Files
windmill/cli/src/commands/sync/sync.ts
T
Pyra 5bbb26c72e perf(cli): skip relock more accurate (#7993)
* perf(cli): skip relock more accurate

Signed-off-by: pyranota <pyra@duck.com>

* Update cli/src/utils/metadata.ts

Co-authored-by: claude[bot] <209825114+claude[bot]@users.noreply.github.com>

* Update cli/src/commands/flow/flow_metadata.ts

Co-authored-by: claude[bot] <209825114+claude[bot]@users.noreply.github.com>

* fix

Signed-off-by: pyranota <pyra@duck.com>

* use structuredClone for safety

Signed-off-by: pyranota <pyra@duck.com>

* chore: update ee-repo-ref to 592848d59ca2304926fb2bd85d000668a7f46a77

This commit updates the EE repository reference after PR #420 was merged in windmill-ee-private.

Previous ee-repo-ref: 931813b75b8260faa13ddc07f36a11607b7e3bf6

New ee-repo-ref: 592848d59ca2304926fb2bd85d000668a7f46a77

Automated by sync-ee-ref workflow.

* fix ci

Signed-off-by: pyranota <pyra@duck.com>

* add simple tests

Signed-off-by: pyranota <pyra@duck.com>

---------

Signed-off-by: pyranota <pyra@duck.com>
Co-authored-by: claude[bot] <209825114+claude[bot]@users.noreply.github.com>
Co-authored-by: windmill-internal-app[bot] <windmill-internal-app[bot]@users.noreply.github.com>
2026-02-18 12:17:54 +00:00

