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...to remove the unnecessary link between folder name and the logic
of resolve_symlinks_map.
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...since it is superseded by ServeApi's method.
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...instead of EnsureAbsentRootOnServe.
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...instead of EnsureAbsentRootOnServe.
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...instead of EnsureAbsentRootOnServe
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Also follow-up changes to ensure build success.
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... instead of relying on those dependencies being pulled in
indirectly.
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...instead of passing just the Git hash, which imposes the remote
to always be native.
The serve service proto file is updated accordingly.
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In just-mr: to instantiate the new Git api instance, both storage
configs, as well as the compatible storage, need to be passed to
the maps. While there, use more explicit naming schemes for the
storage and CAS instances used.
In serve: also acquire gc locks for the local storages when needed
to instantiate the new Git api, which now has access to the CAS.
In all these instances we also pass, as needed, the local api, which
currently still operates only in native mode. This makes no
difference currently, but will ensure less changes needed when the
future compatible-aware local api will be used instead.
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...to create ArtifactDigests.
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...and use it to create ArtifactDigests.
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...and use it to create ArtifactDigests.
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The root async map in a chain of calls should always be checked
for missing value, which can happen if, e.g., a cycle happens or
a thread gets killed by the system.
Properly handle this by checking explicitly if a value has been
posted. If not, check for cycles where it makes sense (for
example, in the resolving of symlinks), otherwise report any
pending map keys not yet processed.
This is done for all just-mr commands working with async maps.
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...instead of using the singleton.
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If we're asked to fetch a commit that is not present in our git root
right away, first look for it in older generations before starting
the actual fetch.
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...instead of using singleton calls.
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... as the fs_utils have a lot more dependencies making them usable
in less places. Moreover, this function also serves to shape the
layout of the local build root and hence is more appropriately
placed in the config anyway.
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... and ensure that paths starting with .// remain relative.
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To take advantage of absent roots, we need to ensure that a given
serve endpoint can build against the tree of this generated root.
For a 'distdir' repository we can know the resulting tree
identifier directly without actually needing to fetch anything.
Therefore, we only set the root as absent if the serve endpoint
knows already this tree, if it can set it up itself, or if
we can provide this tree to the serve endpoint from one of our
CAS locations (local or remote), based on our tree invariant
guarantee. A network fetch of the archives never gets performed
for an absent root.
If a serve endpoint is not provided, an absent root can still be
generated, but only if no network fetches are required. In this
case a warning is emitted.
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To take advantage of absent roots, we need to ensure that a given
serve endpoint can build against the tree of this generated root.
To this end, for an 'archive' repository we only set the root as
absent if the serve endpoint knows already the root, it can set it
up itself, or we can create the root locally without a network
fetch and then upload it to the serve endpoint via the remote CAS.
A network fetch never gets performed for an absent root.
If a serve endpoint is not provided, an absent root can still be
generated, but only if no network fetches are required. In this
case a warning is emitted.
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To take advantage of absent roots, we need to ensure that a given
serve endpoint can build against the tree of this generated root.
To this end, for a 'git' repository we only set the root as absent
if the serve endpoint knows already the root, it can set it up
itself, or we can create the root locally without a network fetch
and then upload it to the serve endpoint via the remote CAS.
A network fetch never gets performed for an absent root.
If a serve endpoint is not provided, an absent root can still be
generated, but only if no network fetches are required. In this
case a warning is emitted.
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To take advantage of absent roots, we need to ensure that a given
serve endpoint can build against the tree of this generated root.
To this end, for a 'git tree' repository we only set the root as
absent only if the given serve endpoint has this root, or the tree
is known locally and can be provided via the remote CAS. While
generating an absent root the fetch command will never be called.
Generating an absent root without being provided a serve endpoint
is still allowed, but results in a warning.
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Marking a file-type repository as 'to_git' results in a Git-tree
type root, which are of course content fixed and can be (and
usually are) used by export targets. Therefore, it is beneficial
for a serve endpoint, if one is provided, to be aware of such a
root and be able to build against it if needed. If the root is
marked as absent, this condition becomes mandatory.
Generating an absent Git-tree root without being provided a serve
endpoint is still allowed, but results in a warning.
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...for more easily readable and maintainable target descriptions.
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If root is marked absent and we're not asked to fetch absent, we
can compute the resulting distdir root tree in-memory, as we have
all the information. Otherwise, i.e., if we actually need to have
the archives locally, we first check if the remote serve can
provide them in the remote CAS before continuing as before to fetch
the listed archives one at a time.
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This fixes the multiple instances of (mainly) missing or wrong
includes of standard, third-party, and own headers in the
other_tools source folder.
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This is required in order to make them available to 'just serve'
in a minimal just installation.
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This way they can be used by 'just serve'.
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