diff -r 000000000000 -r 96e5fb8b040d kerneltest/e32test/math/t_r32.cpp
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/kerneltest/e32test/math/t_r32.cpp	Thu Dec 17 09:24:54 2009 +0200
@@ -0,0 +1,711 @@
+// Copyright (c) 1995-2009 Nokia Corporation and/or its subsidiary(-ies).
+// All rights reserved.
+// This component and the accompanying materials are made available
+// under the terms of the License "Eclipse Public License v1.0"
+// which accompanies this distribution, and is available
+// at the URL "http://www.eclipse.org/legal/epl-v10.html".
+//
+// Initial Contributors:
+// Nokia Corporation - initial contribution.
+//
+// Contributors:
+//
+// Description:
+// e32test\math\t_r32.cpp
+// T_R32.CPP - Test routines for TReal32
+// Also note that these tests do not generally include testing of special values.  This is done
+// in T_R96 tests and conversions are tested thoroughly, so explicit tests are unnecessary here.
+// Overview:
+// Test functionality of operations on 32bit real numbers.
+// API Information:
+// TReal32. 
+// Details:
+// - Test the conversion from TReal to TReal32 is as expected.
+// - Check addition, subtraction and multiplication of 32-bit floating point
+// numbers are as expected.
+// - Check division of 32-bit floating-point numbers and verify that it is
+// panicked when divided by zero.
+// - Test arithmetic exceptions are raised for
+// - overflow error during addition, subtraction.
+// - overflow, underflow errors during multiplication.
+// - overflow, underflow, divided by zero errors during division.
+// - overflow, underflow, invalid operation errors during conversion
+// from double to float.
+// - Check unary operator, equalities and inequalities operators, pre/post 
+// increment, decrement operators with TReal32 are as expected.
+// Platforms/Drives/Compatibility:
+// All 
+// Assumptions/Requirement/Pre-requisites:
+// Failures and causes:
+// Base Port information:
+// 
+//
+
+#include "t_math.h"
+#include "t_real32.h"
+
+#if defined(__VC32__)
+// Some symbols generated by the VC++ compiler for floating point stuff.
+extern "C" {
+GLDEF_D TInt _adj_fdiv_m32;
+}
+#endif
+
+// Data for tests from T_R32DTA.cpp 
+GLREF_D TReal32 addInput[];
+GLREF_D TReal32 subInput[];
+GLREF_D TReal32 multInput[];
+GLREF_D TReal32 divInput[];
+GLREF_D TReal32 unaryInput[];
+GLREF_D TReal32 incDecInput[];
+GLREF_D TInt sizeAdd;
+GLREF_D TInt sizeSub;
+GLREF_D TInt sizeMult;
+GLREF_D TInt sizeDiv;
+GLREF_D TInt sizeUnary;
+GLREF_D TInt sizeIncDec;
+
+#if defined (__WINS__) || defined (__X86__)
+// Functions from EMGCC32.CPP
+GLREF_C TReal32 __addsf3(TReal32 a1,TReal32 a2);
+GLREF_C TReal32 __subsf3(TReal32 a1,TReal32 a2);
+GLREF_C TReal32 __mulsf3(TReal32 a1,TReal32 a2);
+GLREF_C TReal32 __divsf3(TReal32 a1,TReal32 a2);
+GLREF_C TReal32 __truncdfsf2(TReal64 a1);
+#endif
+
+GLDEF_D TReal32 NaNTReal32;
+GLDEF_D TReal32 posInfTReal32;
+GLDEF_D TReal32 negInfTReal32;
+GLDEF_D const TReal32 minDenormalTReal32=1.4E-45f;
+GLDEF_D TReal NaNTReal;
+GLDEF_D TReal posInfTReal;
+GLDEF_D TReal negInfTReal;
+
+enum TOrder
+	{
+	ELessThan,
+	EEqual,
+	EGreaterThan
+	};
+
+LOCAL_D RTest test(_L("T_R32"));
+
+LOCAL_C void initSpecialValues()
+//
+// Initialise special values
