Assume that the same process is running numerous blocks concurrently and that each block may be treated as a thread and that the process is not executing from top to bottom.
Example?
Assume we've built a Java code that's broken into three sections.
The first block
The second block
The third section
During execution, the programme processor begins processing one or two statements from the first block, then the second block, and finally the third block.
The processor then returns to the first block, executing some statements beginning with the previous statement and continuing until the entire programme is not executed.
As a result, the processor receives little weight in determining which statement was returned in a given block. And processing is very easy in multithreading as compared to multiprocessing.
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How many different ways are there to build a thread? What is your response, then?
There are two methods for creating a thread in Java:
- creating a Thread class subclass.
- by creating a runnable interface subclass.
The java.lang package contains both. There are primarily two categories of threads.
- User thread and
- Daemon thread
Any thread that depends on the life of its parent thread is referred to as a "daemon thread," while any thread that does not depend on the life of its parent thread is referred to as a "user thread."
Conclusion
Multithreading has been discussed in this article, and there will be more intriguing subjects covered in subsequent publications. Go on reading.