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This repository has been archived by the owner on Dec 5, 2019. It is now read-only.
Knowing the resolved dependencies of a particular project can help select better versions during resolution of the top-level project.
For example, given this dependency list:
A == 1.0
B == 2.0
Imagine that A's unresolved dependency list looks like:
C ~> 1.0
and B's unresolved dependency list looks like:
C >= 1.0
Now, if [email protected] and [email protected] have already resolved to [email protected] (e.g., that's committed in a lockfile in each repository), that's probably the best version to use even if there's a [email protected] available, because 1.0 is the only version known to be tested with both A and B.
If we still wanted it to be parameterizable (in this example, to allow selecting [email protected] despite the above), we could add a flag or a callback to the consumer.
The text was updated successfully, but these errors were encountered:
Knowing the resolved dependencies of a particular project can help select better versions during resolution of the top-level project.
For example, given this dependency list:
Imagine that A's unresolved dependency list looks like:
and B's unresolved dependency list looks like:
Now, if
[email protected]
and[email protected]
have already resolved to[email protected]
(e.g., that's committed in a lockfile in each repository), that's probably the best version to use even if there's a[email protected]
available, because 1.0 is the only version known to be tested with both A and B.If we still wanted it to be parameterizable (in this example, to allow selecting
[email protected]
despite the above), we could add a flag or a callback to the consumer.The text was updated successfully, but these errors were encountered: