Update M.Scott 12th December

New mips.mcs file
Fix to config.c

Author: Michael Scott

config.c

@@ -120,7 +120,7 @@ int main()
 
 
     fp=fopen("mirdef.tst","wt");
-    fprintf(fp,"/*\n *   MIRACL compiler/hardware definitions - mirdef.h\n");
+    fprintf(fp,"/*\n *   MIRACL compiler/hardware definitions - mirdef.h\n */\n");
     end=1;
     ptr=(char *)(&end);
 

manual.doc

@@ -58,6 +58,7 @@ In the subdirectory SOURCE
   CS.MCS       -    Alternate C macros
   CLMUL.MCS    -    MSC Intrinsic macros to use PCLMULQDQ instruction
   GCCLMUL.MCS  -    GCC assembly language to support PCLMULQDQ instruction 
+  MIPS.MCS     -    Macros for MIPS32 processor
   SMARTMIP.MCS -    Macros for Smartmips smart-card processor
   MS86.MCS     -    Microsoft/Borland 80*86/Pentium macros for use with above
   GCC386.MCS   -    GCC compiler compatible Pentium macros

readme.txt

@@ -338,7 +338,9 @@ fpa=fpc=fpx=fpmq=fpsq=fpaq=0;
 
     t1=pow(t1,-x);
 
-    x2=t1; x2.powq(X); 
+    x2=t1; 
+	
+	x2.powq(X); 
     x4/=x2;
 
     x2.powq(X);
@@ -539,6 +541,7 @@ void glv(Big &e,Big &r,Big W[2],Big B[2][2],Big u[2])
 
 // Use GLV endomorphism idea for multiplication in G1
 
+
 ECn G1_mult(ECn &P,Big &e,ZZn &Beta,Big &r,Big W[2],Big B[2][2])
 {
 //	return e*P;
@@ -702,9 +705,12 @@ int main()
     Alice=hash_and_map((char *)"Alice");
     Bob=  hash_and_map((char *)"Robert");
 
+
 	sS=G2_mult(Server,ss,X,q,WB,BB);    // Use Galbraith-Scott Homomorphism to multiply in G2
-	sA=G1_mult(Alice,ss,Beta,q,W,SB);   // Use GLV method to multiply in G1
-    sB=G1_mult(Bob,ss,Beta,q,W,SB);	
+	sA=G1_mult(Alice,ss,Beta,q,W,SB);   // Use GLV method to multiply in G1	
+	sB=G1_mult(Bob,ss,Beta,q,W,SB);	
+
+
 
     cout << "Alice and Server Key Exchange" << endl;