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ScanWork.cpp
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#include <wx/wx.h>
#include <wx/sstream.h>
#include <wx/config.h>
#include <wx/regex.h>
#ifdef __WXMSW__
#include <iphlpapi.h>
#endif
#include "ScanWork.h"
#include "../xLights/Parallel.h"
#include "xScannerMain.h"
#include "xScannerApp.h"
#include "../xLights/utils/Curl.h"
#include "../xLights/UtilFunctions.h"
#include "../xSchedule/wxJSON/jsonreader.h"
#include "../xLights/controllers/Falcon.h"
#include "../xLights/controllers/Pixlite16.h"
#include "../xLights/outputs/ControllerEthernet.h"
#include "../xLights/Discovery.h"
#include "../xLights/outputs/OutputManager.h"
#include "../xLights/outputs/ZCPPOutput.h"
#include "../xLights/outputs/DDPOutput.h"
#include "../xLights/outputs/ArtNetOutput.h"
#include "../xLights/outputs/TwinklyOutput.h"
#include "../xLights/controllers/FPP.h"
#include "../xLights/outputs/ControllerEthernet.h"
#include "MAC.h"
#include <log4cpp/Category.hh>
#define FAST_TIMEOUT 2
#define SLOW_TIMEOUT 5
#define PING_THREADS 15
#define OTHER_THREADS 5
#define HTTP_THREADS 25
#pragma region WorkManager
WorkManager::WorkManager()
{
}
void WorkManager::Start()
{
static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
if (_threadsPing.size() == 0) {
if (_singleThreaded) {
// we cant actually run single threaded so we run 1 ping, 1 main and 2 other (as computer is long running in other)
_threadsPing.push_back(new ScanThread(*this, ThreadType::TTPING));
_threadsOther.push_back(new ScanThread(*this, ThreadType::TTOTHER));
_threadsOther.push_back(new ScanThread(*this, ThreadType::TTOTHER));
_threadsHTTP.push_back(new ScanThread(*this, ThreadType::TTMAIN, new wxSocketClient(wxSOCKET_WAITALL | wxSOCKET_BLOCK)));
}
else {
for (size_t i = 0; i < PING_THREADS; i++) {
_threadsPing.push_back(new ScanThread(*this, ThreadType::TTPING));
}
for (size_t i = 0; i < OTHER_THREADS; i++) {
_threadsOther.push_back(new ScanThread(*this, ThreadType::TTOTHER));
}
for (size_t i = 0; i < HTTP_THREADS; i++) {
_threadsHTTP.push_back(new ScanThread(*this, ThreadType::TTMAIN, new wxSocketClient(wxSOCKET_WAITALL | wxSOCKET_BLOCK)));
}
}
}
if (!_started) {
logger_base.debug("Starting work.");
_started = true;
for (const auto& it : _threadsHTTP) {
it->Run();
}
for (const auto& it : _threadsPing) {
it->Run();
}
for (const auto& it : _threadsOther) {
it->Run();
}
}
// this will load the mac file early
AddWork(new MACWork("", ""));
}
void WorkManager::Stop()
{
static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
logger_base.debug("Stopping work");
for (const auto& it : _threadsHTTP) {
it->Terminate();
}
for (const auto& it : _threadsPing) {
it->Terminate();
}
for (const auto& it : _threadsOther) {
it->Terminate();
}
_started = false;
}
WorkManager::~WorkManager()
{
while (_threadsHTTP.size() > 0) {
ScanThread* t = _threadsHTTP.back();
_threadsHTTP.pop_back();
t->Terminate();
t->Kill();
}
while (_threadsPing.size() > 0) {
ScanThread* t = _threadsPing.back();
_threadsPing.pop_back();
t->Terminate();
t->Kill();
}
while (_threadsOther.size() > 0) {
ScanThread* t = _threadsOther.back();
_threadsOther.pop_back();
t->Terminate();
t->Kill();
}
}
wxThread::ExitCode ScanThread::Entry()
{
if (_client != nullptr) _client->SetTimeout(3);
while (!_terminate) {
auto w = _workManager.GetWork(_threadType);
if (w.has_value()) {
{
std::unique_lock<std::mutex> locker(_mutex);
_activeWork = *w;
}
(*w)->DoWork(_workManager, _client);
{
std::unique_lock<std::mutex> locker(_mutex);
_activeWork = nullptr;
}
delete (*w);
}
else {
wxSleep(1);
}
}
return 0;
}
void ScanThread::TerminateWork()
{
std::unique_lock<std::mutex> locker(_mutex);
if (_activeWork != nullptr) {
_activeWork->Terminate();
}
}
void WorkManager::AddHTTP(const std::string& ip, int port, const std::string& proxy)
{
std::lock_guard<std::mutex> lock(_mutex);
auto h = wxString::Format("%s:%s:%d", ip, proxy, port);
if (std::find(begin(_scannedHTTP), end(_scannedHTTP), h) == end(_scannedHTTP)) {
// start with a ping ... work flows from there
_scannedHTTP.push_back(h);
_queueHTTP.push(new HTTPWork(ip, port, proxy));
}
}
void WorkManager::AddIP(const std::string& ip, const std::string& why, const std::string& proxy)
{
std::lock_guard<std::mutex> lock(_mutex);
if (std::find(begin(_scannedIP), end(_scannedIP), ip) == end(_scannedIP)) {
// start with a ping ... work flows from there
_scannedIP.push_back(ip);
_queuePing.push(new PingWork(ip, why, proxy));
}
}
void WorkManager::AddClassDSubnet(const std::string& ip, const std::string& proxy)
{
wxArrayString ipElements = wxSplit(ip, '.');
if (ipElements.size() > 3) {
//looks like an IP address
int ip1 = wxAtoi(ipElements[0]);
int ip2 = wxAtoi(ipElements[1]);
int ip3 = wxAtoi(ipElements[2]);
int ip4 = wxAtoi(ipElements[3]);
for (uint8_t i = 1; i < 255; i++) {
auto ipa = wxString::Format("%d.%d.%d.%d", ip1, ip2, ip3, i);
AddIP(ipa, "", proxy);
}
}
}
#pragma endregion
#pragma region PingWork
void PingWork::DoWork(WorkManager& workManager, wxSocketClient* client)
{
static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
std::list<std::pair<std::string, std::string>> results;
logger_base.debug("PingWork %s", (const char*)_ip.c_str());
// First determine if public or private
// We only scan private networks
bool privateNetwork = true;
wxArrayString ipElements = wxSplit(_ip, '.');
if (ipElements.size() > 3) {
//looks like an IP address
int ip1 = wxAtoi(ipElements[0]);
int ip2 = wxAtoi(ipElements[1]);
int ip3 = wxAtoi(ipElements[2]);
int ip4 = wxAtoi(ipElements[3]);
if (ip1 == 10) {
if (ip2 == 255 && ip3 == 255 && ip4 == 255) {
// this is a broadcast network
privateNetwork = false;
}
// else this is valid
}
else if (ip1 == 192 && ip2 == 168) {
if (ip3 == 255 && ip4 == 255) {
// this is a broadcast network
privateNetwork = false;
}
// else this is valid
}
else if (ip1 == 172 && ip2 >= 16 && ip2 <= 31) {
// this is valid
}
else if (ip1 == 255 && ip2 == 255 && ip3 == 255 && ip4 == 255) {
// this is a broadcast network
privateNetwork = false;
}
else if (ip1 == 0) {
// this is an invalid betwork
privateNetwork = false;
}
else if (ip1 >= 224 && ip1 <= 239) {
// this is a multicast network
privateNetwork = false;
}
else {
// this is a routable network
privateNetwork = false;
}
results.push_back({ "IP", _ip });
results.push_back({ "Type", "Ping" });
if (_why != "") {
results.push_back({ "Why", _why });
}
results.push_back({ "Network", wxString::Format("%d.%d.%d.0", ip1, ip2, ip3)});
results.push_back({ "Network Type", privateNetwork ? "Private" : "Public" });
auto const& result = IPOutput::Ping(_ip, _proxy);
if (result == IPOutput::PINGSTATE::PING_OK || result == IPOutput::PINGSTATE::PING_WEBOK) {
results.push_back({ "PING", "OK" });
workManager.AddFoundIP(_ip);
workManager.AddHTTP(_ip, 80, _proxy);
//workManager.AddHTTP(_ip, 81);
//workManager.AddHTTP(_ip, 8080);
//workManager.AddHTTP(_ip, 8081);
PublishResult(workManager, results);
}
else {
results.push_back({ "PING", "FAILED" });
PublishResult(workManager, results);
workManager.AddHTTP(_ip, 80, _proxy); // we still try to open as it may be behind a http proxy
}
}
}
#pragma endregion
#pragma region HTTPWork
std::string HTTPWork::GetTitle(const std::string& page)
{
static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
static wxRegEx title("<[^>]*title[^>]*>(.*)<[^>]*\\/[^>]*title[^>]*>");
logger_base.debug(" Scanning for title.");
if (title.Matches(page) && title.GetMatchCount() > 1) {
logger_base.debug(" Title matches found %u.", (uint32_t)title.GetMatchCount());
wxString t = title.GetMatch(page, 1);
logger_base.debug(" Title value extracted.");
if (t.Contains("404")) {
return "";
}
return t.ToStdString();
}
return "";
}
std::string HTTPWork::GetControllerTypeBasedOnPageContent(const std::string& page)
{
if (Contains(page, "ESPixelStick")) return "ESPixelStick";
if (Contains(page, "ECG-P2")) return "J1Sys P2";
if (Contains(page, "ECG-P12S")) return "J1Sys P12S";
if (Contains(page, "ECG-P12R")) return "J1Sys P12R";
if (Contains(page, "ECG-P12D")) return "J1Sys P12D";
if (Contains(page, "ECG-PIXAD8")) return "J1Sys PIXAD8";
if (Contains(page, "E6804")) return "SanDevices E6804";
if (Contains(page, "E682")) return "SanDevices E682";
if (Contains(page, "pixlite/mk3"))
return "Pixlite MK3";
if (Contains(page, "E681"))
return "SanDevices E681";
if (Contains(page, "This URI does not exist"))
return "Twinkly";
if (Contains(page, "NDBPRO"))
return "Minleon NDBPro";
if (Contains(page, "NDB"))
return "Minleon NDB+";
if (Contains(page, "WLED")) return "WLED"; // this is speculative ... I have no idea if this will work
if (Contains(page, "Hinkspix")) return "Hinkspix"; // this is speculative ... I have no idea if this will work
if (Contains(page, "Alphapix")) return "Alphapix"; // this is speculative ... I have no idea if this will work
return "";
}
void HTTPWork::DoWork(WorkManager& workManager, wxSocketClient* client)
{
static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
std::list<std::pair<std::string, std::string>> results;
logger_base.debug("HTTPWork %s:%d Proxy: %s", (const char*)_ip.c_str(), _port, (const char*)_proxy.c_str());
wxIPV4address addr;
addr.Hostname(_ip);
addr.Service(_port);
if (client != nullptr) {
if (client->Connect(addr)) {
client->Close();
logger_base.debug(" HTTP Connected.");
results.push_back({ "IP", _ip });
results.push_back({ "Type", "HTTP" });
if (_proxy != "") {
results.push_back({ "Web", wxString::Format("Via proxy %s OK on port %d", _proxy, _port) });
}
else {
results.push_back({ "Web", wxString::Format("Direct OK on port %d", _port) });
}
try {
logger_base.debug(" Getting the web page.");
std::string page = Curl::HTTPSGet(_proxy + _ip, "", "", SLOW_TIMEOUT);
logger_base.debug(" Got the web page.");
if (page != "") {
logger_base.debug(" Getting the title.");
std::string title = GetTitle(page);
logger_base.debug(" Got the title.");
if (title != "") {
results.push_back({ "Title", title });
}
logger_base.debug(" Determining controller type.");
std::string controller = GetControllerTypeBasedOnPageContent(page);
logger_base.debug(" Got the controller type.");
if (controller != "") {
results.push_back({ "Controller", controller });
}
}
}
catch (...) {
}
PublishResult(workManager, results);
workManager.AddWork(new FPPWork(_ip, _proxy));
workManager.AddWork(new FalconWork(_ip, _proxy));
workManager.AddWork(new xScheduleWork(_ip));
}
else {
logger_base.debug(" HTTP Connect failed.");
}
}
else {
wxASSERT(false);
}
}
#pragma endregion
#pragma region FPPWork
void FPPWork::DoWork(WorkManager& workManager, wxSocketClient* client)
{
static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
std::list<std::pair<std::string, std::string>> results;
std::string proxy;
if (_proxy != "") {
proxy = _proxy + "/proxy/";
}
logger_base.debug("FPPWork %s %s", (const char*)_proxy.c_str(), (const char*)_ip.c_str());
auto netconfig = Curl::HTTPSGet(proxy + _ip + "/api/network/interface", "", "", FAST_TIMEOUT);
if (netconfig != "" && Contains(netconfig, "operstate")) {
logger_base.debug(" FPP found");
results.push_back({ "IP", _ip });
results.push_back({ "Type", "FPP" });
std::list<std::string> networks;
logger_base.debug(" Getting wifi strength");
auto wificonfig = Curl::HTTPSGet(proxy + _ip + "/api/network/wifi/strength", "", "", FAST_TIMEOUT);
wxJSONReader wifireader;
wxJSONValue wifiroot;
bool fwifi = false;
if (wificonfig != "") {
fwifi = wifireader.Parse(wificonfig, &wifiroot) == 0;
}
wxJSONValue defaultValue = wxString("");
wxJSONReader reader;
wxJSONValue root;
if (reader.Parse(netconfig, &root) == 0) {
// extract the type of request
auto net = root.AsArray();
if (net != nullptr) {
int ii = 1;
for (size_t i = 0; i < net->Count(); i++) {
auto n = (*net)[i];
wxString operstate = n.Get("operstate", defaultValue).AsString();
wxString iip = n.Get("addr_info", defaultValue)[0].Get("local", defaultValue).AsString();
wxString label = n.Get("addr_info", defaultValue)[0].Get("label", defaultValue).AsString();
wxString ifname = n.Get("ifname", defaultValue).AsString();
if (ifname != "") networks.push_back(ifname);
if (operstate == "UP" && iip != "" && label != "") {
wxString wifiStrength = "";
if (label[0] == 'w' && fwifi) {
auto w = wifiroot.AsArray();
for (size_t j = 0; j < w->Count(); j++) {
auto ww = (*w)[j];
wxString iface = ww.Get("interface", defaultValue).AsString();
if (iface == label) {
int strength = ww.Get("level", wxJSONValue(0)).AsInt();
wifiStrength = wxString::Format(" (%d - %s)", strength, DecodeWifiStrength(strength));
break;
}
}
}
results.push_back({ wxString::Format("IP %d", ii++), label + " : " + iip + " " + wifiStrength });
workManager.AddIP(iip, "");
}
}
}
}
int iii = 1;
for (const auto& it : networks) {
auto net = Curl::HTTPSGet(proxy + _ip + "/api/network/interface/" + it, "", "", FAST_TIMEOUT);
if (net != "") {
wxJSONValue defaultValue = wxString("");
wxJSONReader reader;
wxJSONValue root;
if (reader.Parse(net, &root) == 0) {
wxString dhcp = root.Get("PROTO", defaultValue).AsString();
wxString gateway = root.Get("GATEWAY", defaultValue).AsString();
wxString address = root.Get("CurrentAddress", defaultValue).AsString();
auto n = wxString::Format("%s %s IP : %s Gateway : %s", it, dhcp, address, gateway);
results.push_back({ wxString::Format("Net %d", iii++), n });
}
}
}
logger_base.debug(" Getting FPP proxies");
auto proxies = Curl::HTTPSGet(proxy + _ip + "/api/proxies", "", "", FAST_TIMEOUT);
if (proxies != "" && proxies != "[]") {
wxJSONValue defaultValue = wxString("");
wxJSONReader reader;
wxJSONValue root;
if (reader.Parse(proxies, &root) == 0) {
if (root.IsArray()) {
auto ps = root.AsArray();
if (ps != nullptr) {
int c = 1;
for (size_t i = 0; i < ps->Count(); i++) {
if ((*ps)[i].IsString()) {
wxString p = (*ps)[i].AsString();
results.push_back({ wxString::Format("Proxying %d", c++), p });
workManager.AddIP(p, "FPP Proxied", _ip);
workManager.AddClassDSubnet(p, _ip);
std::list<std::pair<std::string, std::string>> pres;
pres.push_back({ "Type", "Proxied" });
pres.push_back({ "IP", p });
pres.push_back({ "Proxied By", _ip });
PublishResult(workManager, pres);
}
}
}
}
}
}
logger_base.debug(" Getting FPP version");
auto version = Curl::HTTPSGet(proxy + _ip + "/api/fppd/version", "", "", FAST_TIMEOUT);
if (version != "" && version[0] == '{') {
wxJSONValue defaultValue = wxString("");
wxJSONReader reader;
wxJSONValue root;
if (reader.Parse(version, &root) == 0) {
results.push_back({ "Version", root.Get("version", defaultValue).AsString() });
}
}
logger_base.debug(" Getting FPP Channel Outputs");
