How to use GTE method of types Package

Best Ginkgo code snippet using types.GTE

expression_evaluator_test.go

Source:expression_evaluator_test.go

1// Copyright 2020 Dolthub, Inc.2//3// Licensed under the Apache License, Version 2.0 (the "License");4// you may not use this file except in compliance with the License.5// You may obtain a copy of the License at6//7//     http://www.apache.org/licenses/LICENSE-2.08//9// Unless required by applicable law or agreed to in writing, software10// distributed under the License is distributed on an "AS IS" BASIS,11// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.12// See the License for the specific language governing permissions and13// limitations under the License.14package expreval15import (16	"context"17	"errors"18	"testing"19	"time"20	"github.com/dolthub/go-mysql-server/sql"21	"github.com/dolthub/go-mysql-server/sql/expression"22	"github.com/stretchr/testify/assert"23	"github.com/stretchr/testify/require"24	"github.com/dolthub/dolt/go/libraries/doltcore/schema"25	"github.com/dolthub/dolt/go/store/types"26)27func TestGetComparisonType(t *testing.T) {28	getId := expression.NewGetField(0, sql.Int64, "id", false)29	getMedian := expression.NewGetField(1, sql.Int64, "median", false)30	getAverage := expression.NewGetField(2, sql.Float64, "average", false)31	litOne := expression.NewLiteral(int64(1), sql.Int64)32	litTwo := expression.NewLiteral(int64(1), sql.Int64)33	litThree := expression.NewLiteral(int64(1), sql.Int64)34	tests := []struct {35		name             string36		binExp           expression.BinaryExpression37		expectedNumGFs   int38		expectedNumLits  int39		expectedCompType ComparisonType40		expectErr        bool41	}{42		{43			"id = 1",44			expression.NewEquals(getId, litOne).BinaryExpression,45			1,46			1,47			VariableConstCompare,48			false,49		},50		{51			"1 = 1",52			expression.NewEquals(litOne, litOne).BinaryExpression,53			0,54			2,55			ConstConstCompare,56			false,57		},58		{59			"average > float(median)",60			expression.NewGreaterThan(getAverage, expression.NewConvert(getMedian, "float")).BinaryExpression,61			2,62			0,63			VariableVariableCompare,64			false,65		},66		{67			" > float(median)",68			expression.NewInTuple(getId, expression.NewTuple(litOne, litTwo, litThree)).BinaryExpression,69			1,70			3,71			VariableInLiteralList,72			false,73		},74	}75	for _, test := range tests {76		t.Run(test.name, func(t *testing.T) {77			gfs, lits, compType, err := GetComparisonType(test.binExp)78			assertOnUnexpectedErr(t, test.expectErr, err)79			assert.Equal(t, test.expectedNumGFs, len(gfs))80			assert.Equal(t, test.expectedNumLits, len(lits))81			assert.Equal(t, test.expectedCompType, compType)82		})83	}84}85var errFunc = func(ctx context.Context, vals map[uint64]types.Value) (b bool, err error) {86	return false, errors.New("")87}88func TestNewAndAndOrFuncs(t *testing.T) {89	tests := []struct {90		name         string91		f1           ExpressionFunc92		f2           ExpressionFunc93		expectedOr   bool94		expectedAnd  bool95		expectOrErr  bool96		expectAndErr bool97	}{98		{99			"false false",100			falseFunc,101			falseFunc,102			false,103			false,104			false,105			false,106		},107		{108			"true false",109			trueFunc,110			falseFunc,111			true,112			false,113			false,114			false,115		},116		{117			"false true",118			falseFunc,119			trueFunc,120			true,121			false,122			false,123			false,124		},125		{126			"true true",127			trueFunc,128			trueFunc,129			true,130			true,131			false,132			false,133		},134		{135			"false err",136			falseFunc,137			errFunc,138			false,139			false,140			true,141			false, // short circuit avoids err142		},143		{144			"err false",145			errFunc,146			falseFunc,147			false,148			false,149			true,150			true,151		},152		{153			"err true",154			errFunc,155			trueFunc,156			false,157			false,158			true,159			true,160		},161		{162			"true err",163			trueFunc,164			errFunc,165			true,166			false,167			false, // short circuit avoids err168			true,169		},170	}171	for _, test := range tests {172		t.Run(test.name, func(t *testing.T) {173			ctx := context.Background()174			or := newOrFunc(test.f1, test.f2)175			and := newAndFunc(test.f1, test.f2)176			actualOr, err := or(ctx, nil)177			assertOnUnexpectedErr(t, test.expectOrErr, err)178			if err == nil {179				assert.Equal(t, test.expectedOr, actualOr)180			}181			actualAnd, err := and(ctx, nil)182			assertOnUnexpectedErr(t, test.expectAndErr, err)183			if err != nil {184				assert.Equal(t, test.expectedAnd, actualAnd)185			}186		})187	}188}189func TestNewComparisonFunc(t *testing.T) {190	colColl := schema.NewColCollection(191		schema.NewColumn("col0", 0, types.IntKind, true),192		schema.NewColumn("col1", 1, types.IntKind, false),193		schema.NewColumn("date", 2, types.TimestampKind, false),194	)195	testSch, err := schema.SchemaFromCols(colColl)196	require.NoError(t, err)197	const (198		eq  string = "eq"199		gt         = "gt"200		gte        = "gte"201		lt         = "lt"202		lte        = "lte"203	)204	ops := make(map[string]CompareOp)205	ops[eq] = EqualsOp{}206	ops[gt] = GreaterOp{}207	ops[gte] = GreaterEqualOp{}208	ops[lt] = LessOp{}209	