.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as function formal parameter - from caller 1
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as function formal parameter - from caller 1>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F1() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    function F2(in @fuzzy integer FFP_I) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);  // 1
        action(FFP_I);  // 2
        action(FFP_I);  // 3
    }

    testcase T() runs on C {
        F2(F1());
        setverdict(pass);
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 1>
Action: 1
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 2
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 3
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as function formal parameter - from caller 2
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as function formal parameter - from caller 2>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F1() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    function F2(in @fuzzy integer FFP_I) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);  // 1
        action(FFP_I);  // 1
        action(FFP_I);  // 1
    }

    testcase T() runs on C {
        F2(1);
        setverdict(pass);
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 3>
Action: 1
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as function formal parameter - from default parameter 1
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as function formal parameter - from default parameter 1>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F1() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    function F2(in @fuzzy integer FFP_I := F1()) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);  // 1
        action(FFP_I);  // 2
        action(FFP_I);  // 3
    }

    testcase T() runs on C {
        F2();
        setverdict(pass);
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 1>
Action: 1
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 2
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 3
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as function formal parameter - from default parameter 2
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as function formal parameter - from default parameter 2>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F1() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    function F2(in @fuzzy integer FFP_I := 1) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);  // 1
        action(FFP_I);  // 1
        action(FFP_I);  // 1
    }

    testcase T() runs on C {
        F2();
        setverdict(pass);
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 3>
Action: 1
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as function formal parameter - override default parameter 1
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as function formal parameter - override default parameter 1>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F1() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    function F2(in @fuzzy integer FFP_I := 1) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);
        action(FFP_I);
        action(FFP_I);
    }

    testcase T() runs on C {
        F2(F1());
        setverdict(pass);
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 1>
Action: 1
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 2
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 3
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as function formal parameter - override default parameter 2
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as function formal parameter - override default parameter 2>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F1() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    function F2(in @fuzzy integer FFP_I := F1()) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);
        action(FFP_I);
        action(FFP_I);
    }

    testcase T() runs on C {
        F2(1);
        setverdict(pass);
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 3>
Action: 1
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as testcase formal parameter - from caller 1
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as testcase formal parameter - from caller 1>
<COMPILE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    testcase T(in @fuzzy integer FFP_I) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);  // 1
        action(FFP_I);  // 2
        action(FFP_I);  // 3
    }

control
{
  execute(T(F()));
}
}
<END_MODULE>
<RESULT IF_PASS COUNT 1>
A definition without `runs on' clause cannot call function .*, which runs on component type
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as testcase formal parameter - from caller 2
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as testcase formal parameter - from caller 2>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    testcase T(in @fuzzy integer FFP_I) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);  // 1
        action(FFP_I);  // 1
        action(FFP_I);  // 1
    }

control
{
  execute(T(1));
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 3>
Action: 1
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as testcase formal parameter - from default parameter 1
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as testcase formal parameter - from default parameter 1>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    testcase T(in @fuzzy integer FFP_I := F()) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);  // 1
        action(FFP_I);  // 2
        action(FFP_I);  // 3
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 1>
Action: 1
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 2
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 3
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as testcase formal parameter - from default parameter 2
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as testcase formal parameter - from default parameter 2>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    testcase T(in @fuzzy integer FFP_I := 1) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);  // 1
        action(FFP_I);  // 1
        action(FFP_I);  // 1
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 3>
Action: 1
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as testcase formal parameter - override default parameter 1
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as testcase formal parameter - override default parameter 1>
<COMPILE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    testcase T(in @fuzzy integer FFP_I := 1) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);
        action(FFP_I);
        action(FFP_I);
    }

control
{
  execute(T(F()));
}
}
<END_MODULE>
<RESULT IF_PASS COUNT 1>
A definition without `runs on' clause cannot call function .*, which runs on component type
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as testcase formal parameter - override default parameter 2
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as testcase formal parameter - override default parameter 2>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type component C { var integer CV_I := 0 } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    testcase T(in @fuzzy integer FFP_I := F()) runs on C { // FFP_I formal fuzzy parameter - integer
        action(FFP_I);
        action(FFP_I);
        action(FFP_I);
    }

control
{
  execute(T(1));
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 3>
Action: 1
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as altstep formal parameter - from caller 1
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as altstep formal parameter - from caller 1>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type port P message { inout integer }

    type component C { var integer CV_I := 0; port P p } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    altstep A(in @fuzzy integer FFP_I) runs on C { // FFP_I formal fuzzy parameter - integer
        [] p.receive(integer: ?) {
            action(FFP_I);
            action(FFP_I);
            action(FFP_I);
        }
    }

