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- #include <assert.h>
- #include <stddef.h> /* size_t, NULL */
- #include "utstack.h"
-
- typedef struct el {
- int id, score;
- struct el *next;
- struct el *next2;
- } el;
-
- int main()
- {
- el alpha = {1, 100, NULL, NULL};
- el beta = {2, 100, NULL, NULL};
- el gamma = {3, 100, NULL, NULL};
- el delta = {4, 100, NULL, NULL};
-
- el *stack1 = NULL;
- el *stack2 = NULL;
- el *dummy;
- int size1;
- size_t size2;
-
- STACK_COUNT(stack1, dummy, size1); assert(size1 == 0);
- STACK_COUNT(stack2, dummy, size2); assert(size2 == 0);
- assert(STACK_EMPTY(stack1));
- assert(STACK_EMPTY(stack2));
-
- STACK_PUSH(stack1, &alpha);
- STACK_COUNT(stack1, dummy, size1); assert(size1 == 1);
- STACK_PUSH(stack1, &beta);
- STACK_COUNT(stack1, dummy, size1); assert(size1 == 2);
- STACK_PUSH(stack1, &gamma);
- STACK_PUSH2(stack1, &delta, next);
- STACK_COUNT(stack1, dummy, size1); assert(size1 == 4);
- assert(stack1 == &delta);
-
- STACK_PUSH2(stack2, &alpha, next2);
- assert(stack2 == &alpha);
- assert(alpha.next2 == NULL);
- STACK_PUSH2(stack2, &delta, next2);
- assert(stack2 == &delta);
- assert(delta.next2 == &alpha);
- STACK_COUNT2(stack2, dummy, size2, next2); assert(size2 == 2);
- assert(!STACK_EMPTY(stack2));
- assert(stack2 == &delta);
-
- assert(!STACK_EMPTY(stack1));
- assert(!STACK_EMPTY(stack2));
-
- STACK_POP(stack1, dummy); assert(stack1 == &gamma); assert(dummy == &delta);
- STACK_POP(stack1, dummy); assert(stack1 == &beta); assert(dummy == &gamma);
- STACK_POP(stack1, dummy); assert(stack1 == &alpha); assert(dummy == &beta);
- STACK_COUNT(stack1, dummy, size1); assert(size1 == 1);
- STACK_POP(stack1, dummy); assert(stack1 == NULL); assert(dummy == &alpha);
-
- assert(STACK_TOP(stack2) == &delta);
- while (!STACK_EMPTY(stack2)) {
- STACK_POP2(stack2, dummy, next2);
- }
-
- assert(STACK_EMPTY(stack1));
- assert(STACK_EMPTY(stack2));
-
- return 0;
- }
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