Is there a way to configure the generated SSIS deployment wizard (manifest) to only allow for SQL Server deployment? Basically I'm looking to eliminate this screen, or disable the file system deployment option.
It is possible to build a small app which is based on the SSIS API and implement only the SQL Server deployment type. For un example, you can check this http://www.selectsifiso.net/?p=510
Related
Hello is it possible to define the SMTP server address from a query in a SSIS package
I understand it might be through the expressions section see image
Any help is appreciated
SSIS provides a way of configuring packages with parameters so that they can run with different values in different environments.
In your case, right click the connection manager for the smtp server and select parameterize.... In the dialogue, select the property, name the parameter and select whether you want it scoped to the project or package. If you select project, other packages will be able to reuse it.
When this is finally deployed to the SSISDB catalog, you can configure the parameters in the sql agent job step or you can use Environments to preconfigure the project and packages. Here are more details about parameters:
https://learn.microsoft.com/en-us/sql/integration-services/integration-services-ssis-package-and-project-parameters?view=sql-server-ver16#parameterize-dialog-box
I am looking to create a SSIS package which downloads a file from an Azure DevOps GIT repository.
The file is a excel spread sheet.
The SSIS package should download this file in a local directory which can then be used for further processing.
Is this possible to achieve using SSIS?
Is this possible to achieve using SSIS?
I'm afraid, no, this could not be achieved via SSIS until now. Because what is available in Azure devops is build and deploy SSIS package. We haven't support to run SSIS package in Azure devops pipeline at this time.
At present, you can make use Azure Data Factory, which is the one service of Azure. See this doc.
But also, as far as I know, it does not support activity of copy file via SSIS. And if you want the excel file can be further processing with SSIS, you may consider to use Azure file copy task to copy the excel file to Azure blob:
You can do just about anything you want in Azure Devops using either the Powershell release template or the Run Powershell on Remote Machines release template. The only catch here is setting up WinRM on the remote servers, opening ports/firewall settings, using X509 self-signed certs if you want to do this over SSL, WinRM listeners, setting up trusted hosts, etc. etc. It took me two months to finally get WinRM setup and working correctly from Azure Devops (in my case that included setting up a special security group policy to allow the WinRM services to run unimpeded on the remote machines joined to the domain). Once you have WinRM working though, you can have Azure Devops drive anything that you could script with Powershell so the effort was worth it for me. If you embark on this adventure, take the time to write some powershell test scripts that call Invoke-command to test all of the WinRM security features I mention above, this will save you a lot of time with troubleshooting a remote connection over WinRM.
I am working on my first SSIS package that connects to a SQL server. While I am developing it, I am connecting using Windows authentication which works fine since my Windows user name was added to the security of the database I am working on. Now, my IT department created a service account to deploy the package with. My question is, how can I change the user name/password of the connection before I deploy it? Is there a configuration file that the connection can read from? How can this be handled?
You actually have two security contexts here to be concerned with. The first is the account required to deploy the package or project you've created. The second is the account required to be able to execute the package you've created.
End-to-end Windows Authentication (deployment, execution and data sources)
The deployment account would need to have correct permissions to the server or filesystem on which it will reside. The execution account may be configured with a very different set of permissions, primarily related to the permissions required to execute whatever tasks you've built into the package.
In order to deploy the package under a different user that your own, it may be as simple as opening an application (like Command Prompt, Windows Explorer or SSIS Deployment Utility) as that user account and moving the package to the correct location. This can be handled on your workstation or the server.
For the execution account, you have options depending on how you're going to operationalize the execution of the package. Here's a few scenarios:
If you will have the package be executed by the SQL Server Agent and the account you need to execute the package with is the SQL Server Agent service account, you only need to create the job to run the package. Unless otherwise programmed, packages called from a SQL Agent job will run as the SQL Agent account
If you will have the package be executed through a SQL Server Agent job and the account you need to use for executing the package is NOT the SQL Agent service account, you can create an SSIS Proxy Account and specify that in the SSIS Package execution job step. After creating the credential inside SQL Server, it is as simple as changing a dropdown.
If you will be using command line execution from a SQL Agent job, the above two scenarios are still applicable.
If you will be using another mechanism (like Windows Scheduler or another Enterprise Scheduling tool) that uses a command line execution-like method, you should still be able to have that process "run as" the execution account.
Windows Authentication for deployment and execution only (SQL authentication for data)
The above details still apply for executing SSIS packages via jobs and/or command line, but you will need to pass the username and password to the connection manager at the time the package runs. You have several options to do this and should follow any established patterns or standard your organization has in place. SSIS has long supported using an XML-based .dtsConfig file which can be read into the package at run-time. There is a GUI within SSDT/BIDS that will lead you through the process of creating the file and telling it which package properties you want it to be able to configure.
A word of caution
Be careful when you're trying to SAVE sensitive information inside SSIS packages. There is a property named PackageProtectionLevel which can be set at the project and package level. By default, it is set to EncryptSensitiveWithUserKey. Now, don't let this property trick you into thinking the entire package is encrypted. It is not. This setting specifically refers to how SSIS will handle properties that are typed as sensitive. For example, the passwords in the connection managers are typed as sensitive information. SSIS will encrypt that field so that it doesn't store passwords in plain text. But it ONLY pertains to saving/storing the package. You can pass in plain text through a variable or configuration file that will be read into a sensitive field (like a password) at run-time.
If you need to be able to save a password with the package you've developed, I would recommend changing the PackageProtectionLevel to EncryptSensitiveWithPassword and setting it to something your team is able to remember or uses to protect other assets. Once that setting is in place, you will be able to check the "Save Password" box within the connection manager and have that go where ever the package goes. If you don't need to save that password with the package, change the property to DontSaveSentitive. Like I mentioned, you can still pass in credentials through configurations or other means, but it won't be stored INSIDE the package itself.
What is the 'best practices' way to configure connections in SSIS 2012 project (that will be deployed to the server)? Documentation and Google shows multiple ways to accomplish this, but which way takes full advantage of the 2012 project/deployment model and is easily customizable, maintainable etc?
Consider a project (NorthwindETL) with three packages with each package referencing localhost.Northwind. On SSIS server, there is a project 'NorthwindETL', and an Environment 'Dev'.
To configure the connection, I have the following options
IN BIDS: Hard code the connection (via connection manager) manually in each package. IN SSIS: Configure the SSISDB 'NorthwindETL' project, under the connection manager tab, modify the Northwind connection string, once for each package.
IN BIDS: Using the Connection Manager 'Parameterize…' option, create a project (or package) parameter to specify the connection string (Northwind_Conn). IN SSIS: Configure the SSISDB 'NorthwindETL' project, specify the Northwind_Conn parameter value.
IN BIDS: Create a project level Connection Manager (Project_Northwind_Conn). IN SSIS: Configure the Configure the SSISDB 'NorthwindETL' project, under the connection manager tab, modify the 'Project_Northwind_Conn' connection string.
IN SSIS: Create an Environment on SSISDB called 'DEV'. In the 'Dev' environment properties, under variables, create a variable 'Env_Northwind_Conn'. Configure the NorthwindETL project, set 'Northwind_Conn' to the environmental variable 'Env_Nothwind_Conn'
(Also, I would prefer a solution that allows us to specify items separately such as InitialCatalog and Server, but this is not necessary. Although the connection manager allows you to modify the InitialCatalog and Server properties, this does not seem to actually modify the ConnectionString.)
For connection managers that are to be used across all the packages, typically database connections, the 2012 release gives us Project Connection Manager (option 3). I find that to be the most enjoyable for connection managers as when I go to apply configuration, I'm applying it once at the project level instead of once per package.
Unless you run your dev/test/prod ETL from the same dedicated server, I am not a fan of naming my SSIS Environment Variables as such. The primary reason is that my deployment script then has to have the intelligence built into it to not only switch server names per tier, but also the environment name. Just makes more opportunity for the dumb to enter.
I'm also a fan of just creating an empty Folder within the SSISDB, call it Configs and then establish my SSIS Environment variables there. All projects then reference that folder's variables. At my clients, it's generally been the case that they're all referencing the same Sales database so it seems like more work for me to have to maintain N configurations to satisfy N projects instead of having a single shared configuration repository.
Script everything. Click the scroll icon as you create and assign your configurations. It's going to make it a far easier row to hoe when you need to migrate from one environment to the next.
I am trying to run my SSIS Package via SQL Server Agent Jobs. In the SSIS Project I have Connections to My SQL Database as PROJECT Connections. I have set them up like this as all Packages call this connection. However when running it in SQL Server Agent I get error saying:
The connection "{}" is not found. This error is thrown by Connections collection when the specific connection element is not found.
It obviously can't locate the connection so how do I do this ? - The package executes successfully when executed via Visual Studio.
Many Thanks In Advance !
Bal
First, you need to create an Integration Services Catalog on your server instance. You will deploy your packages to the catalog.
A best practice for specifying the server in your connection managers is to use a single period, which references the local machine. That way, when you deploy your packages, the local machine will always be used:
After you've created your package(s) with project-level connections, you need to deploy the project. Right-click the project folder in SQL Server Data Tools/BIDS, then click Deploy. In the deployment wizard, specify the destination server (or just use "." again to deploy to the local instance) and the Integration Services (IS) Catalog folder:
Once deployed to your SQL Server instance's IS Catalog, you can set the Package Source in the Job Step Properties to "SSIS Catalog" and select the package that you deployed.
If you're exporting/importing to/from files, you'll want to ensure that the SQL Server Agent Service Account has appropriate rights to the folder where files are imported/exported. The easiest way to do that is to create a credential (usually a Windows user account), then create a SQL Server Agent Proxy that uses the credential, and then specify that proxy in the job step's Run as field.
Here's what your Job Step Properties window would look like after following all of the steps above:
The job should then run successfully.
FYI, you can also execute the package directly from the SSIS Catalog. Simply drill down into the Integration Services Catalog node of your server | right-click the package | click Execute....
Helpful Links
Schedule a Package by using SQL Server Agent
SSIS Tutorial: Deploying Packages
If you setup your configurations on the configurations tab in the Step properties of the SQL Server Job that should allow you to accomplish what you asked.