Use gpg_command() for identity generation
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@@ -178,21 +178,22 @@ fi
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# Generate new GPG identity and import into GPG keyring
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pubkey = write_file(os.path.join(homedir, 'pubkey.asc'),
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export_public_key(device_type, args))
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gpg_binary = keyring.get_gnupg_binary()
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check_call([gpg_binary, '--homedir', homedir, '--quiet',
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'--import', pubkey.name])
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check_call(keyring.gpg_command(['--homedir', homedir, '--quiet',
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'--import', pubkey.name]))
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# Make new GPG identity with "ultimate" trust (via its fingerprint)
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out = check_output([gpg_binary, '--homedir', homedir, '--list-public-keys',
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'--with-fingerprint', '--with-colons'])
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out = check_output(keyring.gpg_command(['--homedir', homedir,
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'--list-public-keys',
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'--with-fingerprint',
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'--with-colons']))
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fpr = re.findall('fpr:::::::::([0-9A-F]+):', out)[0]
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f = write_file(os.path.join(homedir, 'ownertrust.txt'), fpr + ':6\n')
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check_call([gpg_binary, '--homedir', homedir,
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'--import-ownertrust', f.name])
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check_call(keyring.gpg_command(['--homedir', homedir,
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'--import-ownertrust', f.name]))
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# Load agent and make sure it responds with the new identity
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check_call([gpg_binary, '--list-secret-keys', args.user_id],
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env={'GNUPGHOME': homedir})
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check_call(keyring.gpg_command(['--list-secret-keys', args.user_id,
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'--homedir', homedir]))
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def run_unlock(device_type, args):
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