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| #define | XFCE_GENERIC_STACK() |
| #define | xfce_stack_new() |
| #define | xfce_stack_free() |
| #define | xfce_stack_top() |
| #define | xfce_stack_pop() |
| #define | xfce_stack_push() |
Xfce-dialogs are a collection of helper dialogs to display the help dialog with link to the docs website, warning, info, and error dialogs and more.
Using a generic stack
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typedef XFCE_GENERIC_STACK(int) IntStack; IntStack *stack = xfce_stack_new (IntStack); xfce_stack_push (stack, 0); xfce_stack_push (stack, 1); printf ("Top is %d\n", xfce_stack_top (stack)); xfce_stack_pop (stack); printf ("Top is %d\n", xfce_stack_top (stack)); xfce_stack_free (stack); |
#define XFCE_GENERIC_STACK(Type)
This macro is used to create a new stack data type which elements are of
Type
. For example, to create a stack type that handles elements of type
double, you'd write the following
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typedef XFCE_GENERIC_STACK(double) MyDoubleStack; |
and furtheron refer to your stack type as MyDoubleStack.
#define xfce_stack_new(StackType)
Creates a new instance of StackType
and returns a pointer to the newly
created instance. For example, imagine you declared a type MyDoubleStack
as shown above, you can instantiate this type with
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MyDoubleStack *my_stack = xfce_stack_new (MyDoubleStack); |
#define xfce_stack_free(stack)
Frees a stack, that was allocated using xfce_stack_new.