3074 lines
94 KiB
TypeScript

import { requireLogin } from "../../core/auth.ts";
import { fetchVersion, resolveWorkspace } from "../../core/context.ts";
import {
colors,
Command,
Confirm,
ensureDir,
JSZip,
log,
minimatch,
path,
SEP,
yamlParseContent,
yamlStringify,
} from "../../../deps.ts";
import * as wmill from "../../../gen/services.gen.ts";
import {
getTypeStrFromPath,
GlobalOptions,
parseFromPath,
pushObj,
showConflict,
showDiff,
extractNativeTriggerInfo,
} from "../../types.ts";
import { downloadZip } from "./pull.ts";
import { runLint, printReport } from "../lint/lint.ts";
import {
exts,
findContentFile,
findResourceFile,
handleScriptMetadata,
removeExtensionToPath,
} from "../script/script.ts";
import { handleFile } from "../script/script.ts";
import {
deepEqual,
fetchRemoteVersion,
isFileResource,
isRawAppFile,
isWorkspaceDependencies,
} from "../../utils/utils.ts";
import {
getEffectiveSettings,
mergeConfigWithConfigFile,
SyncOptions,
validateBranchConfiguration,
} from "../../core/conf.ts";
import {
fromBranchSpecificPath,
getBranchSpecificPath,
getSpecificItemsForCurrentBranch,
isBranchSpecificFile,
isCurrentBranchFile,
isItemTypeConfigured,
isSpecificItem,
SpecificItemsConfig,
} from "../../core/specific_items.ts";
import { getCurrentGitBranch, isGitRepository } from "../../utils/git.ts";
import { Workspace } from "../workspace/workspace.ts";
import { removePathPrefix } from "../../types.ts";
import { listSyncCodebases, SyncCodebase } from "../../utils/codebase.ts";
import {
generateScriptMetadataInternal,
getRawWorkspaceDependencies,
readLockfile,
workspaceDependenciesPathToLanguageAndFilename,
} from "../../utils/metadata.ts";
import { OpenFlow, NativeServiceName } from "../../../gen/types.gen.ts";
import { pushResource } from "../resource/resource.ts";
import {
newPathAssigner,
newRawAppPathAssigner,
PathAssigner,
} from "../../../windmill-utils-internal/src/path-utils/path-assigner.ts";
import { extractInlineScripts as extractInlineScriptsForFlows } from "../../../windmill-utils-internal/src/inline-scripts/extractor.ts";
import { generateFlowLockInternal } from "../flow/flow_metadata.ts";
import { isExecutionModeAnonymous } from "../app/app.ts";
import {
APP_BACKEND_FOLDER,
generateAppLocksInternal,
} from "../app/app_metadata.ts";
import {
isFlowPath,
isAppPath,
isRawAppPath,
extractFolderPath,
isFlowMetadataFile,
isAppMetadataFile,
isRawAppMetadataFile,
isRawAppFolderMetadataFile,
getDeleteSuffix,
transformJsonPathToDir,
getFolderSuffix,
getFolderSuffixWithSep,
getNonDottedPaths,
} from "../../utils/resource_folders.ts";
// Merge CLI options with effective settings, preserving CLI flags as overrides
function mergeCliWithEffectiveOptions<
T extends GlobalOptions & SyncOptions & { repository?: string },
>(cliOpts: T, effectiveOpts: SyncOptions): T {
// overlay CLI options on top (undefined cliOpts won't override effectiveOpts)
return Object.assign({}, effectiveOpts, cliOpts) as T;
}
// Resolve effective sync options using branch-based configuration
async function resolveEffectiveSyncOptions(
workspace: Workspace,
localConfig: SyncOptions,
promotion?: string,
branchOverride?: string,
): Promise<SyncOptions> {
return await getEffectiveSettings(localConfig, promotion, false, false, branchOverride);
}
type DynFSElement = {
isDirectory: boolean;
path: string;
whitelistedExt?: boolean;
// getContentBytes(): Promise<Uint8Array>;
getContentText(): Promise<string>;
getChildren(): AsyncIterable<DynFSElement>;
};
export function findCodebase(
path: string,
codebases: SyncCodebase[],
): SyncCodebase | undefined {
if (!path.endsWith(".ts")) {
return;
}
for (const c of codebases) {
let included = false;
let excluded = false;
if (c.includes == undefined || c.includes == null) {
included = true;
}
if (typeof c.includes == "string") {
c.includes = [c.includes];
}
for (const r of c.includes ?? []) {
if (included) {
break;
}
if (minimatch(path, r)) {
included = true;
}
}
if (typeof c.excludes == "string") {
c.excludes = [c.excludes];
}
for (const r of c.excludes ?? []) {
if (minimatch(path, r)) {
excluded = true;
}
}
if (included && !excluded) {
return c;
}
}
}
async function addCodebaseDigestIfRelevant(
path: string,
content: string,
codebases: SyncCodebase[],
ignoreCodebaseChanges: boolean,
): Promise<string> {
const isScript = path.endsWith(".script.yaml");
if (!isScript) {
return content;
}
let isTs = true;
const replacedPath = path.replace(".script.yaml", ".ts");
try {
await Deno.stat(replacedPath);
} catch {
isTs = false;
}
if (!isTs) {
return content;
}
if (isTs) {
const c = findCodebase(replacedPath, codebases);
if (c) {
let parsed: any;
try {
parsed = yamlParseContent(path, content);
} catch (error) {
log.error(
`Failed to parse YAML content for codebase digest at path: ${path}`,
);
throw error;
}
if (parsed && typeof parsed == "object") {
if (ignoreCodebaseChanges) {
parsed["codebase"] = undefined;
} else {
parsed["codebase"] = await c.getDigest();
}
parsed["lock"] = "";
return yamlStringify(parsed, yamlOptions);
} else {
throw Error(
`Expected local yaml ${path} to be an object, found: ${content} instead`,
);
}
}
}
return content;
}
export async function FSFSElement(
p: string,
codebases: SyncCodebase[],
ignoreCodebaseChanges: boolean,
): Promise<DynFSElement> {
function _internal_element(
localP: string,
isDir: boolean,
codebases: SyncCodebase[],
): DynFSElement {
return {
isDirectory: isDir,
path: localP.substring(p.length + 1),
async *getChildren(): AsyncIterable<DynFSElement> {
if (!isDir) return [];
try {
for await (const e of Deno.readDir(localP)) {
yield _internal_element(
path.join(localP, e.name),
e.isDirectory,
codebases,
);
}
} catch (e) {
log.warn(`Error reading dir: ${localP}, ${e}`);
}
},
// async getContentBytes(): Promise<Uint8Array> {
// return await Deno.readFile(localP);
// },
async getContentText(): Promise<string> {
const content = await Deno.readTextFile(localP);
const itemPath = localP.substring(p.length + 1);
const r = await addCodebaseDigestIfRelevant(
itemPath,
content,
codebases,
ignoreCodebaseChanges,
);
return r;
},
};
}
return _internal_element(p, (await Deno.stat(p)).isDirectory, codebases);
}
function prioritizeName(name: string): string {
if (name == "version") return "aaa";
if (name == "id") return "aa";
if (name == "type") return "ab";
if (name == "summary") return "ad";
if (name == "name") return "ae";
if (name == "display_name") return "af";
if (name == "description") return "ag";
if (name == "value") return "ah";
if (name == "content") return "ai";
if (name == "modules") return "aj";
if (name == "failure_module") return "ak";
if (name == "input_transforms") return "al";
if (name == "lock") return "az";
if (name == "locks") return "azz";
return name;
}
export const yamlOptions = {
sortKeys: (a: any, b: any) => {
return prioritizeName(a).localeCompare(prioritizeName(b));
},
noCompatMode: true,
noRefs: true,
skipInvalid: true,
};
export interface InlineScript {
path: string;
content: string;
}
function extractFields(fields: Record<string, any>) {
Object.entries(fields).forEach(([k, v]) => {
if (typeof v == "object") {
if (v.type == "static") {
fields[k] = { value: v.value };
} else if (v.type == "javascript") {
fields[k] = { expr: v.expr, allowUserResources: v.allowUserResources };
} else if (v.type == "user") {
fields[k] = undefined;
}
}
});
}
export function extractFieldsForRawApps(runnables: Record<string, any>) {
Object.values(runnables).forEach((v) => {
if (typeof v == "object") {
if (v.fields !== undefined) {
extractFields(v.fields);
}
}
});
}
/**
* Generates AGENTS.md - app-specific configuration for AI agents working with raw apps.
* References the raw-app skill for complete documentation and includes instance-specific
* data configuration (datatable, schema, whitelisted tables).
*/
export function generateAgentsDocumentation(data: {
tables?: string[];
datatable?: string;
schema?: string;
} | undefined): string {
const tables = data?.tables ?? [];
const defaultDatatable = data?.datatable;
const defaultSchema = data?.schema;
return `# AI Agent Instructions
For complete raw app documentation (app structure, backend runnables, datatables, SQL migrations), use the \`raw-app\` skill.
This file contains **app-specific configuration** for this raw app instance.
---
## Data Configuration
${defaultDatatable
? `**Default Datatable:** \`${defaultDatatable}\`${defaultSchema ? ` | **Default Schema:** \`${defaultSchema}\`` : ''}`
: '**No default datatable configured.** Set \`data.datatable\` in \`raw_app.yaml\` to enable database access.'}
### Whitelisted Tables
${tables.length > 0
? `These tables are accessible to this app:\n\n${tables.map(t => `- \`${t}\``).join('\n')}`
: `**No tables whitelisted.** Add tables to \`data.tables\` in \`raw_app.yaml\`.`}
### Adding a Table
Edit \`raw_app.yaml\`:
\`\`\`yaml
data:
datatable: ${defaultDatatable || 'main'}
${defaultSchema ? `schema: ${defaultSchema}\n ` : ''}tables:
${tables.length > 0 ? tables.map(t => ` - ${t}`).join('\n') : ' # Add tables here'}
- ${defaultDatatable || 'main'}/${defaultSchema ? defaultSchema + ':' : ''}new_table # ← Add like this
\`\`\`
**Table reference formats:**
- \`<datatable>/<table>\` - Table in public schema
- \`<datatable>/<schema>:<table>\` - Table in specific schema
---
## Quick Reference
**Backend runnable:** Add \`backend/<name>.ts\` (or .py, etc.), then run \`wmill app generate-locks\`
**Call from frontend:**
\`\`\`typescript
import { backend } from './wmill';
const result = await backend.<name>({ arg: 'value' });
\`\`\`
**Query datatable (TypeScript):**
\`\`\`typescript
const sql = wmill.datatable();
const rows = await sql\`SELECT * FROM table WHERE id = \${id}\`.fetch();
\`\`\`
**SQL migrations:** Add \`.sql\` files to \`sql_to_apply/\`, run \`wmill app dev\`, then whitelist tables
---
*Run \`wmill app generate-agents\` to refresh. See \`.claude/skills/raw-app\` skill for full documentation.*
`;
}
/**
* Generates a simple DATATABLES.md with just the current configuration summary.
* The detailed schema information is generated by generate_datatables.ts command.
*/
export function generateDatatablesDocumentation(data: {
tables?: string[];
datatable?: string;
schema?: string;
} | undefined): string {
const tables = data?.tables ?? [];
const defaultDatatable = data?.datatable;
const defaultSchema = data?.schema;
return `# Data Tables
This file contains the database schema information for this app.
