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@prisma-next/cli - npm Package Compare versions

Comparing version
0.14.0-dev.80
 to
0.14.0-dev.85
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dist/migration-check-ByeQHOhK.mjs
import { A as formatStyledHeader, K as errorInvalidSpaceId, L as errorAmbiguousMigrationRef, _ as createTerminalUI, at as errorSpaceNotFound, b as formatErrorJson, d as setCommandSeeAlso, g as parseGlobalFlagsOrExit, l as setCommandDescriptions, o as resolveContractPath, s as resolveMigrationPaths, t as addGlobalOptions, u as setCommandExamples, ut as mapRefResolutionError, x as formatErrorOutput } from "./command-helpers-CUoKYTlG.mjs";
import { n as buildReadAggregate, s as toDeclaredExtensionsFromRaw } from "./contract-space-aggregate-loader-DpB4x97a.mjs";
import { i as resolveTargetPathAcrossSpaces, n as looksLikePath, r as resolveAppTargetPath, t as findPackageByDirPath } from "./migration-path-target-DmNwsDgs.mjs";
import { Command } from "commander";
import { loadConfig } from "@prisma-next/config-loader";
import { ifDefined } from "@prisma-next/utils/defined";
import { notOk, ok } from "@prisma-next/utils/result";
import { join, relative } from "pathe";
import { readFile } from "node:fs/promises";
import { createControlStack } from "@prisma-next/framework-components/control";
import { RESERVED_SPACE_SUBDIR_NAMES, isValidSpaceId, listContractSpaceDirectories, spaceMigrationDirectory, spaceRefsDirectory } from "@prisma-next/migration-tools/spaces";
import { existsSync, readFileSync, readdirSync, statSync } from "node:fs";
import { loadContractSpaceAggregate } from "@prisma-next/migration-tools/aggregate";
import { parseMigrationRef } from "@prisma-next/migration-tools/ref-resolution";
import { verifyMigrationHash } from "@prisma-next/migration-tools/hash";
//#region src/utils/integrity-violation-to-check-failure.ts
function migrationPathRelative$1(dirPath) {
return relative(process.cwd(), dirPath);
}
function migrationFileRelative$1(dirPath, fileName) {
return join(migrationPathRelative$1(dirPath), fileName);
}
/**
* Map one {@link IntegrityViolation} onto a `migration check` failure row.
* Sole catalogue mapping from integrity violations to `PN-MIG-CHECK-*`.
*/
function integrityViolationToCheckFailure(violation, migrationsDir) {
const spaceRelative = (spaceId) => migrationPathRelative$1(join(migrationsDir, spaceId));
const packageRelative = (spaceId, dirName) => migrationPathRelative$1(join(migrationsDir, spaceId, dirName));
const refRelative = (spaceId, refName) => migrationPathRelative$1(join(migrationsDir, spaceId, "refs", `${refName}.json`));
switch (violation.kind) {
case "hashMismatch": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-001",
where: migrationFileRelative$1(join(migrationsDir, violation.spaceId, violation.dirName), "migration.json"),
why: `Stored hash ${violation.stored} does not match recomputed hash ${violation.computed}`,
fix: "Re-emit the migration package or restore from version control."
};
case "providedInvariantsMismatch": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-002",
where: packageRelative(violation.spaceId, violation.dirName),
why: `Migration "${violation.dirName}" providedInvariants in migration.json disagrees with ops.json.`,
fix: "Re-emit the migration package so migration.json and ops.json agree."
};
case "packageUnloadable": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-002",
where: packageRelative(violation.spaceId, violation.dirName),
why: `Migration "${violation.dirName}" could not be loaded: ${violation.detail}`,
fix: "Re-emit the migration package or restore from version control."
};
case "sameSourceAndTarget": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-007",
where: packageRelative(violation.spaceId, violation.dirName),
why: `Migration "${violation.dirName}" in space "${violation.spaceId}" has source equal to target (${violation.hash}) with no data invariant — a true no-op self-edge.`,
fix: "Add a data operation if this self-edge was meant to carry a data invariant, or delete the migration if it is a true no-op."
};
case "orphanSpaceDir": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-008",
where: spaceRelative(violation.spaceId),
why: `Contract-space directory "${violation.spaceId}" exists on disk but no extension declares it.`,
fix: "Remove the orphan directory, or declare the extension in `extensionPacks`."
};
case "declaredButUnmigrated": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-009",
where: spaceRelative(violation.spaceId),
why: `Extension "${violation.spaceId}" is declared in \`extensionPacks\` but has no on-disk migrations directory.`,
fix: "Re-emit the extension contract-space artefacts with `prisma-next contract emit` and migration planning, or remove the extension from `extensionPacks` if it is unused."
};
case "headRefMissing": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-010",
where: refRelative(violation.spaceId, "head"),
why: `Head ref \`refs/head.json\` is missing for contract space "${violation.spaceId}".`,
fix: "Re-emit the contract-space migrations and head ref artefacts, or restore `refs/head.json` from version control."
};
case "headRefNotInGraph": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-011",
where: refRelative(violation.spaceId, "head"),
why: `Head ref ${violation.hash} for contract space "${violation.spaceId}" is not present in its migration graph.`,
fix: "Re-emit the contract space migrations, or restore the missing migration package."
};
case "refUnreadable": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-012",
where: refRelative(violation.spaceId, violation.refName),
why: `Ref "${violation.refName}" for contract space "${violation.spaceId}" is unreadable: ${violation.detail}`,
fix: "Repair or remove the corrupt ref file."
};
case "targetMismatch": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-013",
where: spaceRelative(violation.spaceId),
why: `Contract space "${violation.spaceId}" targets "${violation.actual}" but the project targets "${violation.expected}".`,
fix: "Update the extension to target the configured database, or change the project target."
};
case "disjointness": return {
space: "app",
code: "PN-MIG-CHECK-014",
where: migrationPathRelative$1(migrationsDir),
why: `Storage element "${violation.element}" is claimed by multiple contract spaces: ${violation.claimedBy.join(", ")}.`,
fix: "Update the contracts so each storage element is owned by exactly one contract space."
};
case "contractUnreadable": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-015",
where: migrationFileRelative$1(join(migrationsDir, violation.spaceId), "contract.json"),
why: `Contract for space "${violation.spaceId}" is unreadable: ${violation.detail}`,
fix: "Re-emit the extension contract artefacts, or fix the descriptor producing the invalid contract."
};
case "duplicateMigrationHash": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-016",
where: spaceRelative(violation.spaceId),
why: `Multiple migrations in space "${violation.spaceId}" share migrationHash "${violation.migrationHash}" (${violation.dirNames.join(", ")}).`,
fix: "Re-emit one of the conflicting packages so each migrationHash is unique."
};
}
}
//#endregion
//#region src/commands/migration-check.ts
function migrationPathRelative(dirPath) {
return relative(process.cwd(), dirPath);
}
function migrationFileRelative(dirPath, fileName) {
return join(migrationPathRelative(dirPath), fileName);
}
function checkFileExists(spaceId, dirPath, dirName, fileName) {
if (!existsSync(join(dirPath, fileName))) return {
space: spaceId,
code: "PN-MIG-CHECK-002",
where: migrationFileRelative(dirPath, fileName),
why: `${fileName} is missing from ${dirName}`,
fix: "Re-emit the migration package or restore from version control."
};
return null;
}
function checkSnapshotConsistency(spaceId, pkg) {
const endContractPath = join(pkg.dirPath, "end-contract.json");
if (!existsSync(endContractPath)) return null;
try {
const snapshotHash = JSON.parse(readFileSync(endContractPath, "utf-8"))["storage"]?.["storageHash"];
if (typeof snapshotHash === "string" && snapshotHash !== pkg.metadata.to) return {
space: spaceId,
code: "PN-MIG-CHECK-005",
where: migrationPathRelative(pkg.dirPath),
why: `Migration "${pkg.dirName}" declares to=${pkg.metadata.to} but end-contract.json has storageHash=${snapshotHash}`,
fix: "Re-emit the migration package so migration.json and end-contract.json agree."
};
} catch {
return {
space: spaceId,
code: "PN-MIG-CHECK-006",
where: migrationPathRelative(pkg.dirPath),
why: `Migration "${pkg.dirName}" has an unparseable end-contract.json.`,
fix: "Re-emit the migration package to repair the snapshot file."
};
}
return null;
}
/**
* Project the loaded {@link ContractSpaceAggregate} into the
* {@link CheckSpace} rows the multi-space check iterates — one per on-disk
* contract-space directory, in the aggregate's `app`-first ordering. Mirrors
* `migration list`'s `migrationSpaceListEntriesFromAggregate`: space
* membership matches the on-disk directories, package / ref / graph data come
* from `aggregate.space(id)`.
*/
async function enumerateCheckSpaces(aggregate, projectMigrationsDir) {
const candidateDirs = await listContractSpaceDirectories(projectMigrationsDir);
const onDiskSpaceIds = new Set(candidateDirs.filter((name) => !RESERVED_SPACE_SUBDIR_NAMES.has(name)).filter(isValidSpaceId));
const spaces = [];
for (const space of aggregate.spaces()) {
const spaceId = space.spaceId;
if (!isValidSpaceId(spaceId)) continue;
if (!onDiskSpaceIds.has(spaceId)) continue;
const migrationsDir = spaceMigrationDirectory(projectMigrationsDir, spaceId);
spaces.push({
spaceId,
packages: space.packages,
refs: space.refs,
graph: space.graph(),
migrationsDir,
refsDir: spaceRefsDirectory(migrationsDir)
});
}
return spaces;
}
function checkManifestFilesPresent(space) {
if (!existsSync(space.migrationsDir)) return [];
const loadedDirNames = new Set(space.packages.map((p) => p.dirName));
const failures = [];
let entries;
try {
entries = readdirSync(space.migrationsDir);
} catch {
return failures;
}
for (const entry of entries) {
if (entry.startsWith(".") || entry.startsWith("_") || entry === "refs") continue;
const entryPath = join(space.migrationsDir, entry);
try {
if (!statSync(entryPath).isDirectory()) continue;
} catch {
continue;
}
if (!loadedDirNames.has(entry)) for (const f of ["migration.json", "ops.json"]) {
const fail = checkFileExists(space.spaceId, entryPath, entry, f);
if (fail) failures.push(fail);
}
}
return failures;
}
function checkReachability(space) {
const allToHashes = new Set(space.packages.map((p) => p.metadata.to));
const failures = [];
for (const pkg of space.packages) if (!(pkg.metadata.from === null || allToHashes.has(pkg.metadata.from) || pkg.metadata.from === "sha256:empty")) failures.push({
space: space.spaceId,
code: "PN-MIG-CHECK-003",
where: migrationPathRelative(pkg.dirPath),
why: `Migration "${pkg.dirName}" starts from ${pkg.metadata.from} which no other migration produces`,
fix: "This migration is unreachable in the graph. Delete it or re-emit a connecting migration."
});
return failures;
}
function checkDanglingRefs(space) {
const failures = [];
for (const [name, entry] of Object.entries(space.refs)) if (!space.graph.nodes.has(entry.hash)) failures.push({
space: space.spaceId,
code: "PN-MIG-CHECK-004",
where: relative(process.cwd(), join(space.refsDir, `${name}.json`)),
why: `Ref "${name}" points at ${entry.hash} which does not exist in the migration graph`,
fix: `Update the ref with \`prisma-next ref set ${name} <valid-hash>\` or delete it.`
});
return failures;
}
function checkSpace(space) {
return [
...checkManifestFilesPresent(space),
...space.packages.map((pkg) => checkSnapshotConsistency(space.spaceId, pkg)).filter((f) => f !== null),
...checkReachability(space),
...checkDanglingRefs(space)
];
}
/**
* Policy core of the holistic `migration check`: validates `--space`,
* narrows the pre-enumerated spaces, and runs the per-space explicit graph
* checks (file-existence, snapshot consistency, reachability, dangling
* refs), aggregating every failure into one {@link MigrationCheckResult}.
*
* `--space` validation mirrors `migration list`: an invalid id →
* {@link errorInvalidSpaceId}; an id with no on-disk space →
* {@link errorSpaceNotFound}. Both map to exit `PRECONDITION` at the shell.
* Aggregate-integrity violations (which already span every space) are folded
* in by the caller, not here.
*/
function runMigrationCheck(inputs) {
const { spaces, spaceFilter } = inputs;
if (spaceFilter !== void 0 && !isValidSpaceId(spaceFilter)) return notOk(errorInvalidSpaceId(spaceFilter));
if (spaceFilter !== void 0 && !spaces.some((s) => s.spaceId === spaceFilter)) return notOk(errorSpaceNotFound(spaceFilter, spaces.map((s) => s.spaceId).sort()));
const failures = (spaceFilter !== void 0 ? spaces.filter((s) => s.spaceId === spaceFilter) : spaces).flatMap(checkSpace);
if (failures.length === 0) return ok({
ok: true,
failures: [],
summary: "All checks passed"
});
return ok({
ok: false,
failures,
summary: `${failures.length} integrity failure(s)`
});
}
async function loadAggregateIntegrityViolations(config, migrationsDir) {
try {
const contractJsonContent = await readFile(resolveContractPath(config), "utf-8");
const familyInstance = config.family.create(createControlStack(config));
const declaredExtensions = toDeclaredExtensionsFromRaw(config.extensionPacks ?? []);
const parsedAppContract = JSON.parse(contractJsonContent);
return (await loadContractSpaceAggregate({
migrationsDir,
deserializeContract: (json) => familyInstance.deserializeContract(json),
appContract: familyInstance.deserializeContract(parsedAppContract)
})).checkIntegrity({
declaredExtensions,
checkContracts: true
});
} catch {
return [];
}
}
async function executeMigrationCheckCommand(target, options, flags, ui) {
const config = await loadConfig(options.config);
const { configPath, migrationsDir, appMigrationsDir, appMigrationsRelative } = resolveMigrationPaths(options.config, config);
if (!flags.json && !flags.quiet) {
const details = [{
label: "config",
value: configPath
}, {
label: "migrations",
value: appMigrationsRelative
}];
if (target) details.push({
label: "target",
value: target
});
const header = formatStyledHeader({
command: "migration check",
description: "Verify artifact and graph integrity",
details,
flags
});
ui.stderr(header);
}
const loadedAggregate = await buildReadAggregate(config, { migrationsDir });
if (!loadedAggregate.ok) return {
error: loadedAggregate.failure,
exitCode: 2
};
const spaces = await enumerateCheckSpaces(loadedAggregate.value.aggregate, migrationsDir);
if (target) return await checkSingleTarget(target, {
spaces,
...options.space !== void 0 ? { spaceFilter: options.space } : {},
appMigrationsDir,
appMigrationsRelative
});
const checkResult = runMigrationCheck({
spaces,
...options.space !== void 0 ? { spaceFilter: options.space } : {}
});
if (!checkResult.ok) return {
error: checkResult.failure,
exitCode: 2
};
const failures = [...checkResult.value.failures];
const allViolations = await loadAggregateIntegrityViolations(config, migrationsDir);
const scopedViolations = options.space === void 0 ? allViolations : allViolations.filter((v) => v.kind !== "disjointness" && v.spaceId === options.space);
for (const violation of scopedViolations) failures.push(integrityViolationToCheckFailure(violation, migrationsDir));
if (failures.length === 0) return {
result: {
ok: true,
failures: [],
summary: "All checks passed"
},
exitCode: 0
};
return {
result: {
ok: false,
failures,
summary: `${failures.length} integrity failure(s)`
},
exitCode: 4
};
}
/**
* Ranks ref-resolution failure kinds by how informative they are, so a
* single-target check surfaces the most useful failure across spaces instead of
* whichever space failed first. `not-found` (the input matched nothing here)
* says the least; a malformed input, a wrong grammar, or an in-space ambiguity
* all say more.
*/
function refFailureSpecificity(error) {
switch (error.kind) {
case "wrong-grammar": return 3;
case "ambiguous": return 2;
case "invalid-format": return 1;
case "not-found": return 0;
}
}
/**
* Single-target (`check <ref/path>`) mode — resolves a migration reference
* across all contract spaces (or the one space narrowed by `--space <id>`).
*
* Resolution:
* - filesystem path → find the owning space by checking which space's
* `migrationsDir` contains the resolved path; falls back to app-relative
* validation when the path is outside every space dir.
* - ref → `parseMigrationRef` against each in-scope space; collect every
* (space, package) hit; 0 hits = not-found, 1 = check it, >1 = ambiguity
* error (qualify with `--space`).
*
* `--space <id>` is validated the same way the holistic path does it:
* invalid id → `errorInvalidSpaceId`; no on-disk space → `errorSpaceNotFound`.
*/
async function checkSingleTarget(target, inputs) {
const { spaces, spaceFilter, appMigrationsDir, appMigrationsRelative } = inputs;
if (spaceFilter !== void 0 && !isValidSpaceId(spaceFilter)) return {
error: errorInvalidSpaceId(spaceFilter),
exitCode: 2
};
if (spaceFilter !== void 0 && !spaces.some((s) => s.spaceId === spaceFilter)) return {
error: errorSpaceNotFound(spaceFilter, spaces.map((s) => s.spaceId).sort()),
exitCode: 2
};
const scopedSpaces = spaceFilter !== void 0 ? spaces.filter((s) => s.spaceId === spaceFilter) : spaces;
let matchedSpace;
let matchedPkg;
if (looksLikePath(target)) {
const resolvedPath = resolveTargetPathAcrossSpaces(target, scopedSpaces);
if (resolvedPath !== null) for (const space of scopedSpaces) {
const found = findPackageByDirPath(space.packages, resolvedPath);
if (found) {
matchedSpace = space;
matchedPkg = found;
break;
}
}
else {
const resolved = resolveAppTargetPath(target, appMigrationsDir, appMigrationsRelative);
if (!resolved.ok) return {
error: resolved.failure,
exitCode: 2
};
const appSpace = scopedSpaces.find((s) => s.spaceId === "app");
if (appSpace) {
matchedSpace = appSpace;
matchedPkg = findPackageByDirPath(appSpace.packages, resolved.value);
}
}
} else {
const hits = [];
let bestParseFailure;
for (const space of scopedSpaces) {
const migResult = parseMigrationRef(target, {
graph: space.graph,
refs: space.refs
});
if (!migResult.ok) {
if (bestParseFailure === void 0 || refFailureSpecificity(migResult.failure) > refFailureSpecificity(bestParseFailure)) bestParseFailure = migResult.failure;
continue;
}
const pkg = space.packages.find((p) => p.metadata.migrationHash === migResult.value.migrationHash);
if (pkg) hits.push({
space,
pkg
});
}
if (hits.length > 1) return {
error: errorAmbiguousMigrationRef(target, hits.map((h) => h.space.spaceId)),
exitCode: 2
};
if (hits.length === 1) {
matchedSpace = hits[0].space;
matchedPkg = hits[0].pkg;
} else if (bestParseFailure !== void 0) return {
error: mapRefResolutionError(bestParseFailure),
exitCode: 2
};
}
if (!matchedPkg || !matchedSpace) return {
result: {
ok: false,
failures: [],
summary: `Migration package for "${target}" not found on disk`
},
exitCode: 2
};
const failures = [...checkManifestFilesPresent(matchedSpace)];
for (const f of ["migration.json", "ops.json"]) {
const fail = checkFileExists(matchedSpace.spaceId, matchedPkg.dirPath, matchedPkg.dirName, f);
if (fail) failures.push(fail);
}
const verification = verifyMigrationHash(matchedPkg);
if (!verification.ok) failures.push({
space: matchedSpace.spaceId,
code: "PN-MIG-CHECK-001",
where: migrationFileRelative(matchedPkg.dirPath, "migration.json"),
why: `Stored hash ${verification.storedHash} does not match recomputed hash ${verification.computedHash}`,
fix: "Re-emit the migration package or restore from version control."
});
const snapshotFailure = checkSnapshotConsistency(matchedSpace.spaceId, matchedPkg);
if (snapshotFailure) failures.push(snapshotFailure);
const resolvedSpaceId = matchedSpace.spaceId !== "app" ? matchedSpace.spaceId : void 0;
if (failures.length === 0) return {
result: {
ok: true,
failures: [],
summary: "All checks passed"
},
exitCode: 0,
...ifDefined("resolvedSpaceId", resolvedSpaceId)
};
return {
result: {
ok: false,
failures,
summary: `${failures.length} integrity failure(s)`
},
exitCode: 4,
...ifDefined("resolvedSpaceId", resolvedSpaceId)
};
}
function createMigrationCheckCommand() {
const command = new Command("check");
setCommandDescriptions(command, "Verify artifact and graph integrity", "Validates that on-disk migration packages are internally consistent\n(hashes match, manifests are complete) and that the graph is well-formed\n(edges connect, refs point at valid nodes). The whole-graph check spans\nevery contract space by default; pass --space <id> to narrow to one. A\nmigration reference checks a single package, resolved across all contract\nspaces (narrow with --space; an ambiguous reference is a precondition failure).\nOffline — does not consult the database.\nExit codes: 0 = all checks passed, 2 = precondition failed\n(unresolved target or unknown --space), 4 = integrity failure(s) found.");
setCommandExamples(command, [
"prisma-next migration check",
"prisma-next migration check --space app",
"prisma-next migration check 20260101-add-users",
"prisma-next migration check 20260101-add-users --space app",
"prisma-next migration check --json"
]);
setCommandSeeAlso(command, [
{
verb: "migration status",
oneLiner: "Show migration path and pending status"
},
{
verb: "migration list",
oneLiner: "List on-disk migrations"
},
{
verb: "migration graph",
oneLiner: "Show the migration graph topology"
},
{
verb: "migration show",
oneLiner: "Display migration package contents"
}
]);
command.exitOverride();
addGlobalOptions(command).argument("[target]", "Migration reference: directory name, hash/prefix, ref, or path").option("--config <path>", "Path to prisma-next.config.ts").option("--space <id>", "Narrow output to a single contract space").action(async (target, options) => {
const flags = parseGlobalFlagsOrExit(options);
const ui = createTerminalUI(flags);
let outcome;
try {
outcome = await executeMigrationCheckCommand(target, options, flags, ui);
} catch (error) {
outcome = {
result: {
ok: false,
failures: [],
summary: error instanceof Error ? error.message : String(error)
},
exitCode: 2
};
}
if (outcome.error) {
const envelope = outcome.error.toEnvelope();
if (flags.json) ui.output(formatErrorJson(envelope));
else if (!flags.quiet) ui.error(formatErrorOutput(envelope, flags));
process.exit(outcome.exitCode);
}
const result = outcome.result ?? {
ok: false,
failures: [],
summary: "No check result produced"
};
if (flags.json) ui.output(JSON.stringify(result, null, 2));
else if (!flags.quiet) if (result.ok) {
const spaceSuffix = outcome.resolvedSpaceId !== void 0 ? ` (space: ${outcome.resolvedSpaceId})` : "";
ui.log(`✔ ${result.summary}${spaceSuffix}`);
} else {
for (const f of result.failures) {
ui.log(`✗ [${f.code}] ${f.where}: ${f.why}`);
ui.log(` fix: ${f.fix}`);
}
ui.log(`\n${result.summary}`);
}
process.exit(outcome.exitCode);
});
return command;
}
//#endregion
export { enumerateCheckSpaces as n, runMigrationCheck as r, createMigrationCheckCommand as t };
//# sourceMappingURL=migration-check-ByeQHOhK.mjs.map
+1
dist/migration-check-ByeQHOhK.mjs.map
{"version":3,"file":"migration-check-ByeQHOhK.mjs","names":["migrationPathRelative","migrationFileRelative"],"sources":["../src/utils/integrity-violation-to-check-failure.ts","../src/commands/migration-check.ts"],"sourcesContent":["import type { IntegrityViolation } from '@prisma-next/migration-tools/aggregate';\nimport { join, relative } from 'pathe';\nimport type { CheckFailure } from '../commands/json/schemas';\n\nexport type { CheckFailure } from '../commands/json/schemas';\n\nfunction migrationPathRelative(dirPath: string): string {\n return relative(process.cwd(), dirPath);\n}\n\nfunction migrationFileRelative(dirPath: string, fileName: string): string {\n return join(migrationPathRelative(dirPath), fileName);\n}\n\n/**\n * Map one {@link IntegrityViolation} onto a `migration check` failure row.\n * Sole catalogue mapping from integrity violations to `PN-MIG-CHECK-*`.\n */\nexport function integrityViolationToCheckFailure(\n violation: IntegrityViolation,\n migrationsDir: string,\n): CheckFailure {\n const spaceRelative = (spaceId: string): string =>\n migrationPathRelative(join(migrationsDir, spaceId));\n const packageRelative = (spaceId: string, dirName: string): string =>\n migrationPathRelative(join(migrationsDir, spaceId, dirName));\n const refRelative = (spaceId: string, refName: string): string =>\n migrationPathRelative(join(migrationsDir, spaceId, 'refs', `${refName}.json`));\n\n switch (violation.kind) {\n case 'hashMismatch':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-001',\n where: migrationFileRelative(\n join(migrationsDir, violation.spaceId, violation.dirName),\n 'migration.json',\n ),\n why: `Stored hash ${violation.stored} does not match recomputed hash ${violation.computed}`,\n fix: 'Re-emit the migration package or restore from version control.',\n };\n case 'providedInvariantsMismatch':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-002',\n where: packageRelative(violation.spaceId, violation.dirName),\n why: `Migration \"${violation.dirName}\" providedInvariants in migration.json disagrees with ops.json.`,\n fix: 'Re-emit the migration package so migration.json and ops.json agree.',\n };\n case 'packageUnloadable':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-002',\n where: packageRelative(violation.spaceId, violation.dirName),\n why: `Migration \"${violation.dirName}\" could not be loaded: ${violation.detail}`,\n fix: 'Re-emit the migration package or restore from version control.',\n };\n case 'sameSourceAndTarget':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-007',\n where: packageRelative(violation.spaceId, violation.dirName),\n why: `Migration \"${violation.dirName}\" in space \"${violation.spaceId}\" has source equal to target (${violation.hash}) with no data invariant — a true no-op self-edge.`,\n fix: 'Add a data operation if this self-edge was meant to carry a data invariant, or delete the migration if it is a true no-op.',\n };\n case 'orphanSpaceDir':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-008',\n where: spaceRelative(violation.spaceId),\n why: `Contract-space directory \"${violation.spaceId}\" exists on disk but no extension declares it.`,\n fix: 'Remove the orphan directory, or declare the extension in `extensionPacks`.',\n };\n case 'declaredButUnmigrated':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-009',\n where: spaceRelative(violation.spaceId),\n why: `Extension \"${violation.spaceId}\" is declared in \\`extensionPacks\\` but has no on-disk migrations directory.`,\n fix: 'Re-emit the extension contract-space artefacts with `prisma-next contract emit` and migration planning, or remove the extension from `extensionPacks` if it is unused.',\n };\n case 'headRefMissing':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-010',\n where: refRelative(violation.spaceId, 'head'),\n why: `Head ref \\`refs/head.json\\` is missing for contract space \"${violation.spaceId}\".`,\n fix: 'Re-emit the contract-space migrations and head ref artefacts, or restore `refs/head.json` from version control.',\n };\n case 'headRefNotInGraph':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-011',\n where: refRelative(violation.spaceId, 'head'),\n why: `Head ref ${violation.hash} for contract space \"${violation.spaceId}\" is not present in its migration graph.`,\n fix: 'Re-emit the contract space migrations, or restore the missing migration package.',\n };\n case 'refUnreadable':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-012',\n where: refRelative(violation.spaceId, violation.refName),\n why: `Ref \"${violation.refName}\" for contract space \"${violation.spaceId}\" is unreadable: ${violation.detail}`,\n fix: 'Repair or remove the corrupt ref file.',\n };\n case 'targetMismatch':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-013',\n where: spaceRelative(violation.spaceId),\n why: `Contract space \"${violation.spaceId}\" targets \"${violation.actual}\" but the project targets \"${violation.expected}\".`,\n fix: 'Update the extension to target the configured database, or change the project target.',\n };\n case 'disjointness':\n return {\n space: 'app',\n code: 'PN-MIG-CHECK-014',\n where: migrationPathRelative(migrationsDir),\n why: `Storage element \"${violation.element}\" is claimed by multiple contract spaces: ${violation.claimedBy.join(', ')}.`,\n fix: 'Update the contracts so each storage element is owned by exactly one contract space.',\n };\n case 'contractUnreadable':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-015',\n where: migrationFileRelative(join(migrationsDir, violation.spaceId), 'contract.json'),\n why: `Contract for space \"${violation.spaceId}\" is unreadable: ${violation.detail}`,\n fix: 'Re-emit the extension contract artefacts, or fix the descriptor producing the invalid contract.',\n };\n case 'duplicateMigrationHash':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-016',\n where: spaceRelative(violation.spaceId),\n why: `Multiple migrations in space \"${violation.spaceId}\" share migrationHash \"${violation.migrationHash}\" (${violation.dirNames.join(', ')}).`,\n fix: 'Re-emit one of the conflicting packages so each migrationHash is unique.',\n };\n }\n}\n","import { existsSync, readdirSync, readFileSync, statSync } from 'node:fs';\nimport { readFile } from 'node:fs/promises';\nimport { loadConfig } from '@prisma-next/config-loader';\nimport { createControlStack } from '@prisma-next/framework-components/control';\nimport type {\n ContractSpaceAggregate,\n IntegrityViolation,\n} from '@prisma-next/migration-tools/aggregate';\nimport { loadContractSpaceAggregate } from '@prisma-next/migration-tools/aggregate';\nimport type { MigrationGraph } from '@prisma-next/migration-tools/graph';\nimport { verifyMigrationHash } from '@prisma-next/migration-tools/hash';\nimport type { OnDiskMigrationPackage } from '@prisma-next/migration-tools/package';\nimport {\n parseMigrationRef,\n type RefResolutionError,\n} from '@prisma-next/migration-tools/ref-resolution';\nimport type { Refs } from '@prisma-next/migration-tools/refs';\nimport {\n isValidSpaceId,\n listContractSpaceDirectories,\n RESERVED_SPACE_SUBDIR_NAMES,\n spaceMigrationDirectory,\n spaceRefsDirectory,\n} from '@prisma-next/migration-tools/spaces';\nimport { ifDefined } from '@prisma-next/utils/defined';\nimport { notOk, ok, type Result } from '@prisma-next/utils/result';\nimport { Command } from 'commander';\nimport { join, relative } from 'pathe';\nimport {\n type CliStructuredError,\n errorAmbiguousMigrationRef,\n errorInvalidSpaceId,\n errorSpaceNotFound,\n mapRefResolutionError,\n} from '../utils/cli-errors';\nimport {\n addGlobalOptions,\n resolveContractPath,\n resolveMigrationPaths,\n setCommandDescriptions,\n setCommandExamples,\n setCommandSeeAlso,\n} from '../utils/command-helpers';\nimport { buildReadAggregate } from '../utils/contract-space-aggregate-loader';\nimport { toDeclaredExtensionsFromRaw } from '../utils/extension-pack-inputs';\nimport { formatErrorJson, formatErrorOutput } from '../utils/formatters/errors';\nimport { formatStyledHeader } from '../utils/formatters/styled';\nimport type { CommonCommandOptions } from '../utils/global-flags';\nimport { type GlobalFlags, parseGlobalFlagsOrExit } from '../utils/global-flags';\nimport { integrityViolationToCheckFailure } from '../utils/integrity-violation-to-check-failure';\nimport {\n findPackageByDirPath,\n looksLikePath,\n resolveAppTargetPath,\n resolveTargetPathAcrossSpaces,\n} from '../utils/migration-path-target';\nimport { createTerminalUI, type TerminalUI } from '../utils/terminal-ui';\nimport type { CheckFailure, MigrationCheckResult } from './json/schemas';\nimport { INTEGRITY_FAILED, OK, PRECONDITION } from './migration-check/exit-codes';\n\ninterface MigrationCheckOptions extends CommonCommandOptions {\n readonly config?: string;\n readonly space?: string;\n}\n\nexport type { CheckFailure, MigrationCheckResult } from './json/schemas';\nexport { migrationCheckResultSchema } from './json/schemas';\n\nfunction migrationPathRelative(dirPath: string): string {\n return relative(process.cwd(), dirPath);\n}\n\nfunction migrationFileRelative(dirPath: string, fileName: string): string {\n return join(migrationPathRelative(dirPath), fileName);\n}\n\nfunction checkFileExists(\n spaceId: string,\n dirPath: string,\n dirName: string,\n fileName: string,\n): CheckFailure | null {\n if (!existsSync(join(dirPath, fileName))) {\n return {\n space: spaceId,\n code: 'PN-MIG-CHECK-002',\n where: migrationFileRelative(dirPath, fileName),\n why: `${fileName} is missing from ${dirName}`,\n fix: 'Re-emit the migration package or restore from version control.',\n };\n }\n return null;\n}\n\nfunction checkSnapshotConsistency(\n spaceId: string,\n pkg: OnDiskMigrationPackage,\n): CheckFailure | null {\n const endContractPath = join(pkg.dirPath, 'end-contract.json');\n if (!existsSync(endContractPath)) return null;\n try {\n const raw = JSON.parse(readFileSync(endContractPath, 'utf-8')) as Record<string, unknown>;\n const storage = raw['storage'] as Record<string, unknown> | undefined;\n const snapshotHash = storage?.