auto co = Curl::HTTPSGet(proxy + _ip + "/api/configfile/co-universes.json", "", "", FAST_TIMEOUT);
if (co != "" && co[0] == '{') {
wxJSONValue defaultValue = wxString("");
wxJSONReader reader;
wxJSONValue root;
if (reader.Parse(co, &root) == 0) {
auto cc = root.Get("channelOutputs", defaultValue);
if (cc.IsArray() && cc[0].Get("enabled", defaultValue).AsInt() == 1) {
results.push_back({ "Sending Data", cc[0].Get("interface", defaultValue).AsString() });
}
}
}
logger_base.debug(" Getting FPP status");
auto status = Curl::HTTPSGet(proxy + _ip + "/api/fppd/status", "", "", FAST_TIMEOUT);
if (status != "" && status[0] == '{') {
wxJSONValue defaultValue = wxString("");
wxJSONReader reader;
wxJSONValue root;
if (reader.Parse(status, &root) == 0) {
results.push_back({ "Mode", root.Get("mode_name", defaultValue).AsString() });
}
}
logger_base.debug(" Getting FPP multisync");
auto multisync = Curl::HTTPSGet(proxy + _ip + "/api/fppd/multiSyncSystems", "", "", FAST_TIMEOUT);
if (multisync != "" && multisync[0] == '{') {
wxJSONValue defaultValue = wxString("");
wxJSONReader reader;
wxJSONValue root;
if (reader.Parse(multisync, &root) == 0) {
auto sys = root.Get("systems", defaultValue).AsArray();
if (sys != nullptr) {
for (size_t i = 0; i < sys->Count(); i++) {
auto s = (*sys)[i];
std::string address = s.Get("address", defaultValue).AsString().ToStdString();
workManager.AddIP(address, "FPP Multisync");
}
}
}
}
PublishResult(workManager, results);
}
else {
logger_base.debug(" Not FPP");
}
}
#pragma endregion
#pragma region FalconWork
void FalconWork::DoWork(WorkManager& workManager, wxSocketClient* client)
{
static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
std::list<std::pair<std::string, std::string>> results;
std::string proxy;
if (_proxy != "") {
proxy = _proxy + "/proxy/";
}
logger_base.debug("FalconWork %s %s", (const char*)_proxy.c_str(), (const char*)_ip.c_str());
auto status = Curl::HTTPSGet(proxy + _ip + "/status.xml", "", "", SLOW_TIMEOUT);
if (status != "" && Contains(status, "<response>") && Contains(status, "<np>") && Contains(status, "<p>")) {
logger_base.debug(" Falcon found");
results.push_back({ "IP", _ip});
results.push_back({ "Type", "Falcon" });
wxXmlDocument doc;
wxStringInputStream docstrm(status);
doc.Load(docstrm);
if (doc.IsOk() && doc.GetRoot() != nullptr) {
int k0 = 0;
int k1 = 0;
int k2 = 0;
int p = 0;
for (auto n = doc.GetRoot()->GetChildren(); n != nullptr; n = n->GetNext()) {
if (n->GetChildren() != nullptr) {
if (n->GetName() == "m") {
int m = wxAtoi(n->GetChildren()->GetContent());
results.push_back({ "Mode", Falcon::DecodeMode(m) });
}
else if (n->GetName() == "k0") {
k0 = wxAtoi(n->GetChildren()->GetContent());
}
else if (n->GetName() == "k1") {
k1 = wxAtoi(n->GetChildren()->GetContent());
}
else if (n->GetName() == "k2") {
k2 = wxAtoi(n->GetChildren()->GetContent());
}
else if (n->GetName() == "p") {
p = wxAtoi(n->GetChildren()->GetContent());
}
else if (n->GetName() == "fv") {
results.push_back({ "Firmware Version", n->GetChildren()->GetContent() });
}
else if (n->GetName() == "v1") {
results.push_back({ "V1", n->GetChildren()->GetContent() });
}
else if (n->GetName() == "v2") {
results.push_back({ "V2", n->GetChildren()->GetContent() });
}
else if (n->GetName() == "t1") {
results.push_back({ "Processor Temp", n->GetChildren()->GetContent() + "C"});
}
else if (n->GetName() == "t2") {
results.push_back({ "Temp1", n->GetChildren()->GetContent() + "C" });
}
else if (n->GetName() == "t3") {
results.push_back({ "Temp2", n->GetChildren()->GetContent() + "C" });
}
else if (n->GetName() == "n") {
results.push_back({ "Name", n->GetChildren()->GetContent() });
}
}
}
