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Tobias Manske 2023-03-25 22:26:34 +01:00
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[flake8]
max-line-length = 120
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max-complexity = 10

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*~
archlinux-keyring-*.tar.gz
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# Contributing
These are the contribution guidelines for archlinux-keyring.
All code contributions fall under the terms of the GPL-3.0-or-later (see
[LICENSE](LICENSE)).
Please read our distribution-wide [Code of
Conduct](https://terms.archlinux.org/docs/code-of-conduct/) before
contributing, to understand what actions will and will not be tolerated.
Development of archlinux-keyring takes place on Arch Linux' Gitlab:
https://gitlab.archlinux.org/archlinux/archlinux-keyring.
Any merge request to the repository requires two approvals of authorized
approvers (the current main key holders).
## Discussion
Discussion around archlinux-keyring may take place on the [arch-projects
mailing list](https://lists.archlinux.org/listinfo/arch-projects) and in
[#archlinux-projects](ircs://irc.libera.chat/archlinux-projects) on [Libera
Chat](https://libera.chat/).
## Requirements
The following additional packages need to be installed to be able to lint
and develop this project:
* python-black
* python-coverage
* python-isort
* python-pytest
* python-tomli
* flake8
* mypy
## Keyringctl
The `keyringctl` script is written in typed python, which makes use of
[sequoia](https://sequoia-pgp.org/)'s `sq` command.
The script is type checked, linted and formatted using standard tooling.
When providing a merge request make sure to run `make lint`.
## Testing
Test cases are developed per module in the [test](test) directory and should
consist of atomic single expectation tests. A Huge test case asserting various
different expectations are discouraged and should be split into finer grained
test cases.
To execute all tests using pytest
```bash
make test
```
To run keyring integrity and consistency checks
```bash
make check
```
## Web Key Directory
Only tagged releases are built and exposed via WKD. This helps to ensure, that
inconsistent state of the keyring is not exposed to the enduser, which may make
use of it instantaneously.

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reviewing courts shall apply local law that most closely approximates
an absolute waiver of all civil liability in connection with the
Program, unless a warranty or assumption of liability accompanies a
copy of the Program in return for a fee.
END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
state the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.
<one line to give the program's name and a brief idea of what it does.>
Copyright (C) <year> <name of author>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>.
Also add information on how to contact you by electronic and paper mail.
If the program does terminal interaction, make it output a short
notice like this when it starts in an interactive mode:
<program> Copyright (C) <year> <name of author>
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, your program's commands
might be different; for a GUI interface, you would use an "about box".
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
<https://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<https://www.gnu.org/licenses/why-not-lgpl.html>.

72
Makefile Normal file
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SHELL = /bin/bash
PREFIX ?= /usr/local
BUILD_DIR ?= build
KEYRING_TARGET_DIR ?= $(PREFIX)/share/pacman/keyrings/
SCRIPT_TARGET_DIR ?= $(PREFIX)/bin
SYSTEMD_SYSTEM_UNIT_DIR ?= $(shell pkgconf --variable systemd_system_unit_dir systemd)
WKD_FQDN ?= archlinux.org
WKD_BUILD_DIR ?= $(BUILD_DIR)/wkd
KEYRING_FILE=archlinux.gpg
KEYRING_REVOKED_FILE=archlinux-revoked
KEYRING_TRUSTED_FILE=archlinux-trusted
WKD_SYNC_SCRIPT=archlinux-keyring-wkd-sync
WKD_SYNC_SERVICE_IN=archlinux-keyring-wkd-sync.service.in
WKD_SYNC_SERVICE=archlinux-keyring-wkd-sync.service
WKD_SYNC_TIMER=archlinux-keyring-wkd-sync.timer
SYSTEMD_TIMER_DIR=$(SYSTEMD_SYSTEM_UNIT_DIR)/timers.target.wants/
SOURCES := $(shell find keyring) $(shell find libkeyringctl -name '*.py' -or -type d) keyringctl
all: build
lint:
black --check --diff keyringctl libkeyringctl tests
isort --diff .
flake8 keyringctl libkeyringctl tests
mypy --install-types --non-interactive keyringctl libkeyringctl tests
fmt:
black .
isort .
check:
./keyringctl -v check
test:
coverage run
coverage xml
coverage report --fail-under=100.0
build: $(SOURCES)
./keyringctl -v $(BUILD_DIR)
wkd: build
sq -f wkd generate -s $(WKD_BUILD_DIR)/ $(WKD_FQDN) $(BUILD_DIR)/$(KEYRING_FILE)
wkd_inspect: wkd
for file in $(WKD_BUILD_DIR)/.well-known/openpgpkey/$(WKD_FQDN)/hu/*; do sq inspect $$file; done
wkd_sync_service: wkd_sync/$(WKD_SYNC_SERVICE_IN)
sed -e 's|SCRIPT_TARGET_DIR|$(SCRIPT_TARGET_DIR)|' wkd_sync/$(WKD_SYNC_SERVICE_IN) > $(BUILD_DIR)/$(WKD_SYNC_SERVICE)
clean:
rm -rf $(BUILD_DIR) $(WKD_BUILD_DIR)
install: build wkd_sync_service
install -vDm 644 build/{$(KEYRING_FILE),$(KEYRING_REVOKED_FILE),$(KEYRING_TRUSTED_FILE)} -t $(DESTDIR)$(KEYRING_TARGET_DIR)
install -vDm 755 wkd_sync/$(WKD_SYNC_SCRIPT) -t $(DESTDIR)$(SCRIPT_TARGET_DIR)
install -vDm 644 build/$(WKD_SYNC_SERVICE) -t $(DESTDIR)$(SYSTEMD_SYSTEM_UNIT_DIR)
install -vDm 644 wkd_sync/$(WKD_SYNC_TIMER) -t $(DESTDIR)$(SYSTEMD_SYSTEM_UNIT_DIR)
install -vdm 755 $(DESTDIR)$(SYSTEMD_TIMER_DIR)
ln -fsv ../$(WKD_SYNC_TIMER) $(DESTDIR)$(SYSTEMD_TIMER_DIR)/$(WKD_SYNC_TIMER)
uninstall:
rm -fv $(DESTDIR)$(KEYRING_TARGET_DIR)/{$(KEYRING_FILE),$(KEYRING_REVOKED_FILE),$(KEYRING_TRUSTED_FILE)}
rmdir -pv --ignore-fail-on-non-empty $(DESTDIR)$(KEYRING_TARGET_DIR)
rm -v $(DESTDIR)$(SCRIPT_TARGET_DIR)/$(WKD_SYNC_SCRIPT)
rmdir -pv --ignore-fail-on-non-empty $(DESTDIR)$(SCRIPT_TARGET_DIR)
rm -v $(DESTDIR)$(SYSTEMD_SYSTEM_UNIT_DIR)/{$(WKD_SYNC_SERVICE),$(WKD_SYNC_TIMER)}
rmdir -pv --ignore-fail-on-non-empty $(DESTDIR)$(SYSTEMD_SYSTEM_UNIT_DIR)
rm -v $(DESTDIR)$(SYSTEMD_TIMER_DIR)/$(WKD_SYNC_TIMER)
rmdir -pv --ignore-fail-on-non-empty $(DESTDIR)$(SYSTEMD_TIMER_DIR)
.PHONY: all lint fmt check test clean install uninstall wkd wkd_inspect

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# archlinux-keyring
The archlinux-keyring project holds PGP packet material and tooling
(`keyringctl`) to create the distribution keyring for Arch Linux.
The keyring is used by pacman to establish the web of trust for the packagers
of the distribution.
The PGP packets describing the main signing keys can be found below the
[keyring/main](keyring/main) directory, while those of the packagers are located below the
[keyring/packager](keyring/packager) directory.
## Requirements
The following packages need to be installed to be able to create a PGP keyring
from the provided data structure and to install it:
Build:
* make
* findutils
* pkgconf
* systemd
Runtime:
* python
* sequoia-sq
Optional:
* hopenpgp-tools (verify)
* sq-keyring-linter (verify)
* git (ci)
## Usage
### Build
Build all PGP artifacts (keyring, ownertrust, revoked files) to the build directory
```bash
./keyringctl build
```
### Import
Import a new packager key by deriving the username from the filename.
```bash
./keyringctl import <username>.asc
```
Alternatively import a file or directory and override the username
```bash
./keyringctl import --name <username> <file_or_directory...>
```
Updates to existing keys will automatically derive the username from the known fingerprint.
```bash
./keyringctl import <file_or_directory...>
```
Main key imports support the same options plus a mandatory `--main`
```bash
./keyringctl import --main <username>.asc
```
### Export
Export the whole keyring including main and packager to stdout
```bash
./keyringctl export
```
Limit to specific certs using an output file
```bash
./keyringctl export <username_or_fingerprint_or_directory...> --output <filename>
```
### List
List all certificates in the keyring
```bash
./keyringctl list
```
Only show a specific main key
```bash
./keyringctl list --main <username_or_fingerprint...>
```
### Inspect
Inspect all certificates in the keyring
```bash
./keyringctl inspect
```
Only inspect a specific main key
```bash
./keyringctl inspect --main <username_or_fingerprint_or_directory...>
```
### Verify
Verify certificates against modern expectations and assumptions
```bash
./keyringctl verify <username_or_fingerprint_or_directory...>
```
## Installation
To install archlinux-keyring system-wide use the included `Makefile`:
```bash
make install
```
## Contribute
Read our [contributing guide](CONTRIBUTING.md) to learn more about guidelines and
how to provide fixes or improvements for the code base.
## Releases
[Releases of
archlinux-keyring](https://gitlab.archlinux.org/archlinux/archlinux-keyring/-/tags)
are exclusively created by [keyring maintainers](https://gitlab.archlinux.org/archlinux/archlinux-keyring/-/project_members?with_inherited_permissions=exclude).
The tags are signed with one of the following legitimate keys:
```
Christian Hesse <eworm@archlinux.org>
02FD 1C7A 934E 6145 4584 9F19 A623 4074 498E 9CEE
David Runge <dvzrv@archlinux.org>
C7E7 8494 66FE 2358 3435 8837 7258 734B 41C3 1549
Pierre Schmitz <pierre@archlinux.org>
4AA4 767B BC9C 4B1D 18AE 28B7 7F2D 434B 9741 E8AC
Florian Pritz <bluewind@archlinux.org>
CFA6 AF15 E5C7 4149 FC1D 8C08 6D16 55C1 4CE1 C13E
Giancarlo Razzolini <grazzolini@archlinux.org>
ECCA C84C 1BA0 8A6C C8E6 3FBB F22F B1D7 8A77 AEAB
Levente Polyak <anthraxx@archlinux.org>
E240 B57E 2C46 30BA 768E 2F26 FC1B 547C 8D81 72C8
Morten Linderud <foxboron@archlinux.org>
C100 3466 7663 4E80 C940 FB9E 9C02 FF41 9FEC BE16
```
To verify a tag, first import the relevant PGP keys:
```bash
gpg --auto-key-locate wkd --search-keys <email-from-above>
```
Afterwards a tag can be verified from a clone of this repository. Please note
that one **must** check the used key of the signature against the legitimate
keys listed above:
```bash
git verify-tag <tag>
```
## License
Archlinux-keyring is licensed under the terms of the **GPL-3.0-or-later** (see
[LICENSE](LICENSE)).

6
keyring/main/tobi/C3FE87CFB8F8D503AE03EC1C033E7F3DC71FE89E/C3FE87CFB8F8D503AE03EC1C033E7F3DC71FE89E.asc Normal file
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@ -0,0 +1,6 @@
-----BEGIN PGP PUBLIC KEY BLOCK-----
xjMEZB8uOxYJKwYBBAHaRw8BAQdAc29ugqSUSoDvIKuQSdXr6GiItT97VW/pCc3J
0rmyX48=
=MB6B
-----END PGP PUBLIC KEY BLOCK-----

6
keyring/main/tobi/C3FE87CFB8F8D503AE03EC1C033E7F3DC71FE89E/uid/Tobias_Manske__Package_Signing_Key___arch-repo@tobiasmanske.de_de7641a7/Tobias_Manske__Package_Signing_Key___arch-repo@tobiasmanske.de_de7641a7.asc Normal file
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@ -0,0 +1,6 @@
-----BEGIN PGP ARMORED FILE-----
zT9Ub2JpYXMgTWFuc2tlIChQYWNrYWdlIFNpZ25pbmcgS2V5KSA8YXJjaC1yZXBv
QHRvYmlhc21hbnNrZS5kZT4=
=eJuk
-----END PGP ARMORED FILE-----

8
keyring/main/tobi/C3FE87CFB8F8D503AE03EC1C033E7F3DC71FE89E/uid/Tobias_Manske__Package_Signing_Key___arch-repo@tobiasmanske.de_de7641a7/certification/C3FE87CFB8F8D503AE03EC1C033E7F3DC71FE89E.asc Normal file
View File

@ -0,0 +1,8 @@
-----BEGIN PGP SIGNATURE-----
wpwEExYKAEQCGwMFCQHhM4AFCwkIBwICIgIGFQoJCAsCBBYCAwECHgcCF4AWIQTD
/ofPuPjVA64D7BwDPn89xx/ongUCZB8vfgIZAQAKCRADPn89xx/onrZlAP9hoyA6
wyDPNWJXiP+VI0e1OW4YPSMGN/otWz36iBPVJAEA+A6Oe8ROrKdr7NLxoKE3EqHz
JIseK86lWj9UA56q2wo=
=3Aie
-----END PGP SIGNATURE-----

8
keyringctl Executable file
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@ -0,0 +1,8 @@
#!/usr/bin/env python3
#
# SPDX-License-Identifier: GPL-3.0-or-later
from libkeyringctl.cli import main
if __name__ == "__main__":
main()

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libkeyringctl/ci.py Normal file
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# SPDX-License-Identifier: GPL-3.0-or-later
from os import environ
from pathlib import Path
from typing import List
from .git import git_changed_files
from .util import get_parent_cert_paths
from .verify import verify
def ci(working_dir: Path, keyring_root: Path, project_root: Path) -> None:
"""Verify certificates against modern expectations using sq-keyring-linter and hokey
Currently only newly added certificates will be checked against the expectations as existing
keys are not all fully compatible with those assumptions.
New certificates are determined by using $CI_MERGE_REQUEST_DIFF_BASE_SHA as the base,
Parameters
----------
working_dir: A directory to use for temporary files
keyring_root: The keyring root directory to look up username shorthand sources
project_root: Path to the root of the git repository
"""
ci_merge_request_diff_base = environ.get("CI_MERGE_REQUEST_DIFF_BASE_SHA")
created, deleted, modified = git_changed_files(
git_path=project_root, base=ci_merge_request_diff_base, paths=[Path("keyring")]
)
changed_certificates: List[Path] = list(get_parent_cert_paths(paths=created + deleted + modified))
verify(
working_dir=working_dir,
keyring_root=keyring_root,
sources=changed_certificates,
lint_hokey=False,
lint_sq_keyring=False,
)
added_certificates: List[Path] = [
path for path in changed_certificates if (path / f"{path.name}.asc").relative_to(project_root) in created
]
if added_certificates:
verify(working_dir=working_dir, keyring_root=keyring_root, sources=added_certificates)