Run \`wmill app generate-agents\` to refresh with current workspace schemas.
**For full instructions, see \`AGENTS.md\`.**
## Current Configuration
${defaultDatatable
? `**Default Datatable:** \`${defaultDatatable}\`${defaultSchema ? ` | **Default Schema:** \`${defaultSchema}\`` : ''}`
: '**No default datatable configured.**'}
## Whitelisted Tables
${tables.length > 0
? `${tables.map(t => `- \`${t}\``).join('\n')}`
: `*No tables whitelisted. Add tables to \`data.tables\` in \`raw_app.yaml\`.*`}
---
## Schema Information
Run \`wmill app generate-agents\` to populate this section with detailed schema information
from the workspace datatables.
---
*Auto-generated. Run \`wmill app generate-agents\` to refresh schemas.*
`;
}
export function extractInlineScriptsForApps(
key: string | undefined,
rec: any,
pathAssigner: PathAssigner,
toId: (key: string, val: any) => string,
removeSchema: boolean,
): InlineScript[] {
if (!rec) {
return [];
}
if (typeof rec == "object") {
return Object.entries(rec).flatMap(([k, v]) => {
if (k == "inlineScript" && typeof v == "object") {
rec["type"] = undefined;
const o: Record<string, any> = v as any;
const name = toId(key ?? "", rec);
const [basePathO, ext] = pathAssigner.assignPath(name, o["language"]);
const basePath = basePathO.replaceAll(SEP, "/");
const r = [];
if (o["content"]) {
const content = o["content"];
o["content"] = "!inline " + basePath.replaceAll(SEP, "/") + ext;
r.push({
path: basePath + ext,
content: content,
});
}
if (o["lock"] && o["lock"] != "") {
const lock = o["lock"];
o["lock"] = "!inline " + basePath.replaceAll(SEP, "/") + "lock";
r.push({
path: basePath + "lock",
content: lock,
});
}
if (removeSchema) {
o.schema = undefined;
}
return r;
} else {
return extractInlineScriptsForApps(
k,
v,
pathAssigner,
toId,
removeSchema,
);
}
});
}
return [];
}
function ZipFSElement(
zip: JSZip,
useYaml: boolean,
defaultTs: "bun" | "deno",
resourceTypeToFormatExtension: Record<string, string>,
ignoreCodebaseChanges: boolean,
): DynFSElement {
async function _internal_file(
p: string,
f: JSZip.JSZipObject,
): Promise<DynFSElement[]> {
const kind:
| "flow"
| "app"
| "script"
| "resource"
| "other"
| "raw_app"
| "dependencies" = isFlowMetadataFile(p)
? "flow"
: isAppMetadataFile(p)
? "app"
: isRawAppMetadataFile(p)
? "raw_app"
: p.endsWith(".script.json")
? "script"
: p.endsWith(".resource.json")
? "resource"
: p.startsWith("dependencies/")
? "dependencies"
: "other";
const isJson = p.endsWith(".json");
function transformPath() {
if (kind == "flow") {
return transformJsonPathToDir(p, "flow");
} else if (kind == "app") {
return transformJsonPathToDir(p, "app");
} else if (kind == "raw_app") {
return transformJsonPathToDir(p, "raw_app");
} else if (kind == "dependencies") {
return p;
} else {
return useYaml && isJson ? p.replaceAll(".json", ".yaml") : p;
}
}
const finalPath = transformPath();
const r = [
{
isDirectory: kind == "flow" || kind == "app" || kind == "raw_app",
path: finalPath,
async *getChildren(): AsyncIterable<DynFSElement> {
if (kind == "flow") {
let flow: OpenFlow;
try {
flow = JSON.parse(await f.async("text"));
} catch (error) {
log.error(`Failed to parse flow.yaml at path: ${p}`);
throw error;
}
let inlineScripts;
try {
inlineScripts = extractInlineScriptsForFlows(
flow.value.modules as any,
{},
SEP,
defaultTs,
undefined, // pathAssigner - let it create one
{ skipInlineScriptSuffix: getNonDottedPaths() },
);
} catch (error) {
log.error(
`Failed to extract inline scripts for flow at path: ${p}`,
);
throw error;
}
for (const s of inlineScripts) {
yield {
isDirectory: false,
path: path.join(finalPath, s.path),
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
return s.content;
},
};
}
yield {
isDirectory: false,
path: path.join(finalPath, "flow.yaml"),
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
return yamlStringify(flow, yamlOptions);
},
};
} else if (kind == "app") {
let app;
try {
app = JSON.parse(await f.async("text"));
} catch (error) {
log.error(`Failed to parse app.yaml at path: ${p}`);
throw error;
}
let inlineScripts;
try {
inlineScripts = extractInlineScriptsForApps(
undefined,
app?.["value"],
newPathAssigner(defaultTs, { skipInlineScriptSuffix: getNonDottedPaths() }),
(_, val) => val["name"],
false,
);
} catch (error) {
log.error(
`Failed to extract inline scripts for app at path: ${p}`,
);
throw error;
}
for (const s of inlineScripts) {
yield {
isDirectory: false,
path: path.join(finalPath, s.path),
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
return s.content;
},
};
}
if (isExecutionModeAnonymous(app)) {
app.public = true;
}
app.policy = undefined;
yield {
isDirectory: false,
path: path.join(finalPath, "app.yaml"),
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
return yamlStringify(app, yamlOptions);
},
};
} else if (kind == "raw_app") {
let rawApp;
try {
rawApp = JSON.parse(await f.async("text"));
} catch (error) {
log.error(`Failed to parse app.yaml at path: ${p}`);
throw error;
}
if (rawApp?.["policy"]?.["execution_mode"] == "anonymous") {
rawApp.public = true;
}
// console.log("rawApp", rawApp);
rawApp.policy = undefined;
// custom_path is derived from the file path, don't store it
delete rawApp?.["custom_path"];
let inlineScripts;
const value = rawApp?.["value"];
const runnables = value?.["runnables"] ?? {};
// console.log("FOOB", value?.["runnables"])
extractFieldsForRawApps(runnables);
try {
inlineScripts = extractInlineScriptsForApps(
undefined,
value,
newRawAppPathAssigner(defaultTs),
(key, val_) => key,
true,
);
} catch (error) {
log.error(
`Failed to extract inline scripts for raw app at path: ${p}`,
);
throw error;
}
try {
for (const [filePath, content] of Object.entries(
value?.["files"] ?? [],
)) {
// Skip generated/dev-only files and folders
if (
filePath.startsWith("/sql_to_apply/") ||
filePath === "/wmill.d.ts" ||
filePath === "/AGENTS.md" ||
filePath === "/DATATABLES.md"
) {
continue;
}
yield {
isDirectory: false,
path: path.join(finalPath, filePath.substring(1)),
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
if (typeof content !== "string") {
throw new Error(
`Content of raw app file ${filePath} is not a string`,
);
}
return content as string;
},
};
}
} catch (error) {
log.error(`Failed to extract files for raw app at path: ${p}`);
throw error;
}
// Yield inline script content and lock files
for (const s of inlineScripts) {
yield {
isDirectory: false,
path: path.join(finalPath, APP_BACKEND_FOLDER, s.path),
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
return s.content;
},
};
}
// Helper to simplify fields for YAML output
// { type: 'static', value: X } -> { value: X }
// { type: 'ctx', ctx: X } -> { ctx: X }
function simplifyFields(fields: Record<string, any> | undefined) {
if (!fields) return undefined;
const simplified: Record<string, any> = {};
for (const [k, v] of Object.entries(fields)) {
if (typeof v === "object" && v !== null) {
if (v.type === "static" && v.value !== undefined) {
simplified[k] = { value: v.value };
} else if (v.type === "ctx" && v.ctx !== undefined) {
simplified[k] = { ctx: v.ctx };
} else {
// Keep other field types as-is
simplified[k] = v;
}
} else {
simplified[k] = v;
}
}
return simplified;
}
// Yield each runnable as a separate YAML file in the backend folder
// For inline scripts, simplify the YAML - inlineScript is not needed since
// content/lock/language can be derived from sibling files
for (const [runnableId, runnable] of Object.entries(runnables)) {
const runnableObj = runnable as Record<string, any>;
let simplifiedRunnable: Record<string, any>;
if (runnableObj.inlineScript) {
// For inline scripts, remove inlineScript and just keep type: 'inline'
// plus any other metadata (name, fields, etc.)
simplifiedRunnable = { type: "inline" };
// Copy over any other fields that aren't inlineScript or type
for (const [key, value] of Object.entries(runnableObj)) {
if (key !== "inlineScript" && key !== "type") {
simplifiedRunnable[key] = value;
}
}
} else if (runnableObj.type === "path" && runnableObj.runType) {
// For path-based runnables, convert from API format to file format
// { type: "path", runType: "script" } -> { type: "script" }
// Also remove schema field
const {
type: _type,
runType,
schema: _schema,
...rest
} = runnableObj;
simplifiedRunnable = {
type: runType,
...rest,
};
} else {
// For other runnables, keep as-is
simplifiedRunnable = runnableObj;
}
// Simplify fields for cleaner YAML output
if (simplifiedRunnable.fields) {
simplifiedRunnable.fields = simplifyFields(simplifiedRunnable.fields);
}
yield {
isDirectory: false,
path: path.join(
finalPath,
APP_BACKEND_FOLDER,
`${runnableId}.yaml`,
),
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
return yamlStringify(simplifiedRunnable, yamlOptions);
},
};
}
// Extract data field from value before deleting it
const data = value?.["data"];
if (data) {
rawApp.data = data;
}
// Remove runnables and value from raw_app.yaml - they are now in separate files
delete rawApp?.["value"];
// Don't include runnables in raw_app.yaml anymore
yield {
isDirectory: false,
path: path.join(finalPath, "raw_app.yaml"),
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
return yamlStringify(rawApp, yamlOptions);
},
};
// Yield DATATABLES.md documentation file for AI agents
yield {
isDirectory: false,
path: path.join(finalPath, "DATATABLES.md"),
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
return generateDatatablesDocumentation(data);
},
};
}
},
async getContentText(): Promise<string> {
const content = await f.async("text");
if (kind == "script") {
let parsed;
try {
parsed = JSON.parse(content);
} catch (error) {
log.error(`Failed to parse script.yaml at path: ${p}`);
throw error;
}
if (
parsed["lock"] &&
parsed["lock"] != "" &&
parsed["codebase"] == undefined
) {
parsed["lock"] =
"!inline " +
removeSuffix(p.replaceAll(SEP, "/"), ".json") +
".lock";
} else if (parsed["lock"] == "") {
parsed["lock"] = "";
} else {
parsed["lock"] = undefined;
}
if (ignoreCodebaseChanges && parsed["codebase"]) {
parsed["codebase"] = undefined;
}
return useYaml
? yamlStringify(parsed, yamlOptions)
: JSON.stringify(parsed, null, 2);
}
if (kind == "resource") {
const content = await f.async("text");
let parsed;
try {
parsed = JSON.parse(content);
} catch (error) {
log.error(`Failed to parse resource.yaml at path: ${p}`);
throw error;
}
const formatExtension =
resourceTypeToFormatExtension[parsed["resource_type"]];