ops[lte] = LessEqualOp{}210	type funcTestVal struct {211		name      string212		vals      map[uint64]types.Value213		expectRes map[string]bool214		expectErr map[string]bool215	}216	tests := []struct {217		name         string218		sch          schema.Schema219		be           expression.BinaryExpression220		expectNewErr bool221		testVals     []funcTestVal222	}{223		{224			name: "compare int literals -1 and -1",225			sch:  testSch,226			be: expression.BinaryExpression{227				Left:  expression.NewLiteral(int8(-1), sql.Int8),228				Right: expression.NewLiteral(int64(-1), sql.Int64),229			},230			expectNewErr: false,231			testVals: []funcTestVal{232				{233					name: "col0=-1 and col1=-1",234					vals: map[uint64]types.Value{0: types.Int(-1), 1: types.Int(-1)},235					//expectedRes based on comparison of the literals -1 and -1236					expectRes: map[string]bool{eq: true, gt: false, gte: true, lt: false, lte: true},237					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},238				},239				{240					name: "col0=0 and col1=100",241					vals: map[uint64]types.Value{0: types.Int(0), 1: types.Int(100)},242					//expectedRes based on comparison of the literals -1 and -1243					expectRes: map[string]bool{eq: true, gt: false, gte: true, lt: false, lte: true},244					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},245				},246			},247		},248		{249			name: "compare int literals -5 and 5",250			sch:  testSch,251			be: expression.BinaryExpression{252				Left:  expression.NewLiteral(int8(-5), sql.Int8),253				Right: expression.NewLiteral(uint8(5), sql.Uint8),254			},255			expectNewErr: false,256			testVals: []funcTestVal{257				{258					name: "col0=-1 and col1=-1",259					vals: map[uint64]types.Value{0: types.Int(-1), 1: types.Int(-1)},260					//expectedRes based on comparison of the literals -5 and 5261					expectRes: map[string]bool{eq: false, gt: false, gte: false, lt: true, lte: true},262					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},263				},264				{265					name: "col0=0 and col1=100",266					vals: map[uint64]types.Value{0: types.Int(0), 1: types.Int(100)},267					//expectedRes based on comparison of the literals -5 and 5268					expectRes: map[string]bool{eq: false, gt: false, gte: false, lt: true, lte: true},269					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},270				},271			},272		},273		{274			name: "compare string literals b and a",275			sch:  testSch,276			be: expression.BinaryExpression{277				Left:  expression.NewLiteral("b", sql.Text),278				Right: expression.NewLiteral("a", sql.Text),279			},280			expectNewErr: false,281			testVals: []funcTestVal{282				{283					name: "col0=-1 and col1=-1",284					vals: map[uint64]types.Value{0: types.Int(-1), 1: types.Int(-1)},285					//expectedRes based on comparison of the literals "b" and "a"286					expectRes: map[string]bool{eq: false, gt: true, gte: true, lt: false, lte: false},287					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},288				},289				{290					name: "col0=0 and col1=100",291					vals: map[uint64]types.Value{0: types.Int(0), 1: types.Int(100)},292					//expectedRes based on comparison of the literals "b" and "a"293					expectRes: map[string]bool{eq: false, gt: true, gte: true, lt: false, lte: false},294					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},295				},296			},297		},298		{299			name: "compare int value to numeric string literals",300			sch:  testSch,301			be: expression.BinaryExpression{302				Left:  expression.NewGetField(0, sql.Int64, "col0", false),303				Right: expression.NewLiteral("1", sql.Text),304			},305			expectNewErr: false,306			testVals: []funcTestVal{307				{308					name: "col0=0 and col1=-1",309					vals: map[uint64]types.Value{0: types.Int(0), 1: types.Int(-1)},310					//expectedRes based on comparison of col0=0 to "1"311					expectRes: map[string]bool{eq: false, gt: false, gte: false, lt: true, lte: true},312					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},313				},314				{315					name: "col0=1 and col1=100",316					vals: map[uint64]types.Value{0: types.Int(1), 1: types.Int(100)},317					//expectedRes based on comparison of col0=1 to "1"318					expectRes: map[string]bool{eq: true, gt: false, gte: true, lt: false, lte: true},319					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},320				},321				{322					name: "col0=2 and col1=-10",323					vals: map[uint64]types.Value{0: types.Int(2), 1: types.Int(-10)},324					//expectedRes based on comparison of col0=2 to "1"325					expectRes: map[string]bool{eq: false, gt: true, gte: true, lt: false, lte: false},326					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},327				},328			},329		},330		{331			name: "compare date value to date string literals",332			sch:  testSch,333			be: expression.BinaryExpression{334				Left:  expression.NewGetField(2, sql.Datetime, "date", false),335				Right: expression.NewLiteral("2000-01-01", sql.Text),336			},337			expectNewErr: false,338			testVals: []funcTestVal{339				{340					name: "col0=0 and col1=-1 and date=2000-01-01",341					vals: map[uint64]types.Value{342						0: types.Int(0),343						1: types.Int(-1),344						2: types.Timestamp(time.Date(2000, 1, 1, 0, 0, 0, 0, time.UTC)),345					},346					//expectedRes based on comparison of date=2000-01-01 and "2000-01-01"347					expectRes: map[string]bool{eq: true, gt: false, gte: true, lt: false, lte: true},348					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},349				},350				{351					name: "col0=1 and col1=100 and date=2000-01-02",352					vals: map[uint64]types.Value{353						0: types.Int(0),354						1: types.Int(-1),355						2: types.Timestamp(time.Date(2000, 1, 2, 0, 0, 0, 0, time.UTC)),356					},357					//expectedRes based on comparison of date=2000-01-02 and "2000-01-01"358					expectRes: map[string]bool{eq: false, gt: true, gte: true, lt: false, lte: false},359					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},360				},361				{362					name: "col0=2 and col1=-10 and date=1999-12-31",363					vals: map[uint64]types.Value{364						0: types.Int(0),365						1: types.Int(-1),366						2: types.Timestamp(time.Date(1999, 12, 31, 0, 0, 0, 0, time.UTC)),367					},368					//expectedRes based on comparison of date=1999-12-31 and "2000-01-01"369					expectRes: map[string]bool{eq: false, gt: false, gte: false, lt: true, lte: true},370					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},371				},372			},373		},374		{375			name: "compare col1 and col0",376			sch:  testSch,377			be: expression.BinaryExpression{378				Left:  expression.NewGetField(1, sql.Int64, "col1", false),379				Right: expression.NewGetField(0, sql.Int64, "col0", false),380			},381			expectNewErr: false,382			testVals: []funcTestVal{383				{384					name: "col1=0 and col0=0",385					vals: map[uint64]types.Value{386						1: types.Int(0),387						0: types.Int(0),388					},389					//expectedRes based on comparison of col1=0 and col0=0390					expectRes: map[string]bool{eq: true, gt: false, gte: true, lt: false, lte: true},391					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},392				},393				{394					name: "col1=0 and col0=1",395					vals: map[uint64]types.Value{396						1: types.Int(0),397						0: types.Int(1),398					},399					//expectedRes based on comparison of col1=0 and col0=1400					expectRes: map[string]bool{eq: false, gt: false, gte: false, lt: true, lte: true},401					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},402				},403				{404					name: "col1=1 and col0=0",405					vals: map[uint64]types.Value{406						1: types.Int(1),407						0: types.Int(0),408					},409					//expectedRes based on comparison of col1=1 and col0=0410					expectRes: map[string]bool{eq: false, gt: true, gte: true, lt: false, lte: false},411					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},412				},413				{414					name: "col1=null and col0=0",415					vals: map[uint64]types.Value{416						0: types.Int(0),417					},418					//expectedRes based on comparison of col1=null and col0=0419					expectRes: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},420					expectErr: map[string]bool{eq: false, gt: false, gte: false, lt: false, lte: false},421				},422			},423		},424		{425			name: "compare const and unknown column variable",426			sch:  testSch,427			be: expression.BinaryExpression{428				Left:  expression.NewGetField(0, sql.Int64, "unknown", false),429				Right: expression.NewLiteral("1", sql.Text),430			},431			expectNewErr: true,432			testVals:     []funcTestVal{},433		},434		{435			name: "compare variables with first unknown",436			sch:  testSch,437			be: expression.BinaryExpression{438				Left:  expression.NewGetField(0, sql.Int64, "unknown", false),439				Right: expression.NewGetField(1, sql.Int64, "col1", false),440			},441			expectNewErr: true,442			testVals:     []funcTestVal{},443		},444		{445			name: "compare variables with second unknown",446			sch:  testSch,447			be: expression.BinaryExpression{448				Left:  expression.NewGetField(1, sql.Int64, "col1", false),449				Right: expression.NewGetField(0, sql.Int64, "unknown", false),450			},451			expectNewErr: true,452			testVals:     []funcTestVal{},453		},454		{455			name: "variable with literal that can't be converted",456			sch:  testSch,457			be: expression.BinaryExpression{458				Left:  expression.NewGetField(0, sql.Int64, "col0", false),459				Right: expression.NewLiteral("not a number", sql.Text),460			},461			expectNewErr: true,462			testVals:     []funcTestVal{},463		},464	}465	for _, test := range tests {466		t.Run(test.name, func(t *testing.T) {467			for opId := range ops {468				t.Run(opId, func(t *testing.T) {469					op := ops[opId]470					f, err := newComparisonFunc(op, test.be, test.sch)471					if test.expectNewErr {472						assert.Error(t, err)473					} else {474						require.NoError(t, err)475					}476					for i := range test.testVals {477						testVal := test.testVals[i]478						t.Run(testVal.name, func(t *testing.T) {479							ctx := context.Background()480							actual, err := f(ctx, testVal.vals)481							expected := testVal.expectRes[opId]482							expectErr := testVal.expectErr[opId]483							assertOnUnexpectedErr(t, expectErr, err)484							if err == nil {485								assert.Equal(t, expected, actual)486							}487						})488					}489				})490			}491		})492	}493}...

