func TestTable_AddColumn(t *testing.T) {
c0 := pqt.NewColumn("c0", pqt.TypeSerialBig(), pqt.WithPrimaryKey())
c1 := &pqt.Column{Name: "c1"}
c2 := &pqt.Column{Name: "c2"}
c3 := &pqt.Column{Name: "c3"}
tbl := pqt.NewTable("test").
AddColumn(c0).
AddColumn(c1).
AddColumn(c2).
AddColumn(c3).
AddColumn(pqt.NewColumn("c4", pqt.TypeIntegerBig(), pqt.WithReference(c0))).
AddRelationship(pqt.ManyToOne(pqt.SelfReference()))
if len(tbl.Columns) != 6 {
t.Errorf("wrong number of colums, expected %d but got %d", 6, len(tbl.Columns))
}
if len(tbl.OwnedRelationships) != 2 {
// Reference is not a relationship
t.Errorf("wrong number of owned relationships, expected %d but got %d", 2, len(tbl.OwnedRelationships))
}
for i, c := range tbl.Columns {
if c.Name == "" {
t.Errorf("column #%d table name is empty", i)
}
if c.Table == nil {
t.Errorf("column #%d table nil pointer", i)
}
}
}
func generateBaseType(t pqt.Type, m int32) string {
switch t {
case pqt.TypeText():
return chooseType("string", "*ntypes.String", "*qtypes.String", m)
case pqt.TypeBool():
return chooseType("bool", "*ntypes.Bool", "*ntypes.Bool", m)
case pqt.TypeIntegerSmall():
return chooseType("int16", "*int16", "*int16", m)
case pqt.TypeInteger():
return chooseType("int32", "*ntypes.Int32", "*ntypes.Int32", m)
case pqt.TypeIntegerBig():
return chooseType("int64", "*ntypes.Int64", "*qtypes.Int64", m)
case pqt.TypeSerial():
return chooseType("int32", "*ntypes.Int32", "*ntypes.Int32", m)
case pqt.TypeSerialSmall():
return chooseType("int16", "*int16", "*int16", m)
case pqt.TypeSerialBig():
return chooseType("int64", "*ntypes.Int64", "*qtypes.Int64", m)
case pqt.TypeTimestamp(), pqt.TypeTimestampTZ():
return chooseType("time.Time", "*time.Time", "*qtypes.Timestamp", m)
case pqt.TypeReal():
return chooseType("float32", "*ntypes.Float32", "*ntypes.Float32", m)
case pqt.TypeDoublePrecision():
return chooseType("float64", "*ntypes.Float64", "*qtypes.Float64", m)
case pqt.TypeBytea(), pqt.TypeJSON(), pqt.TypeJSONB():
return "[]byte"
case pqt.TypeUUID():
return "uuid.UUID"
default:
gt := t.String()
switch {
case strings.HasPrefix(gt, "SMALLINT["):
return chooseType("pqt.ArrayInt64", "pqt.ArrayInt64", "*qtypes.Int64", m)
case strings.HasPrefix(gt, "INTEGER["):
return chooseType("pqt.ArrayInt64", "pqt.ArrayInt64", "*qtypes.Int64", m)
case strings.HasPrefix(gt, "BIGINT["):
return chooseType("pqt.ArrayInt64", "pqt.ArrayInt64", "*qtypes.Int64", m)
case strings.HasPrefix(gt, "DOUBLE PRECISION["):
return chooseType("pqt.ArrayFloat64", "pqt.ArrayFloat64", "*qtypes.Float64", m)
case strings.HasPrefix(gt, "TEXT["):
return "pqt.ArrayString"
case strings.HasPrefix(gt, "DECIMAL"), strings.HasPrefix(gt, "NUMERIC"):
return chooseType("float64", "*ntypes.Float64", "*qtypes.Float64", m)
case strings.HasPrefix(gt, "VARCHAR"):
return chooseType("string", "*ntypes.String", "*qtypes.String", m)
default:
return "interface{}"
}
}
}
