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import {
AVAILABLE,
AVAILABLE_REVISIONS_SELECT_UNRELEASED,
AVAILABLE_REVISIONS_SELECT_RECENT,
AVAILABLE_REVISIONS_SELECT_LAUNCHPAD,
} from "../constants";
import { isInDevmode, getBuildId, isRevisionBuiltOnLauchpad } from "../helpers";
import { sortAlphaNum, getChannelString } from "../../../../libs/channels";
import {
ArchitectureRevisionsMap,
AvailableRevisionsSelect,
CPUArchitecture,
PendingReleaseItem,
ProgressiveChanges,
ProgressiveMutated,
Release,
ReleasesReduxState,
} from "../../../types/releaseTypes";
// returns true if isProgressiveReleaseEnabled feature flag is enabled
export function isProgressiveReleaseEnabled(state: ReleasesReduxState) {
return !!state.options.flags.isProgressiveReleaseEnabled;
}
// returns release history filtered by history filters
export function getFilteredReleaseHistory(state: ReleasesReduxState) {
const releases = state.releases;
const revisions = state.revisions;
const filters = state.history.filters;
return (
releases
// only releases of revisions (ignore closing channels)
.filter((release) => release.revision)
// only releases in given architecture
.filter((release) => {
return filters && filters.arch
? release.architecture === filters.arch
: true;
})
// only releases in given track
.filter((release) => {
return filters && filters.track
? release.track === filters.track
: true;
})
// only releases in given risk
.filter((release) => {
return filters && filters.risk ? release.risk === filters.risk : true;
})
// only releases without a branch, or a given branch
.filter((release) => {
return filters && filters.branch
? release.branch === filters.branch
: true;
})
// only one latest release of every revision
.filter((release, index, all) => {
return all.findIndex((r) => r.revision === release.revision) === index;
})
// map release history to revisions
.map((release) => {
return {
...revisions[release.revision!],
release,
};
})
);
}
// returns list of selected revisions, to know which ones to render selected
export function getSelectedRevisions(state: ReleasesReduxState) {
if (state.channelMap[AVAILABLE]) {
return Object.values(state.channelMap[AVAILABLE]).map(
(revision) => revision.revision
);
}
return [];
}
// return selected revision for given architecture
export function getSelectedRevision(
state: ReleasesReduxState,
arch: CPUArchitecture
) {
if (state.channelMap[AVAILABLE]) {
return state.channelMap[AVAILABLE][arch];
}
}
// returns list of selected architectures
export function getSelectedArchitectures(state: ReleasesReduxState) {
if (state.channelMap[AVAILABLE]) {
return Object.keys(state.channelMap[AVAILABLE]);
}
return [];
}
// return true if there are any devmode revisions in the state
export function hasDevmodeRevisions(state: ReleasesReduxState) {
return Object.values(state.channelMap).some((archReleases) => {
return Object.values(archReleases).some(isInDevmode);
});
}
// get channel map data updated with any pending releases
export function getPendingChannelMap(state: ReleasesReduxState) {
const { channelMap, pendingReleases } = state;
const pendingChannelMap = structuredClone(channelMap);
// for each release
Object.keys(pendingReleases).forEach((releasedRevision) => {
Object.keys(pendingReleases[releasedRevision]).forEach((channel) => {
const revision = pendingReleases[releasedRevision][channel].revision;
if (!pendingChannelMap[channel]) {
pendingChannelMap[channel] = {} as ArchitectureRevisionsMap;
}
revision.architectures.forEach((arch: CPUArchitecture) => {
pendingChannelMap[channel]![arch] = revision;
});
});
});
return pendingChannelMap;
}
// get all revisions ordered from newest (based on revsion id)
export function getAllRevisions(state: ReleasesReduxState) {
return Object.values(state.revisions).reverse();
}
// get all revisions not released to any channel yet
export function getUnreleasedRevisions(state: ReleasesReduxState) {
return getAllRevisions(state).filter(
(revision) => !revision.channels || revision.channels.length === 0
);
}
// get unreleased revisions not older then 7 days
export function getRecentRevisions(state: ReleasesReduxState) {
const interval = 1000 * 60 * 60 * 24 * 7; // 7 days
return getUnreleasedRevisions(state).filter(
