Web applications defined in Security.Applications class in %SYS namespace.

zn "%SYS"
set props("Path") = "/opt/my/app/csp"
set props("Description") = "My Cool Application"
do ##class(Security.Applications).Create("/csp/test", .props)

Visual Studio and Visual Studio Code are two very different products but just with similar names.

To configure Visual Studio Code, you can use this settings

{
    "objectscript.conn": {
        "active": true,
        "host": "localhost",
        "port": 57772,
        "ns": "SAMPLES",
        "username": "admin",
        "password": "SYS"
    }
}

Where,

• active, should be true, if you going to be connected
• port should point to Web server port, and not super port
• username/password, the user should have enough permissions with role %Development

If you would like to do it with %Installer Manifiest, it is not going to be easy, unfortunately. CSPApplication there quite limited.

I can't just do it this way.

<CSPApplication Url="${CSPApp}" Directory="${CSPAppDir}" iKnowEnabled="yes"/>

You should first create simple csp application

<CSPApplication Url="${CSPApp}" Directory="${CSPAppDir}"/>

Add something like this method

ClassMethod EnableiKnow(pCSPName As %String = "") As %Status
{
  new $namespace
  znspace "%SYS"
  set props("iKnowEnabled")=1
  d ##class(Security.Applications).Modify(pCSPName,.props)
  quit $$$OK
}

But unfortunately, I also can't just call it from an installer, Invoke tag should be placed in Namespace tag. which is actually current namespace, but you should compute it first. This may help to declare a couple more default variables. Just place two first lines before your Installer generator

  do %code.WriteLine($c(9)_"set pVars(""CURRENTCLASS"")="""_%classname_"""")
  do %code.WriteLine($c(9)_"set pVars(""CURRENTNS"")=$namespace")
  quit ##class(%Installer.Manifest).%Generate(%compiledclass, %code, "setup")

And finally, you can add this to your installer. Place it after CSPApplication creation, but outside of Namespace tag.

<Namespace Name="${CURRENTNS}">
    <Invoke Class="${CURRENTCLASS}" Method="EnableiKnow" CheckStatus="true">
      <Arg Value="${CSPAPP}"/>
    </Invoke>
  </Namespace>

To activate OS authentication in your docker image, you can run this code, in %SYS namespace

Do ##class(Security.System).Get(,.p) Set p("AutheEnabled")=p("AutheEnabled")+16 Do ##class(Security.System).Modify(,.p)

If you work with community edition, you can use my image, where you can easily define also user and password for external use.

Running server

$ docker run -d --rm --name iris \
 -p 52773:52773 \
 -e IRIS_USER=test \
 -e IRIS_PASSWORD=test \
 daimor/intersystems-iris:2019.1.0S.111.0-community

Terminal connect

$ docker exec -it iris iris session iris

Node: 413a4da758e7, Instance: IRIS

USER>write $username
root
USER>write $roles
%All

Or with docker-compose, something like this

  iris:
    image: daimor/intersystems-iris:2019.1.0S.111.0-community
    ports:
      - 52773:52773
    environment:
      IRIS_USER: ${IRIS_PASSWORD:-test}
      IRIS_PASSWORD: ${IRIS_PASSWORD:-test}

You can extend UrlMap only by splitting routes

While in one class you have this

XData UrlMap [ XMLNamespace = "http://www.intersystems.com/urlmap" ]
{
<Routes>
<Route Url="/class/:namespace/:classname" Method="GET" Call="GetClass" Cors="true"/>
<Map Prefix="/something" Forward="Some.Your.Class"/>
</Routes>
}

You can add one more class, whic will work only with routes started with /something with

XData UrlMap [ XMLNamespace = "http://www.intersystems.com/urlmap" ]
{
<Routes>
<Route Url="/more" Method="GET" Call="More" Cors="true"/>
</Routes>
}

Where real route will be /something/more

  Set ht = ##class(%Net.HttpRequest).%New()
  Set ht.Server = "server"
  Do ht.SetParam("param1", "true")
  Do ht.SetHeader("myheader", "headervalue")
  Set tSC = ht.Get("/api/get", 1)

Look at the second parameter in the call of Get method, it is a test flag, helps to understand how your request will actually go

GET /api/get?param1=true HTTP/1.1
User-Agent: Mozilla/4.0 (compatible; InterSystems IRIS;)
Host: server
Accept-Encoding: gzip
myheader: headervalue

Look at this code, it will do the same

  Set ht = ##class(%Net.HttpRequest).%New()
  Set ht.Server = "server"
  Do ht.SetParam("param1", "true")
  Do ht.SetHeader("myheader", "headervalue")
  Set ht.Location = "/api/get"
  Set tSC = ht.Get(, 1)

Or even this code

  Set ht = ##class(%Net.HttpRequest).%New()
  Do ht.SetHeader("myheader", "headervalue")
  Set tSC = ht.Get("http://server/api/get?param1=true", 1)

It would be better if you could provide some of your code.

first of all, you have to check

docker logs iristest2

And while you trying to use durable %SYS, you look at IRIS log /nfs/IRIS/iconfig/mgr/message.log.

And as Jim already noticed, you have double dash when defining the variable ICM_SENTINEL_DIR

If you can edit this code, you can try change to this.

<Data name="DESCRIP_2"> <RetrievalCode> S {DESCRIP_2}=$P($G(^PHPROP({L1},"DESC_CODES")),"\",2) S {DESCRIP_2}=$S($L({DESCRIP_2}):$Get(^SEDMIHP($P({DESCRIP_2},","),$P({DESCRIP_2},",",2))),1:{DESCRIP_2}) S {DESCRIP_2}=$E({DESCRIP_2},1,80) </RetrievalCode> </Data>

But not sure, if this correct.

What I did there, is, wrapped retrieving data from global ^SEDMIHP with the function $Get()

Or this way, with the default value

<Data name="DESCRIP_2"> <RetrievalCode> S {DESCRIP_2}=$P($G(^PHPROP({L1},"DESC_CODES")),"\",2) S {DESCRIP_2}=$S($L({DESCRIP_2}):$Get(^SEDMIHP($P({DESCRIP_2},","),$P({DESCRIP_2},",",2)),{DESCRIP_2}),1:{DESCRIP_2}) S {DESCRIP_2}=$E({DESCRIP_2},1,80) </RetrievalCode> </Data>