When using standard SQL or the object layer in InterSystems IRIS, metadata consistency is usually maintained through built-in validation and type enforcement. However, legacy systems that bypass these layers—directly accessing globals—can introduce subtle and serious inconsistencies.
This web interface is designed to facilitate the management of Data Lookup Tables via a user-friendly web page. It is particularly useful when your lookup table values are large, dynamic, and frequently changing. By granting end-users controlled access to this web interface (read, write, and delete permissions limited to this page), they can efficiently manage lookup table data according to their needs.
The data managed through this interface can be seamlessly utilized in HealthConnect rules or data transformations, eliminating the need for constant manual monitoring and management of the lookup tables and thereby saving significant time.
Note:
If the standard Data Lookup Table does not meet your mapping requirements, you can create a custom table and adapt this web interface along with its supporting class with minimal modifications. Sample class code is available upon request.
Well... It's time for testing. We know that often, it's already over. So, what now? Can I improve the quality of my development?
The answer is: YES. Yes, you can. The Toolqa tool aims to do just that. It's a facilitator. What's its goal?
To ensure that APIs meet pre-established business requirements, while also protecting against <sarcasm> future failed attempts </sarcasm> to destroy your application, website, app, or anything else that uses your API.
Now you might be wondering, how does this happen? Where's the magic?
IRIS supports CCDA and FHIR transformations out-of-the-box, yet the ability to access and view those features requires considerable setup time and product knowledge. The IRIS Interop DevTools application was designed to bridge that gap, allowing implementers to immediately jump in and view the built-in transformation capabilities of the product.
In addition to the IRIS XML, XPath, and CCDA Transformation environment, the Interop DevTools package now provides:
I have the class ConfigUtils.ConfigSettingsTable, which is a persistent object. I know I need to map packages from the original namespace. In this case, I have mapped ConfigUtils.ConfigSettingsTable from the originating namespace (IRISTST database) across all other namespaces.
With this, I am able to see the table ConfigUtils.InstanceSettings in SQL Explorer in each namespace, but the same data is not shared across environments. For example, in the MAINTENANCE namespace, I can see the table, but I don't see the same information that I see in the table in the original IRISTST namespace.
When removing a segment in DTL for hl7 using foreach the segment doesn't actually get removed and leaves a blank segment.
i.e.
MSH|^~\&|SendingSystem|ReceivingSystem|202301241000||ADT^A01|12345|P|2.4
EVN|S|202301241000
PID|1|MRN12345|1^^^^KEEP~2^^^^Remove~3^^^^Keep|M|19800101|
PD1|PatientAddress^Street^City^State^Zip
PV1|I|INPATIENT|BED123|DoctorID|202301241000|202301241000This blank segment to be removed
Like many others probably find themselves, we were stuck doing live data mapping in our Interface Engine that we really didn't want to do, but had no good alternative choice. We want to only keep mappings for as long as possibly needed and then purge expired rows based upon a TTL value. We actually had 4 use cases for it ourselves before we built this. Use cases:
I was working on a DTL but kept getting ERROR #5002... MAXSTRING errors. The problem was that most of the DTL GUI action steps only support the string data type when working with the segments. A %String has a limit of 3,641,144 characters and my OBX5.1 was 5,242,952 characters long as the example provided. Of course PACS admin stated ultra high quality up to and including 4K resolution files were needed, so we could not get the vendor to compress or reformat these files to compressed jpg or something similar.
.png)
Initially this vendor sends a 2.3 ORU^R01 and our EHR (Epic) is expecting a 2.3 MDM^T02. Furthermore, we needed the following transformations:
Example received message (replace ... with 5+ Mb embedded data):
MSH|^~\&|VENDOR||||20241017125335||ORU^R01|1|P|2.3|
PID|||203921||LAST^FIRST^^^||19720706|M||||||||||100001|
PV1||X||||||||GI6|||||||||100001|
ORC|RE||21||SC||1|||||||||||
OBR|1||21|21^VENDOR IMAGES|||20241017123056|||||||||1001^GASTROENTEROLOGY^PHYSICIAN|||||Y||||F||1|
OBX|1|PR|100001|ch1_image_001.bmp|...^^^^^^^|BMP|||||F|
OBX|2|PR|100001|ch1_image_003.bmp|...|BMP|||||F|
OBX|3|PR|100001|ch1_video_01thumbnail.bmp|...|BMP|||||F|
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
OBX||||||||||||
My normal tools and testing was not up to par with these really large messages. When I used this example replacing the data with the ... of course the normal DTL drag and drop GUI and testing would play nice, but plug in the real data, and it all crumbled.
