Hi there!
I faced the same problem after MacOS update.
Another thing that you guys can do is try to open remote device manager. It allows to add and connect to remote devices(tested on TV devices only)
This is utterly unacceptable. Should developers just sit and wait until March 2024? Or should we go ahead and rollback our own computers operating systems to accomodate the fact that Samsung and the Tizen Studio team simply do not care about devs?
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Make Sure The Certificate profile has a Samsung (Tizen) Distributor certificate and not a Tizen Certificate. If you have both that will mess it up too. Samsung only works with the Samsung Certificate.
I am able to get to the main screen when I https to the device. I can install the ASDM launcher, but once I enter the hostname and Password I receive the following error "Unable to launch Device Manager 192.168.X.XXX".
When I attempt to run the ASDM via the browser I get as far as asking for the password and although the initial prompt seems to accept it, another authentication box appears asking for it over and over again in an endless loop.
Could you please follow the below steps and add an exception in Java for the ASDM IP address becasue we have been seeing issues after JAVA 7 update 51. Please follow the below steps and the chek if it works for you.
I have noticed in the Java logs when attempting to login to the ASDM app that there seems to be an issue with the Certificate, it says "Caused by: java.security.cert.CertificateException: Java couldn't trust Server"
I don't know if you will see this or not. I downloaded and installed Java 6 update 43 and still getting the error "Unable to launch device manager from 10.x.x.x". I have added the IP address to the exceptions list in Java. Not sure what is going on...
I've set up the 'Basic Watch' demo project to test everything before starting to code and this is where i stumbled upon the first problem - the Device Manager won't start. No error messages, no response, in the task manager it opens up and closes right after.
Since I'm a beginner and trying to code something for my smartwatch, I installed the Main SDK 4.0 Wearable, all Tizen SDK tools and all Extras in Extension SDK.
I guess (/hope) it's a simple error, but I don't know how to start debugging this.
The only workaround I've known so far: Either running Tizen studio with Admin Priv. or run a separated instance of Device Manager with Admin Priv. Both work fine for me, as Admin/Common User priv don't affect the Android applications on target device.
Hi. I have the latest version of Tizen SDK (4.1) and jdk 8 (1.8.0.252-zulu) installed. JAVA_HOME is set to the JDK 8, added to the PATH. But the device manager is still not opening and no error is shown.
Also when trying to start the device manager manually get these errors about missing msvcp(r)120.dll missing. I have isntalled the latest version "Visual C++ Redistributable Packages for Visual Studio 2013", copied required libraries inside device_manager folder, tried to start it as an administrator - still get errors.
I'm trying to connect to a device in tizen studio, but every time I open the device manager and click on any button a seemingly tiny (just a few pixels wide) and blank window opens and nothing happens. I can close the window by hitting 'TAB' and then 'Enter' or 'ESC', maybe it's a dialog popup or an error prompt?
I updated my working directory to the latest nightly build, however I had to copy the basler device manager from the release version as the one included in the nightly build does not work (hardware configuration wizard claims the device is unavailable).
Try adding the MMAcqEngine library. AcqEngJ is the acquisition engine written by Henry Pinkard in Java (b.t.w., better not to add multiple versions), whereas MMAcqEngine is written in Clojure (and still used by the Java code in MM).
Sorry, writing on a mobile and some of my Last text got lost. After a reboot everything is ok again? The flash when Connecting means the device got power. An error could occur if 2 instances trying to control the device for example blinkstick client and java at the same time. And as explained before a missing delay between signals (min 20ms).
Just to follow up, I put something in my client to ensure a the call frequency is never < 20ms and it seems to make everything much more stable (no more random exceptions from the USB lib). I guess I was accidently calling it too frequently.
I'm unable to get a sketch loaded onto my micro controller. I've posted my error below. I'm assuming it is a com error with the device. I'm not very familiar with arduino but I am pretty familiar with serial comms. Im assuming arduino defaults to 9600 8N1? I've tried changing the port for controller, different USB ports, different USB cable and still haven't had any success. Any advice would be helpful. The sketch I'm loading is a Seesaw Trellis sketch I found on this website. I cant write code to save my life. I'm trying to assemble this little device for my sister.
Notes
1)
Keeping the reset pressed and releasing it should prevent the port from being busy; it also performs the same function as the Forcing reset using 1200bps open/close on port COM9.
2)
If you have another Arduino, you can connect that first and select that serial port in the IDE; to my knowledge the port is not critical for the upload.
3)
Other debugging:
Check in device manager what it says for the Leonardo; usually it will say Arduino Leonardo with a COMx; after pressing reset and releasing it, it should say Arduino Leonardo Bootloaderwith a COMy.
I don't have another Arduino to try, unfortunately. Unless I'm just unlucky enough to have three bad cables I'm not sure what it could be. In my experience if a cable is bad I usually don't see anything in device manager.
If you don't see an Arduino Leonardo bootloader in device manager after pressing and releasing reset, (I suspect that) the bootloader is gone. To fix that you need a real programmer or another Arduino that you can use as a programmer.
Throughout this section we will use the examples.ncs/service-provider/mpls-vpn example. The example network consists of Cisco ASR 9k and Juniper core routers (P and PE) and Cisco IOS based CE routers.
The NSO device manager is the centre of NSO. The device manager maintains a flat list of all managed devices. NSO keeps the primary copy of the configuration for each managed device in CDB. Whenever a configuration change is done to the list of device configuration primary copies, the device manager will partition this "network configuration change" into the corresponding changes for the actual managed devices. The device manager passes on the required changes to the NEDs, Network Element Drivers. A NED needs to be installed for every type of device OS, like Cisco IOS NED, Cisco XR NED, Juniper JUNOS NED etc. The NEDs communicate through the native device protocol southbound. The NEDs falls into the following categories:
Device with Cisco CLI. The device has a CLI with the same structure as Cisco IOS or XR routers. The Device Manager and a CLI NED is used to produce the correct sequence of CLI commands which reflects the changes made to the configuration.
Other devices Devices which do not fit into any of the above mentioned categories a corresponding Generic NED is invoked. Generic NEDs are used for proprietary protocols like REST and for CLI flavours that are not resembling IOS or XR. The Device Manager will inform the Generic NED about the made changes and the NED will translate these to the appropriate operations toward the device.
NSO orchestrates an atomic transaction that has the very desirable characteristic of either the transaction as a whole ends up on all participating devices and in the NSO primary copy, or alternatively the whole transaction is aborted and all changes are automatically rolled-back.
The architecture of the NETCONF protocol is the enabling technology making it possible to push out configuration changes to managed devices and then in the case of other errors, roll back changes. Devices that do not support NETCONF, i.e., devices that do not have transactional capabilities can also participate, however depending on the device, error recovery may not be as good as it is for a proper NETCONF enabled device.
The NEDs will publish YANG data models even for non-NETCONF devices. In case of SNMP the YANG models are generated from the MIBs. For JunOS devices the JunOS NED generates a YANG from the JunOS XML Schema. For Schema-less devices like CLI devices the NED developer writes YANG models corresponding to the CLI structure. The result of this is the device manager and NSO CDB has YANG data models for all devices independent of underlying protocol.
Each managed device is uniquely identified by its name, which is a free form text string. This is typically the DNS name of the managed device but could equally well be the string format of the IP address of the managed device or anything else. Furthermore, each managed device has a mandatory address/port pair that together with the authgroup leaf provides information to NSO how to connect and authenticate over SSH/NETCONF to the device. Each device also has a mandatory parameter device-type that specifies which southbound protocol to use for communication with the device. The following device types are available: 152ee80cbc
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