[deliverable/titan.core.git] / regression_test / lazyEval / lazy_main.ttcn

/******************************************************************************
 * Copyright (c) 2000-2014 Ericsson Telecom AB
 * All rights reserved. This program and the accompanying materials
 * are made available under the terms of the Eclipse Public License v1.0
 * which accompanies this distribution, and is available at
 * http://www.eclipse.org/legal/epl-v10.html
 ******************************************************************************/
module lazy_main {

// Description:
// The goal of this project is to test the feature "Lazy Parameter Evaluation" 
// described in chapter 4.29 of referenceguide.doc 
// Reference: Programmers's Technical Reference Guide for TITAN TTCN-3 Test Executor 
//            2/19817-CRL 113 200/3 Uen Rev C
//
// Import chain: lazy_main<-lazy_A<-lazy_B<-lazy_C
//
//

import from lazy_defs all;
import from lazy_A all;
import from LazyASNTypes all;


//****************************************
//****************************************
//****            Functions           ****
//****************************************
//****************************************


//****************************************
//*** General functions               ****
//****************************************
function f_verdict(in boolean pl_value) runs on MyComp {
  if(pl_value) {setverdict(pass)} else {setverdict(fail)};
  //log("value:", pl_value);
}

//****************************************
//*** Functions returning with integer ***
//****************************************

group g_functions_returning_integer {

  function f_fail()  runs on MyComp return integer{
    setverdict(fail);
    return 1; //dummy
  }

  function f_returnOnefailIfIZero() runs on MyComp return integer{
    if( v_i==0 ) {
      setverdict(fail, "This function intentionally fails if v_i==0");
    } else {
      setverdict(pass, "This function intentionally pass if v_i!=0");
    }
    v_numberOfCalls:=v_numberOfCalls+1;
    return 1;
  }

  function f_returnOnePassIfIZero() runs on MyComp return integer{
    if( v_i==0 ) {
      setverdict(pass, "This function intentionally pass if v_i==0");
    }
    v_numberOfCalls:=v_numberOfCalls+1;
    return 1;
  }

  function f_returnOneWithCounterIncr() runs on MyComp return integer{
    v_numberOfCalls:=v_numberOfCalls+1;
    return 1;
  }

  //======= 

  function f_inout_b_inv_reti(inout boolean pl_b) runs on MyComp return integer{
    pl_b := not pl_b
    return 1;
  }

  function  f_inout_i_inc(inout integer i) runs on MyComp return integer{
    i:=i+1
    return i;
  }

  function f_inout_f_inc_reti(inout float f) runs on MyComp return integer{
    f:=f+1.0;
    return float2int(f);
  }

  function f_inout_bs_4x_reti(inout bitstring bs) runs on MyComp return integer{
    bs := bs & '00'B;
    return bit2int(bs);
  }

  function f_inout_os_256x_reti(inout octetstring os) runs on MyComp return integer{
    os := os & '00'O;
    return oct2int(os);
  }

  function f_inout_hs_16x_reti(inout hexstring hs) runs on MyComp return integer{
    hs := hs & '0'H;
    return hex2int(hs);
  }

  function f_inout_cs_b_reti(inout charstring cs) runs on MyComp return integer{
    cs := "b"
    return char2int(cs);
  }
  /* lazy_main.ttcn:106.5-6: error: Reference to a variable or template variable was expected instead of timer parameter `cs'
  function f_inout_timer_b_reti(inout timer pl_t) runs on MyComp return integer{
  pl_t := 1.0;
  return 1;
  */

  function f_inout_port_b_reti(inout My_PT pl_p) runs on MyComp return integer{
    return 1;
  }


  //in template functions

  function f_in_b_inv_reti_t(in template boolean pl_b) runs on MyComp return integer{
    return 1;
  }

  function  f_in_i_inc_reti_t(in template integer i) runs on MyComp return integer{
    return valueof(i)+1;
  }

  function f_in_f_inc_reti_t(in template float f) runs on MyComp return integer{
    return float2int(valueof(f))+1;
  }

  function f_in_bs_4x_reti_t(in template bitstring bs) runs on MyComp return integer{
    return bit2int(valueof(bs) & '00'B);
  }

  function f_in_os_256x_reti_t(in template octetstring os) runs on MyComp return integer{
    return oct2int(valueof(os) & '00'O);
  }

  function f_in_hs_16x_reti_t(in template hexstring hs) runs on MyComp return integer{
    return hex2int(valueof(hs) & '0'H);
  }

  function f_in_cs_b_reti_t(in template charstring pl_cs) runs on MyComp return integer{
    return char2int(valueof(pl_cs))+1;
  }

  //inout template functions:

  function f_inout_b_inv_reti_t(inout template boolean pl_b) runs on MyComp return integer{
    pl_b := not valueof(pl_b);
    return 1;
  }

  function  f_inout_i_inc_t(inout template integer i) runs on MyComp return integer{
    i:=valueof(i)+1
    return valueof(i);
  }

  function f_inout_f_inc_reti_t(inout template float f) runs on MyComp return integer{
    f:=valueof(f)+1.0;
    return float2int(valueof(f));
  }

  function f_inout_bs_4x_reti_t(inout template bitstring bs) runs on MyComp return integer{
    bs := valueof(bs) & '00'B;
    return bit2int(valueof(bs));
  }

  function f_inout_os_256x_reti_t(inout template octetstring os) runs on MyComp return integer{
    os := valueof(os) & '00'O;
    return oct2int(valueof(os));
  }

  function f_inout_hs_16x_reti_t(inout template hexstring hs) runs on MyComp return integer{
    hs := valueof(hs) & '0'H;
    return hex2int(valueof(hs));
  }

  function f_inout_cs_b_reti_t(inout template charstring cs) runs on MyComp return integer{
    cs := "b"
    return char2int(valueof(cs));
  }

  //out template functions:

  function f_out_b_inv_reti_t(out template boolean pl_b) runs on MyComp return integer{
    pl_b := false;
    return 1;
  }

  function  f_out_i_inc_t(out template integer i) runs on MyComp return integer{
    i:=2
    return valueof(i);
  }

  function f_out_f_inc_reti_t(out template float f) runs on MyComp return integer{
    f:=2.0
    return float2int(valueof(f));
  }

  function f_out_bs_4x_reti_t(out template bitstring bs) runs on MyComp return integer{
    bs := '100'B;
    return bit2int(valueof(bs));
  }

  function f_out_os_256x_reti_t(out template octetstring os) runs on MyComp return integer{
    os := '5500'O;
    return oct2int(valueof(os));
  }

  function f_out_hs_16x_reti_t(out template hexstring hs) runs on MyComp return integer{
    hs := 'f0'H;
    return hex2int(valueof(hs));
  }

  function f_out_cs_b_reti_t(out template charstring cs) runs on MyComp return integer{
    cs := "b"
    return char2int(valueof(cs));
  }

  // Without import

  //test for lazy function in main module with integer integer arg
  function f_lazy_mi( in @lazy integer pl_i, in boolean pl_evalFlag) runs on MyComp {  
    if(pl_evalFlag){
      v_i:= pl_i; //expression evaluated
    }
    log("Inside lazy:", v_i);

  }

  function f_lazy_mi_2(in boolean pl_evalFlag, in @lazy integer pl_i) runs on MyComp {  
    if(pl_evalFlag){
      v_i:= pl_i; //expression evaluated
    }
    log("Inside lazy:", v_i);

  }

  //test for lazy function in main module with integer integer arg
  //expression used more than once
  function f_lazy_mi_3( in @lazy integer pl_i, in boolean pl_evalFlag) runs on MyComp {  
    if(pl_evalFlag){
      v_i:= pl_i; //expression evaluated
      log(pl_i);
    }

    log("Inside lazy:", v_i, pl_i);
  } 
  // Lazy function calling lazy function from the same module:
  function f_lazy_mmi( in @lazy integer pl_j, in boolean pl_evalFlag) runs on MyComp {  
    f_lazy_mi(pl_j, pl_evalFlag)
  }

  // Lazy function calling lazy function from the same module:
  function f_lazy_mmmi( in @lazy integer pl_k, in boolean pl_evalFlag) runs on MyComp {  
    f_lazy_mmi(pl_k, pl_evalFlag)
  }

  // With import
  // Lazy function calling lazy function from another module:
  function f_lazy_mABi( in @lazy integer pl_j, in boolean pl_evalFlag) runs on MyComp {  
    f_lazy_ABi(pl_j, pl_evalFlag)
  }

  //These functions do the same as tc_mi_1 -> tc_mi_5: call lazy function f_lazy_mi()
  function f_fmi_1() runs on MyComp {
    f_lazy_mi(2+3*4, true);
    f_verdict(v_i==14);
  }

  function f_fmi_2() runs on MyComp {
    f_lazy_mi(f_fail(), false);
    f_verdict(v_i==0);
  }

  function f_fmi_3() runs on MyComp {
    v_i:=0;
    f_lazy_mi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==0);
  }

  function function_fmi_3a() runs on MyComp {
    v_i:=1;
    f_lazy_mi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==1);
  }

  function f_fmi_4() runs on MyComp {
    v_i:=0;
    f_lazy_mi(10*f_returnOnePassIfIZero(), true);
    f_verdict(getverdict == pass);
    f_verdict(v_i==10);
  }

  function f_fmi_5() runs on MyComp {
    v_i:=1;
    f_lazy_mi(10*f_returnOnefailIfIZero(), true);
    f_verdict(v_i==10);
  }

  //These functions do the same as tc_mi_1 -> tc_mi_5: call lazy function f_lazy_mi()
  function f_fAi_1() runs on MyComp {
    f_lazy_Ai(2+3*4, true);
    f_verdict(v_i==14);
  }

  function f_fAi_2() runs on MyComp {
    f_lazy_Ai(f_fail(), false);
    f_verdict(v_i==0);
  }

  function f_fAi_3() runs on MyComp {
    v_i:=0;
    f_lazy_Ai(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==0);
  }

  function function_fAi_3a() runs on MyComp {
    v_i:=1;
    f_lazy_Ai(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==1);
  }

  function f_fAi_4() runs on MyComp {
    v_i:=0;
    f_lazy_Ai(10*f_returnOnePassIfIZero(), true);
    f_verdict(getverdict == pass);
    f_verdict(v_i==10);
  }

  function f_fAi_5() runs on MyComp {
    v_i:=1;
    f_lazy_Ai(10*f_returnOnefailIfIZero(), true);
    f_verdict(v_i==10);
  }

} //g_functions_returning_integer


group g_float_functions {

  //test for lazy function in main module with integer float arg
  function f_lazy_mf( in @lazy float pl_f, in boolean pl_evalFlag) runs on MyComp {  
    if(pl_evalFlag){
      v_f:= pl_f; //expression evaluated
      log(pl_f); //second usage
    }
    log("Inside lazy:", v_f);

  }

  function f_lazy_mf_2(in boolean pl_evalFlag, in @lazy float pl_f) runs on MyComp {  
    if(pl_evalFlag){
      v_f:= pl_f; //expression evaluated
    }
    log("Inside lazy:", v_i);

  }

  // Lazy function calling lazy function from the same module:
  function f_lazy_mmf( in @lazy float pl_f, in boolean pl_evalFlag) runs on MyComp {  
    f_lazy_mf(pl_f,pl_evalFlag);
  } 

  function f_lazy_mmf_2(in boolean pl_evalFlag, in @lazy float pl_f) runs on MyComp {  
    f_lazy_mf(pl_f,pl_evalFlag);
  }

  // Without import
  //basic behavior for integer arg expression:
  function f_mf_1() runs on MyComp {
    f_lazy_mf(2.1+3.5*4.4, true);
    if(v_f==2.1+3.5*4.4) {setverdict(pass)} else {setverdict(fail)};
  }


  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  function f_mf_3() runs on MyComp {
    v_f:=0.0; 
    v_i:=0;
    f_lazy_mf(10.0*int2float(f_returnOnefailIfIZero()), false);
    f_verdict(v_f==0.0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  function f_mf_3a() runs on MyComp {
    v_i:=1;
    f_lazy_mf(10.0*int2float(f_returnOnefailIfIZero()), false);
    f_verdict(v_f==0.0);
  }

  function f_mf_4() runs on MyComp {
    v_i:=0;
    f_lazy_mf(10.0*int2float(f_returnOnePassIfIZero()), true);
    f_verdict(getverdict == pass);
    f_verdict(v_f==10.0);
  }

  function f_mf_5() runs on MyComp {
    v_i:=1;
    f_lazy_mf(10.0*int2float(f_returnOnefailIfIZero()), true);
    f_verdict(v_f==10.0);
  }

}//g_float_functions

group g_charstring_functions {

  function f_returnHelloPassWithZero() runs on MyComp return charstring {
    if(v_i==0) { setverdict(pass, "This function intentionally pass if v_i==0");}
    v_numberOfCalls:=v_numberOfCalls+1;
    return "Hello";
  }

  //test for lazy function in main module with integer lazy arg:
  function f_lazy_mc(in @lazy charstring pl_c, in boolean pl_evalFlag) runs on MyComp { 
    if(pl_evalFlag){
      v_c:= pl_c; //expression evaluated
      log("expression:",pl_c); //expression used once more
    }
  }

  function f_mc_wrapper_in(
    in boolean b, 
    in integer i, 
    in float f, 
    in bitstring bs, 
    in octetstring os,
    in hexstring hs,
    in charstring cs,
    in MyRec rec,
    in boolean pl_evalFlag
  ) runs on MyComp 
  {
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs(b)&" "&f_in_i_inc_retcs(i)&" "&
      f_in_f_inc_retcs(f)&" "&f_in_bs_4x_retcs(bs)&" "&f_in_os_256x_retcs(os)&" "&
      f_in_hs_16x_retcs(hs)&" "&f_in_cs_b_retcs(cs)&" "&
      f_in_port_retcs(PCO)&" "&f_in_b_inv_retcs(rec.b)&" "&f_in_i_inc_retcs(rec.i),
      pl_evalFlag);
  }

 function f_mc_wrapper_inout_in(
    inout boolean b, 
    inout integer i, 
    inout float f, 
    inout bitstring bs, 
    inout octetstring os,
    inout hexstring hs,
    inout charstring cs,
    inout MyRec rec,
    in boolean pl_evalFlag
  ) runs on MyComp 
  {
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs(b)&" "&f_in_i_inc_retcs(i)&" "&
      f_in_f_inc_retcs(f)&" "&f_in_bs_4x_retcs(bs)&" "&f_in_os_256x_retcs(os)&" "&
      f_in_hs_16x_retcs(hs)&" "&f_in_cs_b_retcs(cs)&" "&
      f_in_port_retcs(PCO)&" "&f_in_b_inv_retcs(rec.b)&" "&f_in_i_inc_retcs(rec.i),
      pl_evalFlag);
  }
  
   function f_mc_wrapper_inout_inout(
    inout boolean b, 
    inout integer i, 
    inout float f, 
    inout bitstring bs, 
    inout octetstring os,
    inout hexstring hs,
    inout charstring cs,
    inout MyRec rec,
    in boolean pl_evalFlag
  ) runs on MyComp 
  {
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_inout_b_inv_retcs(b)&" "&f_inout_i_inc_retcs(i)&" "&
      f_inout_f_inc_retcs(f)&" "&f_inout_bs_4x_retcs(bs)&" "&f_inout_os_256x_retcs(os)&" "&
      f_inout_hs_16x_retcs(hs)&" "&f_inout_cs_b_retcs(cs)&" "&
      f_inout_port_retcs(PCO)&" "&f_inout_b_inv_retcs(rec.b)&" "&f_inout_i_inc_retcs(rec.i),
      pl_evalFlag);
  }

  //in functions 
  function f_in_b_inv_retcs(in boolean pl_b) runs on MyComp return charstring{
    return "false";
  }

  function  f_in_i_inc_retcs(in integer i) runs on MyComp return charstring{
    return int2str(i+1);
  }

  function f_in_f_inc_retcs(in float f) runs on MyComp return charstring{
    return float2str(f+1.0);
  }

  function f_in_bs_4x_retcs(in bitstring bs) runs on MyComp return charstring{
    return bit2str(bs & '00'B);
  }

  function f_in_os_256x_retcs(in octetstring os) runs on MyComp return charstring{
    return oct2str(os & '00'O);
  }

  function f_in_hs_16x_retcs(in hexstring hs) runs on MyComp return charstring{
    return hex2str(hs & '0'H);
  }

  function f_in_cs_b_retcs(in charstring cs) runs on MyComp return charstring{
    return "b";
  }
  
  function f_in_port_retcs_legal(inout My_PT p) runs on MyComp return charstring{
    return log2str(p);
  }
  
  function f_in_port_retcs(inout My_PT p) runs on MyComp return charstring{  //TODO: change it to f_in_port_retcs(inout My_PT p) if accepted
    return log2str(p);
  }
  
  //inout
  function f_inout_b_inv_retcs(inout boolean pl_b) runs on MyComp return charstring{
    pl_b := not pl_b
    return "false";
  }

  function  f_inout_i_inc_retcs(inout integer i) runs on MyComp return charstring{
    i:=i+1
    return int2str(i);
  }

  function f_inout_f_inc_retcs(inout float f) runs on MyComp return charstring{
    f:=f+1.0;
    return float2str(f);
  }

  function f_inout_bs_4x_retcs(inout bitstring bs) runs on MyComp return charstring{
    bs := bs & '00'B;
    return bit2str(bs);
  }

  function f_inout_os_256x_retcs(inout octetstring os) runs on MyComp return charstring{
    os := os & '00'O;
    return oct2str(os);
  }

  function f_inout_hs_16x_retcs(inout hexstring hs) runs on MyComp return charstring{
    hs := hs & '0'H;
    return hex2str(hs);
  }

  function f_inout_cs_b_retcs(inout charstring cs) runs on MyComp return charstring{
    cs := "b"
    return cs;
  }

  function f_inout_port_retcs(inout My_PT p) runs on MyComp return charstring{
    return log2str(p);
  }

  //out
  function f_out_b_inv_retcs(out boolean pl_b) runs on MyComp return charstring{
    return "false";
  }

  function  f_out_i_inc_retcs(out integer i) runs on MyComp return charstring{
    return "2";
  }

  function f_out_f_inc_retcs(out float f) runs on MyComp return charstring{
    return "2.000000";
  }

  function f_out_bs_4x_retcs(out bitstring bs) runs on MyComp return charstring{
    return "100";
  }

  function f_out_os_256x_retcs(out octetstring os) runs on MyComp return charstring{
    return "5500";
  }

  function f_out_hs_16x_retcs(out hexstring hs) runs on MyComp return charstring{
    return "F0";
  }

  function f_out_cs_b_retcs(out charstring cs) runs on MyComp return charstring{
    return "b";
  }

