void verse_send_c_key_destroy(VNodeID node_id, VLayerID curve_id, uint32 key_id)
{
uint8 *buf;
unsigned int buffer_pos = 0;
VCMDBufHead *head;
head = v_cmd_buf_allocate(VCMDBS_1500);/* Allocating the buffer */
buf = ((VCMDBuffer10 *)head)->buf;
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], 130);/* Packing the command */
#if defined V_PRINT_SEND_COMMANDS
printf("send: verse_send_c_key_destroy(node_id = %u curve_id = %u key_id = %u );\n", node_id, curve_id, key_id);
#endif
buffer_pos += vnp_raw_pack_uint32(&buf[buffer_pos], node_id);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], curve_id);
buffer_pos += vnp_raw_pack_uint32(&buf[buffer_pos], key_id);
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], 0);
v_cmd_buf_set_address_size(head, 11);
v_cmd_buf_set_size(head, buffer_pos);
v_noq_send_buf(v_con_get_network_queue(), head);
}
/**
* \brief Pack header of VPacket to the buffer
* \return This function return of bytes packed to the buffer.
*/
int v_pack_packet_header(const VPacket *vpacket, char *buffer)
{
unsigned short buffer_pos=0;
unsigned char ver;
/* Pack version */
ver = (vpacket->header.version << 4) & 0xF0;
buffer_pos += vnp_raw_pack_uint8(&buffer[buffer_pos], ver);
/* Flags */
buffer_pos += vnp_raw_pack_uint8(&buffer[buffer_pos], vpacket->header.flags);
/* Flow control window */
buffer_pos += vnp_raw_pack_uint16(&buffer[buffer_pos], vpacket->header.window);
/* Payload ID */
buffer_pos += vnp_raw_pack_uint32(&buffer[buffer_pos], vpacket->header.payload_id);
/* ACK NAK ID */
buffer_pos += vnp_raw_pack_uint32(&buffer[buffer_pos], vpacket->header.ack_nak_id);
/* ANK ID */
buffer_pos += vnp_raw_pack_uint32(&buffer[buffer_pos], vpacket->header.ank_id);
return buffer_pos;
}
static unsigned int pack_b_tile_set_head(VCMDBufHead *head, VNodeID node_id, VLayerID layer_id, uint16 tile_x, uint16 tile_y, uint16 z, VNBLayerType type, const VNBTile *tile)
{
unsigned int buffer_pos = 0;
uint8 *buf;
buf = ((VCMDBuffer30 *)head)->buf;
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], 83); /* Pack the command. */
#if defined V_PRINT_SEND_COMMANDS
printf("send: verse_send_b_tile_set(node_id = %u layer_id = %u tile_x = %u tile_y = %u z = %u type = %u tile = %p );\n", node_id, layer_id, tile_x, tile_y, z, type, tile);
#endif
buffer_pos += vnp_raw_pack_uint32(&buf[buffer_pos], node_id);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], layer_id);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], tile_x);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], tile_y);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], z);
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], (uint8)type);
return buffer_pos;
v_cmd_buf_set_address_size(head, 13);
v_cmd_buf_set_size(head, buffer_pos);
v_noq_send_buf(v_con_get_network_queue(), head);
}
void verse_send_c_curve_unsubscribe(VNodeID node_id, VLayerID curve_id)
{
uint8 *buf;
unsigned int buffer_pos = 0;
VCMDBufHead *head;
head = v_cmd_buf_allocate(VCMDBS_10);/* Allocating the buffer */
buf = ((VCMDBuffer10 *)head)->buf;
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], 129); /* Pack the command. */
#if defined V_PRINT_SEND_COMMANDS
printf("send: verse_send_c_curve_unsubscribe(node_id = %u curve_id = %u );\n", node_id, curve_id);
#endif
buffer_pos += vnp_raw_pack_uint32(&buf[buffer_pos], node_id);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], curve_id);
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], FALSE);
if(node_id == (uint32) ~0u || curve_id == (uint16) ~0u)
v_cmd_buf_set_unique_address_size(head, 7);
else
v_cmd_buf_set_address_size(head, 7);
v_cmd_buf_set_size(head, buffer_pos);
v_noq_send_buf(v_con_get_network_queue(), head);
}
void verse_send_b_layer_destroy(VNodeID node_id, VLayerID layer_id)
{
uint8 *buf;
unsigned int buffer_pos = 0;
VCMDBufHead *head;
head = v_cmd_buf_allocate(VCMDBS_30);/* Allocating the buffer */