if (formatExtension) {
parsed["value"]["content"] =
"!inline " +
removeSuffix(p.replaceAll(SEP, "/"), ".resource.json") +
".resource.file." +
formatExtension;
}
return useYaml
? yamlStringify(parsed, yamlOptions)
: JSON.stringify(parsed, null, 2);
}
return useYaml && isJson && kind != "dependencies"
? (() => {
try {
return yamlStringify(JSON.parse(content), yamlOptions);
} catch (error) {
log.error(`Failed to parse JSON content at path: ${p}`);
throw error;
}
})()
: content;
},
},
];
if (kind == "script") {
const content = await f.async("text");
let parsed;
try {
parsed = JSON.parse(content);
} catch (error) {
log.error(`Failed to parse script lock content at path: ${p}`);
throw error;
}
const lock = parsed["lock"];
if (lock && lock != "") {
r.push({
isDirectory: false,
path: removeSuffix(finalPath, ".json") + ".lock",
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
return lock;
},
});
}
}
if (kind == "resource") {
const content = await f.async("text");
let parsed;
try {
parsed = JSON.parse(content);
} catch (error) {
log.error(`Failed to parse resource file content at path: ${p}`);
throw error;
}
const formatExtension =
resourceTypeToFormatExtension[parsed["resource_type"]];
if (formatExtension) {
const fileContent: string = parsed["value"]["content"];
if (typeof fileContent === "string") {
r.push({
isDirectory: false,
path:
removeSuffix(finalPath, ".resource.json") +
".resource.file." +
formatExtension,
async *getChildren() {},
// deno-lint-ignore require-await
async getContentText() {
return fileContent;
},
});
}
}
}
return r;
}
function _internal_folder(p: string, zip: JSZip): DynFSElement {
return {
isDirectory: true,
path: p,
async *getChildren(): AsyncIterable<DynFSElement> {
for (const filename in zip.files) {
const file = zip.files[filename];
const totalPath = path.join(p, filename);
if (file.dir) {
const e = zip.folder(file.name)!;
yield _internal_folder(totalPath, e);
} else {
const fs = await _internal_file(totalPath, file);
for (const f of fs) {
yield f;
}
}
}
},
// // deno-lint-ignore require-await
// async getContentBytes(): Promise<Uint8Array> {
// throw new Error("Cannot get content of folder");
// },
// deno-lint-ignore require-await
async getContentText(): Promise<string> {
throw new Error("Cannot get content of folder");
},
};
}
return _internal_folder("." + SEP, zip);
}
export async function* readDirRecursiveWithIgnore(
ignore: (path: string, isDirectory: boolean) => boolean,
root: DynFSElement,
): AsyncGenerator<{
path: string;
ignored: boolean;
isDirectory: boolean;
// getContentBytes(): Promise<Uint8Array>;
getContentText(): Promise<string>;
}> {
const stack: {
path: string;
isDirectory: boolean;
ignored: boolean;
c(): AsyncIterable<DynFSElement>;
// getContentBytes(): Promise<Uint8Array>;
getContentText(): Promise<string>;
}[] = [
{
path: root.path,
ignored: ignore(root.path, root.isDirectory),
isDirectory: root.isDirectory,
c: root.getChildren,
// getContentBytes(): Promise<Uint8Array> {
// throw undefined;
// },
getContentText(): Promise<string> {
throw undefined;
},
},
];
while (stack.length > 0) {
const e = stack.pop()!;
yield e;
for await (const e2 of e.c()) {
if (e2.isDirectory) {
const dirName = e2.path.split(SEP).pop();
if (
dirName == "node_modules" ||
dirName == ".claude" ||
dirName?.startsWith(".")
) {
continue;
}
}
stack.push({
path: e2.path,
ignored: e.ignored || ignore(e2.path, e2.isDirectory),
isDirectory: e2.isDirectory,
// getContentBytes: e2.getContentBytes,
getContentText: e2.getContentText,
c: e2.getChildren,
});
}
}
}
type Added = { name: "added"; path: string; content: string };
type Deleted = { name: "deleted"; path: string };
type Edit = {
name: "edited";
path: string;
before: string;
after: string;
codebase?: string;
};
type Change = Added | Deleted | Edit;
export async function elementsToMap(
els: DynFSElement,
ignore: (path: string, isDirectory: boolean) => boolean,
json: boolean,
skips: Skips,
specificItems?: SpecificItemsConfig,
branchOverride?: string,
isRemote?: boolean,
): Promise<{ [key: string]: string }> {
const map: { [key: string]: string } = {};
const processedBasePaths = new Set<string>();
// Cache git branch at the start to avoid repeated execSync calls per file
const cachedBranch = branchOverride ?? getCurrentGitBranch() ?? undefined;
for await (const entry of readDirRecursiveWithIgnore(ignore, els)) {
// console.log("FOO", entry.path, entry.ignored, entry.isDirectory)
if (entry.isDirectory || entry.ignored) {
continue;
}
const path = entry.path;
if (
!isFileResource(path) &&
!isRawAppFile(path) &&
!isWorkspaceDependencies(path)
) {
if (json && path.endsWith(".yaml")) continue;
if (!json && path.endsWith(".json")) continue;
if (
![
"json",
"yaml",
"go",
"sh",
"ts",
"py",
"sql",
"gql",
"ps1",
"php",
"js",
"lock",
"rs",
"cs",
"yml",
"nu",
"java",
"rb",
// for related places search: ADD_NEW_LANG
].includes(path.split(".").pop() ?? "")
) {
continue;
}
}
if (isRawAppFile(path)) {
const suffix = path.split(getFolderSuffix("raw_app") + SEP).pop();
if (
suffix?.startsWith("dist/") ||
suffix == "wmill.d.ts" ||
suffix == "package-lock.json" ||
suffix == "DATATABLES.md"
) {
continue;
}
}
if (skips.skipResources && isFileResource(path)) continue;
const ext = json ? ".json" : ".yaml";
if (!skips.includeSchedules && path.endsWith(".schedule" + ext)) continue;
if (
!skips.includeTriggers &&
(path.endsWith(".http_trigger" + ext) ||
path.endsWith(".websocket_trigger" + ext) ||
path.endsWith(".kafka_trigger" + ext) ||
path.endsWith(".nats_trigger" + ext) ||
path.endsWith(".postgres_trigger" + ext) ||
path.endsWith(".mqtt_trigger" + ext) ||
path.endsWith(".sqs_trigger" + ext) ||
path.endsWith(".gcp_trigger" + ext) ||
path.endsWith(".email_trigger" + ext) ||
path.endsWith("_native_trigger" + ext))
) {
continue;
}
if (!skips.includeUsers && path.endsWith(".user" + ext)) continue;
if (!skips.includeGroups && path.endsWith(".group" + ext)) continue;
if (!skips.includeSettings && path === "settings" + ext) continue;
if (!skips.includeKey && path === "encryption_key") continue;
if (skips.skipResources && path.endsWith(".resource" + ext)) continue;
if (skips.skipResourceTypes && path.endsWith(".resource-type" + ext)) {
continue;
}
// Use getTypeStrFromPath for consistent type detection
try {
const fileType = getTypeStrFromPath(path);
if (skips.skipVariables && fileType === "variable") continue;
if (skips.skipScripts && fileType === "script") continue;
if (skips.skipFlows && fileType === "flow") continue;
if (skips.skipApps && fileType === "app") continue;
if (skips.skipFolders && fileType === "folder") continue;
if (
skips.skipWorkspaceDependencies &&
fileType === "workspace_dependencies"
)
continue;
} catch {
// If getTypeStrFromPath can't determine the type, continue processing the file
}
// Handle branch-specific files - skip files for other branches
if (specificItems && isBranchSpecificFile(path)) {
if (!isCurrentBranchFile(path, cachedBranch)) {
// Skip branch-specific files for other branches
continue;
}
}
const content = await entry.getContentText();
if (skips.skipSecrets && path.endsWith(".variable" + ext)) {
try {
let o;
if (json) {
try {
o = JSON.parse(content);
} catch (error) {
log.error(`Failed to parse JSON variable content at path: ${path}`);
throw error;
}
} else {
try {
o = yamlParseContent(path, content);
} catch (error) {
log.error(`Failed to parse YAML variable content at path: ${path}`);
throw error;
}
}
if (o["is_secret"]) {
continue;
}
} catch (e) {
log.warn(`Error reading variable ${path} to check for secrets`);
}
}
// Handle branch-specific path mapping after all filtering
if (cachedBranch && isCurrentBranchFile(path, cachedBranch)) {
// This is a branch-specific file for current branch
const currentBranch = cachedBranch;
const basePath = fromBranchSpecificPath(path, currentBranch);
// Only use branch-specific files if the item type IS configured as branch-specific
// AND matches the pattern. Otherwise, skip and use base file instead.
if (!isItemTypeConfigured(basePath, specificItems)) {
// Type not configured as branch-specific - skip, use base file instead
continue;
}
if (!isSpecificItem(basePath, specificItems)) {
// Type configured but doesn't match pattern - skip
continue;
}
// Type configured AND matches - map to base path
map[basePath] = content;
processedBasePaths.add(basePath);
} else if (!isBranchSpecificFile(path)) {
// This is a regular base file
if (processedBasePaths.has(path)) {
// Skip base file, we already processed branch-specific version
continue;
}
// Skip base file if it's configured as branch-specific (expect branch version)
// Only for LOCAL files - remote workspace only has base paths
if (!isRemote && isSpecificItem(path, specificItems)) {
continue;
}
map[path] = content;
}
// Note: branch-specific files for other branches are already filtered out earlier
}
return map;
}
export interface Skips {
skipVariables?: boolean | undefined;
skipResources?: boolean | undefined;
skipResourceTypes?: boolean | undefined;
skipSecrets?: boolean | undefined;
skipScripts?: boolean | undefined;
skipFlows?: boolean | undefined;
skipApps?: boolean | undefined;
skipFolders?: boolean | undefined;
skipWorkspaceDependencies?: boolean | undefined;
skipScriptsMetadata?: boolean | undefined;
includeSchedules?: boolean | undefined;
includeTriggers?: boolean | undefined;
includeUsers?: boolean | undefined;
includeGroups?: boolean | undefined;
includeSettings?: boolean | undefined;
includeKey?: boolean | undefined;
}
async function compareDynFSElement(
els1: DynFSElement,
els2: DynFSElement | undefined,
ignore: (path: string, isDirectory: boolean) => boolean,
json: boolean,
skips: Skips,
ignoreMetadataDeletion: boolean,
codebases: SyncCodebase[],
ignoreCodebaseChanges: boolean,
specificItems?: SpecificItemsConfig,
branchOverride?: string,
isEls1Remote?: boolean,
): Promise<Change[]> {
const [m1, m2] = els2
? await Promise.all([
elementsToMap(els1, ignore, json, skips, specificItems, branchOverride, isEls1Remote),
elementsToMap(els2, ignore, json, skips, specificItems, branchOverride, !isEls1Remote),
])
: [await elementsToMap(els1, ignore, json, skips, specificItems, branchOverride, isEls1Remote), {}];
const changes: Change[] = [];
function parseYaml(k: string, v: string) {
if (k.endsWith(".script.yaml")) {
let o: any;
try {
o = yamlParseContent(k, v);
} catch (error) {
log.error(`Failed to parse script YAML content at path: ${k}`);