+//
+	{
+
+	SReal32 *p32=(SReal32*)&NaNTReal32;
+	p32->sign=0;
+	p32->exp=KTReal32SpecialExponent;
+	p32->man=0x7fffff;
+
+	p32=(SReal32*)&posInfTReal32;
+	p32->sign=0;
+	p32->exp=KTReal32SpecialExponent;
+	p32->man=0;
+
+	p32=(SReal32*)&negInfTReal32;
+	p32->sign=1;
+	p32->exp=KTReal32SpecialExponent;
+	p32->man=0;
+
+	SReal64 *p64=(SReal64*)&NaNTReal;
+	p64->sign=0;
+	p64->exp=KTReal64SpecialExponent;
+	p64->lsm=0xffffffffu;
+	p64->msm=0xfffff;
+
+	p64=(SReal64*)&posInfTReal;
+	p64->sign=0;
+	p64->exp=KTReal64SpecialExponent;
+	p64->lsm=0;
+	p64->msm=0;
+	
+	p64=(SReal64*)&negInfTReal;
+	p64->sign=1;
+	p64->exp=KTReal64SpecialExponent;
+	p64->lsm=0;
+	p64->msm=0;
+	}
+
+LOCAL_C void testConvert()
+//
+//	Conversion tests
+//
+	{
+
+	TRealX f;
+
+	TReal input[]=
+		{
+		KMaxTReal32inTReal,KMinTReal32inTReal,-KMaxTReal32inTReal,-KMinTReal32inTReal,
+		KMaxTReal32inTReal,KMinTReal32inTReal,-KMaxTReal32inTReal,-KMinTReal32inTReal,
+		3.4027E+38,1.1755E-38,-3.4027E+38,-1.1755E-38,
+		0.0,64.5,-64.5,1.54E+18,-1.54E+18,4.72E-22,-4.72E-22,
+		posInfTReal,negInfTReal,KNegZeroTReal,
+		1.4E-45,-1.4E-45,2E-41,-2E-41,1E-38,-1E-38		
+		};
+
+	TReal32 expect[]=
+		{
+		KMaxTReal32,KMinTReal32,-KMaxTReal32,-KMinTReal32,
+		KMaxTReal32,KMinTReal32,-KMaxTReal32,-KMinTReal32,
+		3.4027E+38f,1.17550E-38f,-3.40270E+38f,-1.17550E-38f,
+		0.0f,64.5f,-64.5f,1.54E+18f,-1.54E+18f,4.72E-22f,-4.72E-22f,
+		posInfTReal32,negInfTReal32,KNegZeroTReal32,
+		1.4E-45f,-1.4E-45f,2E-41f,-2E-41f,1E-38f,-1E-38f				
+		};
+
+	TInt size=sizeof(input)/sizeof(TReal);
+
+	for (TInt ii=0; ii<size; ii++)
+		{
+		f=TRealX(expect[ii]);
+		test(f==TRealX(TReal32(input[ii])));
+		}
+
+	// NaN
+//	TReal a=NaNTReal;
+	TReal32 b=NaNTReal32;
+	f=TRealX(b);
+//	test(f!=TRealX(TReal32(a)));
+	test(f.IsNaN());
+		
+	// See EON Software Defects Bug Report no. HA-287
+	// There is a bug in MSDev compiler which means comparing TReal32's directly
+	// does not always work, hence...
+	/*
+	test(BitTest(TReal32(3.40270E+38),3.40270E+38f));	// this works
+	// (BitTest() checks for all 32 bits being identical
+	
+	TReal32 a=TReal32(3.40270E+38);
+	TReal32 b=3.40270E+38f;
+	TReal64 c=3.40270E+38;
+	TReal32 d=TReal32(c);
+
+	test(a==b);									// this works
+	test(d==b);									// this works
+	test(TRealX(TReal32(c))==TRealX(b));		// this works
+	test(TReal64(TReal32(c))==TReal64(b));		// this panics
+	test(TReal32(c)==b);						// this panics					  
+ 	test(TReal32(3.40270E+38)==3.40270E+38f);	// this panics
+
+	// As expected, all these work fine under ARM.
+	*/
+	}
+
+LOCAL_C void testAdd()
+//
+//	Addition tests
+//
+	{
+	TReal32 f,g,h;
+	TRealX ff,gg,hh;
+	
+	for (TInt ii=0; ii<sizeAdd-1; ii++)
+		{										  
+		f=addInput[ii];
+		g=addInput[ii+1];
+		ff=TRealX(f);
+		gg=TRealX(g);
+		// Test commute
+		test(f+g == g+f);
+		// Test PC real addition using fp-hardware same as TRealX addition
+		test(TRealX(f+g)==TRealX(TReal32(ff+gg)));
+		test(TRealX(g+f)==TRealX(TReal32(ff+gg)));
+		// Test hex-encoded constants for TReal32s generated on PC using fp-hardware same as 
+		// TRealX addition
+		test(TRealX(*(TReal32*)&addArray[ii])==TRealX(f+g));
+		test(TRealX(*(TReal32*)&addArray[ii])==TRealX(g+f));
+		// similarly to tests above ...
