Pragmatic System Design

  • Category Other
  • Type Tutorials
  • Language English
  • Total size 681.8 MB
  • Uploaded By tutsnode
  • Downloads 804
  • Last checked 10 hours ago
  • Date uploaded 4 years ago
  • Seeders 20
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Infohash : 4455D7316B2C7BF10DAC8C0E3F32D0B02B72DE6D




Description

This course aims to prepare you for system design interviews, as well as discusses how you could apply this knowledge in your day to day job.

In real world, most of the engineers don’t get to design new systems often. Some don’t get to design them at all. In many companies architecture is something only a few individuals do regularly. But when it comes to interviewing, we suddenly expect everyone to be master in system design. This course tries to cover some of the basic topics, as well as provide you with my approach to some of the most common system design interview questions.

Second purpose of this course is to provide senior engineers with an alternative view to system design. What I see in the industry is that we don’t discuss design among ourselves much. It becomes a sensitive topic, because no real world design is perfect. And that’s something I hope to change.

There are two ways I suggest to consume the course. If you have plenty of time, just watch it start to finish. I tried to construct it in a logical order, so you will accumulate more and more confidence as you go.

Alternatively, if you are short on time, or if you aren’t preparing actively for interviews at the moment, you can start with the design videos, and if you aren’t familiar with one of the topics I discuss, there should be either a video for that or a link to a relevant article.

The goal of system design interview is usually to cover multiple topics. It evaluates the breath of knowledge first, depth of knowledge second. For that reason, I tried to keep the theoretical part on each topic rather brief. That is – it’s as deep as I expect as an interviewer from my candidates.

Finally, I will repeat myself and say that no design is perfect. There are always tradeoffs, there are always compromises that you must make. And each design is personal. It depends on what are your areas of expertise. When you watch my videos, please don’t treat them as the ultimate way I would design a system, but more as a collection of ideas of how to approach the topic.

If there are more system design interview questions you’d like me to solve or additional topics you’d like me to cover, let me know!
Who this course is for:

Software engineers of all levels preparing for System Design interviews
Senior engineers that are looking to make the next step in their career
Software architects that are looking to broaden their knowledge

Requirements

Computer hardware basics
Basic SQL knowledge for some of the examples

Last Updated 9/2021

Files:

Pragmatic System Design [TutsNode.com] - Pragmatic System Design 7. Databases
  • 1.1 150 Indexes.mp4 (40.0 MB)
  • 2. Sharding.srt (14.0 KB)
  • 4. Partitioning.srt (12.8 KB)
  • 1. Indexes.srt (8.8 KB)
  • 6. ACID.srt (6.3 KB)
  • 5. CAP Theorem.srt (6.1 KB)
  • 3. Consistent Hashing.srt (4.9 KB)
  • 3.1 Guide to Consistent Hashing - Toptal.html (0.1 KB)
  • 3.2 How we efficiently implemented consistent hashing - Ably.html (0.1 KB)
  • 4.1 Dealing with Partitions in PostgreSQL 11+.html (0.1 KB)
  • 5.1 CAP Theorem - Wikipedia.html (0.1 KB)
  • 5.2 CAP Twelve Years Later - InfoQ.html (0.1 KB)
  • 5.3 Demystifying CAP theorem, Eventual Consistency and exactly once delivery guarantee - MĂĄrton Waszlavik.html (0.2 KB)
  • 5.4 Multi-master replication - Wikipedia.html (0.1 KB)
  • 6.1 ACID - Wikipedia.html (0.1 KB)
  • 6.2 ACID Atomic, Consistent, Isolated, & Durable - Stephen Watts.html (0.1 KB)
  • 7. Databases.html (0.2 KB)
  • 2. Sharding.mp4 (27.7 MB)
  • 4. Partitioning.mp4 (27.6 MB)
  • 1. Indexes.mp4 (20.2 MB)
  • 5. CAP Theorem.mp4 (11.4 MB)
  • 6. ACID.mp4 (11.2 MB)
  • 3. Consistent Hashing.mp4 (10.1 MB)
1. Introduction
  • 1.1 Whimsical.html (0.1 KB)
  • 2. Diagram building blocks.srt (3.0 KB)
  • 3. Diagram flow.srt (1.5 KB)
  • 1. Introduction.srt (4.9 KB)
  • 1. Introduction.mp4 (8.9 MB)
  • 2. Diagram building blocks.mp4 (4.8 MB)
  • 3. Diagram flow.mp4 (2.3 MB)
6. Concurrency
  • 2. Processes.srt (8.8 KB)
  • 3. Threads.srt (5.2 KB)
  • 1. Concurrency vs Parallelism.srt (3.5 KB)
  • 4. Thread Pools.srt (1.9 KB)
  • 5. Concurrency.html (0.2 KB)
  • 2. Processes.mp4 (14.3 MB)
  • 3. Threads.mp4 (7.5 MB)
  • 1. Concurrency vs Parallelism.mp4 (6.6 MB)
  • 4. Thread Pools.mp4 (4.6 MB)
2. Networks
  • 1. Load Balancing.srt (7.5 KB)
  • 1.1 What Is Layer 4 Load Balancing - Nginx.html (0.1 KB)
  • 2.1 What is a CDN - Cloudflare.html (0.1 KB)
  • 2. CDN.srt (5.7 KB)
  • 1. Load Balancing.mp4 (13.2 MB)
  • 2. CDN.mp4 (11.4 MB)
8. Design a Taxi Hailing App (aka Uber)
  • 1. Problem Introduction - Design a Taxi Hailing App.srt (7.3 KB)
  • 4. Taxis Around You.srt (6.3 KB)
  • 2. Driver Locations.srt (6.3 KB)
  • 5. Matching.srt (4.7 KB)
  • 3. Storing Locations.srt (4.7 KB)
  • 6. Summary - Design a Taxi Hailing App.srt (1.0 KB)
  • 3. Storing Locations.mp4 (10.5 MB)
  • 2. Driver Locations.mp4 (10.3 MB)
  • 1. Problem Introduction - Design a Taxi Hailing App.mp4 (10.2 MB)
  • 5. Matching.mp4 (7.4 MB)
  • 4. Taxis Around You.mp4 (6.8 MB)
  • 6. Summary - Design a Taxi Hailing App.mp4 (1.8 MB)
10. Design a Web Crawler (aka Google Crawler)
  • 6. Priorities.srt (6.9 KB)
  • 5. Uniqueness.srt (5.3 KB)
  • 4. What's a new URL.srt (3.9 KB)
  • 3. Fetching Content.srt (3.8 KB)
  • 1. Problem Introduction - Design a Web Crawler.srt (3.4 KB)
  • 2. Basic Design.srt (2.9 KB)
  • 7. Summary - Design a Web Crawler.srt (1.2 KB)
  • 5.3 HighScalability How Twitter Uses Redis To Scale.html (0.2 KB)
  • 5.1 Bloom Filter size calculator.html (0.1 KB)
  • 5.2 Bloom Filter size calculator.html (0.1 KB)
  • 6. Priorities.mp4 (14.2 MB)
  • 5. Uniqueness.mp4 (10.5 MB)
  • 4. What's a new URL.mp4 (10.1 MB)
  • 3. Fetching Content.mp4 (6.9 MB)
  • 1. Problem Introduction - Design a Web Crawler.mp4 (6.2 MB)
  • 2. Basic Design.mp4 (4.5 MB)
  • 7. Summary - Design a Web Crawler.mp4 (3.1 MB)
4. Queues
  • 3. RabbitMQ.srt (6.7 KB)