if (k0 != 0 || k1 != 0 || k2 != 0) {
results.push_back({ "Banks", wxString::Format("%d:%d:%d", k0, k1, k2) });
}
int model;
int version;
Falcon::DecodeModelVersion(p, model, version);
if (p == 128 || p == 129) {
Falcon falcon(_ip, _proxy);
if (falcon.IsConnected()) {
wxJSONValue status = falcon.V4_GetStatus();
if (status.HasMember("O")) results.push_back({ "Mode", falcon.V4_DecodeMode(status["O"].AsInt()) });
if (status.HasMember("B") && status["WI"].AsString() != "") {
results.push_back({ "WIFI IP", "WIFI: " + status["WI"].AsString() + " : " + status["WK"].AsString() + " : " + status["WS"].AsString() });
workManager.AddIP(status["WI"].AsString(), "");
}
if (status.HasMember("I") && status["I"].AsString() != "") {
results.push_back({ "ETH IP", "Wired: " + status["I"].AsString() + " : " + status["K"].AsString() });
workManager.AddIP(status["I"].AsString(), "");
}
results.push_back({ "Model", wxString::Format("F%dv4", status["BR"].AsInt()).ToStdString() });
if (status.HasMember("TS") && status["TS"].AsInt() != 0) {
results.push_back({ "Test Mode", "Enabled" });
}
if (status.HasMember("SD")) results.push_back({ "DHCP", (status["SD"].AsString() == "D" ? "DHCP" : "Static") });
if (status.HasMember("WSD")) results.push_back({ "WDHCP", (status["WSD"].AsString() == "D" ? "DHCP" : "Static") });
if (status.HasMember("D")) results.push_back({ "DNS", status["D"].AsString() });
if (status.HasMember("G")) results.push_back({ "Gateway", status["G"].AsString() });
if (status.HasMember("WD")) results.push_back({ "WiFi DNS", status["WD"].AsString() });
if (status.HasMember("WG")) results.push_back({ "WiFi Gateway", status["WG"].AsString() });
if (status.HasMember("N")) results.push_back({ "Name", status["N"].AsString()});
if (status.HasMember("T1")) results.push_back({ "Temp1", wxString::Format("%.1fC", (float)status["T1"].AsInt() / 10.0).ToStdString() });
if (status.HasMember("T2")) results.push_back({ "Temp2", wxString::Format("%.1fC", (float)status["T2"].AsInt() / 10.0).ToStdString() });
if (status.HasMember("PT")) results.push_back({ "Processor Temp", wxString::Format("%.1fC", (float)status["PT"].AsInt() / 10.0).ToStdString() });
if (status.HasMember("FN")) results.push_back({ "Fan Speed", wxString::Format("%d RPM", status["FN"].AsInt()).ToStdString() });
if (status.HasMember("V1")) results.push_back({ "V1", wxString::Format("%.1fV", (float)status["V1"].AsInt() / 10.0).ToStdString() });
if (status.HasMember("V2")) results.push_back({ "V2", wxString::Format("%.1fV", (float)status["V2"].AsInt() / 10.0).ToStdString() });
if (status.HasMember("B")) results.push_back({"Board Configuration", falcon.V4_DecodeBoardConfiguration(status["B"].AsInt())});
}
}
else {
results.push_back({ "Model", wxString::Format("F%dv%d", model, version).ToStdString() });
}
}
PublishResult(workManager, results);
}
}
#pragma endregion
#pragma region ScanWork
wxWindow* ScanWork::GetFrameWindow()
{
return wxGetApp().GetTopWindow();
}
void ScanWork::PublishResult(WorkManager& workManager, std::list<std::pair<std::string, std::string>>& result)
{
std::list<std::pair<std::string, std::string>> out;
if (result.size() == 0) return;
// now deduplicate any results by copying back to front ... this allows work to add the same vallue multiple times with the last value winning
for (auto it = result.rbegin(); it != result.rend(); ++it) {
bool found = false;
for (const auto& it2 : out) {
if (it2.first == it->first) {
found = true;
break;
}
}
if (!found) {
out.push_front(*it);
}
}
workManager.PublishResult(out);
}
#pragma endregion
#pragma region xScheduleWork
void xScheduleWork::DoWork(WorkManager& workManager, wxSocketClient* client)