throw error;
}
if (typeof o == "object") {
if (Array.isArray(o?.["lock"])) {
o["lock"] = o["lock"].join("\n");
}
if (o["is_template"] != undefined) {
delete o["is_template"];
}
}
return o;
} else {
try {
return yamlParseContent(k, v);
} catch (error) {
log.error(`Failed to parse YAML content at path: ${k}`);
throw error;
}
}
}
const codebaseChanges: Record<string, string> = {};
for (let [k, v] of Object.entries(m1)) {
const isScriptMetadata =
k.endsWith(".script.yaml") || k.endsWith(".script.json");
const skipMetadata = skips.skipScriptsMetadata && isScriptMetadata;
if (m2[k] === undefined) {
if (skipMetadata) {
continue;
}
if (k.startsWith("dependencies/")) {
log.info(`Adding workspace dependencies file: ${k}`);
}
changes.push({ name: "added", path: k, content: v });
} else {
if (m2[k] == v) {
continue;
} else if (k.endsWith(".json") && !isWorkspaceDependencies(k)) {
let parsedV, parsedM2;
try {
parsedV = JSON.parse(v);
} catch (error) {
log.error(
`Failed to parse new JSON content for comparison at path: ${k}`,
);
throw error;
}
try {
parsedM2 = JSON.parse(m2[k]);
} catch (error) {
log.error(
`Failed to parse existing JSON content for comparison at path: ${k}`,
);
throw error;
}
if (deepEqual(parsedV, parsedM2)) {
continue;
}
} else if (k.endsWith(".yaml")) {
const before = parseYaml(k, m2[k]);
const after = parseYaml(k, v);
if (deepEqual(before, after)) {
continue;
}
if (!ignoreCodebaseChanges) {
if (before?.codebase != undefined) {
delete before.codebase;
m2[k] = yamlStringify(before, yamlOptions);
}
if (after?.codebase != undefined) {
if (before.codebase != after.codebase) {
codebaseChanges[k] = after.codebase;
}
delete after.codebase;
v = yamlStringify(after, yamlOptions);
}
}
if (skipMetadata) {
continue;
}
}
changes.push({
name: "edited",
path: k,
after: v,
before: m2[k],
codebase: codebaseChanges[k],
});
}
}
const remoteCodebase: Record<string, string> = {};
for (const [k] of Object.entries(m2)) {
if (m1[k] === undefined) {
if (
!ignoreMetadataDeletion ||
(!k?.endsWith(".script.yaml") && !k?.endsWith(".script.json"))
) {
changes.push({ name: "deleted", path: k });
} else if (k?.endsWith(".script.yaml")) {
const o = parseYaml(k, m2[k]);
if (o.codebase != undefined) {
remoteCodebase[k] = o.codebase;
}
}
}
}
if (!ignoreCodebaseChanges) {
for (const [k, v] of Object.entries(remoteCodebase)) {
const tsFile = k.replace(".script.yaml", ".ts");
if (
changes.find(
(c) =>
c.path == tsFile && (c.name == "edited" || c.name == "deleted"),
)
) {
continue;
}
const c = findCodebase(tsFile, codebases);
if ((await c?.getDigest()) != v) {
changes.push({
name: "edited",
path: tsFile,
codebase: v,
before: m1[tsFile],
after: m2[tsFile],
});
}
}
}
if (!ignoreCodebaseChanges) {
for (const change of changes) {
const codebase = codebaseChanges[change.path];
if (!codebase) continue;
const tsFile = change.path.replace(".script.yaml", ".ts");
if (change.name == "edited" && change.path == tsFile) {
change.codebase = codebase;
}
}
}
changes.sort((a, b) =>
getOrderFromPath(a.path) == getOrderFromPath(b.path)
? a.path.localeCompare(b.path)
: getOrderFromPath(a.path) - getOrderFromPath(b.path),
);
return changes;
}
function getOrderFromPath(p: string) {
const typ = getTypeStrFromPath(p);
// Order by dependencies: items that others depend on should be pushed first
if (typ == "settings") {
return 0;
} else if (typ == "encryption_key") {
return 1;
} else if (typ == "user") {
return 2;
} else if (typ == "group") {
return 3;
} else if (typ == "folder") {
return 4;
} else if (typ == "resource-type") {
return 5;
} else if (typ == "variable") {
return 6;
} else if (typ == "resource") {
return 7;
} else if (typ == "workspace_dependencies") {
return 8;
} else if (typ == "script") {
return 9;
} else if (typ == "flow") {
return 10;
} else if (typ == "raw_app") {
return 11;
} else if (typ == "app") {
return 12;
} else if (typ == "schedule") {
return 13;
} else if (
typ == "http_trigger" ||
typ == "websocket_trigger" ||
typ == "kafka_trigger" ||
typ == "nats_trigger" ||
typ == "postgres_trigger" ||
typ == "mqtt_trigger" ||
typ == "sqs_trigger" ||
typ == "gcp_trigger" ||
typ == "email_trigger" ||
typ == "native_trigger"
) {
return 14;
} else {
return 15;
}
}
const isNotWmillFile = (p: string, isDirectory: boolean) => {
if (p.endsWith(SEP)) {
return false;
}
if (isDirectory) {
return (
!p.startsWith("u" + SEP) &&
!p.startsWith("f" + SEP) &&
!p.startsWith("g" + SEP) &&
!p.startsWith("users" + SEP) &&
!p.startsWith("groups" + SEP) &&
!p.startsWith("dependencies" + SEP)
);
}
try {
const typ = getTypeStrFromPath(p);
if (
typ == "resource-type" ||
typ == "settings" ||
typ == "encryption_key"
) {
return p.includes(SEP);
} else {
return (
!p.startsWith("u" + SEP) &&
!p.startsWith("f" + SEP) &&
!p.startsWith("g" + SEP) &&
!p.startsWith("users" + SEP) &&
!p.startsWith("groups" + SEP) &&
!p.startsWith("dependencies" + SEP)
);
}
} catch {
return true;
}
};
export const isWhitelisted = (p: string) => {
return (
p == "." + SEP ||
p == "" ||
p == "u" ||
p == "f" ||
p == "g" ||
p == "users" ||
p == "groups" ||
p == "dependencies"
);
};
export async function ignoreF(wmillconf: {
includes?: string[];
excludes?: string[];
extraIncludes?: string[];
skipResourceTypes?: boolean;
skipWorkspaceDependencies?: boolean;
json?: boolean;
includeUsers?: boolean;
includeGroups?: boolean;
includeSettings?: boolean;
includeKey?: boolean;
}): Promise<(p: string, isDirectory: boolean) => boolean> {
let whitelist: { approve(file: string): boolean } | undefined = undefined;
if (
(Array.isArray(wmillconf?.includes) && wmillconf?.includes?.length > 0) ||
(Array.isArray(wmillconf?.excludes) && wmillconf?.excludes?.length > 0)
) {
whitelist = {
approve(file: string): boolean {
return (
(!wmillconf.includes ||
wmillconf.includes?.some((i) => minimatch(file, i))) &&
(!wmillconf?.excludes ||
wmillconf.excludes!.every((i) => !minimatch(file, i))) &&
(!wmillconf.extraIncludes ||
wmillconf.extraIncludes.length === 0 ||
wmillconf.extraIncludes.some((i) => minimatch(file, i)))
);
},
};
}
try {
await Deno.stat(".wmillignore");
throw Error(".wmillignore is not supported anymore, switch to wmill.yaml");
} catch {
//expected
}
// new Gitignore.default({ initialRules: ignoreContent.split("\n")}).ignoreContent).compile();
return (p: string, isDirectory: boolean) => {
const ext = wmillconf.json ? ".json" : ".yaml";
if (!isDirectory && p.endsWith(".resource-type" + ext)) {
return wmillconf.skipResourceTypes ?? false;
}
// Special files should bypass path-based filtering when their include flags are set
if (!isDirectory) {
try {
const fileType = getTypeStrFromPath(p);
if (wmillconf.includeUsers && fileType === "user") {
return false; // Don't ignore, always include
}
if (wmillconf.includeGroups && fileType === "group") {
return false; // Don't ignore, always include
}
if (wmillconf.includeSettings && fileType === "settings") {
return false; // Don't ignore, always include
}
if (wmillconf.includeKey && fileType === "encryption_key") {
return false; // Don't ignore, always include
}
if (
!wmillconf.skipWorkspaceDependencies &&
fileType === "workspace_dependencies"
) {
return false; // Don't ignore workspace dependencies (they are always included unless explicitly skipped)
}
} catch {
// If getTypeStrFromPath can't determine the type, fall through to normal logic
}
}
return (
!isWhitelisted(p) &&
(isNotWmillFile(p, isDirectory) ||
(!isDirectory && whitelist != undefined && !whitelist.approve(p)))
);
};
}
interface ChangeTracker {
scripts: string[];
flows: string[];
apps: string[];
rawApps: string[];
}
// deno-lint-ignore no-inner-declarations
async function addToChangedIfNotExists(p: string, tracker: ChangeTracker) {
const isScript = exts.some((e) => p.endsWith(e));
if (isScript) {
if (isFlowPath(p)) {
const folder = extractFolderPath(p, "flow")!;
if (!tracker.flows.includes(folder)) {
tracker.flows.push(folder);
}
} else if (isAppPath(p)) {
const folder = extractFolderPath(p, "app")!;
if (!tracker.apps.includes(folder)) {
tracker.apps.push(folder);
}
} else if (isRawAppPath(p)) {
const folder = extractFolderPath(p, "raw_app")!;
if (!tracker.rawApps.includes(folder)) {
tracker.rawApps.push(folder);
}
} else {
if (!tracker.scripts.includes(p)) {
tracker.scripts.push(p);
}
}
} else if (p.endsWith(".script.yaml") || p.endsWith(".script.json")) {
try {
const contentPath = await findContentFile(p);
if (!contentPath) return;
if (tracker.scripts.includes(contentPath)) return;
tracker.scripts.push(contentPath);
} catch {
// ignore
}
}
}
async function buildTracker(changes: Change[]) {
const tracker: ChangeTracker = {
scripts: [],
flows: [],
apps: [],
rawApps: [],
};
for (const change of changes) {
if (change.name == "added" || change.name == "edited") {
await addToChangedIfNotExists(change.path, tracker);
}
}
return tracker;
}
export async function pull(
opts: GlobalOptions &
SyncOptions & { repository?: string; promotion?: string; branch?: string },
) {
const originalCliOpts = { ...opts };
opts = await mergeConfigWithConfigFile(opts);
// Validate branch configuration early (skipped when --branch is used)
try {
await validateBranchConfiguration(opts, opts.branch);
} catch (error) {
if (error instanceof Error && error.message.includes("overrides")) {
log.error(error.message);
Deno.exit(1);
}
throw error;
}
if (opts.stateful) {
await ensureDir(path.join(Deno.cwd(), ".wmill"));
}
const workspace = await resolveWorkspace(opts, opts.branch);
await requireLogin(opts);
// Resolve effective sync options with branch awareness
const effectiveOpts = await resolveEffectiveSyncOptions(
workspace,
opts,
opts.promotion,
opts.branch,
);
// Extract specific items configuration before merging overwrites gitBranches
const specificItems = getSpecificItemsForCurrentBranch(opts, opts.branch);
// Merge CLI flags with resolved settings (CLI flags take precedence only for explicit overrides)
opts = mergeCliWithEffectiveOptions(originalCliOpts, effectiveOpts);
const codebases = await listSyncCodebases(opts);
log.info(
colors.gray(
"Computing the files to update locally to match remote (taking wmill.yaml into account)",
),
);
let resourceTypeToFormatExtension: Record<string, string> = {};
try {
resourceTypeToFormatExtension = (await wmill.fileResourceTypeToFileExtMap({
workspace: workspace.workspaceId,
})) as Record<string, string>;
} catch {
// ignore
}
const zipFile = await downloadZip(
workspace,
opts.plainSecrets,
opts.skipVariables,