Eventually I found that I had to use a code block with ObjectScript using the %GlobalCharacterStream data types to work with the large messages correctly.
Sharing my final DTL class for anyone who might come after me and find this helpful
Class OrdRes.VendorMDM Extends Ens.DataTransformDTL [ DependsOn = EnsLib.HL7.Message ]
{
Parameter IGNOREMISSINGSOURCE = 1;
Parameter REPORTERRORS = 1;
Parameter TREATEMPTYREPEATINGFIELDASNULL = 0;
XData DTL [ XMLNamespace = "http://www.intersystems.com/dtl" ]
{
<transform sourceClass='EnsLib.HL7.Message' targetClass='EnsLib.HL7.Message' sourceDocType='2.3:ORU_R01' targetDocType='2.5:MDM_T02' create='new' language='objectscript' >
<assign value='source.{MSH}' property='target.{MSH}' action='set' />
<assign value='"MDM"' property='target.{MSH:MessageType.MessageCode}' action='set' />
<assign value='"T02"' property='target.{MSH:MessageType.TriggerEvent}' action='set' />
<assign value='"2.5"' property='target.{MSH:VersionID.VersionID}' action='set' />
<assign value='source.{MSH:DateTimeofMessage}' property='target.{EVN:2}' action='set' />
<assign value='source.{PIDgrpgrp().PIDgrp.PID}' property='target.{PID}' action='set' />
<assign value='source.{PIDgrpgrp().PIDgrp.PV1grp.PV1}' property='target.{PV1}' action='set' />
<assign value='source.{PIDgrpgrp().ORCgrp().ORC}' property='target.{ORCgrp().ORC}' action='set' />
<assign value='source.{PIDgrpgrp().ORCgrp().OBR}' property='target.{ORCgrp().OBR}' action='set' />
<assign value='source.{PIDgrpgrp().ORCgrp().NTE()}' property='target.{ORCgrp().NTE()}' action='set' />
<assign value='"Endoscopy Image"' property='target.{TXA:DocumentType}' action='set' />
<assign value='"AU"' property='target.{TXA:DocumentCompletionStatus}' action='set' />
<assign value='"AV"' property='target.{TXA:DocumentAvailabilityStatus}' action='set' />
<assign value='source.{PID:18}' property='target.{TXA:12.3}' action='set' />
<code>
<![CDATA[
set OBXCount=source.GetValueAt("PIDgrpgrp(1).ORCgrp(1).OBXgrp(*)")
For k1 = 1:1:OBXCount
{
// if OBX-1 is empty then it is assumed the rest of the segment will be empty too, so disregard it.
If source.GetValueAt("PIDgrpgrp(1).ORCgrp(1).OBXgrp("_k1_").OBX:SetIDOBX") '= ""
{
// create new stream to read source OBX
set srcOBXStream=##class(%GlobalCharacterStream).%New()
// get stream data from source OBX
set tSC=source.GetFieldStreamRaw(srcOBXStream,"PIDgrpgrp(1).ORCgrp(1).OBXgrp("_k1_").OBX")
// get the positions of needed delimitters:
set p1=srcOBXStream.FindAt(1,"|") // 0>p1="OBX"
set p2=srcOBXStream.FindAt(p1+1,"|") // p1>p2=OBX-1
set p3=srcOBXStream.FindAt(p2+1,"|") // p2>p3=OBX-2
set p4=srcOBXStream.FindAt(p3+1,"|") // p3>p4=OBX-3
set p5=srcOBXStream.FindAt(p4+1,"|") // p4>p5=OBX-4
set p6=srcOBXStream.FindAt(p5+1,"^") // p5>p6=OBX-5.1
set p7=srcOBXStream.FindAt(p6+1,"|") // p6>p7=OBX-5.2 -> OBX 5.*
// if no OBX-5.2 then there will not be the `^` and p6 and p7 will be `-1`
// when that is the case, find p7 starting at `p5+1` and make p6 = p7
if (p6 < 0) {
set p7=srcOBXStream.FindAt(p5+1,"|") // p5>p7=OBX-5
set p6=p7
}
set p8=srcOBXStream.FindAt(p7+1,"|") // p7>p8=OBX-6
set tStream=##class(%GlobalCharacterStream).%New()
// renumber OBX-1 to OBX
set tSC=tStream.Write("OBX|"_k1_"|")
// set OBX2-2 to "ED"
set tSC=tStream.Write("ED|")
// copy source OBX-3 to target OBX-3
set tSC=srcOBXStream.MoveTo(p3+1)
set tSC=tStream.Write(srcOBXStream.Read(p4-p3-1))
set tSC=tStream.Write("|")
// copy source OBX-4 to target OBX-4
set tSC=srcOBXStream.MoveTo(p4+1)
set tSC=tStream.Write(srcOBXStream.Read(p5-p4-1))
// copy source OBX-6 to OBX-5.3 & OBX-5.4
set tSC=srcOBXStream.MoveTo(p7+1)
set docType=srcOBXStream.Read(p8-p7-1)
set tSC=tStream.Write("|^^"_docType_"^"_docType_"^")
// copy source OBX-5.1 to target OBX-5.5
// can only set up to 3,641,144 chars at once, so do while loop...