    testcase T() runs on C {
        connect(self:p, self:p);
        p.send(1);
        alt {
            [] A(F())
        }
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 1>
Action: 1
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 2
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 3
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as altstep formal parameter - from caller 2
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as altstep formal parameter - from caller 2>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type port P message { inout integer }

    type component C { var integer CV_I := 0; port P p } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    altstep A(in @fuzzy integer FFP_I) runs on C { // FFP_I formal fuzzy parameter - integer
        [] p.receive(integer: ?) {
            action(FFP_I);
            action(FFP_I);
            action(FFP_I);
        }
    }

    testcase T() runs on C {
        connect(self:p, self:p);
        p.send(1);
        alt {
            [] A(1)
        }
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 3>
Action: 1
<END_RESULT>
<END_TC>
:exmp.


.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as altstep formal parameter - override default parameter 1
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as altstep formal parameter - override default parameter 1>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type port P message { inout integer }

    type component C { var integer CV_I := 0; port P p } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    altstep A(in @fuzzy integer FFP_I := F()) runs on C { // FFP_I formal fuzzy parameter - integer
        [] p.receive(integer: ?) {
            action(FFP_I);
            action(FFP_I);
            action(FFP_I);
        }
    }

    testcase T() runs on C {
        connect(self:p, self:p);
        p.send(1);
        alt {
            [] A(1)
        }
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 3>
Action: 1
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as altstep formal parameter - override default parameter 2
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as altstep formal parameter - override default parameter 2>
<EXECUTE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type port P message { inout integer }

    type component C { var integer CV_I := 0; port P p } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    altstep A(in @fuzzy integer FFP_I := 1) runs on C { // FFP_I formal fuzzy parameter - integer
        [] p.receive(integer: ?) {
            action(FFP_I);
            action(FFP_I);
            action(FFP_I);
        }
    }

    testcase T() runs on C {
        connect(self:p, self:p);
        p.send(1);
        alt {
            [] A(F())
        }
    }

control
{
  execute(T());
}
}
<END_MODULE>
<MODULE CFG Temp Temp.cfg>
[MODULE_PARAMETERS]
[LOGGING]
LogSourceInfo := Yes
Logfile := "Temp%i.log"
LogFileSize := 10
LogFileNumber := 10
DiskFullAction := error
FileMask := LOG_ALL
ConsoleMask := LOG_ALL | WARNING | ERROR | TESTCASE | STATISTICS
[EXECUTE]
Temp
<END_MODULE>
<RESULT IF_PASS COUNT 1>
Action: 1
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 2
<END_RESULT>
<RESULT IF_PASS COUNT 1>
Action: 3
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as altstep formal parameter - from caller 1 - activate
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as altstep formal parameter - from caller 1 - activate>
<COMPILE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type port P message { inout integer }

    type component C { var integer CV_I := 0; port P p } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    altstep A(in @fuzzy integer FFP_I) runs on C { // FFP_I formal fuzzy parameter - integer
        [] p.receive(integer: ?) {
            action(FFP_I);
            action(FFP_I);
            action(FFP_I);
        }
    }

    testcase T() runs on C {
        var default VD := activate(A(F()));
        connect(self:p, self:p);
        p.send(1);
        p.receive(3);
    }

control
{
  execute(T());
}
}
<END_MODULE>
<RESULT IF_PASS COUNT 1>
Activating a default altstep with @lazy or @fuzzy parameters is not supported
<END_RESULT>
<END_TC>
:exmp.

.*---------------------------------------------------------------------*
:h4. Fuzzy variable - as altstep formal parameter - from caller 2 - activate
.*---------------------------------------------------------------------*
:xmp tab=0.

<TC - Fuzzy variable - as altstep formal parameter - from caller 2 - activate>
<COMPILE>
<VERDICT_LEAF PASS>
<MODULE TTCN Temp Temp.ttcn>
module Temp {

    type port P message { inout integer }

    type component C { var integer CV_I := 0; port P p } // CV_I component variable - integer

    function F() runs on C return integer { // for fuzzy
        CV_I := CV_I + 1;
        return CV_I;
    }

    altstep A(in @fuzzy integer FFP_I) runs on C { // FFP_I formal fuzzy parameter - integer
        [] p.receive(integer: ?) {
            action(FFP_I);
            action(FFP_I);
            action(FFP_I);
        }
    }

    testcase T() runs on C {
        var default VD := activate(A(1));
        connect(self:p, self:p);
        p.send(1);
        p.receive(3);
    }

control
{
  execute(T());
}
}
<END_MODULE>
<RESULT IF_PASS COUNT 1>
Activating a default altstep with @lazy or @fuzzy parameters is not supported
<END_RESULT>
<END_TC>
:exmp.
