renovate/lib/workers/repository/updates/branchify.ts

119 lines
4.0 KiB
TypeScript

// TODO #22198
import type { Merge } from 'type-fest';
import type { RenovateConfig, ValidationMessage } from '../../../config/types';
import { addMeta, logger, removeMeta } from '../../../logger';
import type { BranchConfig, BranchUpgradeConfig } from '../../types';
import { flattenUpdates } from './flatten';
import { generateBranchConfig } from './generate';
export type BranchifiedConfig = Merge<
RenovateConfig,
{
branches: BranchConfig[];
branchList: string[];
}
>;
export async function branchifyUpgrades(
config: RenovateConfig,
packageFiles: Record<string, any[]>,
): Promise<BranchifiedConfig> {
logger.debug('branchifyUpgrades');
const updates = await flattenUpdates(config, packageFiles);
logger.debug(
`${updates.length} flattened updates found: ${updates
.map((u) => u.depName)
.filter((txt) => txt?.trim().length)
.join(', ')}`,
);
const errors: ValidationMessage[] = [];
const warnings: ValidationMessage[] = [];
const branchUpgrades: Record<string, BranchUpgradeConfig[]> = {};
const branches: BranchConfig[] = [];
for (const u of updates) {
const update: BranchUpgradeConfig = { ...u } as any;
branchUpgrades[update.branchName] = branchUpgrades[update.branchName] || [];
branchUpgrades[update.branchName] = [update].concat(
branchUpgrades[update.branchName],
);
}
logger.debug(`Returning ${Object.keys(branchUpgrades).length} branch(es)`);
for (const branchName of Object.keys(branchUpgrades)) {
// Add branch name to metadata before generating branch config
addMeta({
branch: branchName,
});
const seenUpdates: Record<string, string> = {};
// Filter out duplicates
branchUpgrades[branchName] = branchUpgrades[branchName]
.reverse()
.filter((upgrade) => {
const { manager, packageFile, depName, currentValue, newValue } =
upgrade;
// TODO: types (#22198)
const upgradeKey = `${packageFile!}:${depName!}:${currentValue!}`;
const previousNewValue = seenUpdates[upgradeKey];
if (previousNewValue && previousNewValue !== newValue) {
logger.info(
{
manager,
packageFile,
depName,
currentValue,
previousNewValue,
thisNewValue: newValue,
},
'Ignoring upgrade collision',
);
return false;
}
seenUpdates[upgradeKey] = newValue!;
return true;
})
.reverse();
const branch = generateBranchConfig(branchUpgrades[branchName]);
branch.branchName = branchName;
branch.packageFiles = packageFiles;
branches.push(branch);
}
removeMeta(['branch']);
// TODO: types (#22198)
logger.debug(`config.repoIsOnboarded=${config.repoIsOnboarded!}`);
const branchList = config.repoIsOnboarded
? branches.map((upgrade) => upgrade.branchName)
: config.branchList;
// istanbul ignore next
try {
// Here we check if there are updates from the same source repo
// that are not grouped into the same branch
const branchUpdates: Record<string, Record<string, string>> = {};
for (const branch of branches) {
const { sourceUrl, branchName, depName, newVersion } = branch;
if (sourceUrl && newVersion) {
const key = `${sourceUrl}|${newVersion}`;
branchUpdates[key] = branchUpdates[key] || {};
if (!branchUpdates[key][branchName]) {
branchUpdates[key][branchName] = depName!;
}
}
}
for (const [key, value] of Object.entries(branchUpdates)) {
if (Object.keys(value).length > 1) {
const [sourceUrl, newVersion] = key.split('|');
logger.debug(
{ sourceUrl, newVersion, branches: value },
'Found sourceUrl with multiple branches that should probably be combined into a group',
);
}
}
} catch (err) {
logger.debug({ err }, 'Error checking branch duplicates');
}
return {
errors: config.errors!.concat(errors),
warnings: config.warnings!.concat(warnings),
branches,
branchList: branchList!,
};
}