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... and prepare local execution for clients
using only RBEv2.1 (setting only output_paths).
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...with explicit std::unordered_set.
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Extend the api to optionally accept a different API for preferred
fetching. This is already supported when fetching to a file path;
therefore, extend to keep the interface symmetric.
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... following the remote-execution standard that all output paths (but
none of the input paths) are relative to the working directory.
Therefore, the executor has to do the path translation. For our
implementation of the API interface
- the local API now handles cwd correctly,
- the remote API forwards cwd correctly, and
- the git API continues to report actions as not implemented.
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...instead of std::optional<gsl::not_null<IExecutionApi const*>>
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...and replace verbose constructions.
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...and use it in ApiBundle.
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...instead of not_null const ptr.
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IExecutionApi::UploadFile was introduced to handle adding of a temporary file to the storage. The call was redirected to LocalCAS internal methods that do the similar thing, so this virtual method can be removed.
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...instead of BazelBlobContainer to not bring bazel_re::Digest to IExecutionApi.
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...where the template parameter is the type of a digest.
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Main culprits:
- std::size_t, std::nullptr_t, and NULL require <cstddef>
- std::move and std::forward require <utility>
- unordered maps and sets require respective includes
- std::for_each and std::all_of require <algorithm>
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Currently, the implementations of the split and splice operation are both
hidden behind the Bazel API implementation. This was sufficient to implement
splitting at the server and splicing at the client. In order to support the
other direction of splitting at the client and splicing at the server while
reusing their implementations, the code needs to be refactored. First, the
functionality of split and splice are explicitly exposed at the general
execution API interface and implemented in the sub APIs. Second, the
implementations of split and splice are factored into a separate utils class.
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...in accordance to our coding style.
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Allow implementations to have a specialized way of uploading a file
owned by the build process to the applicable cas, both as file, as
well as as tree object (in native mode).
If no implementation is provided, the default is to read the file
into memory and use the Upload method.
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Allow implementations to use a given number of threads to carry out
the synchronisation. In this way parallelism can be achieved even
in situations where batch reading degrades as objects of unknown
size have to be fetched; this situation typically occurs if a tree
object has a large number of direct children that are blobs.
If no implementation is provided, the default implementation is to
fall back to the normal (sequential) CAS synchronisation.
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... with two minor code base changes compared to previous
use of gsl-lite:
- dag.hpp: ActionNode::Ptr and ArtifactNode::Ptr are not
wrapped in gsl::not_null<> anymore, due to lack of support
for wrapping std::unique_ptr<>. More specifically, the
move constructor is missing, rendering it impossible to
use std::vector<>::emplace_back().
- utils/cpp/gsl.hpp: New header file added to implement the
macros ExpectsAudit() and EnsureAudit(), asserts running
only in debug builds, which were available in gsl-lite but
are missing in MS GSL.
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Signed-off-by: Goetz Brasche <goetz.brasche@huawei.com>
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between different CASes
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This is the initial version of our tool that is able to
build itself. In can be bootstrapped by
./bin/bootstrap.py
Co-authored-by: Oliver Reiche <oliver.reiche@huawei.com>
Co-authored-by: Victor Moreno <victor.moreno1@huawei.com>
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