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# SPDX-License-Identifier: GPL-3.0-or-later
from argparse import ArgumentParser
from logging import DEBUG
from logging import basicConfig
from logging import debug
from pathlib import Path
from tempfile import TemporaryDirectory
from tempfile import mkdtemp
from .ci import ci
from .keyring import Username
from .keyring import build
from .keyring import convert
from .keyring import export
from .keyring import inspect_keyring
from .keyring import list_keyring
from .types import TrustFilter
from .util import absolute_path
from .util import cwd
from .verify import verify
parser = ArgumentParser()
parser.add_argument(
"-v", "--verbose", action="store_true", help="Causes to print debugging messages about the progress"
)
parser.add_argument("--wait", action="store_true", help="Block before cleaning up the temp directory")
parser.add_argument(
"-f",
"--force",
action="store_true",
default=False,
help="force the execution of subcommands (e.g. overwriting of files)",
)
subcommands = parser.add_subparsers(dest="subcommand")
convert_parser = subcommands.add_parser(
"convert",
help="convert one or multiple PGP public keys to a decomposed directory structure",
)
convert_parser.add_argument("source", type=absolute_path, nargs="+", help="Files or directorie to convert")
convert_parser.add_argument("--target", type=absolute_path, help="Target directory instead of a random tmpdir")
convert_parser.add_argument(
"--name",
type=Username,
default=None,
help="override the username to use (only useful when using a single file as source)",
)
import_parser = subcommands.add_parser(
"import",
help="import one or several PGP keys to the keyring directory structure",
)
import_parser.add_argument("source", type=absolute_path, nargs="+", help="Files or directories to import")
import_parser.add_argument(
"--name",
type=Username,
default=None,
help="override the username to use (only useful when using a single file as source)",
)
import_parser.add_argument("--main", action="store_true", help="Import a main signing key into the keyring")
export_parser = subcommands.add_parser(
"export",
help="export a directory structure of PGP packet data to a combined file",
)
export_parser.add_argument("-o", "--output", type=absolute_path, help="file to write PGP packet data to")
export_parser.add_argument(
"source",
nargs="*",
help="username, fingerprint or directories containing certificates",
type=absolute_path,
)
build_parser = subcommands.add_parser(
"build",
help="build keyring PGP artifacts alongside ownertrust and revoked status files",
)
list_parser = subcommands.add_parser(
"list",
help="list the certificates in the keyring",
)
list_parser.add_argument("--main", action="store_true", help="List main signing keys instead of packager keys")
list_parser.add_argument(
"--trust",
choices=[e.value for e in TrustFilter],
default=TrustFilter.all.value,
help="Filter the list based on trust",
)
list_parser.add_argument(
"source",
nargs="*",
help="username, fingerprint or directories containing certificates",
type=absolute_path,
)
inspect_parser = subcommands.add_parser(
"inspect",
help="inspect certificates in the keyring and pretty print the data",
)
inspect_parser.add_argument(
"source",
nargs="*",
help="username, fingerprint or directories containing certificates",
type=absolute_path,
)
verify_parser = subcommands.add_parser(
"verify",
help="verify certificates against modern expectations",
)
verify_parser.add_argument(
"source",
nargs="*",
help="username, fingerprint or directories containing certificates",
type=absolute_path,
)
verify_parser.add_argument("--no-lint-hokey", dest="lint_hokey", action="store_false", help="Do not run hokey lint")
verify_parser.add_argument(
"--no-lint-sq-keyring", dest="lint_sq_keyring", action="store_false", help="Do not run sq-keyring-linter"
)
verify_parser.set_defaults(lint_hokey=True, lint_sq_keyring=True)
check_parser = subcommands.add_parser(
"check",
help="Run keyring integrity and consistency checks",
)
ci_parser = subcommands.add_parser(
"ci",
help="ci command to verify certain aspects and expectations in pipelines",
)
def main() -> None: # noqa: ignore=C901
args = parser.parse_args()
if args.verbose:
basicConfig(level=DEBUG)
# temporary working directory that gets auto cleaned
with TemporaryDirectory(prefix="arch-keyringctl-") as tempdir:
project_root = Path(".").absolute()
keyring_root = Path("keyring").absolute()
working_dir = Path(tempdir)
debug(f"Working directory: {working_dir}")
with cwd(working_dir):
if "convert" == args.subcommand:
target_dir = args.target or Path(mkdtemp(prefix="arch-keyringctl-")).absolute()
print(
convert(
working_dir=working_dir,
keyring_root=keyring_root,
sources=args.source,
target_dir=target_dir,
name_override=args.name,
)
)
elif "import" == args.subcommand:
target_dir = "main" if args.main else "packager"
print(
convert(
working_dir=working_dir,
keyring_root=keyring_root,
sources=args.source,
target_dir=keyring_root / target_dir,
name_override=args.name,
)
)
elif "export" == args.subcommand:
result = export(
working_dir=working_dir,
keyring_root=keyring_root,
sources=args.source,
output=args.output,
)
if result:
print(
result,
end="",
)
elif "build" == args.subcommand:
build(
working_dir=working_dir,
keyring_root=keyring_root,
target_dir=keyring_root.parent / "build",
)
elif "list" == args.subcommand:
trust_filter = TrustFilter[args.trust]
list_keyring(
keyring_root=keyring_root,
sources=args.source,
main_keys=args.main,
trust_filter=trust_filter,
)
elif "inspect" == args.subcommand:
print(
inspect_keyring(
working_dir=working_dir,
keyring_root=keyring_root,
sources=args.source,
),
end="",
)
elif "verify" == args.subcommand:
verify(
working_dir=working_dir,
keyring_root=keyring_root,
sources=args.source,
lint_hokey=args.lint_hokey,
lint_sq_keyring=args.lint_sq_keyring,
)
elif "ci" == args.subcommand:
ci(working_dir=working_dir, keyring_root=keyring_root, project_root=project_root)
elif "check" == args.subcommand:
verify(
working_dir=working_dir,
keyring_root=keyring_root,
sources=[keyring_root],
lint_hokey=False,
lint_sq_keyring=False,
)
else:
parser.print_help()
if args.wait:
print("Press [ENTER] to continue")
input()

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# SPDX-License-Identifier: GPL-3.0-or-later
from pathlib import Path
from typing import List
from typing import Optional
from typing import Tuple
from .util import system
def git_changed_files(
git_path: Optional[Path] = None, base: Optional[str] = None, paths: Optional[List[Path]] = None
) -> Tuple[List[Path], List[Path], List[Path]]:
"""Returns lists of created, deleted and modified files based on diff stats related to a base commit
and optional paths.
Parameters
----------
git_path: Path to the git repository, current directory by default
base: Optional base rev or current index by default
paths: Optional list of paths to take into account, unfiltered by default
Returns
-------
Lists of created, deleted and modified paths
"""
cmd = ["git"]
if git_path:
cmd += ["-C", str(git_path)]
cmd += ["--no-pager", "diff", "--color=never", "--summary", "--numstat"]
if base:
cmd += [base]
if paths:
cmd += ["--"]
cmd += [str(path) for path in paths]
result: str = system(cmd)
created: List[Path] = []
deleted: List[Path] = []
modified: List[Path] = []
for line in result.splitlines():
line = line.strip()
if line.startswith("create"):
created.append(Path(line.split(maxsplit=3)[3]))
continue
if line.startswith("delete"):
deleted.append(Path(line.split(maxsplit=3)[3]))
continue
modified.append(Path(line.split(maxsplit=2)[2]))
modified = [path for path in modified if path not in created and path not in deleted]
return created, deleted, modified

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# SPDX-License-Identifier: GPL-3.0-or-later
from collections import deque
from datetime import datetime
from functools import reduce
from pathlib import Path
from platform import python_version_tuple
from re import sub
from tempfile import mkdtemp
from typing import Dict
# NOTE: remove after python 3.8.x is no longer supported upstream
if int(python_version_tuple()[1]) < 9: # pragma: no cover
from typing import Iterable
else:
from collections.abc import Iterable
from typing import List
from typing import Optional
from .types import Fingerprint
from .types import PacketKind
from .types import Uid
from .types import Username
from .util import cwd
from .util import natural_sort_path
from .util import system
def keyring_split(working_dir: Path, keyring: Path, preserve_filename: bool = False) -> Iterable[Path]:
"""Split a file containing a PGP keyring into separate certificate files
The original keyring filename is preserved if the split only yields a single certificate.
If preserve_filename is True, all keyrings are placed into separate directories while preserving
the filename.
The file is split using sq.
Parameters
----------
working_dir: The path of the working directory below which to create the output files
keyring: The path of a file containing a PGP keyring
preserve_filename: If True, all keyrings are placed into separate directories while preserving the filename
Returns
-------
An iterable over the naturally sorted list of certificate files derived from a keyring
"""
keyring_dir = Path(mkdtemp(dir=working_dir, prefix="keyring-")).absolute()
with cwd(keyring_dir):
system(["sq", "keyring", "split", "--prefix", "", str(keyring)])
keyrings: List[Path] = list(natural_sort_path(keyring_dir.iterdir()))
if 1 == len(keyrings) or preserve_filename:
for index, key in enumerate(keyrings):
keyring_sub_dir = Path(mkdtemp(dir=keyring_dir, prefix=f"{keyring.name}-")).absolute()
keyrings[index] = key.rename(keyring_sub_dir / keyring.name)
return keyrings
def keyring_merge(certificates: List[Path], output: Optional[Path] = None, force: bool = False) -> str:
"""Merge multiple certificates into a keyring
Parameters
----------
certificates: List of paths to certificates to merge into a keyring
output: Path to a file which the keyring is written, return the result instead if None
force: Whether to force overwriting existing files (defaults to False)
Returns
-------
The result if no output file has been used
"""
cmd = ["sq", "keyring", "merge"]
if force:
cmd.insert(1, "--force")
if output:
cmd += ["--output", str(output)]
cmd += [str(cert) for cert in sorted(certificates)]
return system(cmd)
def packet_split(working_dir: Path, certificate: Path) -> Iterable[Path]:
"""Split a file containing a PGP certificate into separate packet files
The files are split using sq
Parameters
----------
working_dir: The path of the working directory below which to create the output files
certificate: The absolute path of a file containing one PGP certificate
Returns
-------
An iterable over the naturally sorted list of packet files derived from certificate
"""
packet_dir = Path(mkdtemp(dir=working_dir, prefix="packet-")).absolute()
with cwd(packet_dir):
system(["sq", "packet", "split", "--prefix", "", str(certificate)])
return natural_sort_path(packet_dir.iterdir())
def packet_join(packets: List[Path], output: Optional[Path] = None, force: bool = False) -> str:
"""Join PGP packet data in files to a single output file
Parameters
----------
packets: A list of paths to files that contain PGP packet data
output: Path to a file to which all PGP packet data is written, return the result instead if None
force: Whether to force overwriting existing files (defaults to False)
Returns
-------
The result if no output file has been used
"""
cmd = ["sq", "packet", "join"]
if force:
cmd.insert(1, "--force")
packets_str = list(map(lambda path: str(path), packets))
cmd.extend(packets_str)
cmd.extend(["--output", str(output)])
return system(cmd)
def inspect(
packet: Path, certifications: bool = True, fingerprints: Optional[Dict[Fingerprint, Username]] = None
) -> str:
"""Inspect PGP packet data and return the result
Parameters
----------
packet: Path to a file that contain PGP data
certifications: Whether to print third-party certifications
fingerprints: Optional dict of fingerprints to usernames to enrich the output with
Returns
-------
The result of the inspection
"""
cmd = ["sq", "inspect"]
if certifications:
cmd.append("--certifications")
cmd.append(str(packet))
result: str = system(cmd)
if fingerprints:
for fingerprint, username in fingerprints.items():
result = sub(f"{fingerprint}", f"{fingerprint} {username}", result)
result = sub(f" {fingerprint[24:]}", f" {fingerprint[24:]} {username}", result)
return result
def packet_dump(packet: Path) -> str:
"""Dump a PGP packet to string
The `sq packet dump` command is used to retrieve a dump of information from a PGP packet
Parameters
----------
packet: The path to the PGP packet to retrieve the value from
Returns
-------
The contents of the packet dump
"""
return system(["sq", "packet", "dump", str(packet)])
def packet_dump_field(packet: Path, query: str) -> str:
"""Retrieve the value of a field from a PGP packet
Field queries are possible with the following notation during tree traversal:
- Use '.' to separate the parent section
- Use '*' as a wildcard for the current section
- Use '|' inside the current level as a logical OR
Example:
- Version
- Hashed area|Unhashed area.Issuer
- *.Issuer
Parameters
----------
packet: The path to the PGP packet to retrieve the value from
query: The name of the field as a query notation
Raises
------
Exception: If the field is not found in the PGP packet
Returns
-------
The value of the field found in packet
"""
dump = packet_dump(packet)
queries = deque(query.split("."))
path = [queries.popleft()]
depth = 0
# remove leading 4 space indention
lines = list(filter(lambda line: line.startswith(" "), dump.splitlines()))
lines = [sub(r"^ {4}", "", line, count=1) for line in lines]
# filter empty lines
lines = list(filter(lambda line: line.strip(), lines))
for line in lines:
# determine current line depth by counting whitespace pairs
depth_line = int((len(line) - len(line.lstrip(" "))) / 2)
line = line.lstrip(" ")
# skip nodes that are deeper as our currently matched path
if depth < depth_line:
continue
# unwind the current query path until reaching previous match depth
while depth > depth_line:
queries.appendleft(path.pop())
depth -= 1
matcher = path[-1].split("|")
# check if current field matches the query expression
field = line.split(sep=":", maxsplit=1)[0]
if field not in matcher and "*" not in matcher:
continue
# next depth is one level deeper as the current line
depth = depth_line + 1
# check if matcher is not the leaf of the query expression
if queries:
path.append(queries.popleft())
continue
# return final match
return line.split(sep=": ", maxsplit=1)[1] if ": " in line else line
raise Exception(f"Packet '{packet}' did not match the query '{query}'")
def packet_signature_creation_time(packet: Path) -> datetime:
"""Retrieve the signature creation time field as datetime
Parameters
----------
packet: The path to the PGP packet to retrieve the value from
Returns
-------
The signature creation time as datetime
"""
field = packet_dump_field(packet, "Hashed area.Signature creation time")
field = " ".join(field.split(" ", 3)[0:3])
return datetime.strptime(field, "%Y-%m-%d %H:%M:%S %Z")
def packet_kinds(packet: Path) -> List[PacketKind]:
"""Retrieve the PGP packet types of a packet path
Parameters
----------
packet: The path to the PGP packet to retrieve the kind of
Returns
-------
The kind of PGP packet
"""
dump = packet_dump(packet)
lines = [line for line in dump.splitlines()]
lines = list(
filter(lambda line: not line.startswith(" ") and not line.startswith("WARNING") and line.strip(), lines)
)
return [PacketKind(line.split()[0]) for line in lines]
def latest_certification(certifications: Iterable[Path]) -> Path:
"""Returns the latest certification based on the signature creation time from a list of packets.
Parameters
----------
certifications: List of certification from which to choose the latest from
Returns
-------
The latest certification from a list of packets
"""
return reduce(
lambda a, b: a if packet_signature_creation_time(a) > packet_signature_creation_time(b) else b,
certifications,
)
def key_generate(uids: List[Uid], outfile: Path) -> str:
"""Generate a PGP key with specific uids
Parameters
----------
uids: List of uids that the key should have
outfile: Path to the file to which the key should be written to
Returns
-------
The result of the key generate call
"""
cmd = ["sq", "key", "generate"]
for uid in uids:
cmd.extend(["--userid", str(uid)])
cmd.extend(["--export", str(outfile)])
return system(cmd)
def key_extract_certificate(key: Path, output: Optional[Path]) -> str:
"""Extracts the non secret part from a key into a certificate
Parameters
----------
key: Path to a file that contain secret key material
output: Path to the file to which the key should be written to, stdout if None
Returns
-------
The result of the extract in case output is None
"""
cmd = ["sq", "key", "extract-cert", str(key)]
if output:
cmd.extend(["--output", str(output)])
return system(cmd)
def certify(key: Path, certificate: Path, uid: Uid, output: Optional[Path]) -> str:
"""Inspect PGP packet data and return the result
Parameters
----------
key: Path to a file that contain secret key material
certificate: Path to a certificate file whose uid should be certified
uid: Uid contain in the certificate that should be certified
output: Path to the file to which the key should be written to, stdout if None
Returns
-------
The result of the certification in case output is None
"""
cmd = ["sq", "certify", str(key), str(certificate), uid]
if output:
cmd.extend(["--output", str(output)])
return system(cmd)