['storageHash'];\n if (typeof snapshotHash === 'string' && snapshotHash !== pkg.metadata.to) {\n return {\n space: spaceId,\n code: 'PN-MIG-CHECK-005',\n where: migrationPathRelative(pkg.dirPath),\n why: `Migration \"${pkg.dirName}\" declares to=${pkg.metadata.to} but end-contract.json has storageHash=${snapshotHash}`,\n fix: 'Re-emit the migration package so migration.json and end-contract.json agree.',\n };\n }\n } catch {\n return {\n space: spaceId,\n code: 'PN-MIG-CHECK-006',\n where: migrationPathRelative(pkg.dirPath),\n why: `Migration \"${pkg.dirName}\" has an unparseable end-contract.json.`,\n fix: 'Re-emit the migration package to repair the snapshot file.',\n };\n }\n return null;\n}\n\n/**\n * One contract space's on-disk state, resolved for the explicit graph\n * checks `runMigrationCheck` runs per space: the space's migration\n * packages, its user-authored refs, its induced graph, and the absolute\n * `migrations/<space>/` + `migrations/<space>/refs/` directories the\n * file-existence and dangling-ref `where` paths are derived from.\n */\nexport interface CheckSpace {\n readonly spaceId: string;\n readonly packages: readonly OnDiskMigrationPackage[];\n readonly refs: Refs;\n readonly graph: MigrationGraph;\n readonly migrationsDir: string;\n readonly refsDir: string;\n}\n\n/**\n * Project the loaded {@link ContractSpaceAggregate} into the\n * {@link CheckSpace} rows the multi-space check iterates — one per on-disk\n * contract-space directory, in the aggregate's `app`-first ordering. Mirrors\n * `migration list`'s `migrationSpaceListEntriesFromAggregate`: space\n * membership matches the on-disk directories, package / ref / graph data come\n * from `aggregate.space(id)`.\n */\nexport async function enumerateCheckSpaces(\n aggregate: ContractSpaceAggregate,\n projectMigrationsDir: string,\n): Promise<readonly CheckSpace[]> {\n const candidateDirs = await listContractSpaceDirectories(projectMigrationsDir);\n const onDiskSpaceIds = new Set(\n candidateDirs.filter((name) => !RESERVED_SPACE_SUBDIR_NAMES.has(name)).filter(isValidSpaceId),\n );\n const spaces: CheckSpace[] = [];\n for (const space of aggregate.spaces()) {\n const spaceId = space.spaceId;\n if (!isValidSpaceId(spaceId)) continue;\n if (!onDiskSpaceIds.has(spaceId)) continue;\n const migrationsDir = spaceMigrationDirectory(projectMigrationsDir, spaceId);\n spaces.push({\n spaceId,\n packages: space.packages,\n refs: space.refs,\n graph: space.graph(),\n migrationsDir,\n refsDir: spaceRefsDirectory(migrationsDir),\n });\n }\n return spaces;\n}\n\nfunction checkManifestFilesPresent(space: CheckSpace): readonly CheckFailure[] {\n if (!existsSync(space.migrationsDir)) return [];\n const loadedDirNames = new Set(space.packages.map((p) => p.dirName));\n const failures: CheckFailure[] = [];\n let entries: string[];\n try {\n entries = readdirSync(space.migrationsDir);\n } catch {\n return failures;\n }\n for (const entry of entries) {\n if (entry.startsWith('.') || entry.startsWith('_') || entry === 'refs') continue;\n const entryPath = join(space.migrationsDir, entry);\n try {\n if (!statSync(entryPath).isDirectory()) continue;\n } catch {\n continue;\n }\n if (!loadedDirNames.has(entry)) {\n for (const f of ['migration.json', 'ops.json']) {\n const fail = checkFileExists(space.spaceId, entryPath, entry, f);\n if (fail) failures.push(fail);\n }\n }\n }\n return failures;\n}\n\nfunction checkReachability(space: CheckSpace): readonly CheckFailure[] {\n const allToHashes = new Set(space.packages.map((p) => p.metadata.to));\n const failures: CheckFailure[] = [];\n for (const pkg of space.packages) {\n const isReachable =\n pkg.metadata.from === null ||\n allToHashes.has(pkg.metadata.from) ||\n pkg.metadata.from === 'sha256:empty';\n if (!isReachable) {\n failures.push({\n space: space.spaceId,\n code: 'PN-MIG-CHECK-003',\n where: migrationPathRelative(pkg.dirPath),\n why: `Migration \"${pkg.dirName}\" starts from ${pkg.metadata.from} which no other migration produces`,\n fix: 'This migration is unreachable in the graph. Delete it or re-emit a connecting migration.',\n });\n }\n }\n return failures;\n}\n\nfunction checkDanglingRefs(space: CheckSpace): readonly CheckFailure[] {\n const failures: CheckFailure[] = [];\n for (const [name, entry] of Object.entries(space.refs)) {\n if (!space.graph.nodes.has(entry.hash)) {\n failures.push({\n space: space.spaceId,\n code: 'PN-MIG-CHECK-004',\n where: relative(process.cwd(), join(space.refsDir, `${name}.json`)),\n why: `Ref \"${name}\" points at ${entry.hash} which does not exist in the migration graph`,\n fix: `Update the ref with \\`prisma-next ref set ${name} <valid-hash>\\` or delete it.`,\n });\n }\n }\n return failures;\n}\n\nfunction checkSpace(space: CheckSpace): readonly CheckFailure[] {\n return [\n ...checkManifestFilesPresent(space),\n ...space.packages\n .map((pkg) => checkSnapshotConsistency(space.spaceId, pkg))\n .filter((f): f is CheckFailure => f !== null),\n ...checkReachability(space),\n ...checkDanglingRefs(space),\n ];\n}\n\n/**\n * Inputs for {@link runMigrationCheck} — the multi-space policy core of\n * the holistic (no-arg) `migration check`. Enumeration is supplied by the\n * caller (the CLI shell builds it from {@link enumerateCheckSpaces}); the\n * core does not touch config, flags, or streams.\n */\nexport interface RunMigrationCheckInputs {\n readonly spaces: readonly CheckSpace[];\n readonly spaceFilter?: string;\n}\n\n/**\n * Policy core of the holistic `migration check`: validates `--space`,\n * narrows the pre-enumerated spaces, and runs the per-space explicit graph\n * checks (file-existence, snapshot consistency, reachability, dangling\n * refs), aggregating every failure into one {@link MigrationCheckResult}.\n *\n * `--space` validation mirrors `migration list`: an invalid id →\n * {@link errorInvalidSpaceId}; an id with no on-disk space →\n * {@link errorSpaceNotFound}. Both map to exit `PRECONDITION` at the shell.\n * Aggregate-integrity violations (which already span every space) are folded\n * in by the caller, not here.\n */\nexport function runMigrationCheck(\n inputs: RunMigrationCheckInputs,\n): Result<MigrationCheckResult, CliStructuredError> {\n const { spaces, spaceFilter } = inputs;\n\n if (spaceFilter !== undefined && !isValidSpaceId(spaceFilter)) {\n return notOk(errorInvalidSpaceId(spaceFilter));\n }\n if (spaceFilter !== undefined && !spaces.some((s) => s.spaceId === spaceFilter)) {\n return notOk(errorSpaceNotFound(spaceFilter, spaces.map((s) => s.spaceId).sort()));\n }\n\n const scopedSpaces =\n spaceFilter !== undefined ? spaces.filter((s) => s.spaceId === spaceFilter) : spaces;\n\n const failures = scopedSpaces.flatMap(checkSpace);\n if (failures.length === 0) {\n return ok({ ok: true, failures: [], summary: 'All checks passed' });\n }\n return ok({ ok: false, failures, summary: `${failures.length} integrity failure(s)` });\n}\n\nasync function loadAggregateIntegrityViolations(\n config: Awaited<ReturnType<typeof loadConfig>>,\n migrationsDir: string,\n): Promise<readonly IntegrityViolation[]> {\n try {\n const contractJsonContent = await readFile(resolveContractPath(config), 'utf-8');\n const familyInstance = config.family.create(createControlStack(config));\n const declaredExtensions = toDeclaredExtensionsFromRaw(config.extensionPacks ?? []);\n\n const parsedAppContract: unknown = JSON.parse(contractJsonContent);\n const aggregate = await loadContractSpaceAggregate({\n migrationsDir,\n deserializeContract: (json: unknown) => familyInstance.deserializeContract(json),\n appContract: familyInstance.deserializeContract(parsedAppContract),\n });\n return aggregate.checkIntegrity({ declaredExtensions, checkContracts: true });\n } catch {\n return [];\n }\n}\n\ninterface MigrationCheckOutcome {\n readonly result?: MigrationCheckResult;\n readonly error?: CliStructuredError;\n readonly exitCode: number;\n readonly resolvedSpaceId?: string;\n}\n\nasync function executeMigrationCheckCommand(\n target: string | undefined,\n options: MigrationCheckOptions,\n flags: GlobalFlags,\n ui: TerminalUI,\n): Promise<MigrationCheckOutcome> {\n const config = await loadConfig(options.config);\n const { configPath, migrationsDir, appMigrationsDir, appMigrationsRelative } =\n resolveMigrationPaths(options.config, config);\n\n if (!flags.json && !flags.quiet) {\n const details: Array<{ label: string; value: string }> = [\n { label: 'config', value: configPath },\n { label: 'migrations', value: appMigrationsRelative },\n ];\n if (target) {\n details.push({ label: 'target', value: target });\n }\n const header = formatStyledHeader({\n command: 'migration check',\n description: 'Verify artifact and graph integrity',\n details,\n flags,\n });\n ui.stderr(header);\n }\n\n const loadedAggregate = await buildReadAggregate(config, { migrationsDir });\n if (!loadedAggregate.ok) {\n return { error: loadedAggregate.failure, exitCode: PRECONDITION };\n }\n\n const spaces = await enumerateCheckSpaces(loadedAggregate.value.aggregate, migrationsDir);\n\n if (target) {\n return await checkSingleTarget(target, {\n spaces,\n ...(options.space !== undefined ? { spaceFilter: options.space } : {}),\n appMigrationsDir,\n appMigrationsRelative,\n });\n }\n\n const checkResult = runMigrationCheck({\n spaces,\n ...(options.space !== undefined ? { spaceFilter: options.space } : {}),\n });\n if (!checkResult.ok) {\n return { error: checkResult.failure, exitCode: PRECONDITION };\n }\n\n const failures: CheckFailure[] = [...checkResult.value.failures];\n const allViolations = await loadAggregateIntegrityViolations(config, migrationsDir);\n const scopedViolations =\n options.space === undefined\n ? allViolations\n : allViolations.filter((v) => v.kind !== 'disjointness' && v.spaceId === options.space);\n for (const violation of scopedViolations) {\n failures.push(integrityViolationToCheckFailure(violation, migrationsDir));\n }\n\n if (failures.length === 0) {\n return {\n result: { ok: true, failures: [], summary: 'All checks passed' },\n exitCode: OK,\n };\n }\n\n return {\n result: { ok: false, failures, summary: `${failures.length} integrity failure(s)` },\n exitCode: INTEGRITY_FAILED,\n };\n}\n\ninterface SingleTargetInputs {\n readonly spaces: readonly CheckSpace[];\n readonly spaceFilter?: string;\n readonly appMigrationsDir: string;\n readonly appMigrationsRelative: string;\n}\n\n/**\n * Ranks ref-resolution failure kinds by how informative they are, so a\n * single-target check surfaces the most useful failure across spaces instead of\n * whichever space failed first. `not-found` (the input matched nothing here)\n * says the least; a malformed input, a wrong grammar, or an in-space ambiguity\n * all say more.\n */\nfunction refFailureSpecificity(error: RefResolutionError): number {\n switch (error.kind) {\n case 'wrong-grammar':\n return 3;\n case 'ambiguous':\n return 2;\n case 'invalid-format':\n return 1;\n case 'not-found':\n return 0;\n }\n}\n\n/**\n * Single-target (`check <ref/path>`) mode — resolves a migration reference\n * across all contract spaces (or the one space narrowed by `--space <id>`).\n *\n * Resolution:\n * - filesystem path → find the owning space by checking which space's\n * `migrationsDir` contains the resolved path; falls back to app-relative\n * validation when the path is outside every space dir.\n * - ref → `parseMigrationRef` against each in-scope space; collect every\n * (space, package) hit; 0 hits = not-found, 1 = check it, >1 = ambiguity\n * error (qualify with `--space`).\n *\n * `--space <id>` is validated the same way the holistic path does it:\n * invalid id → `errorInvalidSpaceId`; no on-disk space → `errorSpaceNotFound`.\n */\nasync function checkSingleTarget(\n target: string,\n inputs: SingleTargetInputs,\n): Promise<MigrationCheckOutcome> {\n const { spaces, spaceFilter, appMigrationsDir, appMigrationsRelative } = inputs;\n\n if (spaceFilter !== undefined && !isValidSpaceId(spaceFilter)) {\n return { error: errorInvalidSpaceId(spaceFilter), exitCode: PRECONDITION };\n }\n if (spaceFilter !== undefined && !spaces.some((s) => s.spaceId === spaceFilter)) {\n return {\n error: errorSpaceNotFound(spaceFilter, spaces.map((s) => s.spaceId).sort()),\n exitCode: PRECONDITION,\n };\n }\n\n const scopedSpaces =\n spaceFilter !== undefined ? spaces.filter((s) => s.spaceId === spaceFilter) : spaces;\n\n let matchedSpace: CheckSpace | undefined;\n let matchedPkg: OnDiskMigrationPackage | undefined;\n\n if (looksLikePath(target)) {\n const resolvedPath = resolveTargetPathAcrossSpaces(target, scopedSpaces);\n if (resolvedPath !== null) {\n for (const space of scopedSpaces) {\n const found = findPackageByDirPath(space.packages, resolvedPath);\n if (found) {\n matchedSpace = space;\n matchedPkg = found;\n break;\n }\n }\n } else {\n // Path outside every space dir — fall back to app-relative validation\n const resolved = resolveAppTargetPath(target, appMigrationsDir, appMigrationsRelative);\n if (!resolved.ok) {\n return { error: resolved.failure, exitCode: PRECONDITION };\n }\n const appSpace = scopedSpaces.find((s) => s.spaceId === 'app');\n if (appSpace) {\n matchedSpace = appSpace;\n matchedPkg = findPackageByDirPath(appSpace.packages, resolved.value);\n }\n }\n } else {\n // Ref resolution: try each in-scope space, collect all hits.\n const hits: Array<{ space: CheckSpace; pkg: OnDiskMigrationPackage }> = [];\n let bestParseFailure: RefResolutionError | undefined;\n for (const space of scopedSpaces) {\n const migResult = parseMigrationRef(target, { graph: space.graph, refs: space.refs });\n if (!migResult.ok) {\n // Keep scanning — a later space may hold a hit that must not be discarded.\n // When no space yields a hit, keep the most informative failure rather than\n // whichever space failed first (the kind is space-dependent).\n if (\n bestParseFailure === undefined ||\n refFailureSpecificity(migResult.failure) > refFailureSpecificity(bestParseFailure)\n ) {\n bestParseFailure = migResult.failure;\n }\n continue;\n }\n const pkg = space.packages.find(\n (p) => p.metadata.migrationHash === migResult.value.migrationHash,\n );\n if (pkg) {\n hits.push({ space, pkg });\n }\n }\n\n if (hits.length > 1) {\n const spaceIds = hits.map((h) => h.space.spaceId);\n return {\n error: errorAmbiguousMigrationRef(target, spaceIds),\n exitCode: PRECONDITION,\n };\n }\n\n if (hits.length === 1) {\n matchedSpace = hits[0]!.space;\n matchedPkg = hits[0]!.pkg;\n } else if (bestParseFailure !== undefined) {\n // The ref didn't resolve in any in-scope space — surface the most informative\n // parse failure through the shared ref-resolution envelope (PN-RUN-3000) the\n // earlier work established, rather than a bespoke string. (Ref-resolved-but-\n // no-package falls through to the \"not found on disk\" result below.)\n return { error: mapRefResolutionError(bestParseFailure), exitCode: PRECONDITION };\n }\n }\n\n if (!matchedPkg || !matchedSpace) {\n return {\n result: {\n ok: false,\n failures: [],\n summary: `Migration package for \"${target}\" not found on disk`,\n },\n exitCode: PRECONDITION,\n };\n }\n\n const failures: CheckFailure[] = [...checkManifestFilesPresent(matchedSpace)];\n\n for (const f of ['migration.json', 'ops.json']) {\n const fail = checkFileExists(matchedSpace.spaceId, matchedPkg.dirPath, matchedPkg.dirName, f);\n if (fail) failures.push(fail);\n }\n\n const verification = verifyMigrationHash(matchedPkg);\n if (!verification.ok) {\n failures.push({\n space: matchedSpace.spaceId,\n code: 'PN-MIG-CHECK-001',\n where: migrationFileRelative(matchedPkg.dirPath, 'migration.json'),\n why: `Stored hash ${verification.storedHash} does not match recomputed hash ${verification.computedHash}`,\n fix: 'Re-emit the migration package or restore from version control.',\n });\n }\n\n const snapshotFailure = checkSnapshotConsistency(matchedSpace.spaceId, matchedPkg);\n if (snapshotFailure) failures.push(snapshotFailure);\n\n const resolvedSpaceId = matchedSpace.spaceId !== 'app' ? matchedSpace.spaceId : undefined;\n\n if (failures.length === 0) {\n return {\n result: { ok: true, failures: [], summary: 'All checks passed' },\n exitCode: OK,\n ...ifDefined('resolvedSpaceId', resolvedSpaceId),\n };\n }\n return {\n result: { ok: false, failures, summary: `${failures.length} integrity failure(s)` },\n exitCode: INTEGRITY_FAILED,\n ...ifDefined('resolvedSpaceId', resolvedSpaceId),\n };\n}\n\nexport function createMigrationCheckCommand(): Command {\n const command = new Command('check');\n setCommandDescriptions(\n command,\n 'Verify artifact and graph integrity',\n 'Validates that on-disk migration packages are internally consistent\\n' +\n '(hashes match, manifests are complete) and that the graph is well-formed\\n' +\n '(edges connect, refs point at valid nodes). The whole-graph check spans\\n' +\n 'every contract space by default; pass --space <id> to narrow to one. A\\n' +\n 'migration reference checks a single package, resolved across all contract\\n' +\n 'spaces (narrow with --space; an ambiguous reference is a precondition failure).\\n' +\n 'Offline — does not consult the database.\\n' +\n 'Exit codes: 0 = all checks passed, 2 = precondition failed\\n' +\n '(unresolved target or unknown --space), 4 = integrity failure(s) found.',\n );\n setCommandExamples(command, [\n 'prisma-next migration check',\n 'prisma-next migration check --space app',\n 'prisma-next migration check 20260101-add-users',\n 'prisma-next migration check 20260101-add-users --space app',\n 'prisma-next migration check --json',\n ]);\n setCommandSeeAlso(command, [\n { verb: 'migration status', oneLiner: 'Show migration path and pending status' },\n { verb: 'migration list', oneLiner: 'List on-disk migrations' },\n { verb: 'migration graph', oneLiner: 'Show the migration graph topology' },\n { verb: 'migration show', oneLiner: 'Display migration package contents' },\n ]);\n command.exitOverride();\n addGlobalOptions(command)\n .argument('[target]', 'Migration reference: directory name, hash/prefix, ref, or path')\n .option('--config <path>', 'Path to prisma-next.config.ts')\n .option('--space <id>', 'Narrow output to a single contract space')\n .action(async (target: string | undefined, options: MigrationCheckOptions) => {\n const flags = parseGlobalFlagsOrExit(options);\n const ui = createTerminalUI(flags);\n\n let outcome: MigrationCheckOutcome;\n try {\n outcome = await executeMigrationCheckCommand(target, options, flags, ui);\n } catch (error) {\n const msg = error instanceof Error ? error.message : String(error);\n outcome = {\n result: { ok: false, failures: [], summary: msg },\n exitCode: PRECONDITION,\n };\n }\n\n if (outcome.error) {\n const envelope = outcome.error.toEnvelope();\n if (flags.json) {\n ui.output(formatErrorJson(envelope));\n } else if (!flags.quiet) {\n ui.error(formatErrorOutput(envelope, flags));\n }\n 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+446
dist/migration-status-DRuS-rP5.mjs
import { A as formatStyledHeader, F as CliStructuredError, _ as createTerminalUI, a as readContractEnvelope, ct as errorUnexpected, d as setCommandSeeAlso, dt as requireLiveDatabase, g as parseGlobalFlagsOrExit, i as maskConnectionUrl, l as setCommandDescriptions, lt as mapMigrationToolsError, n as collectDeclaredInvariants, p as toStructuralEdge, s as resolveMigrationPaths, t as addGlobalOptions, u as setCommandExamples, ut as mapRefResolutionError, y as handleResult } from "./command-helpers-CUoKYTlG.mjs";
import { t as createControlClient } from "./client-DigVI8zX.mjs";
import { n as buildReadAggregate, o as refusePackageCorruptionOnAggregate, r as loadContractRawSafely } from "./contract-space-aggregate-loader-DpB4x97a.mjs";
import { a as renderMigrationGraphLegend, f as indentMigrationGraphTreeBlock, l as computeGlobalMaxDirNameWidth, p as renderMigrationGraphSpaceTree, u as computeGlobalMaxEdgeTreePrefixWidth } from "./migration-graph-command-render-B83xrnNy.mjs";
import { c as validateLegendOptions, i as migrationSpaceListEntriesFromAggregate, o as runMigrationList, r as listRefsByContractHash, s as shouldShowLegend } from "./migration-list-DTYM8xvm.mjs";
import { Command } from "commander";
import { loadConfig } from "@prisma-next/config-loader";
import { ifDefined } from "@prisma-next/utils/defined";
import { notOk, ok } from "@prisma-next/utils/result";
import { dim, yellow } from "colorette";
import { EMPTY_CONTRACT_HASH } from "@prisma-next/migration-tools/constants";
import { MigrationToolsError, errorNoInvariantPath, errorUnknownInvariant } from "@prisma-next/migration-tools/errors";
import { findPath, findPathWithDecision } from "@prisma-next/migration-tools/migration-graph";
import { readRefs } from "@prisma-next/migration-tools/refs";
import { parseContractRef } from "@prisma-next/migration-tools/ref-resolution";
//#region src/commands/migration-status-overlay.ts
function deriveStatusEdgeAnnotations(input) {
const annotations = /* @__PURE__ */ new Map();
if (input.showAppliedOverlay) {
for (const edge of input.graph.migrationByHash.values()) if (input.appliedMigrationHashes.has(edge.migrationHash)) annotations.set(edge.migrationHash, { status: "applied" });
}
if (!input.graph.nodes.has(input.originHash)) return annotations;
const pendingPath = findPath(input.graph, input.originHash, input.targetHash);
if (!pendingPath) return annotations;
for (const edge of pendingPath) {
if (input.appliedMigrationHashes.has(edge.migrationHash)) continue;
if (annotations.get(edge.migrationHash)?.status === "applied") continue;
annotations.set(edge.migrationHash, { status: "pending" });
}
return annotations;
}
function appliedHashesFromLedger(ledgerEntries) {
return new Set(ledgerEntries.map((entry) => entry.migrationHash));
}
function statusForMigrationHash(migrationHash, annotations) {
return annotations.get(migrationHash)?.status ?? null;
}
//#endregion
//#region src/commands/migration-status.ts
function shortDisplayHash(hash) {
return (hash.startsWith("sha256:") ? hash.slice(7) : hash).slice(0, 12);
}
function resolveTarget(contractHash, activeRefHash) {
return activeRefHash ?? contractHash;
}
function buildStatusMigrations(listMigrations, annotations) {
return listMigrations.map((migration) => ({
...migration,
status: statusForMigrationHash(migration.hash, annotations)
}));
}
function renderSpaceTree(args) {
const graph = args.space.graph();
if (graph.nodes.size === 0) return "";
return renderMigrationGraphSpaceTree({
graph,
migrations: args.migrations,
liveContractHash: args.liveContractHash,
refsByHash: listRefsByContractHash(args.space),
statusOverlayByHash: args.statusOverlay,
colorize: args.colorize,
glyphMode: args.glyphMode,
isAppSpace: args.isAppSpace,
...args.showDbMarker && args.markerHash !== void 0 ? { dbHash: args.markerHash } : {},
...args.globalMaxEdgeTreePrefixWidth !== void 0 ? { globalMaxEdgeTreePrefixWidth: args.globalMaxEdgeTreePrefixWidth } : {},
...args.globalMaxDirNameWidth !== void 0 ? { globalMaxDirNameWidth: args.globalMaxDirNameWidth } : {}
});
}
function countPending(migrations) {
return migrations.filter((m) => m.status === "pending").length;
}
function buildNoPathSummary(args) {
const markerPart = args.markerHash !== void 0 ? `the database state (${shortDisplayHash(args.markerHash)})` : "the database state";
const targetShort = shortDisplayHash(args.targetHash);
if (!args.explicitTarget) return `No migration path from ${markerPart} to the application's contract (${targetShort}). Run \`prisma-next migration plan --name <name>\` to author one.`;
return `No migration path from ${markerPart} to ${args.refName !== void 0 ? `the target (${targetShort} via \`${args.refName}\`)` : `the target (${targetShort})`}. Run \`prisma-next migration plan --name <name>\` to author one, or pass \`--to <contract>\` to pick a reachable target.`;
}
function buildStatusHeadline(args) {
if (args.markerDiverged && args.markerHash !== void 0) return `Database marker ${shortDisplayHash(args.markerHash)} is not in the on-disk migration graph`;
if (args.pendingCount === 0) return "Up to date";
return `${args.pendingCount} pending — run \`prisma-next migrate --to ${shortDisplayHash(args.targetHash)}\``;
}
function formatStatusSummary(result, colorize) {
const c = (fn, s) => colorize ? fn(s) : s;
const lines = [];
const pendingTotal = result.spaces.reduce((sum, space) => sum + countPending(space.migrations), 0);
if (result.diagnostics.some((d) => d.code === "MIGRATION.MARKER_NOT_IN_HISTORY") || pendingTotal > 0) lines.push(c(yellow, result.summary));
else lines.push(result.summary);
const missingInvariantsDiagnostic = result.diagnostics.find((d) => d.code === "MIGRATION.MISSING_INVARIANTS");
if (missingInvariantsDiagnostic !== void 0) lines.push(c(dim, missingInvariantsDiagnostic.message));
return lines.join("\n");
}
function formatStatusHumanOutput(result, colorize) {
const sections = [];
for (const section of result.treeSections) {
if (section.showHeading) sections.push(`${section.space}:`);
if (section.tree.length > 0) sections.push(section.tree);
else sections.push("(no migrations)");
sections.push("");
}
sections.push(formatStatusSummary(result, colorize));
return sections.join("\n").trimEnd();
}
async function readMarkersAndLedgers(args) {
const markersBySpace = /* @__PURE__ */ new Map();
const all = await args.client.readAllMarkers();
for (const [spaceId, marker] of all) markersBySpace.set(spaceId, marker);
const ledgersBySpace = /* @__PURE__ */ new Map();
for (const spaceId of args.spaceIds) ledgersBySpace.set(spaceId, await args.client.readLedger(spaceId));
return {
markersBySpace,
ledgersBySpace
};
}
async function executeMigrationStatusCommand(options, flags, ui) {
const config = await loadConfig(options.config);
const { configPath, migrationsDir, migrationsRelative, refsDir } = resolveMigrationPaths(options.config, config);
const dbConnection = options.db ?? config.db?.connection;
const hasDriver = !!config.driver;
const usingFromOverride = options.from !== void 0;
if (!usingFromOverride) {
const missingDb = requireLiveDatabase({
dbConnection,
hasDriver,
why: "migration status needs a database connection to read the marker and ledger (or pass --from for offline path preview)",
retryCommand: "prisma-next migration status --from <contract>"
});
if (missingDb) return notOk(missingDb);
}
let allRefs = {};
try {
allRefs = await readRefs(refsDir);
} catch (error) {
if (MigrationToolsError.is(error)) return notOk(mapMigrationToolsError(error));
throw error;
}
const diagnostics = [];
let contractHash = EMPTY_CONTRACT_HASH;
try {
contractHash = (await readContractEnvelope(config)).storageHash;
} catch (error) {
diagnostics.push({
code: "CONTRACT.UNREADABLE",
severity: "warn",
message: `Could not read contract: ${error instanceof Error ? error.message : "unknown error"}`,
hints: ["Run 'prisma-next contract emit' to generate a valid contract"]
});
}
const loaded = await buildReadAggregate(config, { migrationsDir });
if (!loaded.ok) return notOk(loaded.failure);
const { aggregate } = loaded.value;
if (await loadContractRawSafely(config) !== null) {
const corruptionFailure = refusePackageCorruptionOnAggregate(aggregate);
if (corruptionFailure) return notOk(corruptionFailure);
}
const appGraph = aggregate.app.graph();
let activeRefHash;
let activeRefName;
let activeRefEntry;
let fromOverrideHash;
if (options.to) {
const refResult = parseContractRef(options.to, {
graph: appGraph,
refs: allRefs
});
if (!refResult.ok) return notOk(mapRefResolutionError(refResult.failure));
activeRefHash = refResult.value.hash;
if (refResult.value.provenance.kind === "ref") {
activeRefName = refResult.value.provenance.refName;
activeRefEntry = allRefs[activeRefName];
}
}
if (options.from) {
const fromResult = parseContractRef(options.from, {
graph: appGraph,
refs: allRefs
});
if (!fromResult.ok) return notOk(mapRefResolutionError(fromResult.failure));
fromOverrideHash = fromResult.value.hash;
}
const requiredInvariants = [...activeRefEntry?.invariants ?? []].sort();
if (!flags.json && !flags.quiet) {
const details = [{
label: "config",
value: configPath
}, {
label: "migrations",
value: migrationsRelative
}];
if (dbConnection && hasDriver) details.push({
label: "database",
value: maskConnectionUrl(String(dbConnection))
});
if (activeRefName) details.push({
label: "ref",
value: activeRefName
});
if (options.from) details.push({
label: "from",
value: options.from
});
if (options.space) details.push({
label: "space",
value: options.space
});
const header = formatStyledHeader({
command: "migration status",
description: "Show migration history and applied status",
details,
flags
});
ui.stderr(header);
if (shouldShowLegend(options, flags)) {
ui.stderr(renderMigrationGraphLegend({
colorize: flags.color !== false,
glyphMode: ui.resolveGlyphMode(options.ascii === true)
}));
ui.stderr("");
}
}
const listResult = runMigrationList({
spaces: await migrationSpaceListEntriesFromAggregate(aggregate, migrationsDir),
...ifDefined("spaceFilter", options.space)
});
if (!listResult.ok) return listResult;
const scopedSpaces = listResult.value.spaces;
const showSpaceHeadings = scopedSpaces.length > 1;
let markersBySpace = /* @__PURE__ */ new Map();
let ledgersBySpace = /* @__PURE__ */ new Map();
let connected = false;
if (dbConnection && hasDriver && !usingFromOverride) {
const client = createControlClient({
family: config.family,
target: config.target,
adapter: config.adapter,
driver: config.driver,
extensionPacks: config.extensionPacks ?? []
});
try {
await client.connect(dbConnection);
connected = true;
const read = await readMarkersAndLedgers({
client,
spaceIds: scopedSpaces.map((s) => s.space)
});
markersBySpace = new Map(read.markersBySpace);
ledgersBySpace = new Map(read.ledgersBySpace);
} catch (error) {
if (CliStructuredError.is(error)) return notOk(error);
return notOk(errorUnexpected(error instanceof Error ? error.message : String(error), { why: `Failed to read database state: ${error instanceof Error ? error.message : String(error)}` }));
} finally {
await client.close();
}
}
if (activeRefEntry && activeRefEntry.invariants.length > 0 && connected) {
const declared = collectDeclaredInvariants(appGraph);
const markerInvariants = markersBySpace.get(aggregate.app.spaceId)?.invariants ?? [];
const known = new Set(declared);
for (const id of markerInvariants) known.add(id);
const unknown = activeRefEntry.invariants.filter((id) => !known.has(id));
if (unknown.length > 0) return notOk(mapMigrationToolsError(errorUnknownInvariant({
...ifDefined("refName", activeRefName),
unknown,
declared: [...declared].sort()
})));
}
const showAppliedOverlay = connected && !usingFromOverride;
const showDbMarker = connected && !usingFromOverride;
const glyphMode = ui.resolveGlyphMode(options.ascii === true);
const colorize = flags.color !== false;
const statusSpaces = [];
const treeSections = [];
let markerDiverged = false;
let markerCannotReachTarget = false;
let headlineTargetHash = activeRefHash ?? contractHash;
let totalPending = 0;
const globalLayoutInputs = showSpaceHeadings ? scopedSpaces.filter((spaceEntry) => spaceEntry.migrations.length > 0).map((spaceEntry) => ({
graph: aggregate.space(spaceEntry.space).graph(),
liveContractHash: contractHash
})) : [];
const globalMaxEdgeTreePrefixWidth = globalLayoutInputs.length > 0 ? computeGlobalMaxEdgeTreePrefixWidth(globalLayoutInputs) : void 0;
const globalMaxDirNameWidth = globalLayoutInputs.length > 0 ? computeGlobalMaxDirNameWidth(globalLayoutInputs) : void 0;
for (const spaceEntry of scopedSpaces) {
const space = aggregate.space(spaceEntry.space);
if (space === void 0) continue;
const graph = space.graph();
const spaceContractHash = space.contract().storage.storageHash;
