def test_list_gpg_keys_on_ro_gpg_home(
gpg_ctx_w_secret_id_ro: GpgContextWGenInfo) -> None:
gpg_ctx = gpg_ctx_w_secret_id_ro
# This is a known gpg bug.
# See [gnupg - gpg list keys error trustdb is not writable - Stack
# Overflow](https://stackoverflow.com/questions/41916857/gpg-list-keys-error-trustdb-is-not-writable)
list_gpg_keys(proc=gpg_ctx.proc)
def test_export_and_import_public_id(
gpg_ctx_w_2_distinct_secret_ids: GpgContextWGenInfo,
tmp_export_dir: Path,
gpg_ctx_empty_minimal_dirs: GpgContextWGenInfo) -> None:
exp_ctx = gpg_ctx_w_2_distinct_secret_ids
imp_ctx = gpg_ctx_empty_minimal_dirs
assert 2 == len(exp_ctx.gen_info.secret_keys)
exp_email = exp_ctx.gen_info.secret_keys[1].email
public_keys_path = tmp_export_dir.joinpath("public.gpg-keys")
export_gpg_public_key_to_file(public_keys_path,
exp_ctx.gen_info.secret_keys[1].email,
auth=exp_ctx.auth,
proc=exp_ctx.proc)
import_gpg_key_file(public_keys_path, proc=imp_ctx.proc)
imp_skeys = list_gpg_secret_keys(auth=imp_ctx.auth, proc=imp_ctx.proc)
assert 0 == len(imp_skeys)
imp_keys = list_gpg_keys(proc=imp_ctx.proc)
assert 1 == len(imp_keys)
assert exp_email == imp_keys[0].email
def _check_expected_keys(gpg_ctx: GpgContextWGenInfo) -> None:
keys = list_gpg_keys(proc=gpg_ctx.proc)
LOGGER.info(f"keys: {keys}")
found_emails = {k.email for k in keys}
LOGGER.info(f"found_emails: {found_emails}")
expected_emails = {k.email for k in gpg_ctx.gen_info.secret_keys}
assert len(found_emails) >= len(expected_emails)
for ski in gpg_ctx.gen_info.secret_keys:
assert ski.email in found_emails
def test_export_and_import_otrust(
gpg_ctx_w_2_distinct_secret_ids: GpgContextWGenInfo,
tmp_export_dir: Path,
gpg_ctx_empty_minimal_dirs: GpgContextWGenInfo) -> None:
exp_ctx = gpg_ctx_w_2_distinct_secret_ids
imp_ctx = gpg_ctx_empty_minimal_dirs
exp_otrust = list_gpg_ownertrust(proc=exp_ctx.proc)
assert 2 == len(exp_otrust)
assert 2 == len(exp_ctx.gen_info.secret_keys)
subkeys_path = tmp_export_dir.joinpath("subkeys.gpg-keys")
LOGGER.info(f"export_gpg_secret_subkeys_to_file(\"{subkeys_path}\", ..)")
export_gpg_secret_subkeys_to_file(subkeys_path,
exp_ctx.gen_info.secret_keys[1].email,
auth=exp_ctx.auth,
proc=exp_ctx.proc)
otrust_path = tmp_export_dir.joinpath("exported.gpg-otrust")
LOGGER.info(f"export_gpg_otrust_to_file(\"{otrust_path}\", ..)")
export_gpg_otrust_to_file(otrust_path,
auth=exp_ctx.auth,
proc=exp_ctx.proc)
file_otrust = list_gpg_ownertrust_from_file(otrust_path)
assert 2 == len(file_otrust)
assert exp_otrust == file_otrust
import_gpg_key_file(subkeys_path, proc=imp_ctx.proc)
import_gpg_otrust_file(otrust_path, proc=imp_ctx.proc)
imp_skeys = list_gpg_secret_keys(auth=imp_ctx.auth, proc=imp_ctx.proc)
assert 1 == len(imp_skeys)
imp_keys = list_gpg_keys(proc=imp_ctx.proc)
assert 1 == len(imp_keys)
imp_otrust = list_gpg_ownertrust(proc=imp_ctx.proc)
assert 2 == len(imp_otrust)
assert file_otrust == imp_otrust
def test_export_and_import_public_id_in_memory(
gpg_ctx_w_2_distinct_secret_ids: GpgContextWGenInfo,
gpg_ctx_empty_minimal_dirs: GpgContextWGenInfo) -> None:
exp_ctx = gpg_ctx_w_2_distinct_secret_ids
imp_ctx = gpg_ctx_empty_minimal_dirs
assert 2 == len(exp_ctx.gen_info.secret_keys)
exp_email = exp_ctx.gen_info.secret_keys[1].email
exp_text = export_gpg_public_key_to_text(
exp_ctx.gen_info.secret_keys[1].email,
auth=exp_ctx.auth,
proc=exp_ctx.proc)
import_gpg_key_text(exp_text, proc=imp_ctx.proc)
imp_skeys = list_gpg_secret_keys(auth=imp_ctx.auth, proc=imp_ctx.proc)
assert 0 == len(imp_skeys)
imp_keys = list_gpg_keys(proc=imp_ctx.proc)
assert 1 == len(imp_keys)
assert exp_email == imp_keys[0].email
def _get_gpg_email_set(gpg_ctx: GpgContextWGenInfo) -> Set[str]:
keys = list_gpg_keys(proc=gpg_ctx.proc)
return {k.email for k in keys}