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# SPDX-License-Identifier: GPL-3.0-or-later
from logging import debug
from pathlib import Path
from typing import Dict
from typing import Iterable
from typing import Optional
from typing import Set
from .types import Color
from .types import Fingerprint
from .types import Trust
from .types import TrustFilter
from .types import Uid
from .util import contains_fingerprint
from .util import get_cert_paths
from .util import get_fingerprint_from_partial
def certificate_trust_from_paths(
sources: Iterable[Path], main_keys: Set[Fingerprint], all_fingerprints: Set[Fingerprint]
) -> Dict[Fingerprint, Trust]:
"""Get the trust status of all certificates in a list of paths given by main keys.
Uses `get_get_certificate_trust` to determine the trust status.
Parameters
----------
sources: Certificates to acquire the trust status from
main_keys: Fingerprints of trusted keys used to calculate the trust of the certificates from sources
all_fingerprints: Fingerprints of all certificates, packager and main, to look up key-ids to full fingerprints
Returns
-------
A dictionary of fingerprints and their trust level
"""
sources = get_cert_paths(sources)
certificate_trusts: Dict[Fingerprint, Trust] = {}
for certificate in sorted(sources):
fingerprint = Fingerprint(certificate.name)
certificate_trusts[fingerprint] = certificate_trust(
certificate=certificate, main_keys=main_keys, all_fingerprints=all_fingerprints
)
return certificate_trusts
def certificate_trust( # noqa: ignore=C901
certificate: Path, main_keys: Set[Fingerprint], all_fingerprints: Set[Fingerprint]
) -> Trust:
"""Get the trust status of a certificates given by main keys.
main certificates are:
revoked if:
- the certificate has been self-revoked (also applies to 3rd party applied revocation certificates)
full trust if:
- the certificate is not self-revoked
regular certificates are:
full trust if:
- the certificate is not self-revoked and:
- any uid contains at least 3 non revoked main key signatures
marginal trust if:
- the certificate is not self-revoked and:
- any uid contains at least 1 but less than 3 non revoked main key signatures
- no uid contains at least 3 non revoked main key signatures
unknown trust if:
- the certificate is not self-revoked and:
- no uid contains any non revoked main key signature
revoked if:
- the certificate has been self-revoked, or
- no uid contains at least 3 non revoked main key signatures and:
- any uid contains at least 1 revoked main key signature
Parameters
----------
certificate: Certificate to acquire the trust status from
main_keys: Fingerprints of trusted keys used to calculate the trust of the certificates from sources
all_fingerprints: Fingerprints of all certificates, packager and main, to look up key-ids to full fingerprints
Returns
-------
Trust level of the certificate
"""
fingerprint: Fingerprint = Fingerprint(certificate.name)
keyring_root = certificate.parent.parent.parent
# collect revoked main keys
main_keys_revoked: Set[Fingerprint] = set()
for main_key in main_keys:
for revocation in keyring_root.glob(f"main/*/{main_key}/revocation/*.asc"):
if main_key.endswith(revocation.stem):
main_keys_revoked.add(main_key)
revocations: Set[Fingerprint] = set()
# TODO: what about direct key revocations/signatures?
for revocation in certificate.glob("revocation/*.asc"):
issuer: Optional[Fingerprint] = get_fingerprint_from_partial(all_fingerprints, Fingerprint(revocation.stem))
if not issuer:
raise Exception(f"Unknown issuer: {issuer}")
if not fingerprint.endswith(issuer):
raise Exception(f"Wrong root revocation issuer: {issuer}, expected: {fingerprint}")
debug(f"Revoking {fingerprint} due to self-revocation")
revocations.add(fingerprint)
if revocations:
return Trust.revoked
# main keys are either trusted or revoked
is_main_certificate = contains_fingerprint(fingerprints=main_keys, fingerprint=fingerprint)
if is_main_certificate:
return Trust.full
uid_trust: Dict[Uid, Trust] = {}
self_revoked_uids: Set[Uid] = set()
uids = certificate / "uid"
for uid_path in uids.iterdir():
uid: Uid = Uid(uid_path.name)
revocations = set()
for revocation in uid_path.glob("revocation/*.asc"):
issuer = get_fingerprint_from_partial(all_fingerprints, Fingerprint(revocation.stem))
if not issuer:
raise Exception(f"Unknown issuer: {issuer}")
# self revocation
if fingerprint.endswith(issuer):
self_revoked_uids.add(uid)
# main key revocation
elif contains_fingerprint(fingerprints=main_keys, fingerprint=issuer):
revocations.add(issuer)
certifications: Set[Fingerprint] = set()
for certification in uid_path.glob("certification/*.asc"):
issuer = get_fingerprint_from_partial(all_fingerprints, Fingerprint(certification.stem))
if not issuer:
raise Exception(f"Unknown issuer: {issuer}")
# only take main key certifications into account
if not contains_fingerprint(fingerprints=main_keys, fingerprint=issuer):
continue
# do not care about revoked main keys
if contains_fingerprint(fingerprints=main_keys_revoked, fingerprint=issuer):
continue
# do not care about certifications that are revoked
if contains_fingerprint(fingerprints=revocations, fingerprint=issuer):
continue
certifications.add(issuer)
# self revoked uid
if uid in self_revoked_uids:
debug(f"Certificate {fingerprint} with uid {uid} is self-revoked")
uid_trust[uid] = Trust.revoked
continue
# full trust
if len(certifications) >= 3:
uid_trust[uid] = Trust.full
continue
# no full trust and contains revocations
if revocations:
uid_trust[uid] = Trust.revoked
continue
# marginal trust
if certifications:
uid_trust[uid] = Trust.marginal
continue
# no trust
uid_trust[uid] = Trust.unknown
for uid, uid_trust_status in uid_trust.items():
debug(f"Certificate {fingerprint} with uid {uid} has trust level: {uid_trust_status.name}")
trust: Trust
# any uid has full trust
if any(map(lambda t: Trust.full == t, uid_trust.values())):
trust = Trust.full
# no uid has full trust but at least one is revoked
elif any(map(lambda e: Trust.revoked == e[1] and e[0] not in self_revoked_uids, uid_trust.items())):
trust = Trust.revoked
# no uid has full trust or is revoked
elif any(map(lambda t: Trust.marginal == t, uid_trust.values())):
trust = Trust.marginal
else:
trust = Trust.unknown
debug(f"Certificate {fingerprint} has trust level: {trust.name}")
return trust
def trust_icon(trust: Trust) -> str:
"""Returns a single character icon representing the passed trust status
Parameters
----------
trust: The trust to get an icon for
Returns
-------
The single character icon representing the passed trust status
"""
if trust == Trust.revoked:
return "✗"
if trust == Trust.unknown:
return "~"
if trust == Trust.marginal:
return "~"
if trust == Trust.full:
return "✓"
return "?"
def trust_color(trust: Trust) -> Color:
"""Returns a color representing the passed trust status
Parameters
----------
trust: The trust to get the color of
Returns
-------
The color representing the passed trust status
"""
color: Color = Color.RED
if trust == Trust.revoked:
color = Color.RED
if trust == Trust.unknown:
color = Color.YELLOW
if trust == Trust.marginal:
color = Color.YELLOW
if trust == Trust.full:
color = Color.GREEN
return color
def format_trust_label(trust: Trust) -> str:
"""Formats a given trust status to a text label including color and icon.
Parameters
----------
trust: The trust to get the label for
Returns
-------
Text label representing the trust status as literal and icon with colors
"""
return f"{trust_color(trust).value}{trust_icon(trust)} {trust.name}{Color.RST.value}"
def filter_by_trust(trust: Trust, trust_filter: TrustFilter) -> bool:
"""Filters a trust by a given filter and returns true if within the rules
Parameters
----------
trust: Trust to check for being filtered
trust_filter: Filter rules to check the trust against
Returns
-------
True if the given trust is within the filter rules
"""
trust_map = {
TrustFilter.unknown: [Trust.unknown],
TrustFilter.marginal: [Trust.marginal],
TrustFilter.full: [Trust.full],
TrustFilter.revoked: [Trust.revoked],
TrustFilter.unrevoked: [Trust.unknown, Trust.marginal, Trust.full],
TrustFilter.all: [Trust.revoked, Trust.unknown, Trust.marginal, Trust.full],
}
return trust in trust_map[trust_filter]

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# SPDX-License-Identifier: GPL-3.0-or-later
from enum import Enum
from enum import auto
from typing import NewType
Fingerprint = NewType("Fingerprint", str)
Uid = NewType("Uid", str)
Username = NewType("Username", str)
PacketKind = NewType("PacketKind", str)
class Trust(Enum):
unknown = auto
revoked = auto()
marginal = auto()
full = auto()
class TrustFilter(Enum):
unknown = "unknown"
revoked = "revoked"
marginal = "marginal"
full = "full"
unrevoked = "unrevoked"
all = "all"
TRUST_MAX_LENGTH: int = max([len(e.name) for e in Trust])
class Color(Enum):
RED = "\033[31m"
GREEN = "\033[32m"
YELLOW = "\033[33m"
RST = "\033[0m"
BOLD = "\033[1m"
UNDERLINE = "\033[4m"

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# SPDX-License-Identifier: GPL-3.0-or-later
from contextlib import contextmanager
from hashlib import sha256
from os import chdir
from os import environ
from os import getcwd
from pathlib import Path
from platform import python_version_tuple
from re import escape
from re import split
from re import sub
from string import ascii_letters
from string import digits
from subprocess import STDOUT
from subprocess import CalledProcessError
from subprocess import check_output
from sys import exit
from sys import stderr
from tempfile import mkstemp
from traceback import print_stack
from typing import IO
from typing import AnyStr
from typing import Dict
# NOTE: remove after python 3.8.x is no longer supported upstream
if int(python_version_tuple()[1]) < 9: # pragma: no cover
from typing import Iterable
from typing import Iterator
else:
from collections.abc import Iterable
from collections.abc import Iterator
from typing import List
from typing import Optional
from typing import Set
from typing import Union
from libkeyringctl.types import Fingerprint
from libkeyringctl.types import Trust
from libkeyringctl.types import Uid
@contextmanager
def cwd(new_dir: Path) -> Iterator[None]:
"""Change to a new current working directory in a context and go back to the previous dir after the context is done
Parameters
----------
new_dir: A path to change to
"""
previous_dir = getcwd()
chdir(new_dir)
try:
yield
finally:
chdir(previous_dir)
def natural_sort_path(_list: Iterable[Path]) -> Iterable[Path]:
"""Sort an Iterable of Paths naturally
Parameters
----------
_list: An iterable containing paths to be sorted
Return
------
An Iterable of paths that are naturally sorted
"""
def convert_text_chunk(text: str) -> Union[int, str]:
"""Convert input text to int or str
Parameters
----------
text: An input string
Returns
-------
Either an integer if text is a digit, else text in lower-case representation
"""
return int(text) if text.isdigit() else text.lower()
def alphanum_key(key: Path) -> List[Union[int, str]]:
"""Retrieve an alphanumeric key from a Path, that can be used in sorted()
Parameters
----------
key: A path for which to create a key
Returns
-------
A list of either int or str objects that may serve as 'key' argument for sorted()
"""
return [convert_text_chunk(c) for c in split("([0-9]+)", str(key.name))]
return sorted(_list, key=alphanum_key)
def system(
cmd: List[str],
_stdin: Optional[IO[AnyStr]] = None,
exit_on_error: bool = False,
env: Optional[Dict[str, str]] = None,
) -> str:
"""Execute a command using check_output
Parameters
----------
cmd: A list of strings to be fed to check_output
_stdin: input fd used for the spawned process
exit_on_error: Whether to exit the script when encountering an error (defaults to False)
env: Optional environment vars for the shell invocation
Raises
------
CalledProcessError: If not exit_on_error and `check_output()` encounters an error
Returns
-------
The output of cmd
"""
if not env:
env = {"HOME": environ["HOME"], "PATH": environ["PATH"], "LANG": "en_US.UTF-8"}
try:
return check_output(cmd, stderr=STDOUT, stdin=_stdin, env=env).decode()
except CalledProcessError as e:
stderr.buffer.write(e.stdout)
print_stack()
if exit_on_error:
exit(e.returncode)
raise e
def absolute_path(path: str) -> Path:
"""Return the absolute path of a given str
Parameters
----------
path: A string representing a path
Returns
-------
The absolute path representation of path
"""
return Path(path).absolute()
def transform_fd_to_tmpfile(working_dir: Path, sources: List[Path]) -> None:
"""Transforms an input list of paths from any file descriptor of the current process to a tempfile in working_dir.
Using this function on fd inputs allow to pass the content to another process while hidepid is active and /proc
not visible for the other process.
Parameters
----------
working_dir: A directory to use for temporary files
sources: Paths that should be iterated and all fd's transformed to tmpfiles
"""
for index, source in enumerate(sources):
source_str = str(source)
if source_str.startswith("/proc/self/fd/") or source_str.startswith("/dev/fd/"):
file = mkstemp(dir=working_dir, prefix=f"{source.name}", suffix=".fd")[1]
with open(file, mode="wb") as f:
f.write(source.read_bytes())
f.flush()
sources[index] = Path(file)
def get_cert_paths(paths: Iterable[Path]) -> Set[Path]:
"""Walks a list of paths and resolves all discovered certificate paths
Parameters
----------
paths: A list of paths to walk and resolve to certificate paths.
Returns
-------
A set of paths to certificates
"""
# depth first search certificate paths
cert_paths: Set[Path] = set()
visit: List[Path] = list(paths)
while visit:
path = visit.pop()
# this level contains a certificate, abort depth search
if list(path.glob("*.asc")):
cert_paths.add(path)
continue
visit.extend([path for path in path.iterdir() if path.is_dir()])
return cert_paths
def get_parent_cert_paths(paths: Iterable[Path]) -> Set[Path]:
"""Walks a list of paths upwards and resolves all discovered parent certificate paths
Parameters
----------
paths: A list of paths to walk and resolve to certificate paths.
Returns
-------
A set of paths to certificates
"""
# depth first search certificate paths
cert_paths: Set[Path] = set()
visit: List[Path] = list(paths)
while visit:
node = visit.pop().parent
# this level contains a certificate, abort depth search
if "keyring" == node.parent.parent.parent.name:
cert_paths.add(node)
continue
visit.append(node)
return cert_paths
def contains_fingerprint(fingerprints: Iterable[Fingerprint], fingerprint: Fingerprint) -> bool:
"""Returns weather an iterable structure of fingerprints contains a specific fingerprint
Parameters
----------
fingerprints: Iteratable structure of fingerprints that should be searched
fingerprint: Fingerprint to search for
Returns
-------
Weather an iterable structure of fingerprints contains a specific fingerprint
"""
return any(filter(lambda e: str(e).endswith(fingerprint), fingerprints))
def get_fingerprint_from_partial(
fingerprints: Iterable[Fingerprint], fingerprint: Fingerprint
) -> Optional[Fingerprint]:
"""Returns the full fingerprint looked up from a partial fingerprint like a key-id
Parameters
----------
fingerprints: Iteratable structure of fingerprints that should be searched
fingerprint: Partial fingerprint to search for
Returns
-------
The full fingerprint or None
"""
for fingerprint in filter(lambda e: str(e).endswith(fingerprint), fingerprints):
return fingerprint
return None
def filter_fingerprints_by_trust(trusts: Dict[Fingerprint, Trust], trust: Trust) -> List[Fingerprint]:
"""Filters a dict of Fingerprint to Trust by a passed Trust parameter and returns the matching fingerprints.
Parameters
----------
trusts: Dict of Fingerprint to Trust that should be filtered based on the trust parameter
trust: Trust that should be used to filter the trusts dict
Returns
-------
The matching fingerprints of the dict filtered by trust
"""
return list(
map(
lambda item: item[0],
filter(lambda item: trust == item[1], trusts.items()),
)
)
simple_printable: str = ascii_letters + digits + "_-.+@"
ascii_mapping: Dict[str, str] = {
"àáâãäæąăǎа": "a",
"ćçĉċč": "c",
"ďđ": "d",
"éèêëęēĕėěɇ": "e",
"ĝğġģ": "g",
"ĥħȟ": "h",
"ìíîïĩīĭįıij": "i",
"ĵɉ": "j",
"ķ": "k",
"ł": "l",
"ńņň": "n",
"òóôõöøŏőðȍǿ": "o",
"śș": "s",
"ß": "ss",
"ț": "t",
"úûüȗűȕù": "u",
"ýÿ": "y",
"źż": "z",
}
ascii_mapping_lookup: Dict[str, str] = {}
for key, value in ascii_mapping.items():
for c in key:
ascii_mapping_lookup[c] = value
ascii_mapping_lookup[c.upper()] = value.upper()
def simplify_ascii(_str: str) -> str:
"""Simplify a string to contain more filesystem and printable friendly characters
Parameters
----------
_str: A string to simplify (e.g. 'Foobar McFooface <foobar@foo.face>')
Returns
-------
The simplified representation of _str
"""
_str = _str.strip("<")
_str = _str.strip(">")
_str = "".join([ascii_mapping_lookup.get(char) or char for char in _str])
_str = sub("[^" + escape(simple_printable) + "]", "_", _str)
return _str
def simplify_uid(uid: Uid, hash_postfix: bool = True) -> str:
"""Simplify a uid to contain more filesystem and printable friendly characters with an optional
collision resistant hash postfix.
Parameters
----------
uid: Uid to simplify (e.g. 'Foobar McFooface <foobar@foo.face>')
hash_postfix: Whether to add a hash of the uid as postfix
Returns
-------
Simplified str representation of uid
"""
_hash = "" if not hash_postfix else f"_{sha256(uid.encode()).hexdigest()[:8]}"
return f"{simplify_ascii(_str=uid)}{_hash}"