  //in template functions

  function f_in_b_inv_retcs_t(in template boolean pl_b) runs on MyComp return charstring{
    return "false";
  }

  function  f_in_i_inc_retcs_t(in template integer i) runs on MyComp return charstring{
    return int2str(valueof(i)+1);
  }

  function f_in_f_inc_retcs_t(in template float f) runs on MyComp return charstring{
    return float2str(valueof(f)+1.0);
  }

  function f_in_bs_4x_retcs_t(in template bitstring bs) runs on MyComp return charstring{
    return bit2str(valueof(bs) & '00'B);
  }

  function f_in_os_256x_retcs_t(in template octetstring os) runs on MyComp return charstring{
    return oct2str(valueof(os) & '00'O);
  }

  function f_in_hs_16x_retcs_t(in template hexstring hs) runs on MyComp return charstring{
    return hex2str(valueof(hs) & '0'H);
  }

  function f_in_cs_b_retcs_t(in template charstring cs) runs on MyComp return charstring{
    return "b";
  }

  //inout template functions:

  function f_inout_b_inv_retcs_t(inout template boolean pl_b) runs on MyComp return charstring{
    pl_b := not valueof(pl_b);
    return "false";
  }

  function  f_inout_i_inc_retcs_t(inout template integer i) runs on MyComp return charstring{
    i:=valueof(i)+1
    return int2str(valueof(i));
  }

  function f_inout_f_inc_retcs_t(inout template float f) runs on MyComp return charstring{
    f:=valueof(f)+1.0;
    return float2str(valueof(f));
  }

  function f_inout_bs_4x_retcs_t(inout template bitstring bs) runs on MyComp return charstring{
    bs := valueof(bs) & '00'B;
    return bit2str(valueof(bs));
  }

  function f_inout_os_256x_retcs_t(inout template octetstring os) runs on MyComp return charstring{
    os := valueof(os) & '00'O;
    return oct2str(valueof(os));
  }

  function f_inout_hs_16x_retcs_t(inout template hexstring hs) runs on MyComp return charstring{
    hs := valueof(hs) & '0'H;
    return hex2str(valueof(hs));
  }

  function f_inout_cs_b_retcs_t(inout template charstring cs) runs on MyComp return charstring{
    cs := "b"
    return valueof(cs);
  }

  //out template functions:

  function f_out_b_inv_retcs_t(out template boolean pl_b) runs on MyComp return charstring{
    return "false";
  }

  function  f_out_i_inc_retcs_t(out template integer i) runs on MyComp return charstring{
    return "2";
  }

  function f_out_f_inc_retcs_t(out template float f) runs on MyComp return charstring{
    return "2.000000";
  }

  function f_out_bs_4x_retcs_t(out template bitstring bs) runs on MyComp return charstring{
    return "100"
  }

  function f_out_os_256x_retcs_t(out template octetstring os) runs on MyComp return charstring{
    return "5500";
  }

  function f_out_hs_16x_retcs_t(out template hexstring hs) runs on MyComp return charstring{
    return "F0";
  }

  function f_out_cs_b_retcs_t(out template charstring cs) runs on MyComp return charstring{
    return "b";
  }


}//g_charstring_functions

group g_rec_functions {

  function f_returnRec(in integer pl_i, in ROI pl_roi, in boolean pl_b) runs on MyComp return MyRec {
    v_numberOfCalls:=v_numberOfCalls+1;
    return { pl_i,pl_roi,pl_b }

  }
  function f_lazy_mrec(in @lazy MyRec pl_rec, in boolean pl_evalFlag) runs on MyComp {
    if(pl_evalFlag){
      v_rec:=pl_rec;
      log("rec:", pl_rec);
    }
  }

}// g_rec_functions

//****************************************
//*** Templates                        ***
//****************************************

template MyRec t_lazy_rec( template @lazy integer p_i, template @lazy ROI p_roi, template @lazy boolean p_b) := {
  i:= p_i,
  roi:=p_roi,
  b:=p_b
}

template MyRec t_rec( template integer p_i, template ROI p_roi, template boolean p_b) := {
  i:= p_i,
  roi:=p_roi,
  b:=p_b
}

//not used first argument:
template MyRec t_lazy_rec1( template @lazy integer p_i, template @lazy ROI p_roi, template @lazy boolean p_b) := {
  i:= 1,
  roi:=p_roi,
  b:=p_b
}

//****************************************
//*** Templates                        ***
//****************************************
//****************************************

//This altstep is wrong:

altstep as_lazy_mi(in @lazy integer pl_i, in boolean pl_evalFlag) runs on MyComp{
  [pl_evalFlag] PCO.receive {log("valami")}
  [else] { 
    if(pl_evalFlag) {
      v_i:=pl_i;
      log(pl_i);
    }      
  }
}

altstep as_lazy_mf(in @lazy float pl_f, in boolean pl_evalFlag) runs on MyComp{
  [pl_evalFlag] PCO.receive {log("valami")}
  [else] { 
    if(pl_evalFlag) {
      v_f:=pl_f;
      log(pl_f);
    }      
  }
}

//****************************************
//*****   Testcases                  *****
//****************************************
//****************************************
group g_lazy_integer_arg_tc {
  //==============================
  //==== Lazy called in testcase =
  //==============================
  // Without import
  //basic behavior for integer arg expression:
  testcase tc_mi_1() runs on MyComp {
    f_lazy_mi(2+3*4, true);
    if(v_i==14) {setverdict(pass)} else {setverdict(fail)};
  }

  testcase tc_mi_2() runs on MyComp {
    f_lazy_mi(f_fail(), false);
    f_verdict(v_i==0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_mi_3() runs on MyComp {
    v_i:=0;
    f_lazy_mi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_mi_3a() runs on MyComp {
    v_i:=1;
    f_lazy_mi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==1);
  }

  testcase tc_mi_4() runs on MyComp {
    v_i:=0;
    f_lazy_mi(10*f_returnOnePassIfIZero(), true);
    f_verdict(getverdict == pass);
    f_verdict(v_i==10);
  }

  testcase tc_mi_5() runs on MyComp {
    v_i:=1;
    f_lazy_mi(10*f_returnOnefailIfIZero(), true);
    f_verdict(v_i==10);
  }


  // the lazy arg is not the first arg:
  testcase tc_mi_6() runs on MyComp {
    v_i:=1;
    f_lazy_mi_2(true, 10*f_returnOnefailIfIZero());
    f_verdict(v_i==10);
  }

  // f_lazy_mi_3 uses expression more than once
  //expression shall be evaluated only once
  testcase tc_mi_7() runs on MyComp {
    v_i:=1;
    f_lazy_mi_3(10*f_returnOneWithCounterIncr(),true);
    f_verdict(v_i==10 and v_numberOfCalls==1);
  }

  //====================================================
  // lazy argument contains inout parameters +in params
  //====================================================
  type record R { integer i, float f }

  testcase tc_mi_1_in() runs on MyComp {
    v_i:=1;
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var R r:= { i:=1, f:=1.0}
    f_lazy_mi(i+float2int(f)+bit2int(bs)+oct2int(os)+hex2int(hs)+char2int(cs)+r.i+float2int(r.f), true);
    if(v_i==88+15+97+2 and i==1 and b==true and f==1.0 and bs=='1'B and os=='55'O and hs=='F'H and cs=="a") {setverdict(pass)} else {setverdict(fail)};
  }

  testcase tc_mi_2_in() runs on MyComp {
    v_i:=1;
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var R r:= { i:=1, f:=1.0}
    f_lazy_mi(i+float2int(f)+bit2int(bs)+oct2int(os)+hex2int(hs)+char2int(cs)+r.i+float2int(r.f),false);
    if(v_i==1 and i==1 and b==true and f==1.0 and bs=='1'B and os=='55'O and hs=='F'H and cs=="a") {setverdict(pass)} else {setverdict(fail)};
  }

  testcase tc_mi_1_inout() runs on MyComp {
    v_i:=1;
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var R r:= {i:=1, f:=1.0};
    f_lazy_mi(f_inout_i_inc(i)+f_inout_b_inv_reti(b)+f_inout_f_inc_reti(f)+f_inout_bs_4x_reti(bs)+
      f_inout_os_256x_reti(os)+f_inout_hs_16x_reti(hs)+f_inout_cs_b_reti(cs)+f_inout_i_inc(r.i)+f_inout_f_inc_reti(r.f)+f_inout_port_b_reti(PCO)+f_returnOneWithCounterIncr(), true);
    //v_i =     2             +      1              +       2             +   +  4 = 9
    if(v_i==9+256*85+15*16+98+2+2+1+1 and i==2 and b==false and f==2.0 and bs=='100'B and os=='5500'O and hs=='F0'H and cs=="b"and r=={ i:=2, f:=2.0} and v_numberOfCalls==1) {setverdict(pass)} else {setverdict(fail)};
  }


  testcase tc_mi_2_inout() runs on MyComp {
    v_i:=1;
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var R r:= { i:=1, f:=1.0}
    f_lazy_mi(f_inout_i_inc(i)+f_inout_b_inv_reti(b)+f_inout_f_inc_reti(f)+i+float2int(f)+f_inout_bs_4x_reti(bs)+
      f_inout_os_256x_reti(os)+f_inout_hs_16x_reti(hs)+f_inout_cs_b_reti(cs)+f_inout_i_inc(r.i)+f_inout_f_inc_reti(r.f)+f_inout_port_b_reti(PCO)+f_returnOneWithCounterIncr(), false);
    if(v_i==1 and i==1 and b==true and f==1.0 and bs=='1'B and os=='55'O and hs=='F'H and cs=="a") {setverdict(pass)} else {setverdict(fail)};
  }

