Rename BinaryIsAtVersion to BinaryIsAtLeastAtVersion (#14269)

Author: frouioui

go/test/endtoend/utils/utils.go

@@ -194,8 +194,8 @@ func SkipIfBinaryIsBelowVersion(t *testing.T, majorVersion int, binary string) {
 	}
 }
 
-// BinaryIsAtVersion returns true if this binary is at or above the required version
-func BinaryIsAtVersion(majorVersion int, binary string) bool {
+// BinaryIsAtLeastAtVersion returns true if this binary is at or above the required version
+func BinaryIsAtLeastAtVersion(majorVersion int, binary string) bool {
 	version, err := cluster.GetMajorVersion(binary)
 	if err != nil {
 		return false

go/test/endtoend/vtgate/queries/aggregation/distinct_test.go

@@ -45,7 +45,7 @@ func TestDistinctIt(t *testing.T) {
 	mcmp.AssertMatchesNoOrder("select distinct val2 from aggr_test", `[[INT64(1)] [INT64(4)] [INT64(3)] [NULL]]`)
 	mcmp.AssertMatchesNoOrder("select distinct id from aggr_test", `[[INT64(1)] [INT64(2)] [INT64(3)] [INT64(5)] [INT64(4)] [INT64(6)] [INT64(7)] [INT64(8)]]`)
 
-	if utils.BinaryIsAtVersion(17, "vtgate") {
+	if utils.BinaryIsAtLeastAtVersion(17, "vtgate") {
 		mcmp.AssertMatches("select /*vt+ PLANNER=Gen4 */ distinct val1 from aggr_test order by val1 desc", `[[VARCHAR("e")] [VARCHAR("d")] [VARCHAR("c")] [VARCHAR("b")] [VARCHAR("a")]]`)
 		mcmp.AssertMatchesNoOrder("select /*vt+ PLANNER=Gen4 */ distinct val1, count(*) from aggr_test group by val1", `[[VARCHAR("a") INT64(2)] [VARCHAR("b") INT64(1)] [VARCHAR("c") INT64(2)] [VARCHAR("d") INT64(1)] [VARCHAR("e") INT64(2)]]`)
 		mcmp.AssertMatchesNoOrder("select /*vt+ PLANNER=Gen4 */ distinct val1+val2 from aggr_test", `[[NULL] [FLOAT64(1)] [FLOAT64(3)] [FLOAT64(4)]]`)

go/test/endtoend/vtgate/queries/orderby/orderby_test.go

@@ -67,7 +67,7 @@ func TestOrderBy(t *testing.T) {
 	// test ordering of int column
 	mcmp.AssertMatches("select id1, id2 from t4 order by id1 desc", `[[INT64(8) VARCHAR("F")] [INT64(7) VARCHAR("e")] [INT64(6) VARCHAR("d")] [INT64(5) VARCHAR("test")] [INT64(4) VARCHAR("c")] [INT64(3) VARCHAR("b")] [INT64(2) VARCHAR("Abc")] [INT64(1) VARCHAR("a")]]`)
 	// test ordering of complex column
-	if utils.BinaryIsAtVersion(17, "vtgate") {
+	if utils.BinaryIsAtLeastAtVersion(17, "vtgate") {
 		mcmp.AssertMatches("select /*vt+ PLANNER=Gen4 */ id1, id2 from t4 order by reverse(id2) desc", `[[INT64(5) VARCHAR("test")] [INT64(8) VARCHAR("F")] [INT64(7) VARCHAR("e")] [INT64(6) VARCHAR("d")] [INT64(2) VARCHAR("Abc")] [INT64(4) VARCHAR("c")] [INT64(3) VARCHAR("b")] [INT64(1) VARCHAR("a")]]`)
 	}
 
@@ -79,7 +79,7 @@ func TestOrderBy(t *testing.T) {
 	utils.Exec(t, mcmp.VtConn, "set workload = olap")
 	mcmp.AssertMatches("select id1, id2 from t4 order by id2 desc", `[[INT64(5) VARCHAR("test")] [INT64(8) VARCHAR("F")] [INT64(7) VARCHAR("e")] [INT64(6) VARCHAR("d")] [INT64(4) VARCHAR("c")] [INT64(3) VARCHAR("b")] [INT64(2) VARCHAR("Abc")] [INT64(1) VARCHAR("a")]]`)
 	mcmp.AssertMatches("select id1, id2 from t4 order by id1 desc", `[[INT64(8) VARCHAR("F")] [INT64(7) VARCHAR("e")] [INT64(6) VARCHAR("d")] [INT64(5) VARCHAR("test")] [INT64(4) VARCHAR("c")] [INT64(3) VARCHAR("b")] [INT64(2) VARCHAR("Abc")] [INT64(1) VARCHAR("a")]]`)
-	if utils.BinaryIsAtVersion(17, "vtgate") {
+	if utils.BinaryIsAtLeastAtVersion(17, "vtgate") {
 		mcmp.AssertMatches("select /*vt+ PLANNER=Gen4 */ id1, id2 from t4 order by reverse(id2) desc", `[[INT64(5) VARCHAR("test")] [INT64(8) VARCHAR("F")] [INT64(7) VARCHAR("e")] [INT64(6) VARCHAR("d")] [INT64(2) VARCHAR("Abc")] [INT64(4) VARCHAR("c")] [INT64(3) VARCHAR("b")] [INT64(1) VARCHAR("a")]]`)
 	}
 }

go/test/endtoend/vtgate/queries/union/union_test.go

@@ -127,7 +127,7 @@ func TestUnion(t *testing.T) {
 	mcmp.AssertMatches(`(SELECT 1,'a') UNION ALL (SELECT 1,'a') UNION ALL (SELECT 1,'a') ORDER BY 1`, `[[INT64(1) VARCHAR("a")] [INT64(1) VARCHAR("a")] [INT64(1) VARCHAR("a")]]`)
 	mcmp.AssertMatches(`(SELECT 1,'a') ORDER BY 1`, `[[INT64(1) VARCHAR("a")]]`)
 	mcmp.AssertMatches(`(SELECT 1,'a' order by 1) union (SELECT 1,'a' ORDER BY 1)`, `[[INT64(1) VARCHAR("a")]]`)
-	if utils.BinaryIsAtVersion(19, "vtgate") {
+	if utils.BinaryIsAtLeastAtVersion(19, "vtgate") {
 		mcmp.AssertMatches(`(SELECT id2,'a' from t1 where id1 = 1) union (SELECT 'a',id2 from t1 where id1 = 2)`, `[[VARCHAR("1") VARCHAR("a")] [VARCHAR("a") VARCHAR("2")]]`)
 	}
 }