BCI-base/interpreter/method_dispatcher/test/test_method_dispatcher.c

#include <stdio.h>
#include "../method_dispatcher.h"

char m1(uint8_t small_arg, void * state);
char m2(uint8_t small_arg, void * state);
char m3(uint8_t small_arg, void * state);
char m4(uint8_t small_arg, void * state);
char m5(uint8_t small_arg, void * state);

int main(void)
{
	printf("sizeof struct dispatch_tree_node_s: %zd\n", sizeof(struct dispatch_tree_node_s));
	dispatch_tree_t tree = dispatch_tree_t_new();

	dispatch_tree_t_insert(tree, 3 << 6, m3);
	dispatch_tree_t_insert(tree, 2 << 6, m2);
	dispatch_tree_t_insert(tree, 1 << 6, m1);
	dispatch_tree_t_insert(tree, 4 << 6, m4);
	dispatch_tree_t_insert(tree, 5 << 6, m5);

	int i;
	for(i = 1; i < 6; i++)
	{
		dispatch_tree_t_dispatch(tree, i << 6)(i, NULL);
	}
	dispatch_tree_t_del(tree);


	bci_core_method_t methods[5] = {m1, m2, m3, m4, m5};
	tree = dispatch_tree_t_new();
	dispatch_tree_autoinserter_t inserter = dispatch_tree_autoinserter_t_new(tree);
	for(i = 0; i < 5; i++)
	{
		printf("%u\n", dispatch_tree_autoinserter_t_insert(inserter, methods[i]));
	}
	dispatch_tree_autoinserter_t_del(inserter);
	dispatch_tree_t_del(tree);

	return 0;
}



char m1(uint8_t small_arg, void * state)
{
	printf("m1: %d\n", small_arg);
}
char m2(uint8_t small_arg, void * state)
{
	printf("m2: %d\n", small_arg);
}
char m3(uint8_t small_arg, void * state)
{
	printf("m3: %d\n", small_arg);
}
char m4(uint8_t small_arg, void * state)
{
	printf("m4: %d\n", small_arg);
}
char m5(uint8_t small_arg, void * state)
{
	printf("m5: %d\n", small_arg);
}