#include<iostream>
#include<time.h>
int main ()
{
using namespace std;
time_t rawtime, oldtime, endtime;
struct tm * timeinfo;
time (&oldtime);
time (&rawtime);
time (&endtime);
endtime += 10;
while (rawtime != endtime)
{
while (oldtime == rawtime)
time (&rawtime);
oldtime = rawtime;
timeinfo = localtime (&rawtime);
cout << "\rCurrent local time and date: " << asctime (timeinfo);
}
}
All C++ source code is is a text file with the .cpp extension. So if you save your code as *****.cpp then it is automatically C++ source code.
Turbo C compiles c source. turbo c++ compiles c++ source code.
code source de dsr sous omnet++4.1 en .cc
A source code file is a plain-text file containing C++ instructions. The instructions must be compiled and linked to create a native machine code executable.
A good open source IDE for C++ would be Code::Blocks or Notepad++.
C++ has no print option. The print option in your IDE allows you to print your C++ source code, thus giving you a "hard" copy of your code.
It is neither. It is a source file.
You may use one of several open source compilers and code editors (or even IDEs) to develop and compile C++ code that will operate on a Mac.
Netstat for Windows is provided by Microsoft itself, so you're unlikely to find any source code for it. However you may find Linux versions of Netstat source code available. The functionality may differ to some extent, but how useful they are will depend on why you need the source code in the first place.
In order to run a C++ program the program must be compiled and linked to create an executable. It is the executable that actually runs, not the source code. The source code is simply the human-readable code the compiler requires to generate object code for the linker which produces the machine-readable code. However, when the executable is executed within a debugging environment, we can set breakpoints in the source code and step through the source code just as if the source itself were executing, as would be the case if C++ were an interpreted language. Unlike an interpreted language where we can change the source code and see the results immediately, the source code (or at least the portion that has changed) must be recompiled to accommodate the changes.
Sometimes, it is. Some implementations compile C++ code into C code, and then compile the C code.
C++ is high-level source code, while MIPS is low-level machine code for a reduced instruction set computer (RISC). To convert C++ source code to MIPS you need a C++ compiler specific to the MIPS architecture you're building against.