I have done a decent bit of research and have come up empty, I am looking for a way to assign multiple schedules to the same report in Cognos. I would like a given report to be emailed to different users at different times. I was looking into creating a Cognos job and trying to customize the subscription that way but haven't come up with anything yet. All of the methods I have tried strictly in Cognos Connection, from the UI. So, does anyone know if it is possible to have more than one schedule on a single report and going to different recipients each time?
Thank you in advance
I got it, created two separate report views in Cognos that run the same report.
Then edit each report view with the required schedule and different email recipients as needed.
If this question is deemed inappropriate because it does not have a specific code question and is more "am I barking up the right tree," please advise me on a better venue.
If not, I'm a full stack .NET Web developer with no SSRS experience and my only knowledge comes from the last 3 sleepless nights. The app my team is working on requires end users to be able to create as many custom dashboards as they would like by creating instances of a dozen or so predefined widget types. Some widgets are as simple as a chart or table, and the user configures the widget to display a subset of possible fields selected from a larger set. We have a few widgets that are composites. The Web client is all angular and consumes a restful Web api.
There are two more requirements, that a reasonable facsimile of each widget can be downloaded as a PDF report upon request or at scheduled times. There are several solutions to this requirement, so I am not looking for alternate solutions. If SSRS would work, it would save us from having to build a scheduler and either find a way to leverage the existing angular templates or to create views based off of them, populate them and convert that to a pdf. What I am looking for is he'll in understanding how report generation best practices and how they interact witg .NET assemblies.
My specfic task is to investige if SSRS can create a report based on a composite widget and either download it as a PDF or schedule it as one, and if so create a POC based on a composite widget that contains 2 line graphs and a table. The PDF versions do not need to be displayed the same way as the UI where the graphs are on the same row and the table is below. I can show each graph on its' own as long as the display order is in reading order. ( left to right, then down to the next line)
An example case could be that the first graph shows the sales of x-boxes over the course of last year. The line graph next to it shows the number of new releases for the X-Box over the course of last year. The report in the table below shows the number of X-box accessories sold last year grouped by accessory type (controller, headset, etc,) and by month, ordered by the total sales amount per month.
The example above would take 3 queries. The queries are unique to that users specific instance of that widget on that specific dashboard. The user can group, choose sort columns and anything else that is applicable.
How these queries are created is not my task (at least not yet.) So there is an assumption that a magic query engine creates and stores these sql queries correctly in the database.
My target database is sql 2012 and its' reporting service. I'm disappointed it only supports the 2.0 clr.
OI have the rough outline of a plan, but given my lack of experience any help with this would be appreciated.
It appears I can use the Soap service for scheduling and management. That's straight forward.
The rest of my plan sounds pretty crazy. Any corrections, guidance and better suggestions would be welcome. Or maybe a different methodology. The report server is a big security hole, and if I can accomplish the requirements by only referencing the reporting names paces please point me in the right direction. If not, this is the process I have cobbled together after 3 days of research and a few msdn simple tutorials. Here goes:
To successfully create the report definition, I will need to reference every possible field in the entire superset available. It isn't clear yet if the superset for a table is the same as the superset for a graph , but for this POC I will assume they are. This way, I will only need a single stored procedure with an input parameter that identifies the correct query, which I will select and execute. The result set will be a small subset of the possible fields, but the stored procedure will return every field, with nulls for each row of the omitted fields so that the report knows about every field. Terrible. I will probably be returning 5 columns with data and 500 full of nulls. There has to be a better way. Thinking about the performance hit is making me queasy, but that was pretty easy. Now I have a deployable report. I have no idea how I would handle summaries. Would they be additional queries that I would just append to the result set? Maybe the magic query engine knows.
Now for some additional ugliness. I have to request the report url with a query string that identifies the correct query. I am guessing I can also set the scheduler up with the correct parameter. But man do I have issues. I could call the url using httpWebRequest for my download, but how exactly does the scheduler work? I would imagine it would create the report in a similar fashion, and I should be able to tell it in what format to render. But for the download I would be streaming html. How would I tell the report server to convert it to a pdf and then stream it as such? Can that be set in the reports definition before deploying it? It has no problem with the conversion when I play around on the report server. But at least I've found a way to secure the report server by accessing it through the Web api.
Then there is the issue of cleaning up the null columns. There are extension points, such as data processing extensions. I think these are almost analogous to a step in the Web page life cycle but not sure exactly or else they would be called events. I would need to find the right one so that I can remove the null data column or labels on a pie chart at null percent, if that doesn't break the report. And I need to do it while it is still rdl. And just maybe if I still haven't found a way, transform the rdl to a pdf and change the content type. It appears I can add .net assemblies at the extension points. But is any of this correct? I am thinking like a developer, not like a seasoned SSRS pro. I'm trying, but any help pushing me in the right direction would be greatly appreciated.
I had tried revising that question a dozen times before asking, and it still seems unintelligible. Maybe my own answer will make my own question clear, and hopefully save someone else having to go through what I did, or at least be a quick dive into SSRS from a developer standpoint.
Creating a typical SSRS report involves (quick 40,000 foot overview)
1. Creating your data connection
2. Creating a SQL query or Queries which can be parameterized.
3. Datasets that the query result will fill
4. Mapping Dataset columns to Report Items; charts, tables, etc.
Then you build the report and deploy it to your report server, where the report can be requested by url with any SQL parameters Values added as a querystring:
http://reportserver/reportfolder/myreport?param1=data
How this works is that an RDL file (Report Definition Language) which is just an XML document with a specific schema is generated. The RDL has two elements that were relevant to me, and . As the names infer, the first contains the queries and the latter contains the graphs, charts, tables, etc. in the report and the mappings to the columns in the dataset.
