Judging by this code, I probably did not fully understand the conditions of the task.
So:

1. the source code of the method = " f i=0,27,0:1:94 d %code.Write($c(i+32))
   ", size = 42
2. the following characters are not found in the source code of the method:
   

   !"#&'*-/568;<>?@ABCDEFGHIJKLMNOPQRSTUVXYZ[\]^_`abghjklmnpqsuvwxyz{|}~

3. the method should print the characters from point 2
4. I did not find it in the task conditions [CodeMode = objectgenerator]

Where did I go wrong?

I would like to draw your attention to a number of points:

• this code will work correctly only when the compilation flag "k" is enabled, otherwise $TEXT will not return anything.
  

  k - Keep source. When this flag is set, source code of
  generated routines will be kept.

• this code will not work correctly in Caché, because there the label name will be "zascii", non "ascii"
• if you look at the generated INT code, you can see the "}" character at the end, which will return $t(ascii+1), which will lead to an incorrect result
  

  ascii() methodimpl {
   f i=32:1:126 w:$t(ascii+1)'[$c(i) *i }

In addition to the above: Dynamic SQL Using Older Result Set Classes

Also take a look at the event logging capability at the CSP-Gateway level: Event Logging Parameters

The terminal output in a log file is in Unicode UTF8 format and for further log processing Ansible is not able to read the format.

What error does Ansible give you?

I'm not familiar with Ansible, but it seems to me that it shouldn't have any problems reading UTF-8: https://github.com/NixOS/nixpkgs/issues/223151#issuecomment-1484053350

Hi!

You need first convert the formatted date and time string to a standard timestamp. Unfortunately, the built-in TO_TIMESTAMP function is not suitable for your case.
Next, you need determine whether the time zone will be taken into account or not.

For tests, you can use https://www.timestamp-converter.com / (ISO 8601 section).

Here is a small example:

Class dc.test Extends %RegisteredObject
{

ClassMethod ISO2TS(
  strISO As %String,
  withTZ As %Boolean = 0) As %TimeStamp [ SqlProc ]
{
  s tsUTC=##class(%TimeStamp).XSDToLogical(strISO)
  q $s(withTZ:##class(%UTC).ConvertUTCtoLocal(tsUTC),1:tsUTC)
}

ClassMethod Test()
{
   f s="2024-06-23T06:03:00Z","2024-06-23T06:03:00-02:45" {
     s iso=s,
       utc=##class(%TimeStamp).XSDToLogical(iso),
       tz=##class(%UTC).ConvertUTCtoLocal(utc)

     w $$$FormatText("ISO 8601 = %2%1Date Time (UTC) = %3%1Date Time (your time zone) = %4%1",$$$NL,iso,utc,tz),!
   }
}

}

Result (for me):

USER>d ##class(dc.test).Test()
ISO 8601 = 2024-06-23T06:03:00Z
Date Time (UTC) = 2024-06-23 06:03:00
Date Time (your time zone) = 2024-06-23 09:03:00.000
 
ISO 8601 = 2024-06-23T06:03:00-02:45
Date Time (UTC) = 2024-06-23 08:48:00
Date Time (your time zone) = 2024-06-23 11:48:00.000

Using via SQL:

SELECT
  YEAR(ts) "YEAR",
  MONTH(ts) "MONTH",
  DAY(ts) "DAY",
  {fn HOUR(ts)} "HOUR",
  {fn MINUTE(ts)} "MINUTE",
  {fn SECOND(ts)} "SECOND"
FROM (SELECT dc.test_ISO2TS('2024-06-23T06:03:00Z',0) ts)

See "Customizing the Terminal Application":

• Network Encoding
• Physical Character Setting

SELECT LIST(Diagnose) FROM
(SELECT TOP ALL MRDIA_ICDCode_DR->MRCID_Desc Diagnose
FROM SQLUser.MR_Diagnos
WHERE MRDIA_MRADM_ParRef=123456789
ORDER BY MRDIA_DiagnosisType_DR ASC)

Regional preferences have nothing to do with it.

From the conditions of the task it is unclear how many mouths, noses and eyes are allowed in one emoticon (based on physiology one at a time (we do not count pathologies)): ")", "))", ")D", ")))", "xD", "xDD"

Additional explanations are required.

It is not entirely clear from the description whether one smiling mouth is acceptable, for example ")", "D", etc., and also why "))" is a valid smiley face.

CALL %Library.Global_Find('OSEX','^foo','1',,,)

How would you like to solve it, using ObjectScript?