+		h=g;
+		hh=gg;
+		hh+=ff;
+		test(TRealX(h+=f)==TRealX(TReal32(hh)));
+		test(TRealX(h)==TRealX(TReal32(hh)));
+		test(TRealX(*(TReal32*)&addArray[ii])==TRealX(h));
+		//
+		h=f;
+		hh=ff;
+		hh+=gg;
+		test(TRealX(h+=g)==TRealX(TReal32(hh)));
+		test(h==TReal32(hh));
+		test(TRealX(*(TReal32*)&addArray[ii])==TRealX(h));
+		}
+	}
+
+LOCAL_C void testSubt()
+//
+// Subtraction tests
+//
+	{
+	TReal32 f,g,h;
+	TRealX ff,gg,hh;
+
+	for (TInt ii=0; ii<sizeSub-1; ii++)
+		{
+		f=subInput[ii];
+		g=subInput[ii+1];
+		ff=TRealX(f);
+		gg=TRealX(g);
+		//
+
+// This test fails on GCC (with -O1 switch). The reason is that
+// comparing two intermediate floats is unpredictable.
+// See http://www.parashift.com/c++-faq-lite/newbie.html#faq-29.18
+#ifndef __GCC32__	
+		test(f-g == -(g-f));
+#endif
+		//
+		test(TRealX(f-g)==TRealX(TReal32(ff-gg)));
+		test(TRealX(g-f)==TRealX(TReal32(gg-ff)));
+		test(TRealX(*(TReal32*)&subArray[ii])==TRealX(f-g));
+		test(TRealX(*(TReal32*)&subArray[ii])==TRealX(-(g-f)));
+		//
+		h=g;
+		hh=gg;
+		hh-=ff;
+		test(TRealX(h-=f)==TRealX(TReal32(hh)));
+		test(TRealX(h)==TRealX(TReal32(hh)));
+		test(TRealX(*(TReal32*)&subArray[ii])==TRealX(-h));
+		//
+		h=f;
+		hh=ff;
+		hh-=gg;
+		test(TRealX(h-=g)==TRealX(TReal32(hh)));
+		test(TRealX(h)==TRealX(TReal32(hh)));
+		test(TRealX(*(TReal32*)&subArray[ii])==TRealX(h));
+		}
+	}
+
+LOCAL_C void testMult()
+//
+//	Multiplication test
+//
+	{
+	TReal32 f,g,h;
+	TRealX ff,gg,hh;
+	
+	for (TInt ii=0; ii<sizeMult-1; ii++)
+		{
+		f=multInput[ii];
+		g=multInput[ii+1];
+		ff=TRealX(f);
+		gg=TRealX(g);
+		//
+		test(f*g == g*f);
+		//
+		test(TRealX(f*g)==TRealX(TReal32(ff*gg)));
+		test(TRealX(g*f)==TRealX(TReal32(gg*ff)));
+		test(TRealX(*(TReal32*)&multArray[ii])==TRealX(f*g));
+		test(TRealX(*(TReal32*)&multArray[ii])==TRealX(g*f));
+		//
+		h=f;		
+		hh=ff;
+		hh*=gg;
+		test(TRealX(h*=g)==TRealX(TReal32(hh)));
+		test(TRealX(h)==TRealX(TReal32(hh)));
+		test(TRealX(*(TReal32*)&multArray[ii])==TRealX(h));
+		//
+		h=g;
+		hh=gg;
+		hh*=ff;
+		test(TRealX(h*=f)==TRealX(TReal32(hh)));
+		test(TRealX(h)==TRealX(TReal32(hh)));
+		test(TRealX(*(TReal32*)&multArray[ii])==TRealX(h));
+		}
+	}
+
+LOCAL_C void testDiv()
+//
+//	Division test
+//
+	{
+	TReal32 f,g,h;
+	TRealX ff,gg,hh;
+	TInt count=0;
+	
+	// Panic: Divide by Zero
+	// f=1.0;
+	// g=0.0;
+	// f/=g;
+
+	for (TInt ii=0; ii<sizeDiv-1; ii++)
+		{
+		f=divInput[ii];
+		g=divInput[ii+1];
+		ff=TRealX(f);
+		gg=TRealX(g);
+		if (g!=0.0)
+			{
+			test(TRealX(f/g)==TRealX(TReal32(ff/gg)));
+			test(TRealX(*(TReal32*)&divArray[count])==TRealX(f/g));
+			//
+			h=f;
+			hh=ff;
+			hh/=gg;
+			test(TRealX(h/=g)==TRealX(TReal32(hh)));
+			test(TRealX(h)==TRealX(TReal32(hh)));
