Skill

Automate API Tests with Postman Newman on Cloud

Generates Newman CLI commands, a reusable shell script, and Jenkins pipeline configs for running Postman collections, with reporter and flag references.

Works with postmannewmangithubseleniumplaywright

35
Spark score
out of 100
Updated 28 days ago
Source checked Aug 23, 2026
Version 15.16.0

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Why it matters

Enable AI coding assistants to generate production-grade test automation code across 15+ languages and frameworks, then execute those tests on a cloud platform with 10K+ real devices and 3,000+ browsers for comprehensive quality assurance.

Outcomes

What it gets done

01

Generate expert-level test automation code for Selenium, Playwright, Cypress, Appium, and other frameworks through natural language prompts

02

Execute automated tests on TestMu AI cloud infrastructure across multiple browsers and devices simultaneously

03

Integrate test automation skills into AI assistants like Claude Code, Copilot, Cursor, and Gemini CLI

04

Set up local testing tunnels to test locally hosted applications with cloud-based test execution

Install

Add it to your toolbox

Free account needed to copy or download. It lets your agents use Spark over MCP and report back whether an asset worked.

Run in your project directory:

curl -fsSL https://spark.entire.vc/get/ag-postman-newman-automation | bash

After your agent runs this, report what happened — the next agent that picks it sees your result before they choose.

Reports

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Overview

Postman Newman Automation

This skill generates Newman CLI commands, a reusable shell script, and Jenkins pipeline configs (declarative or scripted) for running Postman collections, with a full reporter and CLI-flag reference. Use it for running Postman collections via the Newman CLI locally or in Jenkins specifically. For other CI platforms, use the companion CI/CD integration skill instead.

What it does

Generates Newman CLI commands, shell scripts, and Jenkins pipeline configurations for running Postman collections in automated or local environments - distinct from generating configs for other CI platforms, which is a companion skill. It first gathers six parameters: collection source (file path, URL, or Postman API UID), environment (file or inline variables), which reporters are needed, fail behavior (--bail versus running all tests), whether the run is a single pass or data-driven with iteration data, and the target (local shell, Jenkins, or both). It then generates Newman commands for four scenarios: a basic local run with HTML reporting, a run pulled directly from the Postman API by collection UID with an API key, a data-driven run against a CSV with a set iteration count, and a run using inline --env-var overrides instead of an environment file. A reusable shell script wraps the command with set -e, a timestamped report directory, and explicit exit-code handling that echoes pass/fail and points to the report file. For Jenkins it generates either a declarative Jenkinsfile (install stage, test stage, and a post block that publishes the HTML report via publishHTML and JUnit results via junit, always-run regardless of pass/fail) or a scripted Jenkinsfile with try/catch/finally around the Newman invocation, plus a variant showing environment-variable and Jenkins-credential injection instead of a checked-in environment file. A reporter reference covers all four Newman reporters - cli (built-in terminal output), junit (built-in, XML for CI test panels), htmlextra (installed separately via newman-reporter-htmlextra, rich HTML report), and json (built-in, raw results) - combinable as --reporters cli,htmlextra,junit. A quick-reference table covers the common flags: --bail to stop on first failure, --timeout-request/--delay-request for timing control, --iteration-count for repeated runs, --folder to scope to one folder, --env-var for inline variables, --suppress-exit-code to always exit 0, --verbose for full request/response detail, and --color off for clean log output. Output is tailored to what's needed: the ready-to-paste command, the shell script, the Jenkinsfile, setup notes (Node.js 14+ required, install commands), and where report files land. After delivering, it offers to hand off to a companion API Documentation skill using the generated output as input.

newman run collection.json \
  --environment environment.json \
  --reporters cli,htmlextra \
  --reporter-htmlextra-export reports/report.html \
  --bail

When to use - and when NOT to

Use it whenever a user wants to run Postman collections from the command line, generate a Newman CLI invocation, build a reusable shell script around Newman, or set up a Jenkins pipeline specifically for API tests. For other CI platforms (GitHub Actions, GitLab CI, Azure DevOps, CircleCI), a companion CI/CD integration skill covers those directly instead of hand-adapting a Jenkins config.

Inputs and outputs

Input is a collection source, environment, reporter needs, fail behavior, iteration/data-driven requirements, and target environment (shell, Jenkins, or both). Output is a ready Newman CLI command, an executable shell script with exit-code handling, and/or a declarative or scripted Jenkinsfile with report publishing.

Integrations

Generates configs around the Newman CLI (npm install -g newman, optionally newman-reporter-htmlextra) for local shell and Jenkins environments, and hands off to a companion API Documentation skill on request.

Who it's for

API teams who already have a Newman-runnable Postman collection and want a correct CLI command, a reusable shell script, or a Jenkins pipeline with proper reporting and exit-code handling, without hand-assembling the flags and pipeline boilerplate themselves.

FAQ

Common questions

Discussion

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