  //in templates

  testcase tc_mi_1_in_t() runs on MyComp {
    v_i:=1;
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";
    var template R r:= { i:=1, f:=1.0}
    f_lazy_mi(f_in_i_inc_reti_t(i)+f_in_b_inv_reti_t(b)+f_in_f_inc_reti_t(f)+f_in_bs_4x_reti_t(bs)+
      f_in_os_256x_reti_t(os)+f_in_hs_16x_reti_t(hs)+f_in_cs_b_reti_t(cs)+f_in_i_inc_reti_t(r.i)+f_in_f_inc_reti_t(r.f)+f_returnOneWithCounterIncr(), true);
    //v_i =     2             +      1              +       2             +   +  4 = 9
    //
    log(f_in_os_256x_reti_t(os)," ",f_in_hs_16x_reti_t(hs)," ",f_in_cs_b_reti_t(cs));
    if(v_i==9+256*85+15*16+98+2+2+1) {setverdict(pass)} else {setverdict(fail)};
    if(valueof(i)==1 and valueof(b)==true and 
      valueof(f)==1.0 and valueof(bs)=='1'B and valueof(os)=='55'O and valueof(hs)=='F'H and valueof(cs)=="a" and valueof(r)=={ i:=1, f:=1.0} and v_numberOfCalls==1) 
    {setverdict(pass)} else {setverdict(fail)};
  } 

  testcase tc_mi_2_in_t() runs on MyComp {
    v_i:=1;
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";
    f_lazy_mi(f_in_i_inc_reti_t(i)+f_in_b_inv_reti_t(b)+f_in_f_inc_reti_t(f)+f_in_bs_4x_reti_t(bs)+f_in_os_256x_reti_t(os)+f_in_hs_16x_reti_t(hs)+f_in_cs_b_reti_t(cs)+f_returnOneWithCounterIncr(), false);
    if(v_i==1 and valueof(i)==1 and valueof(b)==true and valueof(f)==1.0 and
      valueof(bs)=='1'B and valueof(os)=='55'O and valueof(hs)=='F'H and valueof(cs)=="a" and v_numberOfCalls==0) 
    {setverdict(pass)} else {setverdict(fail)};
  } 

  //inout templates
  testcase tc_mi_1_inout_t() runs on MyComp {
    v_i:=1;
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";
    f_lazy_mi(f_inout_i_inc_t(i)+f_inout_b_inv_reti_t(b)+f_inout_f_inc_reti_t(f)+f_inout_bs_4x_reti_t(bs)+
      f_inout_os_256x_reti_t(os)+f_inout_hs_16x_reti_t(hs)+f_inout_cs_b_reti_t(cs)+f_returnOneWithCounterIncr(), true);
    //v_i =     2             +      1              +       2             +   +  4 = 9
    if(v_i==9+256*85+15*16+98+1 and valueof(i)==2 and valueof(b)==false and 
      valueof(f)==2.0 and valueof(bs)=='100'B and valueof(os)=='5500'O and valueof(hs)=='F0'H and valueof(cs)=="b" and v_numberOfCalls==1) 
    {setverdict(pass)} else {setverdict(fail)};
  } 

  testcase tc_mi_2_inout_t() runs on MyComp {
    v_i:=1;
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";
    f_lazy_mi(f_inout_i_inc_t(i)+f_inout_b_inv_reti_t(b)+f_inout_f_inc_reti_t(f)+f_inout_bs_4x_reti_t(bs)+f_inout_os_256x_reti_t(os)+f_inout_hs_16x_reti_t(hs)+f_inout_cs_b_reti_t(cs), false);
    if(v_i==1 and valueof(i)==1 and valueof(b)==true and valueof(f)==1.0 and
      valueof(bs)=='1'B and valueof(os)=='55'O and valueof(hs)=='F'H and valueof(cs)=="a") 
    {setverdict(pass)} else {setverdict(fail)};
  } 


  //inout templates
  testcase tc_mi_1_out_t() runs on MyComp {
    v_i:=1;
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";
    f_lazy_mi(f_out_i_inc_t(i)+f_out_b_inv_reti_t(b)+f_out_f_inc_reti_t(f)+f_out_bs_4x_reti_t(bs)+
      f_out_os_256x_reti_t(os)+f_out_hs_16x_reti_t(hs)+f_out_cs_b_reti_t(cs), true);
    //v_i =     2             +      1              +       2             +   +  4 = 9
    if(v_i==9+256*85+15*16+98 and valueof(i)==2 and valueof(b)==false and 
      valueof(f)==2.0 and valueof(bs)=='100'B and valueof(os)=='5500'O and valueof(hs)=='F0'H and valueof(cs)=="b") 
    {setverdict(pass)} else {setverdict(fail)};
  } 

  testcase tc_mi_2_out_t() runs on MyComp {
    v_i:=1;
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";
    f_lazy_mi(f_out_i_inc_t(i)+f_out_b_inv_reti_t(b)+f_out_f_inc_reti_t(f)+f_out_bs_4x_reti_t(bs)+f_out_os_256x_reti_t(os)+f_out_hs_16x_reti_t(hs)+f_out_cs_b_reti_t(cs), false);
    if(v_i==1 and valueof(i)==1 and valueof(b)==true and valueof(f)==1.0 and
      valueof(bs)=='1'B and valueof(os)=='55'O and valueof(hs)=='F'H and valueof(cs)=="a") 
    {setverdict(pass)} else {setverdict(fail)};
  } 
  // lazy argument contains function calls with inout parameters

  //=================
  //Lazy calls lazy
  //=================
  testcase tc_mmi_1() runs on MyComp {
    f_lazy_mmi(2+3*4, true);
    f_verdict(v_i==14);
  }

  testcase tc_mmi_1b() runs on MyComp {
    f_lazy_mmi(2, false);
    f_verdict(v_i==0);
  }

  testcase tc_mmi_2() runs on MyComp {
    f_lazy_mmi(f_fail(), false);
    f_verdict(v_i==0);
  }


  testcase tc_mmi_3() runs on MyComp {
    v_i:=0;
    f_lazy_mmi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==0); 
  }

  testcase tc_mmi_3a() runs on MyComp {
    v_i:=1;
    f_lazy_mmi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==1); 
  }

  testcase tc_mmi_4() runs on MyComp {
    v_i:=0;
    f_lazy_mmi(10*f_returnOnePassIfIZero(), true);
    f_verdict(getverdict == pass);
    f_verdict(v_i==10);
  }

  testcase tc_mmi_5() runs on MyComp {
    v_i:=1;
    f_lazy_mmi(10*f_returnOnefailIfIZero(), true);
    f_verdict(v_i==10); 
  }
  //==============================
  //Lazy calls lazy who calls lazy
  //==============================
  testcase tc_mmmi_1() runs on MyComp {
    f_lazy_mmmi(2*4, true);
    if(v_i==8) {setverdict(pass)} else {setverdict(fail)};
  }
  testcase tc_mmmi_1b() runs on MyComp {
    f_lazy_mmmi(2, false);
    f_verdict(v_i==0);
  }

  testcase tc_mmmi_2() runs on MyComp {
    f_lazy_mmmi(f_fail(), false);
    f_verdict(v_i==0);
  }


  testcase tc_mmmi_3() runs on MyComp {
    v_i:=0;
    f_lazy_mmmi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==0); 
  }

  testcase tc_mmmi_3a() runs on MyComp {
    v_i:=1;
    f_lazy_mmmi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==1); 
  }

  testcase tc_mmmi_4() runs on MyComp {
    v_i:=0;
    f_lazy_mmmi(10*f_returnOnePassIfIZero(), true);
    f_verdict(getverdict == pass);
    f_verdict(v_i==10);
  }

  testcase tc_mmmi_5() runs on MyComp {
    v_i:=1;
    f_lazy_mmmi(10*f_returnOnefailIfIZero(), true);
    f_verdict(v_i==10); 
  }

  // **** With import *******

  //==============================
  //Lazy calls
  //==============================

  //basic behavior for integer arg expression:
  testcase tc_Ai_1() runs on MyComp {
    f_lazy_Ai(2+3*4, true);
    if(v_i==14) {setverdict(pass)} else {setverdict(fail)};

  }

  testcase tc_Ai_2() runs on MyComp {
    f_lazy_Ai(f_fail(), false);
    f_verdict(v_i==0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_Ai_3() runs on MyComp {
    v_i:=0;
    f_lazy_Ai(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_Ai_3a() runs on MyComp {
    v_i:=1;
    f_lazy_Ai(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==1);
  }

  testcase tc_Ai_4() runs on MyComp {
    v_i:=0;
    f_lazy_Ai(10*f_returnOnePassIfIZero(), true);
    f_verdict(getverdict == pass);
    f_verdict(v_i==10);
  }

  testcase tc_Ai_5() runs on MyComp {
    v_i:=1;
    f_lazy_Ai(10*f_returnOnefailIfIZero(), true);
    f_verdict(v_i==10);
  }

  //=================
  //Lazy calls lazy
  //=================
  //basic behavior for integer arg expression:
  testcase tc_AAi_1() runs on MyComp {
    f_lazy_AAi(2+3*4, true);
    if(v_i==14) {setverdict(pass)} else {setverdict(fail)};

