void frameq_enqueue_send_and_recv_vr(void* arg, struct modtest_result* result) {
//int ret = 0;
const char buf[] = { 0x7E, 0x00, 0x04, 0x08, 0x01, 0x56, 0x52, 0x4E };
const int count = 8;
struct xb_device* xbdev = (struct xb_device*)arg;
struct sk_buff* send_buf = alloc_skb(128, GFP_KERNEL);
struct sk_buff* skb;
unsigned char* tail = skb_put(send_buf, count);
memcpy(tail, buf, count);
frameq_enqueue_send(&xbdev->send_queue, send_buf);
FAIL_IF_NOT_EQ(1, skb_queue_len(&xbdev->send_queue));
FAIL_IF_NOT_EQ(0, xbdev->recv_buf->len);
xb_send(xbdev);
skb = xb_recv(xbdev, 1, 1000);
FAIL_IF_NULL(skb);
FAIL_IF_NOT_EQ(0, skb_queue_len(&xbdev->send_queue));
TEST_SUCCESS();
}
void main(void)
{
//--------------------------------------------------------------------------------
// Program start
// User can start to write/modify the program here
//--------------------------------------------------------------------------------
//local variables
unsigned short i,temp1;
unsigned long address=0, SH, SL;
// User is advised not to change or remove the initialization function called
init(); // call initialization function of the setting in program
delay(200000); // waiting for slave card to ready
while(1)
{
//pls comment or uncomment the part needed
if (cp1_sw(1)==0)
{
while(cp1_sw(1)==0); // start on button release
// broadcast address setting=============================================================
// ==========================transmitter=================================================
// transmitter destination address is set to broadcast address
led2=1;
xb_MY(add_xb,0x1113); // set the source address, MY to ABCD
xb_DL(add_xb,0x0000FFFF); // set the destination address, DL to 0xFFFF
// which is the broadcast address for 16bits
// addressing
xb_CH(add_xb, 0x0B); // select a channel for transmission
xb_ID(add_xb,0x4332); // select a PAN ID
//===========================receiver====================================================
xb_MY(add_xb2,0x1234); // set the source address, MY to 1234
xb_DL(add_xb2,0x00001113); // set the destination address, DL to 0xABCD
xb_CH(add_xb2, 0x0B); // receiver need to be in the same channel
// to receive from transmitter
xb_ID(add_xb2,0x4332); // set PAN ID to be same
}
if (cp1_sw(2)==0)
{
while(cp1_sw(2)==0); // start on button release
// broadcast address setting=============================================================
// ==========================transmitter=================================================
// transmitter PAN ID is set to broadcast value
led2=1;
xb_MY(add_xb,0x1113); // set the source address, MY to ABCD
xb_DL(add_xb,0x00007E7D); // set the destination address, DL to 0xFFFF
// which is the broadcast address for 16bits
// addressing
xb_CH(add_xb, 0x0C); // select a channel for transmission
xb_ID(add_xb,0xFFFF); // broadcast PAN ID. this will broadcast to
// every PANID in the same CH.
//===========================receiver====================================================
xb_MY(add_xb2,0x7E7D); // set the source address, MY to 1234
xb_DL(add_xb2,0x00001113); // set the destination address, DL to 0xABCD
xb_CH(add_xb2, 0x0C); // receiver need to be in the same channel
// to receive from transmitter
xb_ID(add_xb2,0x3332); // set PAN ID
}
if (cp1_sw(3)==0)
{
led3=1;
while(cp1_sw(3)==0);
xb_send(add_xb, 'I','F','C','-','X','B','0','1'); // send out data
}
if (cp1_sw(4)==0)
{
while(cp1_sw(4)==0);
xb_send(add_xb, '1','2','3','4','5','6','7','8'); // send out data
// xb_send(add_xb, 0x7E,0x7E,0x13,0x7E,0x11,0x7E,0x7E,0x7D); // send out data
}
xb_receive(add_xb2); //poll the IFC-XB01 to get data
cp1_goto(0,0);
cp1_str("receive:");
cp1_char(rec_data[0]); //display receive data on IFC-CP
cp1_char(rec_data[1]);
cp1_char(rec_data[2]);
cp1_char(rec_data[3]);
cp1_char(rec_data[4]);
cp1_char(rec_data[5]);
cp1_char(rec_data[6]);
cp1_char(rec_data[7]);
cp1_goto(1,0);
cp1_str("RSSI:");
cp1_dec(xb_RSSI(add_xb2),3);
// delay(1000);
}
} //endmain
