Productivity is core to both individual and team success. Software engineers cannot grow in their careers if they are not productive. It does not matter how many hours they put into the job; if the outcome does not match the expectation, their entire effort can be futile. Let’s take a look at the top ten things that destroy developers’ productivity. https://www.youtube.com/watch?v=O-U11s-Rk_w
What is the path you should take as a Data Analyst? How do you become one? And what do you do after you do become a Data Analyst? In today's video lets look at these questions and see what we should do! CREDITS:
Alex provided Coding Tech with the permission to republish his videos on the Coding Tech channel. Original video: https://www.youtube.com/watch?v=5MZo2RoS8Yo Please check out and subscribe to Alex's YouTube channel: https://www.youtube.com/c/AlexTheAnalyst/featured ____________________________________________ RESOURCES: Udemy Courses:
Python for Data Analysis and Visualization- https://bit.ly/3hhX4LX
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SQL for Data Analysts (SSMS) – https://bit.ly/3fkqEij
NLP – Natural Language Processing with Python – https://bit.ly/30w7iCB Coursera Courses:
Database and SQL for Data Science – https://bit.ly/2zUk0zL
Data Analysis with Python – https://bit.ly/3geiVDG
Data Analysis Specialization – https://bit.ly/3xS80YM
Tableau Data Visualization – https://bit.ly/3rpoHII Favorite Books:
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One of C++11's flagship features was the introduction of std::thread, along with a complete suite of synchronization primitives and useful patterns such as thread-safe static initialization. In this session, we'll motivate C++11's threading model and explain how to use std::thread effectively. We'll compare and contrast the C++11 synchronization primitives (mutex, condition variable, reader-writer lock, and once-flag) as well as the primitives that are new in C++20 (semaphore, latch, and barrier). In particular, we'll show how to make a mutex and a condition variable work together.
When using threads, it's important to avoid shared mutable state. We'll show how to tame that state via the "blue/green deployment" pattern, and briefly discuss how to use std::future and std::async to safely handle threads that produce answers. Attendees will leave this session with a strong grasp on "multithreading tactics" in C++11 and beyond. PUBLICATION PERMISSIONS:
CppCon Organizer provided Coding Tech with the permission to republish CppCon tech talks. CREDITS: CppCon YouTube channel: https://www.youtube.com/channel/UCMlGfpWw-RUdWX_JbLCukXg https://www.youtube.com/watch?v=riUCrKQ_ezc