Upcoming initiatives on Stack Overflow and across the Stack Exchange network... Linked 2 Tuning MySQL variables to accommodate high load 1 How much memory does the MySQL server variable table_open_cache cause the DBMS to use? 0 How MySQL Table cache hitrate should be calculated? Related 10...
How much data do we expect to handle? How many requests per second do we expect? What is the expected read to write ratio?Step 2: Create a high level designOutline a high level design with all important components.Sketch the main components and connections Justify your ideasStep...
Who is going to use it? How are they going to use it? How many users are there? What does the system do? What are the inputs and outputs of the system? How much data do we expect to handle? How many requests per second do we expect? What is the expected read to write ratio?
Who is going to use it? How are they going to use it? How many users are there? What does the system do? What are the inputs and outputs of the system? How much data do we expect to handle? How many requests per second do we expect? What is the expected read to write ratio?
Who is going to use it? How are they going to use it? How many users are there? What does the system do? What are the inputs and outputs of the system? How much data do we expect to handle? How many requests per second do we expect? What is the expected read to write ratio?
Who is going to use it? How are they going to use it? How many users are there? What does the system do? What are the inputs and outputs of the system? How much data do we expect to handle? How many requests per second do we expect? What is the expected read to write ratio?
In-memory caches such as Memcached and Redis are key-value stores between your application and your data storage. Since the data is held in RAM, it is much faster than typical databases where data is stored on disk. RAM is more limited than disk, so cache invalidation algorithms such as l...
How much data do we expect to handle? How many requests per second do we expect? What is the expected read to write ratio? Step 2: Create a high level design Outline a high level design with all important components. Sketch the main components and connections Justify your ideas Step 3: ...
Who is going to use it? How are they going to use it? How many users are there? What does the system do? What are the inputs and outputs of the system? How much data do we expect to handle? How many requests per second do we expect? What is the expected read to write ratio?
Who is going to use it? How are they going to use it? How many users are there? What does the system do? What are the inputs and outputs of the system? How much data do we expect to handle? How many requests per second do we expect? What is the expected read to write ratio?