  }

  testcase tc_AAi_2() runs on MyComp {
    f_lazy_AAi(f_fail(), false);
    f_verdict(v_i==0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_AAi_3() runs on MyComp {
    v_i:=0;
    f_lazy_AAi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_AAi_3a() runs on MyComp {
    v_i:=1;
    f_lazy_AAi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==1);
  }

  testcase tc_AAi_4() runs on MyComp {
    v_i:=0;
    f_lazy_AAi(10*f_returnOnePassIfIZero(), true);
    f_verdict(getverdict == pass);
    f_verdict(v_i==10);
  }

  testcase tc_AAi_5() runs on MyComp {
    v_i:=1;
    f_lazy_AAi(10*f_returnOnefailIfIZero(), true);
    f_verdict(v_i==10);
  }

  //basic behavior for integer arg expression:
  testcase tc_ABi_1() runs on MyComp {
    f_lazy_ABi(2+3*4, true);
    if(v_i==14) {setverdict(pass)} else {setverdict(fail)};

  }

  testcase tc_ABi_2() runs on MyComp {
    f_lazy_ABi(f_fail(), false);
    f_verdict(v_i==0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_ABi_3() runs on MyComp {
    v_i:=0;
    f_lazy_ABi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_ABi_3a() runs on MyComp {
    v_i:=1;
    f_lazy_ABi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==1);
  }

  testcase tc_ABi_4() runs on MyComp {
    v_i:=0;
    f_lazy_ABi(10*f_returnOnePassIfIZero(), true);
    f_verdict(getverdict == pass);
    f_verdict(v_i==10);
  }

  testcase tc_ABi_5() runs on MyComp {
    v_i:=1;
    f_lazy_ABi(10*f_returnOnefailIfIZero(), true);
    f_verdict(v_i==10);
  }

  //mixed

  //basic behavior for integer arg expression:
  testcase tc_mABi_1() runs on MyComp {
    v_i:=1;
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var R r:= { i:=1, f:=1.0}
    f_lazy_mABi(i+float2int(f)+bit2int(bs)+oct2int(os)+hex2int(hs)+char2int(cs)+r.i+float2int(r.f)+f_returnOneWithCounterIncr(), true);
    log(v_i);
    log(v_numberOfCalls);
    if(v_i==88+15+97+2+1 and i==1 and b==true and f==1.0 and bs=='1'B and os=='55'O and hs=='F'H and cs=="a" and v_numberOfCalls==1) {setverdict(pass)} else {setverdict(fail)};
  }

testcase tc_mABi_2() runs on MyComp {
    v_i:=1;
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var R r:= { i:=1, f:=1.0}
    f_lazy_mABi(i+float2int(f)+bit2int(bs)+oct2int(os)+hex2int(hs)+char2int(cs)+r.i+float2int(r.f)+f_returnOneWithCounterIncr(), false);
    if(v_i==1 and i==1 and b==true and f==1.0 and bs=='1'B and os=='55'O and hs=='F'H and cs=="a" and v_numberOfCalls==0) {setverdict(pass)} else {setverdict(fail)};
  }
  

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_mABi_3() runs on MyComp {
    v_i:=0;
    f_lazy_mABi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_mABi_3a() runs on MyComp {
    v_i:=1;
    f_lazy_mABi(10*f_returnOnefailIfIZero(), false);
    f_verdict(v_i==1);
  }

  testcase tc_mABi_4() runs on MyComp {
    v_i:=0;
    f_lazy_mABi(10*f_returnOnePassIfIZero(), true);
    f_verdict(getverdict == pass);
    f_verdict(v_i==10);
  }

  testcase tc_mABi_5() runs on MyComp {
    v_i:=1;
    f_lazy_mABi(10*f_returnOnefailIfIZero(), true);
    f_verdict(v_i==10);
  }

  //==== Lazy called in function ======

  //not lazy function calls lazy function in main
  testcase tc_fmi_1() runs on MyComp {
    f_fmi_1();
  }

  testcase tc_fmi_2() runs on MyComp {
    f_fmi_2();
  }

  testcase tc_fmi_3() runs on MyComp {
    f_fmi_3();
  }

  testcase tc_fmi_4() runs on MyComp {
    f_fmi_4();
  }

  testcase tc_fmi_5() runs on MyComp {
    f_fmi_5();
  }

  //not lazy function calls lazy function in imported module A
  testcase tc_fAi_1() runs on MyComp {
    f_fAi_1();
  }

  testcase tc_fAi_2() runs on MyComp {
    f_fAi_2();
  }

  testcase tc_fAi_3() runs on MyComp {
    f_fAi_3();
  }

  testcase tc_fAi_4() runs on MyComp {
    f_fAi_4();
  }

  testcase tc_fAi_5() runs on MyComp {
    f_fAi_5();
  }

}//g_lazy_integer_arg_tc


group g_lazy_float_arg_tc {
  // Without import
  //basic behavior for float arg expression:
  testcase tc_mf_1() runs on MyComp {
    f_lazy_mf(2.1+3.5*4.4, true);
    if(v_f==2.1+3.5*4.4) {setverdict(pass)} else {setverdict(fail)};
  }


  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_mf_3() runs on MyComp {
    v_f:=0.0; 
    v_i:=0;
    f_lazy_mf(10.0*int2float(f_returnOnefailIfIZero()), false);
    f_verdict(v_f==0.0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_mf_3a() runs on MyComp {
    v_i:=1;
    f_lazy_mf(10.0*int2float(f_returnOnefailIfIZero()), false);
    f_verdict(v_f==0.0);
  }

  testcase tc_mf_4() runs on MyComp {
    v_i:=0;
    f_lazy_mf(10.0*int2float(f_returnOnePassIfIZero()), true);
    f_verdict(getverdict == pass);
    f_verdict(v_f==10.0);
  }

  testcase tc_mf_5() runs on MyComp {
    v_i:=1;
    f_lazy_mf(10.0*int2float(f_returnOnefailIfIZero()), true);
    f_verdict(v_f==10.0);
  }

  //================
  // lazy calls lazy
  //================

  // Without import
  //basic behavior for float arg expression, 
  testcase tc_mmf_1() runs on MyComp {
    v_f:=0.0; 
    f_lazy_mmf(2.1+3.5*4.4, true);
    if(v_f==2.1+3.5*4.4) {setverdict(pass)} else {setverdict(fail)};
  }


  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_mmf_3() runs on MyComp {
    v_f:=0.0; 
    v_i:=0;
    f_lazy_mmf(10.0*int2float(f_returnOnefailIfIZero()), false);
    f_verdict(v_f==0.0 and v_numberOfCalls==0);
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_mmf_3a() runs on MyComp {
    v_i:=1;
    f_lazy_mmf(10.0*int2float(f_returnOnefailIfIZero()), false);
    f_verdict(v_f==0.0 and v_numberOfCalls==0);
  }

  testcase tc_mmf_4() runs on MyComp {
    v_i:=0;
    f_lazy_mmf(10.0*int2float(f_returnOnePassIfIZero()), true);
    f_verdict(getverdict == pass);
    f_verdict(v_f==10.0 and v_numberOfCalls==1);
  }

  testcase tc_mmf_5() runs on MyComp {
    v_i:=1;
    f_lazy_mmf(10.0*int2float(f_returnOnefailIfIZero()), true);
    f_verdict(v_f==10.0 and v_numberOfCalls==1);
  }
  // the lazy arg is not the first arg:
  testcase tc_mmf_6() runs on MyComp {
    v_i:=1;
    f_lazy_mmf_2(true, 10.0*int2float(f_returnOnefailIfIZero()));
    log(v_f)
    log(v_numberOfCalls);
    f_verdict(v_f==10.0 and v_numberOfCalls==1);
  }

  // f_lazy_mi_3 uses expression more than once
  //expression shall be evaluated only once
  testcase tc_mmf_7() runs on MyComp {
    v_i:=1;
    f_lazy_mmf(10.0*int2float(f_returnOneWithCounterIncr()),true);
    f_verdict(v_f==10.0 and v_numberOfCalls==1);
  }

  // The first lazy arg is located in function
  testcase tc_fmf_1() runs on MyComp {
    f_mf_1();
  }


  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_fmf_3() runs on MyComp {
    f_mf_3()
  }

  //The goal of this testcase 
  //to test if expression is not evaluated if the condition is false
  testcase tc_fmf_3a() runs on MyComp {
    f_mf_3a();
  }

  testcase tc_fmf_4() runs on MyComp {
    f_mf_4();
  }

  testcase tc_fmf_5() runs on MyComp {
    f_mf_5();
  }


}
group g_lazy_charstring_arg_tc {

  testcase tc_mc_1() runs on MyComp {
    f_lazy_mc("Haliho",true);
    f_verdict(match(v_c,"Haliho") and v_numberOfCalls==0);
  }

  testcase tc_mc_1b() runs on MyComp {
    f_lazy_mc(f_returnHelloPassWithZero(),true);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello"));
    f_verdict(match(v_c,"Hello") and v_numberOfCalls==1);
  }

  testcase tc_mc_2() runs on MyComp {
    f_lazy_mc("Hi "&f_returnHelloPassWithZero(),false);
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }

  // charstring value testcases
  testcase tc_mc_1_in() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var MyRec rec:= { i:=1, roi:={1,2},b:=true }   
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs(b)&" "&f_in_i_inc_retcs(i)&" "&
      f_in_f_inc_retcs(f)&" "&f_in_bs_4x_retcs(bs)&" "&f_in_os_256x_retcs(os)&" "&
      f_in_hs_16x_retcs(hs)&" "&f_in_cs_b_retcs(cs)&" "&f_in_port_retcs(PCO)&" "&f_in_b_inv_retcs(rec.b)&" "&f_in_i_inc_retcs(rec.i),true);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello false 2 2.000000 100 5500 F0 b"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b port PCO false 2") and v_numberOfCalls==1);
  }
  
