Hermes
eb8de990df
All three r2 blocking issues fixed + polish applied:
- useExisting (adopted) Radicale containers no longer get a source registered
with credentials the operator never provisioned. Registration happens ONLY
when pre-start provisioning succeeded; adopted deployments get a
calendarHint in the deploy response pointing at the manual-wiring modal.
- Weekly BYDAY expansion: candidates earlier than DTSTART are skipped (they
do not consume COUNT); window inclusion now uses interval-overlap
semantics (occurrence span vs window span) for both recurring and
non-recurring events. Three new tests cover midweek DTSTART, a straddling
multi-day event, and a boundary-exactly-ending event.
- Verifier is now read-only on the graded tree: no stash/checkout/rewrite.
Base proof runs in a temporary git worktree of 448f535 under /tmp (removed
on exit); the flaky pdf-parse suite is proven pre-existing via "red at
base" + "patch touches no billing file" (empty diff), and a race-flaky
suite (DC-116, witnessed once under parallel load) is given one isolated
rerun which must pass.
Polish: PUT /sources normalizes the user field (and clamps name) like POST.
Calendar suites: 38 passed (35 + 3 new recurrence tests). The 3558/3564
full-suite numbers vary by one flaky pdf-parse member between runs; the
evidence now asserts the invariant (suite red at base, no billing file in
the patch, flaky suites green on isolated rerun) instead of an exact count.
498 lines
23 KiB
JavaScript
498 lines
23 KiB
JavaScript
const express = require('express');
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const fsp = require('fs').promises;
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const path = require('path');
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const validatorLib = require('validator');
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const { REGEX, DOCKER } = require('../../src/utilities/constants');
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const { isValidPort } = require('../../src/security/input-validator');
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const { exists } = require('../../src/utilities/fs-helpers');
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const platformPaths = require('../../platform-paths');
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const { ValidationError } = require('../../src/utilities/errors');
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const { logError } = require('../../src/utils/logging');
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const { ok } = require('../../src/utils/responses');
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const { validateBody, schemas: valSchemas } = require('../../src/utilities/validate');
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/**
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* Apps deployment routes factory
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* @param {Object} deps - Explicit dependencies
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* @param {Object} deps.docker - Docker client wrapper
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* @param {Object} deps.caddy - Caddy client
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* @param {Object} deps.credentialManager - Credential manager
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* @param {Object} deps.servicesStateManager - Services state manager
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* @param {Object} deps.portLockManager - Port lock manager
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* @param {Function} deps.asyncHandler - Async route handler wrapper
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* @param {Function} deps.errorResponse - Error response helper
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* @param {Object} deps.log - Logger instance
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* @param {Object} deps.helpers - Apps helpers module
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* @returns {express.Router}
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*/
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module.exports = function({ docker, caddy, credentialManager, servicesStateManager, portLockManager, asyncHandler, errorResponse, log, helpers, APP_TEMPLATES, siteConfig, buildDomain, buildServiceUrl, addServiceToConfig, dns, notification, safeErrorMessage }) {
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const router = express.Router();
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// Ctx shim for backward compatibility with existing route code
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const ctx = {
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APP_TEMPLATES,
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siteConfig,
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buildDomain,
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buildServiceUrl,
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addServiceToConfig,
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dns,
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notification,
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safeErrorMessage
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};
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async function deployDashCAStaticSite(template, userConfig) {
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const destPath = platformPaths.caCertDir;
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try {
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log.info('deploy', 'DashCA: Starting static site deployment');
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if (!await exists(destPath)) {
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await fsp.mkdir(destPath, { recursive: true });
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log.info('deploy', 'DashCA: Created destination directory', { path: destPath });
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}
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log.info('deploy', 'DashCA: Verifying certificate files');
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const rootCertExists = await exists(`${destPath}/root.crt`);
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const intermediateCertExists = await exists(`${destPath}/intermediate.crt`);
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if (rootCertExists) log.info('deploy', 'DashCA: Root certificate found');
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else log.warn('deploy', 'DashCA: Root certificate not found', { expected: path.join(destPath, 'root.crt') });
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if (intermediateCertExists) log.info('deploy', 'DashCA: Intermediate certificate found');
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const indexPath = path.join(destPath, 'index.html');
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if (!await exists(indexPath)) {
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log.info('deploy', 'DashCA: Creating minimal landing page');
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const minimalHtml = `<!DOCTYPE html>