const targetHash = resolveTarget(spaceContractHash, activeRefHash);
if (spaceEntry.space === aggregate.app.spaceId) headlineTargetHash = targetHash;
const markerRecord = markersBySpace.get(spaceEntry.space);
const markerHash = usingFromOverride ? fromOverrideHash : markerRecord?.storageHash ?? void 0;
const originHash = markerHash ?? EMPTY_CONTRACT_HASH;
const markerInGraph = markerHash === void 0 || graph.nodes.has(markerHash) || markerHash === spaceContractHash;
if (connected && !usingFromOverride && markerInGraph && originHash !== targetHash && findPath(graph, originHash, targetHash) === null) markerCannotReachTarget = true;
if (connected && !usingFromOverride && markerHash !== void 0 && !markerInGraph) {
markerDiverged = true;
diagnostics.push({
code: "MIGRATION.MARKER_NOT_IN_HISTORY",
severity: "warn",
message: "Database was updated outside the migration system (marker does not match any migration)",
hints: ["Run 'prisma-next db sign' to overwrite the marker if the database already matches the contract", "Run 'prisma-next db update' to push the current contract to the database"]
});
}
const ledger = ledgersBySpace.get(spaceEntry.space) ?? [];
const annotations = deriveStatusEdgeAnnotations({
graph,
targetHash,
originHash,
appliedMigrationHashes: showAppliedOverlay ? appliedHashesFromLedger(ledger) : /* @__PURE__ */ new Set(),
showAppliedOverlay
});
const isAppSpace = spaceEntry.space === aggregate.app.spaceId;
const tree = renderSpaceTree({
space,
liveContractHash: contractHash,
migrations: spaceEntry.migrations,
markerHash,
showDbMarker,
statusOverlay: annotations,
colorize,
glyphMode,
isAppSpace,
...globalMaxEdgeTreePrefixWidth !== void 0 ? { globalMaxEdgeTreePrefixWidth } : {},
...globalMaxDirNameWidth !== void 0 ? { globalMaxDirNameWidth } : {}
});
const migrations = buildStatusMigrations(spaceEntry.migrations, annotations);
const pending = countPending(migrations);
totalPending += pending;
statusSpaces.push({
space: spaceEntry.space,
currentContract: markerHash ?? null,
targetContract: targetHash,
migrations: [...migrations]
});
const displayTree = showSpaceHeadings && tree.length > 0 ? indentMigrationGraphTreeBlock(tree, " ") : tree;
treeSections.push({
space: spaceEntry.space,
tree: displayTree,
showHeading: showSpaceHeadings
});
}
if (connected && requiredInvariants.length > 0) {
const markerInvariants = markersBySpace.get(aggregate.app.spaceId)?.invariants ?? [];
const markerSet = new Set(markerInvariants);
const missing = requiredInvariants.filter((id) => !markerSet.has(id));
if (missing.length > 0) {
diagnostics.push({
code: "MIGRATION.MISSING_INVARIANTS",
...ifDefined("ref", activeRefName),
invariants: missing,
message: `missing invariant(s): ${missing.join(", ")}`
});
if (activeRefHash !== void 0) {
const outcome = findPathWithDecision(appGraph, markersBySpace.get(aggregate.app.spaceId)?.storageHash ?? EMPTY_CONTRACT_HASH, activeRefHash, {
...ifDefined("refName", activeRefName),
required: new Set(missing)
});
if (outcome.kind === "unsatisfiable") return notOk(mapMigrationToolsError(errorNoInvariantPath({
...ifDefined("refName", activeRefName),
required: [...missing].sort(),
missing: outcome.missing,
structuralPath: outcome.structuralPath.map(toStructuralEdge)
})));
}
}
}
const appMarkerHash = markersBySpace.get(aggregate.app.spaceId)?.storageHash;
const summary = markerCannotReachTarget ? buildNoPathSummary({
markerHash: appMarkerHash,
targetHash: headlineTargetHash,
explicitTarget: options.to !== void 0,
refName: activeRefName
}) : buildStatusHeadline({
pendingCount: totalPending,
targetHash: headlineTargetHash,
markerDiverged,
markerHash: appMarkerHash
});
if (scopedSpaces.every((s) => s.migrations.length === 0)) return ok({
ok: true,
spaces: statusSpaces,
summary: "No migrations found",
diagnostics,
treeSections
});
return ok({
ok: true,
spaces: statusSpaces,
summary,
diagnostics,
treeSections
});
}
function createMigrationStatusCommand() {
const command = new Command("status");
setCommandDescriptions(command, "Show migration path and pending status", "Shows which migrations are pending between the database marker and\nthe target contract. Requires a database connection.\nPass --from for an offline path preview without a database.\nUse `migration graph` for topology, `migration log` for history,\nand `migration list` for on-disk enumeration.");
setCommandExamples(command, [
"prisma-next migration status --db $DATABASE_URL",
"prisma-next migration status --to production --db $DATABASE_URL",
"prisma-next migration status --from sha256:abc --to production",
"prisma-next migration status --from sha256:abc --to production --json",
"prisma-next migration status --ascii --from sha256:abc --to production",
"prisma-next migration status --legend --from sha256:abc --to production"
]);
setCommandSeeAlso(command, [
{
verb: "migration log",
oneLiner: "Show executed migration history"
},
{
verb: "migration list",
oneLiner: "List on-disk migrations"
},
{
verb: "migration graph",
oneLiner: "Show the migration graph topology"
},
{
verb: "migration show",
oneLiner: "Display migration package contents"
}
]);
addGlobalOptions(command).option("--db <url>", "Database connection string").option("--config <path>", "Path to prisma-next.config.ts").option("--space <id>", "Narrow output to a single contract space").option("--to <contract>", "Target contract reference (hash, prefix, ref name, migration dir name, <dir>^, or ./path)").option("--from <contract>", "Origin contract reference; same grammar as --to. Supplying --from switches to offline path computation.").option("--legend", "Print a key for the tree glyphs and lane colors").option("--ascii", "Use ASCII glyphs (pipe-friendly)").action(async (options) => {
const flags = parseGlobalFlagsOrExit(options);
const ui = createTerminalUI(flags);
const legendValidation = validateLegendOptions(options, flags);
if (!legendValidation.ok) process.exit(handleResult(legendValidation, flags, ui));
const exitCode = handleResult(await executeMigrationStatusCommand(options, flags, ui), flags, ui, (statusResult) => {
if (flags.json) {
const jsonResult = {
ok: true,
spaces: [...statusResult.spaces],
summary: statusResult.summary,
diagnostics: [...statusResult.diagnostics]
};
ui.output(JSON.stringify(jsonResult, null, 2));
} else if (!flags.quiet) ui.output(formatStatusHumanOutput(statusResult, flags.color !== false));
});
process.exit(exitCode);
});
return command;
}
//#endregion
export { formatStatusHumanOutput as a, executeMigrationStatusCommand as i, buildStatusHeadline as n, formatStatusSummary as o, createMigrationStatusCommand as r, buildNoPathSummary as t };
//# sourceMappingURL=migration-status-DRuS-rP5.mjs.map
+1
dist/migration-status-DRuS-rP5.mjs.map
{"version":3,"file":"migration-status-DRuS-rP5.mjs","names":[],"sources":["../src/commands/migration-status-overlay.ts","../src/commands/migration-status.ts"],"sourcesContent":["import type { MigrationGraph } from '@prisma-next/migration-tools/graph';\nimport { findPath } from '@prisma-next/migration-tools/migration-graph';\nimport type { MigrationEdgeAnnotation } from '../utils/formatters/migration-graph-labels';\n\nexport interface DeriveStatusEdgeAnnotationsInput {\n readonly graph: MigrationGraph;\n readonly targetHash: string;\n readonly originHash: string;\n readonly appliedMigrationHashes: ReadonlySet<string>;\n readonly showAppliedOverlay: boolean;\n}\n\nexport function deriveStatusEdgeAnnotations(\n input: DeriveStatusEdgeAnnotationsInput,\n): ReadonlyMap<string, MigrationEdgeAnnotation> {\n const annotations = new Map<string, MigrationEdgeAnnotation>();\n\n if (input.showAppliedOverlay) {\n for (const edge of input.graph.migrationByHash.values()) {\n if (input.appliedMigrationHashes.has(edge.migrationHash)) {\n annotations.set(edge.migrationHash, { status: 'applied' });\n }\n }\n }\n\n if (!input.graph.nodes.has(input.originHash)) {\n return annotations;\n }\n\n const pendingPath = findPath(input.graph, input.originHash, input.targetHash);\n if (!pendingPath) {\n return annotations;\n }\n\n for (const edge of pendingPath) {\n if (input.appliedMigrationHashes.has(edge.migrationHash)) {\n continue;\n }\n const existing = annotations.get(edge.migrationHash);\n if (existing?.status === 'applied') {\n continue;\n }\n annotations.set(edge.migrationHash, { status: 'pending' });\n }\n\n return annotations;\n}\n\nexport function appliedHashesFromLedger(\n ledgerEntries: ReadonlyArray<{ readonly migrationHash: string }>,\n): ReadonlySet<string> {\n return new Set(ledgerEntries.map((entry) => entry.migrationHash));\n}\n\nexport function statusForMigrationHash(\n migrationHash: string,\n annotations: ReadonlyMap<string, MigrationEdgeAnnotation>,\n): 'applied' | 'pending' | null {\n const status = annotations.get(migrationHash)?.status;\n return status ?? null;\n}\n","import { loadConfig } from '@prisma-next/config-loader';\nimport type { LedgerEntryRecord } from '@prisma-next/contract/types';\nimport type {\n AggregateContractSpace,\n ContractMarkerRecordLike,\n} from '@prisma-next/migration-tools/aggregate';\nimport { EMPTY_CONTRACT_HASH } from '@prisma-next/migration-tools/constants';\nimport {\n errorNoInvariantPath,\n errorUnknownInvariant,\n MigrationToolsError,\n} from '@prisma-next/migration-tools/errors';\nimport { findPath, findPathWithDecision } from '@prisma-next/migration-tools/migration-graph';\nimport { parseContractRef } from '@prisma-next/migration-tools/ref-resolution';\nimport type { RefEntry, Refs } from '@prisma-next/migration-tools/refs';\nimport { readRefs } from '@prisma-next/migration-tools/refs';\nimport { ifDefined } from '@prisma-next/utils/defined';\nimport { notOk, ok, type Result } from '@prisma-next/utils/result';\nimport { dim, yellow } from 'colorette';\nimport { Command } from 'commander';\nimport { createControlClient } from '../control-api/client';\nimport {\n CliStructuredError,\n errorUnexpected,\n mapMigrationToolsError,\n mapRefResolutionError,\n requireLiveDatabase,\n} from '../utils/cli-errors';\nimport {\n addGlobalOptions,\n collectDeclaredInvariants,\n maskConnectionUrl,\n readContractEnvelope,\n resolveMigrationPaths,\n setCommandDescriptions,\n setCommandExamples,\n setCommandSeeAlso,\n toStructuralEdge,\n} from '../utils/command-helpers';\nimport {\n buildReadAggregate,\n loadContractRawSafely,\n refusePackageCorruptionOnAggregate,\n} from '../utils/contract-space-aggregate-loader';\nimport {\n type MigrationEdgeAnnotation,\n renderMigrationGraphLegend,\n} from '../utils/formatters/migration-graph-labels';\nimport {\n computeGlobalMaxDirNameWidth,\n computeGlobalMaxEdgeTreePrefixWidth,\n indentMigrationGraphTreeBlock,\n renderMigrationGraphSpaceTree,\n} from '../utils/formatters/migration-graph-space-render';\nimport type { MigrationListEntry } from '../utils/formatters/migration-list-types';\nimport { formatStyledHeader } from '../utils/formatters/styled';\nimport type { CommonCommandOptions } from '../utils/global-flags';\nimport { type GlobalFlags, parseGlobalFlagsOrExit } from '../utils/global-flags';\nimport { shouldShowLegend, validateLegendOptions } from '../utils/legend';\nimport { handleResult } from '../utils/result-handler';\nimport { createTerminalUI, type TerminalUI } from '../utils/terminal-ui';\nimport type {\n MigrationStatusEntry,\n MigrationStatusResult,\n MigrationStatusSpace,\n StatusDiagnosticJson,\n} from './json/schemas';\nimport { migrationStatusJsonResultSchema } from './json/schemas';\nimport {\n listRefsByContractHash,\n migrationSpaceListEntriesFromAggregate,\n runMigrationList,\n} from './migration-list';\nimport {\n appliedHashesFromLedger,\n deriveStatusEdgeAnnotations,\n statusForMigrationHash,\n} from './migration-status-overlay';\n\nexport type { StatusRef } from '../utils/migration-types';\nexport type {\n MigrationStatusEntry,\n MigrationStatusResult,\n MigrationStatusSpace,\n StatusDiagnosticJson,\n};\nexport { migrationStatusJsonResultSchema };\n\nexport interface MigrationStatusOptions extends CommonCommandOptions {\n readonly db?: string;\n readonly config?: string;\n readonly to?: string;\n readonly from?: string;\n readonly space?: string;\n readonly legend?: boolean;\n readonly ascii?: boolean;\n}\n\nexport interface MigrationStatusTreeSection {\n readonly space: string;\n readonly tree: string;\n readonly showHeading: boolean;\n}\n\ninterface MigrationStatusCommandResult {\n readonly ok: true;\n readonly spaces: readonly MigrationStatusSpace[];\n readonly summary: string;\n readonly diagnostics: readonly StatusDiagnosticJson[];\n readonly treeSections: readonly MigrationStatusTreeSection[];\n}\n\nfunction shortDisplayHash(hash: string): string {\n const stripped = hash.startsWith('sha256:') ? hash.slice(7) : hash;\n return stripped.slice(0, 12);\n}\n\nfunction resolveTarget(contractHash: string, activeRefHash: string | undefined): string {\n return activeRefHash ?? contractHash;\n}\n\nfunction buildStatusMigrations(\n listMigrations: readonly MigrationListEntry[],\n annotations: ReadonlyMap<string, MigrationEdgeAnnotation>,\n): readonly MigrationStatusEntry[] {\n return listMigrations.map((migration) => ({\n ...migration,\n status: statusForMigrationHash(migration.hash, annotations),\n }));\n}\n\nfunction renderSpaceTree(args: {\n readonly space: AggregateContractSpace;\n readonly liveContractHash: string;\n readonly migrations: readonly MigrationListEntry[];\n readonly markerHash: string | undefined;\n readonly showDbMarker: boolean;\n readonly statusOverlay: ReadonlyMap<string, MigrationEdgeAnnotation>;\n readonly colorize: boolean;\n readonly glyphMode: 'unicode' | 'ascii';\n readonly isAppSpace: boolean;\n readonly globalMaxEdgeTreePrefixWidth?: number;\n readonly globalMaxDirNameWidth?: number;\n}): string {\n const graph = args.space.graph();\n if (graph.nodes.size === 0) {\n return '';\n }\n return renderMigrationGraphSpaceTree({\n graph,\n migrations: args.migrations,\n liveContractHash: args.liveContractHash,\n refsByHash: listRefsByContractHash(args.space),\n statusOverlayByHash: args.statusOverlay,\n colorize: args.colorize,\n glyphMode: args.glyphMode,\n isAppSpace: args.isAppSpace,\n ...(args.showDbMarker && args.markerHash !== undefined ? { dbHash: args.markerHash } : {}),\n ...(args.globalMaxEdgeTreePrefixWidth !== undefined\n ? { globalMaxEdgeTreePrefixWidth: args.globalMaxEdgeTreePrefixWidth }\n : {}),\n ...(args.globalMaxDirNameWidth !== undefined\n ? { globalMaxDirNameWidth: args.globalMaxDirNameWidth }\n : {}),\n });\n}\n\nfunction countPending(migrations: readonly MigrationStatusEntry[]): number {\n return migrations.filter((m) => m.status === 'pending').length;\n}\n\nexport function buildNoPathSummary(args: {\n readonly markerHash: string | undefined;\n readonly targetHash: string;\n readonly explicitTarget: boolean;\n readonly refName: string | undefined;\n}): string {\n const markerPart =\n args.markerHash !== undefined\n ? `the database state (${shortDisplayHash(args.markerHash)})`\n : 'the database state';\n const targetShort = shortDisplayHash(args.targetHash);\n if (!args.explicitTarget) {\n return `No migration path from ${markerPart} to the application's contract (${targetShort}). Run \\`prisma-next migration plan --name <name>\\` to author one.`;\n }\n const targetLabel =\n args.refName !== undefined\n ? `the target (${targetShort} via \\`${args.refName}\\`)`\n : `the target (${targetShort})`;\n return `No migration path from ${markerPart} to ${targetLabel}. Run \\`prisma-next migration plan --name <name>\\` to author one, or pass \\`--to <contract>\\` to pick a reachable target.`;\n}\n\nexport function buildStatusHeadline(args: {\n readonly pendingCount: number;\n readonly targetHash: string;\n readonly markerDiverged: boolean;\n readonly markerHash: string | undefined;\n}): string {\n if (args.markerDiverged && args.markerHash !== undefined) {\n return `Database marker ${shortDisplayHash(args.markerHash)} is not in the on-disk migration graph`;\n }\n if (args.pendingCount === 0) {\n return 'Up to date';\n }\n return `${args.pendingCount} pending — run \\`prisma-next migrate --to ${shortDisplayHash(args.targetHash)}\\``;\n}\n\nexport function formatStatusSummary(\n result: MigrationStatusCommandResult,\n colorize: boolean,\n): string {\n const c = (fn: (s: string) => string, s: string) => (colorize ? fn(s) : s);\n const lines: string[] = [];\n const pendingTotal = result.spaces.reduce(\n (sum, space) => sum + countPending(space.migrations),\n 0,\n );\n const hasDivergence = result.diagnostics.some(\n (d) => d.code === 'MIGRATION.MARKER_NOT_IN_HISTORY',\n );\n if (hasDivergence || pendingTotal > 0) {\n lines.push(c(yellow, result.summary));\n } else {\n lines.push(result.summary);\n }\n const missingInvariantsDiagnostic = result.diagnostics.find(\n (d) => d.code === 'MIGRATION.MISSING_INVARIANTS',\n );\n if (missingInvariantsDiagnostic !== undefined) {\n lines.push(c(dim, missingInvariantsDiagnostic.message));\n }\n return lines.join('\\n');\n}\n\nexport function formatStatusHumanOutput(\n result: MigrationStatusCommandResult,\n colorize: boolean,\n): string {\n const sections: string[] = [];\n for (const section of result.treeSections) {\n if (section.showHeading) {\n sections.push(`${section.space}:`);\n }\n if (section.tree.length > 0) {\n sections.push(section.tree);\n } else {\n sections.push('(no migrations)');\n }\n sections.push('');\n }\n sections.push(formatStatusSummary(result, colorize));\n return sections.join('\\n').trimEnd();\n}\n\nasync function readMarkersAndLedgers(args: {\n readonly client: ReturnType<typeof createControlClient>;\n readonly spaceIds: readonly string[];\n}): Promise<{\n readonly markersBySpace: ReadonlyMap<string, ContractMarkerRecordLike>;\n readonly ledgersBySpace: ReadonlyMap<string, readonly LedgerEntryRecord[]>;\n}> {\n const markersBySpace = new Map<string, ContractMarkerRecordLike>();\n const all = await args.client.readAllMarkers();\n for (const [spaceId, marker] of all) {\n markersBySpace.set(spaceId, marker);\n }\n const ledgersBySpace = new Map<string, readonly LedgerEntryRecord[]>();\n for (const spaceId of args.spaceIds) {\n ledgersBySpace.set(spaceId, await args.client.readLedger(spaceId));\n }\n return { markersBySpace, ledgersBySpace };\n}\n\nexport async function executeMigrationStatusCommand(\n options: MigrationStatusOptions,\n flags: GlobalFlags,\n ui: TerminalUI,\n): Promise<Result<MigrationStatusCommandResult, CliStructuredError>> {\n const config = await loadConfig(options.config);\n const { configPath, migrationsDir, migrationsRelative, refsDir } = resolveMigrationPaths(\n options.config,\n config,\n );\n\n const dbConnection = options.db ?? config.db?.connection;\n const hasDriver = !!config.driver;\n const usingFromOverride = options.from !== undefined;\n\n if (!usingFromOverride) {\n const missingDb = requireLiveDatabase({\n dbConnection,\n hasDriver,\n why: 'migration status needs a database connection to read the marker and ledger (or pass --from for offline path preview)',\n retryCommand: 'prisma-next migration status --from <contract>',\n });\n if (missingDb) {\n return notOk(missingDb);\n }\n }\n\n let allRefs: Refs = {};\n try {\n allRefs = await readRefs(refsDir);\n } catch (error) {\n if (MigrationToolsError.is(error)) {\n return notOk(mapMigrationToolsError(error));\n }\n throw error;\n }\n\n const diagnostics: StatusDiagnosticJson[] = [];\n let contractHash: string = EMPTY_CONTRACT_HASH;\n try {\n const envelope = await readContractEnvelope(config);\n contractHash = envelope.storageHash;\n } catch (error) {\n diagnostics.push({\n code: 'CONTRACT.UNREADABLE',\n severity: 'warn',\n message: `Could not read contract: ${error instanceof Error ? error.message : 'unknown error'}`,\n hints: [\"Run 'prisma-next contract emit' to generate a valid contract\"],\n });\n }\n\n const loaded = await buildReadAggregate(config, { migrationsDir });\n if (!loaded.ok) {\n return notOk(loaded.failure);\n }\n\n const { aggregate } = loaded.value;\n const contractRawForAggregate = await loadContractRawSafely(config);\n if (contractRawForAggregate !== null) {\n const corruptionFailure = refusePackageCorruptionOnAggregate(aggregate);\n if (corruptionFailure) {\n return notOk(corruptionFailure);\n }\n }\n const appGraph = aggregate.app.graph();\n\n let activeRefHash: string | undefined;\n let activeRefName: string | undefined;\n let activeRefEntry: RefEntry | undefined;\n let fromOverrideHash: string | undefined;\n\n if (options.to) {\n const refResult = parseContractRef(options.to, { graph: appGraph, refs: allRefs });\n if (!refResult.ok) {\n return notOk(mapRefResolutionError(refResult.failure));\n }\n activeRefHash = refResult.value.hash;\n if (refResult.value.provenance.kind === 'ref') {\n activeRefName = refResult.value.provenance.refName;\n activeRefEntry = allRefs[activeRefName];\n }\n }\n\n if (options.from) {\n const fromResult = parseContractRef(options.from, { graph: appGraph, refs: allRefs });\n if (!fromResult.ok) {\n return notOk(mapRefResolutionError(fromResult.failure));\n }\n fromOverrideHash = fromResult.value.hash;\n }\n\n const requiredInvariants: readonly string[] = [...(activeRefEntry?.invariants ?? [])].sort();\n\n if (!flags.json && !flags.quiet) {\n const details: Array<{ label: string; value: string }> = [\n { label: 'config', value: configPath },\n { label: 'migrations', value: migrationsRelative },\n ];\n if (dbConnection && hasDriver) {\n details.push({ label: 'database', value: maskConnectionUrl(String(dbConnection)) });\n }\n if (activeRefName) {\n details.push({ label: 'ref', value: activeRefName });\n }\n if (options.from) {\n details.push({ label: 'from', value: options.from });\n }\n if (options.space) {\n details.push({ label: 'space', value: options.space });\n }\n const header = formatStyledHeader({\n command: 'migration status',\n description: 'Show migration history and applied status',\n details,\n flags,\n });\n ui.stderr(header);\n if (shouldShowLegend(options, flags)) {\n ui.stderr(\n renderMigrationGraphLegend({\n colorize: flags.color !== false,\n glyphMode: ui.resolveGlyphMode(options.ascii === true),\n }),\n );\n ui.stderr('');\n }\n }\n\n const listSpaces = await migrationSpaceListEntriesFromAggregate(aggregate, migrationsDir);\n const listResult = runMigrationList({\n spaces: listSpaces,\n ...ifDefined('spaceFilter', options.space),\n });\n if (!listResult.ok) {\n return listResult;\n }\n\n const scopedSpaces = listResult.value.spaces;\n const showSpaceHeadings = scopedSpaces.length > 1;\n\n let markersBySpace = new Map<string, ContractMarkerRecordLike>();\n let ledgersBySpace = new Map<string, readonly LedgerEntryRecord[]>();\n let connected = false;\n\n if (dbConnection && hasDriver && !usingFromOverride) {\n const client = createControlClient({\n family: config.family,\n target: config.target,\n adapter: config.adapter,\n driver: config.driver,\n extensionPacks: config.extensionPacks ?? [],\n });\n try {\n await client.connect(dbConnection);\n connected = true;\n const read = await readMarkersAndLedgers({\n client,\n spaceIds: scopedSpaces.map((s) => s.space),\n });\n markersBySpace = new Map(read.markersBySpace);\n ledgersBySpace = new Map(read.ledgersBySpace);\n } catch (error) {\n if (CliStructuredError.is(error)) {\n return notOk(error);\n }\n return notOk(\n errorUnexpected(error instanceof Error ? error.message : String(error), {\n why: `Failed to read database state: ${error instanceof Error ? error.message : String(error)}`,\n }),\n );\n } finally {\n await client.close();\n }\n }\n\n if (activeRefEntry && activeRefEntry.invariants.length > 0 && connected) {\n const declared = collectDeclaredInvariants(appGraph);\n const markerInvariants = markersBySpace.get(aggregate.app.spaceId)?.invariants ?? [];\n const known = new Set<string>(declared);\n for (const id of markerInvariants) known.add(id);\n const unknown = activeRefEntry.invariants.filter((id) => !known.has(id));\n if (unknown.length > 0) {\n return notOk(\n mapMigrationToolsError(\n errorUnknownInvariant({\n ...ifDefined('refName', activeRefName),\n unknown,\n declared: [...declared].sort(),\n }),\n ),\n );\n }\n }\n\n const showAppliedOverlay = connected && !usingFromOverride;\n const showDbMarker = connected && !usingFromOverride;\n const glyphMode = ui.resolveGlyphMode(options.ascii === true);\n const colorize = flags.color !== false;\n\n const statusSpaces: MigrationStatusSpace[] = [];\n const treeSections: MigrationStatusTreeSection[] = [];\n let markerDiverged = false;\n let markerCannotReachTarget = false;\n let headlineTargetHash = activeRefHash ?? contractHash;\n let totalPending = 0;\n\n const globalLayoutInputs = showSpaceHeadings\n ? scopedSpaces\n .filter((spaceEntry) => spaceEntry.migrations.length > 0)\n .map((spaceEntry) => ({\n graph: aggregate.space(spaceEntry.space)!.graph(),\n liveContractHash: contractHash,\n }))\n : [];\n const globalMaxEdgeTreePrefixWidth =\n globalLayoutInputs.length > 0\n ? computeGlobalMaxEdgeTreePrefixWidth(globalLayoutInputs)\n : undefined;\n const globalMaxDirNameWidth =\n globalLayoutInputs.length > 0 ? computeGlobalMaxDirNameWidth(globalLayoutInputs) : undefined;\n\n for (const spaceEntry of scopedSpaces) {\n const space = aggregate.space(spaceEntry.space);\n if (space === undefined) {\n continue;\n }\n const graph = space.graph();\n const spaceContractHash = space.contract().storage.storageHash;\n const targetHash = resolveTarget(spaceContractHash, activeRefHash);\n if (spaceEntry.space === aggregate.app.spaceId) {\n headlineTargetHash = targetHash;\n }\n\n const markerRecord = markersBySpace.get(spaceEntry.space);\n const markerHash = usingFromOverride\n ? fromOverrideHash\n : (markerRecord?.storageHash ?? undefined);\n const originHash = markerHash ?? EMPTY_CONTRACT_HASH;\n const markerInGraph =\n markerHash === undefined || graph.nodes.has(markerHash) || markerHash === spaceContractHash;\n if (\n connected &&\n !usingFromOverride &&\n markerInGraph &&\n originHash !== targetHash &&\n findPath(graph, originHash, targetHash) === null\n ) {\n markerCannotReachTarget = true;\n }\n\n if (connected && !usingFromOverride && markerHash !== undefined && !markerInGraph) {\n markerDiverged = true;\n diagnostics.push({\n code: 'MIGRATION.MARKER_NOT_IN_HISTORY',\n severity: 'warn',\n message:\n 'Database was updated outside the migration system (marker does not match any migration)',\n hints: [\n \"Run 'prisma-next db sign' to overwrite the marker if the database already matches the contract\",\n \"Run 'prisma-next db update' to push the current contract to the database\",\n ],\n });\n }\n\n const ledger = ledgersBySpace.get(spaceEntry.space) ?? [];\n const appliedHashes = showAppliedOverlay ? appliedHashesFromLedger(ledger) : new Set<string>();\n\n const annotations = deriveStatusEdgeAnnotations({\n graph,\n targetHash,\n originHash,\n appliedMigrationHashes: appliedHashes,\n showAppliedOverlay,\n });\n const isAppSpace = spaceEntry.space === aggregate.app.spaceId;\n const tree = renderSpaceTree({\n space,\n liveContractHash: contractHash,\n migrations: spaceEntry.migrations,\n markerHash,\n showDbMarker,\n statusOverlay: annotations,\n colorize,\n glyphMode,\n isAppSpace,\n ...(globalMaxEdgeTreePrefixWidth !== undefined ? { globalMaxEdgeTreePrefixWidth } : {}),\n ...(globalMaxDirNameWidth !== undefined ? { globalMaxDirNameWidth } : {}),\n });\n const migrations = buildStatusMigrations(spaceEntry.migrations, annotations);\n const pending = countPending(migrations);\n totalPending += pending;\n\n statusSpaces.push({\n space: spaceEntry.space,\n currentContract: markerHash ?? null,\n targetContract: targetHash,\n migrations: [...migrations],\n });\n const displayTree =\n showSpaceHeadings && tree.length > 0 ? indentMigrationGraphTreeBlock(tree, ' ') : tree;\n treeSections.push({\n space: spaceEntry.space,\n tree: displayTree,\n showHeading: showSpaceHeadings,\n });\n }\n\n if (connected && requiredInvariants.length > 0) {\n const markerInvariants = markersBySpace.get(aggregate.app.spaceId)?.invariants ?? [];\n const markerSet = new Set(markerInvariants);\n const missing = requiredInvariants.filter((id) => !markerSet.has(id));\n if (missing.length > 0) {\n diagnostics.push({\n code: 'MIGRATION.MISSING_INVARIANTS',\n ...ifDefined('ref', activeRefName),\n invariants: missing,\n message: `missing invariant(s): ${missing.join(', ')}`,\n });\n if (activeRefHash !== undefined) {\n const originHash =\n markersBySpace.get(aggregate.app.spaceId)?.storageHash ?? EMPTY_CONTRACT_HASH;\n const outcome = findPathWithDecision(appGraph, originHash, activeRefHash, {\n ...ifDefined('refName', activeRefName),\n required: new Set(missing),\n });\n if (outcome.kind === 'unsatisfiable') {\n return notOk(\n mapMigrationToolsError(\n errorNoInvariantPath({\n ...ifDefined('refName', activeRefName),\n required: [...missing].sort(),\n missing: outcome.missing,\n structuralPath: outcome.structuralPath.map(toStructuralEdge),\n }),\n ),\n );\n }\n }\n }\n }\n\n const appMarkerHash = markersBySpace.get(aggregate.app.spaceId)?.storageHash;\n const summary = markerCannotReachTarget\n ? buildNoPathSummary({\n markerHash: appMarkerHash,\n targetHash: headlineTargetHash,\n explicitTarget: options.to !== undefined,\n refName: activeRefName,\n })\n : buildStatusHeadline({\n pendingCount: totalPending,\n targetHash: headlineTargetHash,\n markerDiverged,\n markerHash: appMarkerHash,\n });\n\n if (scopedSpaces.every((s) => s.migrations.length === 0)) {\n return ok({\n ok: true,\n spaces: statusSpaces,\n summary: 'No migrations found',\n diagnostics,\n treeSections,\n });\n }\n\n return ok({\n ok: true,\n spaces: statusSpaces,\n summary,\n diagnostics,\n treeSections,\n });\n}\n\nexport function createMigrationStatusCommand(): Command {\n const command = new Command('status');\n setCommandDescriptions(\n command,\n 'Show migration path and pending status',\n 'Shows which migrations are pending between the database marker and\\n' +\n 'the target contract. Requires a database connection.\\n' +\n 'Pass --from for an offline path preview without a database.\\n' +\n 'Use `migration graph` for topology, `migration log` for history,\\n' +\n 'and `migration list` for on-disk enumeration.',\n );\n setCommandExamples(command, [\n 'prisma-next migration status --db $DATABASE_URL',\n 'prisma-next migration status --to production --db $DATABASE_URL',\n 'prisma-next migration status --from sha256:abc --to production',\n 'prisma-next migration status --from sha256:abc --to production --json',\n 'prisma-next migration status --ascii --from sha256:abc --to production',\n 'prisma-next migration status --legend --from sha256:abc --to production',\n ]);\n setCommandSeeAlso(command, [\n { verb: 'migration log', oneLiner: 'Show executed migration history' },\n { verb: 'migration list', oneLiner: 'List on-disk migrations' },\n { verb: 'migration graph', oneLiner: 'Show the migration graph topology' },\n { verb: 'migration show', oneLiner: 'Display migration package contents' },\n ]);\n addGlobalOptions(command)\n .option('--db <url>', 'Database connection string')\n .option('--config <path>', 'Path to prisma-next.config.ts')\n .option('--space <id>', 'Narrow output to a single contract space')\n .option(\n '--to <contract>',\n 'Target contract reference (hash, prefix, ref name, migration dir name, <dir>^, or ./path)',\n )\n .option(\n '--from <contract>',\n 'Origin contract reference; same grammar as --to. Supplying --from switches to offline path computation.',\n )\n .option('--legend', 'Print a key for the tree glyphs and lane colors')\n .option('--ascii', 'Use ASCII glyphs (pipe-friendly)')\n .action(async (options: MigrationStatusOptions) => {\n const flags = parseGlobalFlagsOrExit(options);\n const ui = createTerminalUI(flags);\n\n const legendValidation = validateLegendOptions(options, flags);\n if (!legendValidation.ok) {\n process.exit(handleResult(legendValidation, flags, ui));\n }\n\n const result = await executeMigrationStatusCommand(options, flags, ui);\n\n const exitCode = handleResult(result, flags, ui, (statusResult) => {\n if (flags.json) {\n const jsonResult: MigrationStatusResult = {\n ok: true,\n spaces: [...statusResult.spaces],\n summary: statusResult.summary,\n diagnostics: [...statusResult.diagnostics],\n };\n ui.output(JSON.stringify(jsonResult, null, 2));\n } else if (!flags.quiet) {\n ui.output(formatStatusHumanOutput(statusResult, flags.color !== false));\n }\n });\n\n process.exit(exitCode);\n });\n\n return 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+3
-3
dist/cli.mjs