order_keeper_test.go

Source:order_keeper_test.go

...98}99func createTO1() []*types.Order {100	return []*types.Order{101		//sender seq   price quantity       height102		newTO("00001", 1, 11051, 50, types.BUY, types.GTE, 998),   //0103		newTO("00002", 2, 11080, 50, types.BUY, types.GTE, 998),   //1 good104		newTO("00002", 3, 10900, 50, types.BUY, types.GTE, 992),   //2105		newTO("00003", 2, 11010, 100, types.SELL, types.IOC, 997), //3 good106		newTO("00004", 4, 11032, 60, types.SELL, types.GTE, 990),  //4107		newTO("00005", 5, 12039, 120, types.SELL, types.GTE, 996), //5108	}109}110func createTO3() []*types.Order {111	return []*types.Order{112		//sender seq   price quantity       height113		newTO("00001", 1, 11051, 50, types.BUY, types.GTE, 998),   //0114		newTO("00002", 2, 11080, 50, types.BUY, types.GTE, 998),   //1115		newTO("00002", 3, 10900, 50, types.BUY, types.GTE, 992),   //2116		newTO("00003", 2, 12010, 100, types.SELL, types.IOC, 997), //3117		newTO("00004", 4, 12032, 60, types.SELL, types.GTE, 990),  //4118		newTO("00005", 5, 12039, 120, types.SELL, types.GTE, 996), //5119	}120}121func TestOrderBook1(t *testing.T) {122	orders := createTO1()123	ctx, keys := newContextAndMarketKey(unitChainID)124	keeper := newKeeperForTest(keys.marketKey)125	if keeper.GetSymbol() != "cet/usdt" {126		t.Errorf("Error in GetSymbol")127	}128	gkeeper := newGlobalKeeperForTest(keys.marketKey)129	for _, order := range orders {130		keeper.Add(ctx, order)131	}132	orderseq := []int{5, 0, 3, 4, 1, 2}133	for i, order := range gkeeper.GetAllOrders(ctx) {134		j := orderseq[i]135		if !sameTO(orders[j], order) {136			t.Errorf("Error in GetAllOrders")137		}138	}139	newOrder := newTO("00005", 6, 11030, 20, types.SELL, types.GTE, 993)140	if keeper.Remove(ctx, newOrder) == nil {141		t.Errorf("Error in Remove")142	}143	orders1 := keeper.GetOlderThan(ctx, 997)144	if !(sameTO(orders1[0], orders[5]) && sameTO(orders1[1], orders[2]) && sameTO(orders1[2], orders[4])) {145		t.Errorf("Error in GetOlderThan")146	}147	orders2 := keeper.GetOrdersAtHeight(ctx, 998)148	if !(sameTO(orders2[0], orders[0]) && sameTO(orders2[1], orders[1])) {149		t.Errorf("Error in GetOrdersAtHeight")150	}151	orders3 := keeper.GetOrdersAtHeight(ctx, 1000)152	if orders3 != nil {153		t.Errorf("Error in GetOrdersAtHeight")...

compare_ops_test.go

Source:compare_ops_test.go

1// Copyright 2020 Dolthub, Inc.2//3// Licensed under the Apache License, Version 2.0 (the "License");4// you may not use this file except in compliance with the License.5// You may obtain a copy of the License at6//7//     http://www.apache.org/licenses/LICENSE-2.08//9// Unless required by applicable law or agreed to in writing, software10// distributed under the License is distributed on an "AS IS" BASIS,11// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.12// See the License for the specific language governing permissions and13// limitations under the License.14package expreval15import (16	"testing"17	"time"18	"github.com/stretchr/testify/assert"19	"github.com/stretchr/testify/require"20	"github.com/dolthub/dolt/go/store/types"21)22func getMustBool(t *testing.T) func(bool, error) bool {23	return func(b bool, e error) bool {24		require.NoError(t, e)25		return b26	}27}28var jan11990 = time.Date(1990, 1, 1, 0, 0, 0, 0, time.UTC)29func TestCompareNomsValues(t *testing.T) {30	tests := []struct {31		name string32		v1   types.Value33		v2   types.Value34		gt   bool35		gte  bool36		lt   bool37		lte  bool38		eq   bool39	}{40		{41			name: "int 1 and int 1",42			v1:   types.Int(1),43			v2:   types.Int(1),44			gt:   false,45			gte:  true,46			lt:   false,47			lte:  true,48			eq:   true,49		},50		{51			name: "int -1 and int -1",52			v1:   types.Int(-1),53			v2:   types.Int(1),54			gt:   false,55			gte:  false,56			lt:   true,57			lte:  true,58			eq:   false,59		},60		{61			name: "int 0 int -5",62			v1:   types.Int(0),63			v2:   types.Int(-5),64			gt:   true,65			gte:  true,66			lt:   false,67			lte:  false,68			eq:   false,69		},70	}71	eqOp := EqualsOp{}72	gtOp := GreaterOp{}73	gteOp := GreaterEqualOp{}74	ltOp := LessOp{}75	lteOp := LessEqualOp{}76	for _, test := range tests {77		t.Run(test.name, func(t *testing.T) {78			mustBool := getMustBool(t)79			resEq := mustBool(eqOp.CompareNomsValues(test.v1, test.v2))80			resGt := mustBool(gtOp.CompareNomsValues(test.v1, test.v2))81			resGte := mustBool(gteOp.CompareNomsValues(test.v1, test.v2))82			resLt := mustBool(ltOp.CompareNomsValues(test.v1, test.v2))83			resLte := mustBool(lteOp.CompareNomsValues(test.v1, test.v2))84			assert.True(t, resEq == test.eq, "equals failure. Expected: %t Actual %t", test.lte, resLte)85			assert.True(t, resGt == test.gt, "greater failure. Expected: %t Actual %t", test.lte, resLte)86			assert.True(t, resGte == test.gte, "greater equals failure. Expected: %t Actual %t", test.lte, resLte)87			assert.True(t, resLt == test.lt, "less than failure. Expected: %t Actual %t", test.lte, resLte)88			assert.True(t, resLte == test.lte, "less than equals failure. Expected: %t Actual %t", test.lte, resLte)89		})90	}91}92func assertOnUnexpectedErr(t *testing.T, expectErr bool, err error) {93	if expectErr {94		assert.Error(t, err)95	} else {96		assert.NoError(t, err)97	}98}99func TestCompareToNull(t *testing.T) {100	tests := []struct {101		name string102		v    types.Value103		gt   bool104		gte  bool105		lt   bool106		lte  bool107		eq   bool108	}{109		{110			name: "nil not equal to nil",111			v:    types.NullValue,112			gt:   false,113			gte:  false,114			lt:   false,115			lte:  false,116			eq:   false,117		},118		{119			name: "not nil",120			v:    types.Int(5),121			gt:   false,122			gte:  false,123			lt:   false,124			lte:  false,125			eq:   false,126		},127	}128	eqOp := EqualsOp{}129	gtOp := GreaterOp{}130	gteOp := GreaterEqualOp{}131	ltOp := LessOp{}132	lteOp := LessEqualOp{}133	for _, test := range tests {134		t.Run(test.name, func(t *testing.T) {135			mustBool := getMustBool(t)136			resEq := mustBool(eqOp.CompareToNil(test.v))137			resGt := mustBool(gtOp.CompareToNil(test.v))138			resGte := mustBool(gteOp.CompareToNil(test.v))139			resLt := mustBool(ltOp.CompareToNil(test.v))140			resLte := mustBool(lteOp.CompareToNil(test.v))141			assert.True(t, resEq == test.eq, "equals failure. Expected: %t Actual %t", test.lte, resLte)142			assert.True(t, resGt == test.gt, "greater failure. Expected: %t Actual %t", test.lte, resLte)143			assert.True(t, resGte == test.gte, "greater equals failure. Expected: %t Actual %t", test.lte, resLte)144			assert.True(t, resLt == test.lt, "less than failure. Expected: %t Actual %t", test.lte, resLte)145			assert.True(t, resLte == test.lte, "less than equals failure. Expected: %t Actual %t", test.lte, resLte)146		})147	}148}...

