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Hugo, Hugo Extra(For QA Login Site) For QA: Git Java Selenium Prompt MacOS Email Chain YopMail - Udemy For Admin Use Only [hugo server -D ] Bookmarks All bookmarks, YouTube: DreamCar, KnowSense01 Exercise: bigmuscles, Simplyyyeasy Presentation CSV to Slide Note: “I” for all menus Data to Presentation Exercises: Squat Publishers identifyy[If you want privacy and keep it simple: Use “Few Steps” in ARTIST, WRITER, RECORD LABEL, PUBLISHER. If you want legal accuracy and plan to register with PROs: Use your real name in the WRITER and possibly PUBLISHER fields, and use “Few Steps” as ARTIST and RECORD LABEL] 🎥 YouTube Stop-Motion Tutorials with Software -[best] (https://www.youtube.com/shorts/2bgipx-EANY) ...

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VIM prompt “:” :wq → save & quit :q! → quit without saving GitHub Token Location + Brew Installaiotn commands (One Time): Token Setup: GitHub → Profile Icon → Settings → Developer settings → Personal access tokens → Tokens Modern One (Not Classic). Use this when it asked you the password. commands for homebrew + git 1 2 3 4 5 6 brew install git brew --version # Run these commands in your terminal to add Homebrew to your PATH: echo >> /Users/fewsteps/.zprofile echo 'eval "$(/opt/homebrew/bin/brew shellenv)"' >> /Users/fewsteps/.zprofile eval "$(/opt/homebrew/bin/brew shellenv)" GitHub Workflow for Multiple Users and Devices — Complete Command Guide 1 2 3 4 5 6 7 8 9 10 git pull origin main # 1. Get latest project (always do this first) git checkout -b my-feature-branch # 2. Create your own branch (give your branch a unique name) # (edit code normally) # 3. Make changes to your files git add . # 4. Stage and commit your changes git commit -m "my update" git push origin my-feature-branch # 5. Push your branch to GitHub # 6. Go to GitHub website # → Open Pull Request → Merge branch into main (No terminal command — you click buttons on GitHub) git checkout main # 7. After the PR is merged, update your local main # git pull origin main # beginning of thask Future Modifications Workflow After a branch is merged, create a new branch for any new changes. ...

🧩 Step 1: Install Hugo (Extended Version) Open your terminal and run and Make sure it says extended — required for themes using SCSS. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 brew upgrade hugo # Update Hugo git submodule update --remote --merge # Update theme brew install hugo # install hugo version # verify version hugo v0.133.1+extended darwin/arm64 ... # Expected output: hugo new site . --format yaml # Create a New Hugo Site in root folder hugo new _index.md # create new phome page hugo new contact.md # create other pages # ---------------------------------------- # Add .gitignore first # ---------------------------------------- touch .gitignore # Create a .gitignore file nano .gitignore # Open it in the terminal editor (nano) to add entries git add . git commit -m "Initial Hugo site" git remote add origin https://github.com/yourname/mycoursesite.git git push origin main # install theme: Papermod/Zen rm -rf themes/hugo-profile # delete old theme git submodule add https://github.com/gurusabarish/hugo-profile.git themes/hugo-profile hugo server # Run locally hugo server -D # Debug mode Run the local development server: hug build # Build the project rm -rf themes/PaperMod # Delete the old theme folder git clone https://github.com/adityatelange/hugo-PaperMod.git themes/PaperMod @ Clone the latest PaperMod from GitHub grep version themes/PaperMod/theme.toml # Check the version Add Standalone HTML Page in Hugo 1 2 3 4 5 6 7 8 9 # Put your HTML file inside the static folder static/your-folder/index.html # Hugo copies this directly to the site # Access the page in the browser /your-folder/ # URL automatically loads index.html # Link to the page from your site <a href="/your-folder/">Open Page</a> # Simple link to the static page [MarkDown Formattted](/foldername/) Sample .gitignore file .DS_Store Thumbs.db .hugo_build.lock hugo_stats.json public/ resources/ node_modules/ .vscode/ .firebase/ hugo.yaml file content PaperMod Ref: https://github.com/adityatelange/hugo-PaperMod/wiki/Installation Zen Ref: Sample content of the pages: 1 2 3 4 --- title: "Home" draft: false --- Deploy to Netlify Go to https://app.netlify.com → Click “Add New Site → Import from GitHub” → Select your repository. Then click Deploy. At the root of your project, create netlify.toml and add: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 [build] command = "hugo --gc --minify" publish = "public" [build.environment] HUGO_VERSION = "0.152.2" HUGO_ENV = "production" HUGO_EXTENDED = "true" HUGO_ENABLEGITINFO = "true" [context.production.environment] HUGO_ENV = "production" [context.deploy-preview.environment] HUGO_ENV = "staging" Firebase Hosting/Deploy: 1 2 3 4 5 6 hugo npm install -g firebase-tools firebase login firebase init #configure whatever needed hugo firebase deploy Suggestion for modification Hugo Commnity 1) Edit the .gitignore file in the root of your project. It should look something like this: .DS_Store .hugo_build.lock hugo_stats.json node_modules/ public/ resources/ 2) Remove the public directory (and other cruft) from source control and push changes: git rm -rf public/ git rm .hugo_build.lock git rm .DS_Store git add -A && git commit -m "Cleanup repo" && git push Add and Display Images in Hugo PaperMod Place image inside static folder: static/images/myImage.png means: we can reference it in markdown as: /images/myImage.png Add Image as Page Cover front matter (top section) This displays the image at the top of the post as a cover/banner. 1 2 3 4 5 cover: image: "/images/myImage.png" alt: "macOS 26 Course" caption: "Ultimate macOS 26 Tahoe Course" hidden: false Add Image Inside Page Content use Hugo figure shortcode: Don’t leave a space between {{ and <figure. {{< figure src="/images/myImage.png" alt=“altText” caption=“captionText” width=“300px” >}} ...

