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-rw-r--r--mod/mod-ci-github-gq.cxx2
-rw-r--r--mod/mod-ci-github.cxx39
2 files changed, 17 insertions, 24 deletions
diff --git a/mod/mod-ci-github-gq.cxx b/mod/mod-ci-github-gq.cxx
index 1e6e6c9..0b70e47 100644
--- a/mod/mod-ci-github-gq.cxx
+++ b/mod/mod-ci-github-gq.cxx
@@ -215,7 +215,7 @@ namespace brep
{
vector<gh_check_run> check_runs; // Received check runs.
- resp (json::parser& p) : check_runs (gq_parse_response_check_runs (p)) {}
+ resp (json::parser& p): check_runs (gq_parse_response_check_runs (p)) {}
resp () = default;
} rs;
diff --git a/mod/mod-ci-github.cxx b/mod/mod-ci-github.cxx
index 388deb4..f4de8d4 100644
--- a/mod/mod-ci-github.cxx
+++ b/mod/mod-ci-github.cxx
@@ -443,11 +443,6 @@ namespace brep
// if we have node_id, then we update, otherwise, we create (potentially
// overriding the check run created previously).
//
- // @@ TMP If we can't update to built in queued due to missing result,
- // then we can't do it in building either, right? And in built
- // we're updating to built regardless of whether previous
- // updates failed? So what is the state_synced used for then?
- //
function<optional<string> (const tenant_service&)> ci_github::
build_queued (const tenant_service& ts,
const vector<build>& builds,
@@ -477,7 +472,7 @@ namespace brep
//
for (const build& b: builds)
{
- string bid (gh_check_run_name (b)); // Full Build ID.
+ string bid (gh_check_run_name (b)); // Full build ID.
if (const check_run* scr = sd.find_check_run (bid))
{
@@ -487,26 +482,21 @@ namespace brep
{
// Out of order queued notification.
//
- warn << "check run " << scr->build_id << ": out of order "
- << to_string (build_state::queued)
- << " notification; previously saved state: "
- << scr->state_string ();
+ warn << "check run " << bid << ": out of order queued "
+ << "notification; existing state: " << scr->state_string ();
}
else if (*istate == build_state::built)
{
- // Invalid built->queued transition.
+ // Unexpectd built->queued transition (rebuild).
//
- warn << "check run " << scr->build_id
- << ": invalid transition from "
- << to_string (build_state::built) << " to "
- << to_string (build_state::queued);
+ warn << "check run " << bid << ": unexpected rebuild";
}
else
; // Ignore interrupted.
}
else
{
- // No stored check run for this build so prepare to create one for it.
+ // No stored check run for this build so prepare to create one.
//
bs.push_back (b);
@@ -541,7 +531,7 @@ namespace brep
if (iat != nullptr)
{
- // Queue a check_run for each build.
+ // Create a check_run for each build.
//
if (gq_create_check_runs (crs,
iat->token,
@@ -551,7 +541,7 @@ namespace brep
hs,
error))
{
- for (check_run& cr: crs)
+ for (const check_run& cr: crs)
l3 ([&]{trace << "created check_run { " << cr << " }";});
}
}
@@ -585,14 +575,17 @@ namespace brep
// Note that this service data may not be the same as what we observed
// in the build_queued() function above. For example, some check runs
- // that we have queued may have already transitioned to building. So
- // we skip any check runs that are already present.
+ // that we have queued may have already transitioned to built. So we
+ // skip any check runs that are already present.
//
if (const check_run* scr = sd.find_check_run (cr.build_id))
{
- warn << cr << " state " << scr->state_string ()
- << " was stored before notified state " << cr.state_string ()
- << " could be stored";
+ // Doesn't looks like printing new/existing check run node_id will
+ // be of any help.
+ //
+ warn << "check run " << cr.build_id << ": out of order queued "
+ << "notification service data update; existing state: "
+ << scr->state_string ();
}
else
sd.check_runs.push_back (cr);