set startPos=p5+1
set remain=p6-p5-1
// characters to read/write in each loop, max is 3,641,144 since .Write limit is a %String
set charLimit=3000000
while remain > 0 {
set tSC=srcOBXStream.MoveTo(startPos)
set toRead = charLimit
if toRead > remain {
set toRead=remain
}
set tSC=tStream.Write(srcOBXStream.Read(toRead))
set remain=remain-toRead
set startPos=startPos+toRead
}
set tSC=tStream.Write("|")
set obxSegment=##class(EnsLib.HL7.Segment).%New()
set obxSegment.SegType="2.5:OBX"
set tSC=obxSegment.StoreRawDataStream(tStream)
set tSC=target.setSegmentByPath(obxSegment,"OBXgrp("_k1_").OBX")
}
}
]]></code>
</transform>
}
}
For developing and testing this, I used the VSCode Plugins for InterSystems because the integrating testing tools could not handle the message size.
I will also add, that getting HL7 over HTTPS to Epic's InterConnect also involved creating a custom HTTP class and sending the custom Content-Type x-application/hl7-v2+er7
When developing productions there are many places that we input endpoint information (IP/port) especially when there are dozens of operations going to the same environment. What later happens is that the IP changes and we have to then go into each operation and update the IP.
Let's say I have an InterSystems IRIS instance with 6 Namespaces:
And the number of Foo# namespaces can increase at any time for a number of reasons. I need to ensure that they all have identical configuration globals stored in a DB called CONFIG, so I do the following in my configuration file:
[Map.%ALL]
Global_SYS=%DEFAULTDB
Global_SYS("CommonConfig")=CONFIG
Global_SYS("CommonOtherSettings")=CONFIG
Global_SourceControl=CONFIG
This will ensure that all Namespace see the exact same settings when they reference ^SYS("CommonConfig") or ^SourceControl, etc.
Now...
Hello all,
If we have a global structured something like this:-
It is fairly straightforward to map, and from a reading perspective everything works fine, but when inserting/saving the "transferred" node is created even if the 'transferred' field is not set. Is there a way to populate the node only if the field mapped to it is set?
Thanks
Colin
Hi everyone.
Is there a sensible approach to having a lookup table in Namespace A, and then accessing this from Namespaces B, C, D (etc)?
I'm trying to avoid creating a Global mapping of the lookup table global (^Ens.LookupTable) as I fear that it would then link all other lookups in that global and lead to some unexpected behaviour, but would be open to trying something in this realm if it's the best option.
Another approach I have considered is creating a custom lookup function that is run from the secondary namespaces that does some namespace hopping, but it feels messy. Something like:
In cache studio there are features, dialog boxes, that help map data from a global to class properties.
I have used %CacheSQLStorage quit a bit, or have in the past, to map globals to classes.
I haven't been able to find a similar feature in VisualStudio.
Do I need to upgrade to IRIS to be able to use VisualStudio to map global properties to classes?
Thanks for your time,
Richard
The Art of Mapping Globals to Classes (4 of 3)
The forth in the trilogy, anyone a Hitchhikers Guide to the Galaxy fan?
If you are looking to breathe new life into an old MUMPS application follow these steps to map your globals to classes and expose all that beautiful data to Objects and SQL.
If the above does not sound familiar to you please start at the beginning with the following:
The Art of Mapping Globals to Classes (1 of 3)
Mapping Examples
Clearly if you have a fourth article in the trilogy you need to go for the money grab and write the fifth, so here it is!
Note: Many years ago Dan Shusman told me that mapping globals is an art form. There is no right or wrong way of doing it. The way you interpret the data leads you to the type of mapping you do. As always there is more than one way to get to a final answer. As you look through my samples you will see there are some examples that map the same type of data in different ways.
Hi all
I'm having trouble defining the mapping needed to take the very large base64 string in OBX:5.5, and map it to an XML virtual document property that supports Stream.GlobalCharacter. I know from within the DTL you have to use custom code to manage the segment due to its size.
I am trying to replace OBX.2 value of ED to PDF
Here is what I have in the funcion wizard
..ReplaceStr(source.{OBRgrp().OBXgrp().OBX():ValueType},"ED","PDF")
Inbound Message
OBX|5|ED|PDFReport^PDFReport||PDF^Image^PDF^Base64^JVBERi0xLjMNCjEgMCBvYmoNCjw8DQovVHlwZSAvQ2F0YWxvZw0KL1BhZ2VzIDQgMCBSDQovT3V0bGluZXMgMiAwIFI
Desired Outbound Message
OBX|5|PDF|PDFReport^PDFReport||PDF^Image^PDF^Base64^JVBERi0xLjMNCjEgMCBvYmoNCjw8DQovVHlwZSAvQ2F0YWxvZw0KL1BhZ2VzIDQgMCBSDQovT3V0bGluZXMgMiAwIFI
Hello,
For a particular problem we were trying to parse a relatively large *.csv file with a recordmap. We are doing this from a BPL where we start with a REST call to acquire the file. This file needs a slight transformation which we tried in a DTL. However DTL's seem to be incapable of parsing larger files.
Hello,
I have a global whose structure is multi-level and I am trying through a class and a SQL query to display a table which includes all the values and levels.
^AFO("Site","Ville")="66722,3743"
^AFO("Site","Ville","111BB","OBT")=",MMM,XXX,"
^AFO("Site","Ville","111OW","OBT")=",XXX,MMM,"
^AFO("Site","Ville","AANVRBIBS","zzz") = "1^^1"
^AFO("Site","Ville","AANVRBIBS","zzz","*","dut") = "*afhalen waar gevonden"
^AFO("Site","Ville","AANVRBIBS","zzz","*","eng") = "*Pickup where found"
^AFO("Site","Ville","AANVRBIBS","zzz","*","fre") = "*Lieu où trouvé"
I found the thread that discusses object mapping, in particular mapping a common global among more than one namespace. The example that is given is a simple one when it's ^global(sub1, ^global(sub2, etc. However I'm having trouble getting this to compile/work when the global has a fixed subscript amongst variable ones.
I have this global in namespaces LAB and ARK in the following format:
^CB(1,sub1)=....
^CB(1,sub2)=...
^CB(1,sub3)=...
Here is what I have for this. In it's current state it throws tons of errors:
I'm doing a REST service. A method has as body parameter a JSON corresponding to a class A.
In my production I have class A so that I retrieve the parameters using a dynamic object, such that:
Set body = ##class(%DynamicObject).%FromJSON(%request.Content) Set myObjectA = ##class(A).%New() Set myObjectA.Id = body.Id Set myObjectA.Name = body.Name Set myObjectA.Date = body.Date Set myObjectA.Salary = body.Salary
I would like to know if I can avoid doing the manual mapping, doing a casting, since I am sure that FromJSON will return a class A. Something like this:
Hi,
Using Interoperability, I can't figure out how to create separate XML's files from a CSV-file using the GUI-features Record Maps/Complex Record Mapper -> Data Transformations. I'm familiar with reading/writing the files using File Service/Operation, but don't understand the processing-steps. The preferred method by my colleagues is to do this without any Objectscript or Embedded Python coding, but if this can only be done by some coding that's fine as well.
See example below. Any help is appreciated!
