derivepassphrase.git

@@ -24,7 +24,6 @@ from typing import (

 )

 import click

-import click.shell_completion

 from typing_extensions import (

     Any,

 )

@@ -29,7 +29,6 @@ import importlib

 import json

 import logging

 import os

-import os.path

 import pathlib

 import struct

 from typing import TYPE_CHECKING, Any

@@ -553,7 +553,7 @@ class SSHAgentClient:

         response_stream = collections.deque(response)

         def shift(num: int) -> bytes:

-            buf = collections.deque(b"")

+            buf: collections.deque[int] = collections.deque()

             for _ in range(num):

                 try:

                     val = response_stream.popleft()

@@ -179,9 +179,7 @@ class TestStaticFunctionality:

     @hypothesis.example(BigEndianNumberTest([1, 7, 5, 5], 8, 0o1755)).via(

         "manual octal example"

     )

-    def test_big_endian_number(

-        self, test_case: BigEndianNumberTest

-    ) -> None:

+    def test_big_endian_number(self, test_case: BigEndianNumberTest) -> None:

         """Conversion to big endian numbers in any base works.

         See [`sequin.Sequin.generate`][] for where this is used.

@@ -412,9 +410,7 @@ class TestSequin:

         )

     ).via("manual, pre-hypothesis parametrization value")

     @hypothesis.given(sequence=GenerationSequence.strategy())

-    def test_internal_generating(

-        self, sequence: GenerationSequence

-    ) -> None:

+    def test_internal_generating(self, sequence: GenerationSequence) -> None:

         """The sequin internals generate deterministic sequences."""

         seq = sequin.Sequin(sequence.bit_sequence, is_bitstring=True)

         for i, (num, result) in enumerate(sequence.steps, start=1):

@@ -623,8 +623,7 @@ class TestStubbedSSHAgentSocketRequests:

                 agent.recv(message_length)

             )

             assert (

-                _types.SSH_AGENT(orig_message[0])

-                == _types.SSH_AGENT.SUCCESS

+                _types.SSH_AGENT(orig_message[0]) == _types.SSH_AGENT.SUCCESS

             )

             identity_count = int.from_bytes(orig_message[1:5], "big")

             message = bytes(orig_message[5:])