Remove redundant setupop in favor of setup (they were identical)

M2/Macaulay2/d/chrono.dd

@@ -57,22 +57,22 @@ showtimefun(a:Code):Expr := (
 	<< threadEnd - threadStart << "s (thread); "
 	<<     gcEnd -     gcStart << "s (gc)" << endl;
     ret);
-setupop(timeS,showtimefun);
+setup(timeS,showtimefun);
 
 -- TODO: should "timing" return thread and gc times like "time"?
 timingfun(c:Code):Expr := (
     s := cpuTimer(c);
     when s.1 is Error do s.1 else list(timeClass, s));
-setupop(timingS, timingfun);
+setup(timingS, timingfun);
 
 elapsedTimefun(c:Code):Expr := (
     s := wallTimer(c);
     when s.0 is dT:RRcell do (
 	stdError << " -- " << tostringRR(dT.v) << "s elapsed" << endl;)
     else nothing; s.1);
-setupop(elapsedTimeS,elapsedTimefun);
+setup(elapsedTimeS,elapsedTimefun);
 
 elapsedTimingfun(c:Code):Expr := (
     s := wallTimer(c);
     when s.1 is Error do s.1 else list(timeClass, s));
-setupop(elapsedTimingS,elapsedTimingfun);
+setup(elapsedTimingS,elapsedTimingfun);

M2/Macaulay2/d/common.d

@@ -100,10 +100,6 @@ export setup(e:SymbolClosure,fun1:unop,fun2:unop):void := (
      e.symbol.unary = fun1;
      e.symbol.postfix = fun2;
      );
-export setupop(s:SymbolClosure,fun:unop):void := (
-     unopNameList = unopNameListCell(fun,s.symbol,unopNameList);
-     s.symbol.unary = fun;
-     );
 export setup(e:SymbolClosure,fn:ternop):void := (
      ternopNameList = ternopNameListCell(fn,e.symbol,ternopNameList);
      );

M2/Macaulay2/d/evaluate.d

@@ -1631,45 +1631,45 @@ shieldfun(a:Code):Expr := (
 	       exit(1);
 	       );
      	  ret));
-setupop(shieldS,shieldfun);     
+setup(shieldS,shieldfun);
 
 returnFun(a:Code):Expr := (
      e := if a == dummyCode then nullE else eval(a);
      when e is Error do e else Expr(Error(dummyPosition,returnMessage,e,false,dummyFrame)));
-setupop(returnS,returnFun);
+setup(returnS,returnFun);
 
 throwFun(a:Code):Expr := (
      e := eval(a);
      when e is Error do e else Expr(Error(dummyPosition,throwMessage,e,false,dummyFrame)));
-setupop(throwS,throwFun);
+setup(throwS,throwFun);
 
 continueFun(a:Code):Expr := (
      e := if a == dummyCode then nullE else eval(a);
      when e is Error do e else Expr(Error(dummyPosition,
 	       if a == dummyCode then continueMessage else continueMessageWithArg,
 	       e,false,dummyFrame)));
-setupop(continueS,continueFun);
+setup(continueS,continueFun);
 
 stepFun(a:Code):Expr := (
      e := if a == dummyCode then nullE else eval(a);
      when e is Error do e else (
 	  Expr(Error(dummyPosition,
 	       if a == dummyCode then stepMessage else stepMessageWithArg,
 	       e,false,dummyFrame))));
-setupop(stepS,stepFun);
+setup(stepS,stepFun);
 
 breakFun(a:Code):Expr := (
      e := if a == dummyCode then dummyExpr else eval(a);
      when e is Error do e else Expr(Error(dummyPosition,breakMessage,e,false,dummyFrame)));
-setupop(breakS,breakFun);
+setup(breakS,breakFun);
 
 addTestS := setupvar("addTest", nullE); -- will be overwritten in testing.m2
 testfun(c:Code):Expr := (
     r := applyEE(
 	getGlobalVariable(addTestS),
 	seq(eval(c), locate(codePosition(c))));
     when r is Error do r else nullE);
-setupop(TestS, testfun);
+setup(TestS, testfun);
 
 assigntofun(lhs:Code,rhs:Code):Expr := (
     left := eval(lhs);