#InterSystems IRIS

Someone have experiences interconecting NonStop SQLMP with Iris ?

I need if possible some references or tips, actually connected with JDBC driver to interconnect and take many assorted problems, like :

Some queries, not to much, have null fetch, works fine but have no content to fetch, and i'm sure select sentence is not the problem.

ERROR #6279: XML output string length is greater than the maximum string length.

This is Error I am getting while trying to get data from an obj and write into the test file.

Any Suggestions Please..

I have a large amount of classes in several XML namespaces.

Is there a way to generate all XSDs automatically?

I've read the docs but it seems like it's a manual class-by-class process.

I want to map global ^myUnitTests(ID)={Start}_"^"_{JOB} where {Start} and {JOB} are two properties and ID is determined by $Increment(^myUnitTests).

I defined this class but it will not compile:

We have a situation where we want to save the patient photo (or any other attachment) received via FHIR to a persistent property without decoding it. When it is sent out again using FHIR is is stored in the encoded format and need not be encoded. We do not need to decode it for our application. We always use it on another system that retrieves it or saves it via FHIR and therefore it is always received or sent embedded in JSON.

Hi !

I am getting below error in my .NET MVC project, I am IRIS Entity Framwork, in the database table filed and model having the same datatype int.

The specified cast from a materialized 'System.Int64' type to the 'System.Int32' type is not valid db Table creation Id field is created with [xDBC Type = BIGINT]

Please kindly advice me.

Thank you

I have created FHIR server and now, I want to make an SDA file from the HL7 ADT message, and then make FHIR from SDA.

What is the best free/open source option to generate the database diagram (MER) to the iris or cache persistent classes?

Consider a Natural Key with an Identity (Serial) field.

I cannot seem to acquire the generated value after persisting my entity. That is, the returned entity by Spring Data's "save" does not have the generated value.

The value is generated by the database, and I can query it after repository.save(entity).

I have done some testing and created a Github repo with it...

I want to achieve the same function as the management portal under the Utilities menu。

I wrote a studio.sourcecontrol menu tool. I want to use chrome to open the CSP page. Now I can open it to CSP, but the IP address is the intranet IP of the cloud server. How can I get the IP of the current studio connection?

 I have two local instances:

• IRIS for Windows (x86-64) 2018.1.2 (Build 626_3U) Wed Jun 12 2019 19:07:59 EDT
• IRIS for Windows (x86-64) 2019.1 (Build 510U) Thu Mar 14 2019 14:13:37 EDT

I'm using Java Gateway to talk to external system.

Both instances are using the same:

• jar
• generated class
• java version

They are calling the same method with this java signature:

Hi,

I'm using a DTL to convert a custom request class to various R4 FHIR resources using the HS.FHIR.DTL.vR4.Model.Resource classes. All is well with the exception of "meta.profile": when I attempt to hardcode this to a string value, the output is missing the value. This happens for several resources, specifically .HealthcareService, .Location, and .OrganizationAffiliation. I am able to get around this by doing an Insert() in a subsequent code block in a BPL, but was curious if someone knows why this would fail in a DTL.

Hi everyone, 

How do you alter primary key on a table that has data?

Any example much appreciated.

Cheers,

Tom

Hi,

I need to route a message synchronously to multiple targets using a routing rule.

In IRIS I built a general routing rule set, made up of a couple of rules. For one Rule in particular, and based on a common condition, I want to send the incoming message to 2 different targets. (no transformation is used)

I can select, in the single SEND action, multiple target names, or, I can create consecutive SEND actions, one after the other, each sending to their specific target.