link_t mesh_add(mesh_t mesh, lob_t json, pipe_t pipe)
{
link_t link;
lob_t keys, paths;
uint8_t csid;
if(!mesh || !json) return LOG("bad args");
LOG("mesh add %s",lob_json(json));
link = link_get(mesh, hashname_vchar(lob_get(json,"hashname")));
keys = lob_get_json(json,"keys");
paths = lob_get_array(json,"paths");
if(!link) link = link_keys(mesh, keys);
if(!link) LOG("no hashname");
LOG("loading keys/paths");
if(keys && (csid = hashname_id(mesh->keys,keys))) link_load(link, csid, keys);
// handle any pipe/paths
if(pipe) link_pipe(link, pipe);
lob_t path;
for(path=paths;path;path = lob_next(path)) link_path(link,path);
lob_free(keys);
lob_freeall(paths);
return link;
}
void FlipPath::update(SDL_Event event){
if (state == IDLE) {
if (timer.is_timeup()) {
state = ANIME;
timer.reset();
}
}else{
//Disconnect path if needed
if (next) unlink_path(this, next);
//Update index and rotation
int next_index = cur_index + 1;
if (next_index >= next_rotate.size()) next_index = 0;
Vector rot = next_rotate[next_index];
cur_rotate.x = adjust(cur_rotate.x, rot.x, 3);
cur_rotate.y = adjust(cur_rotate.y, rot.y, 3);
cur_rotate.z = adjust(cur_rotate.z, rot.z, 3);
if (cur_rotate == rot) {
cur_index = next_index;
link_path(this, next_path[cur_index]);
state = IDLE;
timer.start();
}
}
//Update
for (int i = 0; i < next_path.size();i++) {
next_path[i]->update(event);
}
}
int main(int argc, char **argv)
{
mesh_t meshA = mesh_new();
fail_unless(meshA);
lob_t secretsA = mesh_generate(meshA);
fail_unless(secretsA);
mesh_t meshB = mesh_new();
fail_unless(meshB);
lob_t secretsB = mesh_generate(meshB);
fail_unless(secretsB);
net_tcp4_t netA = net_tcp4_new(meshA, NULL);
fail_unless(netA);
fail_unless(netA->port > 0);
fail_unless(netA->path);
LOG("netA %.*s",netA->path->head_len,netA->path->head);
net_tcp4_t netB = net_tcp4_new(meshB, NULL);
fail_unless(netB);
fail_unless(netB->port > 0);
LOG("netB %.*s",netB->path->head_len,netB->path->head);
link_t linkAB = link_keys(meshA, meshB->keys);
link_t linkBA = link_keys(meshB, meshA->keys);
fail_unless(linkAB);
fail_unless(linkBA);
fail_unless(link_path(linkAB,netB->path));
fail_unless(link_path(linkBA,netA->path));
link_sync(linkAB);
// let tcp go back and forth enough, need a better way to do this
int loop;
for(loop = 10; loop; loop--)
{
net_tcp4_loop(netB);
net_tcp4_loop(netA);
}
fail_unless(e3x_exchange_out(linkBA->x,0) >= e3x_exchange_out(linkAB->x,0));
fail_unless(e3x_exchange_out(linkBA->x,0) == e3x_exchange_out(linkAB->x,0));
return 0;
}
int main(int argc, char **argv)
{
mesh_t meshA = mesh_new(3);
fail_unless(meshA);
lob_t secretsA = mesh_generate(meshA);
fail_unless(secretsA);
mesh_t meshB = mesh_new(3);
fail_unless(meshB);
lob_t secretsB = mesh_generate(meshB);
fail_unless(secretsB);
net_udp4_t netA = net_udp4_new(meshA, NULL);
fail_unless(netA);
fail_unless(netA->port > 0);
fail_unless(netA->path);
fail_unless(lob_match(meshA->paths,"type","udp4"));
LOG("netA %.*s",netA->path->head_len,netA->path->head);
net_udp4_t netB = net_udp4_new(meshB, NULL);
fail_unless(netB);
fail_unless(netB->port > 0);
LOG("netB %.*s",netB->path->head_len,netB->path->head);
link_t linkAB = link_keys(meshA, meshB->keys);
link_t linkBA = link_keys(meshB, meshA->keys);
fail_unless(linkAB);
fail_unless(linkBA);
fail_unless(link_path(linkAB,netB->path));
fail_unless(link_path(linkBA,netA->path));
link_sync(linkAB);
net_udp4_receive(netB);
fail_unless(e3x_exchange_out(linkBA->x,0) >= e3x_exchange_out(linkAB->x,0));
net_udp4_receive(netA);
fail_unless(e3x_exchange_out(linkBA->x,0) == e3x_exchange_out(linkAB->x,0));
return 0;
}
