/*
* TransmitChannelSignal transmits a four int8 value to the channel
*
* Params:
* acktype specifies host or client as well as failure or success
* channel is the channel to be signaled
* signal is the value to be delivered
* mux is the MUX object the data is to be transmitted through
*/
int32 TransmitChannelSignal(int8 acktype, int8 channel, int32 signal,
MUX *mux)
{
COMMBUFF *commbuff;
CHANNELSIGNAL_PACKET *packetdata;
DEBUG("TransmitChannelSignal(%lu, %lu, %lu, %p)\n",
(int32) acktype, (int32) channel, signal, mux);
commbuff = int_alloc_commbuff(sizeof(CHANNELSIGNAL_PACKET));
packetdata = (CHANNELSIGNAL_PACKET *) commbuff_data(commbuff);
packetdata->type = PACKETTYPE_CHANNELSIGNAL;
commbuff_copyin_byte(commbuff,
offsetof(CHANNELSIGNAL_PACKET, acktype),
acktype);
commbuff_copyin_byte(commbuff,
offsetof(CHANNELSIGNAL_PACKET, channel),
channel);
commbuff_copyin_dword(commbuff,
offsetof(CHANNELSIGNAL_PACKET, signal),
signal);
queue_commbuff(commbuff, &mux->send_queue);
mux->total_queued_amount += sizeof(CHANNELSIGNAL_PACKET);
task_schedule(&mux->send_task);
return DEBUGERROR(ERROR_NONE);
}
/*
* TransmitEnableChannel assembles a control enable channel packet and initializes the transmit procedure
*
* Params:
* acktype specifies host or client as well as failure or success
* channel is the channel to be enabled
* host_interface is the interface which belongs to the host and is requesting the enable
* client_interface is the interface which belongs to the client and is responding to the enable
* bytecredit is the size of the receive buffer on the senders side
* sendcredit is the number of sends available to the senders side
* mux is the MUX object the data is to be transmitted through
*/
int32 TransmitEnableChannel (
int8 acktype,
int8 channel,
int8 host_interface,
int8 client_interface,
int32 bytecredit,
int32 sendcredit,
MUX* mux
)
{
COMMBUFF* commbuff;
ENABLECHANNEL_PACKET* packetdata;
DEBUG(
"TransmitEnableChannel(%lu, %lu, %lu, %lu, %lu, %lu, %p)\n",
(int32)acktype,
(int32)channel,
(int32)host_interface,
(int32)client_interface,
(int32)bytecredit,
(int32)sendcredit,
mux
);
commbuff = int_alloc_commbuff(sizeof(ENABLECHANNEL_PACKET));
convert_dword(bytecredit);
convert_dword(sendcredit);
packetdata = (ENABLECHANNEL_PACKET*)commbuff_data(commbuff);
packetdata->type = PACKETTYPE_ENABLECHANNEL;
commbuff_copyin_byte(commbuff, offsetof(ENABLECHANNEL_PACKET, acktype), acktype);
commbuff_copyin_byte(commbuff, offsetof(ENABLECHANNEL_PACKET, channel), channel);
commbuff_copyin_byte(commbuff, offsetof(ENABLECHANNEL_PACKET, host_interface), host_interface);
commbuff_copyin_byte(commbuff, offsetof(ENABLECHANNEL_PACKET, client_interface), client_interface);
commbuff_copyin_dword(commbuff, offsetof(ENABLECHANNEL_PACKET, bytecredit), bytecredit);
commbuff_copyin_dword(commbuff, offsetof(ENABLECHANNEL_PACKET, sendcredit), sendcredit);
queue_commbuff(commbuff, &mux->send_queue);
mux->total_queued_amount += sizeof(ENABLECHANNEL_PACKET);
task_schedule(&mux->send_task);
return DEBUGERROR(ERROR_NONE);
}
/*
* TransmitCredit assembles a control credit packet and
* initializes the transmit procedure
*
* Params:
* acktype specifies host or client as well as failure or success
* channel is the channel the credit should be applied to
* bytecredit is the amount the byte credit should be increased
* sendcredit is the amount the send credit should be increased
* mux is the MUX object the data is to be transmitted through
*/
int32 TransmitCredit(int8 acktype, int8 channel, int32 bytecredit,
int32 sendcredit, MUX *mux)
{
COMMBUFF *commbuff;
CREDIT_PACKET *packetdata;
DEBUG("TransmitCredit(%lu, %lu, %lu, 0x%lu, %p)\n",
(int32) acktype,
(int32) channel,
(int32) bytecredit, (int32) sendcredit, mux);
commbuff = int_alloc_commbuff(sizeof(CREDIT_PACKET));
convert_dword(bytecredit);
convert_dword(sendcredit);
packetdata = (CREDIT_PACKET *) commbuff_data(commbuff);
packetdata->type = PACKETTYPE_CREDIT;
commbuff_copyin_byte(commbuff, offsetof(CREDIT_PACKET, acktype),
acktype);
commbuff_copyin_byte(commbuff, offsetof(CREDIT_PACKET, channel),
channel);
commbuff_copyin_dword(commbuff,
offsetof(CREDIT_PACKET, bytecredit),
bytecredit);
commbuff_copyin_dword(commbuff,
offsetof(CREDIT_PACKET, sendcredit),
sendcredit);
queue_commbuff(commbuff, &mux->send_queue);
mux->total_queued_amount += sizeof(CREDIT_PACKET);
task_schedule(&mux->send_task);
return DEBUGERROR(ERROR_NONE);
}