Kind regards, Ties Voskamp
Example CSV:
PONumber;PODate;ArticleID;ArticleName;MeasureOfUnit;UnitPrice;UnitsOrdered
52001;2023-02-01;"AP12345";"Pencil Black 5mm";10;5.50;1
52001;2023-02-01;"AP12350";"Pencil Red 15mm";10;7.50;2
52003;2023-03-01;"AP12345";"Pencil Black 5mm";10;5.50;5
52003;2023-03-01;"AP12350";"Pencil Red 15mm";10;7.50;5
52003;2023-03-01;"AP12346";"Pencil Blue 5mm";10;5.50;3
52003;2023-03-01;"AP12347";"Pencil Green 5mm";10;5.50;2
52014;2023-04-21;"AP12345";"Pencil Black 5mm";10;5.50;5
52014;2023-04-21;"AP12350";"Pencil Red 15mm";10;7.50;5
52014;2023-04-21;"AP12346";"Pencil Blue 5mm";10;5.50;8
I need to create separate XML-files (one per unique PONumber) with the orderlines belonging to that PONumber. Example output: PO52001.xml
<PurchaseOrder PONumber="52001" PODate="2023-02-01">
<POLine>
<ArticleID>AP12345</ArticleID>
<ArticleName>Pencil Black 5mm</ArticleName>
<MeasureOfUnit>10</MeasureOfUnit>
<UnitPrice>5.50</UnitPrice>
<UnitsOrdered>1</UnitsOrdered>
</POLine>
<POLine>
<ArticleID>AP12350</ArticleID>
<ArticleName>Pencil Red 15mm</ArticleName>
<MeasureOfUnit>10</MeasureOfUnit>
<UnitPrice>7.50</UnitPrice>
<UnitsOrdered>2</UnitsOrdered>
</POLine>
</PurchaseOrder>
Coming back to the topic of how to minimize journals.
The Art of Mapping Globals to Classes 1 of 3
Looking to breathe new life into an old MUMPS application? Follow these steps to map your existing globals to classes and expose all that beautiful data to Objects and SQL.
By following the simple steps in this article and the next two you will be able to map all but the craziest globals to Caché classes. For the crazy ones I will put up a zip file of different mappings I have collected over the years. This is NOT for new data; if you don’t already have existing global please just use the default storage.
I need to split existing tables from database and put some parts of them into a new namespace. I dont know where to start, other than the installer.cls file. If you can provide clear instructions i would be greatful.
Example:
I have NAMESPACE=NEWTEST and DB
The i need to take TABLES from that DB pull specific data from them and bind it to NEWTEST
Suppose you have developed your own app with InterSystems technologies stack and now want to perform multiple deployments on the customers' side. During the development process you've composed a detailed installation guide for your application, because you need to not only import classes, but also fine-tune the environment according to your needs.
To address this specific task, InterSystems has created a special tool called %Installer. Read on to find out how to use it.
In terms of general through-put design and long term support, I'm considering what would be a "best approach" for needing to create multiple batch files in a few different layouts from the same data-sets.
Hi Community,
This article describes the small ZPM module global-archiver.
The goal is to move a part of a global from a database to another database.
A typical use case is read-only data sequentially added to your database that you can never delete.
For example:
Depending on the intensive usage of your application, these data could highly increase your database size.
To reduce the backup time, it could be interesting to move these data to a database dedicated to the archive and make a backup of this database only after an archive process.
global-archiver copy a global using the Merge command and the global database level reference.
The process needs only the global name, the last identifier, and the archive database name.
Archive database could be a remote database, the syntax ^["/db/dir/","server"]GlobalName is also supported.
After the copy, a global mapping is automatically set up with the related subscript.
See the copy method here
ZPM Installation
zpm "install global-archiver"
Generate sample data:
Do ##class(lscalese.globalarchiver.sample.DataLog).GenerateData(10000)
Now we copy the data with a DateTime older than 30 days:
Set lastId = ##class(lscalese.globalarchiver.sample.DataLog).GetLastId(30)
Set Global = $Name(^lscalese.globalarcCA13.DataLogD)
Set sc = ##class(lscalese.globalarchiver.Copier).Copy(Global, lastId, "ARCHIVE")
Our data are copied, and we can delete archived data from the source database.
On a live system, it's strongly recommended to have a backup before cleaning.