https://practicetestautomation.com/practice-test-login/ Comparison Differnt Versions of Selenium 1 2 3 4 5 6 7 8 9 10 11 12 // Selenium 2, 3 (Manual driver setup) System.setProperty("webdriver.chrome.driver", "C:\\drivers\\chromedriver.exe"); WebDriver driver = new ChromeDriver(); // Selenium 4.0 – 4.5 (Using external WebDriverManager) import io.github.bonigarcia.wdm.WebDriverManager; WebDriverManager.chromedriver().setup(); WebDriver driver = new ChromeDriver(); // Selenium 4.6+ to 4.38 (Built-in Selenium Manager — current) WebDriver driver = new ChromeDriver(); // No setup needed Best Practices 1 2 3 4 5 6 7 8 9 10 11 12 13 14 // Window management driver.manage().window().maximize(); // Cookies driver.get("https://www.google.com"); driver.manage().addCookie(new Cookie("TestCookie", "12345")); // Timeouts — Best Practice driver.manage().timeouts().implicitlyWait(Duration.ofSeconds(10)); // for element search driver.manage().timeouts().pageLoadTimeout(Duration.ofSeconds(20)); // for full page load driver.manage().timeouts().scriptTimeout(Duration.ofSeconds(10)); // for JS scripts // Example: delete old cookies at start driver.manage().deleteAllCookies(); driver.manage() – Overview Category Common Methods Purpose Window maximize(), minimize(), fullscreen(), setSize(), setPosition() Control browser window Cookies getCookies(), addCookie(), deleteAllCookies() Manage session cookies Timeouts implicitlyWait(), pageLoadTimeout(), scriptTimeout() Control how Selenium waits for operations Timeouts — driver.manage().timeouts() Method Description implicitlyWait(Duration time) Wait for elements to appear pageLoadTimeout(Duration time) Max time to wait for page to load scriptTimeout(Duration time) Max time for asynchronous scripts (JS) Sample Test Case You are a Selenium Java expert. I need to automate a simple task: ...

You want a fake login page inside your Hugo site (Papermod theme) so that you can teach QA automation with Java + Selenium using selectors like ID, name, CSS, XPath, etc. The login page should work like this: Page name: test.md Contains a form: username, password, Login button Valid credentials: username: fewsteps password: password If correct → redirect to login-success page If wrong → show an error message on the same page ...