(r) => Date.now() - new Date(r.created_at).getTime() < interval
);
}
// return list of revisions based on given selection value
export function getAvailableRevisionsBySelection(
state: ReleasesReduxState,
value: AvailableRevisionsSelect
) {
switch (value) {
case AVAILABLE_REVISIONS_SELECT_RECENT:
return getRecentRevisions(state);
case AVAILABLE_REVISIONS_SELECT_UNRELEASED:
return getUnreleasedRevisions(state);
case AVAILABLE_REVISIONS_SELECT_LAUNCHPAD:
return getLaunchpadRevisions(state);
default:
return getAllRevisions(state);
}
}
// return list of revisions based on current availableRevisionsSelect value
export function getFilteredAvailableRevisions(state: ReleasesReduxState) {
const { availableRevisionsSelect } = state;
return getAvailableRevisionsBySelection(state, availableRevisionsSelect);
}
// return list of revisions based on current availableRevisionsSelect value
// filtered by arch (can't be memoized)
export function getFilteredAvailableRevisionsForArch(
state: ReleasesReduxState,
arch: CPUArchitecture
) {
return getFilteredAvailableRevisions(state).filter((revision) =>
revision.architectures.includes(arch)
);
}
// get list of architectures of uploaded revisions
export function getArchitectures(state: ReleasesReduxState) {
return state.architectures && state.architectures.length > 0
? state.architectures.sort()
: [];
}
export function getTracks(state: ReleasesReduxState) {
let tracks = state.options.tracks?.map((track) => track.name) ?? [];
// @ts-ignore
return sortAlphaNum([...new Set(tracks)], "latest");
}
export function getBranches(state: ReleasesReduxState) {
const branches: Array<
Pick<Release, "track" | "risk" | "branch" | "when" | "revision"> & {
expiration: string;
}
> = [];
const { currentTrack, releases } = state;
const now = Date.now();
releases
.filter((t) => t.branch && t.track === currentTrack)
.sort((a, b) => {
return +isAfter(parseISO(b.when), parseISO(a.when));
})
.forEach((item) => {
const { track, risk, branch, when, revision } = item;
const exists =
branches.filter(
(b) => b.track === track && b.risk === risk && b.branch === branch
).length > 0;
Eif (!exists) {
branches.push({
track,
risk,
branch,
revision,
when,
expiration: item["expiration-date"]!,
});
}
});
return branches
.filter((b) => {
return differenceInDays(parseISO(b.expiration), now) > 0;
})
.reverse();
}
// return true if there is a pending release in given channel for given arch
export function hasPendingRelease(
state: ReleasesReduxState,
channel: string,
arch: CPUArchitecture
) {
const { channelMap } = state;
const pendingChannelMap = getPendingChannelMap(state);
// current revision to show (released or pending)
const currentRevision =
pendingChannelMap[channel] && pendingChannelMap[channel][arch];
// already released revision
const releasedRevision = channelMap[channel] && channelMap[channel][arch];
// check if there is a pending release in this cell
return (
currentRevision &&
(!releasedRevision ||
releasedRevision.revision !== currentRevision.revision)
);
}
export function getTrackRevisions(
{ channelMap }: ReleasesReduxState,
track: string
) {
const trackKeys = Object.keys(channelMap).filter(
(trackName) => trackName.indexOf(track) == 0
);
return trackKeys.map((trackName) => channelMap[trackName]);
}
// return true if any revision has build-request-id attribute
export function hasBuildRequestId(state: ReleasesReduxState) {
return getAllRevisions(state).some((revision) => getBuildId(revision));
}
// return revisions built by launchpad
export function getLaunchpadRevisions(state: ReleasesReduxState) {
return getAllRevisions(state).filter(isRevisionBuiltOnLauchpad);
}
export function getRevisionsFromBuild(
state: ReleasesReduxState,
buildId: string
) {
return getAllRevisions(state).filter(
(revision) => getBuildId(revision) === buildId
);
}
// return an array of 2 items:
// [
// the previous revision number,
// the progressive release status of a pending release of the same release
// ]
export function getProgressiveState(
state: ReleasesReduxState,
channel: string,
arch: CPUArchitecture,
isPending: boolean
) {
if (!isProgressiveReleaseEnabled(state)) {
return [null, null, null]; // TODO: "return an array of 2 items", so why are we returning 3 nulls then?