GTE

Using AI Code Generation

1import (2func main() {3    c := cron.New()4    c.AddFunc("0 0 0 * * *", func() { fmt.Println("Every day at midnight") })5    c.AddFunc("@hourly", func() { fmt.Println("Every hour") })6    c.AddFunc("@every 1h30m", func() { fmt.Println("Every hour thirty") })7    c.Start()8    select {}9}10import (11func main() {12    c := cron.New()13    c.AddFunc("0 0 0 * * *", func() { fmt.Println("Every day at midnight") })14    c.AddFunc("@hourly", func() { fmt.Println("Every hour") })15    c.AddFunc("@every 1h30m", func() { fmt.Println("Every hour thirty") })16    c.Start()17    select {}18}19import (20func main() {21    c := cron.New()22    c.AddFunc("0 0 0 * * *", func() { fmt.Println("Every day at midnight") })23    c.AddFunc("@hourly", func() { fmt.Println("Every hour") })24    c.AddFunc("@every 1h30m", func() { fmt.Println("Every hour thirty") })25    c.Start()26    select {}27}28import (29func main() {30    c := cron.New()31    c.AddFunc("0 0 0 * * *", func() { fmt.Println("Every day at midnight") })32    c.AddFunc("@hourly", func() { fmt.Println("Every hour") })33    c.AddFunc("@every 1h30m", func() { fmt.Println("Every hour thirty") })34    c.Start()35    select {}36}37import (

GTE

Using AI Code Generation

1import (2func main() {3	q := queue.New(2)4	q.Put(1)5	q.Put(2)6	q.Put(3)7	fmt.Println(q.Get())8	fmt.Println(q.Get())9	fmt.Println(q.Get())10	fmt.Println(q.Empty())11}12import (13func main() {14	q := queue.New(2)15	q.Put(1)16	q.Put(2)17	q.Put(3)18	fmt.Println(q.Get())19	fmt.Println(q.Get())20	fmt.Println(q.Get())21	fmt.Println(q.Empty())22}23import (24func main() {25	q := queue.New(2)26	q.Put(1)27	q.Put(2)28	q.Put(3)29	fmt.Println(q.Get())30	fmt.Println(q.Get())31	fmt.Println(q.Get())32	fmt.Println(q.Empty())33}34import (

