A pre-processor will scan your code files for directives and then evaluate the conditions specified by the directive. Then depending on the evaluation of the condition it may include certain program statements and/or ignore others before handing the "modified" source code to the compiler.
An Assembler converts an assembly language source code into machine-specific code.
Preprocessing is the first stage of compilation, where macros are expanded, conditional compilation established and code replaced according to the specified directives. The resulting code produces intermediate source files which are then compiled by the main compilation process. Your IDE may include options to retain these intermediate files so you may examine them.
I am not sure about the answer but think so, Assembler: Its a program that converts a low level language into machine code, and there is a one-to-one correspondence between the source language statements and machine instructions Macro- Assembler: It performs the same task as does the assembler but there is some times a one-to-many correspondence between the source language statements and machine instructions. Please discuss further...
An Assembler converts assembly language instructions into machine language.
The c compiler in Windows converts the binary code from source files. C is a compiled programming language and it needs to be converted for the program to run.
An Assembler converts an assembly language source code into machine-specific code.
Preprocessing is the first stage of compilation, where macros are expanded, conditional compilation established and code replaced according to the specified directives. The resulting code produces intermediate source files which are then compiled by the main compilation process. Your IDE may include options to retain these intermediate files so you may examine them.
I am not sure about the answer but think so, Assembler: Its a program that converts a low level language into machine code, and there is a one-to-one correspondence between the source language statements and machine instructions Macro- Assembler: It performs the same task as does the assembler but there is some times a one-to-many correspondence between the source language statements and machine instructions. Please discuss further...
Answer: Function "A function is a group of statements that exist within a program for the purpose of performing a specific task." (Source: Starting out with Python - Second Edition, Tony Graddis, Page 81)
An Assembler converts assembly language instructions into machine language.
Code generation is a process that converts the source code of a program into a program that can actually be executed. Programmers use it all the time to convert their code into useable programs or games.
The compiler converts source code (the stuff the programmer wrote and is human readable) and converts it to machine code that the computers CPU can understand. The conversion is used to make an executable program. The compiler can also make libraries but libraries are not executable by them selves.
The c compiler in Windows converts the binary code from source files. C is a compiled programming language and it needs to be converted for the program to run.
a compiler translates an entire program and then executes it while an interpreter translates and executes one line of a program at time
Henry Schoolcraft identified Lake Itasca as the river's source in 1832
They are called statements. They have no other special name. A group of statements are called "Block statements".
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