How to use updateBug method of main Package

Best Syzkaller code snippet using main.updateBug

reporting_test.go

Source:reporting_test.go Github

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...83 c.expectEQ(reply.OK, true)84 // After bug update should not get the report again.85 c.client.pollBugs(0)86 // Now close the bug in the first reporting.87 c.client.updateBug(rep.ID, dashapi.BugStatusUpstream, "")88 // Check that bug updates for the first reporting fail now.89 reply, _ = c.client.ReportingUpdate(&dashapi.BugUpdate{ID: rep.ID, Status: dashapi.BugStatusOpen})90 c.expectEQ(reply.OK, false)91 // Report another crash with syz repro for this bug,92 // ensure that we still report the original crash in the next reporting.93 // That's what we've upstreammed, it's bad to switch crashes without reason.94 crash1.Report = []byte("report2")95 c.client.ReportCrash(crash1)96 // Check that we get the report in the second reporting.97 rep2 := c.client.pollBug()98 if rep2.ID == "" || rep2.ID == rep.ID {99 t.Fatalf("bad report ID: %q", rep2.ID)100 }101 want.ID = rep2.ID102 want.First = true103 want.Config = []byte(`{"Index":2}`)104 want.NumCrashes = 3105 c.expectEQ(rep2, want)106 // Check that that we can't upstream the bug in the final reporting.107 reply, _ = c.client.ReportingUpdate(&dashapi.BugUpdate{108 ID: rep2.ID,109 Status: dashapi.BugStatusUpstream,110 })111 c.expectEQ(reply.OK, false)112}113func TestInvalidBug(t *testing.T) {114 c := NewCtx(t)115 defer c.Close()116 build := testBuild(1)117 c.client.UploadBuild(build)118 crash1 := testCrashWithRepro(build, 1)119 c.client.ReportCrash(crash1)120 rep := c.client.pollBug()121 c.expectEQ(rep.Title, "title1")122 reply, _ := c.client.ReportingUpdate(&dashapi.BugUpdate{123 ID: rep.ID,124 Status: dashapi.BugStatusOpen,125 ReproLevel: dashapi.ReproLevelC,126 })127 c.expectEQ(reply.OK, true)128 {129 closed, _ := c.client.ReportingPollClosed([]string{rep.ID, "foobar"})130 c.expectEQ(len(closed), 0)131 }132 // Mark the bug as invalid.133 c.client.updateBug(rep.ID, dashapi.BugStatusInvalid, "")134 {135 closed, _ := c.client.ReportingPollClosed([]string{rep.ID, "foobar"})136 c.expectEQ(len(closed), 1)137 c.expectEQ(closed[0], rep.ID)138 }139 // Now it should not be reported in either reporting.140 c.client.pollBugs(0)141 // Now a similar crash happens again.142 crash2 := &dashapi.Crash{143 BuildID: "build1",144 Title: "title1",145 Log: []byte("log2"),146 Report: []byte("report2"),147 ReproC: []byte("int main() { return 1; }"),148 }149 c.client.ReportCrash(crash2)150 // Now it should be reported again.151 rep = c.client.pollBug()152 if rep.ID == "" {153 t.Fatalf("empty report ID")154 }155 _, dbCrash, dbBuild := c.loadBug(rep.ID)156 want := &dashapi.BugReport{157 Namespace: "test1",158 Config: []byte(`{"Index":1}`),159 ID: rep.ID,160 First: true,161 Title: "title1 (2)",162 CompilerID: "compiler1",163 KernelRepo: "repo1",164 KernelRepoAlias: "repo1/branch1",165 KernelBranch: "branch1",166 KernelCommit: "1111111111111111111111111111111111111111",167 KernelCommitTitle: build.KernelCommitTitle,168 KernelCommitDate: buildCommitDate,169 KernelConfig: []byte("config1"),170 KernelConfigLink: externalLink(c.ctx, textKernelConfig, dbBuild.KernelConfig),171 Log: []byte("log2"),172 LogLink: externalLink(c.ctx, textCrashLog, dbCrash.Log),173 Report: []byte("report2"),174 ReportLink: externalLink(c.ctx, textCrashReport, dbCrash.Report),175 ReproC: []byte("int main() { return 1; }"),176 ReproCLink: externalLink(c.ctx, textReproC, dbCrash.ReproC),177 CrashID: rep.CrashID,178 NumCrashes: 1,179 HappenedOn: []string{"repo1/branch1"},180 }181 c.expectEQ(rep, want)182 c.client.ReportFailedRepro(testCrashID(crash1))183}184func TestReportingQuota(t *testing.T) {185 c := NewCtx(t)186 defer c.Close()187 build := testBuild(1)188 c.client.UploadBuild(build)189 const numReports = 8 // quota is 3 per day190 for i := 0; i < numReports; i++ {191 c.client.ReportCrash(testCrash(build, i))192 }193 for _, reports := range []int{3, 3, 2, 0, 0} {194 c.advanceTime(24 * time.Hour)195 c.client.pollBugs(reports)196 // Out of quota for today, so must get 0 reports.197 c.client.pollBugs(0)198 }199}200// Basic dup scenario: mark one bug as dup of another.201func TestReportingDup(t *testing.T) {202 c := NewCtx(t)203 defer c.Close()204 build := testBuild(1)205 c.client.UploadBuild(build)206 crash1 := testCrash(build, 1)207 c.client.ReportCrash(crash1)208 crash2 := testCrash(build, 2)209 c.client.ReportCrash(crash2)210 reports := c.client.pollBugs(2)211 rep1 := reports[0]212 rep2 := reports[1]213 // Dup.214 c.client.updateBug(rep2.ID, dashapi.BugStatusDup, rep1.ID)215 {216 // Both must be reported as open.217 closed, _ := c.client.ReportingPollClosed([]string{rep1.ID, rep2.ID})218 c.expectEQ(len(closed), 0)219 }220 // Undup.221 c.client.updateBug(rep2.ID, dashapi.BugStatusOpen, "")222 // Dup again.223 c.client.updateBug(rep2.ID, dashapi.BugStatusDup, rep1.ID)224 // Dup crash happens again, new bug must not be created.225 c.client.ReportCrash(crash2)226 c.client.pollBugs(0)227 // Now close the original bug, and check that new bugs for dup are now created.228 c.client.updateBug(rep1.ID, dashapi.BugStatusInvalid, "")229 {230 // Now both must be reported as closed.231 closed, _ := c.client.ReportingPollClosed([]string{rep1.ID, rep2.ID})232 c.expectEQ(len(closed), 2)233 c.expectEQ(closed[0], rep1.ID)234 c.expectEQ(closed[1], rep2.ID)235 }236 c.client.ReportCrash(crash2)237 rep3 := c.client.pollBug()238 c.expectEQ(rep3.Title, crash2.Title+" (2)")239 // Unduping after the canonical bugs was closed must not work240 // (we already created new bug for this report).241 reply, _ := c.client.ReportingUpdate(&dashapi.BugUpdate{242 ID: rep2.ID,243 Status: dashapi.BugStatusOpen,244 })245 c.expectEQ(reply.OK, false)246}247// Dup bug onto a closed bug.248// A new crash report must create a new bug.249func TestReportingDupToClosed(t *testing.T) {250 c := NewCtx(t)251 defer c.Close()252 build := testBuild(1)253 c.client.UploadBuild(build)254 crash1 := testCrash(build, 1)255 c.client.ReportCrash(crash1)256 crash2 := testCrash(build, 2)257 c.client.ReportCrash(crash2)258 reports := c.client.pollBugs(2)259 c.client.updateBug(reports[0].ID, dashapi.BugStatusInvalid, "")260 c.client.updateBug(reports[1].ID, dashapi.BugStatusDup, reports[0].ID)261 c.client.ReportCrash(crash2)262 rep2 := c.client.pollBug()263 c.expectEQ(rep2.Title, crash2.Title+" (2)")264}265// Test that marking dups across reporting levels is not permitted.266func TestReportingDupCrossReporting(t *testing.T) {267 c := NewCtx(t)268 defer c.Close()269 build := testBuild(1)270 c.client.UploadBuild(build)271 crash1 := testCrash(build, 