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// Copyright 2011 The Go Authors. All rights reserved.
// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.
// Package types contains common types used by the Go continuous build
// system.
package types
import "time"
// BuildStatus is the data structure that's marshalled as JSON
// for the https://build.golang.org/?mode=json page.
type BuildStatus struct {
// Builders is a list of all known builders.
// The order that builders appear is the same order as the build results for a revision.
Builders []string `json:"builders"`
// Revisions are the revisions shown on the front page of build.golang.org,
// in the same order. It starts with the "go" repo, from recent to old, and then
// it has 1 each of the subrepos, with only their most recent commit.
Revisions []BuildRevision `json:"revisions"`
}
// BuildRevision is the status of a commit across all builders.
// It corresponds to a single row of https://build.golang.org/
type BuildRevision struct {
// Repo is "go" for the main repo, else "tools", "crypto", "net", etc.
// These are repos as listed at https://go.googlesource.com/
Repo string `json:"repo"`
// Revision is the full git hash of the repo.
Revision string `json:"revision"`
// GoRevision is the full git hash of the "go" repo, if Repo is not "go" itself.
// Otherwise this is empty.
GoRevision string `json:"goRevision,omitempty"`
// Date is the commit date of this revision, formatted in RFC3339.
Date string `json:"date"`
// Branch is the branch of this commit, e.g. "master" or "dev.ssa".
Branch string `json:"branch"`
// GoBranch is the branch of the GoRevision, for subrepos.
// It is empty for the main repo.
// Otherwise it's of the form "master", "release-branch.go1.8", etc.
GoBranch string `json:"goBranch,omitempty"`
// Author is the author of this commit in standard git form
// "Name <email>".
Author string `json:"author"`
// Desc is the commit message of this commit. It may be
// truncated.
Desc string `json:"desc"`
// Results are the build results for each of the builders in
// the same length slice BuildStatus.Builders.
// Each string is either "" (if no data), "ok", or the URL to failure logs.
Results []string `json:"results"`
}
// SpanRecord is a datastore entity we write only at the end of a span
// (roughly a "step") of the build.
type SpanRecord struct {
BuildID string
IsTry bool // is trybot run
GoRev string
Rev string // same as GoRev for repo "go"
Repo string // "go", "net", etc.
Builder string // "linux-amd64-foo"
OS string // "linux"
Arch string // "amd64"
Event string
Error string // empty for no error
Detail string
StartTime time.Time
EndTime time.Time
Seconds float64
}
// BuildRecord is the datastore entity we write both at the beginning
// and end of a build. Some fields are not updated until the end.
type BuildRecord struct {
ID string
ProcessID string
StartTime time.Time
IsTry bool // is trybot run
IsSlowBot bool // is an explicitly requested "slowbot" builder
GoRev string
Rev string // same as GoRev for repo "go"
Repo string // "go", "net", etc.
Builder string // "linux-amd64-foo"
ContainerHost string // "" means GKE; "cos" means Container-Optimized OS
OS string // "linux"
Arch string // "amd64"
EndTime time.Time
Seconds float64
Result string // empty string, "ok", "fail"
FailureURL string `datastore:",noindex"` // deprecated; use LogURL
LogURL string `datastore:",noindex"`
// TODO(bradfitz): log which reverse buildlet we got?
// Buildlet string
}
type ReverseBuilder struct {
Name string
HostType string
ConnectedSec float64
IdleSec float64 `json:",omitempty"`
BusySec float64 `json:",omitempty"`
Version string // buildlet version
Busy bool
}
// ReverseHostStatus is part of ReverseBuilderStatus.
type ReverseHostStatus struct {
HostType string // dashboard.Hosts key
Connected int // number of connected buildlets
Expect int // expected number, from dashboard.Hosts config
Idle int
Busy int
Waiters int // number of builds waiting on a buildlet host of this type
// Machines are all connected buildlets of this host type,
// keyed by machine self-reported unique name.
Machines map[string]*ReverseBuilder
}
// ReverseBuilderStatus is https://farmer.golang.org/status/reverse.json
//
// It is used by monitoring and the Mac VMWare infrastructure to
// adjust the Mac VMs based on deaths and demand.
type ReverseBuilderStatus struct {
// Machines maps from the connected builder name (anything unique) to its status.
HostTypes map[string]*ReverseHostStatus
}
func (s *ReverseBuilderStatus) Host(hostType string) *ReverseHostStatus {
if s.HostTypes == nil {
s.HostTypes = make(map[string]*ReverseHostStatus)
}
hs, ok := s.HostTypes[hostType]
if ok {
return hs
}
hs = &ReverseHostStatus{HostType: hostType}
s.HostTypes[hostType] = hs
return hs
}
// MajorMinor is a major-minor version pair.
type MajorMinor struct {
Major, Minor int
}
// Less reports whether a is less than b.
func (a MajorMinor) Less(b MajorMinor) bool {
if a.Major != b.Major {
return a.Major < b.Major
}
return a.Minor < b.Minor
}
// BuildletWaitStatus is the periodic messages we send to "gomote create"
// clients or show on trybot status pages to tell the user who long
// they're expected to wait.
type BuildletWaitStatus struct {
// Message is a free-form message to send to the user's gomote binary.
// If present, all other fields are ignored.
Message string `json:"message"`
// Ahead are the number of waiters ahead of this buildlet request.
Ahead int `json:"ahead"`
// TODO: add number of active builds, and number of builds
// creating. And for how long. And maybe an estimate of how
// long those builds typically take? But recognize which are
// dynamic vs static (reverse) builder types and don't say
// that "1 is creating" on a reverse buildlet that can't
// actually "create" any. (It can just wait for one register
// itself)
}
// ActivePostSubmitBuild is a summary of an active build that the
// coordinator's doing. Each one is rendered on build.golang.org as a
// blue gopher which links to StatusURL to watch the build live.
type ActivePostSubmitBuild struct {
Builder string `json:"builder"` // "linux-amd64"
Commit string `json:"commit"` // hash of commit being tested
GoCommit string `json:"goCommit,omitempty"` // hash of Go commit, or empty for the main repo
StatusURL string `json:"statusURL"`
}