ClassMethod Test()
{
  s C = 2500,
    r = 0.5,
    S = 3000000,
    T = 35,
    W = 5
  w $$maxWeddingCost(C, r, S, T, W),! ; => 93278.3281405256664

  s S = 2000000
  w $$maxWeddingCost(C, r, S, T, W),! ; => 174425.0762746580325
    
maxWeddingCost(C,r,S,T,W) s r=r/100,a=1+r**12,b=a**(T-W) q a**W-1/r*C+$$LEAST^%qarfunc(0,b-1/r*C-S/b)
}

We have our own challenge with very specific conditions and goals: #Code Golf
And what is the purpose of your challenge, I do not quite understand: speed, code size, etc? Rewriting the code in ObjectScript is too simple and not interesting.

ClassMethod esthetic(num = 441) As %String
{
  set estheticBases=""
  for base=2:1:10{
    set digits = $$toBase(num, base)
    if $$isEstheticInBase(digits) set estheticBases=estheticBases_$listbuild(base)
  }
  quit $listtostring(estheticBases)
  
toBase(n,base)
  ; Convert number n to a given base and return the digits as a list.
  set digits=""
  while n {
    set digits=(n#base)_digits,
        n=n\base
  }
  quit digits
isEstheticInBase(digits)
  ; Check if the given list of digits is esthetic.
  for i=2:1:$length(digits){
      if $zabs($extract(digits,i)-$extract(digits,i-1))'=1 {
          return 0
      }
  }
  return 1
}

The calculateTotalSavingsAtTime method can be shortened because initialPrincipal is always 0:

    public static double calculateTotalSavingsAtTime(double initialPrincipal, double r, double monthlyDeposit, int timeMonths) {
        return monthlyDeposit * ((Math.pow(1 + r, timeMonths) - 1) / r) + initialPrincipal * Math.pow(1 + r, timeMonths);
    }

Try this:

ClassMethod GetTreeInfo(
  pRoot As %String,
  Output pTree,
  ByRef pParms) As %Status
{
  Set MyId=..GetId,pos=1
  &Sql(Select Name,ID into :name,:id from MSDS_COM.Loc where Parent=:MyId)
  Set:SQLCODE (name,id)=""
  if pRoot=""
  {
    Set pTree(0,"ch",1) = ""
    Set pTree(1) = $LB(name,id,1,"","")
  }
  Quit $$$OK
}

For further examples, see the class ZENTest.DynaTreeTest in the SAMPLES namespace.

Through %ZEN.proxyObject is unlikely to work, since the q parameter cannot be disabled in this case

q - output numeric values unquoted even when they come from a non-numeric property

Use your own class, for example:

Class dc.proxyObject Extends %RegisteredObject
{

Property ID As %VarString;

}

set object = ##class(dc.proxyObject).%New()
set object.ID = 123456

set x = ##class(%ZEN.Auxiliary.jsonProvider).%WriteJSONStreamFromObject(.json,object,,,,"aelotw")

Output:

{
  "ID":"123456"
}

I do not observe any differences in the behavior of xDBC and Portal.

Given:

Class dc.test Extends %Persistent
{

Property s1 As %String(MAXLEN = 2, TRUNCATE = 1);

Property s2 As %String(MAXLEN = 2);
}

• insert into dc.test(s1,s2)values('abc','ab')

  Result

  ID	s1	s2
  1	ab	ab

• insert into dc.test(s1,s2)values('abc','abc')

  Result for any JDBC/ODBC tools (DBVisualizer, SQL Data Lens, etc.):

  [SQLCODE: <-104>:<Field validation failed in INSERT>]
  <Field 'dc.test.s2' Truncation (Varchar Value: 'abc ...' Length: 3) > maxlen:  (2)>]

  Result for Management Portal:

  [SQLCODE: <-104>:<Field validation failed in INSERT>]
  
    [%msg: <Field 'dc.test.s2' (value 'abc') failed validation>]

Check your TRUNCATE parameter.

Common Parameters:TRUNCATE
TRUNCATE — Specifies whether to truncate the string to MAXLEN characters, where 1 is TRUE and 0 is FALSE. This parameter is used by the Normalize() and IsValid() methods but is not used by database drivers.

Class dc.test Extends %Persistent
{

Property s1 As %String(TRUNCATE = 1);

Property s2 As %String;

ClassMethod Test()
{
  d ..%KillExtent(,$$$YES)

   s t=..%New()
   s t.s1=$tr($j("",51)," ","a")
   s sc=t.%Save()
   w "s1: ",$s($$$ISERR(sc):$system.Status.GetErrorText(sc),1:"OK"),!

   s t=..%New()
   s t.s2=$tr($j("",51)," ","a")
   s sc=t.%Save()
   w "s2: ",$s($$$ISERR(sc):$system.Status.GetErrorText(sc),1:"OK"),!
}

}

USER>d ##class(dc.test).Test()
s1: OK
s2: ERROR #7201: Datatype value 'aaaa..aa' length longer than MAXLEN allowed of 50
    > ERROR #5802: Datatype validation failed on property 'dc.test:s2', with value equal to "aaaa..aa"

The same error occurs in the Management Portal.