One difficulty when converting old "dotted" code to use the new curly brackets is that New applies to the current dot level - same as if the dot level was a routine - but not the scope of the curly brackets containing the New.
The reference was to "localhost" which might or might not work.
$Query may help, but more likely to be
S FF = ""
For {
S FF=$O(^Users(FF))
Q:FF=""
I '$D(^Users(FF,"SETTINGS","isAllowed"))#2 {
W "No settings for user "_FF
} elseif ^Users(FF,"SETTINGS","isAllowed") {
W "User ",FF," is allowed",!
} ELSE {
W "User ",FF," is not allowed",!
}
(That assumes the 1/0 value determines whether the user is / is not allowed rather than the existence of the node)
You can use conditional compilation to differentiate between live and dev as below (PRP is our live). So $$$debug(x) either shows the value in x on the screen in test or does nothing in live. Slight disadvantage is that what you test is not EXACTLY identical to what you run in live - but that's going to be the case anyway if you are "adding differences afterwards".
#if $NAMESPACE'="PRP"
; ############### test environment includes debug code
#Define debug(%var) Write @(%var)
#Define CSPdebug(%prog,%var) S MACROT2=$P($ZTIMESTAMP,",",2),^CSPLOG(%prog,+$H,MACROT2,"%var")=$D(%var)_"`"_$G(%var)
#Define CSPdebugfull(%prog,%var) S MACROT2=$P($ZTIMESTAMP,",",2),^CSPLOG(%prog,+$H,MACROT2,"%var")=$D(%var)_"`"_$G(%var) I $D(%var)>1 S MACROT1="%var" F S MACROT1=$Q(@MACROT1) Q:MACROT1="" S ^CSPLOG(%prog,+$H,MACROT2,MACROT1)="`"_@MACROT1
#Define CSPdump(%prog) S MACROT2=$P($ZTIMESTAMP,",",2),MACROT3="" F S MACROT3=$O(@MACROT3) Q:MACROT3="" S ^CSPLOG(%prog,+$H,MACROT2,MACROT3)=$D(@MACROT3)_"`"_$G(@MACROT3) I $D(@MACROT3)>1 S MACROT1=MACROT3 F S MACROT1=$Q(@MACROT1) Q:MACROT1="" S ^CSPLOG(%prog,+$H,MACROT2,MACROT1)="`"_@MACROT1
; ############### end test environment includes debug code
#else
; ############### live environment no debug code
#Define debug(%var)
#Define CSPdebug(%prog,%var)
#Define CSPdebugfull(%prog,%var)
#Define CSPdump(%prog)
#endif