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from logging import debug
from pathlib import Path
from subprocess import PIPE
from subprocess import Popen
from tempfile import NamedTemporaryFile
from typing import List
from typing import Optional
from typing import Set
from libkeyringctl.keyring import export
from libkeyringctl.keyring import get_fingerprints_from_paths
from libkeyringctl.keyring import is_pgp_fingerprint
from libkeyringctl.keyring import transform_fingerprint_to_keyring_path
from libkeyringctl.keyring import transform_username_to_keyring_path
from libkeyringctl.sequoia import packet_dump_field
from libkeyringctl.sequoia import packet_kinds
from libkeyringctl.types import Fingerprint
from libkeyringctl.types import Uid
from libkeyringctl.util import get_cert_paths
from libkeyringctl.util import get_fingerprint_from_partial
from libkeyringctl.util import simplify_uid
from libkeyringctl.util import system
def verify( # noqa: ignore=C901
working_dir: Path,
keyring_root: Path,
sources: Optional[List[Path]],
lint_hokey: bool = True,
lint_sq_keyring: bool = True,
) -> None:
"""Verify certificates against modern expectations using sq-keyring-linter and hokey
Parameters
----------
working_dir: A directory to use for temporary files
keyring_root: The keyring root directory to look up username shorthand sources
sources: A list of username, fingerprint or directories from which to read PGP packet information
(defaults to `keyring_root`)
lint_hokey: Whether to run hokey lint
lint_sq_keyring: Whether to run sq-keyring-linter
"""
if not sources:
sources = [keyring_root]
# transform shorthand paths to actual keyring paths
transform_username_to_keyring_path(keyring_dir=keyring_root / "packager", paths=sources)
transform_fingerprint_to_keyring_path(keyring_root=keyring_root, paths=sources)
cert_paths: Set[Path] = get_cert_paths(sources)
all_fingerprints = get_fingerprints_from_paths([keyring_root])
for certificate in sorted(cert_paths):
print(f"Verify {certificate.name} owned by {certificate.parent.name}")
verify_integrity(certificate=certificate, all_fingerprints=all_fingerprints)
with NamedTemporaryFile(
dir=working_dir, prefix=f"{certificate.parent.name}-{certificate.name}", suffix=".asc"
) as keyring:
keyring_path = Path(keyring.name)
export(
working_dir=working_dir,
keyring_root=keyring_root,
sources=[certificate],
output=keyring_path,
)
if lint_hokey:
keyring_fd = Popen(("sq", "dearmor", f"{str(keyring_path)}"), stdout=PIPE)
print(system(["hokey", "lint"], _stdin=keyring_fd.stdout), end="")
if lint_sq_keyring:
print(system(["sq-keyring-linter", f"{str(keyring_path)}"]), end="")
def verify_integrity(certificate: Path, all_fingerprints: Set[Fingerprint]) -> None: # noqa: ignore=C901
if not is_pgp_fingerprint(certificate.name):
raise Exception(f"Unexpected certificate name for certificate {certificate.name}: {str(certificate)}")
pubkey = certificate / f"{certificate.name}.asc"
if not pubkey.is_file():
raise Exception(f"Missing certificate pubkey {certificate.name}: {str(pubkey)}")
if not list(certificate.glob("uid/*/*.asc")):
raise Exception(f"Missing at least one UID for {certificate.name}")
# check packet files
for path in certificate.iterdir():
if path.is_file():
if path.name != f"{certificate.name}.asc":
raise Exception(f"Unexpected file in certificate {certificate.name}: {str(path)}")
assert_packet_kind(path=path, expected="Public-Key")
assert_filename_matches_packet_fingerprint(path=path, check=certificate.name)
debug(f"OK: {path}")
elif path.is_dir():
if "revocation" == path.name:
verify_integrity_key_revocations(path=path)
elif "directkey" == path.name:
for directkey in path.iterdir():
assert_is_dir(path=directkey)
if "certification" == directkey.name:
verify_integrity_direct_key_certifications(path=directkey)
elif "revocation" == directkey.name:
verify_integrity_direct_key_revocations(path=directkey)
else:
raise_unexpected_file(path=directkey)
elif "uid" == path.name:
for uid in path.iterdir():
assert_is_dir(path=uid)
uid_packet = uid / f"{uid.name}.asc"
assert_is_file(path=uid_packet)
uid_binding_sig = uid / "certification" / f"{certificate.name}.asc"
uid_revocation_sig = uid / "revocation" / f"{certificate.name}.asc"
if not uid_binding_sig.is_file() and not uid_revocation_sig:
raise Exception(f"Missing uid binding/revocation sig for {certificate.name}: {str(uid)}")
for uid_path in uid.iterdir():
if uid_path.is_file():
if uid_path.name != f"{uid.name}.asc":
raise Exception(f"Unexpected file in certificate {certificate.name}: {str(uid_path)}")
assert_packet_kind(path=uid_path, expected="User")
uid_value = simplify_uid(Uid(packet_dump_field(packet=uid_path, query="Value")))
if uid_value != uid.name:
raise Exception(f"Unexpected uid in file {str(uid_path)}: {uid_value}")
elif not uid_path.is_dir():
raise Exception(f"Unexpected file type in certificate {certificate.name}: {str(uid_path)}")
elif "certification" == uid_path.name:
for sig in uid_path.iterdir():
assert_is_file(path=sig)
assert_is_pgp_fingerprint(path=sig, _str=sig.stem)
assert_has_suffix(path=sig, suffix=".asc")
assert_packet_kind(path=sig, expected="Signature")
assert_signature_type_certification(path=sig)
issuer = get_fingerprint_from_partial(
fingerprints=all_fingerprints,
fingerprint=Fingerprint(
packet_dump_field(packet=sig, query="Hashed area|Unhashed area.Issuer")
),
)
if issuer != sig.stem:
raise Exception(f"Unexpected issuer in file {str(sig)}: {issuer}")
debug(f"OK: {sig}")
elif "revocation" == uid_path.name:
for sig in uid_path.iterdir():
assert_is_file(path=sig)
assert_is_pgp_fingerprint(path=sig, _str=sig.stem)
assert_has_suffix(path=sig, suffix=".asc")
assert_packet_kind(path=sig, expected="Signature")
assert_signature_type(path=sig, expected="CertificationRevocation")
issuer = get_fingerprint_from_partial(
fingerprints=all_fingerprints,
fingerprint=Fingerprint(
packet_dump_field(packet=sig, query="Hashed area|Unhashed area.Issuer")
),
)
if issuer != sig.stem:
raise Exception(f"Unexpected issuer in file {str(sig)}: {issuer}")
certification = uid_path.parent / "certification" / sig.name
if certification.exists():
raise Exception(f"Certification exists for revocation {str(sig)}: {certification}")
debug(f"OK: {sig}")
else:
raise Exception(f"Unexpected directory in certificate {certificate.name}: {str(uid_path)}")
debug(f"OK: {uid_path}")
debug(f"OK: {uid}")
elif "subkey" == path.name:
for subkey in path.iterdir():
assert_is_dir(path=subkey)
assert_is_pgp_fingerprint(path=subkey, _str=subkey.name)
subkey_packet = subkey / f"{subkey.name}.asc"
assert_is_file(path=subkey_packet)
subkey_binding_sig = subkey / "certification" / f"{certificate.name}.asc"
subkey_revocation_sig = subkey / "revocation" / f"{certificate.name}.asc"
if not subkey_binding_sig.is_file() and not subkey_revocation_sig:
raise Exception(f"Missing subkey binding/revocation sig for {certificate.name}: {str(subkey)}")
for subkey_path in subkey.iterdir():
if subkey_path.is_file():
if subkey_path.name != f"{subkey.name}.asc":
raise Exception(
f"Unexpected file in certificate {certificate.name}: {str(subkey_path)}"
)
assert_packet_kind(path=subkey_path, expected="Public-Subkey")
assert_filename_matches_packet_fingerprint(path=subkey_path, check=subkey_path.stem)
elif not subkey_path.is_dir():
raise Exception(
f"Unexpected file type in certificate {certificate.name}: {str(subkey_path)}"
)
elif "certification" == subkey_path.name:
for sig in subkey_path.iterdir():
assert_is_file(path=sig)
assert_is_pgp_fingerprint(path=sig, _str=sig.stem)
assert_has_suffix(path=sig, suffix=".asc")
assert_packet_kind(path=sig, expected="Signature")
assert_signature_type(path=sig, expected="SubkeyBinding")
assert_filename_matches_packet_issuer_fingerprint(path=sig, check=certificate.name)
elif "revocation" == subkey_path.name:
for sig in subkey_path.iterdir():
assert_is_file(path=sig)
assert_is_pgp_fingerprint(path=sig, _str=sig.stem)
assert_has_suffix(path=sig, suffix=".asc")
assert_packet_kind(path=sig, expected="Signature")
assert_signature_type(path=sig, expected="SubkeyRevocation")
assert_filename_matches_packet_issuer_fingerprint(path=sig, check=certificate.name)
else:
raise Exception(
f"Unexpected directory in certificate {certificate.name}: {str(subkey_path)}"
)
debug(f"OK: {subkey_path}")
else:
raise Exception(f"Unexpected directory in certificate {certificate.name}: {str(path)}")
else:
raise Exception(f"Unexpected file type in certificate {certificate.name}: {str(path)}")
def assert_packet_kind(path: Path, expected: str) -> None:
kinds = packet_kinds(packet=path)
if not kinds or len(kinds) != 1:
raise Exception(f"Unexpected amount of packets in file {str(path)}: {kinds}")
kind = kinds[0]
if kind != expected:
raise Exception(f"Unexpected packet in file {str(path)} kind: {kind} expected: {expected}")
def assert_signature_type(path: Path, expected: str) -> None:
sig_type = packet_dump_field(packet=path, query="Type")
if sig_type != expected:
raise Exception(f"Unexpected packet type in file {str(path)} type: {sig_type} expected: {expected}")
def assert_signature_type_certification(path: Path) -> None:
sig_type = packet_dump_field(packet=path, query="Type")
if sig_type not in ["GenericCertification", "PersonaCertification", "CasualCertification", "PositiveCertification"]:
raise Exception(f"Unexpected packet certification type in file {str(path)} type: {sig_type}")
def assert_is_pgp_fingerprint(path: Path, _str: str) -> None:
if not is_pgp_fingerprint(_str):
raise Exception(f"Unexpected file name, not a pgp fingerprint: {str(path)}")
def assert_filename_matches_packet_issuer_fingerprint(path: Path, check: str) -> None:
fingerprint = packet_dump_field(packet=path, query="Unhashed area|Hashed area.Issuer Fingerprint")
if not fingerprint == check:
raise Exception(f"Unexpected packet fingerprint in file {str(path)}: {fingerprint}")
def assert_filename_matches_packet_fingerprint(path: Path, check: str) -> None:
fingerprint = packet_dump_field(packet=path, query="Fingerprint")
if not fingerprint == check:
raise Exception(f"Unexpected packet fingerprint in file {str(path)}: {fingerprint}")
def assert_has_suffix(path: Path, suffix: str) -> None:
if path.suffix != suffix:
raise Exception(f"Unexpected file suffix in {str(path)} expected: {suffix}")
def assert_is_file(path: Path) -> None:
if not path.is_file():
raise Exception(f"Unexpected type, should be file: {str(path)}")
def assert_is_dir(path: Path) -> None:
if not path.is_dir():
raise Exception(f"Unexpected type, should be directory: {str(path)}")
def raise_unexpected_file(path: Path) -> None:
raise Exception(f"Unexpected file in directory: {str(path)}")
def verify_integrity_key_revocations(path: Path) -> None:
assert_is_dir(path=path)
for sig in path.iterdir():
assert_is_file(path=sig)
assert_is_pgp_fingerprint(path=sig, _str=sig.stem)
assert_has_suffix(path=sig, suffix=".asc")
assert_packet_kind(path=sig, expected="Signature")
assert_signature_type(path=sig, expected="KeyRevocation")
assert_filename_matches_packet_issuer_fingerprint(path=sig, check=sig.stem)
debug(f"OK: {sig}")
def verify_integrity_direct_key_certifications(path: Path) -> None:
for issuer_dir in path.iterdir():
assert_is_dir(path=issuer_dir)
assert_is_pgp_fingerprint(path=issuer_dir, _str=issuer_dir.name)
for certification in issuer_dir.iterdir():
verify_integrity_direct_key_certification(path=certification)
def verify_integrity_direct_key_revocations(path: Path) -> None:
for issuer_dir in path.iterdir():
assert_is_dir(path=issuer_dir)
assert_is_pgp_fingerprint(path=issuer_dir, _str=issuer_dir.name)
for certification in issuer_dir.iterdir():
verify_integrity_direct_key_revocation(path=certification)
def verify_integrity_direct_key_certification(path: Path) -> None:
assert_is_file(path=path)
assert_has_suffix(path=path, suffix=".asc")
assert_packet_kind(path=path, expected="Signature")
assert_signature_type(path=path, expected="DirectKey")
assert_filename_matches_packet_issuer_fingerprint(path=path, check=path.parent.name)
debug(f"OK: {path}")
def verify_integrity_direct_key_revocation(path: Path) -> None:
assert_is_file(path=path)
assert_has_suffix(path=path, suffix=".asc")
assert_packet_kind(path=path, expected="Signature")
assert_signature_type(path=path, expected="CertificationRevocation")
assert_filename_matches_packet_issuer_fingerprint(path=path, check=path.parent.name)
debug(f"OK: {path}")

58
pyproject.toml Normal file
View File

@ -0,0 +1,58 @@
[tool.black]
line-length = 120
exclude = '''
/(
\.direnv|
|\.eggs
|\.git
|\.hg
|\.mypy_cache
|\.nox
|\.tox
|\.venv
|\.svn
|_build
|build
|dist
)/
'''
[tool.coverage.paths]
source = ["libkeyringctl"]
[tool.coverage.report]
include = ["libkeyringctl/*", "keyringctl"]
precision = 2
show_missing = true
[tool.coverage.run]
branch = true
command_line = "-m pytest --junit-xml=build/junit-report.xml -vv tests/"
omit = ["tests/*", ".tox/*"]
relative_files = true
[tool.coverage.xml]
output = "build/coverage.xml"
[tool.isort]
profile = "black"
multi_line_output = 3
force_single_line = true
[tool.mypy]
ignore_missing_imports = true
follow_imports = "silent"
follow_imports_for_stubs = true
warn_unused_ignores = true
warn_no_return = true
warn_return_any = true
warn_incomplete_stub = true
warn_redundant_casts = true
warn_unused_configs = true
no_implicit_optional = true
warn_unreachable = true
check_untyped_defs = true
disallow_any_generics = true
disallow_untyped_calls = true
disallow_untyped_defs = true
disallow_incomplete_defs = true

