jj log --no-graph -r 'ancestors(trunk()) & committer_date(after:"1 year ago")' \
-T 'self.diff().files().map(|f| f.path() ++ "\n").join("")' \
| sort | uniq -c | sort -nr | head -20
Who Built This jj log --no-graph -r 'ancestors(trunk()) & ~merges()' \
-T 'self.author().name() ++ "\n"' \
| sort | uniq -c | sort -nr
Where Do Bugs Cluster jj log --no-graph -r 'ancestors(trunk()) & description(regex:"(?i)fix|bug|broken")' \
-T 'self.diff().files().map(|f| f.path() ++ "\n").join("")' \
| sort | uniq -c | sort -nr | head -20
Is This Project Accelerating or Dying jj log --no-graph -r 'ancestors(trunk())' \
-T 'self.committer().timestamp().format("%Y-%m") ++ "\n"' \
| sort | uniq -c
How Often Is the Team Firefighting jj log --no-graph \
-r 'ancestors(trunk()) & committer_date(after:"1 year ago") & description(regex:"(?i)revert|hotfix|emergency|rollback")'
Much more verbose, closer to programming than shell scripting. But less flags to remember. jj new main -m review
jj new -m pr
jj git fetch
jj restore --from=big-change@origin .
Then keep squashing from `pr` to `review` as described in the article. When the PR gets a new version, rerun the last 2 commands.
Socials: - github.com/pzmarzly
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