  • 1. Introduction.srt (6.3 KB)
  • 2.1 Comparing Publish-Subscribe Messaging and Message Queuing - DZone.html (0.1 KB)
  • 3.1 AMQP - Wikipedia.html (0.1 KB)
  • 3.2 AMQP 0-9-1 Model Explained.html (0.1 KB)
  • 3.3 RabbitMQ for beginners - What is RabbitMQ.html (0.1 KB)
  • 3.4 What is the relationship between connections and channels in RabbitMQ.html (0.2 KB)
  • 4.1 How to choose the number of topicspartitions in a Kafka cluster - Confluent.html (0.1 KB)
  • 4.2 Kafka in a Nutshell - Kevin Sookocheff.html (0.1 KB)
  • 4.3 Practical Introduction to Kafka Storage Internals - Durga Swaroop Perla.html (0.2 KB)
  • 4.4 Visualizing Kafka - Timothy Stepro.html (0.1 KB)
  • 4.5 Why Kafka Is so Fast - Emil Koutanov.html (0.1 KB)
  • 5. Queues.html (0.2 KB)
  • 4. Kafka.srt (4.6 KB)
  • 2. Messaging.srt (3.2 KB)
  • 3. RabbitMQ.mp4 (11.9 MB)
  • 1. Introduction.mp4 (10.7 MB)
  • 4. Kafka.mp4 (9.5 MB)
  • 2. Messaging.mp4 (5.9 MB)
5. Protocols
  • 12. GraphQL.srt (6.5 KB)
  • 1. TCP.srt (5.9 KB)
  • 11. gRPC.srt (5.3 KB)
  • 1.1 TCP - Wikipedia.html (0.1 KB)
  • 3. Summary TCP vs UDP.srt (1.2 KB)
  • 9. WebSockets.srt (4.7 KB)
  • 4. HTTP.srt (1.3 KB)
  • 5. HTTP - Methods.srt (2.3 KB)
  • 2. UDP.srt (4.6 KB)
  • 8. RESTfulness.srt (4.5 KB)
  • 6.1 HTTP Status Codes - Mozilla.html (0.1 KB)
  • 7. REST.srt (1.5 KB)
  • 7.1 Understanding the Basics of RESTful APIs - Pusher.html (0.1 KB)
  • 7.2 What is REST.html (0.1 KB)
  • 9.1 Load balancing and scaling long-lived connections in K8S.html (0.1 KB)
  • 9.2 When to use a HTTP call instead of a WebSocket - Windows Blogs.html (0.2 KB)
  • 10.1 Long Polling Implementation with Java and Spring Boot.html (0.1 KB)
  • 10.2 WebSockets vs Long Polling.html (0.1 KB)
  • 10. Long Polling.srt (3.8 KB)
  • 11.1 Comparison of data-serialization formats - Wikipedia.html (0.1 KB)
  • 11.2 Protocol Buffers - Wikipedia.html (0.1 KB)
  • 11.3 RPC - Wikipedia.html (0.1 KB)
  • 11.4 State of gRPC in the browser.html (0.1 KB)
  • 6. HTTP - Status Codes.srt (3.5 KB)
  • 12.1 GraphQL Core Features, Architecture, Pros and Cons.html (0.1 KB)
  • 12.2 REST vs GraphQL APIs, the Good, the Bad, the Ugly - Moesif.html (0.2 KB)
  • 12.3 REST vs. GraphQL vs. gRPC - Dan Hacks.html (0.1 KB)
  • 13. Summary.srt (2.6 KB)
  • 13.1 REST vs. GraphQL vs. gRPC - Dan Hacks.html (0.1 KB)
  • 14. Protocols.html (0.2 KB)
  • 1. TCP.mp4 (15.9 MB)
  • 12. GraphQL.mp4 (11.9 MB)
  • 11. gRPC.mp4 (10.6 MB)
  • 2. UDP.mp4 (8.9 MB)
  • 9. WebSockets.mp4 (8.0 MB)
  • 8. RESTfulness.mp4 (7.3 MB)
  • 10. Long Polling.mp4 (6.5 MB)
  • 6. HTTP - Status Codes.mp4 (4.7 MB)
  • 5. HTTP - Methods.mp4 (3.9 MB)
  • 13. Summary.mp4 (3.7 MB)
  • 4. HTTP.mp4 (2.9 MB)
  • 7. REST.mp4 (2.9 MB)
  • 3. Summary TCP vs UDP.mp4 (2.6 MB)
3. Caching
  • 1. Introduction.srt (2.4 KB)
  • 1.1 Cache - Wikipedia.html (0.1 KB)
  • 1.2 Caching Overview - AWS.html (0.1 KB)
  • 2.1 Caching strategies - AWS.html (0.1 KB)
  • 3.1 All things caching - Kousik Nath.html (0.2 KB)
  • 3.2 Cache Replacement Policies - Wikipedia.html (0.1 KB)
  • 5. Caching.html (0.2 KB)
  • 4. Redis.srt (5.4 KB)
  • 2. Caching Strategies.srt (4.5 KB)
  • 3. Eviction Policies.srt (4.3 KB)
  • 4. Redis.mp4 (9.6 MB)
  • 3. Eviction Policies.mp4 (6.2 MB)
  • 2. Caching Strategies.mp4 (4.2 MB)
  • 1. Introduction.mp4 (3.7 MB)
13. Design a Coupon System (aka Groupon)
