int main(int argc, char *argv[])
{
GTree* tree = GTree_Create();
int i = 0;
GTree_Insert(tree, (GTreeData*)'A', -1);
GTree_Insert(tree, (GTreeData*)'B', 0);
GTree_Insert(tree, (GTreeData*)'C', 0);
GTree_Insert(tree, (GTreeData*)'D', 0);
GTree_Insert(tree, (GTreeData*)'E', 1);
GTree_Insert(tree, (GTreeData*)'F', 1);
GTree_Insert(tree, (GTreeData*)'H', 3);
GTree_Insert(tree, (GTreeData*)'I', 3);
GTree_Insert(tree, (GTreeData*)'J', 3);
printf("Tree Height: %d\n", GTree_Height(tree));
printf("Tree Degree: %d\n", GTree_Degree(tree));
printf("Full Tree:\n");
GTree_Display(tree, printf_data, 2, ' ');
printf("Get Tree Data:\n");
for(i=0; i<GTree_Count(tree); i++)
{
printf_data(GTree_Get(tree, i));
printf("\n");
}
printf("Get Root Data:\n");
printf_data(GTree_Root(tree));
printf("\n");
GTree_Delete(tree, 3);
printf("After Deleting D:\n");
GTree_Display(tree, printf_data, 2, '-');
GTree_Clear(tree);
printf("After Clearing Tree:\n");
GTree_Display(tree, printf_data, 2, '.');
GTree_Destroy(tree);
return 0;
}
int main()
{
uint8_t len = 0;
Stack_Init();
Stack_PushData(temp_buf8,8);//0
Stack_PushData(temp_buf9,9);//1
Stack_PushData(temp_buf10,10);//2
Stack_PushData(temp_buf11,11);//3
Stack_PushData(temp_buf12,12);//4 12
Stack_PushData(temp_buf13,13);//5 13
Stack_PushData(temp_buf8,8);//6 64 //在不造成断包的情况下最大限度的拼包
Stack_PushData(temp_buf8,8);//7 56
Stack_PushData(temp_buf8,8);//8 48
Stack_PushData(temp_buf8,8);//9 40
Stack_PushData(temp_buf8,8);//0 32//由于之前的数据还未读取，此时又进行了写入操作，故之前的数据会被覆盖掉
Stack_PushData(temp_buf8,8);//1 24
Stack_PushData(temp_buf8,8);//2 16
Stack_PushData(temp_buf8,8);//3 8 //因为帧的数量超过MAX_STACK_FRAME_NUM，也就是超过最大的栈存储帧数，所以之前的数据会丢失掉，如果希望调大，可以修改这个宏定义的大小
// len += Stack_PopData(dest_buf+len);
// len += Stack_PopData(dest_buf+len);
// len += Stack_PopData(dest_buf+len);
// len += Stack_PopData(dest_buf+len);
// len += Stack_PopData(dest_buf+len);
// len += Stack_PopData(dest_buf+len);
while(Stack_GetFrameCount() >0)//如果栈中的帧未被取完，则一直取，直至取完
{
len = SpliceFrame(dest_buf);//将包取出，并且拼包
printf_data(dest_buf,len);
}
// while(1)
// {
// }
return 0;
}
void interrupcao()
{
if (serial_interrompeu) { serial_interrompeu=0; avisa_interrompeu=1;
inputstr[str_pos] = getcUSART(); //ou le_serial - vai buscar a inputstr à porta série caracter a caracter (em cada iterada)
str_pos++;//incrementa a posição de escrita na string de destino
if(str_pos == 30){str_pos = 0;} //verifica se a string de 80 caracteres
//está cheia e caso o esteja faz reset da posição de escrita na string a 0
//comando = le_serial();//apenas um byte
switch (inputstr[0]) //teste da comunicacao serial no Terminal
{
case 'L' : {pisca=0; nivel_alto(pin_b7);putrsUSART ( (const far rom char *) " Ligado\r\n");while (envia_byte());} //Recebe A e Transmite byte B para teste
break;
case 'D' : {pisca=0; nivel_baixo(pin_b7);putrsUSART ( (const far rom char *) " Desligado");while (envia_byte());}
break;
case 'P' : {pisca=1; printf_text(Txdata); printf_data(10);
}
break;
}
}
}