  // this testcase aims to check if parameters can be passed to the lazy expression
  testcase tc_mc_par_1_in() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var MyRec rec:= { i:=1, roi:={1,2},b:=true};
    
    f_mc_wrapper_in(b,i,f,bs,os,hs,cs,rec,true);   
    
    log(v_c);
    log(v_numberOfCalls);
    log(      match(v_c,"Hello false 2 2.000000 100 5500 F0 b port PCO false 2"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b port PCO false 2") and v_numberOfCalls==1);
  }
  
  testcase tc_mc_2_in() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";    
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs(b)&" "&f_in_i_inc_retcs(i)&" "&
      f_in_f_inc_retcs(f)&" "&f_in_bs_4x_retcs(bs)&" "&f_in_os_256x_retcs(os)&" "&
      f_in_hs_16x_retcs(hs)&" "&f_in_cs_b_retcs(cs),false);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello false 2 2.000000 100 5500 F0 b"));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }
  
   // this testcase aims to check if parameters can be passed to the lazy expression
  testcase tc_mc_par_2_in() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var MyRec rec:= { i:=1, roi:={1,2},b:=true};
    
    f_mc_wrapper_in(b,i,f,bs,os,hs,cs,rec,false);   
    
    log(v_c);
    log(v_numberOfCalls);
    log(      match(v_c,""));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }
  testcase tc_mc_1_inout() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var MyRec rec:= { i:=1, roi:={1,2},b:=true }    
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_inout_b_inv_retcs(b)&" "&f_inout_i_inc_retcs(i)&" "&
      f_inout_f_inc_retcs(f)&" "&f_inout_bs_4x_retcs(bs)&" "&f_inout_os_256x_retcs(os)&" "&
      f_inout_hs_16x_retcs(hs)&" "&f_inout_cs_b_retcs(cs)&" "&f_inout_port_retcs(PCO)&" "&f_inout_b_inv_retcs(rec.b)&" "&f_inout_i_inc_retcs(rec.i),true);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,""));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b port PCO false 2") and v_numberOfCalls==1);
  }

 testcase tc_mc_par_1_inout_in() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var MyRec rec:= { i:=1, roi:={1,2},b:=true};
    
    f_mc_wrapper_inout_in(b,i,f,bs,os,hs,cs,rec,true);   
    
    log(v_c);
    log(v_numberOfCalls);
    log(      match(v_c,"Hello false 2 2.000000 100 5500 F0 b port PCO false 2"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b port PCO false 2") and v_numberOfCalls==1);
  }
  
   testcase tc_mc_par_1_inout_inout() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var MyRec rec:= { i:=1, roi:={1,2},b:=true};
    
    f_mc_wrapper_inout_inout(b,i,f,bs,os,hs,cs,rec,true);   
    
    log(v_c);
    log(v_numberOfCalls);
    log(      match(v_c,"Hello false 2 2.000000 100 5500 F0 b port PCO false 2"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b port PCO false 2") and v_numberOfCalls==1);
  }
  testcase tc_mc_2_inout() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var MyRec rec:= { i:=1, roi:={1,2},b:=true }
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_inout_b_inv_retcs(b)&" "&f_inout_i_inc_retcs(i)&" "&
      f_inout_f_inc_retcs(f)&" "&f_inout_bs_4x_retcs(bs)&" "&f_inout_os_256x_retcs(os)&" "&
      f_inout_hs_16x_retcs(hs)&" "&f_inout_cs_b_retcs(cs)&" "&f_inout_port_retcs(PCO)&" "&f_inout_b_inv_retcs(rec.b)&" "&f_inout_i_inc_retcs(rec.i),false);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello false 2 2.000000 100 5500 F0 b port PCO"));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }

testcase tc_mc_par_2_inout_in() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var MyRec rec:= { i:=1, roi:={1,2},b:=true};
    
    f_mc_wrapper_inout_in(b,i,f,bs,os,hs,cs,rec,false);   
    
    log(v_c);
    log(v_numberOfCalls);
    log(      match(v_c,""));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }
  
  testcase tc_mc_par_2_inout_inout() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";
    var MyRec rec:= { i:=1, roi:={1,2},b:=true};
    
    f_mc_wrapper_inout_inout(b,i,f,bs,os,hs,cs,rec,false);   
    
    log(v_c);
    log(v_numberOfCalls);
    log(      match(v_c,""));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }
  testcase tc_mc_1_out() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";    
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_out_b_inv_retcs(b)&" "&f_out_i_inc_retcs(i)&" "&
      f_out_f_inc_retcs(f)&" "&f_out_bs_4x_retcs(bs)&" "&f_out_os_256x_retcs(os)&" "&
      f_out_hs_16x_retcs(hs)&" "&f_out_cs_b_retcs(cs),true);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello false 2 2.000000 100 5500 F0 b"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b") and v_numberOfCalls==1);
  }

  testcase tc_mc_2_out() runs on MyComp {
    v_c:="";
    var boolean b:=true;
    var integer i:=1;
    var float f:= 1.0;
    var bitstring bs:='1'B;
    var octetstring os:='55'O;
    var hexstring hs:='F'H;
    var charstring cs:="a";    
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_out_b_inv_retcs(b)&" "&f_out_i_inc_retcs(i)&" "&
      f_out_f_inc_retcs(f)&" "&f_out_bs_4x_retcs(bs)&" "&f_out_os_256x_retcs(os)&" "&
      f_out_hs_16x_retcs(hs)&" "&f_out_cs_b_retcs(cs),false);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello 2 2.000000 100 5500 F0 b"));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }

  //==== charstring template testcases
  testcase tc_mc_1_in_t() runs on MyComp {
    v_c:="";
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";    
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs_t(b)&" "&f_in_i_inc_retcs_t(i)&" "&
      f_in_f_inc_retcs_t(f)&" "&f_in_bs_4x_retcs_t(bs)&" "&f_in_os_256x_retcs_t(os)&" "&
      f_in_hs_16x_retcs_t(hs)&" "&f_in_cs_b_retcs_t(cs),true);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello false 2 2.000000 100 5500 F0 b"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b") and v_numberOfCalls==1);
  }

  testcase tc_mc_2_in_t() runs on MyComp {
    v_c:="";
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";    
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs_t(b)&" "&f_in_i_inc_retcs_t(i)&" "&
      f_in_f_inc_retcs_t(f)&" "&f_in_bs_4x_retcs_t(bs)&" "&f_in_os_256x_retcs_t(os)&" "&
      f_in_hs_16x_retcs_t(hs)&" "&f_in_cs_b_retcs_t(cs),false);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello true 2 2.000000 100 5500 F0 b"));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }
  testcase tc_mc_1_inout_t() runs on MyComp {
    v_c:="";
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";
    var template MyRec rec:= { i:=1, roi:={1,2},b:=true };  
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs_t(b)&" "&f_inout_i_inc_retcs_t(i)&" "&
      f_inout_f_inc_retcs_t(f)&" "&f_inout_bs_4x_retcs_t(bs)&" "&f_inout_os_256x_retcs_t(os)&" "&
      f_inout_hs_16x_retcs_t(hs)&" "&f_inout_cs_b_retcs_t(cs)&" "&f_inout_b_inv_retcs_t(rec.b)&" "&f_inout_i_inc_retcs_t(rec.i),true);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello false 2 2.000000 100 5500 F0 b false 2"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b false 2") and v_numberOfCalls==1);
  }

  testcase tc_mc_2_inout_t() runs on MyComp {
    v_c:="";
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";    
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs_t(b)&" "&f_inout_i_inc_retcs_t(i)&" "&
      f_inout_f_inc_retcs_t(f)&" "&f_inout_bs_4x_retcs_t(bs)&" "&f_inout_os_256x_retcs_t(os)&" "&
      f_inout_hs_16x_retcs_t(hs)&" "&f_inout_cs_b_retcs_t(cs),false);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,""));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }

  testcase tc_mc_1_out_t() runs on MyComp {
    v_c:="";
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";    
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_out_b_inv_retcs_t(b)&" "&f_out_i_inc_retcs_t(i)&" "&
      f_out_f_inc_retcs_t(f)&" "&f_out_bs_4x_retcs_t(bs)&" "&f_out_os_256x_retcs_t(os)&" "&
      f_out_hs_16x_retcs_t(hs)&" "&f_out_cs_b_retcs_t(cs),true);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello false 2 2.000000 100 5500 F0 b"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b") and v_numberOfCalls==1);
  }

  testcase tc_mc_2_out_t() runs on MyComp {
    v_c:="";
    var template boolean b:=true;
    var template integer i:=1;
    var template float f:= 1.0;
    var template bitstring bs:='1'B;
    var template octetstring os:='55'O;
    var template hexstring hs:='F'H;
    var template charstring cs:="a";    
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_out_b_inv_retcs_t(b)&" "&f_out_i_inc_retcs_t(i)&" "&
      f_out_f_inc_retcs_t(f)&" "&f_out_bs_4x_retcs_t(bs)&" "&f_out_os_256x_retcs_t(os)&" "&
      f_out_hs_16x_retcs_t(hs)&" "&f_out_cs_b_retcs_t(cs),false);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,""));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }

  //const
  testcase tc_mc_const_1() runs on MyComp {
    v_c:="";
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs_t(c_b)&" "&f_in_i_inc_retcs(c_i)&" "&
      f_in_f_inc_retcs(c_f)&" "&f_in_bs_4x_retcs(c_bs)&" "&f_in_os_256x_retcs(c_os)&" "&
      f_in_hs_16x_retcs(c_hs)&" "&f_in_cs_b_retcs(c_cs),true);
    log(v_c);
    log(v_numberOfCalls);
    //log(match(v_c,"Hello false 2 2.000000 100 5500 F0 b"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b") and v_numberOfCalls==1);
  }

  testcase tc_mc_const_2() runs on MyComp {
    v_c:="";
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs_t(c_b)&" "&f_in_i_inc_retcs(c_i)&" "&
      f_in_f_inc_retcs(c_f)&" "&f_in_bs_4x_retcs(c_bs)&" "&f_in_os_256x_retcs(c_os)&" "&
      f_in_hs_16x_retcs(c_hs)&" "&f_in_cs_b_retcs(c_cs),false);
    log(v_c);
    log(v_numberOfCalls);
    //log(match(v_c,""));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }


  //==== charstring template testcases
  testcase tc_mc_const_1_t() runs on MyComp {
    v_c:="";
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs_t(t_b)&" "&f_in_i_inc_retcs_t(t_i)&" "&
      f_in_f_inc_retcs_t(t_f)&" "&f_in_bs_4x_retcs_t(t_bs)&" "&f_in_os_256x_retcs_t(t_os)&" "&
      f_in_hs_16x_retcs_t(t_hs)&" "&f_in_cs_b_retcs_t(t_cs),true);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello false 2 2.000000 100 5500 F0 b"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 5500 F0 b") and v_numberOfCalls==1);
  }

  testcase tc_mc_const_2_t() runs on MyComp {
    v_c:="";
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_in_b_inv_retcs_t(t_b)&" "&f_in_b_inv_retcs_t(t_b)&" "&f_in_i_inc_retcs_t(t_i)&" "&
      f_in_f_inc_retcs_t(t_f)&" "&f_in_bs_4x_retcs_t(t_bs)&" "&f_in_os_256x_retcs_t(t_os)&" "&
      f_in_hs_16x_retcs_t(t_hs)&" "&f_in_cs_b_retcs_t(t_cs),false);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello true 2 2.000000 100 5500 F0 b"));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }

  //===const2: rec, recof, array, set, setof, enum, union, anytype===
  testcase tc_mc_const2_1() runs on MyComp {
    log(log2str(c_myRec)," ",c_rocs," ",c_cs3);
    f_lazy_mc(f_returnHelloPassWithZero()&log2str(c_myRec)&log2str(c_rocs)&log2str(c_cs3)&log2str(c_set)&log2str(c_socs)&log2str(c_enum)&log2str(c_union),true);
    f_verdict(match(v_c,"Hello"&log2str(c_myRec)&log2str(c_rocs)&log2str(c_cs3)&log2str(c_set)&log2str(c_socs)&log2str(c_enum)&log2str(c_union)) and v_numberOfCalls==1);
  }

  testcase tc_mc_const2_2() runs on MyComp {
    log(log2str(c_myRec)," ",c_rocs," ",c_cs3);
    f_lazy_mc(f_returnHelloPassWithZero()&log2str(c_myRec)&log2str(c_rocs)&log2str(c_cs3)&log2str(t_set)&log2str(t_socs)&log2str(t_enum)&log2str(c_union),false);
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }

  testcase tc_mc_const2_1_t() runs on MyComp {
    log(log2str(t_myRec)," ",t_rocs," ",t_cs3, log2str(t_cs3)&log2str(t_set)&log2str(t_socs)&log2str(t_enum)&log2str(c_union));
    f_lazy_mc(f_returnHelloPassWithZero()&log2str(t_myRec)&log2str(t_rocs)&log2str(t_cs3)&log2str(t_set)&log2str(t_socs)&log2str(t_enum)&log2str(c_union),true);
    f_verdict(match(v_c,"Hello"&log2str(t_myRec)&log2str(t_rocs)&log2str(t_cs3)&log2str(t_set)&log2str(t_socs)&log2str(t_enum)&log2str(c_union)) and v_numberOfCalls==1);
  }

  testcase tc_mc_const2_2_t() runs on MyComp {
    log(log2str(t_myRec)," ",t_rocs," ",t_cs3," ",t_set," ",t_socs," ",t_enum," ",t_union);
    f_lazy_mc(f_returnHelloPassWithZero()&log2str(t_myRec)&log2str(t_rocs)&log2str(t_cs3)&log2str(t_set)&log2str(t_socs)&log2str(t_enum)&log2str(c_union),false);
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }  

  testcase tc_mc_asn1_1() runs on MyComp {
    f_lazy_mc(f_returnHelloPassWithZero()&log2str(c_asn1rec)&log2str(myASNrec),true);
    f_verdict(match(v_c,"Hello"&log2str(c_asn1rec)&log2str(myASNrec)) and v_numberOfCalls==1);
    log(v_c);
  }

  testcase tc_mc_asn1_2() runs on MyComp {
    f_lazy_mc(f_returnHelloPassWithZero()&log2str(c_asn1rec)&log2str(myASNrec),false);
    log(v_c);
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }

  testcase tc_mc_asn1_1_inout() runs on MyComp {
    v_c:="";
    var MyASNRecord asnrec := { b:=true,i:=1,r:=1.0,bs:='1'B, os:='FF'O, cs:="a"}
    var MyASNUnion asnunion := { i:= 1};
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_inout_b_inv_retcs(asnrec.b)&" "&f_inout_i_inc_retcs(asnrec.i)&" "&
      f_inout_f_inc_retcs(asnrec.r)&" "&f_inout_bs_4x_retcs(asnrec.bs)&" "&f_inout_os_256x_retcs(asnrec.os)&" "&
      f_inout_cs_b_retcs(asnrec.cs)&" "&f_inout_i_inc_retcs(asnunion.i),true);
    log(v_c);
    log(v_numberOfCalls);
    log(match(v_c,"Hello false 2 2.000000 100 FF00 b 2"));
    f_verdict(match(v_c,"Hello false 2 2.000000 100 FF00 b 2") and v_numberOfCalls==1);
  }

  testcase tc_mc_asn1_2_inout() runs on MyComp {
    v_c:="";
    var MyASNRecord asnrec := { b:=true,i:=1,r:=1.0,bs:='1'B, os:='FF'O, cs:="a"}
    var MyASNUnion asnunion := { i:= 1};
    f_lazy_mc(f_returnHelloPassWithZero()&" "&f_inout_b_inv_retcs(asnrec.b)&" "&f_inout_i_inc_retcs(asnrec.i)&" "&
      f_inout_f_inc_retcs(asnrec.r)&" "&f_inout_bs_4x_retcs(asnrec.bs)&" "&f_inout_os_256x_retcs(asnrec.os)&" "&
      f_inout_cs_b_retcs(asnrec.cs)&" "&f_inout_i_inc_retcs(asnunion.i),false);
    log(v_c);
    log(v_numberOfCalls);
    //log(match(v_c,""));
    f_verdict(match(v_c,"") and v_numberOfCalls==0);
  }
  
}//g_lazy_charstring_arg_tc

group g_lazy_boolean_arg_tc {

}

group g_lazy_rec_arg_tc {

  testcase tc_mrec_1() runs on MyComp {
    var MyRec vl_myRec:=c_myRec;
    vl_myRec.i:= 2*vl_myRec.i;
    f_lazy_mrec(vl_myRec, true);
    f_verdict(match(vl_myRec,v_rec) and v_numberOfCalls==0);
  }

  testcase tc_mrec_2() runs on MyComp {
    f_lazy_mrec(f_returnRec(1+v_rec.i,v_rec.roi,v_rec.b), true)
    f_verdict( match(v_rec,{11,{11,12},true}) and v_numberOfCalls==1);
  }

  testcase tc_mrec_3() runs on MyComp {
    f_lazy_mrec(f_returnRec(1+v_rec.i,v_rec.roi,v_rec.b), false)
    f_verdict( match(v_rec,c_myRec) and v_numberOfCalls==0);
  }


}//g_lazy_rec_arg_tc

group g_lazy_template_tc {

  //testcase calls template with lazy arg

  testcase tc_template_1() runs on MyComp {
    var template MyRec vl_myRec;
    vl_myRec:=t_lazy_rec(10*f_returnOnePassIfIZero(), {1,2}, ?);
    f_verdict(getverdict == pass);
    f_verdict(match({10,{1,2},true},vl_myRec));
    f_verdict(v_numberOfCalls==1);
  }

  testcase tc_template_1a() runs on MyComp {
    var template MyRec vl_myRec;
    vl_myRec:=t_lazy_rec(10*f_returnOnePassIfIZero(), {f_returnOnePassIfIZero(),2}, ?);
    f_verdict(getverdict == pass);
    f_verdict(match({10,{1,2},true},vl_myRec));
    f_verdict(v_numberOfCalls==2);
  }

  testcase tc_template_2() runs on MyComp {
    f_verdict(match({10,{1,2},true},t_lazy_rec(10*f_returnOnePassIfIZero(), {1,2}, ?)));
    f_verdict(v_numberOfCalls==1);
  }

  testcase tc_template_3() runs on MyComp {
    f_verdict(true or match({10,{1,2},true},t_lazy_rec(10*f_returnOnePassIfIZero(), {1,2}, ?)));
    log(v_numberOfCalls);
    f_verdict(v_numberOfCalls==0);
  }

  //control without lazy:
  testcase tc_template_4() runs on MyComp {
    f_verdict(true or match({10,{1,2},true},t_rec(10*f_returnOnePassIfIZero(), {1,2}, ?)));
    f_verdict(v_numberOfCalls==0);
  }

  //not used first arg
  testcase tc_template_5() runs on MyComp {
    f_verdict(match({1,{1,2},true},t_lazy_rec1(10*f_returnOnePassIfIZero(), {1,2}, ?)));
    log(v_numberOfCalls);
    f_verdict(v_numberOfCalls==0);
  }


  //function calls template with lazy arg
  //dyn template ?