  • 4. Scalability.srt (6.0 KB)
  • 2. Basic Design.srt (6.0 KB)
  • 3. Concurrency.srt (6.0 KB)
  • 6. Extra Scaling Using Queues.srt (2.9 KB)
  • 1. Problem Introduction.srt (2.4 KB)
  • 5. Summary.srt (1.1 KB)
  • 2.1 Race Conditions - Wikipedia.html (0.1 KB)
  • 4. Scalability.mp4 (12.6 MB)
  • 3. Concurrency.mp4 (11.6 MB)
  • 2. Basic Design.mp4 (10.7 MB)
  • 6. Extra Scaling Using Queues.mp4 (6.2 MB)
  • 1. Problem Introduction.mp4 (3.3 MB)
  • 5. Summary.mp4 (2.6 MB)
14. Design a News Feed (aka Twitter)
  • 4. Scaling reads.srt (5.0 KB)
  • 7. VIPs.srt (4.3 KB)
  • 5. Long Term Storage and Short Term Storage.srt (3.0 KB)
  • 1. Problem Introduction - News Feed.srt (2.8 KB)
  • 2. Basic Design - News Feed.srt (2.6 KB)
  • 6. Feed Optimisation.srt (1.9 KB)
  • 8. Summary - News Feed.srt (1.6 KB)
  • 3. Storage Calculations - News Feed.srt (1.6 KB)
  • 4. Scaling reads.mp4 (9.6 MB)
  • 7. VIPs.mp4 (8.4 MB)
  • 1. Problem Introduction - News Feed.mp4 (5.9 MB)
  • 2. Basic Design - News Feed.mp4 (5.4 MB)
  • 5. Long Term Storage and Short Term Storage.mp4 (5.2 MB)
  • 6. Feed Optimisation.mp4 (4.3 MB)
  • 8. Summary - News Feed.mp4 (3.7 MB)
  • 3. Storage Calculations - News Feed.mp4 (2.8 MB)
9. Design a Chat (aka WhatsApp)
  • 2. Basic Design.srt (4.4 KB)
  • 3. Scaling Reads.srt (3.0 KB)
  • 5. Scaling chat using queues.srt (2.9 KB)
  • 4. Sharding Chat Messages.srt (2.6 KB)
  • 1. Problem Introduction - Design a Chat.srt (2.2 KB)
  • 6. Summary - Design a Chat.srt (1.6 KB)
  • 2. Basic Design.mp4 (8.8 MB)
  • 5. Scaling chat using queues.mp4 (5.6 MB)
  • 4. Sharding Chat Messages.mp4 (5.4 MB)
  • 3. Scaling Reads.mp4 (4.3 MB)
  • 1. Problem Introduction - Design a Chat.mp4 (4.3 MB)
  • 6. Summary - Design a Chat.mp4 (3.4 MB)
11. Design an Auction (aka eBay)
  • 5. Event Driven Approach for Bids.srt (4.0 KB)
  • 2. Basic Design for an Auction.srt (2.9 KB)
  • 4. Serialisation of Bids.srt (2.8 KB)
  • 3. Optimistic Locking of Bids.srt (2.4 KB)
  • 1. Problem Introduction - Design an Auction.srt (2.2 KB)
  • 6. Scaling an Auction.srt (2.0 KB)
  • 7. Summary - Design an Auction.srt (1.0 KB)
  • 5.1 What do you mean by “Event-Driven” - Martin Fowler.html (0.1 KB)
  • 5. Event Driven Approach for Bids.mp4 (6.6 MB)
  • 2. Basic Design for an Auction.mp4 (5.3 MB)
  • 3. Optimistic Locking of Bids.mp4 (4.8 MB)
  • 4. Serialisation of Bids.mp4 (4.6 MB)
  • 1. Problem Introduction - Design an Auction.mp4 (4.4 MB)
  • 6. Scaling an Auction.mp4 (4.3 MB)
  • 7. Summary - Design an Auction.mp4 (1.8 MB)
12. Design a URL Shortener (aka TinyURL)
  • 3. Short Identifiers.srt (3.6 KB)
  • 4. Scaling Reads.srt (3.3 KB)
  • 6. Caching.srt (2.7 KB)
  • 2. Basic Design for a URL Shortener.srt (2.6 KB)
  • 1. Problem Introduction - Design a URL Shortener.srt (1.9 KB)
  • 5. Extra DynamoDB.srt (1.5 KB)
  • 7. Summary - Design a URL Shortener.srt (1.5 KB)
  • 6.1 Using Redis as LRU cache.html (0.1 KB)
  • 3. Short Identifiers.mp4 (6.2 MB)
  • 4. Scaling Reads.mp4 (5.7 MB)
  • 6. Caching.mp4 (4.8 MB)
  • 2. Basic Design for a URL Shortener.mp4 (4.5 MB)
  • 1. Problem Introduction - Design a URL Shortener.mp4 (3.1 MB)
  • 7. Summary - Design a URL Shortener.mp4 (3.0 MB)
  • 5. Extra DynamoDB.mp4 (2.4 MB)
  • TutsNode.com.txt (0.1 KB)
  • [TGx]Downloaded from torrentgalaxy.to .txt (0.6 KB)
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