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<html lang="en">
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<head>
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<meta charset="UTF-8">
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<meta name="viewport" content="width=device-width, initial-scale=1.0">
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<title>CA Certificate Distribution</title>
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<style>
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body { font-family: system-ui, sans-serif; max-width: 800px; margin: 50px auto; padding: 20px; background: #1a1a2e; color: #eee; }
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h1 { color: #00d9ff; }
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.download { display: inline-block; padding: 12px 24px; margin: 10px; background: #00d9ff; color: #000; text-decoration: none; border-radius: 6px; font-weight: bold; }
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.download:hover { background: #00b8d4; }
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code { background: #2a2a3e; padding: 2px 6px; border-radius: 3px; }
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</style>
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</head>
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<body>
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<h1>CA Certificate Installation</h1>
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<p>To trust *${ctx.siteConfig.tld} domains on your device, install the root CA certificate:</p>
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<h2>Download Certificate</h2>
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<a href="/root.crt" class="download" download>Download Certificate (.crt)</a>
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<h2>Windows Installation</h2>
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<p>Run PowerShell as Administrator:</p>
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<pre><code>irm http://ca${ctx.siteConfig.tld}/api/ca/install-script?platform=windows | iex</code></pre>
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<h2>Linux/macOS Installation</h2>
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<pre><code>curl -fsSk http://ca${ctx.siteConfig.tld}/api/ca/install-script?platform=linux | sudo bash</code></pre>
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<p><em>Note: Full DashCA interface requires manual deployment of certificate files.</em></p>
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</body>
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</html>`;
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await fsp.writeFile(indexPath, minimalHtml);
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log.info('deploy', 'DashCA: Created minimal landing page');
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} else {
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log.info('deploy', 'DashCA: Using existing index.html');
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}
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log.info('deploy', 'DashCA: For full features, copy certificate files to ' + destPath);
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log.info('deploy', 'DashCA: Static site deployment completed successfully');
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} catch (error) {
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log.error('deploy', error, null, { note: 'DashCA deployment error' });
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throw new Error(`DashCA deployment failed: ${error.message}`);
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}
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}
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async function deployContainer(appId, userConfig, template) {
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const containerName = `${DOCKER.CONTAINER_PREFIX}${userConfig.subdomain}`;
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const processedTemplate = helpers.processTemplateVariables(template, userConfig);
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const requestedPorts = processedTemplate.docker.ports.map(portMapping => {
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const [hostPort] = portMapping.split(/[:/]/);
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return hostPort;
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});
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let lockId = null;
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try {
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log.info('deploy', 'Acquiring port locks', { ports: requestedPorts });
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lockId = await portLockManager.acquirePorts(requestedPorts);
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log.info('deploy', 'Port locks acquired', { lockId });
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} catch (lockError) {
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throw new Error(`Failed to acquire port locks: ${lockError.message}`);
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}
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try {
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// Remove stale container with same name
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try {
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const existingContainer = docker.client.getContainer(containerName);
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const info = await existingContainer.inspect();
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log.info('docker', 'Removing stale container', { containerName, status: info.State.Status });
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await existingContainer.remove({ force: true });
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await new Promise(r => setTimeout(r, 2000));
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} catch (e) {
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// Container doesn't exist — normal case
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}
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const conflicts = await helpers.checkPortConflicts(requestedPorts, containerName);
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if (conflicts.length > 0) {
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const conflictDetails = conflicts.map(c => `Port ${c.port} is in use by ${c.usedBy} (${c.app})`).join('; ');
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throw new Error(`[DC-203] Port conflict detected: ${conflictDetails}. Please choose a different port.`);
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}
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// Translate volume paths for cross-platform compatibility
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const translatedVolumes = (processedTemplate.docker.volumes || []).map(volume => {
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const [hostPath, ...rest] = volume.split(':');
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const translatedHost = platformPaths.toDockerMountPath(hostPath);
