Adobe Activation Your Account Does Not Have The Proper Privileges
You need to use the SQL Server Management Studio program to grant access for the user. You'll need to connect in with a login that has administration privileges for the database. If you have don't have those privileges you'll need to contact someone that does.If you do have a login with those privileges:. open Management Studio. connect to the database server the database is on and look for the Security node in Object Explorer. Expand the Security node and look for the name of the user in the list of Logins. The user's name should be the same as the user's Windows login if you are using Windows Authentication DOMAINUsername format.
If the user is there, you will need to grant that user appropriate permissions to the database (read, execute SPs, etc.). If the user isn't there you will need to add them.Permission can also be added by group so you should check for groups that the user belongs to as well. I had a scenario where I inherited a PC from another developer that left the organization. I couldn't access the default instance using Windows Authentication.Here was the solution:. Open up SQL Server Configuration Manager.
Click on 'SQL Server Services'. Locate the Instance in the right pane and double-click for its properties. In the 'Log On' tab, notice the 'Log on as:' radio button option is set to 'Built-in account'. Change the option to 'This account' and add your Windows Authentication account with your domain and username and enter your password.
Click 'Apply'. Click 'Yes' when it asks you if you want to restart the instance.This will automatically add your Windows Authentication user account (Active Directory or local user) to the SQL Server instance. You will now be able to connect right away to the selected instance. As best practice, reset the settings back to the Built-in user account (most likely Network Service).That's it!
On Unix, FMS should be configured to run as a user with limited permissions per the UID and GID settings in Server.xml. This FMS user, as recommended, should have read-only access to configuration files to prevent unwanted changes in the event of a security breach or accidental overwrite. The FMS user should also have only read and execute permissions to FMS executables, preventing coordinated attacks against the FMS DLLs.
Finally, the FMS user should have limited to no permissions outside its own folder and content directories. Care should be taken, when configuring FMS to run as an alternate user, that FMS has the necessary permissions to read all contents of its own folder, plus read/write access for the FMSINSTALLDIR/tmp directory and any locations where streams may be recorded. FMS also needs the ability to launch interprocess communications—such as to access shared memory and create mutexes. Finally, many users need FMS to communicate with network shares and present network login credentials for a particular user to authenticate network sources. Given these details, you should show caution in changing FMS user permissions and test thoroughly such configuration changes. Configuration of FMS system limits in areas such as file handles, semaphores, sockets, and other limited system resources should take into account maximum load needs, but not to unlimited levels. Settings for these resources are highly installation-dependent.
Establishing appropriate settings for each of these system resources should be determined by monitoring them while the system is in normal operation, adding on appropriate additional capacity for high loads, and finally limiting total usage to prevent overuse. Scope: The scope (as determined in Application.xml; see that section of this hardening guide) will determine how many FMSCore processes FMS launches, depending on traffic to your various adaptors, vhosts, applications, and instances. Consider the most cores this may create at once. Distribute: Now consider if FMSCore processes will be further split into multiple instances. This multiplies the previous number.
Rollover: Further, if rollover is active and the MaxCores element is set greater than 1, that number multiplies again the total number of FMSCore processes possible. Note that this is deactivated by default. The Application.xml file in the conf folder is the default Application.xml file, and users may, in their Application folders, define overrides of certain settings on this default if so allowed.
You should prevent users from overriding values that they should not edit. To do this, specify override='no' as an attribute to any XML element in the Application.xml file. If override='no' is specified and a node has children, those children will inherit the override setting. Therefore, for maximum security, add override='no'to the Application element at the root of Application.xml and no changes can be made. Application/Process/Scope and Application/Process/Distribute: Carefully consider the use of these two elements, as they determine the number of FMSCore processes running without a rollover configuration.
Scope determines the grouping of logical FMS operations into executables. Distribute further spreads the number of core processes.
Be careful not to specify too many executables—for instance, changing the Scope to inst and creating 1000 app instances is a recipe for overwhelming system resources with 1000 FMSCore processes. Further distribution will again multiply the number of FMSCores. Determine the number of desired FMSCores running on a system first. Adobe's recommendation is no more than 16 and an advised target of only 3 per virtual host, as configured by default. If needed, open a UserAgentException for your encoder of choice to SWFVerification. You should also cover this hole with the FMLE Authentication Plugin to complete your security model. The combination of Access module controlled authentication for encoders (such as the FMLE Plugin) and SWF Verification for standard players is a recommended simple path to authentication.
Please see the comments around UserAgentExceptions in the FMS Configuration files for examples of how to configure for the UserAgent for your encoder. Strings can be used to identify particular types of RTMP-speaking clients connecting.
In addition, it can be used to determine versions and platform information. If only certain connection types are expected—for instance, only Flash Players and not encoders of a particular type—then checking this can be a useful defense tool. Additionally, this is personal information for connecting clients and should be considered private informational data of your application and not shared with the general public. One of the most powerful pieces of information is the connecting IP address of the client. This value cannot be reset or modified by FMS and represents the client IP address directly or the most recent proxy exposed for this client, thus allowing tracing your connection back to its previous link.
This information can be used to screen clients as desired; for instance, if certain IPs are expected and others aren't or have been banned. Additionally, this is sensitive information about your user base, so it should be restricted information from the public at large. File object: It's critical to lock down all users of the FMS file object. This is a powerful API giving its controller the ability to write/read files from the FMS sandboxed locations.
Adobe Activation Your Account Does Not Have The Proper Privileges Meaning
When used in conjunction with virtual directories, this can be leveraged to write files outside of the FMS application sandbox and can give its controller a potential path to exploit. It is highly recommended to make limited or no use of the File API for users and make no use of the FMS File Virtual Directories to remove the sandbox restriction.