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td
populateExpectedEntries

How to use populateExpectedEntries method of td Package

Best Go-testdeep code snippet using td.populateExpectedEntries

td_json.go

Source:td_json.go

...915		m.err = ctxerr.OpBad("SubJSONOf", "SubJSONOf() only accepts JSON objects {â¦}")916		return m917	}918	m.expected = reflect.ValueOf(v)919	m.populateExpectedEntries(nil, m.expected)920	return m921}922// summary(SuperJSONOf): compares struct or map against JSON923// representation but with potentially extra entries924// input(SuperJSONOf): map,struct,ptr(ptr on map/struct)925// SuperJSONOf operator allows to compare the JSON representation of926// data against expectedJSON. Unlike JSON operator, marshaled data927// must be a JSON object/map (aka {â¦}). expectedJSON can be a:928//929//   - string containing JSON data like `{"fullname":"Bob","age":42}`930//   - string containing a JSON filename, ending with ".json" (its931//     content is [os.ReadFile] before unmarshaling)932//   - []byte containing JSON data933//   - [io.Reader] stream containing JSON data (is [io.ReadAll] before934//     unmarshaling)935//936// JSON data contained in expectedJSON must be a JSON object/map937// (aka {â¦}) too. During a match, each expected entry should match in938// the compared map. But some entries in the compared map may not be939// expected.940//941//	type MyStruct struct {942//	  Name string `json:"name"`943//	  Age  int    `json:"age"`944//	  City string `json:"city"`945//	}946//	got := MyStruct{947//	  Name: "Bob",948//	  Age:  42,949//	  City: "TestCity",950//	}951//	td.Cmp(t, got, td.SuperJSONOf(`{"name": "Bob", "age": 42}`))  // succeeds952//	td.Cmp(t, got, td.SuperJSONOf(`{"name": "Bob", "zip": 666}`)) // fails, miss "zip"953//954// expectedJSON JSON value can contain placeholders. The params are955// for any placeholder parameters in expectedJSON. params can contain956// [TestDeep] operators as well as raw values. A placeholder can be957// numeric like $2 or named like $name and always references an item958// in params.959//960// Numeric placeholders reference the n'th "operators" item (starting961// at 1). Named placeholders are used with [Tag] operator as follows:962//963//	td.Cmp(t, gotValue,964//	  SuperJSONOf(`{"fullname": $name, "age": $2, "gender": $3}`,965//	    td.Tag("name", td.HasPrefix("Foo")), // matches $1 and $name966//	    td.Between(41, 43),                  // matches only $2967//	    "male"))                             // matches only $3968//969// Note that placeholders can be double-quoted as in:970//971//	td.Cmp(t, gotValue,972//	  td.SuperJSONOf(`{"fullname": "$name", "age": "$2", "gender": "$3"}`,973//	    td.Tag("name", td.HasPrefix("Foo")), // matches $1 and $name974//	    td.Between(41, 43),                  // matches only $2975//	    "male"))                             // matches only $3976//977// It makes no difference whatever the underlying type of the replaced978// item is (= double quoting a placeholder matching a number is not a979// problem). It is just a matter of taste, double-quoting placeholders980// can be preferred when the JSON data has to conform to the JSON981// specification, like when used in a ".json" file.982//983// SuperJSONOf does its best to convert back the JSON corresponding to a984// placeholder to the type of the placeholder or, if the placeholder985// is an operator, to the type behind the operator. Allowing to do986// things like:987//988//	td.Cmp(t, gotValue,989//	  td.SuperJSONOf(`{"foo":$1}`, []int{1, 2, 3, 4}))990//	td.Cmp(t, gotValue,991//	  td.SuperJSONOf(`{"foo":$1}`, []any{1, 2, td.Between(2, 4), 4}))992//	td.Cmp(t, gotValue,993//	  td.SuperJSONOf(`{"foo":$1}`, td.Between(27, 32)))994//995// Of course, it does this conversion only if the expected type can be996// guessed. In the case the conversion cannot occur, data is compared997// as is, in its freshly unmarshaled JSON form (so as