@@ -13,3 +13,3 @@ #!/usr/bin/env node

import { createMigrateCommand } from "./commands/migrate.mjs";
import { t as createMigrationCheckCommand } from "./migration-check-BJVt-B22.mjs";
import { t as createMigrationCheckCommand } from "./migration-check-ByeQHOhK.mjs";
import { createMigrationGraphCommand } from "./commands/migration-graph.mjs";

@@ -20,3 +20,3 @@ import { t as createMigrationLogCommand } from "./migration-log-qZ8LpQIl.mjs";

import { createMigrationShowCommand } from "./commands/migration-show.mjs";
import { r as createMigrationStatusCommand } from "./migration-status-CJqH7kX9.mjs";
import { r as createMigrationStatusCommand } from "./migration-status-DRuS-rP5.mjs";
import { createRefCommand } from "./commands/ref.mjs";

@@ -30,3 +30,3 @@ import { t as createTelemetryCommand } from "./telemetry-DHBBq5wT.mjs";

//#region package.json
var version = "0.14.0-dev.80";
var version = "0.14.0-dev.85";
//#endregion

@@ -33,0 +33,0 @@ //#region src/commands/init/templates/code-templates.ts

+1
-1
dist/commands/migration-check.mjs

@@ -1,3 +0,3 @@

import { n as enumerateCheckSpaces, r as runMigrationCheck, t as createMigrationCheckCommand } from "../migration-check-BJVt-B22.mjs";
import { n as enumerateCheckSpaces, r as runMigrationCheck, t as createMigrationCheckCommand } from "../migration-check-ByeQHOhK.mjs";
import { t as migrationCheckResultSchema } from "../schemas-KhXMzNA_.mjs";
export { createMigrationCheckCommand, enumerateCheckSpaces, migrationCheckResultSchema, runMigrationCheck };
+1
-1
dist/commands/migration-status.mjs
import { n as migrationStatusJsonResultSchema } from "../schemas-KhXMzNA_.mjs";
import { a as formatStatusHumanOutput, i as executeMigrationStatusCommand, n as buildStatusHeadline, o as formatStatusSummary, r as createMigrationStatusCommand, t as buildNoPathSummary } from "../migration-status-CJqH7kX9.mjs";
import { a as formatStatusHumanOutput, i as executeMigrationStatusCommand, n as buildStatusHeadline, o as formatStatusSummary, r as createMigrationStatusCommand, t as buildNoPathSummary } from "../migration-status-DRuS-rP5.mjs";
export { buildNoPathSummary, buildStatusHeadline, createMigrationStatusCommand, executeMigrationStatusCommand, formatStatusHumanOutput, formatStatusSummary, migrationStatusJsonResultSchema };
+21
-21
package.json
{
"name": "@prisma-next/cli",
"version": "0.14.0-dev.80",
"version": "0.14.0-dev.85",
"license": "Apache-2.0",

