Notes on the Python development presentation

Compile: Compile---Generate executable (machine code)---run the program first. Once you have converted the source code into an executable file, run the program again. such as: C, C + +
Interpreted type: No need to compile first. There is no executable at the first moment of the run, and at the time of execution there is a shell called the interpreter that transforms the source code into binary code for execution. such as: Python, JAVA
Compilation and interpretation of the difference: compiled like a foreign-language book, need to be translated before you can see. This translation takes a certain amount of time to wait. The explanatory type is a foreign language book, translation a little bit.

Dynamic language: There is no need to declare a type before defining a variable. such as: Python, Ruby
Static language: All variables require a declaration type. such as: C, C + +, C #, JAVA

Strongly typed: The variable specifies the data type, which is always this type, if not cast. such as: Python, JAVA
Weak type: A variable can be assigned multiple values of different data types

Python: Dynamic language, strong-type, interpreted
Advantages:
1. Easy to get started
2. High effectiveness
3. Advanced language
4. The value of the transfer
5. Extensibility
6. embeddable

Disadvantages:
1. Slow speed
2. Code is not encrypted
3. Multithreading cannot be multi-core

Notes on the Python development presentation