bool, float64,998// string, []any, map[string]any or simply nil).999//1000// Note expectedJSON can be a []byte, JSON filename or [io.Reader]:1001//1002//	td.Cmp(t, gotValue, td.SuperJSONOf("file.json", td.Between(12, 34)))1003//	td.Cmp(t, gotValue, td.SuperJSONOf([]byte(`[1, $1, 3]`), td.Between(12, 34)))1004//	td.Cmp(t, gotValue, td.SuperJSONOf(osFile, td.Between(12, 34)))1005//1006// A JSON filename ends with ".json".1007//1008// To avoid a legit "$" string prefix causes a bad placeholder error,1009// just double it to escape it. Note it is only needed when the "$" is1010// the first character of a string:1011//1012//	td.Cmp(t, gotValue,1013//	  td.SuperJSONOf(`{"fullname": "$name", "details": "$$info", "age": $2}`,1014//	    td.Tag("name", td.HasPrefix("Foo")), // matches $1 and $name1015//	    td.Between(41, 43)))                 // matches only $21016//1017// For the "details" key, the raw value "$info" is expected, no1018// placeholders are involved here.1019//1020// Note that [Lax] mode is automatically enabled by SuperJSONOf operator to1021// simplify numeric tests.1022//1023// Comments can be embedded in JSON data:1024//1025//	td.Cmp(t, gotValue,1026//	  td.SuperJSONOf(`1027//	{1028//	  // A guy properties:1029//	  "fullname": "$name",  // The full name of the guy1030//	  "details":  "$$info", // Literally "$info", thanks to "$" escape1031//	  "age":      $2        /* The age of the guy:1032//	                           - placeholder unquoted, but could be without1033//	                             any change1034//	                           - to demonstrate a multi-lines comment */1035//	}`,1036//	    td.Tag("name", td.HasPrefix("Foo")), // matches $1 and $name1037//	    td.Between(41, 43)))                 // matches only $21038//1039// Comments, like in go, have 2 forms. To quote the Go language specification:1040//   - line comments start with the character sequence // and stop at the1041//     end of the line.1042//   - multi-lines comments start with the character sequence /* and stop1043//     with the first subsequent character sequence */.1044//1045// Other JSON divergences:1046//   - ',' can precede a '}' or a ']' (as in go);1047//   - strings can contain non-escaped \n, \r and \t;1048//   - raw strings are accepted (r{raw}, r!raw!, â¦), see below;1049//   - int_lit & float_lit numbers as defined in go spec are accepted;1050//   - numbers can be prefixed by '+'.1051//1052// Most operators can be directly embedded in SuperJSONOf without requiring1053// any placeholder. If an operators does not take any parameter, the1054// parenthesis can be omitted.1055//1056//	td.Cmp(t, gotValue,1057//	  td.SuperJSONOf(`1058//	{1059//	  "fullname": HasPrefix("Foo"),1060//	  "age":      Between(41, 43),1061//	  "details":  SuperMapOf({1062//	    "address": NotEmpty, // () are optional when no parameters1063//	    "car":     Any("Peugeot", "Tesla", "Jeep") // any of these1064//	  })1065//	}`))1066//1067// Placeholders can be used anywhere, even in operators parameters as in:1068//1069//	td.Cmp(t, gotValue, td.SuperJSONOf(`{"fullname": HasPrefix($1)}`, "Zip"))1070//1071// A few notes about operators embedding:1072//   - [SubMapOf] and [SuperMapOf] take only one parameter, a JSON object;1073//   - the optional 3rd parameter of [Between] has to be specified as a string1074//     and can be: "[]" or "BoundsInIn" (default), "[[" or "BoundsInOut",1075//     "]]" or "BoundsOutIn", "][" or "BoundsOutOut";1076//   - not all operators are embeddable only the following are: [All],1077//     [Any], [ArrayEach], [Bag], [Between], [Contains],1078//     [ContainsKey], [Empty], [First], [Grep], [Gt], [Gte],1079//     [HasPrefix], [HasSuffix], [Ignore], [JSONPointer], [Keys],1080//     [Last], [Len], [Lt], [Lte], [MapEach], [N], [NaN], [Nil],1081//     [None], [Not], [NotAny], [NotEmpty], [NotNaN], [NotNil],1082//     [NotZero], [Re], [ReAll], [Set], [SubBagOf], [SubMapOf],1083//     [SubSetOf], [SuperBagOf], [SuperMapOf], [SuperSetOf], [Values]1084//     