In the office room with the computer without keyboard. If you wait just a bit, the screensaver will come on.
And the screensaver is your answer "C : 8008"
Though it is much easier to code in a high level language, oftentimes access to more low-level functionalities are lost. For instance, the ability to communicate directly with the compiler and alter code before it gets transferred into machine code is lost. An example of this is the ability to optimize code in C, whereas the Java Compiler is a different deal altogether. Other abilities may include memory management, but mainly deal with behind-the-scenes architecture-related or runtime things.
10 digits in a telephone number including the area code
Obfuscation of source code is the practice of formatting the code to be difficult to understand. It also makes it difficult to support. Since source code development and support is a team effort, I would fire anyone that deliberately obfuscates their code. (After appropriate warning, of course.) As an example of this team effort attitude, I was part of a team that wrote code for the IBM MainFrame. Policy was that code maintainers should use the style of the original author, so as to minimize future complication in support. Policy, also, was that new code be written in COBOL II, even though my manager knew I was a C/C++ Master, and we did have a C compiler, because if some of my code needed to be supported when I was not around, the number of people that understood COBOL II in a MainFrame environment was greater (at that time) then the number of people that knew C/C++.
Each element of C can either be in a particular subset or not in it - two options for each element of C. So if there are n elements in C, then the number of subsets of C is 2n. These include the null set and C itself.
C source code is portable; it can be compiled upon any machine with a suitable C compiler in order to produce the machine-dependant code (the machine code). However, C can also be used to write machine-dependant code, or code that is dependant upon specific platforms. In order to be completely portable, the code must use the C standard library and/or generic libraries.
Using code generation is simpler and faster than manually creating code. For example, if I had an xml schema and wanted to output as c++ or java or c#, it would take forever to code manually. Using a tool is faster and easier.
Though it is much easier to code in a high level language, oftentimes access to more low-level functionalities are lost. For instance, the ability to communicate directly with the compiler and alter code before it gets transferred into machine code is lost. An example of this is the ability to optimize code in C, whereas the Java Compiler is a different deal altogether. Other abilities may include memory management, but mainly deal with behind-the-scenes architecture-related or runtime things.
#include<iostream> #include<conio.h> #include<string> int main() { std::cout << "Enter your 10 digit code: "; size_t code=0; size_t len=0; while (len<10) { char c = (char) _getch(); if (c=='0' && !code) // leading zero not permitted! continue; if (c>='0' && c<='9') { ++len; std::cout << c; c -= '0'; code *= 10; code += c; } } std::cout << "\n\nYou entered: " << code << '\n' << std::endl; }
Forever Love - C-ute song - was created on 2008-11-26.
Sometimes, it is. Some implementations compile C++ code into C code, and then compile the C code.
Yes, but you keep the same area code and number and everything.
see the program
That A + B /c is A+B/c but you really need to know the answer
Continuously.
VERSACE VE4051B GB1/87 Took me like forever to find them but those are definitely them
10 digits in a telephone number including the area code
num1 <<= 1; /* shift left */