2024-10-12 12:43:52 by Jonathan Perkin | Files touched by this commit (2) |
Log message:
pbulk: Update to 0.73.
Ensure the digest command is correctly quoted. Fixes config when digest
is "mktool digest".
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2024-07-17 16:32:53 by Jonathan Perkin | Files touched by this commit (1) |
Log message:
pbulk: Include PRETTY_NAME on supported Linux.
Suggested to sjmulder. Ride previous bump.
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2024-07-17 13:51:58 by Jonathan Perkin | Files touched by this commit (2) |
Log message:
pbulk: Update to 0.72.
Add more fields to the meta/status file to improve support for bulk build
reporting tools.
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2023-09-29 10:22:48 by David Brownlee | Files touched by this commit (1) |
Log message:
Fix "additinal" -> "additional" typo in manpage
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2023-05-16 14:12:19 by Taylor R Campbell | Files touched by this commit (2) |
Log message:
pbulk-0.71: Report culprit in html report for indirect-prefailed too.
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2023-02-12 22:17:24 by Joerg Sonnenberger | Files touched by this commit (3) |
Log message:
pbulk-0.57: switch to a binary heap for the build queue
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2023-02-12 05:23:38 by Joerg Sonnenberger | Files touched by this commit (1) |
Log message:
Explain PBULK_WEIGHT.
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2023-02-12 05:12:54 by Joerg Sonnenberger | Files touched by this commit (3) |
Log message:
pbulk-base-0.56: Support for adjusting scheduling
Switch to a weighted scheduling algorithm. Before, build order was based
on number of reachable nodes in the dependency graph. This assumes that
heavy packages are required by other packages. Some big packages
nowadays violate that assumption and can result in long periods at the
end of a build where only a few builders are active. Annotating those
packages with PBULK_WEIGHT in the pbulk-index output can boost their
priority to let them be built earlier. The default weight is 100.
Note: the pbulk-build report has grown an extra field per line with the
computed effective weight of each package. This file is normally used
only internally.
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2023-02-11 00:14:32 by Joerg Sonnenberger | Files touched by this commit (3) |
Log message:
pbulk-base-0.55: Optimize DAG computation
Before the build starts, pbulk-build computes the size of the dependee
graph for each package. This is naturally a O(n^2) problem. The existing
algorithm used a linked list to check for duplicates. Replace this with
a simple array for seen markers. While it is still quadratic to reset
the array for every package, clearing the array is a simple memset.
A no-op run after a full build now needs 0.3s on my work station
compared to over 3min before.
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2023-02-10 23:59:13 by Joerg Sonnenberger | Files touched by this commit (1) |
Log message:
Simplify DAG size computation. NFC
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