and [Zero].1085//1086// It is also possible to embed operators in JSON strings. This way,1087// the JSON specification can be fulfilled. To avoid collision with1088// possible strings, just prefix the first operator name with1089// "$^". The previous example becomes:1090//1091//	td.Cmp(t, gotValue,1092//	  td.SuperJSONOf(`1093//	{1094//	  "fullname": "$^HasPrefix(\"Foo\")",1095//	  "age":      "$^Between(41, 43)",1096//	  "details":  "$^SuperMapOf({1097//	    \"address\": NotEmpty, // () are optional when no parameters1098//	    \"car\":     Any(\"Peugeot\", \"Tesla\", \"Jeep\") // any of these1099//	  })"1100//	}`))1101//1102// As you can see, in this case, strings in strings have to be1103// escaped. Fortunately, newlines are accepted, but unfortunately they1104// are forbidden by JSON specification. To avoid too much escaping,1105// raw strings are accepted. A raw string is a "r" followed by a1106// delimiter, the corresponding delimiter closes the string. The1107// following raw strings are all the same as "foo\\bar(\"zip\")!":1108//   - r'foo\bar"zip"!'1109//   - r,foo\bar"zip"!,1110//   - r%foo\bar"zip"!%1111//   - r(foo\bar("zip")!)1112//   - r{foo\bar("zip")!}1113//   - r[foo\bar("zip")!]1114//   - r<foo\bar("zip")!>1115//1116// So non-bracketing delimiters use the same character before and1117// after, but the 4 sorts of ASCII brackets (round, angle, square,1118// curly) all nest: r[x[y]z] equals "x[y]z". The end delimiter cannot1119// be escaped.1120//1121// With raw strings, the previous example becomes:1122//1123//	td.Cmp(t, gotValue,1124//	  td.SuperJSONOf(`1125//	{1126//	  "fullname": "$^HasPrefix(r<Foo>)",1127//	  "age":      "$^Between(41, 43)",1128//	  "details":  "$^SuperMapOf({1129//	    r<address>: NotEmpty, // () are optional when no parameters1130//	    r<car>:     Any(r<Peugeot>, r<Tesla>, r<Jeep>) // any of these1131//	  })"1132//	}`))1133//1134// Note that raw strings are accepted anywhere, not only in original1135// JSON strings.1136//1137// To be complete, $^ can prefix an operator even outside a1138// string. This is accepted for compatibility purpose as the first1139// operator embedding feature used this way to embed some operators.1140//1141// So the following calls are all equivalent:1142//1143//	td.Cmp(t, gotValue, td.SuperJSONOf(`{"id": $1}`, td.NotZero()))1144//	td.Cmp(t, gotValue, td.SuperJSONOf(`{"id": NotZero}`))1145//	td.Cmp(t, gotValue, td.SuperJSONOf(`{"id": NotZero()}`))1146//	td.Cmp(t, gotValue, td.SuperJSONOf(`{"id": $^NotZero}`))1147//	td.Cmp(t, gotValue, td.SuperJSONOf(`{"id": $^NotZero()}`))1148//	td.Cmp(t, gotValue, td.SuperJSONOf(`{"id": "$^NotZero"}`))1149//	td.Cmp(t, gotValue, td.SuperJSONOf(`{"id": "$^NotZero()"}`))1150//1151// As for placeholders, there is no differences between $^NotZero and1152// "$^NotZero".1153//1154// TypeBehind method returns the map[string]any type.1155//1156// See also [JSON], [JSONPointer] and [SubJSONOf].1157func SuperJSONOf(expectedJSON any, params ...any) TestDeep {1158	m := &tdMapJSON{1159		tdMap: tdMap{1160			tdExpectedType: tdExpectedType{1161				base:         newBase(3),1162				expectedType: reflect.TypeOf((map[string]any)(nil)),1163			},1164			kind: superMap,1165		},1166	}1167	v, err := newJSONUnmarshaler(m.GetLocation()).unmarshal(expectedJSON, params)1168	if err != nil {1169		m.err = err1170		return m1171	}1172	_, ok := v.(map[string]any)1173	if !ok {1174		m.err = ctxerr.OpBad("SuperJSONOf", "SuperJSONOf() only accepts JSON objects {â¦}")1175		return m1176	}1177	m.expected = reflect.ValueOf(v)1178	m.populateExpectedEntries(nil, m.expected)1179	return m1180}1181func (m *tdMapJSON) Match(ctx ctxerr.Context, got reflect.Value) *ctxerr.Error {1182	if m.err != nil {1183		return ctx.CollectError(m.err)1184	}1185	err := gotViaJSON(ctx, &got)1186	if err != nil {1187		return ctx.CollectError(err)1188	}1189	// nil case1190	if !got.IsValid() {1191		if ctx.BooleanError {1192			return ctxerr.BooleanError...