opts.skipResources,
opts.skipResourceTypes,
opts.skipSecrets,
opts.includeSchedules,
opts.includeTriggers,
opts.includeUsers,
opts.includeGroups,
opts.includeSettings,
opts.includeKey,
opts.skipWorkspaceDependencies,
opts.defaultTs,
);
const remote = ZipFSElement(
zipFile!,
!opts.json,
opts.defaultTs ?? "bun",
resourceTypeToFormatExtension,
true,
);
const local = !opts.stateful
? await FSFSElement(Deno.cwd(), codebases, true)
: await FSFSElement(path.join(Deno.cwd(), ".wmill"), [], true);
const changes = await compareDynFSElement(
remote,
local,
await ignoreF(opts),
opts.json ?? false,
opts,
false,
codebases,
true,
specificItems,
opts.branch,
true, // els1 (remote) is the remote source
);
log.info(
`remote (${workspace.name}) -> local: ${changes.length} changes to apply`,
);
// Handle JSON output for dry-run
if (opts.dryRun && opts.jsonOutput) {
const result = {
success: true,
changes: changes.map((change) => ({
type: change.name,
path: change.path,
...(change.name === "edited" && change.codebase
? { codebase_changed: true }
: {}),
...(specificItems && isSpecificItem(change.path, specificItems)
? {
branch_specific: true,
branch_specific_path: getBranchSpecificPath(
change.path,
specificItems,
opts.branch,
),
}
: {}),
})),
total: changes.length,
};
console.log(JSON.stringify(result, null, 2));
return;
}
if (changes.length > 0) {
if (!opts.jsonOutput) {
prettyChanges(changes, specificItems, opts.branch);
}
if (opts.dryRun) {
log.info(colors.gray(`Dry run complete.`));
return;
}
if (
!opts.yes &&
!(await Confirm.prompt({
message: `Do you want to apply these ${changes.length} changes to your local files?`,
default: true,
}))
) {
return;
}
const conflicts = [];
log.info(colors.gray(`Applying changes to files ...`));
for await (const change of changes) {
// Determine if this file should be written to a branch-specific path
let targetPath = change.path;
if (specificItems && isSpecificItem(change.path, specificItems)) {
const branchSpecificPath = getBranchSpecificPath(
change.path,
specificItems,
opts.branch,
);
if (branchSpecificPath) {
targetPath = branchSpecificPath;
}
}
const target = path.join(Deno.cwd(), targetPath);
const stateTarget = path.join(Deno.cwd(), ".wmill", targetPath);
if (change.name === "edited") {
if (opts.stateful) {
try {
const currentLocal = await Deno.readTextFile(target);
if (
currentLocal !== change.before &&
currentLocal !== change.after
) {
log.info(
colors.red(
`Conflict detected on ${change.path}\nBoth local and remote have been modified.`,
),
);
if (opts.failConflicts) {
conflicts.push({
local: currentLocal,
change,
path: change.path,
});
continue;
} else if (opts.yes) {
log.info(
colors.red(
`Override local version with remote since --yes was passed and no --fail-conflicts.`,
),
);
} else {
showConflict(change.path, currentLocal, change.after);
if (
await Confirm.prompt(
"Preserve local (push to change remote and avoid seeing this again)?",
)
) {
continue;
}
}
}
} catch {
// ignore
}
}
if (exts.some((e) => change.path.endsWith(e))) {
log.info(
`Editing script content of ${targetPath}${
targetPath !== change.path
? colors.gray(` (branch-specific override for ${change.path})`)
: ""
}`,
);
} else if (
change.path.endsWith(".yaml") ||
change.path.endsWith(".json")
) {
log.info(
`Editing ${getTypeStrFromPath(change.path)} ${targetPath}${
targetPath !== change.path
? colors.gray(` (branch-specific override for ${change.path})`)
: ""
}`,
);
}
await Deno.writeTextFile(target, change.after);
if (opts.stateful) {
await ensureDir(path.dirname(stateTarget));
await Deno.copyFile(target, stateTarget);
}
} else if (change.name === "added") {
await ensureDir(path.dirname(target));
if (opts.stateful) {
await ensureDir(path.dirname(stateTarget));
log.info(
`Adding ${getTypeStrFromPath(change.path)} ${targetPath}${
targetPath !== change.path
? colors.gray(` (branch-specific override for ${change.path})`)
: ""
}`,
);
}
await Deno.writeTextFile(target, change.content);
log.info(
`Writing ${getTypeStrFromPath(change.path)} ${targetPath}${
targetPath !== change.path
? colors.gray(` (branch-specific override for ${change.path})`)
: ""
}`,
);
if (opts.stateful) {
await Deno.copyFile(target, stateTarget);
}
} else if (change.name === "deleted") {
try {
log.info(
`Deleting ${getTypeStrFromPath(change.path)} ${change.path}`,
);
await Deno.remove(target);
if (opts.stateful) {
await Deno.remove(stateTarget);
}
} catch {
if (opts.stateful) {
await Deno.remove(stateTarget);
}
}
}
}
if (opts.failConflicts) {
if (conflicts.length > 0) {
console.error(colors.red(`Conflicts were found`));
log.info("Conflicts:");
for (const conflict of conflicts) {
showConflict(conflict.path, conflict.local, conflict.change.after);
}
log.info(
colors.red(`Please resolve these conflicts manually by either:
- reverting the content back to its remote (\`wmill pull\` and refuse to preserve local when prompted)
- pushing the changes with \`wmill push --skip-pull\` to override wmill with all your local changes
`),
);
Deno.exit(1);
}
}
log.info("All local changes pulled, now updating wmill-lock.yaml");
await readLockfile(); // ensure wmill-lock.yaml exists
const tracker: ChangeTracker = await buildTracker(changes);
const rawWorkspaceDependencies: Record<string, string> =
await getRawWorkspaceDependencies();
for (const change of tracker.scripts) {
await generateScriptMetadataInternal(
change,
workspace,
opts,
false,
true,
rawWorkspaceDependencies,
codebases,
true,
);
}
for (const change of tracker.flows) {
log.info(`Updating lock for flow ${change}`);
await generateFlowLockInternal(
change,
false,
workspace,
opts,
true,
false,
);
}
if (tracker.apps.length > 0) {
log.info(
colors.gray(
`Apps ${tracker.apps.join(
", ",
)} inline scripts were changed but ignoring metadata regeneration for now`,
),
);
}
for (const change of tracker.rawApps) {
log.info(`Updating lock metadata for raw app ${change}`);
await generateAppLocksInternal(
change,
true,
true,
workspace,
opts,
true,
true,
);
}
for (const change of tracker.apps) {
log.info(`Updating lock metadata for app ${change}`);
await generateAppLocksInternal(
change,
false,
false,
workspace,
opts,
true,
true,
);
}
if (opts.jsonOutput) {
const result = {
success: true,
message: `All ${changes.length} changes applied locally and wmill-lock.yaml updated`,
changes: changes.map((change) => ({
type: change.name,
path: change.path,
...(change.name === "edited" && change.codebase
? { codebase_changed: true }
: {}),
...(specificItems && isSpecificItem(change.path, specificItems)
? {
branch_specific: true,
branch_specific_path: getBranchSpecificPath(
change.path,
specificItems,
opts.branch,
),
}
: {}),
})),
total: changes.length,
};
console.log(JSON.stringify(result, null, 2));
} else {
log.info(
colors.bold.green.underline(
`\nDone! All ${changes.length} changes applied locally and wmill-lock.yaml updated.`,
),
);
}
} else if (opts.jsonOutput) {
console.log(
JSON.stringify(
{ success: true, message: "No changes to apply", total: 0 },
null,
2,
),
);
}
}
function prettyChanges(changes: Change[], specificItems?: SpecificItemsConfig, branchOverride?: string) {
for (const change of changes) {
let displayPath = change.path;
let branchNote = "";
// Check if this will be written as a branch-specific file
if (specificItems && isSpecificItem(change.path, specificItems)) {
const branchSpecificPath = getBranchSpecificPath(
change.path,
specificItems,
branchOverride,
);
if (branchSpecificPath) {
displayPath = branchSpecificPath;
branchNote = " (branch-specific)";
}
}
if (change.name === "added") {
log.info(
colors.green(
`+ ${getTypeStrFromPath(change.path)} ` +
displayPath +
colors.gray(branchNote),
),
);
} else if (change.name === "deleted") {
log.info(
colors.red(
`- ${getTypeStrFromPath(change.path)} ` +
displayPath +
colors.gray(branchNote),
),
);
} else if (change.name === "edited") {
log.info(
colors.yellow(
`~ ${getTypeStrFromPath(change.path)} ` +
displayPath +
colors.gray(branchNote) +
(change.codebase ? ` (codebase changed)` : ""),
),
);
if (change.before != change.after) {
if (change.path.endsWith(".yaml")) {
try {
showDiff(
yamlStringify(
yamlParseContent(change.path, change.before),
yamlOptions,
),
yamlStringify(
yamlParseContent(change.path, change.after),
yamlOptions,
),
);
} catch {
showDiff(change.before, change.after);
}
} else {
showDiff(change.before, change.after);
}
}
}
}
}
// function prettyDiff(diffs: Difference[]) {
// for (const diff of diffs) {
// let pathString = "";
// for (const pathSegment of diff.path) {
// if (typeof pathSegment === "string") {
// pathString += ".";
// pathString += pathSegment;
// } else {
// pathString += "[";
// pathString += pathSegment;
// pathString += "]";
// }
// }
// if (diff.type === "REMOVE" || diff.type === "CHANGE") {
// log.info(colors.red("- " + pathString + " = " + diff.oldValue));
// }
// if (diff.type === "CREATE" || diff.type === "CHANGE") {
// log.info(colors.green("+ " + pathString + " = " + diff.value));
// }
// }
// }
function removeSuffix(str: string, suffix: string) {
return str.slice(0, str.length - suffix.length);
}
export async function push(
opts: GlobalOptions & SyncOptions & { repository?: string; branch?: string },
) {
// Save original CLI options before merging with config file
const originalCliOpts = { ...opts };
// Load configuration from wmill.yaml and merge with CLI options
opts = await mergeConfigWithConfigFile(opts);
// Validate branch configuration early (skipped when --branch is used)
try {
await validateBranchConfiguration(opts, opts.branch);
} catch (error) {
if (error instanceof Error && error.message.includes("overrides")) {
log.error(error.message);
Deno.exit(1);
}
throw error;
}
const workspace = await resolveWorkspace(opts, opts.branch);
await requireLogin(opts);
// Resolve effective sync options with branch awareness
const effectiveOpts = await resolveEffectiveSyncOptions(
workspace,
opts,
opts.promotion,
opts.branch,
);
// Extract specific items configuration BEFORE merging overwrites gitBranches
const specificItems = getSpecificItemsForCurrentBranch(opts, opts.branch);
// Merge CLI flags with resolved settings (CLI flags take precedence only for explicit overrides)
opts = mergeCliWithEffectiveOptions(originalCliOpts, effectiveOpts);
if (opts.lint) {
log.info("Running lint validation before push...");
const lintReport = await runLint(opts);
printReport(lintReport, !!opts.jsonOutput);
if (!lintReport.success) {