+			test(TRealX(*(TReal32*)&divArray[count])==TRealX(h));
+			++count;
+			}
+		if (f!=0.0)
+			{
+			test(TRealX(g/f)==TRealX(TReal32(gg/ff)));
+			h=g;
+			hh=gg;
+			hh/=ff;
+			test(TRealX(h/=f)==TRealX(TReal32(hh)));
+			test(h==TReal32(hh));
+			}
+		};
+
+	//Additional test
+	f=3.9999f;
+	g=KMinTReal32;
+	ff=TRealX(f);
+	gg=TRealX(g);
+	test(TRealX(f/g)==TRealX(TReal32(ff/gg)));
+	h=f;
+	hh=ff;
+	hh/=gg;
+	test(TRealX(h/=g)==TRealX(TReal32(hh)));
+	test(TRealX(h)==TRealX(TReal32(hh)));
+	}
+
+#if defined (__WINS__) || defined (__X86__)
+
+LOCAL_C	 void testArithmeticExceptionRaising()
+//
+// Test that UP_GCC.CPP raise exceptions correctly by calling functions from EMGCC32.CPP which
+// are copies of those in UP_GCC.CPP.  To be used in debugger only.
+// Added by AnnW, December 1996
+//
+	{
+	TReal32 f,g,h;
+
+	// Addition - possible errors are overflow, argument or none
+	// NB no underflow
+
+	f=NaNTReal32;
+	h=__addsf3(f,f);	// argument
+
+	f=KMaxTReal32;
+	h=__addsf3(f,f);	// overflow
+	
+	f=1.0f;
+	g=2.0f;
+	h=__addsf3(f,g);	// none
+	test(h==3.0f);
+
+	// Subtraction - possible errors are overflow, argument or none
+	// NB no underflow
+
+	f=NaNTReal32;
+	h=__subsf3(f,f);	// argument
+
+	f=KMaxTReal32;
+	g=-KMaxTReal32;
+	h=__subsf3(f,g);	// overflow
+  
+	f=1.0f;
+	g=2.0f;
+	h=__subsf3(f,g);	// none
+	test(h==-1.0f);
+
+	// Multiplication - possible errors are argument, overflow, underflow or none
+
+	f=NaNTReal32;
+	h=__mulsf3(f,f);	// argument
+
+	f=KMaxTReal32;
+	g=2.0f;
+	h=__mulsf3(f,g);	// overflow
+
+	f=minDenormalTReal32;
+	g=0.1f;
+	h=__mulsf3(f,g);	// underflow
+
+	f=1.0f;
+	g=2.0f;
+	h=__mulsf3(f,g);	// none
+	test(h==2.0f);
+
+	// Division - possible errors are overflow, underflow, divide by zero, argument or none
+
+	f=KMaxTReal32;
+	g=0.5f;
+	h=__divsf3(f,g);	// overflow
+
+	f=minDenormalTReal32;
+	g=10.0f;
+	h=__divsf3(f,g);	// underflow
+	
+	f=4.0f;
+	g=0.0f;
+	h=__divsf3(f,g);	// divide by zero
+	
+	f=0.0f;
+	g=0.0f;
+	h=__divsf3(f,g);	// argument
+
+	f=1.0f;
+	g=2.0f;
+	h=__divsf3(f,g);	// none
+	test(h==0.5f);
+
+	// Converting double to float - possible errors are overflow, underflow, invalid operation or none
+	TReal64 d;
+
+	d=1.0E+50;
+	f=__truncdfsf2(d);	// overflow
+
+	d=1.0E-50;
+	f=__truncdfsf2(d);	// underflow
+
+	d=KNaNTReal64;
+	f=__truncdfsf2(d);	// invalid operation
+
+	d=4.0;	
+	f=__truncdfsf2(d);	// none
+	}
+
+#endif
+
+LOCAL_C void testUnary()
+//
+//	Unary operator tests
+//
+	{
+	TReal32 f;
+	TRealX g;
+	
+	for (TInt ii=0; ii<sizeUnary-1; ii++)
+		{
+		f=unaryInput[ii];
+		g=TRealX(f);
+		test(TRealX(-f)==TRealX(TReal32(-g)));
+		test(TRealX(-f)==TRealX(0.0f-f));
+		test(TRealX(+f)==TRealX(TReal32(g)));
