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#include <algorithm>
#include <array>
#include <cstdio>
#include <cstring>
#include <stdio.h>
#include "../shared/pclient.h"
#include "mesh_connector.h"
using std::pair;
void CDMeshConnector::refresh_config_sync() {}
void CDMeshConnector::refresh_nodes_sync() {}
cd_link_t CDMeshConnector::get_new_link_id() { return _fresh_link_id++; }
cd_uid_t CDMeshConnector::get_new_node_id() { return _fresh_node_id++; }
CDMeshConnector::CDMeshConnector() {
// cd_uid_t berta = create_node({
// .address = {0x00, 0xff, 0x21, 0x69, 0xf2, 0x31},
// .name_len = 5,
// .name = "berta",
// .light_on = false,
// .provisioned = false,
// });
// cd_uid_t gerrit = create_node({
// .address = {0x0e, 0xf9, 0x46, 0x4d, 0xe8, 0x02},
// .name_len = 6,
// .name = "gerrit",
// .light_on = false,
// .provisioned = false,
// });
// create_link(berta, berta, CD_AUTOMATION_TYPE_TOGGLE);
// create_link(berta, berta, CD_AUTOMATION_TYPE_TOGGLE);
// create_link(gerrit, berta, CD_AUTOMATION_TYPE_TURN_OFF);
// create_link(gerrit, gerrit, CD_AUTOMATION_TYPE_TURN_ON);
return;
}
cd_uid_t CDMeshConnector::create_node(cd_s_node node) {
cd_s_node *_node = (cd_s_node *)malloc(sizeof(cd_s_node));
// TODO: handle empty structs
// id
cd_uid_t id = get_new_node_id();
_node->id = id;
// address
memcpy(_node->address, node.address, sizeof(cd_mac_addr_t));
// name len
_node->name_len = node.name_len;
// name
char *name = (char *)malloc(node.name_len);
memcpy(name, node.name, node.name_len);
_node->name = name;
// light on
_node->light_on = node.light_on;
// provisioned
_node->provisioned = node.provisioned;
printf("(new) node[%d] = %.*s\n", id, (int)node.name_len, node.name);
_nodes[id] = _node;
return id;
}
CDMeshConnector::~CDMeshConnector() {
// free all automation structs
for (pair<cd_link_t, cd_s_automation *> link : _links) remove_link(link.first);
// free all node structs
for (pair<cd_uid_t, cd_s_node *> node : _nodes) remove_node(node.first);
return;
}
map<cd_uid_t, cd_s_node *> CDMeshConnector::get_nodes(bool provisioned) {
if (provisioned == false) return _nodes;
// filter only if provisioned nodes are desired
map<cd_uid_t, cd_s_node *> nodes;
for (pair<cd_uid_t, cd_s_node *> node : _nodes) {
if (node.second->provisioned == false) continue;
nodes[node.first] = node.second;
}
return nodes;
}
map<cd_link_t, cd_s_automation *> CDMeshConnector::get_links(bool valid) {
if (valid == false) return _links;
// filter only if valid links are desired
map<cd_link_t, cd_s_automation *> links;
for (pair<cd_link_t, cd_s_automation *> link : _links) {
if (link.second->valid == false) continue;
links[link.first] = link.second;
}
return links;
}
void CDMeshConnector::update_link(cd_s_automation *automation, bool publish) {
printf("link[%d]", automation->id);
if (automation->valid) {
printf(" = %.*s %s %.*s", (int)automation->button->name_len, automation->button->name,
automation->type == CD_AUTOMATION_TYPE_TOGGLE ? "toggles"
: automation->type == CD_AUTOMATION_TYPE_TURN_OFF ? "turns off"
: "turns on",
(int)automation->light->name_len, automation->light->name);
} else {
printf(" (invalid)");
}
printf("\n");
if (!publish) return;
if (!automation->valid) return;
cd_s_bin *msg = cd_cmd_gen_post_link_add(automation->button->uuid, automation->light->uuid, automation->type);
cd_pclient_send(msg);
free(msg);
}
cd_link_t CDMeshConnector::create_link(cd_uid_t button, cd_uid_t light, cd_e_automation_type type) {
cd_link_t id = get_new_link_id();
cd_s_automation *automation = (cd_s_automation *)malloc(sizeof(cd_s_automation));
automation->id = id;
automation->type = type;
automation->button = _nodes[button];
