The SSIS Catalog Dashboard is a simple collection of reports that provide insight into the activity within the SSIS catalog. The first of these is the Dashboard report. This report shows a summary of the number of packages that are running or have run in the recent past.
The dashboard repo, a Reporting Services project, is available on GitHub and is licensed under GPL version 3.
This is a query I would run when I needed to quickly make bulk changes to Reporting Services subscriptions. It’s part of an “emergency fix” toolkit.
Maybe a DB has went down and I have to quickly suspend specific subscriptions or locate Agent jobs for subscriptions. This was always a quick starting point.
I could take the generated Start, Enable and Disable commands and record these in tickets or email threads to demonstrate actions taken. There are other ways to make bulk changes to SSRS subscriptions involving custom queries but this can be run immediately, I don’t have to tailor a WHERE clause first. I also wrote previously on managing subscription failures.
Click through for the script.
Database cloning is a key aspect of the SSRS scale out architecture, with database clones providing each container a complete set of databases. Two or more VMs operated behind a load balancer delivers a highly available and scalable reporting service. This article focuses on Windows SQL Server containers and Windows Virtual Hard Drive (VHD) based cloning, but the same architecture can support SQL Server Linux containers or conventional instances (Windows or Linux). Redgate SQL Clone, for example would support SQL Server instances. Other options include the use of storage arrays instead of Windows VHD based clones. The trade-offs between SQL containers and instances, and between VHDs and storage arrays are covered in separate sections below.
The combination of SSRS containers with database cloning is appealing for simplicity and operational savings. SSRS containers are also drawing interest as part of public cloud strategies, as SSRS containers can be integrated with AWS RDS or SQL Azure databases to provide a horizontally scalable reporting solution.
This is a bit more complex than Reporting Services scale-out with Enterprise Edition, but if you’re on Standard Edition and can’t use scale-out, it’s an interesting alternative.
This is one of those posts so I never have to google this again (one hopes). Here is the PS code to pull back a set of details about every SSRS instance installed on a server including the SSRS instance name, & the first URL port it is running on, the service name and the name of the report server database etc.
Click through for the Powershell script.
SSRS makes it easy to control who has access to your reports and data. It is possible to specify permissions on the whole server, specific folders of reports or on a single report. Permissions inherit down, like a regular file system, unless you explicitly break inheritance to specify custom permissions.
In addition to permissions, you have a central server to house and control your reports. This is critical when you need an authoritative source of truth for your reporting. Users can trust that they are reading the latest version of any given report.
In addition to the administrative side of things, SSRS provides a powerful development environment with SSDT. SQL Server Data Tools (SSDT) is based on Visual Studio, a very popular Integrated Developer Environment or IDE. SSDT makes it incredibly easy to store your reports in source control since your reporting artefacts are just XML files. Source control makes it possible to collaborate on a team or rollback to earlier versions of a report. This is a capability that is not available with Excel or Power BI reports.
Read the whole thing.
As we have created four different models, we would also like to have the accuary of the model visually represented using SSRS.
Showing plots created with Python might not be as straight forward, as with R Language.
Following procedure will extract the data from database and generate plot, that can be used and visualized in SSRS.
Tomaz shows us examples of displaying data as well as visuals generated in Python.
When scrolling through the pages of a SQL Server Reporting Services (SSRS) report, it is very useful to be able to see the column headers throughout the report. So let’s say you have successfully created an SSRS report using Visual Studio, and everything looks wonderful…except the headers on your columns disappear when you scroll down the page. You have even set the properties of your Tablix to “Keep Headers Visible While Scrolling”, but it still doesn’t work! Trying to keep the column headings visible while you scroll down the page of your SSRS report can be a frustrating endeavor. The following steps will demonstrate how to make it work.
I always thought “Keep Headers Visible While Scrolling” should have been renamed to “Don’t Do Anything About Headers But Let Me Think You Did Something So I Can Look Like I Don’t Know What I’m Talking About When I Tell Customers That The Report Headers Should Stay Visible While Scrolling” but I guess that might have been too long of a property description.
The differences between Power BI Service and Power BI Report Server are well documented in the Planning a Power BI Enterprise Deployment whitepaper and the online documentation. The whitepaper by Chris Webb and Melissa Coates also includes a comparison between Power BI Service and Power BI Report Server (Jun 2017 version). Because this is a lot of information, I’ve summarized the most important topics.
Power BI Report Server – two options
Power BI Report Server is the Power BI on-premises alternative to the cloud-based Power BI Service. There are two ways of acquiring Power BI Report Server: 1) Purchase a Power BI Premium Subscription or 2) by making use of your SQL Server Enterprise Software Assurance license.
I use Power BI Report Server. It’s not perfect, but it does what I need it to do and it doesn’t cost the company anything extra (due to Enterprise Edition + Software Assurance).
Tools like Power BI have changed reporting allowing power users to leverage tabular cubes to present information quicker and without the (perceived) need for developers. However, experience tells us many users still want data in tables with a myriad of formatting and display rules. Power BI is not quite there yet in terms of providing all this functionality in the same way that SSRS is. For me, SSRS’s great value and, at the same time its curse, is the sheer amount of customisation a developer can do. I have found that almost anything a business user demands in terms of formatting and display is possible.
But you have invested your time and money in a tabular SSAS model which plays nicely with Power BI but your users want SSRS reports so how to get to your data – using DAX, of course. Using EVALUATE, SUMMARIZECOLUMNS and SELECTCOLUMNS you can return data from a tabular model in a tabular format ready to be read as a dataset in SSRS.
It’s a good post and a good example. The only quibble I have is in the motivating paragraph; Power BI and SQL Server Reporting Services have different end goals—Power BI isn’t (and I think never will be) a pixel-perfect report building product; it’s meant to be a dashboarding technology. That quibble aside, the example is well worth checking out.
Yes, you may have an availability group – well done – and you may have installed SSRS on both servers. But you’ve only set up the reporting application to point to one of those? And you’ve given the link
https://<<Listener_Name>>/reportsout to the users? Head/desk. I told you at the time that SSRS doesn’t play nicely with AGs. [Nearly misposted as SSRS doesn’t play nicely with SSRS, which, while valid, isn’t the point here…]
Here’s what you need to do to fix this / make sure it doesn’t happen:
Click through to learn what you need to do to make sure there are no problems.