{
static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
logger_base.debug("xScheduleWork %s:%d", (const char*)_ip.c_str(), _port);
std::list<std::pair<std::string, std::string>> results;
auto xs = Curl::HTTPSGet(_ip + ":" + wxString::Format("%d", _port) + "/xScheduleQuery?Query=getplayingstatus", "", "", FAST_TIMEOUT);
if (xs != "" && xs[0] == '{') {
logger_base.debug(" xSchedule found");
results.push_back({ "IP", _ip });
results.push_back({ "Type", "xSchedule" });
results.push_back({ "Port", wxString::Format("%d", _port) });
wxJSONValue defaultValue = wxString("");
wxJSONReader reader;
wxJSONValue root;
if (reader.Parse(xs, &root) == 0) {
results.push_back({ "Version", root.Get("version", defaultValue).AsString() });
}
PublishResult(workManager, results);
}
}
#pragma endregion
#pragma region DiscoverWork
void DiscoverWork::DoWork(WorkManager& workManager, wxSocketClient* client)
{
static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
logger_base.debug("DiscoverWork");
Discovery discovery(GetFrameWindow(), &_om);
Pixlite16::PrepareDiscovery(discovery);
ZCPPOutput::PrepareDiscovery(discovery);
ArtNetOutput::PrepareDiscovery(discovery);
DDPOutput::PrepareDiscovery(discovery);
FPP::PrepareDiscovery(discovery);
TwinklyOutput::PrepareDiscovery(discovery);
discovery.Discover();
for (size_t x = 0; x < discovery.GetResults().size(); x++) {
auto discovered = discovery.GetResults()[x];
if (discovered == nullptr || discovered->controller == nullptr) {
continue;
}
ControllerEthernet* it = discovered->controller;
if (it != nullptr && it->GetResolvedIP() != "") {
std::list<std::pair<std::string, std::string>> results;
results.push_back({ "Type", "Discover" });
results.push_back({ "IP", it->GetResolvedIP() });
results.push_back({ "Discovered", "TRUE" });
if (discovered->vendor != "") {
results.push_back({ "Vendor", discovered->vendor });
} else if (discovered->controller != nullptr && discovered->controller->GetProtocol() == "Twinkly") {
results.push_back({ "Vendor", "Twinkly" });
results.push_back({ "Pixels", wxString::Format("%d", discovered->controller->GetChannels()).ToStdString() });
}
if (discovered->model != "") {
results.push_back({ "Model", discovered->model });
}
if (discovered->platform != "") {
results.push_back({ "Platform", discovered->platform });
}
if (discovered->platformModel != "") {
results.push_back({ "Platform Model", discovered->platformModel });
}
if (discovered->hostname != "" && (discovered->hostname[0] < '0' || discovered->hostname[0] > '9')) {
results.push_back({ "Name", discovered->hostname });
}
if (discovered->version != "") {
results.push_back({ "Version", discovered->version });
}
if (discovered->mode != "") {
results.push_back({ "Mode", discovered->mode });
}
PublishResult(workManager, results);
workManager.AddHTTP(it->GetResolvedIP(), 80);
workManager.AddWork(new FalconWork(it->GetResolvedIP(), discovered->proxy));
workManager.AddWork(new FPPWork(it->GetResolvedIP(), discovered->proxy));
workManager.AddIP(it->GetResolvedIP(), "Discover");
workManager.AddClassDSubnet(it->GetResolvedIP());
}
}
// wait a couple of seconds as otherwise I see crashes on the discovery delete
wxSleep(2);
}
#pragma endregion
#pragma region ComputerWork
void ComputerWork::ScanARP(WorkManager& workManager)
{
static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
std::map<std::string, std::string> arps;
#ifdef __WXMSW__
logger_base.debug("Reading ARP table");
DWORD bytesNeeded = 0;
PMIB_IPNETTABLE arp = nullptr;
// The result from the API call.
int result = ::GetIpNetTable(nullptr, &bytesNeeded, false);
// Call the function, expecting an insufficient buffer.