0
tests/__init__.py Normal file
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344
tests/conftest.py Normal file
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@ -0,0 +1,344 @@
from collections import defaultdict
from functools import wraps
from pathlib import Path
from random import choice
from random import randint
from shutil import copytree
from string import ascii_letters
from string import digits
from string import hexdigits
from string import punctuation
from subprocess import PIPE
from subprocess import Popen
from tempfile import NamedTemporaryFile
from tempfile import TemporaryDirectory
from typing import Any
from typing import Callable
from typing import Dict
from typing import Generator
from typing import List
from typing import Optional
from typing import Set
from pytest import fixture
from libkeyringctl.keyring import convert_certificate
from libkeyringctl.keyring import export
from libkeyringctl.keyring import get_fingerprints_from_keyring_files
from libkeyringctl.sequoia import certify
from libkeyringctl.sequoia import key_extract_certificate
from libkeyringctl.sequoia import key_generate
from libkeyringctl.sequoia import keyring_merge
from libkeyringctl.sequoia import packet_join
from libkeyringctl.types import Fingerprint
from libkeyringctl.types import Uid
from libkeyringctl.types import Username
from libkeyringctl.util import cwd
from libkeyringctl.util import simplify_uid
from libkeyringctl.util import system
test_keys: Dict[Username, List[Path]] = defaultdict(list)
test_key_revocation: Dict[Username, List[Path]] = defaultdict(list)
test_certificates: Dict[Username, List[Path]] = defaultdict(list)
test_certificate_uids: Dict[Username, List[List[Uid]]] = defaultdict(list)
test_keyring_certificates: Dict[Username, List[Path]] = defaultdict(list)
test_main_fingerprints: Set[Fingerprint] = set()
test_all_fingerprints: Set[Fingerprint] = set()
@fixture(autouse=True)
def reset_storage() -> None:
test_keys.clear()
test_key_revocation.clear()
test_certificates.clear()
test_certificate_uids.clear()
test_keyring_certificates.clear()
test_main_fingerprints.clear()
test_all_fingerprints.clear()
def create_certificate(
username: Username,
uids: List[Uid],
keyring_type: str = "packager",
func: Optional[Callable[..., Any]] = None,
) -> Callable[..., Any]:
def decorator(decorated_func: Callable[..., None]) -> Callable[..., Any]:
@wraps(decorated_func)
def wrapper(working_dir: Path, *args: Any, **kwargs: Any) -> None:
key_directory = working_dir / "secret" / f"{username}"
key_directory.mkdir(parents=True, exist_ok=True)
key_file: Path = key_directory / f"{username}.asc"
key_generate(uids=uids, outfile=key_file)
test_keys[username].append(key_file)
certificate_directory = working_dir / "certificate" / f"{username}"
certificate_directory.mkdir(parents=True, exist_ok=True)
keyring_root: Path = working_dir / "keyring"
keyring_root.mkdir(parents=True, exist_ok=True)
certificate_file: Path = certificate_directory / f"{username}.asc"
key_extract_certificate(key=key_file, output=certificate_file)
test_certificates[username].append(certificate_file)
test_certificate_uids[username].append(uids)
key_revocation_packet = key_file.parent / f"{key_file.name}.rev"
key_revocation_joined = key_file.parent / f"{key_file.name}.joined.rev"
key_revocation_cert = key_file.parent / f"{key_file.name}.cert.rev"
packet_join(packets=[certificate_file, key_revocation_packet], output=key_revocation_joined)
keyring_merge(certificates=[key_revocation_joined], output=key_revocation_cert)
test_key_revocation[username].append(key_revocation_cert)
target_dir = keyring_root / keyring_type
for fingerprint in get_fingerprints_from_keyring_files(
working_dir=working_dir, source=[certificate_file]
).keys():
test_all_fingerprints.add(fingerprint)
decomposed_path: Path = convert_certificate(
working_dir=working_dir,
certificate=certificate_file,
keyring_dir=keyring_root / keyring_type,
fingerprint_filter=test_all_fingerprints,
)
user_dir = decomposed_path.parent
(target_dir / user_dir.name).mkdir(parents=True, exist_ok=True)
copytree(src=user_dir, dst=(target_dir / user_dir.name), dirs_exist_ok=True)
test_keyring_certificates[username].append(target_dir / user_dir.name / decomposed_path.name)
certificate_fingerprint: Fingerprint = Fingerprint(decomposed_path.name)
if "main" == keyring_type:
test_main_fingerprints.add(certificate_fingerprint)
test_all_fingerprints.add(certificate_fingerprint)
decorated_func(working_dir=working_dir, *args, **kwargs)
return wrapper
if not func:
return decorator
return decorator(func)
def create_uid_certification(
issuer: Username, certified: Username, uid: Uid, func: Optional[Callable[[Any], None]] = None
) -> Callable[..., Any]:
def decorator(decorated_func: Callable[..., None]) -> Callable[..., Any]:
@wraps(decorated_func)
def wrapper(working_dir: Path, *args: Any, **kwargs: Any) -> None:
key: Path = test_keys[issuer][0]
certificate: Path = test_certificates[certified][0]
fingerprint: Fingerprint = Fingerprint(test_keyring_certificates[certified][0].name)
issuer_fingerprint: Fingerprint = Fingerprint(test_keyring_certificates[issuer][0].name)
simplified_uid = simplify_uid(Uid(uid))
output: Path = (
working_dir
/ "keyring"
/ "packager"
/ certified
/ fingerprint
/ "uid"
/ simplified_uid
/ "certification"
/ f"{issuer_fingerprint}.asc"
)
output.parent.mkdir(parents=True, exist_ok=True)
certify(key, certificate, uid, output)
decorated_func(working_dir=working_dir, *args, **kwargs)
return wrapper
if not func:
return decorator
return decorator(func)
def create_key_revocation(
username: Username,
keyring_type: str = "packager",
func: Optional[Callable[..., Any]] = None,
) -> Callable[..., Any]:
def decorator(decorated_func: Callable[..., None]) -> Callable[..., Any]:
@wraps(decorated_func)
def wrapper(working_dir: Path, *args: Any, **kwargs: Any) -> None:
revocation = test_key_revocation[username][0]
keyring_root: Path = working_dir / "keyring"
keyring_root.mkdir(parents=True, exist_ok=True)
target_dir = keyring_root / keyring_type
decomposed_path: Path = convert_certificate(
working_dir=working_dir,
certificate=revocation,
keyring_dir=keyring_root / keyring_type,
fingerprint_filter=test_all_fingerprints,
)
user_dir = decomposed_path.parent
(target_dir / user_dir.name).mkdir(parents=True, exist_ok=True)
copytree(src=user_dir, dst=(target_dir / user_dir.name), dirs_exist_ok=True)
decorated_func(working_dir=working_dir, *args, **kwargs)
return wrapper
if not func:
return decorator
return decorator(func)
def create_signature_revocation(
issuer: Username, certified: Username, uid: Uid, func: Optional[Callable[[Any], None]] = None
) -> Callable[..., Any]:
def decorator(decorated_func: Callable[..., None]) -> Callable[..., Any]:
@wraps(decorated_func)
def wrapper(working_dir: Path, *args: Any, **kwargs: Any) -> None:
issuer_key: Path = test_keys[issuer][0]
keyring_root: Path = working_dir / "keyring"
keyring_certificate: Path = test_keyring_certificates[certified][0]
certified_fingerprint = keyring_certificate.name
with NamedTemporaryFile(dir=str(working_dir), prefix=f"{certified}", suffix=".asc") as certificate:
certificate_path: Path = Path(certificate.name)
export(
working_dir=working_dir,
keyring_root=keyring_root,
sources=[keyring_certificate],
output=certificate_path,
)
with TemporaryDirectory(prefix="gnupg") as gnupg_home:
env = {"GNUPGHOME": gnupg_home}
print(
system(
[
"gpg",
"--no-auto-check-trustdb",
"--import",
f"{str(issuer_key)}",
f"{str(certificate_path)}",
],
env=env,
)
)
uid_confirmations = ""
for cert_uid in test_certificate_uids[certified][0]:
if uid == cert_uid:
uid_confirmations += "y\n"
else:
uid_confirmations += "n\n"
commands = Popen(["echo", "-e", f"{uid_confirmations}y\n0\ny\n\ny\ny\nsave\n"], stdout=PIPE)
system(
[
"gpg",
"--no-auto-check-trustdb",
"--command-fd",
"0",
"--expert",
"--yes",
"--batch",
"--edit-key",
f"{certified_fingerprint}",
"revsig",
"save",
],
_stdin=commands.stdout,
env=env,
)
revoked_certificate = system(["gpg", "--armor", "--export", f"{certified_fingerprint}"], env=env)
certificate.truncate(0)
certificate.seek(0)
certificate.write(revoked_certificate.encode())
certificate.flush()
target_dir = keyring_root / "packager"
decomposed_path: Path = convert_certificate(
working_dir=working_dir,
certificate=certificate_path,
keyring_dir=target_dir,
fingerprint_filter=test_all_fingerprints,
)
user_dir = decomposed_path.parent
(target_dir / user_dir.name).mkdir(parents=True, exist_ok=True)
copytree(src=user_dir, dst=(target_dir / user_dir.name), dirs_exist_ok=True)
decorated_func(working_dir=working_dir, *args, **kwargs)
return wrapper
if not func:
return decorator
return decorator(func)
@fixture(scope="function")
def working_dir() -> Generator[Path, None, None]:
with TemporaryDirectory(prefix="arch-keyringctl-test-") as tempdir:
path: Path = Path(tempdir)
with cwd(path):
yield path
@fixture(scope="function")
def keyring_dir(working_dir: Path) -> Generator[Path, None, None]:
yield working_dir / "keyring"
def random_string(length: int, chars: str) -> str:
return "".join(choice(chars) for x in range(length))
@fixture(scope="function", params=[16, 40], ids=["short_id", "long_id"])
def valid_fingerprint(request: Any) -> Generator[str, None, None]:
yield random_string(length=request.param, chars="ABCDEF" + digits)
@fixture(scope="function", params=[16, 40], ids=["short_id", "long_id"])
def valid_subkey_fingerprint(request: Any) -> Generator[str, None, None]:
yield random_string(length=request.param, chars="ABCDEF" + digits)
@fixture(
scope="function",
params=[
(
16,
ascii_letters + hexdigits + punctuation,
),
(
40,
ascii_letters + hexdigits + punctuation,
),
(
randint(0, 15),
"ABCDEF" + digits,
),
(
randint(17, 39),
"ABCDEF" + digits,
),
(
randint(41, 100),
"ABCDEF" + digits,
),
],
ids=[
"short_id_wrong_chars",
"long_id_wrong_chars",
"right_chars_shorter_than_short_id",
"right_chars_shorter_than_long_id_longer_than_short_id",
"right_chars_longer_than_long_id",
],
)
def invalid_fingerprint(request: Any) -> Generator[str, None, None]:
yield random_string(length=request.param[0], chars=request.param[1])

45
tests/test_git.py Normal file
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from pathlib import Path
from typing import List
from typing import Optional
from unittest.mock import Mock
from unittest.mock import patch
from pytest import mark
from libkeyringctl import git
@mark.parametrize(
"git_path, base, paths",
[
(None, None, None),
(Path("git_path"), None, None),
(Path("git_path"), "base", None),
(Path("git_path"), "base", [Path("foo"), Path("bar")]),
],
)
@patch("libkeyringctl.git.system")
def test_git_changed_files(
system_mock: Mock,
git_path: Optional[Path],
base: Optional[str],
paths: Optional[List[Path]],
) -> None:
system_mock.return_value = "create some thing foo\n" "delete some thing bar\n" "some thing baz\n"
assert git.git_changed_files(git_path=git_path, base=base, paths=paths) == (
[Path("foo")],
[Path("bar")],
[Path("baz")],
)
name, args, kwargs = system_mock.mock_calls[0]
if git_path:
assert "-C" in args[0]
assert str(git_path) in args[0]
if base:
assert base in args[0]
if paths:
assert "--" in args[0]
for path in paths:
assert str(path) in args[0]

