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What else can I help you with?
What allows everyone to use the software and it can be loaded onto every machine and people can use it whenever they want?
Such software is known as "Open Source" in which the source code is offered by the original owner/programmer/community for a programmer, to freely download and alter, if need be, to suit the needs of the downloader, .
How can we print complete c program in the execution window every thing?
You cannot produce the source code from the machine code unless you use the source code as an input file which is output to the execution window. To output the machine code, treat the executable as an input file to itself.
What is the use of programming?
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.
I am a programmer, I want to know where I can use google verify, have you any code or demo?
recaptcha/api2/demo
Which type of software encourages developers to improve and add to it?
Such software is commonly known as "Open Source" in which the owner/programmer/community of the program/software offers the source code for others to use and alter to suit themselves. Linux is a prime example of open source software. Nowadays, there are many distributions (distos) of the original Unix/Linux source codes, such as Ubuntu, Linux Mint. Arch Linus, Puppy, etc, the list goes on. You could take the source code and alter it to suit whatever you need the altered code/software to do.
Why important to have standard text code?
standard text code is important because it would enable any programmer or programme to use the same combination of numbers to represent the same individual pieces of data.
What type of source code do we use in Android Projects?
The best source code we are presenting by our experts in Takeoff Projects,
What type of software encourages developers to improve upon and add to it?
Such software is commonly known as "Open Source" in which the owner/programmer/community of the program/software offers the source code for others to use and alter to suit themselves. Linux is a prime example of open source software. Nowadays, there are many distributions (distos) of the original Unix/Linux source codes, such as Ubuntu, Linux Mint. Arch Linus, Puppy, etc, the list goes on. You could take the source code and alter it to suit whatever you need the altered code/software to do.
Which type of software encourages developes to improve upon and add to it?
Such software is commonly known as "Open Source" in which the owner/programmer/community of the program/software offers the source code for others to use and alter to suit themselves. Linux is a prime example of open source software. Nowadays, there are many distributions (distos) of the original Unix/Linux source codes, such as Ubuntu, Linux Mint. Arch Linus, Puppy, etc, the list goes on. You could take the source code and alter it to suit whatever you need the altered code/software to do.
What language should you start to code in as a Game Programmer?
JAVA or PYTHON. These are quite easy to use and very much user friendly.
What does the use of methane as an energy source usually produce?
FIRE!
What are the primary differences between symbolic and high-level languages?
Symbolic languages have a near 1:1 relationship with the resultant machine code, thus the translation from source code to machine code is extremely trivial. For instance, the move instruction maps to several operation codes (opcodes) depending on whether the source and destination are working memory addresses or register addresses. However, there is no need to map each opcode to a separate mnemonic because the assembler can deduce the exact opcode from the operands alone. Thus all moves can be symbolised with a MOV mnemonic. So aside from choosing between opcode variants, translation from source code to machine code is relatively simple to program. High-level languages have a higher degree of abstraction than symbolic languages (which is what we mean by high-level). A single high-level statement may generate many dozens of low-level instructions thus translation from source to machine code is far from trivial. However, programs don't need to be written in minute detail because the compiler handles all the machine-level details, many of which are highly repetitive (move values into registers, perform an operation upon those registers, act upon the result, rinse and repeat). This allows the programmer to express his ideas in code more freely.