@@ -12,14 +12,14 @@ "type": "module",

"@clack/prompts": "^1.6.0",
"@prisma-next/config": "0.14.0-dev.80",
"@prisma-next/config-loader": "0.14.0-dev.80",
"@prisma-next/contract": "0.14.0-dev.80",
"@prisma-next/emitter": "0.14.0-dev.80",
"@prisma-next/errors": "0.14.0-dev.80",
"@prisma-next/framework-components": "0.14.0-dev.80",
"@prisma-next/language-server": "0.14.0-dev.80",
"@prisma-next/migration-tools": "0.14.0-dev.80",
"@prisma-next/psl-parser": "0.14.0-dev.80",
"@prisma-next/psl-printer": "0.14.0-dev.80",
"@prisma-next/cli-telemetry": "0.14.0-dev.80",
"@prisma-next/utils": "0.14.0-dev.80",
"@prisma-next/config": "0.14.0-dev.85",
"@prisma-next/config-loader": "0.14.0-dev.85",
"@prisma-next/contract": "0.14.0-dev.85",
"@prisma-next/emitter": "0.14.0-dev.85",
"@prisma-next/errors": "0.14.0-dev.85",
"@prisma-next/framework-components": "0.14.0-dev.85",
"@prisma-next/language-server": "0.14.0-dev.85",
"@prisma-next/migration-tools": "0.14.0-dev.85",
"@prisma-next/psl-parser": "0.14.0-dev.85",
"@prisma-next/psl-printer": "0.14.0-dev.85",
"@prisma-next/cli-telemetry": "0.14.0-dev.85",
"@prisma-next/utils": "0.14.0-dev.85",
"arktype": "^2.2.2",

@@ -40,10 +40,10 @@ "ci-info": "^4.3.1",

"devDependencies": {
"@prisma-next/sql-contract": "0.14.0-dev.80",
"@prisma-next/sql-contract-emitter": "0.14.0-dev.80",
"@prisma-next/sql-contract-ts": "0.14.0-dev.80",
"@prisma-next/sql-operations": "0.14.0-dev.80",
"@prisma-next/sql-runtime": "0.14.0-dev.80",
"@prisma-next/test-utils": "0.14.0-dev.80",
"@prisma-next/tsconfig": "0.14.0-dev.80",
"@prisma-next/tsdown": "0.14.0-dev.80",
"@prisma-next/sql-contract": "0.14.0-dev.85",
"@prisma-next/sql-contract-emitter": "0.14.0-dev.85",
"@prisma-next/sql-contract-ts": "0.14.0-dev.85",
"@prisma-next/sql-operations": "0.14.0-dev.85",
"@prisma-next/sql-runtime": "0.14.0-dev.85",
"@prisma-next/test-utils": "0.14.0-dev.85",
"@prisma-next/tsconfig": "0.14.0-dev.85",
"@prisma-next/tsdown": "0.14.0-dev.85",
"@types/node": "25.9.4",

