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APPENDIX F
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The : statement evaluates the statement (normally a comparison) and, if not equal to zero, executes the rst statement, else execute the statement after the :.
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Statement Assignment Statement | Conditional Statement : Assignment Statement | Conditional Statement
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The while statement is added to the application following the de nition below:
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while ( Statement ) ; | { Assignment Statement | Conditional Statement.. } | Assignment Statement | Conditional Statement
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The for statement is de ned as
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for ( initialization (Assignment) Statement; Conditional Statement; Loop Expression (Increment) Statement ) ; | { Assignment Statement | Conditional Statement.. } | Assignment Statement | Conditional Statement
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To jump out of a currently executing loop, use the break statement:
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break;
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The continue statement skips over remaining code in a loop and jumps directly to the loop condition (for use with while, for, and do/while loops). The format of the statement is
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continue;
For looping until a condition is true, the do/while statement is used:
do Assignment Statement | Conditional Statement.. while ( Expression );
To conditionally execute according to a value, the switch statement is used:
switch( Expression ) { case Value: // Execute if Statement == Value [ Assignment Statement | Conditional Statement.. ] [break;] default: // If no case Statements are True [ Assignment Statement | Conditional Statement.. ] } // End switch
Finally, the goto Label statement is used to jump to a speci c address:
goto Label;
C PROGRAMMING LANGUAGE
Label: To return a value from a function, the return statement is used:
return Statement;
Statement operators are listed in Table F.1. Compound assignment operators are listed in Table F.2. The order of operations for C operators is listed in Table F.3. All directives start with # and are executed before the code is compiled. The common directives are listed in Table F.4.
TABLE F.1 OPERATOR
C OPERATORS AND THEIR ARITHMETIC OPERATION ARITHMETIC OPERATION
! ^ && & || | ^ + ++ -* / % == != < <= << > >= >>
Logical negation Bitwise negation Logical AND Bitwise AND, address of variable or structure Logical OR Bitwise OR Bitwise XOR Addition Increment Subtraction, negation Decrement Multiplication, indirection (pointer to variable) Division Modulus Conditional equals Conditional not equals Conditional less than Conditional less than or equals to Shift left Conditional greater than Conditional greater than or equals to Shift right
TABLE F.2 OPERATOR
C COMPOUND ASSIGNMENT STATEMENT OPERATORS OPERATION
&= |= ^= += -= *= /= %= <<= >>
AND with the assignment variable and store the result in the assignment variable OR with the assignment variable and store the result in the assignment variable XOR with the assignment variable and store the result in the assignment variable ADD to the assignment variable SUBTRACT from the assignment variable MULTIPLY the assignment variable DIVIDE the assignment variable MODULUS of the assignment variable division operation Shift the assignment variable left Shift the assignment variable right
TABLE F.3 OPERATORS
C OPERATOR ORDER OF OPERATIONS PRIORITY TYPE
() [] . -> - ~ ! & * ++ -* / % + << >> < <= > >= == != & ^ | && || : = &= |= ^= += -= *= /= %= >>= << = ,
Highest
Expression evaluation Unary operators Multiplicative operators Additive operators Shifting operators Comparison operators Comparison operators Bitwise AND Bitwise XOR Bitwise OR Logical AND Logical OR Conditional execution Assignments
Lowest
Sequential evaluation
C PROGRAMMING LANGUAGE
TABLE F.4 DIRECTIVE
C DIRECTIVES FUNCTION
#de ne Label [( Parameters)] Text
De ne a Label that will be replaced with Text when it is found in the code; if Parameters are speci ed, then replace them in the code, similar to a macro. Erase the de ned Label and Text in memory. Load the speci ed le in line to the text; when < and > encloses the lename, then the le is found using the INCLUDE environment path variable; If and enclose the lename, then the le in the current directory is searched before checking the INCLUDE path. Force the error listed in Text. If the Condition is true, then compile the following code to #elif, #else, or #endif; if the Condition is false, then ignore the following code to #elif, #else, or #endif. If the #de ne label exists, then compile the following code; #elif, #else, and #endif work as expected with #if. If the #de ne label does not exist, then compile the following code; #elif, #else, and #endif work as expected with #if. This directive works as an #else #if to avoid lengthy nested #ifs; if the previous condition was false, checks the condition. Placed after #if or #elif and toggles the current compile condition; if the current compile condition was false, after #else, it will be true; if the current compile condition was true, after #else, it will be false. Used to end an #if, #elif, #else, #ifdef, or #ifndef directive. This is a compiler-dependent directive with different Strings required for different cases.
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