How Connet Surveillance Camera Hard Drive To Pc
How to manage cameras via DVR-IP, NetSurveillance, Sofia protocol (NETsurveillance ActiveX plugin XMeye SDK)
DVR-IP, NetSurveillance, Sofia
The NETSurveillance ActiveX plugin uses a TCP based protocol called just as the "Digital Video Recorder Interface Protocol" by the "Hangzhou male Mai Information Co".
There is very little software or documentation that supports it other than the tools provided by the manufacturers of these cameras, making many of the configuration options unavailable.
Control and response codes can be found hither: https://gist.github.com/ekwoodrich/a6d7b8db8f82adf107c3c366e61fd36f
Connections to this protocol are performed on ports TCP 34567 and UDP 34568.
An instance of a program using this protocol is CMS. Run into too the article "Photographic camera control software (watching video, downloading video to PC, task schedule)".
python-dvr
python-dvr is a Python library for configuring a wide range of IP cameras which use the NETsurveillance ActiveX plugin XMeye SDK.
DeviceManager.py
DeviceManager.py is a standalone Tkinter and console interface program, just similar the original DeviceManager.exe, it can run on both systems - if no TK is available - it runs with a console interface.
DeviceManager program (from python-dvr) can work with the following groups of surveillance cameras:
- XM
- Dahua
- Fros
- Wans
- Beward
Most likely, this is not the manufacturer, merely the type of camera detection system used on the LAN. That is, if your camera has a different manufacturer, DeviceManager can still observe them.
To install and run DeviceManager, run the commands:
git clone https://github.com/NeiroNx/python-dvr cd python-dvr ./DeviceManager.py
A graphical interface volition open, there it is enough to click the Поиск ("Search") button.
How to connect to DVR-IP, NetSurveillance, Sofia in command line
To connect on the control line, you lot tin can use an interactive Python session or create a small-scale script.
In the python-dvr binder, create a camera.py file. The post-obit code is used to connect:
Replace 192.168.0.167 with the IP of your camera, and the PASSWORD with the real password from it.
from dvrip import DVRIPCam from time import sleep host_ip = '192.168.0.167' cam = DVRIPCam(host_ip, user='admin', password='PASSWORD') if cam.login(): print("Success! Connected to " + host_ip) else: print("Failure. Could not connect.") For example, this code will show the time on the camera:
from dvrip import DVRIPCam from time import sleep host_ip = '192.168.0.167' cam = DVRIPCam(host_ip, user='admin', password='Countersign') if cam.login(): print("Success! Connected to " + host_ip) else: impress("Failure. Could not connect.") print("Photographic camera fourth dimension:", cam.get_time()) Run similar this:
python3 camera.py
Information technology is clear that the lines of code for connection will exist repeated in each script, so we will not indistinguishable them - just remember that they must exist earlier the function that you accept called:
Basic employ
Reboot the camera:
cam.reboot()
Waiting for the camera to start:
sleep(lx)
Login again
cam.login()
Synchronize camera fourth dimension with PC time:
cam.set_time()
Disconnect:
cam.close()
Display special OSD text
info = cam.get_info("fVideo.OSDInfo") info["OSDInfo"][0]["Info"] = ["Examination:","Temp: 26 C","Hum: 21 %"] # iii lines text info["OSDInfo"][0]["OSDInfoWidget"]["EncodeBlend"] = True info["OSDInfo"][0]["OSDInfoWidget"]["PreviewBlend"] = True info["OSDInfo"][0]["OSDInfoWidget"]["BackColor"]= '0x80000000' info["OSDInfo"][0]["OSDInfoWidget"]["FrontColor"]= '0xF0FFFF00' info["OSDInfo"][0]["OSDInfoWidget"]["RelativePos"] = [6144,6144,8192,8192] # OSD block position cam.set_info("fVideo.OSDInfo", info) 