When the report is requested, it goes through a processing pipeline on the report server. By implementing Interfaces in the reporting services namespace, one could create .NET assemblies that could transform the RDL at various stages in the pipeline.
Reporting Services also has two reporting API's. One for managing reports, and another for rendering. There is also the reportserver control which is a .NET Webforms control which is pretty rich in functionality and could be used to create and render reports without even needing a report server instance. The report files the control could generate were RDLC files, with the C standing for client.
Armed with all of this knowledge, I found several solution paths, but all of them were not optimal for my purposes and I have moved on to a solution that did not involve reporting services or RDL at all. But these may be of use to someone else.
I could transform the RDL file as it went through the pipeline. Not very performant, as this involved writing to the actual physical file, and then removing the modifications after rendering. I was also using SQL Server 2012, which only supported the 2.0/3.5 framework.
Then there were the services. Using either service, I could retrieve an RDL template as a byte array from my application. I wasn't limited by the CLR version here. With the management server, I could modify the RDL and deploy that to the Report Server. I would only need to modify the RDL once, but given the number of files I would need and having to manage them on the remote server, creating file structures by client/user/Dashboard/ReportWidget looked pretty ugly.
Alternatively, I instead of deploying the RDL templates, why not just store them in the database in byte array format. When I needed a specific instance, I could fetch the RDL template, add my queries and mappings to the template and then pass them to the execution service which would then render them. I could then save the resulting RDL in the database. It would be much easier for me to manage there. But now the report server would be useless, I would need my own services for management and to create subscriptions and to mail them I would need a queue service and an SMTP mailer, removing all the extras I would get from the report server, need to write a ton of custom code, and still be bound by RDL. So I would be creating RDLM, RDL mess.
It was the wrong tool for the job, but it was an interesting exercise, I learned more about Reporting Services from every angle, and was paid for most of that time. Maybe a blog post would be a better venue, but then I would need to go into much greater detail.
I need to produce a Cognos Report that produces 12 tabs. Each tab contains the same sort of report simply run for a different parameter value, for example, the month of the current year. I would like to reuse the SQL and define it only once and have this SQL accept a parameter.
I'm very new to Cognos 10 Report Studio. Can I use the Event Manager to execute a single report once with 13 parameters but yet combine the results in a sdingle XLS with 12 tabs?
I know I can split the results of a single query across multuiple XLS tabs, but i need to run the same query multiple times with different parameters...
I've only seen a 5 min demo of Event Mgt, not sure if that's even the place. Any direction to a newbie would be appreciated.
Depends on how "different" the parameters are.
If you want to split the values of one data item across separate tabs, such as a tab for each month of the year, use Page Sets. Write one query, create one list/report object. Then Section the list and tie to the Page Set construct in the Page tab. Example
A report created in Report Studio with different Pages will also export to different Excel tabs. If you have to split on a combination of 2+ data items with different values, you'll have to use different pages and queries. You can't re-use one query and plug in different values for each page. So, copy the primary query object and re-write to use parameter(s) unique to each page. Your prompt page may get a little large, but this is the standard method to create a "book" of reports.
Event Manager is for triggering report execution based off changing data. The classic example is to send a "Thank You" note to a salesman when he logs a sale of $1m or more in the database.
I need to create a Microsoft BI Produced Report, that will display Actual Data, retrieved from database. But I also want users to be able to fill Forecast Data for next month in the column beside the reported actual data, and the inputted data will be loaded to Forecast Cube.
Is it possible to do it ? What is the right strategy ?
Thanks for your input :) !
MS BI products are based on reporting, so they don't have any direct ways to interact with the data like you're asking. There are several options that start with an SSRS report though (or a PowerPivot book etc.).
SharePoint Workflow - allows a lot of other control aspects to the input process. Pickup the list with an ETL package.
You could also do a similar thing with a simple web app. Link either through a report action.
ETL - Make the report exportable to excel and leave blank columns for user input. Re-absorb it through an ETL process that reads the modified Excel file. This can be a manually triggered job, not necessarily part of a DM/DW nightly ETL.
You could also just have a manual script. I would think and hope that the forecast data isn't changed that often, so a simpler solution would probably be best.
My team is thinking about developing a real time application (a bunch of charts, gauges etc) reading from the database. At the backend we have a high volume Teradata database. We expect some other applications to be constantly feeding in data into this database.
Now we are wondering about how to feed in the changes from the database to the application. Polling from the application would not be a viable option in our case.
Are there any tools that are available within Teradata that would help us achieve this?
Any directions on this would be greatly appreciated
We faced similar requirement. But in our case client asked us to provide daily changes to a purchase orders table. That means we had to run a batch of scripts every day to capture the changes occuring to the table.
So we started to collect data every day and store the data in a sparse history format in another table. So the process is simple here. We collect a purchase order details record in the against first day's date in the history table. And then the next day we compare the next day's feed record against the history record and identify any change in that record. If there is a change in the purchase order record columns we collect that record and keep it in a final reporting table which will be shown to the client.
If you run the batch scripts every day once and there will be more than one change in a day to a record then this method cannot give you the full changes. For that you may need to run the batch scripts more than once every day based on your requirement.
Please let us know if you find any other solution. Hope this helps.
There is a change data capture tool from wisdomforce.
http://www.wisdomforce.com/resources/docs/databasesync/DatabaseSyncBestPracticesforTeradata.pdf
It would it probably work in this case
Are triggers with stored procedures an option?
CREATE TRIGGER dbname.triggername
AFTER INSERT ON db_name.tbl_name
REFERENCING stored_procedure
Theoretically speaking, you can write external stored procedures which may call UDFs written in Java or C/C++ etc which can push the row data to your application in near real time.