@@ -50,0 +50,0 @@ "tsdown": "0.22.3",

-573
dist/migration-check-BJVt-B22.mjs
import { A as formatStyledHeader, K as errorInvalidSpaceId, L as errorAmbiguousMigrationRef, _ as createTerminalUI, at as errorSpaceNotFound, b as formatErrorJson, d as setCommandSeeAlso, g as parseGlobalFlagsOrExit, l as setCommandDescriptions, o as resolveContractPath, s as resolveMigrationPaths, t as addGlobalOptions, u as setCommandExamples, ut as mapRefResolutionError, x as formatErrorOutput } from "./command-helpers-CUoKYTlG.mjs";
import { n as buildReadAggregate, s as toDeclaredExtensionsFromRaw } from "./contract-space-aggregate-loader-DpB4x97a.mjs";
import { i as resolveTargetPathAcrossSpaces, n as looksLikePath, r as resolveAppTargetPath, t as findPackageByDirPath } from "./migration-path-target-DmNwsDgs.mjs";
import "./schemas-KhXMzNA_.mjs";
import { Command } from "commander";
import { loadConfig } from "@prisma-next/config-loader";
import { ifDefined } from "@prisma-next/utils/defined";
import { notOk, ok } from "@prisma-next/utils/result";
import { join, relative } from "pathe";
import { readFile } from "node:fs/promises";
import { createControlStack } from "@prisma-next/framework-components/control";
import { RESERVED_SPACE_SUBDIR_NAMES, isValidSpaceId, listContractSpaceDirectories, spaceMigrationDirectory, spaceRefsDirectory } from "@prisma-next/migration-tools/spaces";
import { existsSync, readFileSync, readdirSync, statSync } from "node:fs";
import { loadContractSpaceAggregate } from "@prisma-next/migration-tools/aggregate";
import { parseMigrationRef } from "@prisma-next/migration-tools/ref-resolution";
import { verifyMigrationHash } from "@prisma-next/migration-tools/hash";
//#region src/utils/integrity-violation-to-check-failure.ts
function migrationPathRelative$1(dirPath) {
return relative(process.cwd(), dirPath);
}
function migrationFileRelative$1(dirPath, fileName) {
return join(migrationPathRelative$1(dirPath), fileName);
}
/**
* Map one {@link IntegrityViolation} onto a `migration check` failure row.
* Sole catalogue mapping from integrity violations to `PN-MIG-CHECK-*`.
*/
function integrityViolationToCheckFailure(violation, migrationsDir) {
const spaceRelative = (spaceId) => migrationPathRelative$1(join(migrationsDir, spaceId));
const packageRelative = (spaceId, dirName) => migrationPathRelative$1(join(migrationsDir, spaceId, dirName));
const refRelative = (spaceId, refName) => migrationPathRelative$1(join(migrationsDir, spaceId, "refs", `${refName}.json`));
switch (violation.kind) {
case "hashMismatch": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-001",
where: migrationFileRelative$1(join(migrationsDir, violation.spaceId, violation.dirName), "migration.json"),
why: `Stored hash ${violation.stored} does not match recomputed hash ${violation.computed}`,
fix: "Re-emit the migration package or restore from version control."
};
case "providedInvariantsMismatch": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-002",
where: packageRelative(violation.spaceId, violation.dirName),
why: `Migration "${violation.dirName}" providedInvariants in migration.json disagrees with ops.json.`,
fix: "Re-emit the migration package so migration.json and ops.json agree."
};
case "packageUnloadable": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-002",
where: packageRelative(violation.spaceId, violation.dirName),
why: `Migration "${violation.dirName}" could not be loaded: ${violation.detail}`,
fix: "Re-emit the migration package or restore from version control."
};
case "sameSourceAndTarget": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-007",
where: packageRelative(violation.spaceId, violation.dirName),
why: `Migration "${violation.dirName}" in space "${violation.spaceId}" has source equal to target (${violation.hash}) with no data invariant — a true no-op self-edge.`,
fix: "Add a data operation if this self-edge was meant to carry a data invariant, or delete the migration if it is a true no-op."
};
case "orphanSpaceDir": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-008",
where: spaceRelative(violation.spaceId),
why: `Contract-space directory "${violation.spaceId}" exists on disk but no extension declares it.`,
fix: "Remove the orphan directory, or declare the extension in `extensionPacks`."
};
case "declaredButUnmigrated": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-009",
where: spaceRelative(violation.spaceId),
why: `Extension "${violation.spaceId}" is declared in \`extensionPacks\` but has no on-disk migrations directory.`,
fix: "Re-emit the extension contract-space artefacts with `prisma-next contract emit` and migration planning, or remove the extension from `extensionPacks` if it is unused."
};
case "headRefMissing": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-010",
where: refRelative(violation.spaceId, "head"),
why: `Head ref \`refs/head.json\` is missing for contract space "${violation.spaceId}".`,
fix: "Re-emit the contract-space migrations and head ref artefacts, or restore `refs/head.json` from version control."
};
case "headRefNotInGraph": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-011",
where: refRelative(violation.spaceId, "head"),
why: `Head ref ${violation.hash} for contract space "${violation.spaceId}" is not present in its migration graph.`,
fix: "Re-emit the contract space migrations, or restore the missing migration package."
};
case "refUnreadable": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-012",
where: refRelative(violation.spaceId, violation.refName),
why: `Ref "${violation.refName}" for contract space "${violation.spaceId}" is unreadable: ${violation.detail}`,
fix: "Repair or remove the corrupt ref file."
};
case "targetMismatch": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-013",
where: spaceRelative(violation.spaceId),
why: `Contract space "${violation.spaceId}" targets "${violation.actual}" but the project targets "${violation.expected}".`,
fix: "Update the extension to target the configured database, or change the project target."
};
case "disjointness": return {
space: "app",
code: "PN-MIG-CHECK-014",
where: migrationPathRelative$1(migrationsDir),
why: `Storage element "${violation.element}" is claimed by multiple contract spaces: ${violation.claimedBy.join(", ")}.`,
fix: "Update the contracts so each storage element is owned by exactly one contract space."
};
case "contractUnreadable": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-015",
where: migrationFileRelative$1(join(migrationsDir, violation.spaceId), "contract.json"),
why: `Contract for space "${violation.spaceId}" is unreadable: ${violation.detail}`,
fix: "Re-emit the extension contract artefacts, or fix the descriptor producing the invalid contract."
};
case "duplicateMigrationHash": return {
space: violation.spaceId,
code: "PN-MIG-CHECK-016",
where: spaceRelative(violation.spaceId),
why: `Multiple migrations in space "${violation.spaceId}" share migrationHash "${violation.migrationHash}" (${violation.dirNames.join(", ")}).`,
fix: "Re-emit one of the conflicting packages so each migrationHash is unique."
};
}
}
//#endregion
//#region src/commands/migration-check.ts
function migrationPathRelative(dirPath) {
return relative(process.cwd(), dirPath);
}
function migrationFileRelative(dirPath, fileName) {
return join(migrationPathRelative(dirPath), fileName);
}
function checkFileExists(spaceId, dirPath, dirName, fileName) {
if (!existsSync(join(dirPath, fileName))) return {
space: spaceId,
code: "PN-MIG-CHECK-002",
where: migrationFileRelative(dirPath, fileName),
why: `${fileName} is missing from ${dirName}`,
fix: "Re-emit the migration package or restore from version control."
};
return null;
}
function checkSnapshotConsistency(spaceId, pkg) {
const endContractPath = join(pkg.dirPath, "end-contract.json");
if (!existsSync(endContractPath)) return null;
try {
const snapshotHash = JSON.parse(readFileSync(endContractPath, "utf-8"))["storage"]?.["storageHash"];
if (typeof snapshotHash === "string" && snapshotHash !== pkg.metadata.to) return {
space: spaceId,
code: "PN-MIG-CHECK-005",
where: migrationPathRelative(pkg.dirPath),
why: `Migration "${pkg.dirName}" declares to=${pkg.metadata.to} but end-contract.json has storageHash=${snapshotHash}`,
fix: "Re-emit the migration package so migration.json and end-contract.json agree."
};
} catch {
return {
space: spaceId,
code: "PN-MIG-CHECK-006",
where: migrationPathRelative(pkg.dirPath),
why: `Migration "${pkg.dirName}" has an unparseable end-contract.json.`,
fix: "Re-emit the migration package to repair the snapshot file."
};
}
return null;
}
/**
* Project the loaded {@link ContractSpaceAggregate} into the
* {@link CheckSpace} rows the multi-space check iterates — one per on-disk
* contract-space directory, in the aggregate's `app`-first ordering. Mirrors
* `migration list`'s `migrationSpaceListEntriesFromAggregate`: space
* membership matches the on-disk directories, package / ref / graph data come
* from `aggregate.space(id)`.
*/
async function enumerateCheckSpaces(aggregate, projectMigrationsDir) {
const candidateDirs = await listContractSpaceDirectories(projectMigrationsDir);
const onDiskSpaceIds = new Set(candidateDirs.filter((name) => !RESERVED_SPACE_SUBDIR_NAMES.has(name)).filter(isValidSpaceId));
const spaces = [];
for (const space of aggregate.spaces()) {
const spaceId = space.spaceId;
if (!isValidSpaceId(spaceId)) continue;
if (!onDiskSpaceIds.has(spaceId)) continue;
const migrationsDir = spaceMigrationDirectory(projectMigrationsDir, spaceId);
spaces.push({
spaceId,
packages: space.packages,
refs: space.refs,
graph: space.graph(),
migrationsDir,
refsDir: spaceRefsDirectory(migrationsDir)
});
}
return spaces;
}
function checkManifestFilesPresent(space) {
if (!existsSync(space.migrationsDir)) return [];
const loadedDirNames = new Set(space.packages.map((p) => p.dirName));
const failures = [];
let entries;
try {
entries = readdirSync(space.migrationsDir);
} catch {
return failures;
}
for (const entry of entries) {
if (entry.startsWith(".") || entry.startsWith("_") || entry === "refs") continue;
const entryPath = join(space.migrationsDir, entry);
try {
if (!statSync(entryPath).isDirectory()) continue;
} catch {
continue;
}
if (!loadedDirNames.has(entry)) for (const f of ["migration.json", "ops.json"]) {
const fail = checkFileExists(space.spaceId, entryPath, entry, f);
if (fail) failures.push(fail);
}
}
return failures;
}
function checkReachability(space) {
const allToHashes = new Set(space.packages.map((p) => p.metadata.to));
const failures = [];
for (const pkg of space.packages) if (!(pkg.metadata.from === null || allToHashes.has(pkg.metadata.from) || pkg.metadata.from === "sha256:empty")) failures.push({
space: space.spaceId,
code: "PN-MIG-CHECK-003",
where: migrationPathRelative(pkg.dirPath),
why: `Migration "${pkg.dirName}" starts from ${pkg.metadata.from} which no other migration produces`,
fix: "This migration is unreachable in the graph. Delete it or re-emit a connecting migration."
});
return failures;
}
function checkDanglingRefs(space) {
const failures = [];
for (const [name, entry] of Object.entries(space.refs)) if (!space.graph.nodes.has(entry.hash)) failures.push({
space: space.spaceId,
code: "PN-MIG-CHECK-004",
where: relative(process.cwd(), join(space.refsDir, `${name}.json`)),
why: `Ref "${name}" points at ${entry.hash} which does not exist in the migration graph`,
fix: `Update the ref with \`prisma-next ref set ${name} <valid-hash>\` or delete it.`
});
return failures;
}
function checkSpace(space) {
return [
...checkManifestFilesPresent(space),
...space.packages.map((pkg) => checkSnapshotConsistency(space.spaceId, pkg)).filter((f) => f !== null),
...checkReachability(space),
...checkDanglingRefs(space)
];
}
/**
* Policy core of the holistic `migration check`: validates `--space`,
* narrows the pre-enumerated spaces, and runs the per-space explicit graph
* checks (file-existence, snapshot consistency, reachability, dangling
* refs), aggregating every failure into one {@link MigrationCheckResult}.
*
* `--space` validation mirrors `migration list`: an invalid id →
* {@link errorInvalidSpaceId}; an id with no on-disk space →
* {@link errorSpaceNotFound}. Both map to exit `PRECONDITION` at the shell.
* Aggregate-integrity violations (which already span every space) are folded
* in by the caller, not here.
*/
function runMigrationCheck(inputs) {
const { spaces, spaceFilter } = inputs;
if (spaceFilter !== void 0 && !isValidSpaceId(spaceFilter)) return notOk(errorInvalidSpaceId(spaceFilter));
if (spaceFilter !== void 0 && !spaces.some((s) => s.spaceId === spaceFilter)) return notOk(errorSpaceNotFound(spaceFilter, spaces.map((s) => s.spaceId).sort()));
const failures = (spaceFilter !== void 0 ? spaces.filter((s) => s.spaceId === spaceFilter) : spaces).flatMap(checkSpace);
if (failures.length === 0) return ok({
ok: true,
failures: [],
summary: "All checks passed"
});
return ok({
ok: false,
failures,
summary: `${failures.length} integrity failure(s)`
});
}
async function loadAggregateIntegrityViolations(config, migrationsDir) {
try {
const contractJsonContent = await readFile(resolveContractPath(config), "utf-8");
const familyInstance = config.family.create(createControlStack(config));
const declaredExtensions = toDeclaredExtensionsFromRaw(config.extensionPacks ?? []);
const parsedAppContract = JSON.parse(contractJsonContent);
return (await loadContractSpaceAggregate({
migrationsDir,
deserializeContract: (json) => familyInstance.deserializeContract(json),
appContract: familyInstance.deserializeContract(parsedAppContract)
})).checkIntegrity({
declaredExtensions,
checkContracts: true
});
} catch {
return [];
}
}
async function executeMigrationCheckCommand(target, options, flags, ui) {
const config = await loadConfig(options.config);
const { configPath, migrationsDir, appMigrationsDir, appMigrationsRelative } = resolveMigrationPaths(options.config, config);
if (!flags.json && !flags.quiet) {
const details = [{
label: "config",
value: configPath
}, {
label: "migrations",
value: appMigrationsRelative
}];
if (target) details.push({
label: "target",
value: target
});
const header = formatStyledHeader({
command: "migration check",
description: "Verify artifact and graph integrity",
details,
flags
});
ui.stderr(header);
}
const loadedAggregate = await buildReadAggregate(config, { migrationsDir });
if (!loadedAggregate.ok) return {
error: loadedAggregate.failure,
exitCode: 2
};
const spaces = await enumerateCheckSpaces(loadedAggregate.value.aggregate, migrationsDir);
if (target) return await checkSingleTarget(target, {
spaces,
...options.space !== void 0 ? { spaceFilter: options.space } : {},
appMigrationsDir,
appMigrationsRelative
});
const checkResult = runMigrationCheck({
spaces,
...options.space !== void 0 ? { spaceFilter: options.space } : {}
});
if (!checkResult.ok) return {
error: checkResult.failure,
exitCode: 2
};
const failures = [...checkResult.value.failures];
const allViolations = await loadAggregateIntegrityViolations(config, migrationsDir);
const scopedViolations = options.space === void 0 ? allViolations : allViolations.filter((v) => v.kind !== "disjointness" && v.spaceId === options.space);
for (const violation of scopedViolations) failures.push(integrityViolationToCheckFailure(violation, migrationsDir));
if (failures.length === 0) return {
result: {
ok: true,
failures: [],
summary: "All checks passed"
},
exitCode: 0
};
return {
result: {
ok: false,
failures,
summary: `${failures.length} integrity failure(s)`
},
exitCode: 4
};
}
/**
* Ranks ref-resolution failure kinds by how informative they are, so a
* single-target check surfaces the most useful failure across spaces instead of
* whichever space failed first. `not-found` (the input matched nothing here)
* says the least; a malformed input, a wrong grammar, or an in-space ambiguity
* all say more.
*/
function refFailureSpecificity(error) {
switch (error.kind) {
case "wrong-grammar": return 3;
case "ambiguous": return 2;
case "invalid-format": return 1;
case "not-found": return 0;
}
}
/**
* Single-target (`check <ref/path>`) mode — resolves a migration reference
* across all contract spaces (or the one space narrowed by `--space <id>`).
*
* Resolution:
* - filesystem path → find the owning space by checking which space's
* `migrationsDir` contains the resolved path; falls back to app-relative
* validation when the path is outside every space dir.
* - ref → `parseMigrationRef` against each in-scope space; collect every
* (space, package) hit; 0 hits = not-found, 1 = check it, >1 = ambiguity
* error (qualify with `--space`).
*
* `--space <id>` is validated the same way the holistic path does it:
* invalid id → `errorInvalidSpaceId`; no on-disk space → `errorSpaceNotFound`.
*/
async function checkSingleTarget(target, inputs) {
const { spaces, spaceFilter, appMigrationsDir, appMigrationsRelative } = inputs;
if (spaceFilter !== void 0 && !isValidSpaceId(spaceFilter)) return {
error: errorInvalidSpaceId(spaceFilter),
exitCode: 2
};
if (spaceFilter !== void 0 && !spaces.some((s) => s.spaceId === spaceFilter)) return {
error: errorSpaceNotFound(spaceFilter, spaces.map((s) => s.spaceId).sort()),
exitCode: 2
};
const scopedSpaces = spaceFilter !== void 0 ? spaces.filter((s) => s.spaceId === spaceFilter) : spaces;
let matchedSpace;
let matchedPkg;
if (looksLikePath(target)) {
const resolvedPath = resolveTargetPathAcrossSpaces(target, scopedSpaces);
if (resolvedPath !== null) for (const space of scopedSpaces) {
const found = findPackageByDirPath(space.packages, resolvedPath);
if (found) {
matchedSpace = space;
matchedPkg = found;
break;
}
}
else {
const resolved = resolveAppTargetPath(target, appMigrationsDir, appMigrationsRelative);
if (!resolved.ok) return {
error: resolved.failure,
exitCode: 2
};
const appSpace = scopedSpaces.find((s) => s.spaceId === "app");
if (appSpace) {
matchedSpace = appSpace;
matchedPkg = findPackageByDirPath(appSpace.packages, resolved.value);
}
}
} else {
const hits = [];
let bestParseFailure;
for (const space of scopedSpaces) {
const migResult = parseMigrationRef(target, {
graph: space.graph,
refs: space.refs
});
if (!migResult.ok) {
if (bestParseFailure === void 0 || refFailureSpecificity(migResult.failure) > refFailureSpecificity(bestParseFailure)) bestParseFailure = migResult.failure;
continue;
}
const pkg = space.packages.find((p) => p.metadata.migrationHash === migResult.value.migrationHash);
if (pkg) hits.push({
space,
pkg
});
}
if (hits.length > 1) return {
error: errorAmbiguousMigrationRef(target, hits.map((h) => h.space.spaceId)),
exitCode: 2
};
if (hits.length === 1) {
matchedSpace = hits[0].space;
matchedPkg = hits[0].pkg;
} else if (bestParseFailure !== void 0) return {
error: mapRefResolutionError(bestParseFailure),
exitCode: 2
};
}
if (!matchedPkg || !matchedSpace) return {
result: {
ok: false,
failures: [],
summary: `Migration package for "${target}" not found on disk`
},
exitCode: 2
};
const failures = [...checkManifestFilesPresent(matchedSpace)];
for (const f of ["migration.json", "ops.json"]) {
const fail = checkFileExists(matchedSpace.spaceId, matchedPkg.dirPath, matchedPkg.dirName, f);
if (fail) failures.push(fail);
}
const verification = verifyMigrationHash(matchedPkg);
if (!verification.ok) failures.push({
space: matchedSpace.spaceId,
code: "PN-MIG-CHECK-001",
where: migrationFileRelative(matchedPkg.dirPath, "migration.json"),
why: `Stored hash ${verification.storedHash} does not match recomputed hash ${verification.computedHash}`,
fix: "Re-emit the migration package or restore from version control."
});
const snapshotFailure = checkSnapshotConsistency(matchedSpace.spaceId, matchedPkg);
if (snapshotFailure) failures.push(snapshotFailure);
const resolvedSpaceId = matchedSpace.spaceId !== "app" ? matchedSpace.spaceId : void 0;
if (failures.length === 0) return {
result: {
ok: true,
failures: [],
summary: "All checks passed"
},
exitCode: 0,
...ifDefined("resolvedSpaceId", resolvedSpaceId)
};
return {
result: {
ok: false,
failures,
summary: `${failures.length} integrity failure(s)`
},
exitCode: 4,
...ifDefined("resolvedSpaceId", resolvedSpaceId)
};
}
function createMigrationCheckCommand() {
const command = new Command("check");
setCommandDescriptions(command, "Verify artifact and graph integrity", "Validates that on-disk migration packages are internally consistent\n(hashes match, manifests are complete) and that the graph is well-formed\n(edges connect, refs point at valid nodes). The whole-graph check spans\nevery contract space by default; pass --space <id> to narrow to one. A\nmigration reference checks a single package, resolved across all contract\nspaces (narrow with --space; an ambiguous reference is a precondition failure).\nOffline — does not consult the database.\nExit codes: 0 = all checks passed, 2 = precondition failed\n(unresolved target or unknown --space), 4 = integrity failure(s) found.");
setCommandExamples(command, [
"prisma-next migration check",
"prisma-next migration check --space app",
"prisma-next migration check 20260101-add-users",
"prisma-next migration check 20260101-add-users --space app",
"prisma-next migration check --json"
]);
setCommandSeeAlso(command, [
{
verb: "migration status",
oneLiner: "Show migration path and pending status"
},
{
verb: "migration list",
oneLiner: "List on-disk migrations"
},
{
verb: "migration graph",
oneLiner: "Show the migration graph topology"
},
{
verb: "migration show",
oneLiner: "Display migration package contents"
}
]);
command.exitOverride();
addGlobalOptions(command).argument("[target]", "Migration reference: directory name, hash/prefix, ref, or path").option("--config <path>", "Path to prisma-next.config.ts").option("--space <id>", "Narrow output to a single contract space").action(async (target, options) => {
const flags = parseGlobalFlagsOrExit(options);
const ui = createTerminalUI(flags);
let outcome;
try {
outcome = await executeMigrationCheckCommand(target, options, flags, ui);
} catch (error) {
outcome = {
result: {
ok: false,
failures: [],
summary: error instanceof Error ? error.message : String(error)
},
exitCode: 2
};
}
if (outcome.error) {
const envelope = outcome.error.toEnvelope();
if (flags.json) ui.output(formatErrorJson(envelope));
else if (!flags.quiet) ui.error(formatErrorOutput(envelope, flags));
process.exit(outcome.exitCode);
}
const result = outcome.result ?? {
ok: false,
failures: [],
summary: "No check result produced"
};
if (flags.json) ui.output(JSON.stringify(result, null, 2));
else if (!flags.quiet) if (result.ok) {
const spaceSuffix = outcome.resolvedSpaceId !== void 0 ? ` (space: ${outcome.resolvedSpaceId})` : "";
ui.log(`✔ ${result.summary}${spaceSuffix}`);
} else {
for (const f of result.failures) {
ui.log(`✗ [${f.code}] ${f.where}: ${f.why}`);
ui.log(` fix: ${f.fix}`);
}
ui.log(`\n${result.summary}`);
}
process.exit(outcome.exitCode);
});
return command;
}
//#endregion
export { enumerateCheckSpaces as n, runMigrationCheck as r, createMigrationCheckCommand as t };
//# sourceMappingURL=migration-check-BJVt-B22.mjs.map
-1
dist/migration-check-BJVt-B22.mjs.map
{"version":3,"file":"migration-check-BJVt-B22.mjs","names":["migrationPathRelative","migrationFileRelative"],"sources":["../src/utils/integrity-violation-to-check-failure.ts","../src/commands/migration-check.ts"],"sourcesContent":["import type { IntegrityViolation } from '@prisma-next/migration-tools/aggregate';\nimport { join, relative } from 'pathe';\nimport type { CheckFailure } from '../commands/json/schemas';\n\nexport type { CheckFailure } from '../commands/json/schemas';\n\nfunction migrationPathRelative(dirPath: string): string {\n return relative(process.cwd(), dirPath);\n}\n\nfunction migrationFileRelative(dirPath: string, fileName: string): string {\n return join(migrationPathRelative(dirPath), fileName);\n}\n\n/**\n * Map one {@link IntegrityViolation} onto a `migration check` failure row.\n * Sole catalogue mapping from integrity violations to `PN-MIG-CHECK-*`.\n */\nexport function integrityViolationToCheckFailure(\n violation: IntegrityViolation,\n migrationsDir: string,\n): CheckFailure {\n const spaceRelative = (spaceId: string): string =>\n migrationPathRelative(join(migrationsDir, spaceId));\n const packageRelative = (spaceId: string, dirName: string): string =>\n migrationPathRelative(join(migrationsDir, spaceId, dirName));\n const refRelative = (spaceId: string, refName: string): string =>\n migrationPathRelative(join(migrationsDir, spaceId, 'refs', `${refName}.json`));\n\n switch (violation.kind) {\n case 'hashMismatch':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-001',\n where: migrationFileRelative(\n join(migrationsDir, violation.spaceId, violation.dirName),\n 'migration.json',\n ),\n why: `Stored hash ${violation.stored} does not match recomputed hash ${violation.computed}`,\n fix: 'Re-emit the migration package or restore from version control.',\n };\n case 'providedInvariantsMismatch':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-002',\n where: packageRelative(violation.spaceId, violation.dirName),\n why: `Migration \"${violation.dirName}\" providedInvariants in migration.json disagrees with ops.json.`,\n fix: 'Re-emit the migration package so migration.json and ops.json agree.',\n };\n case 'packageUnloadable':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-002',\n where: packageRelative(violation.spaceId, violation.dirName),\n why: `Migration \"${violation.dirName}\" could not be loaded: ${violation.detail}`,\n fix: 'Re-emit the migration package or restore from version control.',\n };\n case 'sameSourceAndTarget':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-007',\n where: packageRelative(violation.spaceId, violation.dirName),\n why: `Migration \"${violation.dirName}\" in space \"${violation.spaceId}\" has source equal to target (${violation.hash}) with no data invariant — a true no-op self-edge.`,\n fix: 'Add a data operation if this self-edge was meant to carry a data invariant, or delete the migration if it is a true no-op.',\n };\n case 'orphanSpaceDir':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-008',\n where: spaceRelative(violation.spaceId),\n why: `Contract-space directory \"${violation.spaceId}\" exists on disk but no extension declares it.`,\n fix: 'Remove the orphan directory, or declare the extension in `extensionPacks`.',\n };\n case 'declaredButUnmigrated':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-009',\n where: spaceRelative(violation.spaceId),\n why: `Extension \"${violation.spaceId}\" is declared in \\`extensionPacks\\` but has no on-disk migrations directory.`,\n fix: 'Re-emit the extension contract-space artefacts with `prisma-next contract emit` and migration planning, or remove the extension from `extensionPacks` if it is unused.',\n };\n case 'headRefMissing':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-010',\n where: refRelative(violation.spaceId, 'head'),\n why: `Head ref \\`refs/head.json\\` is missing for contract space \"${violation.spaceId}\".`,\n fix: 'Re-emit the contract-space migrations and head ref artefacts, or restore `refs/head.json` from version control.',\n };\n case 'headRefNotInGraph':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-011',\n where: refRelative(violation.spaceId, 'head'),\n why: `Head ref ${violation.hash} for contract space \"${violation.spaceId}\" is not present in its migration graph.`,\n fix: 'Re-emit the contract space migrations, or restore the missing migration package.',\n };\n case 'refUnreadable':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-012',\n where: refRelative(violation.spaceId, violation.refName),\n why: `Ref \"${violation.refName}\" for contract space \"${violation.spaceId}\" is unreadable: ${violation.detail}`,\n fix: 'Repair or remove the corrupt ref file.',\n };\n case 'targetMismatch':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-013',\n where: spaceRelative(violation.spaceId),\n why: `Contract space \"${violation.spaceId}\" targets \"${violation.actual}\" but the project targets \"${violation.expected}\".`,\n fix: 'Update the extension to target the configured database, or change the project target.',\n };\n case 'disjointness':\n return {\n space: 'app',\n code: 'PN-MIG-CHECK-014',\n where: migrationPathRelative(migrationsDir),\n why: `Storage element \"${violation.element}\" is claimed by multiple contract spaces: ${violation.claimedBy.join(', ')}.`,\n fix: 'Update the contracts so each storage element is owned by exactly one contract space.',\n };\n case 'contractUnreadable':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-015',\n where: migrationFileRelative(join(migrationsDir, violation.spaceId), 'contract.json'),\n why: `Contract for space \"${violation.spaceId}\" is unreadable: ${violation.detail}`,\n fix: 'Re-emit the extension contract artefacts, or fix the descriptor producing the invalid contract.',\n };\n case 'duplicateMigrationHash':\n return {\n space: violation.spaceId,\n code: 'PN-MIG-CHECK-016',\n where: spaceRelative(violation.spaceId),\n why: `Multiple migrations in space \"${violation.spaceId}\" share migrationHash \"${violation.migrationHash}\" (${violation.dirNames.join(', ')}).`,\n fix: 'Re-emit one of the conflicting packages so each migrationHash is unique.',\n };\n }\n}\n","import { existsSync, readdirSync, readFileSync, statSync } from 'node:fs';\nimport { readFile } from 'node:fs/promises';\nimport { loadConfig } from '@prisma-next/config-loader';\nimport { createControlStack } from '@prisma-next/framework-components/control';\nimport type {\n ContractSpaceAggregate,\n IntegrityViolation,\n} from '@prisma-next/migration-tools/aggregate';\nimport { loadContractSpaceAggregate } from '@prisma-next/migration-tools/aggregate';\nimport type { MigrationGraph } from '@prisma-next/migration-tools/graph';\nimport { verifyMigrationHash } from '@prisma-next/migration-tools/hash';\nimport type { OnDiskMigrationPackage } from '@prisma-next/migration-tools/package';\nimport {\n parseMigrationRef,\n type RefResolutionError,\n} from '@prisma-next/migration-tools/ref-resolution';\nimport type { Refs } from '@prisma-next/migration-tools/refs';\nimport {\n isValidSpaceId,\n listContractSpaceDirectories,\n RESERVED_SPACE_SUBDIR_NAMES,\n spaceMigrationDirectory,\n spaceRefsDirectory,\n} from '@prisma-next/migration-tools/spaces';\nimport { ifDefined } from '@prisma-next/utils/defined';\nimport { notOk, ok, type Result } from '@prisma-next/utils/result';\nimport { Command } from 'commander';\nimport { join, relative } from 'pathe';\nimport {\n type CliStructuredError,\n errorAmbiguousMigrationRef,\n errorInvalidSpaceId,\n errorSpaceNotFound,\n mapRefResolutionError,\n} from '../utils/cli-errors';\nimport {\n addGlobalOptions,\n resolveContractPath,\n resolveMigrationPaths,\n setCommandDescriptions,\n setCommandExamples,\n setCommandSeeAlso,\n} from '../utils/command-helpers';\nimport { buildReadAggregate } from '../utils/contract-space-aggregate-loader';\nimport { toDeclaredExtensionsFromRaw } from '../utils/extension-pack-inputs';\nimport { formatErrorJson, formatErrorOutput } from '../utils/formatters/errors';\nimport { formatStyledHeader } from '../utils/formatters/styled';\nimport type { CommonCommandOptions } from '../utils/global-flags';\nimport { type GlobalFlags, parseGlobalFlagsOrExit } from '../utils/global-flags';\nimport { integrityViolationToCheckFailure } from '../utils/integrity-violation-to-check-failure';\nimport {\n findPackageByDirPath,\n looksLikePath,\n resolveAppTargetPath,\n resolveTargetPathAcrossSpaces,\n} from '../utils/migration-path-target';\nimport { createTerminalUI, type TerminalUI } from '../utils/terminal-ui';\nimport type { CheckFailure, MigrationCheckResult } from './json/schemas';\nimport { INTEGRITY_FAILED, OK, PRECONDITION } from './migration-check/exit-codes';\n\ninterface MigrationCheckOptions extends CommonCommandOptions {\n readonly config?: string;\n readonly space?: string;\n}\n\nexport type { CheckFailure, MigrationCheckResult } from './json/schemas';\nexport { migrationCheckResultSchema } from './json/schemas';\n\nfunction migrationPathRelative(dirPath: string): string {\n return relative(process.cwd(), dirPath);\n}\n\nfunction migrationFileRelative(dirPath: string, fileName: string): string {\n return join(migrationPathRelative(dirPath), fileName);\n}\n\nfunction checkFileExists(\n spaceId: string,\n dirPath: string,\n dirName: string,\n fileName: string,\n): CheckFailure | null {\n if (!existsSync(join(dirPath, fileName))) {\n return {\n space: spaceId,\n code: 'PN-MIG-CHECK-002',\n where: migrationFileRelative(dirPath, fileName),\n why: `${fileName} is missing from ${dirName}`,\n fix: 'Re-emit the migration package or restore from version control.',\n };\n }\n return null;\n}\n\nfunction checkSnapshotConsistency(\n spaceId: string,\n pkg: OnDiskMigrationPackage,\n): CheckFailure | null {\n const endContractPath = join(pkg.dirPath, 'end-contract.json');\n if (!existsSync(endContractPath)) return null;\n try {\n const raw = JSON.parse(readFileSync(endContractPath, 'utf-8')) as Record<string, unknown>;\n const storage = raw['storage'] as Record<string, unknown> | undefined;\n const snapshotHash = storage?.