td_array.go

Source:td_array.go

...57		}58		a.isPtr = true59		if vmodel.IsNil() {60			a.expectedType = vmodel.Type().Elem()61			a.populateExpectedEntries(expectedEntries, reflect.Value{})62			return &a63		}64		vmodel = vmodel.Elem()65		fallthrough66	case kindIsOK(vk):67		a.expectedType = vmodel.Type()68		a.populateExpectedEntries(expectedEntries, vmodel)69		return &a70	}71	switch kind {72	case arrayArray:73		a.err = ctxerr.OpBadUsage("Array",74			"(ARRAY|&ARRAY, EXPECTED_ENTRIES)", model, 1, true)75	case arraySlice:76		a.err = ctxerr.OpBadUsage("Slice",77			"(SLICE|&SLICE, EXPECTED_ENTRIES)", model, 1, true)78	default: // arraySuper79		a.err = ctxerr.OpBadUsage("SuperSliceOf",80			"(ARRAY|&ARRAY|SLICE|&SLICE, EXPECTED_ENTRIES)", model, 1, true)81	}82	return &a83}84// summary(Array): compares the contents of an array or a pointer on an array85// input(Array): array,ptr(ptr on array)86// Array operator compares the contents of an array or a pointer on an87// array against the values of model and the values of88// expectedEntries. Entries with zero values of model are ignored89// if the same entry is present in expectedEntries, otherwise they90// are taken into account. An entry cannot be present in both model91// and expectedEntries, except if it is a zero-value in model. At92// the end, all entries are checked. To check only some entries of an93// array, see [SuperSliceOf] operator.94//95// model must be the same type as compared data.96//97// expectedEntries can be nil, if no zero entries are expected and98// no [TestDeep] operators are involved.99//100//	got := [3]int{12, 14, 17}101//	td.Cmp(t, got, td.Array([3]int{0, 14}, td.ArrayEntries{0: 12, 2: 17})) // succeeds102//	td.Cmp(t, &got,103//	  td.Array(&[3]int{0, 14}, td.ArrayEntries{0: td.Gt(10), 2: td.Gt(15)})) // succeeds104//105// TypeBehind method returns the [reflect.Type] of model.106//107// See also [Slice] and [SuperSliceOf].108func Array(model any, expectedEntries ArrayEntries) TestDeep {109	return newArray(arrayArray, model, expectedEntries)110}111// summary(Slice): compares the contents of a slice or a pointer on a slice112// input(Slice): slice,ptr(ptr on slice)113// Slice operator compares the contents of a slice or a pointer on a114// slice against the values of model and the values of115// expectedEntries. Entries with zero values of model are ignored116// if the same entry is present in expectedEntries, otherwise they117// are taken into account. An entry cannot be present in both model118// and expectedEntries, except if it is a zero-value in model. At119// the end, all entries are checked. To check only some entries of a120// slice, see [SuperSliceOf] operator.121//122// model must be the same type as compared data.123//124// expectedEntries can be nil, if no zero entries are expected and125// no [TestDeep] operators are involved.126//127//	got := []int{12, 14, 17}128//	