if (result == ERROR_INSUFFICIENT_BUFFER) {
arp = (PMIB_IPNETTABLE)malloc(bytesNeeded);
if (arp != nullptr) {
result = ::GetIpNetTable(arp, &bytesNeeded, false);
if (result == 0) {
for (size_t i = 0; i < arp->dwNumEntries; i++) {
auto a = arp->table[i];
std::string iip;
std::string mac;
if (memcmp(a.bPhysAddr, "\0\0\0\0\0\0\0\0", 8) != 0) {
if (((a.dwAddr >> 24) & 0xFF) != 0xFF) {
mac = wxString::Format("%02X-%02X-%02X-%02X-%02X-%02X", a.bPhysAddr[0], a.bPhysAddr[1], a.bPhysAddr[2], a.bPhysAddr[3], a.bPhysAddr[4], a.bPhysAddr[5]);
iip = wxString::Format("%d.%d.%d.%d", a.dwAddr & 0xFF, (a.dwAddr >> 8) & 0xFF, (a.dwAddr >> 16) & 0xFF, (a.dwAddr >> 24) & 0xFF);
arps[iip] = mac;
}
}
}
}
free(arp);
}
}
#endif
#ifdef __LINUX__
logger_base.debug("Reading ARP table");
const int size = 256;
char ip_address[size];
int hw_type;
int flags;
char mac_address[size];
char mask[size];
char device[size];
FILE* fp = fopen("/proc/net/arp", "r");
if (fp != NULL) {
char line[size];
fgets(line, size, fp); // Skip the first line, which consists of column headers.
while (fgets(line, size, fp)) {
sscanf(line, "%s 0x%x 0x%x %s %s %s\n",
ip_address,
&hw_type,
&flags,
mac_address,
mask,
device);
std::string iip(ip_address);
std::string mac(mac_address);
arps[iip] = mac;
}
}
else {
logger_base.error("Error Reading ARP table");
}
fclose(fp);
#endif
for (const auto& it : workManager.GetFound()) {
if (arps.find(it) == end(arps)) {
// no mac address
}
else {
// we only process them once
if (std::find(begin(_macsDone), end(_macsDone), arps[it]) == end(_macsDone)) {
workManager.AddWork(new MACWork(it, arps[it]));
_macsDone.push_back(arps[it]);
}
}
}
for (const auto& it : arps) {
workManager.AddIP(it.first, "ARP");
}
}
std::string ComputerWork::GetXLightsShowFolder()
{
wxString showDir = "";
wxConfig* xlconfig = new wxConfig(_("xLights"));
if (xlconfig != nullptr) {
xlconfig->Read(_("LastDir"), &showDir);
delete xlconfig;
}
return showDir.ToStdString();
}
std::string ComputerWork::GetXScheduleShowFolder()
{
wxString showDir = "";
wxConfig* xlconfig = new wxConfig(_("xSchedule"));
if (xlconfig != nullptr) {
xlconfig->Read(_("SchedulerLastDir"), &showDir);
delete xlconfig;
}
return showDir.ToStdString();
}
std::string ComputerWork::GetForceIP()
{
wxString localIP = "";
wxConfig* xlconfig = new wxConfig(_("xLights"));
if (xlconfig != nullptr) {
xlconfig->Read(_("xLightsLocalIP"), &localIP, "");
delete xlconfig;
}
return localIP.ToStdString();
}
void ComputerWork::ProcessController(WorkManager& workManager, Controller* controller, const std::string& why)
{
//static log4cpp::Category& logger_base = log4cpp::Category::getInstance(std::string("log_base"));
std::list<std::pair<std::string, std::string>> results;
auto proxy = controller->GetFPPProxy();
auto ip = controller->GetResolvedIP();
if (ip != "") {
results.push_back({ "Type", "Controller" });
results.push_back({ "IP", ip });
results.push_back({ "Why", why + " Controller"});
results.push_back({ "Name", controller->GetName() });
results.push_back({ "Vendor", controller->GetVendor() });
results.push_back({ "Model", controller->GetModel() });
results.push_back({ "Variant", controller->GetVariant() });
switch (controller->GetActive()) {
case Controller::ACTIVESTATE::ACTIVE:
results.push_back({ "Active", "Active" });
break;
case Controller::ACTIVESTATE::ACTIVEINXLIGHTSONLY:
results.push_back({ "Active", "xLights Only" });
break;
case Controller::ACTIVESTATE::INACTIVE:
results.push_back({ "Active", "Inactive" });
break;
}