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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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Most used method in
- WrapEntryValue
- GetRawValue
- String
- MarshalJSON
- UnmarshalJSON
- GobEncode
- GobDecode
- StringRepresentation
- HasVisibility
- WithVisibility
- Is
- Add
- CombinedOutput
- Failed
- FullText
- Labels
- MatchesLabelFilter
- FileName
- LineNumber
- FailureMessage
- FailureLocation
- WithLeafNodeType
- WithState
- CountWithState
- CountOfFlakedSpecs
- IsZero
- NewEnumSupport
- UnmarshJSON
- MarshJSON
- Error
- UncaughtGinkgoPanic
- RerunningSuite
- PushingNodeInRunPhase
- CaughtPanicDuringABuildPhase
- SuiteNodeInNestedContext
- SuiteNodeDuringRunPhase
- MultipleBeforeSuiteNodes
- MultipleAfterSuiteNodes
- ginkgoErrorMultipleSuiteNodes
- InvalidDecoratorForNodeType
- InvalidDeclarationOfFocusedAndPending
- UnknownDecorator
- InvalidBodyType
- MultipleBodyFunctions
- MissingBodyFunction
- InvalidSerialNodeInNonSerialOrderedContainer
- SetupNodeNotInOrderedContainer
- DeferCleanupInvalidFunction
- PushingCleanupNodeDuringTreeConstruction
- PushingCleanupInReportingNode
- PushingCleanupInCleanupNode
- TooManyReportEntryValues
- AddReportEntryNotDuringRunPhase
- ByNotDuringRunPhase
- InvalidFileFilter
- InvalidFileFilterRegularExpression
- SyntaxErrorParsingLabelFilter
- InvalidLabel
- InvalidEmptyLabel
- MultipleEntryBodyFunctionsForTable
- InvalidEntryDescription
- IncorrectParameterTypeForTable
- TooFewParametersToTableFunction
- TooManyParametersToTableFunction
- IncorrectParameterTypeToTableFunction
- IncorrectVariadicParameterTypeToTableFunction
- AggregatedReportUnavailableDueToNodeDisappearing
- SynchronizedBeforeSuiteFailedOnProc1
- SynchronizedBeforeSuiteDisappearedOnProc1
- UnknownTypePassedToRunSpecs
- InvalidParallelTotalConfiguration
- InvalidParallelProcessConfiguration
- MissingParallelHostConfiguration
- UnreachableParallelHost
- DryRunInParallelConfiguration
- ConflictingVerbosityConfiguration
- InvalidOutputInterceptorModeConfiguration
- InvalidGoFlagCount
- InvalidGoFlagParallel
- BothRepeatAndUntilItFails
- NewDefaultSuiteConfig
- GT
- GTE
- LTE
- LT
- Verbosity
- WillGenerateReport
- NewDefaultReporterConfig
- NewDefaultCLIConfig
- ComputedProcs
- ComputedNumCompilers
- NewDefaultGoFlagsConfig
- BinaryMustBePreserved
- BuildTestSuiteFlagSet
- VetConfig
- VetAndInitializeCLIAndGoConfig
- GenerateGoTestCompileArgs
- GenerateGinkgoTestRunArgs
- GenerateGoTestRunArgs
- BuildRunCommandFlagSet
- BuildWatchCommandFlagSet
- BuildBuildCommandFlagSet
- BuildLabelsCommandFlagSet
- matchLabelAction
- matchLabelRegexAction
- notAction
- andAction
- orAction
- Precedence
- setRightNode
- setLeftNode
- firstAncestorWithPrecedenceLEQ
- firstUnmatchedOpenNode
- constructLabelFilter
- tokenString
- toString
- tokenize
- ParseLabelFilter
- ValidateAndCleanupLabel
- CopyAppend
- WithPrefix
- SubsetWithNames
- Lookup
- NewGinkgoFlagSet
- NewAttachedGinkgoFlagSet
- bindFlagSet
- WasSet
- Parse
- ValidateDeprecations
- Usage
- substituteUsage
- valueAtKeyPath
- usageForSection
- usageForFlag
- usageForGoFlag
- Set
- GenerateFlagArgs
- HasFailureState
- TimedOut
- Panicked
- Passed
- Skipped
- Pending
- PrecisionFmt
- ContentsOfLine
- NewCustomCodeLocation
- NewCodeLocation
- NewCodeLocationWithStackTrace
- PruneStack
- ParseFileFilters
- Matches
- CustomReporter
- Async
- Measure
- ParallelNode
- CurrentGinkgoTestDescription
- Convert
- Blur
- Nodot
- NewDeprecationTracker
- TrackDeprecation
- DidTrackDeprecations
- DeprecationsReport
- GreaterThanOrEqualTo
- ParseSemVer
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