td.Cmp(t, got, td.Slice([]int{0, 14}, td.ArrayEntries{0: 12, 2: 17})) // succeeds129//	td.Cmp(t, &got,130//	  td.Slice(&[]int{0, 14}, td.ArrayEntries{0: td.Gt(10), 2: td.Gt(15)})) // succeeds131//132// TypeBehind method returns the [reflect.Type] of model.133//134// See also [Array] and [SuperSliceOf].135func Slice(model any, expectedEntries ArrayEntries) TestDeep {136	return newArray(arraySlice, model, expectedEntries)137}138// summary(SuperSliceOf): compares the contents of a slice, a pointer139// on a slice, an array or a pointer on an array but with potentially140// some extra entries141// input(SuperSliceOf): array,slice,ptr(ptr on array/slice)142// SuperSliceOf operator compares the contents of an array, a pointer143// on an array, a slice or a pointer on a slice against the non-zero144// values of model (if any) and the values of expectedEntries. So145// entries with zero value of model are always ignored. If a zero146// value check is needed, this zero value has to be set in147// expectedEntries. An entry cannot be present in both model and148// expectedEntries, except if it is a zero-value in model. At the149// end, only entries present in expectedEntries and non-zero ones150// present in model are checked. To check all entries of an array151// see [Array] operator. To check all entries of a slice see [Slice]152// operator.153//154// model must be the same type as compared data.155//156// expectedEntries can be nil, if no zero entries are expected and157// no [TestDeep] operators are involved.158//159// Works with slices:160//161//	got := []int{12, 14, 17}162//	td.Cmp(t, got, td.SuperSliceOf([]int{12}, nil))                                // succeeds163//	td.Cmp(t, got, td.SuperSliceOf([]int{12}, td.ArrayEntries{2: 17}))             // succeeds164//	td.Cmp(t, &got, td.SuperSliceOf(&[]int{0, 14}, td.ArrayEntries{2: td.Gt(16)})) // succeeds165//166// and arrays:167//168//	got := [5]int{12, 14, 17, 26, 56}169//	td.Cmp(t, got, td.SuperSliceOf([5]int{12}, nil))                                // succeeds170//	td.Cmp(t, got, td.SuperSliceOf([5]int{12}, td.ArrayEntries{2: 17}))             // succeeds171//	td.Cmp(t, &got, td.SuperSliceOf(&[5]int{0, 14}, td.ArrayEntries{2: td.Gt(16)})) // succeeds172//173// See also [Array] and [Slice].174func SuperSliceOf(model any, expectedEntries ArrayEntries) TestDeep {175	return newArray(arraySuper, model, expectedEntries)176}177func (a *tdArray) populateExpectedEntries(expectedEntries ArrayEntries, expectedModel reflect.Value) {178	// Compute highest expected index179	maxExpectedIdx := -1180	for index := range expectedEntries {181		if index > maxExpectedIdx {182			maxExpectedIdx = index183		}184	}185	var numEntries int186	array := a.expectedType.Kind() == reflect.Array187	if array {188		numEntries = a.expectedType.Len()189		if numEntries <= maxExpectedIdx {190			a.err = ctxerr.OpBad(191				a.GetLocation().Func,...