}//g_lazy_template_tc

group g_lazy_altstep_tc {
  testcase tc_altstep_mi_1() runs on MyComp {
    v_i:=0;
    as_lazy_mi(10*f_returnOneWithCounterIncr()*f_returnOnePassIfIZero(),true);
    f_verdict(getverdict == pass);
    f_verdict(v_i==10 and v_numberOfCalls==2);
  }


  testcase tc_altstep_mi_2() runs on MyComp {
    v_i:=1;
    as_lazy_mi(10*f_returnOneWithCounterIncr()*f_returnOnePassIfIZero(),true);
    f_verdict(getverdict == none);
    f_verdict(v_i==10 and v_numberOfCalls==2);
  }

  //if the evalFlag is false, the expression must not evaluated
  testcase tc_altstep_mi_3() runs on MyComp {
    v_i:=0;
    as_lazy_mi(10*f_returnOneWithCounterIncr()*f_returnOnePassIfIZero(),false);
    f_verdict(getverdict == none);
    f_verdict(v_i==0 and v_numberOfCalls==0);
  }

  testcase tc_altstep_Ai_1() runs on MyComp { 
    as_lazy_Ai(10*f_returnOneWithCounterIncr()*f_returnOnePassIfIZero(),true);
    f_verdict(getverdict == pass );
    f_verdict(v_i==10 and v_numberOfCalls==2);
  }

  testcase tc_altstep_Ai_2() runs on MyComp { 
    v_i:=1;
    as_lazy_Ai(10*f_returnOneWithCounterIncr()*f_returnOnePassIfIZero(),true);
    f_verdict(getverdict == none );
    f_verdict(v_i==10 and v_numberOfCalls==2);
  }
  //if the evalFlag is false, the expression must not evaluated
  testcase tc_altstep_Ai_3() runs on MyComp { 
    v_i:=0;
    as_lazy_Ai(10*f_returnOneWithCounterIncr()*f_returnOnePassIfIZero(),false);
    f_verdict(getverdict == none );
    f_verdict(v_i==0 and v_numberOfCalls==0);
  }

  testcase tc_altstep_ABi_1() runs on MyComp { 
    as_lazy_ABi(10*f_returnOneWithCounterIncr()*f_returnOnePassIfIZero(),true);
    f_verdict(getverdict == pass );
    f_verdict(v_i==10 and v_numberOfCalls==2);
  }
  //if the evalFlag is false, the expression must not evaluated
  testcase tc_altstep_ABi_2() runs on MyComp { 
    v_i:=1;
    as_lazy_ABi(10*f_returnOneWithCounterIncr()*f_returnOnePassIfIZero(),true);
    f_verdict(getverdict == none );
    f_verdict(v_i==10 and v_numberOfCalls==2);
  }
  testcase tc_altstep_ABi_3() runs on MyComp { 
    v_i:=0;
    as_lazy_ABi(10*f_returnOneWithCounterIncr()*f_returnOnePassIfIZero(),false);
    f_verdict(getverdict == none );
    f_verdict(v_i==0 and v_numberOfCalls==0);
  }

  testcase tc_altstep_fi_1() runs on MyComp {
    v_i:=0;
    as_lazy_mf(10.0*int2float(f_returnOneWithCounterIncr()*f_returnOnePassIfIZero()),true);
    f_verdict(getverdict == pass);
    f_verdict(v_f==10.0 and v_numberOfCalls==2);
  }


  testcase tc_altstep_fi_2() runs on MyComp {
    v_i:=1;
    as_lazy_mf(10.0*int2float(f_returnOneWithCounterIncr()*f_returnOnePassIfIZero()),true);
    f_verdict(getverdict == none);
    f_verdict(v_f==10.0 and v_numberOfCalls==2);
  }

  //if the evalFlag is false, the expression must not evaluated
  testcase tc_altstep_fi_3() runs on MyComp {
    v_i:=0;
    as_lazy_mf(10.0*int2float(f_returnOneWithCounterIncr()*f_returnOnePassIfIZero()),false);
    f_verdict(getverdict == none);
    f_verdict(v_f==0.0 and v_numberOfCalls==0);
  }

}//g_lazy_altstep_tc

control{
  log("Control part started");
  //integer
  execute(tc_mi_1());
  execute(tc_mi_2());
  execute(tc_mi_3());
  execute(tc_mi_4());
  execute(tc_mi_5());
  execute(tc_mi_6());
  execute(tc_mi_7());

  execute(tc_mi_1_in());
  execute(tc_mi_2_in());
  execute(tc_mi_1_inout());
  execute(tc_mi_2_inout());
  execute(tc_mi_1_in_t());
  execute(tc_mi_2_in_t());
  execute(tc_mi_1_inout_t());
  execute(tc_mi_2_inout_t());
  execute(tc_mi_1_out_t());
  execute(tc_mi_2_out_t());

  execute(tc_mmi_1());
  execute(tc_mmi_1b());
  execute(tc_mmi_2());
  execute(tc_mmi_3());
  execute(tc_mmi_4());
  execute(tc_mmi_5()); 

  execute(tc_mmmi_1());   
  execute(tc_mmmi_1b());
  execute(tc_mmmi_2());
  execute(tc_mmmi_3());
  execute(tc_mmmi_4());
  execute(tc_mmmi_5()); 

  execute(tc_Ai_1());
  execute(tc_Ai_2());
  execute(tc_Ai_3());
  execute(tc_Ai_4());
  execute(tc_Ai_5()); 

  execute(tc_AAi_1());
  execute(tc_AAi_2());
  execute(tc_AAi_3());
  execute(tc_AAi_4());
  execute(tc_AAi_5());

  execute(tc_ABi_1());
  execute(tc_ABi_2());
  execute(tc_ABi_3());
  execute(tc_ABi_4());
  execute(tc_ABi_5());    

  execute(tc_mABi_1());
  execute(tc_mABi_2());
  execute(tc_mABi_3());
  execute(tc_mABi_4());
  execute(tc_mABi_5());

  execute(tc_fmi_1());
  execute(tc_fmi_2());
  execute(tc_fmi_3());
  execute(tc_fmi_4());
  execute(tc_fmi_5());

  execute(tc_fAi_1());
  execute(tc_fAi_2());
  execute(tc_fAi_3());
  execute(tc_fAi_4());
  execute(tc_fAi_5());

  //float
  execute(tc_mf_1());
  execute(tc_mf_3());
  execute(tc_mf_3a());
  execute(tc_mf_4());
  execute(tc_mf_5());


  execute(tc_mmf_1());
  execute(tc_mmf_3());
  execute(tc_mmf_3a());
  execute(tc_mmf_4());
  execute(tc_mmf_5());
  execute(tc_mmf_6());
  execute(tc_mmf_7());

  execute(tc_fmf_1());
  execute(tc_fmf_3());
  execute(tc_fmf_3a());
  execute(tc_fmf_4());
  execute(tc_fmf_5());

  //charstring
  execute(tc_mc_1());
  execute(tc_mc_1b());
  execute(tc_mc_2());
  execute(tc_mc_1_in());
  execute(tc_mc_par_1_in());
  execute(tc_mc_2_in());
  execute(tc_mc_par_2_in());
  execute(tc_mc_1_inout());
  execute(tc_mc_par_1_inout_in());
  execute(tc_mc_par_1_inout_inout());
  execute(tc_mc_2_inout());
  execute(tc_mc_par_2_inout_in());
  execute(tc_mc_par_2_inout_inout());
  execute(tc_mc_1_out());
  execute(tc_mc_2_out());
  execute(tc_mc_1_in_t());
  execute(tc_mc_2_in_t());
  execute(tc_mc_1_inout_t());
  execute(tc_mc_2_inout_t());
  execute(tc_mc_1_out_t());
  execute(tc_mc_2_out_t());

  execute(tc_mc_const_1());
  execute(tc_mc_const_2());
  execute(tc_mc_const_1_t());
  execute(tc_mc_const_2_t());
  execute(tc_mc_const2_1());
  execute(tc_mc_const2_2());
  execute(tc_mc_const2_1_t());
  execute(tc_mc_const2_2_t());
  execute(tc_mc_asn1_1());
  execute(tc_mc_asn1_2());
  execute(tc_mc_asn1_1_inout());
  execute(tc_mc_asn1_2_inout());

  //record
  execute(tc_mrec_1());
  execute(tc_mrec_2());
  execute(tc_mrec_3());

  //template
  execute(tc_template_1());
  execute(tc_template_1a());
  execute(tc_template_2());
  execute(tc_template_3());
  execute(tc_template_4());
  execute(tc_template_5());
  //altstep
  execute(tc_altstep_mi_1());
  execute(tc_altstep_mi_2());
  execute(tc_altstep_mi_3());
  execute(tc_altstep_Ai_1());
  execute(tc_altstep_Ai_2());
  execute(tc_altstep_Ai_3());
  execute(tc_altstep_ABi_1());
  execute(tc_altstep_ABi_2());
  execute(tc_altstep_ABi_3());  
  execute(tc_altstep_fi_1());
  execute(tc_altstep_fi_2());
  execute(tc_altstep_fi_3());

}


}