Camera settings
The lawmaking
params = cam.get_general_info()
returns full general information nigh the camera (time zones, formats, auto reboot policy, security settings):
{ "AppBindFlag": { "BeBinded": false }, "AutoMaintain": { "AutoDeleteFilesDays": 0, "AutoRebootDay": "Tuesday", "AutoRebootHour": three }, "DSTState": { "InNormalState": true }, "General": { "AutoLogout": 0, "FontSize": 24, "IranCalendarEnable": 0, "LocalNo": 0, "MachineName": "LocalHost", "OverWrite": "OverWrite", "ScreenAutoShutdown": 10, "ScreenSaveTime": 0, "VideoOutPut": "Auto" }, "Location": { "DSTEnd": { "Twenty-four hours": 1, "Hr": i, "Minute": i, "Calendar month": 10, "Calendar week": 0, "Twelvemonth": 2021 }, "DSTRule": "Off", "DSTStart": { "Solar day": 1, "Hour": 1, "Minute": 1, "Month": 5, "Week": 0, "Year": 2021 }, "DateFormat": "YYMMDD", "DateSeparator": "-", "IranCalendar": 0, "Language": "Russian", "TimeFormat": "24", "VideoFormat": "PAL", "Week": nada, "WorkDay": 62 }, "OneKeyMaskVideo": null, "PwdSafety": { "PwdReset": [ { "QuestionAnswer": "", "QuestionIndex": 0 }, { "QuestionAnswer": "", "QuestionIndex": 0 }, { "QuestionAnswer": "", "QuestionIndex": 0 }, { "QuestionAnswer": "", "QuestionIndex": 0 } ], "SecurityEmail": "", "TipPageHide": false }, "ResumePtzState": null, "TimingSleep": null } And this code:
params = cam.get_system_info()
returns hardware settings, camera serial number, electric current software version and firmware type:
{ "AlarmInChannel": ii, "AlarmOutChannel": ane, "AudioInChannel": i, "BuildTime": "2020-01-08 11:05:18", "CombineSwitch": 0, "DeviceModel": "HI3516EV300_85H50AI", "DeviceRunTime": "0x0001f532", "DigChannel": 0, "EncryptVersion": "Unknown", "ExtraChannel": 0, "HardWare": "HI3516EV300_85H50AI", "HardWareVersion": "Unknown", "SerialNo": "a166379674a3b447", "SoftWareVersion": "V5.00.R02.000529B2.10010.040600.0020000", "TalkInChannel": i, "TalkOutChannel": 1, "UpdataTime": "", "UpdataType": "0x00000000", "VideoInChannel": 1, "VideoOutChannel": ane } This role:
params = cam.get_system_capabilities()
returns camera software capabilities (alarms and detections, advice protocols and hardware features):
{ "AlarmFunction": { "AlarmConfig": true, "BlindDetect": truthful, "HumanDection": true, "HumanPedDetection": true, "LossDetect": truthful, "MotionDetect": truthful, "NetAbort": true, "NetAlarm": true, "NetIpConflict": truthful, "NewVideoAnalyze": fake, "PEAInHumanPed": truthful, "StorageFailure": true, "StorageLowSpace": truthful, "StorageNotExist": truthful, "VideoAnalyze": false }, "CommFunction": { "CommRS232": true, "CommRS485": true }, "EncodeFunction": { "DoubleStream": true, "SmartH264": true, "SmartH264V2": imitation, "SnapStream": true }, "NetServerFunction": { "IPAdaptive": true, "Net3G": faux, "Net4GSignalLevel": false, "NetAlarmCenter": truthful, "NetDAS": simulated, "NetDDNS": false, "NetDHCP": true, "NetDNS": true, "NetEmail": true, "NetFTP": truthful, "NetIPFilter": true, "NetMutlicast": false, "NetNTP": true, "NetNat": true, "NetPMS": true, "NetPMSV2": true, "NetPPPoE": false, "NetRTSP": true, "NetSPVMN": faux, "NetUPNP": true, "NetWifi": simulated, "OnvifPwdCheckout": true, "RTMP": simulated, "WifiModeSwitch": false, "WifiRouteSignalLevel": true }, "OtherFunction": { "NOHDDRECORD": faux, "NoSupportSafetyQuestion": false, "NotSupportAutoAndIntelligent": false, "SupportAdminContactInfo": true, "SupportAlarmRemoteCall": false, "SupportAlarmVoiceTipInterval": true, "SupportAlarmVoiceTips": true, "SupportAlarmVoiceTipsType": true, "SupportAppBindFlag": true, "SupportBT": truthful, "SupportBallTelescopic": false, "SupportBoxCameraBulb": false, "SupportCamareStyle": true, "SupportCameraWhiteLight": false, "SupportCfgCloudupgrade": truthful, "SupportChangeLanguageNoReboot": true, "SupportCloseVoiceTip": false, "SupportCloudUpgrade": true, "SupportCommDataUpload": true, "SupportCorridorMode": false, "SupportCustomizeLpRect": fake, "SupportDNChangeByImage": false, "SupportDimenCode": true, "SupportDoubleLightBoxCamera": simulated, "SupportDoubleLightBulb": false, "SupportElectronicPTZ": false, "SupportFTPTest": true, "SupportFaceDetectV2": simulated, "SupportFaceRecognition": false, "SupportMailTest": true, "SupportMusicBulb433Pair": false, "SupportMusicLightBulb": false, "SupportNetWorkMode": simulated, "SupportOSDInfo": imitation, "SupportOneKeyMaskVideo": false, "SupportPCSetDoubleLight": true, "SupportPTZDirectionControl": imitation, "SupportPTZTour": false, "SupportPWDSafety": truthful, "SupportParkingGuide": false, "SupportPtz360Spin": false, "SupportRPSVideo": false, "SupportSetBrightness": fake, "SupportSetDetectTrackWatchPoint": false, "SupportSetHardwareAbility": false, "SupportSetPTZPresetAttribute": false, "SupportSetVolume": truthful, "SupportShowH265X": truthful, "SupportSnapCfg": false, "SupportSnapV2Stream": true, "SupportSnapshotConfigV2": simulated, "SupportSoftPhotosensitive": true, "SupportStatusLed": imitation, "SupportTextPassword": true, "SupportTimeZone": truthful, "SupportTimingSleep": fake, "SupportWebRTCModule": faux, "SupportWriteLog": true, "SuppportChangeOnvifPort": true }, "PreviewFunction": { "Talk": truthful, "Tour": fake }, "TipShow": { "NoBeepTipShow": truthful } } Camera video settings/modes
params = cam.get_info("Camera") Will render approximately the following data:
{'ClearFog': [{'enable': 0, 'level': 50}], 'DistortionCorrect': {'Lenstype': 0, 'Version': 0}, 'FishLensParam': [{'CenterOffsetX': 300, 'CenterOffsetY': 300, 'ImageHeight': 720, 'ImageWidth': 1280, 'LensType': 0, 'PCMac': '000000000000', 'Radius': 300, 'Version': 1, 'ViewAngle': 0, 'ViewMode': 0, 'Zoom': 100}], 'FishViCut': [{'ImgHeight': 0, 'ImgWidth': 0, 'Xoffset': 0, 'Yoffset': 0}], 'Param': [{'AeSensitivity': 5, 'ApertureMode': '0x00000000', 'BLCMode': '0x00000000', 'DayNightColor': '0x00000000', 'Day_nfLevel': 3, 'DncThr': 30, 'ElecLevel': 50, 'EsShutter': '0x00000002', 'ExposureParam': {'LeastTime': '0x00000100', 'Level': 0, 'MostTime': '0x00010000'}, 'GainParam': {'AutoGain': 1, 'Gain': 50}, 'IRCUTMode': 0, 'IrcutSwap': 0, 'Night_nfLevel': 3, 'PictureFlip': '0x00000000', 'PictureMirror': '0x00000000', 'RejectFlicker': '0x00000000', 'WhiteBalance': '0x00000000'}], 'ParamEx': [{'AutomaticAdjustment': 3, 'BroadTrends': {'AutoGain': 0, 'Gain': fifty}, 'CorridorMode': 0, 'ExposureTime': '0x100', 'LightRestrainLevel': 16, 'LowLuxMode': 0, 'PreventOverExpo': 0, 'SoftPhotosensitivecontrol': 0, 'Style': 'type1'}], 'WhiteLight': {'MoveTrigLight': {'Duration': threescore, 'Level': iii}, 'WorkMode': 'Auto', 'WorkPeriod': {'EHour': 6, 'EMinute': 0, 'Enable': 1, 'SHour': 18, 'SMinute': 0}}} To get the current encoding settings
enc_info = cam.get_info("Simplify.Encode") The last command will return approximately the following data:
[{'ExtraFormat': {'AudioEnable': False, 'Video': {'BitRate': 552, 'BitRateControl': 'VBR', 'Compression': 'H.265', 'FPS': twenty, 'GOP': ii, 'Quality': 3, 'Resolution': 'D1'}, 'VideoEnable': Truthful}, 'MainFormat': {'AudioEnable': False, 'Video': {'BitRate': 2662, 'BitRateControl': 'VBR', 'Compression': 'H.265', 'FPS': 25, 'GOP': 2, 'Quality': 4, 'Resolution': '1080P'}, 'VideoEnable': Truthful}}] Bitrate change
NewBitrate = 7000 enc_info[0]['MainFormat']['Video']['BitRate'] = NewBitrate cam.set_info("Simplify.Encode", enc_info) Getting color parameters of a video aqueduct
