public void Load()
{
RegEdit options = new RegEdit(RegistryUtil.GetHKLMKey(@"SOFTWARE\Perspective Software\Blue Iris\Options"));
HardwareAcceleration = (HWAccel)options.DWord("hwaccel");
ServiceMode = options.DWord("service") == 1;
if (options.DWord("limitlive") == 0)
{
LivePreviewFPS = -2;
}
else
{
LivePreviewFPS = RegistryUtil.GetHKLMValue <int>(@"SOFTWARE\Perspective Software\Blue Iris\Options", "livefps", -1); // Custom failure value of -1
}
}
private static bool ReadModState()
{
RegistryKey Performance = RegistryUtil.GetHKLMKey(@"SYSTEM\CurrentControlSet\Services\PerfProc\Performance");
if (Performance == null)
{
return(false);
}
if (!Performance.GetValueNames().Contains("ProcessNameFormat") || Performance.GetValueKind("ProcessNameFormat") != RegistryValueKind.DWord)
{
return(false);
}
int ProcessNameFormat = (int)Performance.GetValue("ProcessNameFormat");
return(ProcessNameFormat == 2);
}
private static void AutoFixBad32BitSetting()
{
if (Environment.Is64BitOperatingSystem)
{
// This is a 64 bit OS, so it is possible that our bi32OnWin64 setting is wrong.
if (RegistryUtil.GetHKLMKey(@"SOFTWARE\Perspective Software\Blue Iris") == null)
{
// No BI detected. Try the opposite setting.
RegistryUtil.Force32BitRegistryAccess = !RegistryUtil.Force32BitRegistryAccess;
if (RegistryUtil.GetHKLMKey(@"SOFTWARE\Perspective Software\Blue Iris") == null)
{
RegistryUtil.Force32BitRegistryAccess = !RegistryUtil.Force32BitRegistryAccess; // No BI detected. Revert setting.
}
else
{
// Found BI using the opposite setting. Save the setting.
settings.bi32OnWin64 = RegistryUtil.Force32BitRegistryAccess;
settings.Save();
}
}
}
}
public void Load()
{
int version = RegistryUtil.GetHKLMValue <int>(@"SOFTWARE\Perspective Software\Blue Iris", "version", 0);
ByteUtil.WriteInt32(version, BiVersionBytes, 0);
BiVersionFromRegistry = string.Join(".", BiVersionBytes);
OS = GetOsVersion();
AdvisorVersion = System.Reflection.Assembly.GetExecutingAssembly().GetName().Version.ToString();
RegistryKey camerasKey = RegistryUtil.GetHKLMKey(@"SOFTWARE\Perspective Software\Blue Iris\Cameras");
if (camerasKey != null)
{
global = new BIGlobalConfig();
global.Load();
SortedList <string, Camera> camerasByShortname = new SortedList <string, Camera>();
foreach (string camName in camerasKey.GetSubKeyNames())
{
Camera cam = new Camera(camName, camerasKey.OpenSubKey(camName));
if (cam.shortname == null)
{
throw new Exception("Camera \"" + camName + "\" has null shortname field.");
}
cameras.Add(camName, cam);
// Make a copy of [cam] to put into the second SortedList, because later we are going to be modifying Camera objects in the first SortedList.
camerasByShortname.Add(cam.shortname, JsonConvert.DeserializeObject <Camera>(JsonConvert.SerializeObject(cam)));
}
{
// Implement "sync" functionality where some cameras and some profiles can point at other cameras and/or profiles.
// Blue Iris totally allows circular references when syncing between cameras, with undefined and unexplored behavior, so we'll only be implementing one iteration of syncing.
// First sync the recordSettings
foreach (Camera cam in cameras.Values)
{
Camera syncFrom = cam;
if (cam.recordSettings[1].sync)
{
// Profile 1 says to sync. This means every profile with the sync flag set will be synced from a different camera.
if (cam.recordSettings[1].camsync != null)
{
if (camerasByShortname.TryGetValue(cam.recordSettings[1].camsync, out Camera tmp))
{
syncFrom = tmp;
}
}
}
for (int i = 1; i <= 7; i++)
{
if (cam.recordSettings[i].sync)
{
cam.recordSettings[i] = syncFrom.recordSettings[i];
}
}
}
// Then sync the triggerSettings
foreach (Camera cam in cameras.Values)
{
Camera syncFrom = cam;
if (cam.triggerSettings[1].sync)
{
// Profile 1 says to sync. This means every profile with the sync flag set will be synced from a different camera.
if (cam.triggerSettings[1].camsync != null)
{
if (camerasByShortname.TryGetValue(cam.triggerSettings[1].camsync, out Camera tmp))
{
syncFrom = tmp;
}
}
}
for (int i = 1; i <= 7; i++)
{
if (cam.triggerSettings[i].sync)
{
cam.triggerSettings[i] = syncFrom.triggerSettings[i];
}
}
}
}
cpu = CpuInfo.GetCpuInfo();
gpus = GpuInfo.GetGpuInfo();
mem = RamInfo.GetRamInfo();
activeStats = new BIActiveStats();
activeStats.Load();
}
}