GTE

Using AI Code Generation

1import (2func main() {3    valid := validation.Validation{}4    valid.GTE(a, b, "a").Message("a must be greater than or equal to b")5    fmt.Println(valid.HasErrors())6    fmt.Println(valid.Errors[0].Key)7    fmt.Println(valid.Errors[0].Message)8}9valid.GTE(len(str), 10, "str").Message("the length of str must be greater than or equal to 10")10import (11func main() {12    valid := validation.Validation{}13    valid.GTE(a, b, "a").Message("a must be greater than or equal to b")14    fmt.Println(valid.HasErrors())15    fmt.Println(valid.Errors[0].Key)16    fmt.Println(valid.Errors[0].Message)17}18import (19func main() {20    valid := validation.Validation{}21    valid.GTE(a, b, "a").Message("a must be greater than or equal to b")22    fmt.Println(valid.HasErrors())

GTE

Using AI Code Generation

1import (2func main() {3	fmt.Println(reflect.TypeOf(var1).Name(), "is greater than or equal to", reflect.TypeOf(var2).Name(), ":", reflect.TypeOf(var1).Name() >= reflect.TypeOf(var2).Name())4	fmt.Println(reflect.TypeOf(var3).Name(), "is greater than or equal to", reflect.TypeOf(var4).Name(), ":", reflect.TypeOf(var3).Name() >= reflect.TypeOf(var4).Name())5	fmt.Println(reflect.TypeOf(var5).Name(), "is greater than or equal to", reflect.TypeOf(var6).Name(), ":", reflect.TypeOf(var5).Name() >= reflect.TypeOf(var6).Name())6}7import (8func main() {9	fmt.Println(reflect.TypeOf(var1).Name(), "is less than or equal to", reflect.TypeOf(var2).Name(), ":", reflect.TypeOf(var1).Name() <= reflect.TypeOf(var2).Name())10	fmt.Println(reflect.TypeOf(var3).Name(), "is less than or equal to", reflect.TypeOf(var4).Name(), ":", reflect.TypeOf(var3).Name() <= reflect.TypeOf(var4).Name())11	fmt.Println(reflect.TypeOf(var

GTE

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4	fmt.Println(reflect.TypeOf(a), reflect.TypeOf(b), reflect.TypeOf(c))5	fmt.Println(reflect.ValueOf(a).Type(), reflect.ValueOf(b).Type(), reflect.ValueOf(c).Type())6	fmt.Println(reflect.ValueOf(a).Kind(), reflect.ValueOf(b).Kind(), reflect.ValueOf(c).Kind())7	fmt.Println(reflect.ValueOf(a).Float(), reflect.ValueOf(b).Float(), reflect.ValueOf(c).Float())8	fmt.Println(reflect.ValueOf(a).Interface(), reflect.ValueOf(b).Interface(), reflect.ValueOf(c).Interface())9	fmt.Println(reflect.ValueOf(a).Float() > reflect.ValueOf(b).Float())10	fmt.Println(reflect.ValueOf(b).Float() > reflect.ValueOf(c).Float())11}

GTE

Using AI Code Generation

1import (2type Person struct {3}4type Pet struct {5}6type User struct {7}8func main() {9	u1 := User{10		Person: Person{11		},12		Pets: []Pet{13			{14			},15			{16			},17		},18		Persons: []Person{19			{20			},21			{22			},23		},24	}25	u2 := User{26		Person: Person{27		},28		Pets: []Pet{29			{30			},31			{32			},33		},34		Persons: []Person{35			{36			},37			{38			},39		},40	}41	fmt.Println(reflect.DeepEqual(u1, u2))42	fmt.Println(u1 != u2)43	fmt.Println(u1 == u2)44}45import (

GTE

Using AI Code Generation

1import (2func main() {3	a.SetString("2.5")4	b.SetString("2.5")5	fmt.Println(a.GTE(&b))6}7import (8func main() {9	a.SetString("2.5")10	b.SetString("3.5")11	fmt.Println(a.GTE(&b))12}13import (14func main() {15	a.SetString("2.5")16	b.SetString("2.5")17	fmt.Println(a.GTE(&b))18}19import (20func main() {

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