colors = cam.get_info("AVEnc.VideoColor.[0]") The terminal command volition return approximately the post-obit data:
[{'Enable': True, 'TimeSection': '0 00:00:00-24:00:00', 'VideoColorParam': {'Acutance': 3848, 'Brightness': 50, 'Contrast': 50, 'Gain': 0, 'Hue': 50, 'Saturation': 50, 'Whitebalance': 128}}, {'Enable': Faux, 'TimeSection': '0 00:00:00-24:00:00', 'VideoColorParam': {'Acutance': 3848, 'Effulgence': fifty, 'Contrast': fifty, 'Gain': 0, 'Hue': 50, 'Saturation': l, 'Whitebalance': 128}}] Change IR cut
cam.set_info("Camera.Param.[0]", { "IrcutSwap" : 0 }) Change WDR settings
WDR_mode = True cam.set_info("Camera.ParamEx.[0]", { "BroadTrends" : { "AutoGain" : int(WDR_mode) } }) Getting network settings
cyberspace = cam.get_info("NetWork.NetCommon") Enabling Adaptive IP Manner
cam.set_info("NetWork.IPAdaptive", { "IPAdaptive": Truthful }) Gear up camera hostname
cam.set_info("NetWork.NetCommon.HostName", "IVG-85HG50PYA-S") Selecting DHCP mode (enabled in this example)
dhcpst = cam.get_info("NetWork.NetDHCP") dhcpst[0]['Enable'] = Truthful cam.set_info("NetWork.NetDHCP", dhcpst) Add together User and Change Password
User "test2" with countersign "123123"
cam.addUser("test2","123123") Password change
cam.changePasswd("321321",cam.sofia_hash("123123"),"test2") Delete user "test2"
if cam.delUser("test2"): impress("User deleted") else: print("Tin can not delete information technology") System user cannot be deleted
if cam.delUser("admin"): impress("You do it! How?") else: print("It system reserved user") Taking a JPEG snapshot
with open("snap.jpg", "wb") as f: f.write(cam.snapshot()) Receiving audio/video stream
Only the video is recorded to the file (using a elementary lambda):
with open("datastream.h265", "wb") equally f: cam.start_monitor(lambda frame, meta, user: f.write(frame)) Data stream recording with additional filtering (capturing the first 100 frames):
form State: def __init__(self): self.counter = 0 def count(cocky): render self.counter def inc(cocky): self.counter += 1 with open up("datastream.h265", "wb") every bit f: state = State() def receiver(frame, meta, state): if 'frame' in meta: f.write(frame) state.inc() print(country.count()) if country.count() == 100: cam.stop_monitor() cam.start_monitor(receiver, state) Camera Title Setting
An piece of cake way to change the title of a picture:
cam.channel_title(["Backyard"])
Employ Unicode font from host to generate bitmap for header from PIL import Image, ImageDraw, ImageFont
w_disp = 128 h_disp = 64 fontsize = 32 text = "Туалет" imageRGB = Image.new('RGB', (w_disp, h_disp)) draw = ImageDraw.Describe(imageRGB) font = ImageFont.truetype("/Library/Fonts/Arial Unicode.ttf", fontsize) due west, h = describe.textsize(text, font=font) draw.text(((w_disp - w)/2, (h_disp - h)/2), text, font=font) image1bit = imageRGB.convert("ane") information = image1bit.tobytes() cam.channel_bitmap(w_disp, h_disp, data) Utilize your own logo in the picture
img = Image.open('vixand.png') width, height = img.size data = img.catechumen("1").tobytes() cam.channel_bitmap(width, height, information) Show current temperature, speed, GPS coordinates, etc.
Utilize the same method to draw text to a bitmap and send it to the camera, but consider placing the internal bitmap storage in RAM:
mount -t tmpfs -o size=100k tmpfs /mnt/mtd/tmpfs ln -sf /mnt/mtd/tmpfs/0.dot /mnt/mtd/Config/Dot/0.dot
Photographic camera firmware update
Optional: get information well-nigh update options
print(cam.get_upgrade_info())
Performing an update
cam.upgrade("General_HZXM_IPC_HI3516CV300_50H20L_AE_S38_V4.03.R12.Nat.OnvifS.HIK.20181126_ALL.bin") 
Source: https://miloserdov.org/?p=5785
Posted by: milesupor1961.blogspot.com
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