['storageHash'];\n if (typeof snapshotHash === 'string' && snapshotHash !== pkg.metadata.to) {\n return {\n space: spaceId,\n code: 'PN-MIG-CHECK-005',\n where: migrationPathRelative(pkg.dirPath),\n why: `Migration \"${pkg.dirName}\" declares to=${pkg.metadata.to} but end-contract.json has storageHash=${snapshotHash}`,\n fix: 'Re-emit the migration package so migration.json and end-contract.json agree.',\n };\n }\n } catch {\n return {\n space: spaceId,\n code: 'PN-MIG-CHECK-006',\n where: migrationPathRelative(pkg.dirPath),\n why: `Migration \"${pkg.dirName}\" has an unparseable end-contract.json.`,\n fix: 'Re-emit the migration package to repair the snapshot file.',\n };\n }\n return null;\n}\n\n/**\n * One contract space's on-disk state, resolved for the explicit graph\n * checks `runMigrationCheck` runs per space: the space's migration\n * packages, its user-authored refs, its induced graph, and the absolute\n * `migrations/<space>/` + `migrations/<space>/refs/` directories the\n * file-existence and dangling-ref `where` paths are derived from.\n */\nexport interface CheckSpace {\n readonly spaceId: string;\n readonly packages: readonly OnDiskMigrationPackage[];\n readonly refs: Refs;\n readonly graph: MigrationGraph;\n readonly migrationsDir: string;\n readonly refsDir: string;\n}\n\n/**\n * Project the loaded {@link ContractSpaceAggregate} into the\n * {@link CheckSpace} rows the multi-space check iterates — one per on-disk\n * contract-space directory, in the aggregate's `app`-first ordering. Mirrors\n * `migration list`'s `migrationSpaceListEntriesFromAggregate`: space\n * membership matches the on-disk directories, package / ref / graph data come\n * from `aggregate.space(id)`.\n */\nexport async function enumerateCheckSpaces(\n aggregate: ContractSpaceAggregate,\n projectMigrationsDir: string,\n): Promise<readonly CheckSpace[]> {\n const candidateDirs = await listContractSpaceDirectories(projectMigrationsDir);\n const onDiskSpaceIds = new Set(\n candidateDirs.filter((name) => !RESERVED_SPACE_SUBDIR_NAMES.has(name)).filter(isValidSpaceId),\n );\n const spaces: CheckSpace[] = [];\n for (const space of aggregate.spaces()) {\n const spaceId = space.spaceId;\n if (!isValidSpaceId(spaceId)) continue;\n if (!onDiskSpaceIds.has(spaceId)) continue;\n const migrationsDir = spaceMigrationDirectory(projectMigrationsDir, spaceId);\n spaces.push({\n spaceId,\n packages: space.packages,\n refs: space.refs,\n graph: space.graph(),\n migrationsDir,\n refsDir: spaceRefsDirectory(migrationsDir),\n });\n }\n return spaces;\n}\n\nfunction checkManifestFilesPresent(space: CheckSpace): readonly CheckFailure[] {\n if (!existsSync(space.migrationsDir)) return [];\n const loadedDirNames = new Set(space.packages.map((p) => p.dirName));\n const failures: CheckFailure[] = [];\n let entries: string[];\n try {\n entries = readdirSync(space.migrationsDir);\n } catch {\n return failures;\n }\n for (const entry of entries) {\n if (entry.startsWith('.') || entry.startsWith('_') || entry === 'refs') continue;\n const entryPath = join(space.migrationsDir, entry);\n try {\n if (!statSync(entryPath).isDirectory()) continue;\n } catch {\n continue;\n }\n if (!loadedDirNames.has(entry)) {\n for (const f of ['migration.json', 'ops.json']) {\n const fail = checkFileExists(space.spaceId, entryPath, entry, f);\n if (fail) failures.push(fail);\n }\n }\n }\n return failures;\n}\n\nfunction checkReachability(space: CheckSpace): readonly CheckFailure[] {\n const allToHashes = new Set(space.packages.map((p) => p.metadata.to));\n const failures: CheckFailure[] = [];\n for (const pkg of space.packages) {\n const isReachable =\n pkg.metadata.from === null ||\n allToHashes.has(pkg.metadata.from) ||\n pkg.metadata.from === 'sha256:empty';\n if (!isReachable) {\n failures.push({\n space: space.spaceId,\n code: 'PN-MIG-CHECK-003',\n where: migrationPathRelative(pkg.dirPath),\n why: `Migration \"${pkg.dirName}\" starts from ${pkg.metadata.from} which no other migration produces`,\n fix: 'This migration is unreachable in the graph. Delete it or re-emit a connecting migration.',\n });\n }\n }\n return failures;\n}\n\nfunction checkDanglingRefs(space: CheckSpace): readonly CheckFailure[] {\n const failures: CheckFailure[] = [];\n for (const [name, entry] of Object.entries(space.refs)) {\n if (!space.graph.nodes.has(entry.hash)) {\n failures.push({\n space: space.spaceId,\n code: 'PN-MIG-CHECK-004',\n where: relative(process.cwd(), join(space.refsDir, `${name}.json`)),\n why: `Ref \"${name}\" points at ${entry.hash} which does not exist in the migration graph`,\n fix: `Update the ref with \\`prisma-next ref set ${name} <valid-hash>\\` or delete it.`,\n });\n }\n }\n return failures;\n}\n\nfunction checkSpace(space: CheckSpace): readonly CheckFailure[] {\n return [\n ...checkManifestFilesPresent(space),\n ...space.packages\n .map((pkg) => checkSnapshotConsistency(space.spaceId, pkg))\n .filter((f): f is CheckFailure => f !== null),\n ...checkReachability(space),\n ...checkDanglingRefs(space),\n ];\n}\n\n/**\n * Inputs for {@link runMigrationCheck} — the multi-space policy core of\n * the holistic (no-arg) `migration check`. Enumeration is supplied by the\n * caller (the CLI shell builds it from {@link enumerateCheckSpaces}); the\n * core does not touch config, flags, or streams.\n */\nexport interface RunMigrationCheckInputs {\n readonly spaces: readonly CheckSpace[];\n readonly spaceFilter?: string;\n}\n\n/**\n * Policy core of the holistic `migration check`: validates `--space`,\n * narrows the pre-enumerated spaces, and runs the per-space explicit graph\n * checks (file-existence, snapshot consistency, reachability, dangling\n * refs), aggregating every failure into one {@link MigrationCheckResult}.\n *\n * `--space` validation mirrors `migration list`: an invalid id →\n * {@link errorInvalidSpaceId}; an id with no on-disk space →\n * {@link errorSpaceNotFound}. Both map to exit `PRECONDITION` at the shell.\n * Aggregate-integrity violations (which already span every space) are folded\n * in by the caller, not here.\n */\nexport function runMigrationCheck(\n inputs: RunMigrationCheckInputs,\n): Result<MigrationCheckResult, CliStructuredError> {\n const { spaces, spaceFilter } = inputs;\n\n if (spaceFilter !== undefined && !isValidSpaceId(spaceFilter)) {\n return notOk(errorInvalidSpaceId(spaceFilter));\n }\n if (spaceFilter !== undefined && !spaces.some((s) => s.spaceId === spaceFilter)) {\n return notOk(errorSpaceNotFound(spaceFilter, spaces.map((s) => s.spaceId).sort()));\n }\n\n const scopedSpaces =\n spaceFilter !== undefined ? spaces.filter((s) => s.spaceId === spaceFilter) : spaces;\n\n const failures = scopedSpaces.flatMap(checkSpace);\n if (failures.length === 0) {\n return ok({ ok: true, failures: [], summary: 'All checks passed' });\n }\n return ok({ ok: false, failures, summary: `${failures.length} integrity failure(s)` });\n}\n\nasync function loadAggregateIntegrityViolations(\n config: Awaited<ReturnType<typeof loadConfig>>,\n migrationsDir: string,\n): Promise<readonly IntegrityViolation[]> {\n try {\n const contractJsonContent = await readFile(resolveContractPath(config), 'utf-8');\n const familyInstance = config.family.create(createControlStack(config));\n const declaredExtensions = toDeclaredExtensionsFromRaw(config.extensionPacks ?? []);\n\n const parsedAppContract: unknown = JSON.parse(contractJsonContent);\n const aggregate = await loadContractSpaceAggregate({\n migrationsDir,\n deserializeContract: (json: unknown) => familyInstance.deserializeContract(json),\n appContract: familyInstance.deserializeContract(parsedAppContract),\n });\n return aggregate.checkIntegrity({ declaredExtensions, checkContracts: true });\n } catch {\n return [];\n }\n}\n\ninterface MigrationCheckOutcome {\n readonly result?: MigrationCheckResult;\n readonly error?: CliStructuredError;\n readonly exitCode: number;\n readonly resolvedSpaceId?: string;\n}\n\nasync function executeMigrationCheckCommand(\n target: string | undefined,\n options: MigrationCheckOptions,\n flags: GlobalFlags,\n ui: TerminalUI,\n): Promise<MigrationCheckOutcome> {\n const config = await loadConfig(options.config);\n const { configPath, migrationsDir, appMigrationsDir, appMigrationsRelative } =\n resolveMigrationPaths(options.config, config);\n\n if (!flags.json && !flags.quiet) {\n const details: Array<{ label: string; value: string }> = [\n { label: 'config', value: configPath },\n { label: 'migrations', value: appMigrationsRelative },\n ];\n if (target) {\n details.push({ label: 'target', value: target });\n }\n const header = formatStyledHeader({\n command: 'migration check',\n description: 'Verify artifact and graph integrity',\n details,\n flags,\n });\n ui.stderr(header);\n }\n\n const loadedAggregate = await buildReadAggregate(config, { migrationsDir });\n if (!loadedAggregate.ok) {\n return { error: loadedAggregate.failure, exitCode: PRECONDITION };\n }\n\n const spaces = await enumerateCheckSpaces(loadedAggregate.value.aggregate, migrationsDir);\n\n if (target) {\n return await checkSingleTarget(target, {\n spaces,\n ...(options.space !== undefined ? { spaceFilter: options.space } : {}),\n appMigrationsDir,\n appMigrationsRelative,\n });\n }\n\n const checkResult = runMigrationCheck({\n spaces,\n ...(options.space !== undefined ? { spaceFilter: options.space } : {}),\n });\n if (!checkResult.ok) {\n return { error: checkResult.failure, exitCode: PRECONDITION };\n }\n\n const failures: CheckFailure[] = [...checkResult.value.failures];\n const allViolations = await loadAggregateIntegrityViolations(config, migrationsDir);\n const scopedViolations =\n options.space === undefined\n ? allViolations\n : allViolations.filter((v) => v.kind !== 'disjointness' && v.spaceId === options.space);\n for (const violation of scopedViolations) {\n failures.push(integrityViolationToCheckFailure(violation, migrationsDir));\n }\n\n if (failures.length === 0) {\n return {\n result: { ok: true, failures: [], summary: 'All checks passed' },\n exitCode: OK,\n };\n }\n\n return {\n result: { ok: false, failures, summary: `${failures.length} integrity failure(s)` },\n exitCode: INTEGRITY_FAILED,\n };\n}\n\ninterface SingleTargetInputs {\n readonly spaces: readonly CheckSpace[];\n readonly spaceFilter?: string;\n readonly appMigrationsDir: string;\n readonly appMigrationsRelative: string;\n}\n\n/**\n * Ranks ref-resolution failure kinds by how informative they are, so a\n * single-target check surfaces the most useful failure across spaces instead of\n * whichever space failed first. `not-found` (the input matched nothing here)\n * says the least; a malformed input, a wrong grammar, or an in-space ambiguity\n * all say more.\n */\nfunction refFailureSpecificity(error: RefResolutionError): number {\n switch (error.kind) {\n case 'wrong-grammar':\n return 3;\n case 'ambiguous':\n return 2;\n case 'invalid-format':\n return 1;\n case 'not-found':\n return 0;\n }\n}\n\n/**\n * Single-target (`check <ref/path>`) mode — resolves a migration reference\n * across all contract spaces (or the one space narrowed by `--space <id>`).\n *\n * Resolution:\n * - filesystem path → find the owning space by checking which space's\n * `migrationsDir` contains the resolved path; falls back to app-relative\n * validation when the path is outside every space dir.\n * - ref → `parseMigrationRef` against each in-scope space; collect every\n * (space, package) hit; 0 hits = not-found, 1 = check it, >1 = ambiguity\n * error (qualify with `--space`).\n *\n * `--space <id>` is validated the same way the holistic path does it:\n * invalid id → `errorInvalidSpaceId`; no on-disk space → `errorSpaceNotFound`.\n */\nasync function checkSingleTarget(\n target: string,\n inputs: SingleTargetInputs,\n): Promise<MigrationCheckOutcome> {\n const { spaces, spaceFilter, appMigrationsDir, appMigrationsRelative } = inputs;\n\n if (spaceFilter !== undefined && !isValidSpaceId(spaceFilter)) {\n return { error: errorInvalidSpaceId(spaceFilter), exitCode: PRECONDITION };\n }\n if (spaceFilter !== undefined && !spaces.some((s) => s.spaceId === spaceFilter)) {\n return {\n error: errorSpaceNotFound(spaceFilter, spaces.map((s) => s.spaceId).sort()),\n exitCode: PRECONDITION,\n };\n }\n\n const scopedSpaces =\n spaceFilter !== undefined ? spaces.filter((s) => s.spaceId === spaceFilter) : spaces;\n\n let matchedSpace: CheckSpace | undefined;\n let matchedPkg: OnDiskMigrationPackage | undefined;\n\n if (looksLikePath(target)) {\n const resolvedPath = resolveTargetPathAcrossSpaces(target, scopedSpaces);\n if (resolvedPath !== null) {\n for (const space of scopedSpaces) {\n const found = findPackageByDirPath(space.packages, resolvedPath);\n if (found) {\n matchedSpace = space;\n matchedPkg = found;\n break;\n }\n }\n } else {\n // Path outside every space dir — fall back to app-relative validation\n const resolved = resolveAppTargetPath(target, appMigrationsDir, appMigrationsRelative);\n if (!resolved.ok) {\n return { error: resolved.failure, exitCode: PRECONDITION };\n }\n const appSpace = scopedSpaces.find((s) => s.spaceId === 'app');\n if (appSpace) {\n matchedSpace = appSpace;\n matchedPkg = findPackageByDirPath(appSpace.packages, resolved.value);\n }\n }\n } else {\n // Ref resolution: try each in-scope space, collect all hits.\n const hits: Array<{ space: CheckSpace; pkg: OnDiskMigrationPackage }> = [];\n let bestParseFailure: RefResolutionError | undefined;\n for (const space of scopedSpaces) {\n const migResult = parseMigrationRef(target, { graph: space.graph, refs: space.refs });\n if (!migResult.ok) {\n // Keep scanning — a later space may hold a hit that must not be discarded.\n // When no space yields a hit, keep the most informative failure rather than\n // whichever space failed first (the kind is space-dependent).\n if (\n bestParseFailure === undefined ||\n refFailureSpecificity(migResult.failure) > refFailureSpecificity(bestParseFailure)\n ) {\n bestParseFailure = migResult.failure;\n }\n continue;\n }\n const pkg = space.packages.find(\n (p) => p.metadata.migrationHash === migResult.value.migrationHash,\n );\n if (pkg) {\n hits.push({ space, pkg });\n }\n }\n\n if (hits.length > 1) {\n const spaceIds = hits.map((h) => h.space.spaceId);\n return {\n error: errorAmbiguousMigrationRef(target, spaceIds),\n exitCode: PRECONDITION,\n };\n }\n\n if (hits.length === 1) {\n matchedSpace = hits[0]!.space;\n matchedPkg = hits[0]!.pkg;\n } else if (bestParseFailure !== undefined) {\n // The ref didn't resolve in any in-scope space — surface the most informative\n // parse failure through the shared ref-resolution envelope (PN-RUN-3000) the\n // earlier work established, rather than a bespoke string. (Ref-resolved-but-\n // no-package falls through to the \"not found on disk\" result below.)\n return { error: mapRefResolutionError(bestParseFailure), exitCode: PRECONDITION };\n }\n }\n\n if (!matchedPkg || !matchedSpace) {\n return {\n result: {\n ok: false,\n failures: [],\n summary: `Migration package for \"${target}\" not found on disk`,\n },\n exitCode: PRECONDITION,\n };\n }\n\n const failures: CheckFailure[] = [...checkManifestFilesPresent(matchedSpace)];\n\n for (const f of ['migration.json', 'ops.json']) {\n const fail = checkFileExists(matchedSpace.spaceId, matchedPkg.dirPath, matchedPkg.dirName, f);\n if (fail) failures.push(fail);\n }\n\n const verification = verifyMigrationHash(matchedPkg);\n if (!verification.ok) {\n failures.push({\n space: matchedSpace.spaceId,\n code: 'PN-MIG-CHECK-001',\n where: migrationFileRelative(matchedPkg.dirPath, 'migration.json'),\n why: `Stored hash ${verification.storedHash} does not match recomputed hash ${verification.computedHash}`,\n fix: 'Re-emit the migration package or restore from version control.',\n });\n }\n\n const snapshotFailure = checkSnapshotConsistency(matchedSpace.spaceId, matchedPkg);\n if (snapshotFailure) failures.push(snapshotFailure);\n\n const resolvedSpaceId = matchedSpace.spaceId !== 'app' ? matchedSpace.spaceId : undefined;\n\n if (failures.length === 0) {\n return {\n result: { ok: true, failures: [], summary: 'All checks passed' },\n exitCode: OK,\n ...ifDefined('resolvedSpaceId', resolvedSpaceId),\n };\n }\n return {\n result: { ok: false, failures, summary: `${failures.length} integrity failure(s)` },\n exitCode: INTEGRITY_FAILED,\n ...ifDefined('resolvedSpaceId', resolvedSpaceId),\n };\n}\n\nexport function createMigrationCheckCommand(): Command {\n const command = new Command('check');\n setCommandDescriptions(\n command,\n 'Verify artifact and graph integrity',\n 'Validates that on-disk migration packages are internally consistent\\n' +\n '(hashes match, manifests are complete) and that the graph is well-formed\\n' +\n '(edges connect, refs point at valid nodes). The whole-graph check spans\\n' +\n 'every contract space by default; pass --space <id> to narrow to one. A\\n' +\n 'migration reference checks a single package, resolved across all contract\\n' +\n 'spaces (narrow with --space; an ambiguous reference is a precondition failure).\\n' +\n 'Offline — does not consult the database.\\n' +\n 'Exit codes: 0 = all checks passed, 2 = precondition failed\\n' +\n '(unresolved target or unknown --space), 4 = integrity failure(s) found.',\n );\n setCommandExamples(command, [\n 'prisma-next migration check',\n 'prisma-next migration check --space app',\n 'prisma-next migration check 20260101-add-users',\n 'prisma-next migration check 20260101-add-users --space app',\n 'prisma-next migration check --json',\n ]);\n setCommandSeeAlso(command, [\n { verb: 'migration status', oneLiner: 'Show migration path and pending status' },\n { verb: 'migration list', oneLiner: 'List on-disk migrations' },\n { verb: 'migration graph', oneLiner: 'Show the migration graph topology' },\n { verb: 'migration show', oneLiner: 'Display migration package contents' },\n ]);\n command.exitOverride();\n addGlobalOptions(command)\n .argument('[target]', 'Migration reference: directory name, hash/prefix, ref, or path')\n .option('--config <path>', 'Path to prisma-next.config.ts')\n .option('--space <id>', 'Narrow output to a single contract space')\n .action(async (target: string | undefined, options: MigrationCheckOptions) => {\n const flags = parseGlobalFlagsOrExit(options);\n const ui = createTerminalUI(flags);\n\n let outcome: MigrationCheckOutcome;\n try {\n outcome = await executeMigrationCheckCommand(target, options, flags, ui);\n } catch (error) {\n const msg = error instanceof Error ? error.message : String(error);\n outcome = {\n result: { ok: false, failures: [], summary: msg },\n exitCode: PRECONDITION,\n };\n }\n\n if (outcome.error) {\n const envelope = outcome.error.toEnvelope();\n if (flags.json) {\n ui.output(formatErrorJson(envelope));\n } else if (!flags.quiet) {\n ui.error(formatErrorOutput(envelope, flags));\n }\n 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-447
dist/migration-status-CJqH7kX9.mjs
import { A as formatStyledHeader, F as CliStructuredError, _ as createTerminalUI, a as readContractEnvelope, ct as errorUnexpected, d as setCommandSeeAlso, dt as requireLiveDatabase, g as parseGlobalFlagsOrExit, i as maskConnectionUrl, l as setCommandDescriptions, lt as mapMigrationToolsError, n as collectDeclaredInvariants, p as toStructuralEdge, s as resolveMigrationPaths, t as addGlobalOptions, u as setCommandExamples, ut as mapRefResolutionError, y as handleResult } from "./command-helpers-CUoKYTlG.mjs";
import { t as createControlClient } from "./client-DigVI8zX.mjs";
import { n as buildReadAggregate, o as refusePackageCorruptionOnAggregate, r as loadContractRawSafely } from "./contract-space-aggregate-loader-DpB4x97a.mjs";
import { a as renderMigrationGraphLegend, f as indentMigrationGraphTreeBlock, l as computeGlobalMaxDirNameWidth, p as renderMigrationGraphSpaceTree, u as computeGlobalMaxEdgeTreePrefixWidth } from "./migration-graph-command-render-B83xrnNy.mjs";
import { c as validateLegendOptions, i as migrationSpaceListEntriesFromAggregate, o as runMigrationList, r as listRefsByContractHash, s as shouldShowLegend } from "./migration-list-DTYM8xvm.mjs";
import "./schemas-KhXMzNA_.mjs";
import { Command } from "commander";
import { loadConfig } from "@prisma-next/config-loader";
import { ifDefined } from "@prisma-next/utils/defined";
import { notOk, ok } from "@prisma-next/utils/result";
import { dim, yellow } from "colorette";
import { EMPTY_CONTRACT_HASH } from "@prisma-next/migration-tools/constants";
import { MigrationToolsError, errorNoInvariantPath, errorUnknownInvariant } from "@prisma-next/migration-tools/errors";
import { findPath, findPathWithDecision } from "@prisma-next/migration-tools/migration-graph";
import { readRefs } from "@prisma-next/migration-tools/refs";
import { parseContractRef } from "@prisma-next/migration-tools/ref-resolution";
//#region src/commands/migration-status-overlay.ts
function deriveStatusEdgeAnnotations(input) {
const annotations = /* @__PURE__ */ new Map();
if (input.showAppliedOverlay) {
for (const edge of input.graph.migrationByHash.values()) if (input.appliedMigrationHashes.has(edge.migrationHash)) annotations.set(edge.migrationHash, { status: "applied" });
}
if (!input.graph.nodes.has(input.originHash)) return annotations;
const pendingPath = findPath(input.graph, input.originHash, input.targetHash);
if (!pendingPath) return annotations;
for (const edge of pendingPath) {
if (input.appliedMigrationHashes.has(edge.migrationHash)) continue;
if (annotations.get(edge.migrationHash)?.status === "applied") continue;
annotations.set(edge.migrationHash, { status: "pending" });
}
return annotations;
}
function appliedHashesFromLedger(ledgerEntries) {
return new Set(ledgerEntries.map((entry) => entry.migrationHash));
}
function statusForMigrationHash(migrationHash, annotations) {
return annotations.get(migrationHash)?.status ?? null;
}
//#endregion
//#region src/commands/migration-status.ts
function shortDisplayHash(hash) {
return (hash.startsWith("sha256:") ? hash.slice(7) : hash).slice(0, 12);
}
function resolveTarget(contractHash, activeRefHash) {
return activeRefHash ?? contractHash;
}
function buildStatusMigrations(listMigrations, annotations) {
return listMigrations.map((migration) => ({
...migration,
status: statusForMigrationHash(migration.hash, annotations)
}));
}
function renderSpaceTree(args) {
const graph = args.space.graph();
if (graph.nodes.size === 0) return "";
return renderMigrationGraphSpaceTree({
graph,
migrations: args.migrations,
liveContractHash: args.liveContractHash,
refsByHash: listRefsByContractHash(args.space),
statusOverlayByHash: args.statusOverlay,
colorize: args.colorize,
glyphMode: args.glyphMode,
isAppSpace: args.isAppSpace,
...args.showDbMarker && args.markerHash !== void 0 ? { dbHash: args.markerHash } : {},
...args.globalMaxEdgeTreePrefixWidth !== void 0 ? { globalMaxEdgeTreePrefixWidth: args.globalMaxEdgeTreePrefixWidth } : {},
...args.globalMaxDirNameWidth !== void 0 ? { globalMaxDirNameWidth: args.globalMaxDirNameWidth } : {}
});
}
function countPending(migrations) {
return migrations.filter((m) => m.status === "pending").length;
}
function buildNoPathSummary(args) {
const markerPart = args.markerHash !== void 0 ? `the database state (${shortDisplayHash(args.markerHash)})` : "the database state";
const targetShort = shortDisplayHash(args.targetHash);
if (!args.explicitTarget) return `No migration path from ${markerPart} to the application's contract (${targetShort}). Run \`prisma-next migration plan --name <name>\` to author one.`;
return `No migration path from ${markerPart} to ${args.refName !== void 0 ? `the target (${targetShort} via \`${args.refName}\`)` : `the target (${targetShort})`}. Run \`prisma-next migration plan --name <name>\` to author one, or pass \`--to <contract>\` to pick a reachable target.`;
}
function buildStatusHeadline(args) {
if (args.markerDiverged && args.markerHash !== void 0) return `Database marker ${shortDisplayHash(args.markerHash)} is not in the on-disk migration graph`;
if (args.pendingCount === 0) return "Up to date";
return `${args.pendingCount} pending — run \`prisma-next migrate --to ${shortDisplayHash(args.targetHash)}\``;
}
function formatStatusSummary(result, colorize) {
const c = (fn, s) => colorize ? fn(s) : s;
const lines = [];
const pendingTotal = result.spaces.reduce((sum, space) => sum + countPending(space.migrations), 0);
if (result.diagnostics.some((d) => d.code === "MIGRATION.MARKER_NOT_IN_HISTORY") || pendingTotal > 0) lines.push(c(yellow, result.summary));
else lines.push(result.summary);
const missingInvariantsDiagnostic = result.diagnostics.find((d) => d.code === "MIGRATION.MISSING_INVARIANTS");
if (missingInvariantsDiagnostic !== void 0) lines.push(c(dim, missingInvariantsDiagnostic.message));
return lines.join("\n");
}
function formatStatusHumanOutput(result, colorize) {
const sections = [];
for (const section of result.treeSections) {
if (section.showHeading) sections.push(`${section.space}:`);
if (section.tree.length > 0) sections.push(section.tree);
else sections.push("(no migrations)");
sections.push("");
}
sections.push(formatStatusSummary(result, colorize));
return sections.join("\n").trimEnd();
}
async function readMarkersAndLedgers(args) {
const markersBySpace = /* @__PURE__ */ new Map();
const all = await args.client.readAllMarkers();
for (const [spaceId, marker] of all) markersBySpace.set(spaceId, marker);
const ledgersBySpace = /* @__PURE__ */ new Map();
for (const spaceId of args.spaceIds) ledgersBySpace.set(spaceId, await args.client.readLedger(spaceId));
return {
markersBySpace,
ledgersBySpace
};
}
async function executeMigrationStatusCommand(options, flags, ui) {
const config = await loadConfig(options.config);
const { configPath, migrationsDir, migrationsRelative, refsDir } = resolveMigrationPaths(options.config, config);
const dbConnection = options.db ?? config.db?.connection;
const hasDriver = !!config.driver;
const usingFromOverride = options.from !== void 0;
if (!usingFromOverride) {
const missingDb = requireLiveDatabase({
dbConnection,
hasDriver,
why: "migration status needs a database connection to read the marker and ledger (or pass --from for offline path preview)",
retryCommand: "prisma-next migration status --from <contract>"
});
if (missingDb) return notOk(missingDb);
}
let allRefs = {};
try {
allRefs = await readRefs(refsDir);
} catch (error) {
if (MigrationToolsError.is(error)) return notOk(mapMigrationToolsError(error));
throw error;
}
const diagnostics = [];
let contractHash = EMPTY_CONTRACT_HASH;
try {
contractHash = (await readContractEnvelope(config)).storageHash;
} catch (error) {
diagnostics.push({
code: "CONTRACT.UNREADABLE",
severity: "warn",
message: `Could not read contract: ${error instanceof Error ? error.message : "unknown error"}`,
hints: ["Run 'prisma-next contract emit' to generate a valid contract"]
});
}
const loaded = await buildReadAggregate(config, { migrationsDir });
if (!loaded.ok) return notOk(loaded.failure);
const { aggregate } = loaded.value;
if (await loadContractRawSafely(config) !== null) {
const corruptionFailure = refusePackageCorruptionOnAggregate(aggregate);
if (corruptionFailure) return notOk(corruptionFailure);
}
const appGraph = aggregate.app.graph();
let activeRefHash;
let activeRefName;
let activeRefEntry;
let fromOverrideHash;
if (options.to) {
const refResult = parseContractRef(options.to, {
graph: appGraph,
refs: allRefs
});
if (!refResult.ok) return notOk(mapRefResolutionError(refResult.failure));
activeRefHash = refResult.value.hash;
if (refResult.value.provenance.kind === "ref") {
activeRefName = refResult.value.provenance.refName;
activeRefEntry = allRefs[activeRefName];
}
}
if (options.from) {
const fromResult = parseContractRef(options.from, {
graph: appGraph,
refs: allRefs
});
if (!fromResult.ok) return notOk(mapRefResolutionError(fromResult.failure));
fromOverrideHash = fromResult.value.hash;
}
const requiredInvariants = [...activeRefEntry?.invariants ?? []].sort();
if (!flags.json && !flags.quiet) {
const details = [{
label: "config",
value: configPath
}, {
label: "migrations",
value: migrationsRelative
}];
if (dbConnection && hasDriver) details.push({
label: "database",
value: maskConnectionUrl(String(dbConnection))
});
if (activeRefName) details.push({
label: "ref",
value: activeRefName
});
if (options.from) details.push({
label: "from",
value: options.from
});
if (options.space) details.push({
label: "space",
value: options.space
});
const header = formatStyledHeader({
command: "migration status",
description: "Show migration history and applied status",
details,
flags
});
ui.stderr(header);
if (shouldShowLegend(options, flags)) {
ui.stderr(renderMigrationGraphLegend({
colorize: flags.color !== false,
glyphMode: ui.resolveGlyphMode(options.ascii === true)
}));
ui.stderr("");
}
}
const listResult = runMigrationList({
spaces: await migrationSpaceListEntriesFromAggregate(aggregate, migrationsDir),
...ifDefined("spaceFilter", options.space)
});
if (!listResult.ok) return listResult;
const scopedSpaces = listResult.value.spaces;
const showSpaceHeadings = scopedSpaces.length > 1;
let markersBySpace = /* @__PURE__ */ new Map();
let ledgersBySpace = /* @__PURE__ */ new Map();
let connected = false;
if (dbConnection && hasDriver && !usingFromOverride) {
const client = createControlClient({
family: config.family,
target: config.target,
adapter: config.adapter,
driver: config.driver,
extensionPacks: config.extensionPacks ?? []
});
try {
await client.connect(dbConnection);
connected = true;
const read = await readMarkersAndLedgers({
client,
spaceIds: scopedSpaces.map((s) => s.space)
});
markersBySpace = new Map(read.markersBySpace);
ledgersBySpace = new Map(read.ledgersBySpace);
} catch (error) {
if (CliStructuredError.is(error)) return notOk(error);
return notOk(errorUnexpected(error instanceof Error ? error.message : String(error), { why: `Failed to read database state: ${error instanceof Error ? error.message : String(error)}` }));
} finally {
await client.close();
}
}
if (activeRefEntry && activeRefEntry.invariants.length > 0 && connected) {
const declared = collectDeclaredInvariants(appGraph);
const markerInvariants = markersBySpace.get(aggregate.app.spaceId)?.invariants ?? [];
const known = new Set(declared);
for (const id of markerInvariants) known.add(id);
const unknown = activeRefEntry.invariants.filter((id) => !known.has(id));
if (unknown.length > 0) return notOk(mapMigrationToolsError(errorUnknownInvariant({
...ifDefined("refName", activeRefName),
unknown,
declared: [...declared].sort()
})));
}
const showAppliedOverlay = connected && !usingFromOverride;
const showDbMarker = connected && !usingFromOverride;
const glyphMode = ui.resolveGlyphMode(options.ascii === true);
const colorize = flags.color !== false;
const statusSpaces = [];
const treeSections = [];
let markerDiverged = false;
let markerCannotReachTarget = false;
let headlineTargetHash = activeRefHash ?? contractHash;
let totalPending = 0;
const globalLayoutInputs = showSpaceHeadings ? scopedSpaces.filter((spaceEntry) => spaceEntry.migrations.length > 0).map((spaceEntry) => ({
graph: aggregate.space(spaceEntry.space).graph(),
liveContractHash: contractHash
})) : [];
const globalMaxEdgeTreePrefixWidth = globalLayoutInputs.length > 0 ? computeGlobalMaxEdgeTreePrefixWidth(globalLayoutInputs) : void 0;
const globalMaxDirNameWidth = globalLayoutInputs.length > 0 ? computeGlobalMaxDirNameWidth(globalLayoutInputs) : void 0;
for (const spaceEntry of scopedSpaces) {
const space = aggregate.space(spaceEntry.space);
if (space === void 0) continue;
const graph = space.graph();
const spaceContractHash = space.contract().storage.storageHash;
const targetHash = resolveTarget(spaceContractHash, activeRefHash);