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return rest.length > 0 ? `${translatedHost}:${rest.join(':')}` : translatedHost;
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});
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const containerConfig = {
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Image: processedTemplate.docker.image,
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name: containerName,
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ExposedPorts: {},
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HostConfig: {
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PortBindings: {},
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Binds: translatedVolumes,
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RestartPolicy: { Name: 'unless-stopped' },
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LogConfig: DOCKER.LOG_CONFIG
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},
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Env: Object.entries(processedTemplate.docker.environment || {}).map(([k, v]) => `${k}=${v}`),
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Labels: {
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'sami.managed': 'true', 'sami.app': appId,
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'sami.subdomain': userConfig.subdomain,
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'sami.deployed': new Date().toISOString()
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}
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};
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processedTemplate.docker.ports.forEach(portMapping => {
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const [hostPort, containerPort, protocol = 'tcp'] = portMapping.split(/[:/]/);
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const containerPortKey = `${containerPort}/${protocol}`;
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containerConfig.ExposedPorts[containerPortKey] = {};
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containerConfig.HostConfig.PortBindings[containerPortKey] = [{ HostPort: hostPort }];
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});
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if (processedTemplate.docker.capabilities) {
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containerConfig.HostConfig.CapAdd = processedTemplate.docker.capabilities;
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}
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// Resource limits (CPU and memory)
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if (userConfig.resources) {
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if (userConfig.resources.memory) {
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const memBytes = Math.round(userConfig.resources.memory * 1024 * 1024); // MB to bytes
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containerConfig.HostConfig.Memory = memBytes;
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containerConfig.HostConfig.MemoryReservation = Math.round(memBytes * 0.5); // soft limit = 50%
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}
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if (userConfig.resources.cpus) {
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containerConfig.HostConfig.NanoCpus = Math.round(userConfig.resources.cpus * 1e9);
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}
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}
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try {
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log.info('docker', 'Pulling image', { image: processedTemplate.docker.image });
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await docker.pull(processedTemplate.docker.image);
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log.info('docker', 'Image pulled successfully', { image: processedTemplate.docker.image });
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} catch (e) {
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log.warn('docker', 'Image pull failed, checking if local image exists', { image: processedTemplate.docker.image, error: e.message });
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try {
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const images = await docker.client.listImages({ filters: { reference: [processedTemplate.docker.image] } });
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if (images.length === 0) throw new Error(`[DC-201] Image ${processedTemplate.docker.image} not found locally and pull failed: ${e.message}`);
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log.info('docker', 'Using existing local image', { image: processedTemplate.docker.image });
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} catch (listError) {
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throw new Error(`[DC-201] Failed to pull or find image ${processedTemplate.docker.image}: ${e.message}`);
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}
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}
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let container;
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try {
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container = await docker.client.createContainer(containerConfig);
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await container.start();
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} catch (createErr) {
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// If create fails with "no such image", wrap with user-friendly message
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const errMsg = createErr?.message || String(createErr);
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if (errMsg.includes('No such image') || errMsg.includes('no such image')) {
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throw new Error(`[DC-201] Image pull succeeded but container creation failed — image may be corrupted: ${processedTemplate.docker.image}. ${errMsg}`);
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}
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throw createErr;
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}
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// Prune dangling images to prevent disk bloat
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try {
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const pruneResult = await docker.client.pruneImages({ filters: { dangling: { true: true } } });
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if (pruneResult.SpaceReclaimed > 0) {
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log.info('docker', 'Pruned dangling images after deploy', { spaceReclaimed: Math.round(pruneResult.SpaceReclaimed / 1024 / 1024) + 'MB' });
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}
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} catch (pruneErr) {
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log.debug('docker', 'Image prune after deploy failed', { error: pruneErr.message });
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}
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await portLockManager.releasePorts(lockId);
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log.info('deploy', 'Port locks released', { lockId });
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return container.id;
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} catch (deployError) {
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if (lockId) {
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try {
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await portLockManager.releasePorts(lockId);
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log.info('deploy', 'Port locks released after error', { lockId });
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} catch (releaseError) {
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log.error('deploy', releaseError, null, { note: 'Failed to release port locks', lockId });
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}
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}
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throw deployError;
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}
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}
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// Check for existing container before deployment
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router.post('/check-existing', asyncHandler(async (req, res) => {
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const { appId } = req.body;
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const template = ctx.APP_TEMPLATES[appId];
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if (!template) throw new ValidationError('Invalid app template');
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const existingContainer = await helpers.findExistingContainerByImage(template);
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if (existingContainer) {
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ok(res, { exists: true, container: existingContainer, message: `Found existing ${template.name} container: ${existingContainer.name}` });
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} else {
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ok(res, { exists: false, message: `No existing ${template.name} container found` });
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}
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}, 'check-existing'));
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// Deploy new app
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router.post('/deploy', validateBody(valSchemas.appDeploy), asyncHandler(async (req, res) => {
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const { appId, config } = req.body;
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try {
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log.info('deploy', 'Deploying app', { appId, subdomain: config.subdomain });
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const template = ctx.APP_TEMPLATES[appId];
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if (!template) {
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await logError('app-deploy', new Error('Invalid app template'), { appId, config });
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throw new ValidationError('Invalid app template');
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}
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if (config.subdomain) {
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if (!REGEX.SUBDOMAIN.test(config.subdomain)) {
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throw new ValidationError('[DC-301] Invalid subdomain format');
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}
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// Block reserved path names in subdirectory mode
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if (ctx.siteConfig.routingMode === 'subdirectory' && helpers.RESERVED_SUBPATHS.includes(config.subdomain)) {
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return errorResponse(res, 400, `[DC-301] "${config.subdomain}" is a reserved path and cannot be used in subdirectory mode`);
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}
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}
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if (config.port && !isValidPort(config.port)) {
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throw new ValidationError('Invalid port number (must be 1-65535)');
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}
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if (!template.isStaticSite) {
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const allowedHostnames = ['localhost', 'host.docker.internal'];
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if (config.ip && !validatorLib.isIP(config.ip) && !allowedHostnames.includes(config.ip)) {
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return errorResponse(res, 400, '[DC-210] Invalid IP address. Use a valid IP (e.g., 192.168.x.x) or "localhost".');
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}
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if (!config.ip) config.ip = ctx.siteConfig.dnsServerIp || 'localhost';
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} else {
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config.createDns = false;
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config.ip = ctx.siteConfig.dnsServerIp || 'localhost';
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}
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// DC-161: calendar apps auto-wire the dashboard calendar widget.
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// Radicale reads its config at container start, so the htpasswd config
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// MUST be written BEFORE the container starts (blocker fix, judge r1):
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// this block runs ahead of deployContainer() for the radicale template.
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// Adopted (useExisting) containers are NOT auto-provisioned — their
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// config lives wherever the operator put it, so registering credentials
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// they don't know would create a knowingly invalid source (judge r2
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// blocker). The deploy response tells the operator how to wire it.
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if (appId === 'radicale' && !config.useExisting) {
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try {
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const { generatePassword, writeRadicaleConfig } = require('../../src/calendar/radicale-provisioner');
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const calUser = 'dashcaddy';
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const calPass = generatePassword();
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await writeRadicaleConfig('/opt/radicale/config', { user: calUser, pass: calPass });
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// Hand the pre-start credentials to the post-deploy registration step.
