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@@ -204,13 +204,13 @@ with iotests.FilePath('disk.img') as disk_path, \
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# but related to this also automatic state transitions like job
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# but related to this also automatic state transitions like job
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# completion), but still get pause points often enough to avoid making this
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# completion), but still get pause points often enough to avoid making this
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# test very slow, it's important to have the right ratio between speed and
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# test very slow, it's important to have the right ratio between speed and
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- # buf_size.
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+ # copy-chunk-size.
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#
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#
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- # For backup, buf_size is hard-coded to the source image cluster size (64k),
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- # so we'll pick the same for mirror. The slice time, i.e. the granularity
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- # of the rate limiting is 100ms. With a speed of 256k per second, we can
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- # get four pause points per second. This gives us 250ms per iteration,
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- # which should be enough to stay deterministic.
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+ # Chose 64k copy-chunk-size both for mirror (by buf_size) and backup (by
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+ # x-max-chunk). The slice time, i.e. the granularity of the rate limiting
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+ # is 100ms. With a speed of 256k per second, we can get four pause points
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+ # per second. This gives us 250ms per iteration, which should be enough to
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+ # stay deterministic.
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test_job_lifecycle(vm, 'drive-mirror', has_ready=True, job_args={
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test_job_lifecycle(vm, 'drive-mirror', has_ready=True, job_args={
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'device': 'drive0-node',
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'device': 'drive0-node',
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@@ -227,6 +227,7 @@ with iotests.FilePath('disk.img') as disk_path, \
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'target': copy_path,
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'target': copy_path,
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'sync': 'full',
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'sync': 'full',
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'speed': 262144,
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'speed': 262144,
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+ 'x-perf': {'max-chunk': 65536},
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'auto-finalize': auto_finalize,
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'auto-finalize': auto_finalize,
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'auto-dismiss': auto_dismiss,
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'auto-dismiss': auto_dismiss,
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})
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})
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