How to use Report method of got Package

Best Got code snippet using got.Report

fetcher_test.go

Source:fetcher_test.go Github

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...534 files := []string{sfile1, sfile2, sfile3}535 sort.Strings(files)536 // Add n jobs537 todo := make(chan job, len(files))538 results := make(chan jobReport, len(files))539 for i, file := range files {540 todo <- job{bucket: successBucket, object: file, filename: fmt.Sprintf("sfile-%d", i)}541 }542 // Process the jobs543 go tc.gf.doWork(context.Background(), todo, results)544 // Get n reports545 var gotFiles []string546 for range files {547 report := <-results548 if report.err != nil {549 t.Errorf("file %q: report.err got %v, want nil", report.job.filename, report.err)550 }551 if _, err := os.Stat(report.finalname); os.IsNotExist(err) {552 t.Errorf("file %q: does not exist, but it should exist", report.finalname)...

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point_test.go

Source:point_test.go Github

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...34 Z.double()35 got := Z.isZero()36 want := true37 if got != want {38 test.ReportError(t, got, want)39 }40 })41 t.Run("2P=P+P", func(t *testing.T) {42 StdCurve := elliptic.P384()43 for i := 0; i < 128; i++ {44 P := randomJacobian()45 x1, y1 := P.toAffine().toInt()46 wantX, wantY := StdCurve.Double(x1, y1)47 P.double()48 gotX, gotY := P.toAffine().toInt()49 if gotX.Cmp(wantX) != 0 {50 test.ReportError(t, gotX, wantX, P)51 }52 if gotY.Cmp(wantY) != 0 {53 test.ReportError(t, gotY, wantY)54 }55 }56 })57}58func TestPointAdd(t *testing.T) {59 StdCurve := elliptic.P384()60 Q, R := &jacobianPoint{}, &jacobianPoint{}61 Z := zeroPoint().toJacobian()62 P := randomJacobian()63 t.Run("∞+∞=∞", func(t *testing.T) {64 R.add(Z, Z)65 got := R.isZero()66 want := true67 if got != want {68 test.ReportError(t, got, want)69 }70 })71 t.Run("∞+P=P", func(t *testing.T) {72 R.add(Z, P)73 gotX, gotY := R.toAffine().toInt()74 wantX, wantY := P.toAffine().toInt()75 if gotX.Cmp(wantX) != 0 {76 test.ReportError(t, gotX, wantX, P)77 }78 if gotY.Cmp(wantY) != 0 {79 test.ReportError(t, gotY, wantY, P)80 }81 })82 t.Run("P+∞=P", func(t *testing.T) {83 R.add(P, Z)84 gotX, gotY := R.toAffine().toInt()85 wantX, wantY := P.toAffine().toInt()86 if gotX.Cmp(wantX) != 0 {87 test.ReportError(t, gotX, wantX, P)88 }89 if gotY.Cmp(wantY) != 0 {90 test.ReportError(t, gotY, wantY, P)91 }92 })93 t.Run("P+(-P)=∞", func(t *testing.T) {94 *Q = *P95 Q.neg()96 R.add(P, Q)97 got := R.isZero()98 want := true99 if got != want {100 test.ReportError(t, got, want, P)101 }102 })103 t.Run("P+P=2P", func(t *testing.T) {104 // This verifies that add function cannot be used for doublings.105 for i := 0; i < 128; i++ {106 P = randomJacobian()107 R.add(P, P)108 gotX, gotY := R.toAffine().toInt()109 wantX, wantY := zeroPoint().toInt()110 if gotX.Cmp(wantX) != 0 {111 test.ReportError(t, gotX, wantX, P)112 }113 if gotY.Cmp(wantY) != 0 {114 test.ReportError(t, gotY, wantY, P)115 }116 }117 })118 t.Run("P+Q=R", func(t *testing.T) {119 for i := 0; i < 128; i++ {120 P = randomJacobian()121 Q = randomJacobian()122 x1, y1 := P.toAffine().toInt()123 x2, y2 := Q.toAffine().toInt()124 wantX, wantY := StdCurve.Add(x1, y1, x2, y2)125 R.add(P, Q)126 gotX, gotY := R.toAffine().toInt()127 if gotX.Cmp(wantX) != 0 {128 test.ReportError(t, gotX, wantX, P, Q)129 }130 if gotY.Cmp(wantY) != 0 {131 test.ReportError(t, gotY, wantY, P, Q)132 }133 }134 })135}136func TestPointCompleteAdd(t *testing.T) {137 StdCurve := elliptic.P384()138 Q, R := &projectivePoint{}, &projectivePoint{}139 Z := zeroPoint().toProjective()140 P := randomProjective()141 t.Run("∞+∞=∞", func(t *testing.T) {142 R.completeAdd(Z, Z)143 got := R.isZero()144 want := true145 if got != want {146 test.ReportError(t, got, want)147 }148 })149 t.Run("∞+P=P", func(t *testing.T) {150 R.completeAdd(Z, P)151 gotX, gotY := R.toAffine().toInt()152 wantX, wantY := P.toAffine().toInt()153 if gotX.Cmp(wantX) != 0 {154 test.ReportError(t, gotX, wantX, P)155 }156 if gotY.Cmp(wantY) != 0 {157 test.ReportError(t, gotY, wantY, P)158 }159 })160 t.Run("P+∞=P", func(t *testing.T) {161 R.completeAdd(P, Z)162 gotX, gotY := R.toAffine().toInt()163 wantX, wantY := P.toAffine().toInt()164 if gotX.Cmp(wantX) != 0 {165 test.ReportError(t, gotX, wantX, P)166 }167 if