log.error(colors.red("Push aborted due to lint failures."));
Deno.exit(1);
}
}
const codebases = await listSyncCodebases(opts);
if (opts.raw) {
log.info("--raw is now the default, you can remove it as a flag");
}
if (opts.stateful) {
if (!opts.skipPull) {
log.info(
colors.gray("You need to be up-to-date before pushing, pulling first."),
);
await pull(opts);
log.info(colors.green("Pull done, now pushing."));
log.info("\n");
}
}
log.info(
colors.gray(
"Computing the files to update on the remote to match local (taking wmill.yaml includes/excludes into account)",
),
);
let resourceTypeToFormatExtension: Record<string, string> = {};
try {
resourceTypeToFormatExtension = (await wmill.fileResourceTypeToFileExtMap({
workspace: workspace.workspaceId,
})) as Record<string, string>;
} catch {
// ignore
}
const remote = ZipFSElement(
(await downloadZip(
workspace,
opts.plainSecrets,
opts.skipVariables,
opts.skipResources,
opts.skipResourceTypes,
opts.skipSecrets,
opts.includeSchedules,
opts.includeTriggers,
opts.includeUsers,
opts.includeGroups,
opts.includeSettings,
opts.includeKey,
opts.skipWorkspaceDependencies,
opts.defaultTs,
))!,
!opts.json,
opts.defaultTs ?? "bun",
resourceTypeToFormatExtension,
false,
);
const local = await FSFSElement(path.join(Deno.cwd(), ""), codebases, false);
const changes = await compareDynFSElement(
local,
remote,
await ignoreF(opts),
opts.json ?? false,
opts,
true,
codebases,
false,
specificItems,
opts.branch,
false, // els1 (local) is not the remote source
);
const rawWorkspaceDependencies = await getRawWorkspaceDependencies();
const tracker: ChangeTracker = await buildTracker(changes);
const staleScripts: string[] = [];
const staleFlows: string[] = [];
const staleApps: string[] = [];
for (const change of tracker.scripts) {
const stale = await generateScriptMetadataInternal(
change,
workspace,
opts,
true,
true,
rawWorkspaceDependencies,
codebases,
false,
);
if (stale) {
staleScripts.push(stale);
}
}
if (staleScripts.length > 0) {
log.info("");
log.warn(
"Stale scripts metadata found, you may want to update them using 'wmill script generate-metadata' before pushing:",
);
for (const stale of staleScripts) {
log.warn(stale);
}
log.info("");
}
for (const change of tracker.flows) {
const stale = await generateFlowLockInternal(
change,
true,
workspace,
opts,
false,
true,
);
if (stale) {
staleFlows.push(stale);
}
}
if (staleFlows.length > 0) {
log.warn(
"Stale flows locks found, you may want to update them using 'wmill flow generate-locks' before pushing:",
);
for (const stale of staleFlows) {
log.warn(stale);
}
log.info("");
}
for (const change of tracker.apps) {
const stale = await generateAppLocksInternal(
change,
false,
true,
workspace,
opts,
true,
true,
);
if (stale) {
staleApps.push(stale);
}
}
for (const change of tracker.rawApps) {
const stale = await generateAppLocksInternal(
change,
true,
true,
workspace,
opts,
true,
true,
);
if (stale) {
staleApps.push(stale);
}
}
if (staleApps.length > 0) {
log.warn(
"Stale apps locks found, you may want to update them using 'wmill app generate-locks' before pushing:",
);
for (const stale of staleApps) {
log.warn(stale);
}
log.info("");
}
await fetchRemoteVersion(workspace);
log.info(
`remote (${workspace.name}) <- local: ${changes.length} changes to apply`,
);
// Handle JSON output for dry-run
if (opts.dryRun && opts.jsonOutput) {
const result = {
success: true,
changes: changes.map((change) => ({
type: change.name,
path: change.path,
...(change.name === "edited" && change.codebase
? { codebase_changed: true }
: {}),
...(specificItems && isSpecificItem(change.path, specificItems)
? {
branch_specific: true,
branch_specific_path: getBranchSpecificPath(
change.path,
specificItems,
opts.branch,
),
}
: {}),
})),
total: changes.length,
};
console.log(JSON.stringify(result, null, 2));
return;
}
if (changes.length > 0) {
if (!opts.jsonOutput) {
prettyChanges(changes, specificItems, opts.branch);
}
if (opts.dryRun) {
log.info(colors.gray(`Dry run complete.`));
return;
}
if (
!opts.yes &&
!(await Confirm.prompt({
message: `Do you want to apply these ${changes.length} changes to the remote?`,
default: true,
}))
) {
return;
}
const start = performance.now();
log.info(colors.gray(`Applying changes to files ...`));
let stateful = opts.stateful;
if (stateful) {
try {
await Deno.stat(path.join(Deno.cwd(), ".wmill"));
} catch {
stateful = false;
}
}
// Group changes by base path (before first dot)
const groupedChanges = new Map<string, typeof changes>();
for (const change of changes) {
const basePath = change.path.split(".")[0];
if (!groupedChanges.has(basePath)) {
groupedChanges.set(basePath, []);
}
groupedChanges.get(basePath)!.push(change);
}
let parallelizationFactor = opts.parallel ?? 1;
if (parallelizationFactor <= 0) {
parallelizationFactor = 1;
}
const groupedChangesArray = Array.from(groupedChanges.entries());
log.info(
`found changes for ${
groupedChangesArray.length
} items with a total of ${groupedChangesArray.reduce(
(acc, [_, changes]) => acc + changes.length,
0,
)} files to process`,
);
if (parallelizationFactor > 1) {
log.info(`Parallelizing ${parallelizationFactor} changes at a time`);
}
// Create a pool of workers that processes items as they become available
const pool = new Set();
const queue = [...groupedChangesArray];
// Cache git branch at the start to avoid repeated execSync calls per change
const cachedBranchForPush = opts.branch || (isGitRepository() ? getCurrentGitBranch() : null);
while (queue.length > 0 || pool.size > 0) {
// Fill the pool until we reach parallelizationFactor
while (pool.size < parallelizationFactor && queue.length > 0) {
let [_basePath, changes] = queue.shift()!;
const promise = (async () => {
const alreadySynced: string[] = [];
const isRawApp = isRawAppFile(changes[0].path);
if (isRawApp) {
const deleteRawApp = changes.find(
(change) =>
change.name === "deleted" &&
isRawAppFolderMetadataFile(change.path),
);
if (deleteRawApp) {
changes = [deleteRawApp];
} else {
changes.splice(1, changes.length - 1);
}
}
for await (const change of changes) {
let stateTarget = undefined;
if (stateful) {
try {
stateTarget = path.join(Deno.cwd(), ".wmill", change.path);
await Deno.stat(stateTarget);
} catch {
stateTarget = undefined;
}
}
if (change.name === "edited") {
if (
await handleScriptMetadata(
change.path,
workspace,
alreadySynced,
opts.message,
rawWorkspaceDependencies,
codebases,
opts,
)
) {
if (stateTarget) {
await Deno.writeTextFile(stateTarget, change.after);
}
continue;
} else if (
await handleFile(
change.path,
workspace,
alreadySynced,
opts.message,
opts,
rawWorkspaceDependencies,
codebases,
)
) {
if (stateTarget) {
await Deno.writeTextFile(stateTarget, change.after);
}
continue;
}
if (stateTarget) {
await ensureDir(path.dirname(stateTarget));
log.info(
`Editing ${getTypeStrFromPath(change.path)} ${change.path}`,
);
}
if (isFileResource(change.path)) {
const resourceFilePath = await findResourceFile(change.path);
if (!alreadySynced.includes(resourceFilePath)) {
alreadySynced.push(resourceFilePath);
const newObj = parseFromPath(
resourceFilePath,
await Deno.readTextFile(resourceFilePath),
);
// For branch-specific resources, push to the base path on the workspace server
// This ensures branch-specific files are stored with their base names in the workspace
let serverPath = resourceFilePath;
const currentBranch = cachedBranchForPush;
if (currentBranch && isBranchSpecificFile(resourceFilePath)) {
serverPath = fromBranchSpecificPath(
resourceFilePath,
currentBranch,
);
}
await pushResource(
workspace.workspaceId,
serverPath,
undefined,
newObj,
resourceFilePath,
);
if (stateTarget) {
await Deno.writeTextFile(stateTarget, change.after);
}
continue;
}
}
const oldObj = parseFromPath(change.path, change.before);
const newObj = parseFromPath(change.path, change.after);
// Check if this is a branch-specific item and get the original branch-specific path
let originalBranchSpecificPath: string | undefined;
if (specificItems && isSpecificItem(change.path, specificItems)) {
originalBranchSpecificPath = getBranchSpecificPath(
change.path,
specificItems,
opts.branch,
);
}
await pushObj(
workspace.workspaceId,
change.path,
oldObj,
newObj,
opts.plainSecrets ?? false,
alreadySynced,
opts.message,
originalBranchSpecificPath,
);
if (stateTarget) {
await Deno.writeTextFile(stateTarget, change.after);
}
} else if (change.name === "added") {
if (
change.path.endsWith(".script.json") ||
change.path.endsWith(".script.yaml") ||
change.path.endsWith(".lock") ||
isFileResource(change.path)
) {
continue;
} else if (
await handleFile(
change.path,
workspace,
alreadySynced,
opts.message,
opts,
rawWorkspaceDependencies,
codebases,
)
) {
continue;
}
if (stateTarget) {
await ensureDir(path.dirname(stateTarget));
log.info(
`Adding ${getTypeStrFromPath(change.path)} ${change.path}`,
);
}
const obj = parseFromPath(change.path, change.content);
// Determine the actual local file path for this change
// For branch-specific items, we read from branch-specific files but push to base server paths
let localFilePath = change.path;
if (specificItems && isSpecificItem(change.path, specificItems)) {
const branchSpecificPath = getBranchSpecificPath(
change.path,
specificItems,
opts.branch,
);
if (branchSpecificPath) {
localFilePath = branchSpecificPath;
}
}
await pushObj(
workspace.workspaceId,
change.path,
undefined,
obj,
opts.plainSecrets ?? false,
[],
opts.message,
localFilePath, // Pass the actual local file path
);
if (stateTarget) {
await Deno.writeTextFile(stateTarget, change.content);
}
} else if (change.name === "deleted") {
if (change.path.endsWith(".lock")) {
continue;
}
const typ = getTypeStrFromPath(change.path);
if (typ == "script") {
log.info(`Archiving ${typ} ${change.path}`);
} else {
log.info(`Deleting ${typ} ${change.path}`);
}
const workspaceId = workspace.workspaceId;
const target = change.path.replaceAll(SEP, "/");
switch (typ) {
case "script": {
await wmill.archiveScriptByPath({
workspace: workspaceId,
path: removeExtensionToPath(target),
});
break;
}
case "folder":
await wmill.deleteFolder({
workspace: workspaceId,
name: change.path.split(SEP)[1],
});
break;
case "resource":
await wmill.deleteResource({
workspace: workspaceId,
path: removeSuffix(target, ".resource.json"),
});
break;
case "resource-type":
await wmill.deleteResourceType({
workspace: workspaceId,
path: removeSuffix(target, ".resource-type.json"),
});
break;
case "flow":