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tests/test_keyring.py Normal file
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from collections import defaultdict
from contextlib import nullcontext as does_not_raise
from copy import deepcopy
from datetime import datetime
from pathlib import Path
from random import choice
from string import digits
from typing import ContextManager
from typing import Dict
from typing import List
from typing import Optional
from typing import Set
from unittest.mock import Mock
from unittest.mock import patch
from pytest import mark
from pytest import raises
from libkeyringctl import keyring
from libkeyringctl.keyring import PACKET_FILENAME_DATETIME_FORMAT
from libkeyringctl.types import Fingerprint
from libkeyringctl.types import TrustFilter
from libkeyringctl.types import Uid
from libkeyringctl.types import Username
from .conftest import create_certificate
from .conftest import create_key_revocation
from .conftest import create_signature_revocation
from .conftest import create_uid_certification
from .conftest import test_all_fingerprints
from .conftest import test_certificates
from .conftest import test_keyring_certificates
from .conftest import test_keys
from .conftest import test_main_fingerprints
def test_is_pgp_fingerprint(
valid_fingerprint: str,
invalid_fingerprint: str,
) -> None:
assert keyring.is_pgp_fingerprint(string=valid_fingerprint) is True
assert keyring.is_pgp_fingerprint(string=invalid_fingerprint) is False
@mark.parametrize(
"create_paths, create_paths_in_keyring_dir",
[
(True, False),
(True, True),
(False, True),
(False, False),
],
)
def test_transform_username_to_keyring_path(
create_paths: bool,
create_paths_in_keyring_dir: bool,
working_dir: Path,
keyring_dir: Path,
) -> None:
paths = [Path("test")]
input_paths = deepcopy(paths)
for index, path in enumerate(paths):
path_in_working_dir = working_dir / path
if create_paths:
path_in_working_dir.mkdir()
if create_paths_in_keyring_dir:
(keyring_dir / path).mkdir(parents=True)
paths[index] = path_in_working_dir
modified_paths = deepcopy(paths)
keyring.transform_username_to_keyring_path(keyring_dir=keyring_dir, paths=paths)
for index, path in enumerate(paths):
if create_paths or (not create_paths and not create_paths_in_keyring_dir):
assert path == modified_paths[index]
if not create_paths and create_paths_in_keyring_dir:
assert path == keyring_dir / input_paths[index]
@mark.parametrize(
"fingerprint_path, create_paths, create_paths_in_keyring_dir",
[
(True, True, False),
(True, True, True),
(True, False, True),
(True, False, False),
(False, True, False),
(False, True, True),
(False, False, True),
(False, False, False),
],
)
def test_transform_fingerprint_to_keyring_path(
fingerprint_path: bool,
create_paths: bool,
create_paths_in_keyring_dir: bool,
working_dir: Path,
keyring_dir: Path,
valid_fingerprint: str,
) -> None:
paths = [Path(valid_fingerprint) if fingerprint_path else Path("test")]
input_paths = deepcopy(paths)
keyring_subdir = keyring_dir / "type" / "username"
for index, path in enumerate(paths):
path_in_working_dir = working_dir / path
if create_paths:
path_in_working_dir.mkdir()
if create_paths_in_keyring_dir:
(keyring_subdir / path).mkdir(parents=True)
paths[index] = path_in_working_dir
modified_paths = deepcopy(paths)
keyring.transform_fingerprint_to_keyring_path(keyring_root=keyring_dir, paths=paths)
for index, path in enumerate(paths):
if create_paths or (not fingerprint_path and not create_paths):
assert path == modified_paths[index]
if not create_paths and fingerprint_path and create_paths_in_keyring_dir:
assert path == keyring_subdir / input_paths[index]
@mark.parametrize(
"valid_current_packet_fingerprint, packet_type, issuer, expectation",
[
(True, "KeyRevocation", "self", does_not_raise()),
(True, "DirectKey", "self", does_not_raise()),
(True, "GenericCertification", "self", does_not_raise()),
(True, "KeyRevocation", None, does_not_raise()),
(True, "CertificationRevocation", None, does_not_raise()),
(True, "CertificationRevocation", "self", does_not_raise()),
(True, "DirectKey", None, does_not_raise()),
(True, "GenericCertification", None, does_not_raise()),
(True, "KeyRevocation", "foo", raises(Exception)),
(True, "DirectKey", "foo", does_not_raise()),
(True, "GenericCertification", "foo", does_not_raise()),
(True, "foo", "foo", does_not_raise()),
(True, "foo", "self", raises(Exception)),
(False, "KeyRevocation", True, raises(Exception)),
(False, "DirectKey", True, raises(Exception)),
(False, "GenericCertification", True, raises(Exception)),
(False, "CertificationRevocation", True, raises(Exception)),
],
)
@patch("libkeyringctl.keyring.get_fingerprint_from_partial")
@patch("libkeyringctl.keyring.packet_dump_field")
def test_convert_pubkey_signature_packet(
packet_dump_field_mock: Mock,
get_fingerprint_from_partial_mock: Mock,
valid_current_packet_fingerprint: bool,
packet_type: str,
issuer: Optional[str],
expectation: ContextManager[str],
working_dir: Path,
valid_fingerprint: Fingerprint,
) -> None:
packet = working_dir / "packet"
key_revocations: Dict[Fingerprint, Path] = {}
direct_revocations: Dict[Fingerprint, List[Path]] = defaultdict(list)
direct_sigs: Dict[Fingerprint, List[Path]] = defaultdict(list)
current_packet_fingerprint = None
if valid_current_packet_fingerprint:
current_packet_fingerprint = valid_fingerprint
packet_dump_field_mock.return_value = packet_type
if issuer == "self":
get_fingerprint_from_partial_mock.return_value = valid_fingerprint
else:
get_fingerprint_from_partial_mock.return_value = None if issuer is None else Fingerprint(issuer)
with expectation:
keyring.convert_pubkey_signature_packet(
packet=packet,
certificate_fingerprint=valid_fingerprint,
fingerprint_filter=None,
current_packet_fingerprint=current_packet_fingerprint,
key_revocations=key_revocations,
direct_revocations=direct_revocations,
direct_sigs=direct_sigs,
)
if issuer is None or current_packet_fingerprint is None:
assert not direct_revocations and not direct_sigs and not key_revocations
else:
if packet_type == "KeyRevocation":
assert key_revocations[valid_fingerprint] == packet
elif packet_type in ["CertificationRevocation"]:
if issuer != "self":
assert not direct_revocations
else:
assert direct_revocations[valid_fingerprint if issuer == "self" else Fingerprint(issuer)] == [
packet
]
elif packet_type in ["DirectKey", "GenericCertification"]:
if issuer != "self":
assert not direct_sigs
else:
assert direct_sigs[valid_fingerprint if issuer == "self" else Fingerprint(issuer)] == [packet]
@mark.parametrize(
"valid_current_packet_uid, packet_type, provide_issuer, issuer_in_filter, expectation",
[
(True, "CertificationRevocation", "self", True, does_not_raise()),
(True, "CertificationRevocation", "self", False, does_not_raise()),
(True, "SomeCertification", "self", True, does_not_raise()),
(True, "SomeCertification", "self", False, does_not_raise()),
(True, "CertificationRevocation", None, True, does_not_raise()),
(True, "CertificationRevocation", None, False, does_not_raise()),
(True, "SomeCertification", None, True, does_not_raise()),
(True, "SomeCertification", None, False, does_not_raise()),
(False, "CertificationRevocation", "self", True, raises(Exception)),
(False, "CertificationRevocation", "self", False, raises(Exception)),
(False, "SomeCertification", "self", True, raises(Exception)),
(False, "SomeCertification", "self", False, raises(Exception)),
(True, "foo", "self", True, raises(Exception)),
(True, "foo", "self", False, raises(Exception)),
],
)
@patch("libkeyringctl.keyring.get_fingerprint_from_partial")
@patch("libkeyringctl.keyring.packet_dump_field")
def test_convert_uid_signature_packet(
packet_dump_field_mock: Mock,
get_fingerprint_from_partial_mock: Mock,
valid_current_packet_uid: bool,
packet_type: str,
provide_issuer: Optional[str],
issuer_in_filter: bool,
expectation: ContextManager[str],
working_dir: Path,
valid_fingerprint: Fingerprint,
) -> None:
packet = working_dir / "packet"
certifications: Dict[Uid, Dict[Fingerprint, List[Path]]] = defaultdict(lambda: defaultdict(list))
revocations: Dict[Uid, Dict[Fingerprint, List[Path]]] = defaultdict(lambda: defaultdict(list))
current_packet_uid = None
issuer = None
fingerprint_filter: Set[Fingerprint] = {Fingerprint("foo")}
if valid_current_packet_uid:
current_packet_uid = Uid("Foobar McFooface <foo@barmcfoofa.ce>")
packet_dump_field_mock.return_value = packet_type
if provide_issuer == "self":
issuer = valid_fingerprint
else:
if provide_issuer is not None:
issuer = Fingerprint(provide_issuer)
get_fingerprint_from_partial_mock.return_value = issuer
if issuer_in_filter and issuer is not None:
fingerprint_filter.add(issuer)
with expectation:
keyring.convert_uid_signature_packet(
packet=packet,
current_packet_uid=current_packet_uid,
fingerprint_filter=fingerprint_filter,
certifications=certifications,
revocations=revocations,
)
if not valid_current_packet_uid or issuer is None:
assert not certifications and not revocations
else:
if packet_type == "CertificationRevocation" and valid_current_packet_uid and issuer_in_filter:
assert revocations[current_packet_uid][issuer] == [packet] # type: ignore
elif packet_type.endswith("Certification") and issuer_in_filter:
assert certifications[current_packet_uid][issuer] == [packet] # type: ignore
elif packet_type.endswith("Certification") and not issuer_in_filter:
assert not certifications
@mark.parametrize(
"valid_current_packet_fingerprint, packet_type, issuer, expectation",
[
(True, "SubkeyBinding", "self", does_not_raise()),
(True, "SubkeyRevocation", "self", does_not_raise()),
(True, "SubkeyBinding", None, does_not_raise()),
(True, "SubkeyRevocation", None, does_not_raise()),
(True, "SubkeyBinding", "foo", raises(Exception)),
(True, "SubkeyRevocation", "foo", raises(Exception)),
(False, "SubkeyBinding", "self", raises(Exception)),
(False, "SubkeyRevocation", "self", raises(Exception)),
(True, "foo", "self", raises(Exception)),
],
)
@patch("libkeyringctl.keyring.get_fingerprint_from_partial")
@patch("libkeyringctl.keyring.packet_dump_field")
def test_convert_subkey_signature_packet(
packet_dump_field_mock: Mock,
get_fingerprint_from_partial_mock: Mock,
valid_current_packet_fingerprint: bool,
packet_type: str,
issuer: Optional[str],
expectation: ContextManager[str],
working_dir: Path,
valid_fingerprint: Fingerprint,
) -> None:
packet = working_dir / "packet"
subkey_bindings: Dict[Fingerprint, List[Path]] = defaultdict(list)
subkey_revocations: Dict[Fingerprint, List[Path]] = defaultdict(list)
current_packet_fingerprint = None
if valid_current_packet_fingerprint:
current_packet_fingerprint = valid_fingerprint
packet_dump_field_mock.return_value = packet_type
if issuer == "self":
get_fingerprint_from_partial_mock.return_value = valid_fingerprint
else:
get_fingerprint_from_partial_mock.return_value = None if issuer is None else Fingerprint(issuer)
with expectation:
keyring.convert_subkey_signature_packet(
packet=packet,
certificate_fingerprint=valid_fingerprint,
current_packet_fingerprint=current_packet_fingerprint,
fingerprint_filter=None,
subkey_bindings=subkey_bindings,
subkey_revocations=subkey_revocations,
)
if issuer is None or not valid_current_packet_fingerprint:
assert not subkey_bindings and not subkey_revocations
else:
if packet_type == "SubkeyBinding" and issuer == "self":
assert subkey_bindings[valid_fingerprint] == [packet]
elif packet_type == "SubkeyRevocation" and issuer == "self":
assert subkey_revocations[valid_fingerprint] == [packet]
@mark.parametrize(
"valid_certificate_fingerprint, current_packet_mode, expectation",
[
(True, "pubkey", does_not_raise()),
(True, "uid", does_not_raise()),
(True, "subkey", does_not_raise()),
(True, "uattr", does_not_raise()),
(False, "pubkey", raises(Exception)),
(False, "uid", raises(Exception)),
(False, "subkey", raises(Exception)),
(False, "uattr", raises(Exception)),
(True, "foo", raises(Exception)),
],
)
@patch("libkeyringctl.keyring.convert_pubkey_signature_packet")
@patch("libkeyringctl.keyring.convert_uid_signature_packet")
@patch("libkeyringctl.keyring.convert_subkey_signature_packet")
def test_convert_signature_packet(
convert_subkey_signature_packet_mock: Mock,
convert_uid_signature_packet_mock: Mock,
convert_pubkey_signature_packet_mock: Mock,
valid_certificate_fingerprint: bool,
current_packet_mode: str,
expectation: ContextManager[str],
valid_fingerprint: Fingerprint,
) -> None:
certificate_fingerprint = None
key_revocations: Dict[Fingerprint, Path] = {}
direct_revocations: Dict[Fingerprint, List[Path]] = defaultdict(list)
direct_sigs: Dict[Fingerprint, List[Path]] = defaultdict(list)
certifications: Dict[Uid, Dict[Fingerprint, List[Path]]] = defaultdict(lambda: defaultdict(list))
revocations: Dict[Uid, Dict[Fingerprint, List[Path]]] = defaultdict(lambda: defaultdict(list))
subkey_bindings: Dict[Fingerprint, List[Path]] = defaultdict(list)
subkey_revocations: Dict[Fingerprint, List[Path]] = defaultdict(list)
if valid_certificate_fingerprint:
certificate_fingerprint = valid_fingerprint
with expectation:
keyring.convert_signature_packet(
packet=Path("foo"),
current_packet_mode=current_packet_mode,
certificate_fingerprint=certificate_fingerprint,
fingerprint_filter=None,
key_revocations=key_revocations,
current_packet_fingerprint=None,
current_packet_uid=None,
direct_revocations=direct_revocations,
direct_sigs=direct_sigs,
certifications=certifications,
revocations=revocations,
subkey_bindings=subkey_bindings,
subkey_revocations=subkey_revocations,
)
if current_packet_mode == "pubkey":
convert_pubkey_signature_packet_mock.assert_called_once()
elif current_packet_mode == "uid":
convert_uid_signature_packet_mock.assert_called_once()
elif current_packet_mode == "subkey":
convert_subkey_signature_packet_mock.assert_called_once()
@mark.parametrize(
"packet, packet_split, packet_dump_field, name_override, expectation",
[
(
Path("foo.asc"),
[
Path("--PublicKey"),
Path("--Signature"),
Path("--UserID"),
Path("--UserAttribute"),
Path("--PublicSubkey"),
Path("--Signature"),
],
[
"".join(choice("ABCDEF" + digits) for _ in range(40)),
"foo <foo@bar.com>",
"".join(choice("ABCDEF" + digits) for _ in range(40)),
],
"bar",
does_not_raise(),
),
(
Path("foo.asc"),
[
Path("--PublicKey"),
Path("--Signature"),
Path("--UserID"),
Path("--UserID"),
],
[
"".join(choice("ABCDEF" + digits) for _ in range(40)),
"foo <foo@bar.com>",
"foo <foo@bar.com>",
],
"bar",
raises(Exception),
),
(
Path("foo.asc"),
[
Path("--SecretKey"),
],
[],
None,
raises(Exception),
),
(
Path("foo.asc"),
[
Path("foo"),
],
[],
None,
raises(Exception),
),
(
Path("foo.asc"),
[
Path("--PublicKey"),
],
[
None,
],
"bar",
raises(Exception),
),
],
)
@patch("libkeyringctl.keyring.persist_key_material")
@patch("libkeyringctl.keyring.packet_split")
@patch("libkeyringctl.keyring.convert_signature_packet")
@patch("libkeyringctl.keyring.packet_dump_field")
@patch("libkeyringctl.keyring.derive_username_from_fingerprint")
def test_convert_certificate(
derive_username_from_fingerprint_mock: Mock,
packet_dump_field_mock: Mock,
convert_signature_packet_mock: Mock,
packet_split_mock: Mock,
persist_key_material_mock: Mock,
packet: Path,
packet_split: List[Path],
packet_dump_field: List[str],
name_override: Optional[Username],
expectation: ContextManager[str],
working_dir: Path,
keyring_dir: Path,
) -> None:
packet_split_mock.return_value = packet_split
packet_dump_field_mock.side_effect = packet_dump_field
with expectation:
keyring.convert_certificate(
working_dir=working_dir,
certificate=packet,
keyring_dir=keyring_dir,
name_override=name_override,
fingerprint_filter=None,
)
@patch("libkeyringctl.keyring.latest_certification")
@patch("libkeyringctl.keyring.packet_join")
def test_persist_subkey_revocations(
packet_join_mock: Mock,
latest_certification_mock: Mock,
working_dir: Path,
keyring_dir: Path,
valid_fingerprint: Fingerprint,
) -> None:
revocation_packet = working_dir / "latest_revocation.asc"
latest_certification_mock.return_value = revocation_packet
subkey_revocations: Dict[Fingerprint, List[Path]] = {
valid_fingerprint: [revocation_packet, working_dir / "earlier_revocation.asc"]
}
keyring.persist_subkey_revocations(
key_dir=keyring_dir,
subkey_revocations=subkey_revocations,
issuer=valid_fingerprint,
)
packet_join_mock.assert_called_once_with(
packets=[revocation_packet],
output=keyring_dir / "subkey" / valid_fingerprint / "revocation" / f"{valid_fingerprint}.asc",
force=True,
)
@patch("libkeyringctl.keyring.packet_signature_creation_time")
@patch("libkeyringctl.keyring.packet_join")
def test_persist_directkey_revocations(
packet_join_mock: Mock,
packet_signature_creation_time_mock: Mock,
working_dir: Path,
keyring_dir: Path,
valid_fingerprint: Fingerprint,
) -> None:
revocation_packet = working_dir / "latest_revocation.asc"
directkey_revocations: Dict[Fingerprint, List[Path]] = {valid_fingerprint: [revocation_packet]}
dt = datetime(2000, 1, 12, 11, 22, 33)
packet_signature_creation_time_mock.return_value = dt
keyring.persist_direct_key_revocations(
key_dir=keyring_dir,
direct_key_revocations=directkey_revocations,
)
packet_join_mock.assert_called_once_with(
packets=[revocation_packet],
output=keyring_dir
/ "directkey"
/ "revocation"
/ valid_fingerprint
/ f"{dt.strftime(PACKET_FILENAME_DATETIME_FORMAT)}.asc",
force=True,
)
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
def test_convert(working_dir: Path, keyring_dir: Path) -> None:
keyring.convert(
working_dir=working_dir,
keyring_root=keyring_dir,
sources=test_certificates[Username("foobar")],
target_dir=keyring_dir / "packager",
)
with raises(Exception):
keyring.convert(
working_dir=working_dir,
keyring_root=keyring_dir,
sources=test_keys[Username("foobar")],
target_dir=keyring_dir / "packager",
)
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("main"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_signature_revocation(issuer=Username("main"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
def test_clean_keyring(working_dir: Path, keyring_dir: Path) -> None:
# first pass clean up certification
keyring.clean_keyring(keyring=keyring_dir)
# second pass skipping clean up because lack of certification
keyring.clean_keyring(keyring=keyring_dir)
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("other_main"), uids=[Uid("other main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
def test_export_ownertrust(working_dir: Path, keyring_dir: Path) -> None:
output = working_dir / "build"
keyring.export_ownertrust(
certs=[keyring_dir / "main"],
keyring_root=keyring_dir,
output=output,
)
with open(file=output, mode="r") as output_file:
for line in output_file.readlines():
assert line.split(":")[0] in test_main_fingerprints
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_key_revocation(username=Username("foobar"))
def test_export_revoked(working_dir: Path, keyring_dir: Path) -> None:
output = working_dir / "build"
keyring.export_revoked(
certs=[keyring_dir / "packager"],
keyring_root=keyring_dir,
main_keys=test_main_fingerprints,
output=output,
)
revoked_fingerprints = test_all_fingerprints - test_main_fingerprints
with open(file=output, mode="r") as output_file:
for line in output_file.readlines():
assert line.strip() in revoked_fingerprints
@mark.parametrize("path_exists", [(True), (False)])
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("main"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_key_revocation(username=Username("foobar"))
def test_get_packets_from_path(working_dir: Path, keyring_dir: Path, path_exists: bool) -> None:
if not path_exists:
assert keyring.get_packets_from_path(path=working_dir / "nope") == []
else:
for username, paths in test_keyring_certificates.items():
for path in paths:
keyring.get_packets_from_path(path=path)
@mark.parametrize("path_exists", [(True), (False)])
@patch("libkeyringctl.keyring.get_packets_from_path")
def test_get_packets_from_listing(get_packets_from_path_mock: Mock, working_dir: Path, path_exists: bool) -> None:
path = working_dir / "path"
if not path_exists:
assert keyring.get_packets_from_listing(path=path) == []
else:
get_packets_from_path_mock.return_value = []
sub_path = path / "sub"
sub_path.mkdir(parents=True)
assert keyring.get_packets_from_listing(path=path) == []
get_packets_from_path_mock.assert_called_once_with(sub_path)
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("main"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_key_revocation(username=Username("foobar"))
def test_export(working_dir: Path, keyring_dir: Path) -> None:
output_file = working_dir / "output"
empty_dir = working_dir / "empty"
empty_dir.mkdir()
assert not keyring.export(working_dir=working_dir, keyring_root=empty_dir, sources=None, output=output_file)
assert not output_file.exists()
keyring.export(working_dir=working_dir, keyring_root=keyring_dir, sources=None, output=output_file)
assert output_file.exists()
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("main"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_key_revocation(username=Username("foobar"))
def test_build(working_dir: Path, keyring_dir: Path) -> None:
output_dir = working_dir / "output"
with raises(FileNotFoundError):
empty_dir = working_dir / "empty"
empty_dir.mkdir()
keyring.build(working_dir=working_dir, keyring_root=empty_dir, target_dir=output_dir)
keyring.build(working_dir=working_dir, keyring_root=keyring_dir, target_dir=output_dir)
assert (
(output_dir / "archlinux.gpg").exists()
and (output_dir / "archlinux-trusted").exists()
and (output_dir / "archlinux-revoked").exists()
)
@mark.parametrize(
"create_dir, duplicate_fingerprints, expectation",
[
(True, False, does_not_raise()),
(True, True, raises(Exception)),
(False, False, does_not_raise()),
(False, True, does_not_raise()),
],
)
def test_derive_username_from_fingerprint(
create_dir: bool,
duplicate_fingerprints: bool,
expectation: ContextManager[str],
keyring_dir: Path,
valid_fingerprint: str,
) -> None:
username = "username"
other_username = "other_user"
typed_keyring_dir = keyring_dir / "type"
if create_dir:
(typed_keyring_dir / username / valid_fingerprint).mkdir(parents=True)
if duplicate_fingerprints:
(typed_keyring_dir / other_username / valid_fingerprint).mkdir(parents=True)
with expectation:
returned_username = keyring.derive_username_from_fingerprint(
keyring_dir=typed_keyring_dir,
certificate_fingerprint=Fingerprint(valid_fingerprint),
)
if create_dir and not duplicate_fingerprints:
assert returned_username == username
else:
assert returned_username is None
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
def test_list_keyring(working_dir: Path, keyring_dir: Path) -> None:
packager_fingerprints = test_all_fingerprints - test_main_fingerprints
with patch("builtins.print") as print_mock:
keyring.list_keyring(keyring_root=keyring_dir, sources=None, main_keys=False)
print_args = [mock_call[1][0] for mock_call in print_mock.mock_calls]
for fingerprint in packager_fingerprints:
assert any([fingerprint in print_arg for print_arg in print_args])
with patch("builtins.print") as print_mock:
keyring.list_keyring(keyring_root=keyring_dir, sources=None, main_keys=True)
print_args = [mock_call[1][0] for mock_call in print_mock.mock_calls]
for fingerprint in test_main_fingerprints:
assert any([fingerprint in print_arg for print_arg in print_args])
for name, paths in test_keyring_certificates.items():
if all(["main" in str(path) for path in paths]):
for path in paths:
with patch("builtins.print") as print_mock:
keyring.list_keyring(keyring_root=keyring_dir, sources=[path], main_keys=True)
print_args = [mock_call[1][0] for mock_call in print_mock.mock_calls]
assert name in print_args[0] and path.stem in print_args[0]
elif all(["packager" in str(path) for path in paths]):
for path in paths:
with patch("builtins.print") as print_mock:
keyring.list_keyring(keyring_root=keyring_dir, sources=[path], main_keys=False)
print_args = [mock_call[1][0] for mock_call in print_mock.mock_calls]
assert name in print_args[0] and path.stem in print_args[0]
with patch("builtins.print") as print_mock:
keyring.list_keyring(
keyring_root=keyring_dir, sources=paths, main_keys=False, trust_filter=TrustFilter.revoked
)
print_args = [mock_call[1][0] for mock_call in print_mock.mock_calls]
assert not print_args
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
def test_inspect_keyring(working_dir: Path, keyring_dir: Path) -> None:
inspect_string = keyring.inspect_keyring(working_dir=working_dir, keyring_root=keyring_dir, sources=None)
for fingerprint in test_all_fingerprints:
assert fingerprint in inspect_string
for name, paths in test_keyring_certificates.items():
if all(["main" in str(path) for path in paths]):
for path in paths:
inspect_string = keyring.inspect_keyring(
working_dir=working_dir,
keyring_root=keyring_dir,
sources=[path],
)
assert path.stem in inspect_string
elif all(["packager" in str(path) for path in paths]):
for path in paths:
inspect_string = keyring.inspect_keyring(
working_dir=working_dir,
keyring_root=keyring_dir,
sources=[path],
)
assert path.stem in inspect_string
def test_get_fingerprints_from_paths(keyring_dir: Path, valid_fingerprint: str, valid_subkey_fingerprint: str) -> None:
fingerprint_dir = keyring_dir / "type" / "username" / valid_fingerprint
fingerprint_dir.mkdir(parents=True)
(fingerprint_dir / (fingerprint_dir.name + ".asc")).touch()
fingerprint_subkey_dir = fingerprint_dir / "subkey" / valid_subkey_fingerprint
fingerprint_subkey_dir.mkdir(parents=True)
fingerprint_subkey_asc = fingerprint_subkey_dir / (fingerprint_subkey_dir.name + ".asc")
fingerprint_subkey_asc.touch()
assert keyring.get_fingerprints_from_paths(sources=[fingerprint_subkey_dir]) == {
Fingerprint(valid_subkey_fingerprint)
}
assert keyring.get_fingerprints_from_paths(sources=[fingerprint_dir]) == {Fingerprint(valid_fingerprint)}

