utest/zxcrypt/volume.cpp

26 bool VolumeCreate(const fbl::unique_fd& fd, const crypto::Secret& key, bool fvm,
45     EXPECT_EQ(Volume::Create(fbl::move(new_fd), key), expected, err);
58     EXPECT_ZX(Volume::Create(fbl::move(bad_fd), device.key()), ZX_ERR_INVALID_ARGS);
60     // Weak key
62     ASSERT_OK(short_key.Generate(device.key().len() - 1));
66     EXPECT_TRUE(VolumeCreate(device.parent(), device.key(), fvm, ZX_OK));
80     EXPECT_ZX(Volume::Unlock(fbl::move(device.parent()), device.key(), 0, &volume),
85     EXPECT_ZX(Volume::Unlock(fbl::move(bad_fd), device.key(), 0, &volume), ZX_ERR_INVALID_ARGS);
87     // Bad key
88     ASSERT_TRUE(VolumeCreate(device.parent(), device.key(), fvm, ZX_OK));
91     ASSERT_OK(bad_key.Generate(device.key().len()));
95     EXPECT_ZX(Volume::Unlock(fbl::move(device.parent()), device.key(), -1, &volume),
97     EXPECT_ZX(Volume::Unlock(fbl::move(device.parent()), device.key(), 1, &volume),
101     EXPECT_OK(Volume::Unlock(fbl::move(device.parent()), device.key(), 0, &volume));
108         EXPECT_OK(Volume::Unlock(fbl::move(device.parent()), device.key(), 0, &volume));
121     ASSERT_OK(Volume::Unlock(fbl::move(device.parent()), device.key(), 0, &volume));
123     // Bad key
128     EXPECT_ZX(volume->Enroll(device.key(), volume->num_slots()), ZX_ERR_INVALID_ARGS);
131     EXPECT_OK(volume->Enroll(device.key(), 1));
132     EXPECT_OK(Volume::Unlock(fbl::move(device.parent()), device.key(), 1, &volume));
135     EXPECT_OK(volume->Enroll(device.key(), 0));
136     EXPECT_OK(Volume::Unlock(fbl::move(device.parent()), device.key(), 0, &volume));
149     ASSERT_OK(Volume::Unlock(fbl::move(device.parent()), device.key(), 0, &volume));
159     EXPECT_ZX(Volume::Unlock(fbl::move(device.parent()), device.key(), 0, &volume),
173     ASSERT_OK(Volume::Unlock(fbl::move(device.parent()), device.key(), 0, &volume));
179     EXPECT_ZX(volume->Enroll(device.key(), 0), ZX_ERR_BAD_STATE);
181     EXPECT_ZX(Volume::Unlock(fbl::move(device.parent()), device.key(), 0, &volume),