Set sc = ##class(lscalese.globalarchiver.Cleaner).DeleteArchivedData(Global,"ARCHIVE")
Now, open the global mapping page on the management portal. You should see a mapping with a subscript for the global lscalese.globalarcCA13.DataLogD.
You can see the data using the global explorer in the management portal, select database instead of a namespace, and show the global lscalese.globalarcCA13.DataLogD in database USER and ARCHIVE.
Great, the data are moved and the benefits of global mapping avoid any changes to your application code.
The previous test was very simple. In the real world, most often we work with the mirroring for the high availability and of course, global mapping could be a problem.
When we perform an archive process, global mapping is only set up on the primary instance.
To solve this problem a method helper NotifyBecomePrimary is available and must be called by the ZMIRROR routine.
ZMIRROR documentation link .
A sample that allows starting a containers architecture with failover members is available on this github page.
This sample is also a way to test copy to a remote database, you can see on the schema, our archive database will be a remote database (using ECP).
git clone https://github.com/lscalese/global-archiver-sample.git
cd global-archiver-sample
Copy your "iris.key" in this directory
This sample uses a local directory as a volume to share the database file IRIS.DAT between containers. We need to set security settings to ./backup directory.
sudo chgrp irisowner ./backup
If the irisowner group and user do not exist yet on your system, create them.
sudo useradd --uid 51773 --user-group irisowner
sudo groupmod --gid 51773 irisowner
Our docker-compose.yml uses references to containers.intersystems.com.
So you need to login into Intersystems Containers Registry to pull the used images.
If you don't remember your password for the docker login to ICR, open this page https://login.intersystems.com/login/SSO.UI.User.ApplicationTokens.cls and you can retrieve your docker token.
docker login -u="YourWRCLogin" -p="YourPassWord" containers.intersystems.com
Mirroring and ECP communications are secured by tls\ssl, we need to generate certificates for each node.
Simply use the provided script:
# sudo is required due to usage of chown, chgrp, and chmod commands in this script.
sudo ./gen-certificates.sh
#use sudo to avoid permission issue
sudo docker-compose build --no-cache
docker-compose up
Just wait a moment, there is a post-start script executed on each node (it takes a while).
Open an IRIS terminal on the primary node:
docker exec -it mirror-demo-master irissession iris
Generate data:
Do ##class(lscalese.globalarchiver.sample.DataLog).GenerateData(10000)
If you have an error "class does exist", don't worry maybe the post-start script has not installed global-archiver yet, just wait a bit and retry.
Copy data older than 30 days to the ARCHIVE database:
Set lastId = ##class(lscalese.globalarchiver.sample.DataLog).GetLastId(30)
Set Global = $Name(^lscalese.globalarcCA13.DataLogD)
Set sc = ##class(lscalese.globalarchiver.Copier).Copy(Global, lastId, "ARCHIVE")
Delete archived data from the source database:
Set sc = ##class(lscalese.globalarchiver.Cleaner).DeleteArchivedData(Global,"ARCHIVE")
Great, now open the management portal on the current primary node and check global mapping for the namespace USER and
compare with global mapping on the backup node.
You should notice that the global mapping related to archived data is missing on the backup node.
Perform a stop of the current primary to force the mirror-demo-backup node to become the primary.
docker stop mirror-demo-master
When the mirror-demo-backup changes to status primary, the ZMIRROR routine is performed and the global mapping for the archived data is automatically set up.
Simply execute the following SQL query :
SELECT
ID, AccessToPatientId, DateTime, Username
FROM lscalese_globalarchiver_sample.DataLog
Verify the Number of records, It must be 10 000 :
SELECT
count(*)
FROM lscalese_globalarchiver_sample.DataLog
Master: http://localhost:81/csp/sys/utilhome.csp
Failover backup member: http://localhost:82/csp/sys/utilhome.csp
ARCHIVE ECP Data server: http://localhost:83/csp/sys/utilhome.csp
I'm VERY novice on all things "OpenAM", and beyond knowing that Caché supports working with OpenAM, I have nothing else to go on.
The documentation doesn't seem to be very deep on the nature of how this works beyond a single paragraph saying it's supported for Single Sign On (SSO).
For Caché to use this, I get that there is an environment variable (REMOTE_USER) which is set to "something", but it's not clear to me how this ends up mapping to a provisioned caché user (or LDAP provisioned user for that matter) and ultimately to the %Roles in effect and subsequent system access.