+		test(TRealX(+f)==TRealX(0.0f+f));
+		test(TRealX(*(TReal32*)&unaryArray[ii])==TRealX(-f));
+		}
+	}
+
+LOCAL_C void testEqualities(const TReal& aA, TOrder aOrder, const TReal& aB)
+//
+//	Test equality/inequality functions on aA and aB
+//	aOrder specifies the operand's relative sizes
+//
+	{
+
+	//	Tautologies
+	test((aA>aA) ==FALSE);
+	test((aA<aA) ==FALSE);
+	test((aA>=aA)==TRUE);
+	test((aA<=aA)==TRUE);
+	test((aA==aA)==TRUE);
+	test((aA!=aA)==FALSE);
+	if (aOrder!=EEqual)
+		{
+		test((aA==aB)==FALSE);
+  		test((aA!=aB)==TRUE);
+		}
+	if (aOrder==ELessThan)
+		{
+		test((aA<aB) ==TRUE);
+		test((aA<=aB)==TRUE);
+		test((aA>aB) ==FALSE);
+		test((aA>=aB)==FALSE);
+		}
+	if (aOrder==EEqual)
+		{
+		test((aA==aB)==TRUE);
+		test((aA!=aB)==FALSE);
+		test((aA>=aB)==TRUE);
+		test((aA<=aB)==TRUE);
+		test((aA>aB)==FALSE);
+		test((aA<aB)==FALSE);
+		}
+	if (aOrder==EGreaterThan)
+		{
+		test((aA>aB) ==TRUE);
+		test((aA>=aB)==TRUE);
+		test((aA<aB) ==FALSE);
+		test((aA<=aB)==FALSE);
+		}
+	}
+	 
+LOCAL_C void testEqualities()
+//
+//	Test >, <, >=, <=, ==, !=
+//
+	{
+	TInt i, size;
+	TReal32 lessThanMax = KMaxTReal32-TReal32(1.0E+32);
+	TReal32 greaterThanMin = 1.17550E-38f;
+	TReal32 zero(0.0f);
+	
+	TReal32 positive[] =
+	{KMinTReal32,5.3824705E-26f,1.0f,2387501.0f,5.3824705E+28f,KMaxTReal32};
+
+	TReal32 large[] =
+	{2.0f,KMaxTReal32,-lessThanMax,greaterThanMin,-KMinTReal32,10.4058482f,-10.4058482f,
+	1.2443345E+14f,1.2443345E+14f,-1.3420344E-16f,132435.97f,5.0E-6f,9.6f,-8.0f}; 
+	
+	TReal32 small[] =
+	{1.0f,lessThanMax,-KMaxTReal32,KMinTReal32,-greaterThanMin,10.4058474f,-10.4058496f,
+	5.0E-10f,1.2443345E+10f,-5.0382470E+25f,-132435.97f,-5.1E-6f,8.0f,-9.6f};
+	
+	TReal32 equal[] =							  // Same as large[]
+	{2.0f,KMaxTReal32,-lessThanMax,greaterThanMin,-KMinTReal32,10.4058482f,-10.4058482f,
+	1.2443345E+14f,1.2443345E+14f,-1.3420344E-16f,132435.97f,5.0E-6f,9.6f,-8.0f}; 
+
+
+	// Tests with zero
+
+	size = sizeof(positive)/sizeof(TReal32);
+	
+	test.Start(_L("Zero"));
+	testEqualities(zero, EEqual, zero);
+	for (i=0; i<size; i++)
+		{
+		testEqualities(positive[i], EGreaterThan, zero);
+		testEqualities(-positive[i], ELessThan, zero);
+		testEqualities(zero, ELessThan, positive[i]);
+		testEqualities(zero, EGreaterThan, -positive[i]);
+		}
+
+	// Test boundary and other numbers
+	
+	size = sizeof(large)/sizeof(TReal32);
+	
+	test.Next(_L("Nonzero"));
+	for (i=0; i<size; i++)
+		{
+		testEqualities(large[i], EGreaterThan, small[i]);
+		testEqualities(small[i], ELessThan, large[i]);
+		testEqualities(large[i], EEqual, equal[i]);
+		}
+
+	test.End();
+	}
+
+LOCAL_C void testIncDec()
+//
+//	Test Pre/Post - increment/decrement
+//
+	{
+
+	TInt ii;
+	TReal32 f;
+	TRealX g;
+	
