You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Consider what happens when we expand this test to apply scope:
test('Return "false" for release type ONLY if the matching rule has no higher "release"',(t)=>{constcommit={type: 'fix',scope: 'frontend'};t.is(analyzeCommit([{type: 'fix',scope: 'frontend',release: 'patch'},{type: 'fix',scope: '*',release: false}// <----- this should NOT override 'patch'],commit),'patch');});
so this ruleset says "release fixes as 'patch' for the frontend, but don't release any other fixes in any other scopes"
RELEASE_TYPES doesn't include false or null. so the algorithm starts to analyze our commit using our ruleset, and correctly identifies it as a 'patch'. then it considers the next rule, which says release === false. false is not in RELEASE_TYPES, so compareReleaseTypes() returns true, and the release value for the commit is incorrectly set to false, instead of patch.
this is problematic because it violates the advertised behavior of the release configuration: a commit will always be given the highest possible release value available from the given ruleset. if we consider "no release" the lowest possible release value - as I think is intuitive - then any other release value should take precedence.
the current algorithm treats no release as a special case without priority. or rather, it implicitly treats no release as the highest possible priority of release type, which doesn't make sense. no release cannot be the biggest release.
the current behavior thus renders the use case I've alluded to impossible, so i'll spell that use case out more specifically.
if you have a repo with several scopes, then you might want rules that govern how some scopes get released, and you might want only some of those scopes to get released ever. for example, if you have a project like this:
project/
- frontend
- backend
- shared-tools
you might want to say something like this:
"release any frontend or backend commits according to standard rules. fix:patch, feat:minor, break:major. but don't ever release any commits in shared-tools no matter what."
here's an example of what that ruleset might look like:
but for the reasons explained so far, that ruleset will never do what you expect. it will make any release impossible.
the simplest fix and what i would recommend is adding false, and null to the end of the list of RELEASE_TYPES. this would be a breaking change for people who expect release: false|null to override any other possible release value. but that perspective doesn't make any sense, and renders reasonable workflows impossible.
The text was updated successfully, but these errors were encountered:
Another use-case for this change is ignoring nonsense. For example, how would you express this policy as a rule:
frontend and backend are both valid scopes. treat them in the standard way. any other nonsense people might write for "scope" should be ignored. frontend and backend are the only "real" scopes
? without {scope: "*", release: false} i don't see any way to express that. the same example can be produced for type
Consider what happens when we expand this test to apply
scope
:so this ruleset says "release fixes as 'patch' for the frontend, but don't release any other fixes in any other scopes"
this test will fail. because of this line: https://github.com/semantic-release/commit-analyzer/blob/master/lib/compare-release-types.js#L11
RELEASE_TYPES
doesn't includefalse
ornull
. so the algorithm starts to analyze our commit using our ruleset, and correctly identifies it as a 'patch'. then it considers the next rule, which saysrelease === false
.false
is not inRELEASE_TYPES
, socompareReleaseTypes()
returnstrue
, and the release value for the commit is incorrectly set tofalse
, instead ofpatch
.this is problematic because it violates the advertised behavior of the release configuration: a commit will always be given the highest possible release value available from the given ruleset. if we consider "no release" the lowest possible release value - as I think is intuitive - then any other release value should take precedence.
the current algorithm treats no release as a special case without priority. or rather, it implicitly treats no release as the highest possible priority of release type, which doesn't make sense. no release cannot be the biggest release.
the current behavior thus renders the use case I've alluded to impossible, so i'll spell that use case out more specifically.
if you have a repo with several scopes, then you might want rules that govern how some scopes get released, and you might want only some of those scopes to get released ever. for example, if you have a project like this:
you might want to say something like this:
"release any frontend or backend commits according to standard rules. fix:patch, feat:minor, break:major. but don't ever release any commits in shared-tools no matter what."
here's an example of what that ruleset might look like:
but for the reasons explained so far, that ruleset will never do what you expect. it will make any release impossible.
the simplest fix and what i would recommend is adding
false
, andnull
to the end of the list ofRELEASE_TYPES
. this would be a breaking change for people who expectrelease: false|null
to override any other possible release value. but that perspective doesn't make any sense, and renders reasonable workflows impossible.The text was updated successfully, but these errors were encountered: