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* Server (HTTP/SSE) setup flow.
* Handles Docker-based deployment configuration.
*/
import * as p from "@clack/prompts";
import { randomBytes } from "crypto";
import { DiscoveryResult, SetupResult, DockerDeploymentType } from "../types";
import { initDockerConfig, startContainer } from "../../docker/docker-utils";
import { getContainerRuntime } from "../../docker/container-runtime";
import { DEFAULT_DOCKER_CONFIG } from "../../docker/types";
import { runToolSelectionFlow, applyManualCategories } from "./tool-selection";
/**
* Run the server (HTTP/SSE) setup flow.
* Guides user through Docker deployment configuration.
*/
export async function runServerSetupFlow(discovery: DiscoveryResult): Promise<SetupResult> {
// Check container runtime prerequisites
const status = discovery.docker;
const runtime = getContainerRuntime();
const runtimeLabel = runtime.runtime === "podman" ? "Podman" : "Docker";
if (!status.dockerInstalled) {
p.log.error("No container runtime (Docker or Podman) is installed.");
p.note(
"Install Docker: https://docs.docker.com/get-docker/\nOr Podman: https://podman.io/getting-started/installation",
"Install Runtime"
);
return { success: false, mode: "server", error: "Container runtime not installed" };
}
if (!status.composeInstalled) {
p.log.error(`No compose tool found for ${runtimeLabel}.`);
p.note(
`A compose tool is required.\nFor Docker: bundled with Docker Desktop or 'docker compose'\nFor Podman: install podman-compose`,
"Install Compose"
);
return { success: false, mode: "server", error: "Compose tool not installed" };
}
// Step 1: Deployment type
const deploymentType = await p.select<DockerDeploymentType>({
message: "Deployment type:",
options: [
{
value: "standalone" as DockerDeploymentType,
label: "Docker standalone",
hint: "Stateless, for dev/testing",
},
{
value: "external-db" as DockerDeploymentType,
label: "Docker + external PostgreSQL",
hint: "Production with existing database",
},
{
value: "compose-bundle" as DockerDeploymentType,
label: "Docker Compose bundle",
hint: "All-in-one with postgres included",
},
],
});
if (p.isCancel(deploymentType)) {
return { success: false, mode: "server", error: "Cancelled" };
}
// Step 2: Port configuration
const port = await p.text({
message: "SSE port for MCP server:",
placeholder: "3333",
initialValue: "3333",
validate: value => {
const num = parseInt(value ?? "", 10);
if (isNaN(num) || num < 1 || num > 65535) {
return "Port must be between 1 and 65535";
}
return undefined;
},
});
if (p.isCancel(port)) {
return { success: false, mode: "server", error: "Cancelled" };
}
// Step 3: OAuth configuration
const enableOAuth = await p.confirm({
message: "Enable OAuth for multi-user support?",
initialValue: deploymentType !== "standalone",
});
if (p.isCancel(enableOAuth)) {
return { success: false, mode: "server", error: "Cancelled" };
}
let oauthSessionSecret: string | undefined;
let databaseUrl: string | undefined;
if (enableOAuth) {
oauthSessionSecret = randomBytes(32).toString("hex");
p.log.info("Session secret generated and stored in .env file (not in compose).");
Eif (deploymentType === "external-db") {
const dbUrl = await p.text({
message: "PostgreSQL DATABASE_URL:",
placeholder: "postgresql://user:pass@host:5432/gitlab_mcp",
validate: v => {
if (!v?.startsWith("postgresql://")) {
return "Must be a valid PostgreSQL URL";
}
return undefined;
},
});
if (p.isCancel(dbUrl)) {
return { success: false, mode: "server", error: "Cancelled" };
}
databaseUrl = dbUrl;
}
}
// Step 4: Tool configuration
const toolConfig = await runToolSelectionFlow();
if (!toolConfig) {
return { success: false, mode: "server", error: "Cancelled" };
}
// Step 5: Create Docker configuration with tool selection and deployment type applied
const toolEnv: Record<string, string> = {};
if (toolConfig.mode === "preset" && toolConfig.preset) {
toolEnv.GITLAB_PROFILE = toolConfig.preset;
} else if (toolConfig.mode === "advanced" && toolConfig.envOverrides) {
Object.assign(toolEnv, toolConfig.envOverrides);
} else Eif (toolConfig.mode === "manual" && toolConfig.enabledCategories) {
applyManualCategories(toolConfig.enabledCategories, toolEnv);
}
const config = {
...DEFAULT_DOCKER_CONFIG,
port: parseInt(port, 10),
deploymentType,
oauthEnabled: enableOAuth,
oauthSessionSecret,
databaseUrl,
environment: Object.keys(toolEnv).length > 0 ? toolEnv : undefined,
};
const spinner = p.spinner();
spinner.start("Creating Docker configuration...");
try {
initDockerConfig(config);
spinner.stop("Docker configuration created!");
// Step 6: Start container
const startNow = await p.confirm({
message: "Start the container now?",
initialValue: true,
});
if (!p.isCancel(startNow) && startNow) {
spinner.start("Starting container...");
const result = startContainer();
if (result.success) {
spinner.stop("Container started!");
p.log.success(`MCP server running at http://localhost:${port}`);
} else {
spinner.stop("Failed to start container");
p.log.error(result.error ?? "Unknown error");
}
}
return {
success: true,
mode: "server",
dockerConfig: {
port: parseInt(port, 10),
deploymentType,
instances: [],
},
};
} catch (error) {
spinner.stop("Configuration failed");
const msg = error instanceof Error ? error.message : String(error);
p.log.error(msg);
return { success: false, mode: "server", error: msg };
}
}
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