368
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from contextlib import nullcontext as does_not_raise
from datetime import datetime
from datetime import timedelta
from datetime import timezone
from pathlib import Path
from tempfile import TemporaryDirectory
from typing import ContextManager
from typing import Dict
from typing import Optional
from unittest.mock import Mock
from unittest.mock import patch
from pytest import mark
from pytest import raises
from libkeyringctl import sequoia
from libkeyringctl.types import Fingerprint
from libkeyringctl.types import PacketKind
from libkeyringctl.types import Uid
from libkeyringctl.types import Username
@mark.parametrize(
"create_subdir, preserve_filename",
[
(False, True),
(False, False),
(True, True),
(True, False),
],
)
@patch("libkeyringctl.sequoia.system")
@patch("libkeyringctl.sequoia.mkdtemp")
def test_keyring_split(mkdtemp_mock: Mock, system_mock: Mock, create_subdir: bool, preserve_filename: bool) -> None:
with TemporaryDirectory() as tmp_dir_name:
tmp_dir = Path(tmp_dir_name)
keyring_tmp_dir = tmp_dir / "keyring"
keyring_tmp_dir.mkdir()
mkdtemp_mock.return_value = keyring_tmp_dir.absolute()
if create_subdir:
keyring_sub_dir = keyring_tmp_dir / "foo"
keyring_sub_dir.mkdir()
returned = sequoia.keyring_split(
working_dir=tmp_dir,
keyring=Path("foo"),
preserve_filename=preserve_filename,
)
if create_subdir:
assert returned == [keyring_sub_dir]
else:
assert returned == []
@mark.parametrize(
"output",
[
None,
Path("output"),
],
)
@patch("libkeyringctl.sequoia.system")
def test_keyring_merge(system_mock: Mock, output: Optional[Path]) -> None:
certificates = [Path("foo"), Path("bar")]
system_mock.return_value = "return"
assert sequoia.keyring_merge(certificates=certificates, output=output) == "return"
name, args, kwargs = system_mock.mock_calls[0]
for cert in certificates:
assert str(cert) in args[0]
if output:
assert "--output" in args[0] and str(output) in args[0]
@patch("libkeyringctl.sequoia.system")
@patch("libkeyringctl.sequoia.mkdtemp")
def test_packet_split(mkdtemp_mock: Mock, system_mock: Mock) -> None:
certificate = Path("certificate")
with TemporaryDirectory() as tmp_dir_name:
tmp_dir = Path(tmp_dir_name)
keyring_tmp_dir = tmp_dir / "keyring"
keyring_tmp_dir.mkdir()
mkdtemp_mock.return_value = keyring_tmp_dir.absolute()
keyring_sub_dir = keyring_tmp_dir / "foo"
keyring_sub_dir.mkdir()
assert sequoia.packet_split(working_dir=tmp_dir, certificate=certificate) == [keyring_sub_dir]
name, args, kwargs = system_mock.mock_calls[0]
assert str(certificate) == args[0][-1]
@mark.parametrize("output, force", [(None, True), (None, False), (Path("output"), True), (Path("output"), False)])
@patch("libkeyringctl.sequoia.system")
def test_packet_join(system_mock: Mock, output: Optional[Path], force: bool) -> None:
packets = [Path("packet1"), Path("packet2")]
system_return = "return"
system_mock.return_value = system_return
assert sequoia.packet_join(packets, output=output, force=force) == system_return
name, args, kwargs = system_mock.mock_calls[0]
for packet in packets:
assert str(packet) in args[0]
if force:
assert "--force" == args[0][1]
if output:
assert "--output" in args[0] and str(output) in args[0]
@mark.parametrize(
"certifications_in_result, certifications, fingerprints",
[
("something: 0123456789123456789012345678901234567890\n", True, None),
("something: 0123456789123456789012345678901234567890\n", False, None),
(
"something: 0123456789123456789012345678901234567890\n",
True,
{Fingerprint("0123456789123456789012345678901234567890"): Username("foo")},
),
(
"something: 0123456789123456789012345678901234567890\n",
False,
{Fingerprint("0123456789123456789012345678901234567890"): Username("foo")},
),
(
"something: 5678901234567890\n",
True,
{Fingerprint("0123456789123456789012345678901234567890"): Username("foo")},
),
(
"something: 5678901234567890\n",
False,
{Fingerprint("0123456789123456789012345678901234567890"): Username("foo")},
),
],
)
@patch("libkeyringctl.sequoia.system")
def test_inspect(
system_mock: Mock,
certifications_in_result: str,
certifications: bool,
fingerprints: Optional[Dict[Fingerprint, Username]],
) -> None:
packet = Path("packet")
result_header = "result\n"
if certifications:
system_mock.return_value = result_header + "\n" + certifications_in_result
else:
system_mock.return_value = result_header
returned = sequoia.inspect(packet=packet, certifications=certifications, fingerprints=fingerprints)
if fingerprints and certifications:
for fingerprint, username in fingerprints.items():
assert f"{fingerprint[24:]} {username}" in returned
assert result_header in returned
@patch("libkeyringctl.sequoia.system")
def test_packet_dump(system_mock: Mock) -> None:
system_mock.return_value = "return"
assert sequoia.packet_dump(packet=Path("packet")) == "return"
system_mock.called_once_with(["sq", "packet", "dump", "packet"])
@mark.parametrize(
"packet_dump_return, query, result, expectation",
[
(
"""
Signature Packet
Version: 4
Type: SubkeyBinding
Hash algo: SHA512
""",
"Type",
"SubkeyBinding",
does_not_raise(),
),
(
"""
Signature Packet
Version: 4
Type: SubkeyBinding
Hash algo: SHA512
Hashed area:
Signature creation time: 2022-12-31 15:53:59 UTC
Issuer: BBBBBB
Unhashed area:
Issuer: 42424242
""",
"Unhashed area.Issuer",
"42424242",
does_not_raise(),
),
(
"""
Signature Packet
Version: 4
Type: SubkeyBinding
Hash algo: SHA512
Hashed area:
Signature creation time: 2022-12-31 15:53:59 UTC
Unhashed area:
Issuer: 42424242
""",
"Hashed area|Unhashed area.Issuer",
"42424242",
does_not_raise(),
),
(
"""
Signature Packet
Version: 4
Type: SubkeyBinding
Hash algo: SHA1
Hashed area:
Signature creation time: 2022-12-31
""",
"*.Signature creation time",
"2022-12-31",
does_not_raise(),
),
(
"""
Signature Packet
a:
b:
x: foo
b:
b:
c: bar
""",
"*.b.c",
"bar",
does_not_raise(),
),
(
"""
Signature Packet
a:
b:
x:
y:
z: foo
b:
b:
x:
y:
z: foo
w:
w: foo
k:
i:
c: bar
""",
"*.b.*.*.c",
"bar",
does_not_raise(),
),
(
"""
Signature Packet
a:
c:
b: foo
a:
b: bar
""",
"a.b",
"bar",
does_not_raise(),
),
(
"""
Signature Packet
Version: 4
Type: SubkeyBinding
Hash algo: SHA512
Hashed area:
Signature creation time: 2022-12-31 15:53:59 UTC
Unhashed area:
Issuer: 42424242
Issuer: BBBBBBBB
""",
"Hashed area.Issuer",
None,
raises(Exception),
),
],
)
@patch("libkeyringctl.sequoia.packet_dump")
def test_packet_dump_field(
packet_dump_mock: Mock,
packet_dump_return: str,
query: str,
result: str,
expectation: ContextManager[str],
) -> None:
packet_dump_mock.return_value = packet_dump_return
with expectation:
assert sequoia.packet_dump_field(packet=Path("packet"), query=query) == result
@patch("libkeyringctl.sequoia.packet_dump_field")
def test_packet_signature_creation_time(packet_dump_field_mock: Mock) -> None:
creation_time = "2021-10-31 00:48:09 UTC"
packet_dump_field_mock.return_value = creation_time
assert sequoia.packet_signature_creation_time(packet=Path("packet")) == datetime.strptime(
creation_time, "%Y-%m-%d %H:%M:%S %Z"
)
@patch("libkeyringctl.sequoia.packet_dump")
def test_packet_kinds(packet_dump_mock: Mock) -> None:
lines = [
"Type1 something",
" foo",
"Type2",
"WARNING",
"Type3 other",
" bar",
]
path = Path("foo")
packet_dump_mock.return_value = "\n".join(lines)
assert sequoia.packet_kinds(packet=path) == [PacketKind("Type1"), PacketKind("Type2"), PacketKind("Type3")]
@patch("libkeyringctl.sequoia.packet_signature_creation_time")
def test_latest_certification(packet_signature_creation_time_mock: Mock) -> None:
now = datetime.now(tz=timezone.utc)
later = now + timedelta(days=1)
early_cert = Path("cert1")
later_cert = Path("cert2")
packet_signature_creation_time_mock.side_effect = [now, later]
assert sequoia.latest_certification(certifications=[early_cert, later_cert]) == later_cert
packet_signature_creation_time_mock.side_effect = [later, now]
assert sequoia.latest_certification(certifications=[later_cert, early_cert]) == later_cert
@mark.parametrize("output", [(None), (Path("output"))])
@patch("libkeyringctl.sequoia.system")
def test_key_extract_certificate(system_mock: Mock, output: Optional[Path]) -> None:
system_mock.return_value = "return"
assert sequoia.key_extract_certificate(key=Path("key"), output=output) == "return"
name, args, kwargs = system_mock.mock_calls[0]
if output:
assert str(output) == args[0][-1]
@mark.parametrize("output", [(None), (Path("output"))])
@patch("libkeyringctl.sequoia.system")
def test_certify(system_mock: Mock, output: Optional[Path]) -> None:
system_mock.return_value = "return"
assert sequoia.certify(key=Path("key"), certificate=Path("cert"), uid=Uid("uid"), output=output) == "return"
name, args, kwargs = system_mock.mock_calls[0]
if output:
assert str(output) == args[0][-1]

