Course Elementary  26677

Course Introduction：Go is a new language, a concurrent, garbage-collected, fast-compiled language. It can compile a large Go program in a few seconds on a single computer. Go provides a model for software construction that makes dependency analysis easier and avoids most C-style include files and library headers. Go is a statically typed language, and its type system has no hierarchy. Therefore users do not need to spend time defining relationships between types, which feels more lightweight than typical object-oriented languages. Go is a completely garbage-collected language and provides basic support for concurrent execution and communication. By its design, Go is intended to provide a method for constructing system software on multi-core machines.

Course Elementary  4199

Course Introduction：This course uses real cases, is comprehensive and practical, and integrates GO core programming technology, programming ideas, and underlying implementation step by step from theory to practice, allowing learners to stay close to the pulse of the times and become trendsetters in the IT and Internet era.

Course Elementary  90805

Course Introduction："C Language Tutorial" C language is a general-purpose, procedural-oriented computer programming language. In 1972, Dennis Ritchie designed and developed the C language at Bell Telephone Laboratories in order to port and develop the UNIX operating system. C language is a widely used computer language that is as popular as the Java programming language and both are widely used among modern software programmers.

Course Elementary  10844

Course Introduction：C language is a general computer programming language with a wide range of applications. The design goal of the C language is to provide a programming language that can be easily compiled, handle low-level memory, generate a small amount of machine code, and can run without any runtime environment support.

Course Introduction：Assembly language is not a high-level language; it is a low-level language like machine language. The difference between assembly language and high-level language: 1. The programming efficiency of assembly language is not high, while the programming efficiency of high-level language is higher than that of assembly language; 2. The readability of high-level language is higher than that of assembly language; 3. Assembly language is a Machine language, while high-level language is simplified and close to human natural language.

2023-01-30 comment 0  13218

Course Introduction：The python language is not an assembly language. Python is a high-level language. Assembly language is a low-level language used in electronic computers, microprocessors, microcontrollers or other programmable devices. It is also called a symbolic language.

2020-04-23 comment 0  18539

Course Introduction：Python is not an assembly language. Assembly language is a low-level machine language written by a series of assembly instructions. Python is a high-level programming language and a dynamic, strongly typed interpreted language.

2019-06-15 comment 0  10330

Course Introduction：The difference between machine language, assembly language and high-level language: Machine language is the only language that a computer can directly recognize and execute; assembly language is a machine-oriented programming language; high-level language can more conveniently express data operations and program control structures.

2020-05-11 comment 0  19514

Course Introduction：Method of converting C language into assembly language: It can be manually converted into assembly language according to the process and purpose of C language. If we want the workload to be smaller, we can use the simulation software KEIL UVISION3 to perform the conversion.

2019-05-05 comment 0  31127