Fix init of local sets/vectors via curly brace initializer lists.

src/Expr.cc

@@ -2507,15 +2507,26 @@ bool AssignExpr::TypeCheck(attr_list* attrs)
 				attr_copy->append((*attrs)[i]);
 			}
 
-		op2 = new TableConstructorExpr(op2->AsListExpr(), attr_copy);
+		if ( op1->Type()->IsSet() )
+			op2 = new SetConstructorExpr(op2->AsListExpr(), attr_copy);
+		else
+			op2 = new TableConstructorExpr(op2->AsListExpr(), attr_copy);
 		return true;
 		}
 
-	if ( bt1 == TYPE_VECTOR && bt2 == bt1 &&
+	if ( bt1 == TYPE_VECTOR )
-	     op2->Type()->AsVectorType()->IsUnspecifiedVector() )
 		{
-		op2 = new VectorCoerceExpr(op2, op1->Type()->AsVectorType());
+		if ( bt2 == bt1 && op2->Type()->AsVectorType()->IsUnspecifiedVector() )
-		return true;
+			{
+			op2 = new VectorCoerceExpr(op2, op1->Type()->AsVectorType());
+			return true;
+			}
+
+		if ( op2->Tag() == EXPR_LIST )
+			{
+			op2 = new VectorConstructorExpr(op2->AsListExpr());
+			return true;
+			}
 		}
 
 	if ( op1->Type()->Tag() == TYPE_RECORD &&

testing/btest/Baseline/language.container-ctor-scope/out

@@ -0,0 +1,44 @@
+{
+[2/tcp] = 2,
+[1/tcp] = 1,
+[3/tcp] = 3
+}
+{
+[2/tcp] = 2,
+[1/tcp] = 1,
+[3/tcp] = 3
+}
+{
+2/tcp,
+1/tcp,
+3/tcp
+}
+{
+2/tcp,
+1/tcp,
+3/tcp
+}
+[1/tcp, 2/tcp, 3/tcp, 1/tcp]
+[1/tcp, 2/tcp, 3/tcp, 1/tcp]
+{
+[2/tcp] = 2,
+[1/tcp] = 1,
+[3/tcp] = 3
+}
+{
+[2/tcp] = 2,
+[1/tcp] = 1,
+[3/tcp] = 3
+}
+{
+2/tcp,
+1/tcp,
+3/tcp
+}
+{
+2/tcp,
+1/tcp,
+3/tcp
+}
+[1/tcp, 2/tcp, 3/tcp, 1/tcp]
+[1/tcp, 2/tcp, 3/tcp, 1/tcp]

testing/btest/language/container-ctor-scope.bro

@@ -0,0 +1,38 @@
+# @TEST-EXEC: bro -b %INPUT >out
+# @TEST-EXEC: btest-diff out
+
+# All various container contructors should work at both global and local scope.
+
+global gt1: table[port] of count = table( [1/tcp] = 1, [2/tcp] = 2, [3/tcp] = 3 );
+global gs1: set[port] = set( 1/tcp, 2/tcp, 3/tcp );
+global gv1: vector of port = vector( 1/tcp, 2/tcp, 3/tcp, 1/tcp );
+
+global gt2: table[port] of count = { [1/tcp] = 1, [2/tcp] = 2, [3/tcp] = 3 };
+global gs2: set[port] = { 1/tcp, 2/tcp, 3/tcp };
+global gv2: vector of port = { 1/tcp, 2/tcp, 3/tcp, 1/tcp };
+
+local t1: table[port] of count = table( [1/tcp] = 1, [2/tcp] = 2, [3/tcp] = 3 );
+local s1: set[port] = set( 1/tcp, 2/tcp, 3/tcp );
+local v1: vector of port = vector( 1/tcp, 2/tcp, 3/tcp, 1/tcp );
+
+local t2: table[port] of count = { [1/tcp] = 1, [2/tcp] = 2, [3/tcp] = 3 };
+local s2: set[port] = { 1/tcp, 2/tcp, 3/tcp };
+local v2: vector of port = { 1/tcp, 2/tcp, 3/tcp, 1/tcp };
+
+print gt1;
+print gt2;
+
+print gs1;
+print gs2;
+
+print gv1;
+print gv2;
+
+print t1;
+print t2;
+
+print s1;
+print s2;
+
+print v1;
+print v2;