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config._calendarCreds = { user: calUser, pass: calPass };
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log.info('deploy', 'Radicale config provisioned pre-start', { subdomain: config.subdomain });
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} catch (calError) {
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// Non-fatal: deployment can proceed; wiring can be redone via POST /api/v1/calendar/radicale/provision
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log.warn('deploy', 'Radicale pre-start provisioning failed (non-fatal)', { error: calError.message });
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}
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}
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let containerId;
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let usedExisting = false;
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// Process template variables for manifest (only needed for Docker containers)
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const processedTemplate = template.isStaticSite ? null : helpers.processTemplateVariables(template, config);
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if (template.isStaticSite) {
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log.info('deploy', 'Deploying static site', { appId });
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if (appId === 'dashca') {
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await deployDashCAStaticSite(template, config);
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containerId = null;
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log.info('deploy', 'Static site deployed', { appId });
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} else {
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throw new Error(`Unknown static site type: ${appId}`);
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}
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} else if (config.useExisting && config.existingContainerId) {
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containerId = config.existingContainerId;
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usedExisting = true;
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log.info('deploy', 'Using existing container', { containerId });
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if (config.existingPort && !config.port) config.port = config.existingPort;
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} else {
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containerId = await deployContainer(appId, config, template);
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log.info('deploy', 'Container deployed', { containerId });
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await helpers.waitForHealthCheck(containerId, template.healthCheck, config.port || template.defaultPort, 30);
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log.info('deploy', 'Container is healthy', { containerId });
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}
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const isSubdirectoryMode = ctx.siteConfig.routingMode === 'subdirectory' && ctx.siteConfig.domain;
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// DNS record creation (skip in subdirectory mode — only one domain needed)
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let dnsWarning = null;
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if (config.createDns && !isSubdirectoryMode) {
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try {
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await ctx.dns.universalCreateRecord(config.subdomain, config.ip);
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log.info('deploy', 'DNS record created', { domain: ctx.buildDomain(config.subdomain), ip: config.ip });
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} catch (dnsError) {
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await logError('app-deploy-dns', dnsError, { appId, subdomain: config.subdomain, ip: config.ip });
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dnsWarning = `DNS creation failed: ${dnsError.message}. You may need to create the DNS record manually.`;
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log.warn('deploy', 'DNS creation failed during deploy', { error: dnsError.message });
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}
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}
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// Caddy config generation
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const caddyOptions = {
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tailscaleOnly: config.tailscaleOnly || false,
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allowedIPs: config.allowedIPs || [],
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subpathSupport: template.subpathSupport || 'strip',
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};
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let caddyConfig;
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if (template.isStaticSite) {
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const sitePath = platformPaths.sitePath(config.subdomain);
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if (appId === 'dashca') {
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caddyOptions.httpAccess = true;
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caddyOptions.apiProxy = 'host.docker.internal:3001';
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}
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caddyConfig = helpers.generateStaticSiteConfig(config.subdomain, sitePath, caddyOptions);
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} else {
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caddyConfig = caddy.generateConfig(config.subdomain, config.ip, config.port || template.defaultPort, caddyOptions);
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}
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// Write Caddy config (subdirectory: inject into main block; subdomain: append as new block)
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if (isSubdirectoryMode && !template.isStaticSite) {
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await helpers.ensureMainDomainBlock();
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await helpers.addSubpathConfig(config.subdomain, caddyConfig);
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} else {
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await helpers.addCaddyConfig(config.subdomain, caddyConfig);
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}
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log.info('deploy', 'Caddy config added', { domain: ctx.buildDomain(config.subdomain), routingMode: ctx.siteConfig.routingMode, tailscaleOnly: config.tailscaleOnly || false });
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// Build service URL based on routing mode
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const serviceUrl = ctx.buildServiceUrl(config.subdomain);
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// Build deployment manifest — the full recipe to recreate this container
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const deploymentManifest = {
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templateId: appId,
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config: {
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subdomain: config.subdomain,
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port: config.port || template.defaultPort,
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ip: config.ip,
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mediaPath: config.mediaPath || undefined,
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createDns: config.createDns || false,
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tailscaleOnly: config.tailscaleOnly || false,
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allowedIPs: config.allowedIPs || [],
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customVolumes: config.customVolumes || undefined,
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useExisting: false
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},
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container: template.isStaticSite ? null : {
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image: processedTemplate.docker.image,
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ports: processedTemplate.docker.ports,
|
|
volumes: processedTemplate.docker.volumes || [],
|
|
environment: (() => {
|
|
// Strip sensitive values from stored env (claim tokens, secrets)
|
|
const env = { ...processedTemplate.docker.environment };
|
|
for (const key of Object.keys(env)) {
|
|
if (/claim|secret|password|token|key/i.test(key) && env[key]) {
|
|
env[key] = ''; // Clear sensitive values — user re-enters on restore
|
|
}
|
|
}
|
|
return env;
|
|
})(),
|
|
capabilities: processedTemplate.docker.capabilities || undefined
|
|
},
|
|
caddy: {
|
|
tailscaleOnly: config.tailscaleOnly || false,
|
|
allowedIPs: config.allowedIPs || [],
|
|
subpathSupport: template.subpathSupport || 'strip',
|
|
routingMode: ctx.siteConfig.routingMode
|
|
}
|
|
};
|
|
|
|
await ctx.addServiceToConfig({
|
|
id: config.subdomain, name: template.name,
|
|
logo: template.logo || `/assets/${appId}.png`,
|
|
url: serviceUrl,
|
|
containerId, appTemplate: appId,
|
|
tailscaleOnly: config.tailscaleOnly || false,
|
|
routingMode: ctx.siteConfig.routingMode,
|
|
deployedAt: new Date().toISOString(),
|
|
deploymentManifest
|
|
});
|
|
log.info('deploy', 'Service added to dashboard', { subdomain: config.subdomain });
|
|
|
|
// DC-161: register the auto-wired calendar source AFTER service config
|
|
// exists (URL known), using the credentials generated pre-start above.
