Some stuff on PSeint at Globant+Egg QA Automation Course

Example of ResumenVentasEmpresa_MapaIncluido.psc output

IN PROGRESS...

• Customize windows, options and descriptions
• Dynamically determined menu movement range
• Reusable window drawer
• All in-one each selection to function
• Resizable on the run

CLOSED due to PSeint limitations, increasing and continuos crashes

• Customize windows, options and descriptions
• Dynamically determined menu movement range
• All matrix methods
• Dynamically resized table
• Auto-adjustable axis range
• Reusable window drawer
• All in-one each selection to function
• Resizable on the run

Issue: This way i got up to ~77 recursion calls, then execution was interrupted... no crash, just interrupted.

Pro: You can perform on much more bigger mazes, with no recursion call-stack issues.

Question: How far can we go deep in recursion? Is there such a thing like Tail Optimization in PSeint?

In particular, i'd like to highlight this little tricky method to find matrix dimensions.
Althought we start from assumptions:
a) We deal with a matrix (at least 2 rows and 2 columns).
b) The matrix data type is known.

/// DIMC and DIMR are the ones we are looking for, but i have to pass them via reference to take back the values after ///
/// Using a function only allows me to return just one value (no reference types created under function scope) ///

SubProceso GetColumnsTheHardWay(tablero Por Referencia, dimR Por Referencia,dimC Por Referencia)
   Definir item, safeBack, safeFront Como Caracter
   Definir founded como Logico
   Definir lenght Como Entero
   lenght=0
   Para cada item de tablero
   	lenght=lenght+1
   FinPara
   dimC=0
   founded=Falso
   safeBack=tablero[0,0]
   safeFront=tablero[0,1]
   Para cada item de tablero
   	Si !founded Entonces
   		Si dimC>1 Entonces
   			tablero[0,dimC-2]=safeBack;
   		FinSi
   		Si tablero[1,0]="¶" Entonces 
   			founded=!founded
   			tablero[1,0]=safeFront
   			tablero[1,1]=safeFront
   			dimC=dimC-1;
   		SiNo 
   			// like a juggler, to avoid self iteration referencing
   			safeBack=safeFront 
   			safeFront=item	
   			item="¶"
   			dimC=dimC+1
   		FinSi
   	FinSi
   FinPara
   dimR=lenght/dimC
FinFuncion