if (spaceEntry.space === aggregate.app.spaceId) headlineTargetHash = targetHash;
const markerRecord = markersBySpace.get(spaceEntry.space);
const markerHash = usingFromOverride ? fromOverrideHash : markerRecord?.storageHash ?? void 0;
const originHash = markerHash ?? EMPTY_CONTRACT_HASH;
const markerInGraph = markerHash === void 0 || graph.nodes.has(markerHash) || markerHash === spaceContractHash;
if (connected && !usingFromOverride && markerInGraph && originHash !== targetHash && findPath(graph, originHash, targetHash) === null) markerCannotReachTarget = true;
if (connected && !usingFromOverride && markerHash !== void 0 && !markerInGraph) {
markerDiverged = true;
diagnostics.push({
code: "MIGRATION.MARKER_NOT_IN_HISTORY",
severity: "warn",
message: "Database was updated outside the migration system (marker does not match any migration)",
hints: ["Run 'prisma-next db sign' to overwrite the marker if the database already matches the contract", "Run 'prisma-next db update' to push the current contract to the database"]
});
}
const ledger = ledgersBySpace.get(spaceEntry.space) ?? [];
const annotations = deriveStatusEdgeAnnotations({
graph,
targetHash,
originHash,
appliedMigrationHashes: showAppliedOverlay ? appliedHashesFromLedger(ledger) : /* @__PURE__ */ new Set(),
showAppliedOverlay
});
const isAppSpace = spaceEntry.space === aggregate.app.spaceId;
const tree = renderSpaceTree({
space,
liveContractHash: contractHash,
migrations: spaceEntry.migrations,
markerHash,
showDbMarker,
statusOverlay: annotations,
colorize,
glyphMode,
isAppSpace,
...globalMaxEdgeTreePrefixWidth !== void 0 ? { globalMaxEdgeTreePrefixWidth } : {},
...globalMaxDirNameWidth !== void 0 ? { globalMaxDirNameWidth } : {}
});
const migrations = buildStatusMigrations(spaceEntry.migrations, annotations);
const pending = countPending(migrations);
totalPending += pending;
statusSpaces.push({
space: spaceEntry.space,
currentContract: markerHash ?? null,
targetContract: targetHash,
migrations: [...migrations]
});
const displayTree = showSpaceHeadings && tree.length > 0 ? indentMigrationGraphTreeBlock(tree, " ") : tree;
treeSections.push({
space: spaceEntry.space,
tree: displayTree,
showHeading: showSpaceHeadings
});
}
if (connected && requiredInvariants.length > 0) {
const markerInvariants = markersBySpace.get(aggregate.app.spaceId)?.invariants ?? [];
const markerSet = new Set(markerInvariants);
const missing = requiredInvariants.filter((id) => !markerSet.has(id));
if (missing.length > 0) {
diagnostics.push({
code: "MIGRATION.MISSING_INVARIANTS",
...ifDefined("ref", activeRefName),
invariants: missing,
message: `missing invariant(s): ${missing.join(", ")}`
});
if (activeRefHash !== void 0) {
const outcome = findPathWithDecision(appGraph, markersBySpace.get(aggregate.app.spaceId)?.storageHash ?? EMPTY_CONTRACT_HASH, activeRefHash, {
...ifDefined("refName", activeRefName),
required: new Set(missing)
});
if (outcome.kind === "unsatisfiable") return notOk(mapMigrationToolsError(errorNoInvariantPath({
...ifDefined("refName", activeRefName),
required: [...missing].sort(),
missing: outcome.missing,
structuralPath: outcome.structuralPath.map(toStructuralEdge)
})));
}
}
}
const appMarkerHash = markersBySpace.get(aggregate.app.spaceId)?.storageHash;
const summary = markerCannotReachTarget ? buildNoPathSummary({
markerHash: appMarkerHash,
targetHash: headlineTargetHash,
explicitTarget: options.to !== void 0,
refName: activeRefName
}) : buildStatusHeadline({
pendingCount: totalPending,
targetHash: headlineTargetHash,
markerDiverged,
markerHash: appMarkerHash
});
if (scopedSpaces.every((s) => s.migrations.length === 0)) return ok({
ok: true,
spaces: statusSpaces,
summary: "No migrations found",
diagnostics,
treeSections
});
return ok({
ok: true,
spaces: statusSpaces,
summary,
diagnostics,
treeSections
});
}
function createMigrationStatusCommand() {
const command = new Command("status");
setCommandDescriptions(command, "Show migration path and pending status", "Shows which migrations are pending between the database marker and\nthe target contract. Requires a database connection.\nPass --from for an offline path preview without a database.\nUse `migration graph` for topology, `migration log` for history,\nand `migration list` for on-disk enumeration.");
setCommandExamples(command, [
"prisma-next migration status --db $DATABASE_URL",
"prisma-next migration status --to production --db $DATABASE_URL",
"prisma-next migration status --from sha256:abc --to production",
"prisma-next migration status --from sha256:abc --to production --json",
"prisma-next migration status --ascii --from sha256:abc --to production",
"prisma-next migration status --legend --from sha256:abc --to production"
]);
setCommandSeeAlso(command, [
{
verb: "migration log",
oneLiner: "Show executed migration history"
},
{
verb: "migration list",
oneLiner: "List on-disk migrations"
},
{
verb: "migration graph",
oneLiner: "Show the migration graph topology"
},
{
verb: "migration show",
oneLiner: "Display migration package contents"
}
]);
addGlobalOptions(command).option("--db <url>", "Database connection string").option("--config <path>", "Path to prisma-next.config.ts").option("--space <id>", "Narrow output to a single contract space").option("--to <contract>", "Target contract reference (hash, prefix, ref name, migration dir name, <dir>^, or ./path)").option("--from <contract>", "Origin contract reference; same grammar as --to. Supplying --from switches to offline path computation.").option("--legend", "Print a key for the tree glyphs and lane colors").option("--ascii", "Use ASCII glyphs (pipe-friendly)").action(async (options) => {
const flags = parseGlobalFlagsOrExit(options);
const ui = createTerminalUI(flags);
const legendValidation = validateLegendOptions(options, flags);
if (!legendValidation.ok) process.exit(handleResult(legendValidation, flags, ui));
const exitCode = handleResult(await executeMigrationStatusCommand(options, flags, ui), flags, ui, (statusResult) => {
if (flags.json) {
const jsonResult = {
ok: true,
spaces: [...statusResult.spaces],
summary: statusResult.summary,
diagnostics: [...statusResult.diagnostics]
};
ui.output(JSON.stringify(jsonResult, null, 2));
} else if (!flags.quiet) ui.output(formatStatusHumanOutput(statusResult, flags.color !== false));
});
process.exit(exitCode);
});
return command;
}
//#endregion
export { formatStatusHumanOutput as a, executeMigrationStatusCommand as i, buildStatusHeadline as n, formatStatusSummary as o, createMigrationStatusCommand as r, buildNoPathSummary as t };
//# sourceMappingURL=migration-status-CJqH7kX9.mjs.map
-1
dist/migration-status-CJqH7kX9.mjs.map
{"version":3,"file":"migration-status-CJqH7kX9.mjs","names":[],"sources":["../src/commands/migration-status-overlay.ts","../src/commands/migration-status.ts"],"sourcesContent":["import type { MigrationGraph } from '@prisma-next/migration-tools/graph';\nimport { findPath } from '@prisma-next/migration-tools/migration-graph';\nimport type { MigrationEdgeAnnotation } from '../utils/formatters/migration-graph-labels';\n\nexport interface DeriveStatusEdgeAnnotationsInput {\n readonly graph: MigrationGraph;\n readonly targetHash: string;\n readonly originHash: string;\n readonly appliedMigrationHashes: ReadonlySet<string>;\n readonly showAppliedOverlay: boolean;\n}\n\nexport function deriveStatusEdgeAnnotations(\n input: DeriveStatusEdgeAnnotationsInput,\n): ReadonlyMap<string, MigrationEdgeAnnotation> {\n const annotations = new Map<string, MigrationEdgeAnnotation>();\n\n if (input.showAppliedOverlay) {\n for (const edge of input.graph.migrationByHash.values()) {\n if (input.appliedMigrationHashes.has(edge.migrationHash)) {\n annotations.set(edge.migrationHash, { status: 'applied' });\n }\n }\n }\n\n if (!input.graph.nodes.has(input.originHash)) {\n return annotations;\n }\n\n const pendingPath = findPath(input.graph, input.originHash, input.targetHash);\n if (!pendingPath) {\n return annotations;\n }\n\n for (const edge of pendingPath) {\n if (input.appliedMigrationHashes.has(edge.migrationHash)) {\n continue;\n }\n const existing = annotations.get(edge.migrationHash);\n if (existing?.status === 'applied') {\n continue;\n }\n annotations.set(edge.migrationHash, { status: 'pending' });\n }\n\n return annotations;\n}\n\nexport function appliedHashesFromLedger(\n ledgerEntries: ReadonlyArray<{ readonly migrationHash: string }>,\n): ReadonlySet<string> {\n return new Set(ledgerEntries.map((entry) => entry.migrationHash));\n}\n\nexport function statusForMigrationHash(\n migrationHash: string,\n annotations: ReadonlyMap<string, MigrationEdgeAnnotation>,\n): 'applied' | 'pending' | null {\n const status = annotations.get(migrationHash)?.status;\n return status ?? null;\n}\n","import { loadConfig } from '@prisma-next/config-loader';\nimport type { LedgerEntryRecord } from '@prisma-next/contract/types';\nimport type {\n AggregateContractSpace,\n ContractMarkerRecordLike,\n} from '@prisma-next/migration-tools/aggregate';\nimport { EMPTY_CONTRACT_HASH } from '@prisma-next/migration-tools/constants';\nimport {\n errorNoInvariantPath,\n errorUnknownInvariant,\n MigrationToolsError,\n} from '@prisma-next/migration-tools/errors';\nimport { findPath, findPathWithDecision } from '@prisma-next/migration-tools/migration-graph';\nimport { parseContractRef } from '@prisma-next/migration-tools/ref-resolution';\nimport type { RefEntry, Refs } from '@prisma-next/migration-tools/refs';\nimport { readRefs } from '@prisma-next/migration-tools/refs';\nimport { ifDefined } from '@prisma-next/utils/defined';\nimport { notOk, ok, type Result } from '@prisma-next/utils/result';\nimport { dim, yellow } from 'colorette';\nimport { Command } from 'commander';\nimport { createControlClient } from '../control-api/client';\nimport {\n CliStructuredError,\n errorUnexpected,\n mapMigrationToolsError,\n mapRefResolutionError,\n requireLiveDatabase,\n} from '../utils/cli-errors';\nimport {\n addGlobalOptions,\n collectDeclaredInvariants,\n maskConnectionUrl,\n readContractEnvelope,\n resolveMigrationPaths,\n setCommandDescriptions,\n setCommandExamples,\n setCommandSeeAlso,\n toStructuralEdge,\n} from '../utils/command-helpers';\nimport {\n buildReadAggregate,\n loadContractRawSafely,\n refusePackageCorruptionOnAggregate,\n} from '../utils/contract-space-aggregate-loader';\nimport {\n type MigrationEdgeAnnotation,\n renderMigrationGraphLegend,\n} from '../utils/formatters/migration-graph-labels';\nimport {\n computeGlobalMaxDirNameWidth,\n computeGlobalMaxEdgeTreePrefixWidth,\n indentMigrationGraphTreeBlock,\n renderMigrationGraphSpaceTree,\n} from '../utils/formatters/migration-graph-space-render';\nimport type { MigrationListEntry } from '../utils/formatters/migration-list-types';\nimport { formatStyledHeader } from '../utils/formatters/styled';\nimport type { CommonCommandOptions } from '../utils/global-flags';\nimport { type GlobalFlags, parseGlobalFlagsOrExit } from '../utils/global-flags';\nimport { shouldShowLegend, validateLegendOptions } from '../utils/legend';\nimport { handleResult } from '../utils/result-handler';\nimport { createTerminalUI, type TerminalUI } from '../utils/terminal-ui';\nimport type {\n MigrationStatusEntry,\n MigrationStatusResult,\n MigrationStatusSpace,\n StatusDiagnosticJson,\n} from './json/schemas';\nimport { migrationStatusJsonResultSchema } from './json/schemas';\nimport {\n listRefsByContractHash,\n migrationSpaceListEntriesFromAggregate,\n runMigrationList,\n} from './migration-list';\nimport {\n appliedHashesFromLedger,\n deriveStatusEdgeAnnotations,\n statusForMigrationHash,\n} from './migration-status-overlay';\n\nexport type { StatusRef } from '../utils/migration-types';\nexport type {\n MigrationStatusEntry,\n MigrationStatusResult,\n MigrationStatusSpace,\n StatusDiagnosticJson,\n};\nexport { migrationStatusJsonResultSchema };\n\nexport interface MigrationStatusOptions extends CommonCommandOptions {\n readonly db?: string;\n readonly config?: string;\n readonly to?: string;\n readonly from?: string;\n readonly space?: string;\n readonly legend?: boolean;\n readonly ascii?: boolean;\n}\n\nexport interface MigrationStatusTreeSection {\n readonly space: string;\n readonly tree: string;\n readonly showHeading: boolean;\n}\n\ninterface MigrationStatusCommandResult {\n readonly ok: true;\n readonly spaces: readonly MigrationStatusSpace[];\n readonly summary: string;\n readonly diagnostics: readonly StatusDiagnosticJson[];\n readonly treeSections: readonly MigrationStatusTreeSection[];\n}\n\nfunction shortDisplayHash(hash: string): string {\n const stripped = hash.startsWith('sha256:') ? hash.slice(7) : hash;\n return stripped.slice(0, 12);\n}\n\nfunction resolveTarget(contractHash: string, activeRefHash: string | undefined): string {\n return activeRefHash ?? contractHash;\n}\n\nfunction buildStatusMigrations(\n listMigrations: readonly MigrationListEntry[],\n annotations: ReadonlyMap<string, MigrationEdgeAnnotation>,\n): readonly MigrationStatusEntry[] {\n return listMigrations.map((migration) => ({\n ...migration,\n status: statusForMigrationHash(migration.hash, annotations),\n }));\n}\n\nfunction renderSpaceTree(args: {\n readonly space: AggregateContractSpace;\n readonly liveContractHash: string;\n readonly migrations: readonly MigrationListEntry[];\n readonly markerHash: string | undefined;\n readonly showDbMarker: boolean;\n readonly statusOverlay: ReadonlyMap<string, MigrationEdgeAnnotation>;\n readonly colorize: boolean;\n readonly glyphMode: 'unicode' | 'ascii';\n readonly isAppSpace: boolean;\n readonly globalMaxEdgeTreePrefixWidth?: number;\n readonly globalMaxDirNameWidth?: number;\n}): string {\n const graph = args.space.graph();\n if (graph.nodes.size === 0) {\n return '';\n }\n return renderMigrationGraphSpaceTree({\n graph,\n migrations: args.migrations,\n liveContractHash: args.liveContractHash,\n refsByHash: listRefsByContractHash(args.space),\n statusOverlayByHash: args.statusOverlay,\n colorize: args.colorize,\n glyphMode: args.glyphMode,\n isAppSpace: args.isAppSpace,\n ...(args.showDbMarker && args.markerHash !== undefined ? { dbHash: args.markerHash } : {}),\n ...(args.globalMaxEdgeTreePrefixWidth !== undefined\n ? { globalMaxEdgeTreePrefixWidth: args.globalMaxEdgeTreePrefixWidth }\n : {}),\n ...(args.globalMaxDirNameWidth !== undefined\n ? { globalMaxDirNameWidth: args.globalMaxDirNameWidth }\n : {}),\n });\n}\n\nfunction countPending(migrations: readonly MigrationStatusEntry[]): number {\n return migrations.filter((m) => m.status === 'pending').length;\n}\n\nexport function buildNoPathSummary(args: {\n readonly markerHash: string | undefined;\n readonly targetHash: string;\n readonly explicitTarget: boolean;\n readonly refName: string | undefined;\n}): string {\n const markerPart =\n args.markerHash !== undefined\n ? `the database state (${shortDisplayHash(args.markerHash)})`\n : 'the database state';\n const targetShort = shortDisplayHash(args.targetHash);\n if (!args.explicitTarget) {\n return `No migration path from ${markerPart} to the application's contract (${targetShort}). Run \\`prisma-next migration plan --name <name>\\` to author one.`;\n }\n const targetLabel =\n args.refName !== undefined\n ? `the target (${targetShort} via \\`${args.refName}\\`)`\n : `the target (${targetShort})`;\n return `No migration path from ${markerPart} to ${targetLabel}. Run \\`prisma-next migration plan --name <name>\\` to author one, or pass \\`--to <contract>\\` to pick a reachable target.`;\n}\n\nexport function buildStatusHeadline(args: {\n readonly pendingCount: number;\n readonly targetHash: string;\n readonly markerDiverged: boolean;\n readonly markerHash: string | undefined;\n}): string {\n if (args.markerDiverged && args.markerHash !== undefined) {\n return `Database marker ${shortDisplayHash(args.markerHash)} is not in the on-disk migration graph`;\n }\n if (args.pendingCount === 0) {\n return 'Up to date';\n }\n return `${args.pendingCount} pending — run \\`prisma-next migrate --to ${shortDisplayHash(args.targetHash)}\\``;\n}\n\nexport function formatStatusSummary(\n result: MigrationStatusCommandResult,\n colorize: boolean,\n): string {\n const c = (fn: (s: string) => string, s: string) => (colorize ? fn(s) : s);\n const lines: string[] = [];\n const pendingTotal = result.spaces.reduce(\n (sum, space) => sum + countPending(space.migrations),\n 0,\n );\n const hasDivergence = result.diagnostics.some(\n (d) => d.code === 'MIGRATION.MARKER_NOT_IN_HISTORY',\n );\n if (hasDivergence || pendingTotal > 0) {\n lines.push(c(yellow, result.summary));\n } else {\n lines.push(result.summary);\n }\n const missingInvariantsDiagnostic = result.diagnostics.find(\n (d) => d.code === 'MIGRATION.MISSING_INVARIANTS',\n );\n if (missingInvariantsDiagnostic !== undefined) {\n lines.push(c(dim, missingInvariantsDiagnostic.message));\n }\n return lines.join('\\n');\n}\n\nexport function formatStatusHumanOutput(\n result: MigrationStatusCommandResult,\n colorize: boolean,\n): string {\n const sections: string[] = [];\n for (const section of result.treeSections) {\n if (section.showHeading) {\n sections.push(`${section.space}:`);\n }\n if (section.tree.length > 0) {\n sections.push(section.tree);\n } else {\n sections.push('(no migrations)');\n }\n sections.push('');\n }\n sections.push(formatStatusSummary(result, colorize));\n return sections.join('\\n').trimEnd();\n}\n\nasync function readMarkersAndLedgers(args: {\n readonly client: ReturnType<typeof createControlClient>;\n readonly spaceIds: readonly string[];\n}): Promise<{\n readonly markersBySpace: ReadonlyMap<string, ContractMarkerRecordLike>;\n readonly ledgersBySpace: ReadonlyMap<string, readonly LedgerEntryRecord[]>;\n}> {\n const markersBySpace = new Map<string, ContractMarkerRecordLike>();\n const all = await args.client.readAllMarkers();\n for (const [spaceId, marker] of all) {\n markersBySpace.set(spaceId, marker);\n }\n const ledgersBySpace = new Map<string, readonly LedgerEntryRecord[]>();\n for (const spaceId of args.spaceIds) {\n ledgersBySpace.set(spaceId, await args.client.readLedger(spaceId));\n }\n return { markersBySpace, ledgersBySpace };\n}\n\nexport async function executeMigrationStatusCommand(\n options: MigrationStatusOptions,\n flags: GlobalFlags,\n ui: TerminalUI,\n): Promise<Result<MigrationStatusCommandResult, CliStructuredError>> {\n const config = await loadConfig(options.config);\n const { configPath, migrationsDir, migrationsRelative, refsDir } = resolveMigrationPaths(\n options.config,\n config,\n );\n\n const dbConnection = options.db ?? config.db?.connection;\n const hasDriver = !!config.driver;\n const usingFromOverride = options.from !== undefined;\n\n if (!usingFromOverride) {\n const missingDb = requireLiveDatabase({\n dbConnection,\n hasDriver,\n why: 'migration status needs a database connection to read the marker and ledger (or pass --from for offline path preview)',\n retryCommand: 'prisma-next migration status --from <contract>',\n });\n if (missingDb) {\n return notOk(missingDb);\n }\n }\n\n let allRefs: Refs = {};\n try {\n allRefs = await readRefs(refsDir);\n } catch (error) {\n if (MigrationToolsError.is(error)) {\n return notOk(mapMigrationToolsError(error));\n }\n throw error;\n }\n\n const diagnostics: StatusDiagnosticJson[] = [];\n let contractHash: string = EMPTY_CONTRACT_HASH;\n try {\n const envelope = await readContractEnvelope(config);\n contractHash = envelope.storageHash;\n } catch (error) {\n diagnostics.push({\n code: 'CONTRACT.UNREADABLE',\n severity: 'warn',\n message: `Could not read contract: ${error instanceof Error ? error.message : 'unknown error'}`,\n hints: [\"Run 'prisma-next contract emit' to generate a valid contract\"],\n });\n }\n\n const loaded = await buildReadAggregate(config, { migrationsDir });\n if (!loaded.ok) {\n return notOk(loaded.failure);\n }\n\n const { aggregate } = loaded.value;\n const contractRawForAggregate = await loadContractRawSafely(config);\n if (contractRawForAggregate !== null) {\n const corruptionFailure = refusePackageCorruptionOnAggregate(aggregate);\n if (corruptionFailure) {\n return notOk(corruptionFailure);\n }\n }\n const appGraph = aggregate.app.graph();\n\n let activeRefHash: string | undefined;\n let activeRefName: string | undefined;\n let activeRefEntry: RefEntry | undefined;\n let fromOverrideHash: string | undefined;\n\n if (options.to) {\n const refResult = parseContractRef(options.to, { graph: appGraph, refs: allRefs });\n if (!refResult.ok) {\n return notOk(mapRefResolutionError(refResult.failure));\n }\n activeRefHash = refResult.value.hash;\n if (refResult.value.provenance.kind === 'ref') {\n activeRefName = refResult.value.provenance.refName;\n activeRefEntry = allRefs[activeRefName];\n }\n }\n\n if (options.from) {\n const fromResult = parseContractRef(options.from, { graph: appGraph, refs: allRefs });\n if (!fromResult.ok) {\n return notOk(mapRefResolutionError(fromResult.failure));\n }\n fromOverrideHash = fromResult.value.hash;\n }\n\n const requiredInvariants: readonly string[] = [...(activeRefEntry?.invariants ?? [])].sort();\n\n if (!flags.json && !flags.quiet) {\n const details: Array<{ label: string; value: string }> = [\n { label: 'config', value: configPath },\n { label: 'migrations', value: migrationsRelative },\n ];\n if (dbConnection && hasDriver) {\n details.push({ label: 'database', value: maskConnectionUrl(String(dbConnection)) });\n }\n if (activeRefName) {\n details.push({ label: 'ref', value: activeRefName });\n }\n if (options.from) {\n details.push({ label: 'from', value: options.from });\n }\n if (options.space) {\n details.push({ label: 'space', value: options.space });\n }\n const header = formatStyledHeader({\n command: 'migration status',\n description: 'Show migration history and applied status',\n details,\n flags,\n });\n ui.stderr(header);\n if (shouldShowLegend(options, flags)) {\n ui.stderr(\n renderMigrationGraphLegend({\n colorize: flags.color !== false,\n glyphMode: ui.resolveGlyphMode(options.ascii === true),\n }),\n );\n ui.stderr('');\n }\n }\n\n const listSpaces = await migrationSpaceListEntriesFromAggregate(aggregate, migrationsDir);\n const listResult = runMigrationList({\n spaces: listSpaces,\n ...ifDefined('spaceFilter', options.space),\n });\n if (!listResult.ok) {\n return listResult;\n }\n\n const scopedSpaces = listResult.value.spaces;\n const showSpaceHeadings = scopedSpaces.length > 1;\n\n let markersBySpace = new Map<string, ContractMarkerRecordLike>();\n let ledgersBySpace = new Map<string, readonly LedgerEntryRecord[]>();\n let connected = false;\n\n if (dbConnection && hasDriver && !usingFromOverride) {\n const client = createControlClient({\n family: config.family,\n target: config.target,\n adapter: config.adapter,\n driver: config.driver,\n extensionPacks: config.extensionPacks ?? [],\n });\n try {\n await client.connect(dbConnection);\n connected = true;\n const read = await readMarkersAndLedgers({\n client,\n spaceIds: scopedSpaces.map((s) => s.space),\n });\n markersBySpace = new Map(read.markersBySpace);\n ledgersBySpace = new Map(read.ledgersBySpace);\n } catch (error) {\n if (CliStructuredError.is(error)) {\n return notOk(error);\n }\n return notOk(\n errorUnexpected(error instanceof Error ? error.message : String(error), {\n why: `Failed to read database state: ${error instanceof Error ? error.message : String(error)}`,\n }),\n );\n } finally {\n await client.close();\n }\n }\n\n if (activeRefEntry && activeRefEntry.invariants.length > 0 && connected) {\n const declared = collectDeclaredInvariants(appGraph);\n const markerInvariants = markersBySpace.get(aggregate.app.spaceId)?.invariants ?? [];\n const known = new Set<string>(declared);\n for (const id of markerInvariants) known.add(id);\n const unknown = activeRefEntry.invariants.filter((id) => !known.has(id));\n if (unknown.length > 0) {\n return notOk(\n mapMigrationToolsError(\n errorUnknownInvariant({\n ...ifDefined('refName', activeRefName),\n unknown,\n declared: [...declared].sort(),\n }),\n ),\n );\n }\n }\n\n const showAppliedOverlay = connected && !usingFromOverride;\n const showDbMarker = connected && !usingFromOverride;\n const glyphMode = ui.resolveGlyphMode(options.ascii === true);\n const colorize = flags.color !== false;\n\n const statusSpaces: MigrationStatusSpace[] = [];\n const treeSections: MigrationStatusTreeSection[] = [];\n let markerDiverged = false;\n let markerCannotReachTarget = false;\n let headlineTargetHash = activeRefHash ?? contractHash;\n let totalPending = 0;\n\n const globalLayoutInputs = showSpaceHeadings\n ? scopedSpaces\n .filter((spaceEntry) => spaceEntry.migrations.length > 0)\n .map((spaceEntry) => ({\n graph: aggregate.space(spaceEntry.space)!.graph(),\n liveContractHash: contractHash,\n }))\n : [];\n const globalMaxEdgeTreePrefixWidth =\n globalLayoutInputs.length > 0\n ? computeGlobalMaxEdgeTreePrefixWidth(globalLayoutInputs)\n : undefined;\n const globalMaxDirNameWidth =\n globalLayoutInputs.length > 0 ? computeGlobalMaxDirNameWidth(globalLayoutInputs) : undefined;\n\n for (const spaceEntry of scopedSpaces) {\n const space = aggregate.space(spaceEntry.space);\n if (space === undefined) {\n continue;\n }\n const graph = space.graph();\n const spaceContractHash = space.contract().storage.storageHash;\n const targetHash = resolveTarget(spaceContractHash, activeRefHash);\n if (spaceEntry.space === aggregate.app.spaceId) {\n headlineTargetHash = targetHash;\n }\n\n const markerRecord = markersBySpace.get(spaceEntry.space);\n const markerHash = usingFromOverride\n ? fromOverrideHash\n : (markerRecord?.storageHash ?? undefined);\n const originHash = markerHash ?? EMPTY_CONTRACT_HASH;\n const markerInGraph =\n markerHash === undefined || graph.nodes.has(markerHash) || markerHash === spaceContractHash;\n if (\n connected &&\n !usingFromOverride &&\n markerInGraph &&\n originHash !== targetHash &&\n findPath(graph, originHash, targetHash) === null\n ) {\n markerCannotReachTarget = true;\n }\n\n if (connected && !usingFromOverride && markerHash !== undefined && !markerInGraph) {\n markerDiverged = true;\n diagnostics.push({\n code: 'MIGRATION.MARKER_NOT_IN_HISTORY',\n severity: 'warn',\n message:\n 'Database was updated outside the migration system (marker does not match any migration)',\n hints: [\n \"Run 'prisma-next db sign' to overwrite the marker if the database already matches the contract\",\n \"Run 'prisma-next db update' to push the current contract to the database\",\n ],\n });\n }\n\n const ledger = ledgersBySpace.get(spaceEntry.space) ?? [];\n const appliedHashes = showAppliedOverlay ? appliedHashesFromLedger(ledger) : new Set<string>();\n\n const annotations = deriveStatusEdgeAnnotations({\n graph,\n targetHash,\n originHash,\n appliedMigrationHashes: appliedHashes,\n showAppliedOverlay,\n });\n const isAppSpace = spaceEntry.space === aggregate.app.spaceId;\n const tree = renderSpaceTree({\n space,\n liveContractHash: contractHash,\n migrations: spaceEntry.migrations,\n markerHash,\n showDbMarker,\n statusOverlay: annotations,\n colorize,\n glyphMode,\n isAppSpace,\n ...(globalMaxEdgeTreePrefixWidth !== undefined ? { globalMaxEdgeTreePrefixWidth } : {}),\n ...(globalMaxDirNameWidth !== undefined ? { globalMaxDirNameWidth } : {}),\n });\n const migrations = buildStatusMigrations(spaceEntry.migrations, annotations);\n const pending = countPending(migrations);\n totalPending += pending;\n\n statusSpaces.push({\n space: spaceEntry.space,\n currentContract: markerHash ?? null,\n targetContract: targetHash,\n migrations: [...migrations],\n });\n const displayTree =\n showSpaceHeadings && tree.length > 0 ? indentMigrationGraphTreeBlock(tree, ' ') : tree;\n treeSections.push({\n space: spaceEntry.space,\n tree: displayTree,\n showHeading: showSpaceHeadings,\n });\n }\n\n if (connected && requiredInvariants.length > 0) {\n const markerInvariants = markersBySpace.get(aggregate.app.spaceId)?.invariants ?? [];\n const markerSet = new Set(markerInvariants);\n const missing = requiredInvariants.filter((id) => !markerSet.has(id));\n if (missing.length > 0) {\n diagnostics.push({\n code: 'MIGRATION.MISSING_INVARIANTS',\n ...ifDefined('ref', activeRefName),\n invariants: missing,\n message: `missing invariant(s): ${missing.join(', ')}`,\n });\n if (activeRefHash !== undefined) {\n const originHash =\n markersBySpace.get(aggregate.app.spaceId)?.storageHash ?? EMPTY_CONTRACT_HASH;\n const outcome = findPathWithDecision(appGraph, originHash, activeRefHash, {\n ...ifDefined('refName', activeRefName),\n required: new Set(missing),\n });\n if (outcome.kind === 'unsatisfiable') {\n return notOk(\n mapMigrationToolsError(\n errorNoInvariantPath({\n ...ifDefined('refName', activeRefName),\n required: [...missing].sort(),\n missing: outcome.missing,\n structuralPath: outcome.structuralPath.map(toStructuralEdge),\n }),\n ),\n );\n }\n }\n }\n }\n\n const appMarkerHash = markersBySpace.get(aggregate.app.spaceId)?.storageHash;\n const summary = markerCannotReachTarget\n ? buildNoPathSummary({\n markerHash: appMarkerHash,\n targetHash: headlineTargetHash,\n explicitTarget: options.to !== undefined,\n refName: activeRefName,\n })\n : buildStatusHeadline({\n pendingCount: totalPending,\n targetHash: headlineTargetHash,\n markerDiverged,\n markerHash: appMarkerHash,\n });\n\n if (scopedSpaces.every((s) => s.migrations.length === 0)) {\n return ok({\n ok: true,\n spaces: statusSpaces,\n summary: 'No migrations found',\n diagnostics,\n treeSections,\n });\n }\n\n return ok({\n ok: true,\n spaces: statusSpaces,\n summary,\n diagnostics,\n treeSections,\n });\n}\n\nexport function createMigrationStatusCommand(): Command {\n const command = new Command('status');\n setCommandDescriptions(\n command,\n 'Show migration path and pending status',\n 'Shows which migrations are pending between the database marker and\\n' +\n 'the target contract. Requires a database connection.\\n' +\n 'Pass --from for an offline path preview without a database.\\n' +\n 'Use `migration graph` for topology, `migration log` for history,\\n' +\n 'and `migration list` for on-disk enumeration.',\n );\n setCommandExamples(command, [\n 'prisma-next migration status --db $DATABASE_URL',\n 'prisma-next migration status --to production --db $DATABASE_URL',\n 'prisma-next migration status --from sha256:abc --to production',\n 'prisma-next migration status --from sha256:abc --to production --json',\n 'prisma-next migration status --ascii --from sha256:abc --to production',\n 'prisma-next migration status --legend --from sha256:abc --to production',\n ]);\n setCommandSeeAlso(command, [\n { verb: 'migration log', oneLiner: 'Show executed migration history' },\n { verb: 'migration list', oneLiner: 'List on-disk migrations' },\n { verb: 'migration graph', oneLiner: 'Show the migration graph topology' },\n { verb: 'migration show', oneLiner: 'Display migration package contents' },\n ]);\n addGlobalOptions(command)\n .option('--db <url>', 'Database connection string')\n .option('--config <path>', 'Path to prisma-next.config.ts')\n .option('--space <id>', 'Narrow output to a single contract space')\n .option(\n '--to <contract>',\n 'Target contract reference (hash, prefix, ref name, migration dir name, <dir>^, or ./path)',\n )\n .option(\n '--from <contract>',\n 'Origin contract reference; same grammar as --to. Supplying --from switches to offline path computation.',\n )\n .option('--legend', 'Print a key for the tree glyphs and lane colors')\n .option('--ascii', 'Use ASCII glyphs (pipe-friendly)')\n .action(async (options: MigrationStatusOptions) => {\n const flags = parseGlobalFlagsOrExit(options);\n const ui = createTerminalUI(flags);\n\n const legendValidation = validateLegendOptions(options, flags);\n if (!legendValidation.ok) {\n process.exit(handleResult(legendValidation, flags, ui));\n }\n\n const result = await executeMigrationStatusCommand(options, flags, ui);\n\n const exitCode = handleResult(result, flags, ui, (statusResult) => {\n if (flags.json) {\n const jsonResult: MigrationStatusResult = {\n ok: true,\n spaces: [...statusResult.spaces],\n summary: statusResult.summary,\n diagnostics: [...statusResult.diagnostics],\n };\n ui.output(JSON.stringify(jsonResult, null, 2));\n } else if (!flags.quiet) {\n ui.output(formatStatusHumanOutput(statusResult, flags.color !== false));\n }\n });\n\n process.exit(exitCode);\n });\n\n return 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