}
const { releases, pendingReleases, revisions } = state;
let previousRevision = null;
let pendingProgressiveStatus = null;
const allReleases = releases.filter(
(item) => channel === getChannelString(item) && arch === item.architecture
);
const release = allReleases[0];
Eif (release && release.revision) {
// If the release is pending we don't want to look up the previous state, as it will be
// for an outdated release
// If the release is progressive, we do.
if (!isPending && release?.isProgressive) {
// Find the previous revision in the list of all releases
// that is not the current release.
previousRevision = allReleases.find(
(r) => r.revision !== release.revision
);
Eif (previousRevision && previousRevision.revision) {
previousRevision = revisions[previousRevision.revision];
}
E} else if (isPending) {
previousRevision = revisions[allReleases[0]?.revision!];
}
let pendingMatch: PendingReleaseItem | undefined;
Object.keys(pendingReleases).forEach((revId) => {
Eif (
pendingReleases[revId][channel] &&
pendingReleases[revId][channel].revision &&
pendingReleases[revId][channel].revision.architectures.includes(arch)
) {
pendingMatch = pendingReleases[revId][channel];
}
});
if (pendingMatch) {
Eif (
channel === pendingMatch.channel &&
pendingMatch.revision.architectures.includes(arch)
) {
pendingProgressiveStatus = Object.assign({}, pendingMatch.progressive);
}
}
}
return [previousRevision, pendingProgressiveStatus];
}
// Is the latest release for a channel & architecture a valid revision?
export function hasRelease(
state: ReleasesReduxState,
channel: string,
architecture: string
) {
const { releases } = state;
const filteredReleases = releases.filter(
(release) =>
release.architecture === architecture &&
getChannelString(release) === channel
);
return filteredReleases &&
filteredReleases[0] &&
filteredReleases[0].revision !== null
? true
: false;
}
// Separate pendingRelease actions
export function getSeparatePendingReleases(state: ReleasesReduxState) {
const { pendingReleases } = state;
const isProgressiveEnabled = isProgressiveReleaseEnabled(state);
const progressiveUpdates: { [key: string]: PendingReleaseItem } = {};
const newReleases: { [key: string]: PendingReleaseItem } = {};
const newReleasesToProgress: { [key: string]: PendingReleaseItem } = {};
const cancelProgressive: { [key: string]: PendingReleaseItem["replaces"] } = {};
Object.keys(pendingReleases).forEach((revId) => {
Object.keys(pendingReleases[revId]).forEach((channel) => {
const pendingRelease = pendingReleases[revId][channel];
const releaseCopy = structuredClone(pendingRelease);
if (isProgressiveEnabled && pendingRelease.replaces) {
const oldRelease = pendingRelease.replaces;
cancelProgressive[`${oldRelease.revision.revision}-${channel}`] =
oldRelease;
} else if (
isProgressiveEnabled &&
pendingRelease.progressive &&
pendingRelease.previousReleases &&
pendingRelease.previousReleases.length > 0 &&
pendingRelease.previousReleases[0]
) {
// What are the differences between the previous progressive state
// and the new state.
const previousState = releaseCopy.revision.release
? releaseCopy.revision.release.progressive
: ({} as ProgressiveMutated);
const newState = releaseCopy.progressive;
const changes = [] as ProgressiveChanges;
if (newState.paused !== previousState.paused) {
changes.push({
key: "paused",
value: newState.paused,
});
}
Eif (newState.percentage !== previousState.percentage) {
changes.push({
key: "percentage",
value: newState.percentage,
});
}
if (previousState.key) {
// Add this to the copy of the pendingRelease state
releaseCopy.progressive.changes = changes;
progressiveUpdates[`${revId}-${channel}`] = releaseCopy;
} else {
newReleasesToProgress[`${revId}-${channel}`] = releaseCopy;
}
} else {
newReleases[`${revId}-${channel}`] = releaseCopy;
}
});
});
return {
progressiveUpdates,
newReleases,
newReleasesToProgress,
cancelProgressive,
};
}
// Get pending release for architecture
export function getPendingRelease(
{ pendingReleases }: ReleasesReduxState,
channel: string,
arch: CPUArchitecture
) {
// for each release
return Object.keys(pendingReleases).map((releasedRevision) => {
if (
pendingReleases[releasedRevision][channel] &&
pendingReleases[releasedRevision][
channel
].revision.architectures.includes(arch)
) {
return pendingReleases[releasedRevision][channel];
}
return null;
})[0];
}
// Get releases
export function getReleases(
{ releases }: ReleasesReduxState,
archs: string | CPUArchitecture[],
channel: string
) {
return releases.filter(
(release) =>
archs.includes(release.architecture) && release.channel === channel
);
}
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