Section 1: Exam overview and domains AWS Certification program basics AWS has a global certification program to validate technical skills for building secure, reliable, scalable cloud applications on AWS. The AWS Certified Solutions Architect – Associate (SAA) was the first AWS certification, originally released in 2013. Versions evolved over time: SAA‑C01, then SAA‑C02, then SAA‑C03 (and so on: last digit increments for each new version). Knowing the current exam code is important so you study the right and most up‑to‑date content. Target audience and question format Intended for people in solutions architect or DevOps type roles with real AWS experience designing available, cost‑efficient, fault‑tolerant, scalable distributed systems. Questions are scenario‑based, testing design and trade‑off thinking, not just definitions. Question types: Multiple choice: 1 correct answer, 3 distractors. Multiple response: 2 or more correct answers out of 5+ options. Delivery, timing, scoring You can take the exam in a test center or online proctored from home. Exam: 65 questions in 130 minutes (2 hours 10 minutes). Scoring range: 100–1000, with 720 as the minimum passing score. AWS uses a scaled scoring model so scores are comparable even if different exam forms vary in difficulty. You receive a detailed score report by email a few days after the exam. Retake policy If you fail, you must wait 14 days before retaking. There is no hard cap on attempts, but each attempt requires paying the full registration fee again. Score report and domains After the exam, your score report shows performance per domain, not per individual question. AWS uses a compensatory scoring model: You do not need to “pass” every domain individually. You pass if your overall scaled score ≥ 720. Domains have different weights, so some domains contribute more questions than others. The performance table helps you identify strengths and weaknesses for future improvement. Section 1.5: The four exam domains (high level) These are the domains and weights: ...

Yes. Here is the same summary with all references like “transcript.txt” or “file:1” removed and no file/link mentions. 1. Course Goal and Project Overview Build a production‑ready currency converter API using Claude Code. Stack: TypeScript, Cloudflare Workers, Wrangler CLI, GitHub, GitHub Actions, DeepWiki MCP. Target workflow: AI‑assisted project scaffolding and coding. PRD‑driven implementation. Tests (unit + integration). Git version control and PRs. CI (tests on PRs and main). CD (deploy to Cloudflare Workers with smoke tests). 2. Setting Up Claude Code and MCP 2.1 Install and Verify Claude Code In an empty project directory in VS Code: Install globally: npm install -g anthropic-ai-cloud-code. Verify with cloud in the terminal, confirm version and trust the folder if prompted. 2.2 Configure MCP Server (DeepWiki) Create .mcp.json in the project root: Top‑level key mcpServers. Add server DeepWiki with: type: HTTP. url: DeepWiki MCP endpoint. Run cloud: Claude detects the new MCP server. Choose to trust it for all future MCP servers so new ones are auto‑enabled. Test MCP: Use /mcp command and confirm DeepWiki shows as connected. 2.3 Create cloud.md (Claude’s Entry File) cloud.md is always read by Claude Code when working in the repo. Contents (core points): Overview: currency converter API that reads conversion rates from a CSV; runs locally and on Cloudflare Workers. Technologies: TypeScript, Cloudflare Workers, Wrangler CLI. Development rule: Before implementing, Claude should use DeepWiki’s askQuestion tool to get latest library information. Preference: Use askQuestion instead of a bulk “read whole wiki” style tool to keep responses small and focused. 2.4 Voice Dictation Workflow Instructor uses a dictation tool (e.g., Voice Ink) to speak text for cloud.md and prompts. Principle: talking is faster than typing; any dictation tool or plain typing works. 3. Using Plan Mode to Scaffold the Project 3.1 Modes in Claude Code Accept mode: Claude directly edits files. Plan mode: Claude first proposes a detailed plan, you review/adjust, then auto‑apply. Toggle using Shift+Tab: One toggle: “accept edits”. Next toggle: “plan mode”. 3.2 Initial “Hello World” API In plan mode, you prompt something intentionally vague: “Help me set up the project with a Hello World HTTP GET API.” Claude: Reads cloud.md and project state. Asks clarifying questions: Framework choice (Node/Express vs Cloudflare Workers, HONO vs native). Package manager choice (npm, yarn, pnpm). You: Choose Cloudflare Workers via Wrangler. Ask Claude to decide package manager using DeepWiki and Wrangler docs. 3.3 Tool Permissions and Settings You get permission prompts for actions: Permit once (safer for git and destructive commands). Permit always (reasonable for safe commands). Examples: Allow bash find permanently → Claude records in settings.local.json. Allow unlimited DeepWiki askQuestion calls so it doesn’t keep asking. 3.4 Generated Plan for Scaffolding Plan summary: ...

