File c_macro_problem.patch of Package reaim

Index: osdl-aim-7/src/num_fcns.c
===================================================================
--- osdl-aim-7.orig/src/num_fcns.c
+++ osdl-aim-7/src/num_fcns.c
@@ -365,6 +365,9 @@ static int num_rtns_1(int argc, char **a
 	int n, i64, itemp1;
 	double d1, d2, dtemp1;
 
+	double arg_tmp1, arg_tmp2;
+	/*There is problem with double-used macro POS in one expression.*/
+
 	COUNT_START;
 
 	/*
@@ -383,17 +386,38 @@ static int num_rtns_1(int argc, char **a
 	 */
 	for (n = 0; n < i64; n++) {
 		if (debug_l < 10) {
-			compiler_fake_out1 =
+			/*compiler_fake_out1 =
 			    floor(exp(ARG)) + ceil(log10(POS));
+			*/ /*There is problem with double-used macro POS in one expression.*/
+			arg_tmp1=ARG;
+			arg_tmp2=POS;
+			compiler_fake_out1 =
+			    floor(exp(arg_tmp1)) + ceil(log10(arg_tmp2));
+
+			/*compiler_fake_out2 =
+			    modf(log(POS), &dtemp1) + frexp(NEG, &itemp1);*/
+			arg_tmp1=POS;
+			arg_tmp2=NEG;
 			compiler_fake_out2 =
-			    modf(log(POS), &dtemp1) + frexp(NEG, &itemp1);
+			    modf(log(arg_tmp1), &dtemp1) + frexp(arg_tmp2, &itemp1);
 			/* don't want ARG, because of "smallest" */
-			compiler_fake_out3 =
+
+			/*compiler_fake_out3 =
 			    ldexp(ARG,
-				  abs(-itemp1)) + fabs(fmod(ARG * 5, POS));
+				  abs(-itemp1)) + fabs(fmod(ARG * 5, POS));*/
+			arg_tmp1=ARG;
+			arg_tmp2=ARG;
+			compiler_fake_out3 =
+			    ldexp(arg_tmp1,
+				  abs(-itemp1)) + fabs(fmod(arg_tmp2 * 5, POS));
 			/* try to get 1st fmod() arg larger than second */
-			compiler_fake_out4 = sqrt(pow(POS, ARG));
+
+			/*compiler_fake_out4 = sqrt(pow(POS, ARG));*/
+			arg_tmp1=POS;
+			arg_tmp2=ARG;
+			compiler_fake_out4 = sqrt(pow(arg_tmp1, arg_tmp2));
 			/* pow() will always return pos value */
+
 			srand(itemp1);
 			compiler_fake_out5 = labs((long) (-rand() + n));
 			/*
@@ -508,6 +532,9 @@ static int trig_rtns(int argc, char **ar
 {
 	int n, i64;
 
+	double arg_tmp1, arg_tmp2;
+	/*There is problem with double-used macro POS in one expression.*/
+
 	COUNT_START;
 	/*
 	 * First, get args
@@ -536,7 +563,11 @@ static int trig_rtns(int argc, char **ar
 			 */
 			compiler_fake_out2 = tanh(atan(tan(ARG)));
 			/* atan can legally use any output of tan; no bound on tanh arg */
-			compiler_fake_out3 = atan2(sinh(ARG), cosh(ARG));
+
+			/*compiler_fake_out3 = atan2(sinh(ARG), cosh(ARG));*/
+			arg_tmp1=ARG;
+			arg_tmp2=ARG;
+			compiler_fake_out3 = atan2(sinh(arg_tmp1), cosh(arg_tmp2));
 			/* no bound on sinh & cosh arg; cosh always returns pos # */
 		} else {
 			double d1, d2;