buf = ((VCMDBuffer10 *)head)->buf;
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], 81); /* Pack the command. */
#if defined V_PRINT_SEND_COMMANDS
printf("send: verse_send_b_layer_destroy(node_id = %u layer_id = %u );\n", node_id, layer_id);
#endif
buffer_pos += vnp_raw_pack_uint32(&buf[buffer_pos], node_id);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], layer_id);
buffer_pos += vnp_raw_pack_string(&buf[buffer_pos], NULL, 16);
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], (uint8)-1);
if(node_id == (uint32) ~0u || layer_id == (uint16) ~0u)
v_cmd_buf_set_unique_address_size(head, 7);
else
v_cmd_buf_set_address_size(head, 7);
v_cmd_buf_set_size(head, buffer_pos);
v_noq_send_buf(v_con_get_network_queue(), head);
}
void verse_send_b_dimensions_set(VNodeID node_id, uint16 width, uint16 height, uint16 depth)
{
uint8 *buf;
unsigned int buffer_pos = 0;
VCMDBufHead *head;
head = v_cmd_buf_allocate(VCMDBS_20);/* Allocating the buffer */
buf = ((VCMDBuffer10 *)head)->buf;
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], 80); /* Pack the command. */
#if defined V_PRINT_SEND_COMMANDS
printf("send: verse_send_b_dimensions_set(node_id = %u width = %u height = %u depth = %u );\n", node_id, width, height, depth);
#endif
buffer_pos += vnp_raw_pack_uint32(&buf[buffer_pos], node_id);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], width);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], height);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], depth);
if(node_id == (uint32) ~0u)
v_cmd_buf_set_unique_address_size(head, 5);
else
v_cmd_buf_set_address_size(head, 5);
v_cmd_buf_set_size(head, buffer_pos);
v_noq_send_buf(v_con_get_network_queue(), head);
}
void verse_send_c_key_set(VNodeID node_id, VLayerID curve_id, uint32 key_id, uint8 dimensions,
const real64 *pre_value, const uint32 *pre_pos,
const real64 *value, real64 pos,
const real64 *post_value, const uint32 *post_pos)
{
uint8 *buf;
unsigned int i, buffer_pos = 0;
VCMDBufHead *head;
head = v_cmd_buf_allocate(VCMDBS_1500);/* Allocating the buffer */
buf = ((VCMDBuffer10 *)head)->buf;
if(dimensions == 0 || dimensions > 4)
return;
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], 130);/* Packing the command */
#if defined V_PRINT_SEND_COMMANDS
switch(dimensions)
{
case 1:
printf("send: verse_send_c_key_set(node_id = %u curve_id = %u key_id = %u dimensions = %u pre_value = %f pre_pos = %u value = %f pos = %f, pre_value = %f pre_pos = %u ); callback = %p\n", node_id, curve_id, key_id, dimensions, pre_value[0], pre_pos[0], value[0], pos, pre_value[0], pre_pos[0], v_fs_get_user_func(130));
break;
case 2:
printf("sende: verse_send_c_key_set(node_id = %u curve_id = %u key_id = %u dimensions = %u pre_value = {%f, %f} pre_pos = {%u, %u} value = {%f, %f} pos = %f, pre_value = {%f, %f} pre_pos = {%u, %u}); callback = %p\n",
node_id, curve_id, key_id, dimensions,
pre_value[0], pre_value[1],
pre_pos[0], pre_pos[1],
value[0], value[1], pos,
pre_value[0], pre_value[1],
pre_pos[0], pre_pos[1], v_fs_get_user_func(130));
break;
case 3:
printf("send: verse_send_c_key_set(node_id = %u curve_id = %u key_id = %u dimensions = %u pre_value = {%f, %f, %f} pre_pos = {%u, %u, %u} value = {%f, %f, %f} pos = %f, pre_value = {%f, %f, %f} pre_pos = {%u, %u, %u}); callback = %p\n",
node_id, curve_id, key_id, dimensions,
pre_value[0], pre_value[1], pre_value[2],
pre_pos[0], pre_pos[1], pre_pos[2],
value[0], value[1], value[2], pos,
pre_value[0], pre_value[1], pre_value[2],
pre_pos[0], pre_pos[1], pre_pos[2], v_fs_get_user_func(130));
break;
case 4:
printf("send: verse_send_c_key_set(node_id = %u curve_id = %u key_id = %u dimensions = %u pre_value = {%f, %f, %f, %f} pre_pos = {%u, %u, %u, %u} value = {%f, %f, %f, %f} pos = %f, pre_value = {%f, %f, %f, %f} pre_pos = {%u, %u, %u, %u}); callback = %p\n",
node_id, curve_id, key_id, dimensions,
