could not connect to server: Connection refused (0x0000274D/10061) Is the server running on host "localhost" and accepting TCP/IP connections on port 5432? could not connect to server: Connection refused (0x0000274D/10061) Is the server running on host "localhost" and accepting TCP/IP connections on port 5432?
Adding to the first, because in a different comment you've said the service isn't there. It is possible to download a standalone pgAdmin so you can connect to an external PostgreSQL database. It would seem you have done such a thing, or explicitly chosen to not add the service. Just try the One Click Installer, which still allows proper configuration of installation directory despite its name.
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I have the solution to this problem enters (Start -> Run -> services.msc) are looking for the postgresql service once you localizas le das Properties---> login and you disable the account you have and what you leave as the local system account , save and restart the programs pgadmin3 and ready should operate.
The solution was simply to comment the lines "work_mem=256MB" and "maintenance_work_mem=$3GB" in the file postgresql.conf and try to start the postgresql service. (start -> run -> services.msc) and look for the postgresql-[version] service then right click and start.
I had the problem that the permissions were not set on the postgres folders and so the service was not able to start. I have no idea why that happend but giving proper permissions on the root postges folder and subfolders did the trick. If I recall it correctly, postgres is also installed as a service so you should find it in the Service List
The solution was simply to delete %appdata%\pgAdmin (win key + r then type %appdata% got folder pgAdmin) which was created by an earlier version. On systems other than Windows, there probably is a pgAdmin directory in your user directory. Of course, all session settings etc. are gone after deleting this.
On windows, Just go to the 'Services'. Start/Restart the postgresql-X64 service (click on this service, a dialog box will appear, click Start then OK).Refresh the browser window where postgre db is appearing. It worked for me as my service was in stopped state somehow.
The server you specified .database.windows.net,1433 does not exist in any subscription in email address. Either you have signed in with an incorrect account or your server was removed from subscription(s) in this account.
When i login to my azure portal i cant see it listed on my sql databases.
But the application still works.
I believe i can't setup the firewall since i can login to the database :(
Any ideas how i can fix this.
You can follow these guidelines:
- Check your configuration of the database to see IP's that are allowed to connect through the firewall.
- Check if database and SQL is visible under the SQL Server settings in Azure portal.
To associate the tool window with a different tool window bar, select this command, and then select the destination tool window bar (Top, Left, Bottom or Right). For full information, refer to the Move tool windows chapter.
Open a list of database objects that you can filter. The list of database objects depends on the selected database. To see a full list of available database objects and their icons, go to Icons for data sources and their elements.
Run mysql, pg_restore, or psql to restore a data dump. These tools are native for MySQL and PostgreSQL. They are not integrated into IntelliJ IDEA. You can read about them at dev.mysql.com and postgresql.org.
Place the extracted files in a permanent home on your server and set the environment variable NEO4J_HOME to point to the extracted directory, for example, export NEO4J_HOME=/path/to/_ to make it easier to refer to it later.
From Neo4j 5.4 onwards, you are required to accept either the commercial or the evaluation license agreement before running the Neo4j Enterprise Edition.If you are using Community Edition, you can skip this step.
(Optional) Decouple the data and configuration directories from the binary files by setting the environment variable NEO4J_CONF and server.directories.data to point to the desired locations.Storing your data and configuration on a separate disk or partition can simplify the upgrade process later.
To install Neo4j as a service use: $NEO4J_HOME\bin\neo4j windows-service install.For additional commands and to learn about the Windows PowerShell module included in the Zip file, see Windows PowerShell module.
When Neo4j is installed as a service, the Java options are stored in the service configuration file.If you want to change any of these options or environment variables after the service is installed, you must update and restart the service for the changes to take effect.For example, updating the value of server.memory.heap.initial_size in the default neo4j.conf file or by using the NEO4J_CONF environment variable will not automatically apply the changes.The service needs to be updated and restarted to pick them up.To update the service, run bin\neo4j windows-service update.Then restart the service to run it with the new configuration.
The same applies to the path to where Java is installed on the system.If the path changes, for example when upgrading to a new version of Java, it is necessary to run the update-service command and restart the service.Then, the new Java location will be used by the service.
Some maintenance items require that Amazon RDS take your DB instance offline for a short time. Maintenance items that require a resource to be offline include required operating system or database patching. Required patching is automatically scheduled only for patches that are related to security and instance reliability. Such patching occurs infrequently, typically once every few months. It seldom requires more than a fraction of your maintenance window.
Deferred DB instance modifications that you have chosen not to apply immediately are also applied during the maintenance window. For example, you might choose to change the DB instance class or parameter group during the maintenance window. Such modifications that you specify using the pending reboot setting don't show up in the Pending maintenance list. For information about modifying a DB instance, see Modifying an Amazon RDS DB instance.
View whether a maintenance update is available for your DB instance by using the RDS console, the AWS CLI, or the RDS API. If an update is available, it is indicated in the Maintenance column for the DB instance on the Amazon RDS console, as shown following.
The maintenance window determines when pending operations start, but doesn't limit the total run time of these operations. Maintenance operations aren't guaranteed to finish before the maintenance window ends, and can continue beyond the specified end time. For more information, see The Amazon RDS maintenance window.
You can also return a list of resources for a DB instance by specifying the --filtersparameter of the describe-pending-maintenance-actions AWS CLI command. The format for the --filters command is Name=filter-name,Value=resource-id,....
If you upgrade the database engine for your DB instance in a Multi-AZ deployment, Amazon RDS modifies both primary and secondary DB instances at the same time. In this case, both the primary and secondary DB instances in the Multi-AZ deployment are unavailable during the upgrade. This operation causes downtime until the upgrade is complete. The duration of the downtime varies based on the size of your DB instance.
If there are underlying operating system patches that need to be applied, a short Multi-AZ failover is required to apply the patches to the primary DB instance. This failover typically lasts less than a minute.
If your DB instance runs RDS for MySQL, RDS for PostgreSQL, or RDS for MariaDB, you can minimize the downtime required for an upgrade by using a blue/green deployment. For more information, see Using Amazon RDS Blue/Green Deployments for database updates. If you upgrade an RDS for SQL Server or RDS Custom for SQL Server DB instance in a Multi-AZ deployment, then Amazon RDS performs rolling upgrades, so you have an outage only for the duration of a failover. For more information, see Multi-AZ and in-memory optimization considerations.
The maintenance windows is a weekly time interval during which any system changes are applied. Every DB instance has a weekly maintenance window. The maintenance window as an opportunity to control when modifications and software patching occur.
RDS consumes some of the resources on your DB instance while maintenance is being applied. You might observe a minimal effect on performance. For a DB instance, on rare occasions, a Multi-AZ failover might be required for a maintenance update to complete.
If a maintenance event is scheduled for a given week, it's initiated during the 30-minute maintenance window you identify. Most maintenance events also complete during the 30-minute maintenance window, although larger maintenance events may take more than 30 minutes to complete. The maintenance window is paused when the DB instance is stopped.
The 30-minute maintenance window is selected at random from an 8-hour block of time per region. If you don't specify a maintenance window when you create the DB instance, RDS assigns a 30-minute maintenance window on a randomly selected day of the week.
The maintenance window should fall at the time of lowest usage and thus might need modification from time to time. Your DB instance is unavailable during this time only if the system changes, such as a change in DB instance class, are being applied and require an outage. Your DB instance is unavailable only for the minimum amount of time required to make the necessary changes.
An optional update can be applied at any time. While these updates are optional, we recommend that you apply them periodically to keep your RDS fleet up to date. RDS does not apply these updates automatically. 152ee80cbc
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