await wmill.deleteFlowByPath({
workspace: workspaceId,
path: removeSuffix(target, getDeleteSuffix("flow", "json")),
});
break;
case "app":
await wmill.deleteApp({
workspace: workspaceId,
path: removeSuffix(target, getDeleteSuffix("app", "json")),
});
break;
case "raw_app":
if (isRawAppFolderMetadataFile(target)) {
// Delete the entire raw app
await wmill.deleteApp({
workspace: workspaceId,
path: removeSuffix(target, getDeleteSuffix("raw_app", "json")),
});
} else {
// For individual file deletions within a raw app,
// re-push the entire raw app so the backend gets the updated file list
// (the deleted file won't be included in the push)
await pushObj(
workspaceId,
target,
undefined,
undefined,
opts.plainSecrets ?? false,
alreadySynced,
opts.message,
);
}
break;
case "schedule":
await wmill.deleteSchedule({
workspace: workspaceId,
path: removeSuffix(target, ".schedule.json"),
});
break;
case "http_trigger":
await wmill.deleteHttpTrigger({
workspace: workspaceId,
path: removeSuffix(target, ".http_trigger.json"),
});
break;
case "websocket_trigger":
await wmill.deleteWebsocketTrigger({
workspace: workspaceId,
path: removeSuffix(target, ".websocket_trigger.json"),
});
break;
case "kafka_trigger":
await wmill.deleteKafkaTrigger({
workspace: workspaceId,
path: removeSuffix(target, ".kafka_trigger.json"),
});
break;
case "nats_trigger":
await wmill.deleteNatsTrigger({
workspace: workspaceId,
path: removeSuffix(target, ".nats_trigger.json"),
});
break;
case "postgres_trigger":
await wmill.deletePostgresTrigger({
workspace: workspaceId,
path: removeSuffix(target, ".postgres_trigger.json"),
});
break;
case "mqtt_trigger":
await wmill.deleteMqttTrigger({
workspace: workspaceId,
path: removeSuffix(target, ".mqtt_trigger.json"),
});
break;
case "sqs_trigger":
await wmill.deleteSqsTrigger({
workspace: workspaceId,
path: removeSuffix(target, ".sqs_trigger.json"),
});
break;
case "gcp_trigger":
await wmill.deleteGcpTrigger({
workspace: workspaceId,
path: removeSuffix(target, ".gcp_trigger.json"),
});
break;
case "email_trigger":
await wmill.deleteEmailTrigger({
workspace: workspaceId,
path: removeSuffix(target, ".email_trigger.json"),
});
break;
case "native_trigger": {
const triggerInfo = extractNativeTriggerInfo(change.path);
if (!triggerInfo) {
throw new Error(
`Invalid native trigger path: ${change.path}`
);
}
await wmill.deleteNativeTrigger({
workspace: workspaceId,
serviceName: triggerInfo.serviceName as NativeServiceName,
externalId: triggerInfo.externalId,
});
break;
}
case "variable":
await wmill.deleteVariable({
workspace: workspaceId,
path: removeSuffix(target, ".variable.json"),
});
break;
case "user": {
const users = await wmill.listUsers({
workspace: workspaceId,
});
const email = removeSuffix(
removePathPrefix(change.path, "users"),
".user.json",
);
const user = users.find((u) => u.email === email);
if (!user) {
throw new Error(`User ${email} not found`);
}
await wmill.deleteUser({
workspace: workspaceId,
username: user.username,
});
break;
}
case "group":
await wmill.deleteGroup({
workspace: workspaceId,
name: removeSuffix(
removePathPrefix(change.path, "groups"),
".group.json",
),
});
break;
case "workspace_dependencies":
const relativePath = removePathPrefix(
change.path,
"dependencies",
);
const res = workspaceDependenciesPathToLanguageAndFilename(
change.path,
);
if (!res) {
throw new Error(
`Unknown workspace dependencies file format: ${change.path}`,
);
}
const { name, language } = res;
await wmill.deleteWorkspaceDependencies({
workspace: workspaceId,
language,
name,
});
break;
default:
break;
}
if (stateTarget) {
try {
await Deno.remove(stateTarget);
} catch {
// state target may not exist already
}
}
}
}
})();
pool.add(promise);
// Remove from pool when complete
promise.then(() => pool.delete(promise));
}
// Wait for at least one task to complete before continuing
if (pool.size > 0) {
await Promise.race(pool);
}
}
if (opts.jsonOutput) {
const result = {
success: true,
message: `All ${changes.length} changes pushed to the remote workspace ${workspace.workspaceId} named ${workspace.name}`,
changes: changes.map((change) => ({
type: change.name,
path: change.path,
...(change.name === "edited" && change.codebase
? { codebase_changed: true }
: {}),
...(specificItems && isSpecificItem(change.path, specificItems)
? {
branch_specific: true,
branch_specific_path: getBranchSpecificPath(
change.path,
specificItems,
opts.branch,
),
}
: {}),
})),
total: changes.length,
duration_ms: Math.round(performance.now() - start),
};
console.log(JSON.stringify(result, null, 2));
} else {
log.info(
colors.bold.green.underline(
`\nDone! All ${
changes.length
} changes pushed to the remote workspace ${
workspace.workspaceId
} named ${workspace.name} (${(performance.now() - start).toFixed(
0,
)}ms)`,
),
);
}
} else if (opts.jsonOutput) {
console.log(
JSON.stringify(
{ success: true, message: "No changes to push", total: 0 },
null,
2,
),
);
}
}
const command = new Command()
.description(
"sync local with a remote workspaces or the opposite (push or pull)",
)
.action(() =>
log.info("2 actions available, pull and push. Use -h to display help."),
)
.command("pull")
.description("Pull any remote changes and apply them locally.")
.option("--yes", "Pull without needing confirmation")
.option(
"--dry-run",
"Show changes that would be pulled without actually pushing",
)
.option("--plain-secrets", "Pull secrets as plain text")
.option("--json", "Use JSON instead of YAML")
.option("--skip-variables", "Skip syncing variables (including secrets)")
.option("--skip-secrets", "Skip syncing only secrets variables")
.option("--skip-resources", "Skip syncing resources")
.option("--skip-resource-types", "Skip syncing resource types")
.option("--skip-scripts", "Skip syncing scripts")
.option("--skip-flows", "Skip syncing flows")
.option("--skip-apps", "Skip syncing apps")
.option("--skip-folders", "Skip syncing folders")
.option(
"--skip-workspace-dependencies",
"Skip syncing workspace dependencies",
)
// .option("--skip-scripts-metadata", "Skip syncing scripts metadata, focus solely on logic")
.option("--include-schedules", "Include syncing schedules")
.option("--include-triggers", "Include syncing triggers")
.option("--include-users", "Include syncing users")
.option("--include-groups", "Include syncing groups")
.option("--include-settings", "Include syncing workspace settings")
.option("--include-key", "Include workspace encryption key")
.option("--skip-branch-validation", "Skip git branch validation and prompts")
.option("--json-output", "Output results in JSON format")
.option(
"-i --includes <patterns:file[]>",
"Comma separated patterns to specify which file to take into account (among files that are compatible with windmill). Patterns can include * (any string until '/') and ** (any string). Overrides wmill.yaml includes",
)
.option(
"-e --excludes <patterns:file[]>",
"Comma separated patterns to specify which file to NOT take into account. Overrides wmill.yaml excludes",
)
.option(
"--extra-includes <patterns:file[]>",
"Comma separated patterns to specify which file to take into account (among files that are compatible with windmill). Patterns can include * (any string until '/') and ** (any string). Useful to still take wmill.yaml into account and act as a second pattern to satisfy",
)
.option(
"--repository <repo:string>",
"Specify repository path (e.g., u/user/repo) when multiple repositories exist",
)
.option(
"--promotion <branch:string>",
"Use promotionOverrides from the specified branch instead of regular overrides",
)
.option(
"--branch <branch:string>",
"Override the current git branch (works even outside a git repository)",
)
// deno-lint-ignore no-explicit-any
.action(pull as any)
.command("push")
.description("Push any local changes and apply them remotely.")
.option("--yes", "Push without needing confirmation")
.option(
"--dry-run",
"Show changes that would be pushed without actually pushing",
)
.option("--plain-secrets", "Push secrets as plain text")
.option("--json", "Use JSON instead of YAML")
.option("--skip-variables", "Skip syncing variables (including secrets)")
.option("--skip-secrets", "Skip syncing only secrets variables")
.option("--skip-resources", "Skip syncing resources")
.option("--skip-resource-types", "Skip syncing resource types")
.option("--skip-scripts", "Skip syncing scripts")
.option("--skip-flows", "Skip syncing flows")
.option("--skip-apps", "Skip syncing apps")
.option("--skip-folders", "Skip syncing folders")
.option(
"--skip-workspace-dependencies",
"Skip syncing workspace dependencies",
)
// .option("--skip-scripts-metadata", "Skip syncing scripts metadata, focus solely on logic")
.option("--include-schedules", "Include syncing schedules")
.option("--include-triggers", "Include syncing triggers")
.option("--include-users", "Include syncing users")
.option("--include-groups", "Include syncing groups")
.option("--include-settings", "Include syncing workspace settings")
.option("--include-key", "Include workspace encryption key")
.option("--skip-branch-validation", "Skip git branch validation and prompts")
.option("--json-output", "Output results in JSON format")
.option(
"-i --includes <patterns:file[]>",
"Comma separated patterns to specify which file to take into account (among files that are compatible with windmill). Patterns can include * (any string until '/') and ** (any string)",
)
.option(
"-e --excludes <patterns:file[]>",
"Comma separated patterns to specify which file to NOT take into account.",
)
.option(
"--extra-includes <patterns:file[]>",
"Comma separated patterns to specify which file to take into account (among files that are compatible with windmill). Patterns can include * (any string until '/') and ** (any string). Useful to still take wmill.yaml into account and act as a second pattern to satisfy",
)
.option(
"--message <message:string>",
"Include a message that will be added to all scripts/flows/apps updated during this push",
)
.option("--parallel <number>", "Number of changes to process in parallel")
.option(
"--repository <repo:string>",
"Specify repository path (e.g., u/user/repo) when multiple repositories exist",
)
.option(
"--branch <branch:string>",
"Override the current git branch (works even outside a git repository)",
)
.option("--lint", "Run lint validation before pushing")
// deno-lint-ignore no-explicit-any
.action(push as any);
export default command;