td_map.go

Source:td_map.go

...49		}50		m.isPtr = true51		if vmodel.IsNil() {52			m.expectedType = vmodel.Type().Elem()53			m.populateExpectedEntries(entries, reflect.Value{})54			return &m55		}56		vmodel = vmodel.Elem()57		fallthrough58	case reflect.Map:59		m.expectedType = vmodel.Type()60		m.populateExpectedEntries(entries, vmodel)61		return &m62	}63	m.err = ctxerr.OpBadUsage(64		m.GetLocation().Func, "(MAP|&MAP, EXPECTED_ENTRIES)",65		model, 1, true)66	return &m67}68func (m *tdMap) populateExpectedEntries(entries MapEntries, expectedModel reflect.Value) {69	var keysInModel int70	if expectedModel.IsValid() {71		keysInModel = expectedModel.Len()72	}73	m.expectedEntries = make([]mapEntryInfo, 0, keysInModel+len(entries))74	checkedEntries := make(map[any]bool, len(entries))75	keyType := m.expectedType.Key()76	valueType := m.expectedType.Elem()77	var entryInfo mapEntryInfo78	for key, expectedValue := range entries {79		vkey := reflect.ValueOf(key)80		if !vkey.Type().AssignableTo(keyType) {81			m.err = ctxerr.OpBad(82				m.GetLocation().Func,...

populateExpectedEntries

Using AI Code Generation

1import (2type Entry struct {3}4type TreeDiff struct {5}6func NewTreeDiff() *TreeDiff {7    return &TreeDiff{}8}9func (td *TreeDiff) PopulateExpectedEntries(root string) error {10    return td.populateEntries(root, &td.expectedEntries)11}12func (td *TreeDiff) PopulateActualEntries(root string) error {13    return td.populateEntries(root, &td.actualEntries)14}15func (td *TreeDiff) CompareEntries() {16    fmt.Println("Comparing expected and actual entries")17    fmt.Println("Expected entries:", td.expectedEntries)18    fmt.Println("Actual entries  :", td.actualEntries)19}20func (td *TreeDiff) populateEntries(root string, entries *[]Entry) error {21    return filepath.Walk(root, func(path string, info os.FileInfo, err error) error {22        if err != nil {23        }24        *entries = append(*entries, Entry{name: info.Name(), isDir: info.IsDir()})25    })26}27func main() {28    td := NewTreeDiff()29    err := td.PopulateExpectedEntries("testdata/expected")30    if err != nil {31        log.Fatal(err)32    }33    err = td.PopulateActualEntries("testdata/actual")34    if err != nil {35        log.Fatal(err)36    }37    td.CompareEntries()38}39Expected entries: [{2.go false} {1.go false} {expected false}]40Actual entries  : [{1.go false} {2.go false} {actual false}]

populateExpectedEntries

Using AI Code Generation

1import (2type td struct {3}4type entry struct {5}6func (t *td) populateExpectedEntries() {7	for i := 0; i < 10; i++ {8		t.entries = append(t.entries, entry{t: time.Now()})9	}10}11func main() {12	t := td{}13	t.populateExpectedEntries()14	fmt.Println(t.entries)15}16[{{2019-12-18 13:35:08.111 +0530 IST m=+0.000000001} {2019-12-18 13:35:08.111 +0530 IST m=+0.000000001} {2019-12-18 13:35:08.111 +0530 IST m=+0.000000001} {2019-12-18 13:35:08.111 +0530 IST m=+0.000000001} {2019-12-18 13:35:08.111 +0530 IST m=+0.000000001} {2019-12-18 13:35:08.111 +0530 IST m=+0.000000001} {2019-12-18 13:35:08.111 +0530 IST m=+0.000000001} {2019-12-18 13:35:08.111 +0530 IST m=+0.000000001} {2019-12-18 13:35:08.111 +0530 IST m=+0.000000001} {2019-12-18 13:35:08.111 +0530 IST m=+0.000000001}]]