gotY.Cmp(wantY) != 0 {168 test.ReportError(t, gotY, wantY, P)169 }170 })171 t.Run("P+(-P)=∞", func(t *testing.T) {172 *Q = *P173 Q.cneg(1)174 R.completeAdd(P, Q)175 got := R.isZero()176 want := true177 if got != want {178 test.ReportError(t, got, want, P)179 }180 })181 t.Run("P+P=2P", func(t *testing.T) {182 // This verifies that completeAdd can be used for doublings.183 for i := 0; i < 128; i++ {184 P := randomJacobian()185 PP := P.toProjective()186 R.completeAdd(PP, PP)187 P.double()188 gotX, gotY := R.toAffine().toInt()189 wantX, wantY := P.toAffine().toInt()190 if gotX.Cmp(wantX) != 0 {191 test.ReportError(t, gotX, wantX, P)192 }193 if gotY.Cmp(wantY) != 0 {194 test.ReportError(t, gotY, wantY, P)195 }196 }197 })198 t.Run("P+Q=R", func(t *testing.T) {199 for i := 0; i < 128; i++ {200 P := randomProjective()201 Q := randomProjective()202 x1, y1 := P.toAffine().toInt()203 x2, y2 := Q.toAffine().toInt()204 wantX, wantY := StdCurve.Add(x1, y1, x2, y2)205 R.completeAdd(P, Q)206 gotX, gotY := R.toAffine().toInt()207 if gotX.Cmp(wantX) != 0 {208 test.ReportError(t, gotX, wantX, P, Q)209 }210 if gotY.Cmp(wantY) != 0 {211 test.ReportError(t, gotY, wantY, P, Q)212 }213 }214 })215}216func TestPointMixAdd(t *testing.T) {217 StdCurve := elliptic.P384()218 aZ := zeroPoint()219 jZ := zeroPoint().toJacobian()220 R := &jacobianPoint{}221 aQ := &affinePoint{}222 aP := randomAffine()223 jP := randomJacobian()224 t.Run("∞+∞=∞", func(t *testing.T) {225 R.mixadd(jZ, aZ)226 got := R.isZero()227 want := true228 if got != want {229 test.ReportError(t, got, want)230 }231 })232 t.Run("∞+P=P", func(t *testing.T) {233 R.mixadd(jZ, aP)234 gotX, gotY := R.toAffine().toInt()235 wantX, wantY := aP.toInt()236 if gotX.Cmp(wantX) != 0 {237 test.ReportError(t, gotX, wantX, aP)238 }239 if gotY.Cmp(wantY) != 0 {240 test.ReportError(t, gotY, wantY)241 }242 })243 t.Run("P+∞=P", func(t *testing.T) {244 R.mixadd(jP, aZ)245 gotX, gotY, gotZ := R.toInt()246 wantX, wantY, wantZ := jP.toInt()247 if gotX.Cmp(wantX) != 0 {248 test.ReportError(t, gotX, wantX, jP)249 }250 if gotY.Cmp(wantY) != 0 {251 test.ReportError(t, gotY, wantY)252 }253 if gotZ.Cmp(wantZ) != 0 {254 test.ReportError(t, gotZ, wantZ)255 }256 })257 t.Run("P+(-P)=∞", func(t *testing.T) {258 aQ = jP.toAffine()259 aQ.neg()260 R.mixadd(jP, aQ)261 got := R.isZero()262 want := true263 if got != want {264 test.ReportError(t, got, want, jP)265 }266 })267 t.Run("P+P=2P", func(t *testing.T) {268 for i := 0; i < 128; i++ {269 aQ := randomAffine()270 jQ := aQ.toJacobian()271 x, y := aQ.toInt()272 wantX, wantY := StdCurve.Double(x, y)273 R.mixadd(jQ, aQ)274 gotX, gotY := R.toAffine().toInt()275 if gotX.Cmp(wantX) != 0 {276 test.ReportError(t, gotX, wantX, aQ)277 }278 if gotY.Cmp(wantY) != 0 {279 test.ReportError(t, gotY, wantY)280 }281 }282 })283 t.Run("P+Q=R", func(t *testing.T) {284 for i := 0; i < 128; i++ {285 aP = randomAffine()286 jP = randomJacobian()287 x1, y1 := jP.toAffine().toInt()288 x2, y2 := aP.toInt()289 wantX, wantY := StdCurve.Add(x1, y1, x2, y2)290 R.mixadd(jP, aP)291 gotX, gotY := R.toAffine().toInt()292 if gotX.Cmp(wantX) != 0 {293 test.ReportError(t, gotX, wantX, jP, aP)294 }295 if gotY.Cmp(wantY) != 0 {296 test.ReportError(t, gotY, wantY)297 }298 }299 })300}301func TestOddMultiples(t *testing.T) {302 t.Run("invalidOmega", func(t *testing.T) {303 for w := uint(0); w < 2; w++ {304 P := randomAffine()305 PP := P.oddMultiples(w)306 got := len(PP)307 want := 0308 if got != want {309 test.ReportError(t, got, want, w)310 }311 }312 })313 t.Run("validOmega", func(t *testing.T) {314 StdCurve := elliptic.P384()315 var jOdd [4]byte316 for i := 0; i < 32; i++ {317 P := randomAffine()318 X, Y := P.toInt()319 for w := uint(2); w < 10; w++ {320 PP := P.oddMultiples(w)321 for j, jP := range PP {322 binary.BigEndian.PutUint32(jOdd[:], uint32(2*j+1))323 wantX, wantY := StdCurve.ScalarMult(X, Y, jOdd[:])324 gotX, gotY := jP.toAffine().toInt()325 if gotX.Cmp(wantX) != 0 {326 test.ReportError(t, gotX, wantX, w, j)327 }328 if gotY.Cmp(wantY) != 0 {329 test.ReportError(t, gotY, wantY)330 }331 }332 }333 }334 })335}336func BenchmarkPoint(b *testing.B) {337 P := randomJacobian()338 Q := randomJacobian()339 R := randomJacobian()340 QQ := randomProjective()341 RR := randomProjective()342 aR := randomAffine()343 b.Run("addition", func(b *testing.B) {...

