build_Profile : Build_Profile_Kind := "%s"' % profile,
conf)
"""
Tests that the "trusted repos" list is applied
"""
from drivers.alr import run_alr
from drivers.asserts import assert_match
# Try with obvious bad site and slight variations before/after
for domain in ["badsite.com", "ggithub.com", "github.comm"]:
p = run_alr("publish",
f"http://{domain}/repo.git",
"deadbeefdeadbeefdeadbeefdeadbeefdeadbeef",
complain_on_error=False)
assert_match(f".*Origin is hosted on unknown site: {domain}.*", p.out)
# Try that having credentials doesn't interfere with the previous check and
# that the domain was recognized properly
for domain in ["badsite.com", "ggithub.com", "github.comm"]:
for creds in ["user", "user:passwd"]:
p = run_alr("publish",
f"http://{creds}@{domain}/repo.git",
"deadbeefdeadbeefdeadbeefdeadbeefdeadbeef",
complain_on_error=False)
assert_match(f".*Origin is hosted on unknown site: {domain}.*", p.out)
print('SUCCESS')
def make_path(list):
if platform.system() == 'Windows':
return "\\\\".join(list)
else:
return "/".join(list)
expected_hello_path = make_path(['.*', 'hello_1.0.1_filesystem'])
expected_libhello_path = make_path(
['.*', 'alire', 'cache', 'dependencies', 'libhello_1\.0\.0_filesystem'])
expected_gpr_path = os.pathsep.join(
[expected_hello_path, expected_libhello_path])
assert_match('export ALIRE="True"\n'
'.*'
'export GPR_PROJECT_PATH="' + expected_gpr_path + '"\n'
'.*'
'export HELLO_ALIRE_PREFIX="' + expected_hello_path + '"\n'
'.*'
'export LIBHELLO_ALIRE_PREFIX="' + expected_libhello_path + '"\n'
'.*'
'export TEST_GPR_EXTERNAL="gpr_ext_B"\n'
'.*',
p.out,
flags=re.S)
print('SUCCESS')
"""
Check detection of manifest in wrong shelf
"""
import re
from drivers.alr import run_alr
from drivers.asserts import assert_match
p = run_alr("list", complain_on_error=False)
assert_match('.*ERROR: Mismatch between manifest and shelf:.*',
p.out,
flags=re.S)
print('SUCCESS')