pre_value[0], pre_value[1], pre_value[2], pre_value[3],
pre_pos[0], pre_pos[1], pre_pos[2], pre_pos[3],
value[0], value[1], value[2], value[3], pos,
pre_value[0], pre_value[1], pre_value[2], pre_value[3],
pre_pos[0], pre_pos[1], pre_pos[2], pre_pos[3], v_fs_get_user_func(130));
break;
}
#endif
buffer_pos += vnp_raw_pack_uint32(&buf[buffer_pos], node_id);
buffer_pos += vnp_raw_pack_uint16(&buf[buffer_pos], curve_id);
buffer_pos += vnp_raw_pack_uint32(&buf[buffer_pos], key_id);
buffer_pos += vnp_raw_pack_uint8(&buf[buffer_pos], dimensions);
for(i = 0; i < dimensions; i++)
buffer_pos += vnp_raw_pack_real64(&buf[buffer_pos], pre_value[i]);
for(i = 0; i < dimensions; i++)
buffer_pos += vnp_raw_pack_uint32(&buf[buffer_pos], pre_pos[i]);
for(i = 0; i < dimensions; i++)
buffer_pos += vnp_raw_pack_real64(&buf[buffer_pos], value[i]);
buffer_pos += vnp_raw_pack_real64(&buf[buffer_pos], pos);
for(i = 0; i < dimensions; i++)
buffer_pos += vnp_raw_pack_real64(&buf[buffer_pos], post_value[i]);
for(i = 0; i < dimensions; i++)
buffer_pos += vnp_raw_pack_uint32(&buf[buffer_pos], post_pos[i]);
if(key_id == (uint32) ~0u)
v_cmd_buf_set_unique_address_size(head, 11);
else
v_cmd_buf_set_address_size(head, 11);
v_cmd_buf_set_size(head, buffer_pos);
v_noq_send_buf(v_con_get_network_queue(), head);
}
boolean v_noq_send_queue(VNetOutQueue *queue, void *address)
{
static unsigned int my_counter = 0;
VCMDBufHead *buf;
unsigned int size;
uint8 *data;
uint32 seconds, fractions;
double delta;
data = queue->packet_buffer;
v_n_get_current_time(&seconds, &fractions);
delta = seconds - queue->seconds + (fractions - queue->fractions) / (double) 0xffffffff;
if(queue->unsorted != NULL)
v_noq_sort_unsorted(queue);
if(queue->unsent_size == 0 && delta < 1.0 && (queue->ack_nak == NULL || queue->ack_nak->next == NULL))
return FALSE;
if(delta > 3.0 && queue->unsent_size == 0 && queue->ack_nak == NULL && queue->packet_buffer_use != 0)
{
/* printf("A) re-sending last delta=%g\n", delta);*/
v_n_send_data(address, data, queue->packet_buffer_use);
queue->seconds = seconds;
queue->fractions = fractions;
return TRUE;
}
size = 4;
buf = queue->ack_nak;
while(buf != NULL && size + buf->size < V_NOQ_MAX_PACKET_SIZE)
{
vnp_raw_pack_uint32(data, queue->packet_id);
queue->ack_nak = buf->next;
buf->next = queue->history[queue->slot];
queue->history[queue->slot] = buf;
buf->packet = queue->packet_id;
v_e_data_encrypt_command(data, size, ((VCMDBuffer1500 *)buf)->buf, buf->size, v_con_get_data_key());
size += buf->size;
queue->sent_size += buf->size;
buf = queue->ack_nak;
}
if(queue->unsent_size == 0 || queue->sent_size >= V_NOQ_WINDOW_SIZE)
{
if(size > 5)
{
/* printf("ACK: sending actual size=%u id=%u\n", size, queue->packet_id);*/
v_n_send_data(address, data, size);
queue->packet_buffer_use = size;
queue->seconds = seconds;
queue->fractions = fractions;
queue->packet_id++;
return TRUE;
}
/* printf("returning FALSE from send_queue()\n");*/
return FALSE;
}
/* if(queue->sent_size < V_NOQ_WINDOW_SIZE && queue->unsent_size != 0)*/
{
vnp_raw_pack_uint32(data, queue->packet_id);
while(queue->unsent_size != 0)
{
queue->slot = ((1 + queue->slot) % V_NOQ_OPTIMIZATION_SLOTS);
buf = queue->unsent[queue->slot];
if(buf != NULL)
{
if(buf->size + size > V_NOQ_MAX_PACKET_SIZE)
break;
queue->unsent[queue->slot] = buf->next;
buf->next = queue->history[queue->slot];
queue->history[queue->slot] = buf;
buf->packet = queue->packet_id;
v_e_data_encrypt_command(data, size, ((VCMDBuffer1500 *)buf)->buf, buf->size, v_con_get_data_key());
size += buf->size;
queue->unsent_comands--;
queue->unsent_size -= buf->size;
queue->sent_size += buf->size;
my_counter++;
}
}
v_n_send_data(address, data, size);
queue->packet_buffer_use = size;
queue->packet_id++;
/* size = vnp_raw_pack_uint32(data, queue->packet_id);*/
queue->seconds = seconds;
queue->fractions = fractions;
}
return TRUE;
}