populateExpectedEntries

Using AI Code Generation

1import (2func main() {3	td := new(Td)4	td.populateExpectedEntries()5	fmt.Println(td.expectedEntries)6}7import (8func main() {9	td := new(Td)10	td.populateExpectedEntries()11	fmt.Println(td.expectedEntries)12}13import (14func main() {15	td := new(Td)16	td.populateExpectedEntries()17	fmt.Println(td.expectedEntries)18}19import (20func main() {21	td := new(Td)22	td.populateExpectedEntries()23	fmt.Println(td.expectedEntries)24}25import (26func main() {27	td := new(Td)28	td.populateExpectedEntries()29	fmt.Println(td.expectedEntries)30}31import (32func main() {33	td := new(Td)34	td.populateExpectedEntries()35	fmt.Println(td.expectedEntries)36}37import (38func main() {39	td := new(Td)40	td.populateExpectedEntries()41	fmt.Println(td.expectedEntries)42}43import (44func main() {45	td := new(Td)46	td.populateExpectedEntries()47	fmt.Println(td.expectedEntries)48}49import (50func main() {51	td := new(Td)52	td.populateExpectedEntries()53	fmt.Println(td.expectedEntries)54}55import (56func main() {57	td := new(Td

populateExpectedEntries

Using AI Code Generation

1func main() {2	td := new(treediff)3	td.populateExpectedEntries()4}5func main() {6	td.populateExpectedEntries()7}8func main() {9	td.populateExpectedEntries()10}11func main() {12	td.populateExpectedEntries()13}14func main() {15	td.populateExpectedEntries()16}17func main() {18	td.populateExpectedEntries()19}20func main() {21	td.populateExpectedEntries()22}23func main() {24	td.populateExpectedEntries()25}26func main() {27	td.populateExpectedEntries()28}29func main() {30	td.populateExpectedEntries()31}32func main() {33	td.populateExpectedEntries()34}35func main() {36	td.populateExpectedEntries()37}38func main() {39	td.populateExpectedEntries()40}41func main() {42	td.populateExpectedEntries()43}44func main() {

populateExpectedEntries

Using AI Code Generation

1import (2type td struct {3}4func (t td) populateExpectedEntries() []string {5	return []string{"A", "B", "C", "D", "E"}6}7func main() {8	t := td{}9	fmt.Println(t.populateExpectedEntries())10}11import (12type td struct {13}14func (t td) populateExpectedEntries() []string {15	return []string{"A", "B", "C", "D", "E"}16}17func main() {18	t := td{}19	fmt.Println(t.populateExpectedEntries())20}21import (22type td struct {23}24func (t td) populateExpectedEntries() []string {25	return []string{"A", "B", "C", "D", "E"}26}27func main() {28	t := td{}29	fmt.Println(t.populateExpectedEntries())30}31import (32type td struct {33}34func (t td) populateExpectedEntries() []string {35	return []string{"A", "B", "C", "D", "E"}36}37func main() {38	t := td{}39	fmt.Println(t.populateExpectedEntries())40}41import (42type td struct {43}44func (t td) populateExpectedEntries() []string {45	return []string{"A", "B", "C", "D", "E"}46}47func main() {48	t := td{}49	fmt.Println(t.populateExpectedEntries())50}

populateExpectedEntries

Using AI Code Generation

1import (2func main() {3	type td struct {4	}5	populateExpectedEntries := func(tds []td, times []time.Time) []time.Time {6		tds[0].entries = make(map[time.Time]bool)7		for _, t := range times {8		}9		expected := make([]time.Time, 0, len(tds[0].entries))10		for t := range tds[0].entries {11			expected = append(expected, t)12		}13		sort.Slice(expected, func(i, j int) bool {14			return expected[i].Before(expected[j])15		})16		fmt.Println(expected)17	}18	tds := make([]td, 1)19	times := []time.Time{20		time.Date(2019, 1, 1, 1, 1, 1, 0, time.UTC),21		time.Date(2019, 1, 1, 1, 1, 2, 0, time.UTC),22		time.Date(2019, 1, 1, 1, 1, 3, 0, time.UTC),23		time.Date(2019, 1, 1, 1, 1, 4, 0, time

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