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Monorepo for Tangled
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Go
at sl/gitmirror
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import ( "fmt" "slices" "strings" "time"
"github.com/bluesky-social/indigo/atproto/syntax" "github.com/go-git/go-git/v5/plumbing" spindle "tangled.org/core/spindle/models" "tangled.org/core/workflow")
type Pipeline struct { Id int Rkey string Knot string RepoOwner syntax.DID RepoName string RepoDid string TriggerId int Sha string Created time.Time
// populate when querying for reverse mappings Trigger *Trigger Statuses map[string]WorkflowStatus}
type WorkflowStatus struct { Data []PipelineStatus}
func (w WorkflowStatus) Latest() PipelineStatus { return w.Data[len(w.Data)-1]}
// time taken by this workflow to reach an "end state"func (w WorkflowStatus) TimeTaken() time.Duration { var start, end *time.Time for _, s := range w.Data { if s.Status.IsStart() { start = &s.Created } if s.Status.IsFinish() { end = &s.Created } }
if start != nil && end != nil && end.After(*start) { return end.Sub(*start) }
return 0}
// produces short summary of successes:// - "0/4" when zero successes of 4 workflows// - "4/4" when all successes of 4 workflows// - "0/0" when no workflows run in this pipelinefunc (p Pipeline) ShortStatusSummary() string { counts := make(map[spindle.StatusKind]int) for _, w := range p.Statuses { counts[w.Latest().Status] += 1 }
total := len(p.Statuses) successes := counts[spindle.StatusKindSuccess]
return fmt.Sprintf("%d/%d", successes, total)}
// produces a string of the form "3/4 success, 2/4 failed, 1/4 pending"func (p Pipeline) LongStatusSummary() string { counts := make(map[spindle.StatusKind]int) for _, w := range p.Statuses { counts[w.Latest().Status] += 1 }
total := len(p.Statuses)
var result []string // finish states first, followed by start states states := append(spindle.FinishStates[:], spindle.StartStates[:]...) for _, state := range states { if count, ok := counts[state]; ok { result = append(result, fmt.Sprintf("%d/%d %s", count, total, state.String())) } }
return strings.Join(result, ", ")}
func (p Pipeline) Counts() map[string]int { m := make(map[string]int) for _, w := range p.Statuses { m[w.Latest().Status.String()] += 1 } return m}
func (p Pipeline) TimeTaken() time.Duration { var s time.Duration for _, w := range p.Statuses { s += w.TimeTaken() } return s}
func (p Pipeline) Workflows() []string { var ws []string for v := range p.Statuses { ws = append(ws, v) } slices.Sort(ws) return ws}
// if we know that a spindle has picked up this pipeline, then it is Respondingfunc (p Pipeline) IsResponding() bool { return len(p.Statuses) != 0}
type Trigger struct { Id int Kind workflow.TriggerKind
// push trigger fields PushRef *string PushNewSha *string PushOldSha *string
// pull request trigger fields PRSourceBranch *string PRTargetBranch *string PRSourceSha *string PRAction *string}
func (t *Trigger) IsPush() bool { return t != nil && t.Kind == workflow.TriggerKindPush}
func (t *Trigger) IsPullRequest() bool { return t != nil && t.Kind == workflow.TriggerKindPullRequest}
func (t *Trigger) TargetRef() string { if t.IsPush() { return plumbing.ReferenceName(*t.PushRef).Short() } else if t.IsPullRequest() { return *t.PRTargetBranch }
return ""}
type PipelineStatus struct { ID int Spindle string Rkey string PipelineKnot string PipelineRkey string Created time.Time Workflow string Status spindle.StatusKind Error *string ExitCode int}
func (ps PipelineStatus) ErrorMessage() string { if ps.Error == nil { return "" } line, _, _ := strings.Cut(*ps.Error, "\n") return line}
func (ps PipelineStatus) ErrorDetails() string { if ps.Error == nil { return "" } _, rest, _ := strings.Cut(*ps.Error, "\n") if rest == "" { return "" }
const truncateTo = 15 lines := strings.Split(rest, "\n") if len(lines) <= truncateTo { return rest } return strings.Join(lines[:truncateTo], "\n") + "\n…"}