If you are using TC.EXE (or TCC.EXE) then it is 16-bit.
Quite simply, a 16-bit compiler is a compiler for a 16-bit machine.
Turbo C is a 16 bit compiler of C
Compiler-dependent. If you have Turbo C, it will be command TCC
16 bit compilers compile the program into 16-bit machine code that will run on a computer with a 16-bit processor. 16-bit machine code will run on a 32-bit processor, but 32-bit machine code will not run on a 16-bit processor. 32-bit machine code is usually faster than 16-bit machine code.-DJ CraigNoteWith 16 bit compiler the type-sizes (in bits) are the following: short, int: 16long: 32long long: (no such type)pointer: 16/32 (but even 32 means only 1MB address-space on 8086)With 32 bit compiler the object-sizes (in bits) are the following:short: 16int, long: 32long long: 64pointer: 32With 64 bit compiler the object-sizes (in bits) are the following:short: 16int: 32long: 32 or 64 (!)long long: 64pointer: 64[While the above values are generally correct, they may vary for specific Operating Systems. Please check your compiler's documentation for the default sizes of standard types]Note: C language itself doesn't say anything about "16 bit compilers" and "32 bit compilers"
0..65535 Note: check me using your calc.exe: 65535 = 2^16-1
You can't. DLL file ( Dynamic Link Library ) can only be opened by an executable ( EXE ) or compiler.
Turbo C is a 16 bit compiler, there are no 32 and 64 bit compilers. In its day turbo C was good, I learned to program with it. Today it has no strengths other than being free but there are also free 32 and 64 bit compilers.
Sorry, I really don't understand what values does the compiler give you...-32768..32767 is the value range of a 16-bit-long signed binary number (short in C)
Because you are using a compiler (TurboC, most likely) which was developed some 25 years ago, for a 16-bit platform.
BY USING FORMULA (M+R+1)<=2r 011110110011001110101 ---- The formula d + p + 1 <= 2^p (where d is the number of data bits and p is the number of check bits) indicates that we need at least 5 check bits in order to correct single-bit errors in blocks of 16 data bits -- a (21,16) code. SECDED requires 6 check bits for blocks of 16 data bits.
65,535
Not without casting. A char is a 16 bit type, whereas a byte is an 8 bit type. Therefore the compiler cannot guarantee that the 16 bit value will fit into the 8 bit value without overflowing. If you attempt to stick a char into a byte, you will get a compiler error. To override this, you can cast the char value to a byte during assignment. However, you might get some unexpected results. A few examples below: char a = 'A'; byte b = a; //compiler error char a = 'A'; byte b = (byte)a; //valid, no error. b=65 char a = 172; byte b = (byte)a; //valid, no error, but b=-84 because of overflow.