Files
db/exp/bitwise_test.go
T
whatandClaude 304d553b3c docs: Add CLAUDE.md with codebase guidance
Create comprehensive documentation for future Claude Code instances working in this repository, including:
- Development commands for testing, building, and code quality
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🤖 Generated with [Claude Code](https://claude.ai/code)

Co-Authored-By: Claude <noreply@anthropic.com>
2025-09-27 15:47:28 +08:00

85 lines
3.9 KiB
Go

package exp_test
import (
"testing"
"git.fsdpf.net/go/db/exp"
"github.com/stretchr/testify/suite"
)
type bitwiseExpressionSuite struct {
suite.Suite
}
func TestBitwiseExpressionSuite(t *testing.T) {
suite.Run(t, &bitwiseExpressionSuite{})
}
func (bes *bitwiseExpressionSuite) TestClone() {
be := exp.NewBitwiseExpression(exp.BitwiseAndOp, exp.NewIdentifierExpression("", "", "col"), 1)
bes.Equal(be, be.Clone())
}
func (bes *bitwiseExpressionSuite) TestExpression() {
be := exp.NewBitwiseExpression(exp.BitwiseAndOp, exp.NewIdentifierExpression("", "", "col"), 1)
bes.Equal(be, be.Expression())
}
func (bes *bitwiseExpressionSuite) TestAs() {
be := exp.NewBitwiseExpression(exp.BitwiseInversionOp, exp.NewIdentifierExpression("", "", "col"), 1)
bes.Equal(exp.NewAliasExpression(be, "a"), be.As("a"))
}
func (bes *bitwiseExpressionSuite) TestAsc() {
be := exp.NewBitwiseExpression(exp.BitwiseAndOp, exp.NewIdentifierExpression("", "", "col"), 1)
bes.Equal(exp.NewOrderedExpression(be, exp.AscDir, exp.NoNullsSortType), be.Asc())
}
func (bes *bitwiseExpressionSuite) TestDesc() {
be := exp.NewBitwiseExpression(exp.BitwiseOrOp, exp.NewIdentifierExpression("", "", "col"), 1)
bes.Equal(exp.NewOrderedExpression(be, exp.DescSortDir, exp.NoNullsSortType), be.Desc())
}
func (bes *bitwiseExpressionSuite) TestAllOthers() {
be := exp.NewBitwiseExpression(exp.BitwiseRightShiftOp, exp.NewIdentifierExpression("", "", "col"), 1)
rv := exp.NewRangeVal(1, 2)
pattern := "bitwiseExp like%"
inVals := []interface{}{1, 2}
testCases := []struct {
Ex exp.Expression
Expected exp.Expression
}{
{Ex: be.Eq(1), Expected: exp.NewBooleanExpression(exp.EqOp, be, 1)},
{Ex: be.Neq(1), Expected: exp.NewBooleanExpression(exp.NeqOp, be, 1)},
{Ex: be.Gt(1), Expected: exp.NewBooleanExpression(exp.GtOp, be, 1)},
{Ex: be.Gte(1), Expected: exp.NewBooleanExpression(exp.GteOp, be, 1)},
{Ex: be.Lt(1), Expected: exp.NewBooleanExpression(exp.LtOp, be, 1)},
{Ex: be.Lte(1), Expected: exp.NewBooleanExpression(exp.LteOp, be, 1)},
{Ex: be.Between(rv), Expected: exp.NewRangeExpression(exp.BetweenOp, be, rv)},
{Ex: be.NotBetween(rv), Expected: exp.NewRangeExpression(exp.NotBetweenOp, be, rv)},
{Ex: be.Like(pattern), Expected: exp.NewBooleanExpression(exp.LikeOp, be, pattern)},
{Ex: be.NotLike(pattern), Expected: exp.NewBooleanExpression(exp.NotLikeOp, be, pattern)},
{Ex: be.ILike(pattern), Expected: exp.NewBooleanExpression(exp.ILikeOp, be, pattern)},
{Ex: be.NotILike(pattern), Expected: exp.NewBooleanExpression(exp.NotILikeOp, be, pattern)},
{Ex: be.RegexpLike(pattern), Expected: exp.NewBooleanExpression(exp.RegexpLikeOp, be, pattern)},
{Ex: be.RegexpNotLike(pattern), Expected: exp.NewBooleanExpression(exp.RegexpNotLikeOp, be, pattern)},
{Ex: be.RegexpILike(pattern), Expected: exp.NewBooleanExpression(exp.RegexpILikeOp, be, pattern)},
{Ex: be.RegexpNotILike(pattern), Expected: exp.NewBooleanExpression(exp.RegexpNotILikeOp, be, pattern)},
{Ex: be.In(inVals), Expected: exp.NewBooleanExpression(exp.InOp, be, inVals)},
{Ex: be.NotIn(inVals), Expected: exp.NewBooleanExpression(exp.NotInOp, be, inVals)},
{Ex: be.Is(true), Expected: exp.NewBooleanExpression(exp.IsOp, be, true)},
{Ex: be.IsNot(true), Expected: exp.NewBooleanExpression(exp.IsNotOp, be, true)},
{Ex: be.IsNull(), Expected: exp.NewBooleanExpression(exp.IsOp, be, nil)},
{Ex: be.IsNotNull(), Expected: exp.NewBooleanExpression(exp.IsNotOp, be, nil)},
{Ex: be.IsTrue(), Expected: exp.NewBooleanExpression(exp.IsOp, be, true)},
{Ex: be.IsNotTrue(), Expected: exp.NewBooleanExpression(exp.IsNotOp, be, true)},
{Ex: be.IsFalse(), Expected: exp.NewBooleanExpression(exp.IsOp, be, false)},
{Ex: be.IsNotFalse(), Expected: exp.NewBooleanExpression(exp.IsNotOp, be, false)},
{Ex: be.Distinct(), Expected: exp.NewSQLFunctionExpression("DISTINCT", be)},
}
for _, tc := range testCases {
bes.Equal(tc.Expected, tc.Ex)
}
}