automation->light = _nodes[light];
automation->valid = true;
printf("(new) ");
_links[id] = automation;
update_link(automation);
return id;
}
cd_link_t CDMeshConnector::create_link() {
cd_link_t id = get_new_link_id();
cd_s_automation *automation = (cd_s_automation *)malloc(sizeof(cd_s_automation));
automation->id = id;
automation->type = CD_AUTOMATION_TYPE_TOGGLE;
automation->button = nullptr;
automation->light = nullptr;
automation->valid = false;
printf("(new) ");
_links[id] = automation;
update_link(automation);
return id;
}
void CDMeshConnector::remove_link(cd_link_t link_handle, bool publish) {
printf("remove link[%d]\n", link_handle);
if (_links.count(link_handle) == 0) return; // invalid handle
if (_links[link_handle] == nullptr) return; // already removed link
if (publish) {
cd_s_bin *msg = cd_cmd_gen_post_link_rm(_links[link_handle]->button->uuid, _links[link_handle]->light->uuid);
cd_pclient_send(msg);
free(msg);
}
free(_links[link_handle]);
_links[link_handle] = nullptr;
}
void CDMeshConnector::remove_node(cd_uid_t node_handle) {
printf("remove node[%d]\n", node_handle);
if (_nodes[node_handle] != nullptr) free(_nodes[node_handle]);
_nodes[node_handle] = nullptr;
return;
}
void CDMeshConnector::update_node(cd_s_node *node_ptr, bool publish) {
printf("turning %.*s %s\n", (int)node_ptr->name_len, node_ptr->name, node_ptr->light_on ? "on" : "off");
if (!publish) return;
cd_s_bin *msg = cd_cmd_gen_post_led(node_ptr->light_on, node_ptr->uuid);
cd_pclient_send(msg);
free(msg);
}
void CDMeshConnector::network_join_node(cd_s_node *node_ptr) {
node_ptr->provisioned = true; // TODO: await success
printf("join %.*s into network\n", (int)node_ptr->name_len, node_ptr->name);
cd_s_bin *msg = cd_cmd_gen_post_net_add(node_ptr->uuid);
cd_pclient_send(msg);
free(msg);
}
void CDMeshConnector::network_remove_node(cd_s_node *node_ptr) {
node_ptr->provisioned = false; // TODO: await success
printf("remove %.*s from network\n", (int)node_ptr->name_len, node_ptr->name);
cd_s_bin *msg = cd_cmd_gen_post_net_rm(node_ptr->uuid);
cd_pclient_send(msg);
free(msg);
}
string CDMeshConnector::cd_mac_to_string(cd_mac_addr_t mac) {
size_t str_s = sizeof("00:00:00:00:00:00");
char *addr = (char*) malloc(str_s);
snprintf(addr, str_s, "%02x:%02x:%02x:%02x:%02x:%02x", mac[0], mac[1], mac[2], mac[3], mac[4], mac[5]);
string ret = addr;
free(addr);
return ret;
}
string CDMeshConnector::cd_uuid_to_string(cd_uuid_t uuid) {
size_t str_s = sizeof("00000000-0000-0000-0000-000000000000");
char *addr = (char*) malloc(str_s);
snprintf(addr, str_s, "%02x%02x%02x%02x-%02x%02x-%02x%02x-%02x%02x-%02x%02x%02x%02x%02x%02x", uuid[0], uuid[1], uuid[2], uuid[3], uuid[4], uuid[5], uuid[6], uuid[7], uuid[8], uuid[9], uuid[10], uuid[11], uuid[12], uuid[13], uuid[14], uuid[15]);
string ret = addr;
free(addr);
return ret;
}
cd_s_automation *CDMeshConnector::get_link(cd_link_t id) { return _links[id]; }
cd_s_node *CDMeshConnector::get_node(cd_uid_t id) { return _nodes[id]; }
cd_uid_t CDMeshConnector::get_or_create_node_by_uuid(cd_uuid_t uuid) {
for (pair<cd_uid_t, cd_s_node *> node : _nodes)
if (memcmp(node.second->uuid, uuid, sizeof(cd_uuid_t)) == 0) return node.first;
return create_node({});
}
cd_link_t CDMeshConnector::get_or_create_link_by_uuid(cd_uuid_t button, cd_uuid_t light) {
for (pair<cd_uid_t, cd_s_automation *> link : _links)
if (link.second != nullptr && link.second->valid == true && memcmp(link.second->button->uuid, button, sizeof(cd_uuid_t)) == 0 &&
memcmp(link.second->light->uuid, light, sizeof(cd_uuid_t)) == 0)
return link.first;
return create_link();
}
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