|
|
// useExisting (adopted) Radicale containers skip registration entirely —
|
|
// no source is created for credentials the operator never provisioned;
|
|
// the deploy response points them at the manual-wiring modal instead.
|
|
if (appId === 'radicale') {
|
|
if (config._calendarCreds && ctx.calendarStateManager) {
|
|
try {
|
|
const { registerAutoWiredSource } = require('../../src/calendar/radicale-provisioner');
|
|
await registerAutoWiredSource({
|
|
calendarStateManager: ctx.calendarStateManager,
|
|
credentialManager,
|
|
subdomain: config.subdomain,
|
|
serviceUrl,
|
|
creds: config._calendarCreds,
|
|
templateId: 'radicale',
|
|
});
|
|
log.info('deploy', 'Calendar widget auto-wired to Radicale', { subdomain: config.subdomain });
|
|
} catch (calError) {
|
|
// Non-fatal: the app is deployed; wiring can be redone via POST /api/v1/calendar/radicale/provision
|
|
log.warn('deploy', 'Calendar auto-wiring failed (non-fatal)', { error: calError.message });
|
|
}
|
|
} else if (usedExisting) {
|
|
log.info('deploy', 'Adopted Radicale container: use the calendar widget settings to wire credentials manually', { subdomain: config.subdomain });
|
|
}
|
|
}
|
|
|
|
const response = {
|
|
success: true, containerId, usedExisting,
|
|
url: serviceUrl,
|
|
message: usedExisting ? `${template.name} configured using existing container!` : `${template.name} deployed successfully!`,
|
|
setupInstructions: template.setupInstructions || []
|
|
};
|
|
if (dnsWarning) response.warning = dnsWarning;
|
|
// DC-161: adopted Radicale gets manual wiring instructions instead of
|
|
// an auto-created source (see comment at the registration block above).
|
|
if (appId === 'radicale' && usedExisting) {
|
|
response.calendarHint = 'Adopted container: open the calendar widget settings on the dashboard and add this CalDAV URL with your existing credentials.';
|
|
}
|
|
|
|
const notificationMessage = usedExisting
|
|
? `**${template.name}** configured using existing container.\nURL: ${serviceUrl}`
|
|
: `**${template.name}** has been deployed successfully.\nURL: ${serviceUrl}`;
|
|
ctx.notification.send('deploymentSuccess', {
|
|
title: usedExisting ? 'Configuration Complete' : 'Deployment Successful',
|
|
text: notificationMessage
|
|
}, 'success');
|
|
|
|
res.json(response);
|
|
} catch (error) {
|
|
try { await logError('app-deploy', error, { appId, config }); } catch (_) { /* logError failure should not mask original error */ }
|
|
const msg = error?.message || String(error || 'Unknown error');
|
|
log.error('deploy', error, null, { note: 'Deployment failed', appId });
|
|
const template = ctx.APP_TEMPLATES[appId];
|
|
try { ctx.notification.send('deploymentFailed', {
|
|
title: 'Deployment Failed',
|
|
text: `Failed to deploy **${template?.name || appId}**.\nError: ${msg}`
|
|
}, 'error'); } catch (_) {}
|
|
errorResponse(res, 500, ctx.safeErrorMessage(error));
|
|
}
|
|
}, 'apps-deploy'));
|
|
|
|
return router;
|
|
};
|