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from pathlib import Path
from typing import List
from unittest.mock import Mock
from unittest.mock import patch
from pytest import mark
from pytest import raises
from libkeyringctl.trust import certificate_trust
from libkeyringctl.trust import certificate_trust_from_paths
from libkeyringctl.trust import filter_by_trust
from libkeyringctl.trust import format_trust_label
from libkeyringctl.trust import trust_color
from libkeyringctl.trust import trust_icon
from libkeyringctl.types import Color
from libkeyringctl.types import Fingerprint
from libkeyringctl.types import Trust
from libkeyringctl.types import TrustFilter
from libkeyringctl.types import Uid
from libkeyringctl.types import Username
from .conftest import create_certificate
from .conftest import create_key_revocation
from .conftest import create_signature_revocation
from .conftest import create_uid_certification
from .conftest import test_all_fingerprints
from .conftest import test_keyring_certificates
from .conftest import test_main_fingerprints
@mark.parametrize(
"sources",
[
([Path("foobar")]),
([Path("foobar"), Path("quxdoo")]),
],
)
@patch("libkeyringctl.trust.certificate_trust")
def test_certificate_trust_from_paths(
certificate_trust_mock: Mock,
sources: List[Path],
working_dir: Path,
) -> None:
certificate_trust_mock.return_value = Trust.full
for source in sources:
source.mkdir(parents=True, exist_ok=True)
cert = source / "foo.asc"
cert.touch()
trusts = certificate_trust_from_paths(
sources=sources, main_keys=test_main_fingerprints, all_fingerprints=test_all_fingerprints
)
for i, source in enumerate(sources):
name, args, kwargs = certificate_trust_mock.mock_calls[i]
assert kwargs["certificate"] == source
assert kwargs["main_keys"] == test_main_fingerprints
assert kwargs["all_fingerprints"] == test_all_fingerprints
fingerprint = Fingerprint(source.name)
assert Trust.full == trusts[fingerprint]
assert len(trusts) == len(sources)
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")], keyring_type="main")
def test_certificate_trust_main_key_has_full_trust(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.full == trust
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")], keyring_type="main")
@create_key_revocation(username=Username("foobar"), keyring_type="main")
def test_certificate_trust_main_key_revoked(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.revoked == trust
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")], keyring_type="main")
@create_key_revocation(username=Username("foobar"), keyring_type="main")
def test_certificate_trust_main_key_revoked_unknown_fingerprint_lookup(working_dir: Path, keyring_dir: Path) -> None:
fingerprint = Fingerprint(test_keyring_certificates[Username("foobar")][0].name)
revocation = list((keyring_dir / "main" / "foobar" / fingerprint / "revocation").iterdir())[0]
revocation.rename(revocation.parent / "12341234.asc")
with raises(Exception):
certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
{Fingerprint("12341234")},
)
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")], keyring_type="main")
@create_key_revocation(username=Username("foobar"), keyring_type="main")
def test_certificate_trust_main_key_revoked_unknown_self_revocation(working_dir: Path, keyring_dir: Path) -> None:
fingerprint = Fingerprint(test_keyring_certificates[Username("foobar")][0].name)
revocation = list((keyring_dir / "main" / "foobar" / fingerprint / "revocation").iterdir())[0]
revocation.rename(revocation.parent / "12341234.asc")
with raises(Exception):
certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
set(),
)
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")])
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
def test_certificate_trust_no_signature_is_unknown(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.unknown == trust
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("main"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
def test_certificate_trust_one_signature_is_marginal(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.marginal == trust
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("not_main"), uids=[Uid("main <foo@bar.xyz>")])
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("not_main"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
def test_certificate_trust_one_none_main_signature_gives_no_trust(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.unknown == trust
@create_certificate(username=Username("main1"), uids=[Uid("main1 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main2"), uids=[Uid("main2 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main3"), uids=[Uid("main3 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("main1"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("main2"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("main3"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
def test_certificate_trust_three_main_signature_gives_full_trust(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.full == trust
@create_certificate(username=Username("main1"), uids=[Uid("main1 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main2"), uids=[Uid("main2 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main3"), uids=[Uid("main3 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("main1"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("main2"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("main3"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_key_revocation(username=Username("main3"), keyring_type="main")
def test_certificate_trust_three_main_signature_one_revoked(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.marginal == trust
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_key_revocation(username=Username("foobar"))
def test_certificate_trust_revoked_key(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.revoked == trust
@create_certificate(username=Username("main"), uids=[Uid("main <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("main"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_signature_revocation(issuer=Username("main"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
def test_certificate_trust_one_signature_revoked(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.revoked == trust
@create_certificate(username=Username("main1"), uids=[Uid("main1 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main2"), uids=[Uid("main2 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main3"), uids=[Uid("main3 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("main1"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("main2"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("main3"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_signature_revocation(issuer=Username("main3"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
def test_certificate_trust_revoked_if_below_full(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.revoked == trust
@create_certificate(username=Username("main1"), uids=[Uid("main1 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main2"), uids=[Uid("main2 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main3"), uids=[Uid("main3 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main4"), uids=[Uid("main4 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_uid_certification(issuer=Username("main1"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("main2"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("main3"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("main4"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_signature_revocation(issuer=Username("main4"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
def test_certificate_trust_full_remains_if_enough_sigs_present(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.full == trust
@create_certificate(username=Username("main1"), uids=[Uid("main1 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main2"), uids=[Uid("main2 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("main3"), uids=[Uid("main3 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>"), Uid("old <old@old.old>")])
@create_uid_certification(issuer=Username("main1"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("main2"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_signature_revocation(issuer=Username("foobar"), certified=Username("foobar"), uid=Uid("old <old@old.old>"))
def test_certificate_trust_not_revoked_if_only_one_uid_is_self_revoked(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.marginal == trust
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>"), Uid("old <old@old.old>")])
@create_signature_revocation(issuer=Username("foobar"), certified=Username("foobar"), uid=Uid("old <old@old.old>"))
def test_certificate_trust_unknown_if_only_contains_self_revoked(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.unknown == trust
@create_certificate(username=Username("main1"), uids=[Uid("main1 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>"), Uid("old <old@old.old>")])
@create_uid_certification(issuer=Username("main1"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
def test_certificate_trust_missing_signature_fingerprint_lookup(working_dir: Path, keyring_dir: Path) -> None:
with raises(Exception):
certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
set(),
)
@create_certificate(username=Username("foobar"), uids=[Uid("old <old@old.old>")])
@create_signature_revocation(issuer=Username("foobar"), certified=Username("foobar"), uid=Uid("old <old@old.old>"))
def test_certificate_trust_missing_revocation_fingerprint_lookup(working_dir: Path, keyring_dir: Path) -> None:
with raises(Exception):
certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
set(),
)
@create_certificate(username=Username("main1"), uids=[Uid("main1 <foo@bar.xyz>")], keyring_type="main")
@create_certificate(username=Username("foobar"), uids=[Uid("foobar <foo@bar.xyz>")])
@create_certificate(username=Username("packager"), uids=[Uid("packager <packager@bar.xyz>")])
@create_uid_certification(issuer=Username("main1"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_uid_certification(issuer=Username("packager"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
@create_signature_revocation(issuer=Username("packager"), certified=Username("foobar"), uid=Uid("foobar <foo@bar.xyz>"))
def test_certificate_trust_ignore_3rd_party_revocation(working_dir: Path, keyring_dir: Path) -> None:
trust = certificate_trust(
test_keyring_certificates[Username("foobar")][0],
test_main_fingerprints,
test_all_fingerprints,
)
assert Trust.marginal == trust
@mark.parametrize(
"trust, result",
[
(Trust.revoked, Color.RED),
(Trust.full, Color.GREEN),
(Trust.marginal, Color.YELLOW),
(Trust.unknown, Color.YELLOW),
],
)
def test_trust_color(trust: Trust, result: Color) -> None:
assert trust_color(trust) == result
@mark.parametrize(
"trust, result",
[
(Trust.revoked, "✗"),
(Trust.full, "✓"),
(Trust.marginal, "~"),
(Trust.unknown, "~"),
(None, "?"),
],
)
def test_trust_icon(trust: Trust, result: str) -> None:
assert trust_icon(trust) == result
@mark.parametrize(
"trust",
[
Trust.revoked,
Trust.full,
Trust.marginal,
Trust.unknown,
],
)
@patch("libkeyringctl.trust.trust_icon")
@patch("libkeyringctl.trust.trust_color")
def test_format_trust_label(trust_color_mock: Mock, trust_icon_mock: Mock, trust: Trust) -> None:
trust_icon_mock.return_value = "ICON"
trust_color_mock.return_value = Color.GREEN
assert f"{Color.GREEN.value}ICON {trust.name}{Color.RST.value}" == format_trust_label(trust)
@mark.parametrize(
"trust, trust_filter, result",
[
(Trust.revoked, TrustFilter.unknown, False),
(Trust.full, TrustFilter.unknown, False),
(Trust.marginal, TrustFilter.unknown, False),
(Trust.unknown, TrustFilter.unknown, True),
(Trust.revoked, TrustFilter.marginal, False),
(Trust.full, TrustFilter.marginal, False),
(Trust.marginal, TrustFilter.marginal, True),
(Trust.unknown, TrustFilter.marginal, False),
(Trust.revoked, TrustFilter.full, False),
(Trust.full, TrustFilter.full, True),
(Trust.marginal, TrustFilter.full, False),
(Trust.unknown, TrustFilter.full, False),
(Trust.revoked, TrustFilter.revoked, True),
(Trust.full, TrustFilter.revoked, False),
(Trust.marginal, TrustFilter.revoked, False),
(Trust.unknown, TrustFilter.revoked, False),
(Trust.revoked, TrustFilter.unrevoked, False),
(Trust.full, TrustFilter.unrevoked, True),
(Trust.marginal, TrustFilter.unrevoked, True),
(Trust.unknown, TrustFilter.unrevoked, True),
(Trust.revoked, TrustFilter.all, True),
(Trust.full, TrustFilter.all, True),
(Trust.marginal, TrustFilter.all, True),
(Trust.unknown, TrustFilter.all, True),
],
)
def test_filter_by_trust(trust: Trust, trust_filter: TrustFilter, result: bool) -> None:
assert filter_by_trust(trust=trust, trust_filter=trust_filter) == result

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tests/test_util.py Normal file
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from os import chdir
from os import getcwd
from pathlib import Path
from tempfile import NamedTemporaryFile
from tempfile import TemporaryDirectory
from typing import Dict
from typing import List
from unittest.mock import Mock
from unittest.mock import patch
from pytest import mark
from pytest import raises
from libkeyringctl import util
from libkeyringctl.types import Fingerprint
from libkeyringctl.types import Trust
def test_cwd() -> None:
with TemporaryDirectory() as tmp_dir_name:
tmp_dir = Path(tmp_dir_name)
test_dir = tmp_dir / "test"
test_dir.mkdir()
chdir(tmp_dir)
with util.cwd(new_dir=test_dir):
assert getcwd() == str(test_dir)
assert getcwd() == str(tmp_dir)
@mark.parametrize(
"input_list, output_list",
[
([Path("/foo"), Path("/bar/foo"), Path("/foo/20")], [Path("/foo/20"), Path("/foo"), Path("/bar/foo")]),
],
)
def test_natural_sort_path(input_list: List[Path], output_list: List[Path]) -> None:
assert util.natural_sort_path(_list=input_list) == output_list
@mark.parametrize(
"raise_on_cmd, exit_on_error",
[
(False, True),
(False, False),
(True, True),
(True, False),
],
)
@patch("libkeyringctl.util.exit")
@patch("libkeyringctl.util.check_output")
def test_system(check_output_mock: Mock, exit_mock: Mock, raise_on_cmd: bool, exit_on_error: bool) -> None:
if raise_on_cmd:
check_output_mock.side_effect = util.CalledProcessError(returncode=1, cmd="foo", output=b"output")
with raises(util.CalledProcessError):
util.system(["foo"], exit_on_error=exit_on_error)
if exit_on_error:
exit_mock.assert_called_once_with(1)
else:
check_output_mock.return_value = b"output"
assert util.system(["foo"], exit_on_error=exit_on_error) == "output"
def test_absolute_path() -> None:
with TemporaryDirectory() as tmp_dir_name:
tmp_dir = Path(tmp_dir_name)
test_dir = tmp_dir / "test"
test_dir.mkdir()
chdir(tmp_dir)
assert util.absolute_path(path="test") == test_dir
def test_transform_fd_to_tmpfile() -> None:
with TemporaryDirectory() as tmp_dir_name:
tmp_dir = Path(tmp_dir_name)
with NamedTemporaryFile(dir=tmp_dir) as tmp_file:
tmp_file_fd = tmp_file.fileno()
util.transform_fd_to_tmpfile(
working_dir=tmp_dir,
sources=[Path("/foo"), Path(f"/proc/self/fd/{tmp_file_fd}")],
)
def test_get_cert_paths() -> None:
with TemporaryDirectory() as tmp_dir_name:
tmp_dir = Path(tmp_dir_name)
cert_dir1 = tmp_dir / "cert1"
cert_dir1.mkdir()
cert1 = cert_dir1 / "cert1.asc"
cert1.touch()
cert_dir2 = tmp_dir / "cert2"
cert_dir2.mkdir()
cert2 = cert_dir2 / "cert2.asc"
cert2.touch()
assert util.get_cert_paths(paths=[tmp_dir]) == {cert_dir1, cert_dir2}
def test_get_parent_cert_paths() -> None:
with TemporaryDirectory() as tmp_dir_name:
tmp_dir = Path(tmp_dir_name)
keyring_dir = tmp_dir / "keyring"
group_dir = keyring_dir / "parent"
user_dir = group_dir / "parent"
cert_dir1 = user_dir / "cert1"
cert_dir1.mkdir(parents=True)
cert1 = cert_dir1 / "cert1.asc"
cert1.touch()
cert_dir2 = cert_dir1 / "cert2"
cert_dir2.mkdir(parents=True)
cert2 = cert_dir2 / "cert2.asc"
cert2.touch()
assert util.get_parent_cert_paths(paths=[cert1, cert2]) == {cert_dir1}
@mark.parametrize(
"fingerprints, fingerprint, result",
[
(
[Fingerprint("foo"), Fingerprint("bar")],
Fingerprint("foo"),
True,
),
(
[Fingerprint("foo"), Fingerprint("bar")],
Fingerprint("baz"),
False,
),
],
)
def test_contains_fingerprint(fingerprints: List[Fingerprint], fingerprint: Fingerprint, result: bool) -> None:
assert util.contains_fingerprint(fingerprints=fingerprints, fingerprint=fingerprint) is result
@mark.parametrize(
"fingerprints, fingerprint, result",
[
([Fingerprint("blahfoo"), Fingerprint("blahbar")], Fingerprint("foo"), Fingerprint("blahfoo")),
([Fingerprint("blahfoo"), Fingerprint("blahbar")], Fingerprint("blahfoo"), Fingerprint("blahfoo")),
(
[Fingerprint("bazfoo"), Fingerprint("bazbar")],
Fingerprint("baz"),
None,
),
],
)
def test_get_fingerprint_from_partial(fingerprints: List[Fingerprint], fingerprint: Fingerprint, result: bool) -> None:
assert util.get_fingerprint_from_partial(fingerprints=fingerprints, fingerprint=fingerprint) is result
@mark.parametrize(
"trusts, trust, result",
[
(
{Fingerprint("foo"): Trust.full, Fingerprint("bar"): Trust.marginal},
Trust.full,
[Fingerprint("foo")],
),
(
{Fingerprint("foo"): Trust.full, Fingerprint("bar"): Trust.full},
Trust.full,
[Fingerprint("foo"), Fingerprint("bar")],
),
(
{Fingerprint("foo"): Trust.full, Fingerprint("bar"): Trust.marginal},
Trust.unknown,
[],
),
(
{},
Trust.unknown,
[],
),
],
)
def test_filter_fingerprints_by_trust(
trusts: Dict[Fingerprint, Trust], trust: Trust, result: List[Fingerprint]
) -> None:
assert util.filter_fingerprints_by_trust(trusts=trusts, trust=trust) == result
@mark.parametrize(
"_str, result",
[
("foobar", "foobar"),
("", ""),
("bbàáâãğț aa", "bbaaaagt_aa"),
("<>", ""),
("!#$%^&*()_☃", "___________"),
("_-.+@", "_-.+@"),
],
)
def test_simplify_ascii(_str: str, result: str) -> None:
assert util.simplify_ascii(_str=_str) == result