+	test.Start(_L("Pre-increment"));
+	
+	for (ii=0; ii<sizeIncDec; ii++)
+		{
+		f=incDecInput[ii];
+		g=TRealX(f);
+		test(TRealX(f)==TRealX(TReal32(g)));
+		test(TRealX(++f)==TRealX(TReal32(++g)));
+		test(TRealX(*(TReal32*)&preIncArray1[ii])==TRealX(f));
+		test(TRealX(f)==TRealX(TReal32(g)));
+		test(TRealX(++f)==TRealX(TReal32(++g)));
+		test(TRealX(*(TReal32*)&preIncArray2[ii])==TRealX(f));
+		test(TRealX(f)==TRealX(TReal32(g)));
+		}
+	
+	test.Next(_L("Post-increment"));
+
+	for (ii=0; ii<sizeIncDec; ii++)
+		{
+		f=incDecInput[ii];
+		g=TRealX(f);
+		test(TRealX(f)==TRealX(TReal32(g)));
+		test(TRealX(f++)==TRealX(TReal32(g++)));
+		test(TRealX(*(TReal32*)&postIncArray1[ii])==TRealX(f));
+		test(TRealX(f)==TRealX(TReal32(g)));
+		test(TRealX(f++)==TRealX(TReal32(g++)));
+		test(TRealX(*(TReal32*)&postIncArray2[ii])==TRealX(f));
+		test(TRealX(f)==TRealX(TReal32(g)));
+		}
+	
+	test.Next(_L("Pre-decrement"));
+
+	for (ii=0; ii<sizeIncDec; ii++)
+		{
+		f=incDecInput[ii];
+		g=TRealX(f);
+		test(TRealX(f)==TRealX(TReal32(g)));
+		test(TRealX(--f)==TRealX(TReal32(--g)));
+		test(TRealX(*(TReal32*)&preDecArray1[ii])==TRealX(f));
+		test(TRealX(f)==TRealX(TReal32(g)));
+		test(TRealX(--f)==TRealX(TReal32(--g)));
+		test(TRealX(*(TReal32*)&preDecArray2[ii])==TRealX(f));
+		test(TRealX(f)==TRealX(TReal32(g)));
+		}
+	
+	test.Next(_L("Post-decrement"));
+
+	for	(ii=0; ii<sizeIncDec; ii++)
+		{
+		f=incDecInput[ii];
+		g=TRealX(f);
+		test(TRealX(f)==TRealX(TReal32(g)));
+		test(TRealX(f--)==TRealX(TReal32(g--)));
+		test(TRealX(*(TReal32*)&postDecArray1[ii])==TRealX(f));
+		test(TRealX(f)==TRealX(TReal32(g)));
+		test(TRealX(f--)==TRealX(TReal32(g--)));
+		test(TRealX(*(TReal32*)&postDecArray2[ii])==TRealX(f));
+		test(TRealX(f)==TRealX(TReal32(g)));
+		}
+	test.End();
+	}
+
+LOCAL_C void _matherr(TExcType aType)
+	{
+	test.Printf(_L("_matherr: Exception type %u handled\n"),TUint(aType));
+	}
+
+GLDEF_C TInt E32Main()
+//
+//	Test TReal32
+//
+    {	  
+	
+	test.Title();
+
+	User::SetExceptionHandler(_matherr,KExceptionFpe);
+
+	initSpecialValues();
+
+	test.Start(_L("Conversion from TReal to TReal32"));
+	testConvert();
+	test.Next(_L("Addition"));
+	testAdd();
+	test.Next(_L("Subtraction"));	
+	testSubt();
+	test.Next(_L("Multiplication"));
+	testMult();
+	test.Next(_L("Division"));
+	testDiv();
+#if defined (__WINS__) || defined (__X86__)
+	test.Next(_L("Arithmetic which emulates UP_GCC and raises an exception"));
+	testArithmeticExceptionRaising();
+#endif
+	test.Next(_L("Unary Operators"));
+	testUnary();
+	test.Next(_L("Equalities and Inequalities"));
+	testEqualities();
+	test.Next(_L("Increment and Decrement"));
+	testIncDec();
+
+	test.End();
+	return(KErrNone);
+    }
+
+