Tags

  • AWS (7)
  • Apigee (3)
  • ArchLinux (5)
  • Array (6)
  • Backtracking (6)
  • BinarySearch (6)
  • C++ (19)
  • CI&CD (3)
  • Calculus (2)
  • DesignPattern (43)
  • DisasterRecovery (1)
  • Docker (8)
  • DynamicProgramming (20)
  • FileSystem (11)
  • Frontend (2)
  • FunctionalProgramming (1)
  • GCP (1)
  • Gentoo (6)
  • Git (15)
  • Golang (1)
  • Graph (10)
  • GraphQL (1)
  • Hardware (1)
  • Hash (1)
  • Kafka (1)
  • LinkedList (13)
  • Linux (27)
  • Lodash (2)
  • MacOS (3)
  • Makefile (1)
  • Map (5)
  • MathHistory (1)
  • MySQL (21)
  • Neovim (10)
  • Network (66)
  • Nginx (6)
  • Node.js (33)
  • OpenGL (6)
  • PriorityQueue (1)
  • ProgrammingLanguage (9)
  • Python (10)
  • RealAnalysis (20)
  • Recursion (3)
  • Redis (1)
  • RegularExpression (1)
  • Ruby (19)
  • SQLite (1)
  • Sentry (3)
  • Set (4)
  • Shell (3)
  • SoftwareEngineering (12)
  • Sorting (2)
  • Stack (4)
  • String (2)
  • SystemDesign (13)
  • Terraform (2)
  • Tree (24)
  • Trie (2)
  • TwoPointers (16)
  • TypeScript (3)
  • Ubuntu (4)
  • Home

    System Design: Step by Step

    Published Jun 28, 2022 [  SystemDesign  ]

    Step 1: Requirements Clarifications

    Know the exact scope of the problems we are trying to solve.

    Step 2: Back-of-the-envelope Estimation

    Estimate the scale of the system. It helps later with scaling, partitioning, load balancing, and caching.

    Step 3: System Interface Definition

    Define what APIs are expected from the system.

    Step 4: Define Data Model

    Defining data model will clarify how data will flow between different system components. It will guide for data partitioning and management.

    Step 5: High-level Design

    Draw a block diagram representing the core components of our system.

    Step 6: Detailed Design

    Dig deeper into two or three major components.

    Step 7: Identifying and Resolving Bottlenecks

    Try to find as many bottlenecks as possible and different approaches to mitigate them.