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json.go

Source:json.go Github

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...45}46// AssertPayload compares the payload that was received by the event-server to47// the expected report JSON payload48func AssertPayload(t *testing.T, report *simplejson.Json, expPretty string) {49 expReport, err := simplejson.NewJson([]byte(expPretty))50 if err != nil {51 t.Fatal(err)52 }53 expEvent := GetIndex(expReport, "events", 0)54 expException := GetIndex(expEvent, "exceptions", 0)55 event := GetIndex(report, "events", 0)56 exception := GetIndex(event, "exceptions", 0)57 if exp, got := getBool(expEvent, "unhandled"), getBool(event, "unhandled"); got != exp {58 t.Errorf("expected 'unhandled' to be '%v' but got '%v'", exp, got)59 }60 for _, tc := range []struct {61 prop string62 got, exp *simplejson.Json63 }{64 {got: report, exp: expReport, prop: "apiKey"},65 {got: report, exp: expReport, prop: "notifier.name"},66 {got: report, exp: expReport, prop: "notifier.version"},67 {got: report, exp: expReport, prop: "notifier.url"},68 {got: exception, exp: expException, prop: "message"},69 {got: exception, exp: expException, prop: "errorClass"},70 {got: event, exp: expEvent, prop: "user.id"},71 {got: event, exp: expEvent, prop: "severity"},72 {got: event, exp: expEvent, prop: "severityReason.type"},73 {got: event, exp: expEvent, prop: "metaData.request.httpMethod"},74 {got: event, exp: expEvent, prop: "metaData.request.url"},75 {got: event, exp: expEvent, prop: "request.httpMethod"},76 {got: event, exp: expEvent, prop: "request.url"},77 {got: event, exp: expEvent, prop: "request.referer"},78 {got: event, exp: expEvent, prop: "request.headers.Accept-Encoding"},79 } {80 if got, exp := getString(tc.got, tc.prop), getString(tc.exp, tc.prop); got != exp {81 t.Errorf("expected '%s' to be '%s' but was '%s'", tc.prop, exp, got)...

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Report

Using AI Code Generation

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

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Report

Using AI Code Generation

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1func main() {2 g.Report()3}4func main() {5 g.Report()6}7func main() {8 g.Report()9}10func main() {11 g.Report()12}13func main() {14 g.Report()15}16func main() {17 g.Report()18}19func main() {20 g.Report()21}22func main() {23 g.Report()24}25func main() {26 g.Report()27}28func main() {29 g.Report()30}31func main() {32 g.Report()33}34func main() {35 g.Report()36}37func main() {38 g.Report()39}40func main() {41 g.Report()42}43func main() {44 g.Report()45}46func main() {47 g.Report()48}

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Report

Using AI Code Generation

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1import (2func main() {3 got.Report()4}5import (6func Report() {7 fmt.Println("I am in got package")8 got2.Report()9}10import (11func Report() {12 fmt.Println("I am in got2 package")13}

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Report

Using AI Code Generation

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1import "fmt"2type got struct {3}4func (g got) Report() {5 fmt.Println("Name:", g.name, "Army:", g.name, "Alive:", g.status)6}7func main() {8 g := got{9 }10 g.Report()11}12import "fmt"13type got struct {14}15func (g *got) Report() {16 fmt.Println("Name:", g.name, "Army:", g.name, "Alive:", g.status)17}18func main() {19 g := &got{20 }21 g.Report()22}23import "fmt"24type got struct {25}26func (g got) Report() {27 fmt.Println("Name:", g.name, "Army:", g.name, "Alive:", g.status)28}29func main() {30 g := got{

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