Barriers to Vulnerability Remediation — Simplified Summary When fixing security vulnerabilities, you’ll face different kinds of people who can slow things down. Here’s how to handle them: Grumpy Gus (System Engineer): Skilled but skeptical. He worries fixes will break systems or aren’t needed. Win him over with facts, show test results, and offer a safe testing environment before changes go live. Bureaucratic Bob (IT Manager): Obsessed with process and approvals. Respect his concern for change control, but remind him that emergency patches should follow a faster approval process. Functional Fran (Department Manager): Focused on keeping business operations running smoothly. Reassure her that fixing vulnerabilities prevents larger disruptions. Work with her to schedule downtime at convenient times. Selling Sally (Customer Manager): Concerned about customer commitments and service-level agreements (SLAs). Explain that remediation protects customers too, and ensure SLAs include room for emergency maintenance. Key takeaway: Vulnerability remediation isn’t just technical—it’s also about managing people, processes, and communication. Being collaborative and clear builds trust and helps security fixes move forward smoothly. ...

Here is a structured, revision‑friendly set of notes for your course. URL: https://localhost:8834/ 1. Nessus Overview Nessus is a widely used vulnerability scanner for cybersecurity professionals, network engineers, and system administrators. It scans network devices and compares them against a large database of known vulnerabilities so you can remediate issues before attackers exploit them. Course goals: install and configure Nessus, run scans, and interpret results to improve security. What You Need to Know Designed for users new to Nessus; no prior vulnerability scanning experience required. Helpful background: basic system administration, IP addresses, ports, and port scanning (e.g., Nmap). Nessus scans build on the idea of port scanning to discover services and vulnerabilities. Nessus Editions Nessus began as open source in 1998; moved to closed source and commercial licensing in 2005. Editions: Nessus Essentials: free, used in this course, limited to 16 IPs. Nessus Professional / Expert: paid, per‑scanner licensing, for larger environments. Tenable ecosystem: Tenable Security Center / Security Center Plus (central dashboards), Tenable Vulnerability Management (cloud‑based). 2. Installing and Accessing Nessus Installing Nessus on Linux (Ubuntu example) Supported: Ubuntu, RHEL, FreeBSD, SUSE, Fedora, Debian, Raspberry Pi, Amazon Linux, etc. Steps (Ubuntu): Download Nessus installer from Tenable website (requires name, email, license acceptance). Copy installer to server. Install with sudo dpkg -i <package-name> (exact name may vary by version/architecture). Start service: sudo systemctl start nessusd.service. After installation, configuration continues via web console (same for Linux and Windows). Installing Nessus on Windows Download Windows installer from Tenable download page, accept license, run standard wizard. Use default installation path unless you have specific needs. After setup completes, installer opens the web console to confirm it’s running. Configure the Windows firewall: Create inbound rule for TCP port 8834 to allow access to the Nessus web interface. In production, restrict source IPs to authorized admin systems only. Accessing the Nessus Console Use a browser: https://<server-ip>:8834. Self‑signed TLS certificate will trigger a warning; in production, use a trusted CA or internal PKI certificate. Initial setup workflow: Choose edition (e.g., Nessus Essentials). Provide name and email to obtain activation code (or paste existing activation code). Create Nessus user account (username and password). Nessus downloads plugins and completes setup (10–20 minutes). 3. Vulnerability Management Fundamentals What Is Vulnerability Management? Modern systems have millions of lines of code; complexity guarantees bugs and vulnerabilities. Vendors respond by issuing patches; admins must apply patches across OSs, apps, devices, and libraries. A mature vulnerability management program includes: Regular scanning for vulnerabilities. Patch application. Tracking remediation status. Reporting results. Common Drivers for Vulnerability Programs Improve security (primary purpose). Corporate policy mandates (may dictate tools, deadlines, reporting formats). External regulation: PCI DSS (for credit card data): Quarterly internal and external scans. New scans after significant changes. Use Approved Scanning Vendor (ASV) for external scans. Remediate and rescan until no significant vulnerabilities remain. FISMA (US gov): Follow NIST SP 800‑53 controls. Regularly scan systems/apps, analyze results, remediate, and share vulnerability info across agencies. Types of Vulnerability Tests Network vulnerability scans: probe devices and services across the network. Application scans: test the code of applications for flaws. Web application scans: focus on web‑specific issues like SQL injection and XSS. Complement scans with configuration reviews and log analysis to detect false positives and context. 4. Building a Vulnerability Management Program Identifying Scan Targets (Asset Inventory) Start from program requirements (security goals, compliance, corporate policy). Use a trusted asset inventory: Configuration management tools with up‑to‑date system lists. If missing, use a light network discovery scan (not a full vulnerability scan) to find hosts. Example with Nessus host discovery: Create “Host Discovery” scan. Enter targets (hostnames, IPs, ranges). Run scan and review discovered hosts and open ports. Use results as input to detailed vulnerability scans. Prioritizing Assets For each asset, evaluate: ...