1)272 c.client.ReportCrash(crash1)273 crash2 := testCrash(build, 2)274 c.client.ReportCrash(crash2)275 reports := c.client.pollBugs(2)276 rep1 := reports[0]277 rep2 := reports[1]278 // Upstream second bug.279 c.client.updateBug(rep2.ID, dashapi.BugStatusUpstream, "")280 rep3 := c.client.pollBug()281 {282 closed, _ := c.client.ReportingPollClosed([]string{rep1.ID, rep2.ID, rep3.ID})283 c.expectEQ(len(closed), 1)284 c.expectEQ(closed[0], rep2.ID)285 }286 // Duping must fail all ways.287 cmds := []*dashapi.BugUpdate{288 {ID: rep1.ID, DupOf: rep1.ID},289 {ID: rep1.ID, DupOf: rep2.ID},290 {ID: rep1.ID, DupOf: rep3.ID},291 {ID: rep2.ID, DupOf: rep1.ID},292 {ID: rep2.ID, DupOf: rep2.ID},293 {ID: rep2.ID, DupOf: rep3.ID},294 {ID: rep3.ID, DupOf: rep1.ID},295 {ID: rep3.ID, DupOf: rep2.ID},296 {ID: rep3.ID, DupOf: rep3.ID},297 }298 for _, cmd := range cmds {299 t.Logf("duping %v -> %v", cmd.ID, cmd.DupOf)300 cmd.Status = dashapi.BugStatusDup301 reply, _ := c.client.ReportingUpdate(cmd)302 c.expectEQ(reply.OK, false)303 }304}305func TestReportingFilter(t *testing.T) {306 c := NewCtx(t)307 defer c.Close()308 build := testBuild(1)309 c.client.UploadBuild(build)310 crash1 := testCrash(build, 1)311 crash1.Title = "skip without repro 1"312 c.client.ReportCrash(crash1)313 // This does not skip first reporting, because it does not have repro.314 rep1 := c.client.pollBug()315 c.expectEQ(string(rep1.Config), `{"Index":1}`)316 crash1.ReproSyz = []byte("getpid()")317 c.client.ReportCrash(crash1)318 // This has repro but was already reported to first reporting,319 // so repro must go to the first reporting as well.320 rep2 := c.client.pollBug()321 c.expectEQ(string(rep2.Config), `{"Index":1}`)322 // Now upstream it and it must go to the second reporting.323 c.client.updateBug(rep1.ID, dashapi.BugStatusUpstream, "")324 rep3 := c.client.pollBug()325 c.expectEQ(string(rep3.Config), `{"Index":2}`)326 // Now report a bug that must go to the second reporting right away.327 crash2 := testCrash(build, 2)328 crash2.Title = "skip without repro 2"329 crash2.ReproSyz = []byte("getpid()")330 c.client.ReportCrash(crash2)331 rep4 := c.client.pollBug()332 c.expectEQ(string(rep4.Config), `{"Index":2}`)333}...

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handler_update_bug.go

Source:handler_update_bug.go Github

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...4 "github.com/arunvm/focus/models"5 "github.com/gin-gonic/gin"6 log "github.com/sirupsen/logrus"7)8func (server *server) updateBug(c *gin.Context) {9 var args models.UpdateBugArgs10 admin, err := getUserFromContext(c)11 if err != nil {12 log.WithFields(log.Fields{13 "func": "updateBug",14 "subFunc": "getUserFromContext",15 }).Error(err)16 c.JSON(http.StatusInternalServerError, "Error fetching user")17 return18 }19 err = c.ShouldBindJSON(&args)20 if err != nil {21 log.WithFields(log.Fields{22 "func": "updateBug",23 "info": "error decoding request body",24 "adminID": admin.ID,25 }).Error(err)26 c.JSON(http.StatusBadRequest, "Request body not properly formatted")27 return28 }29 err = server.db.UpdateBug(&args)30 if err != nil {31 log.WithFields(log.Fields{32 "func": "updateBug",33 "subFunc": "admin.UpdateBug",34 "adminID": admin.ID,35 }).Error(err)36 c.JSON(http.StatusInternalServerError, "Error when updating bug")37 return38 }39 c.Status(http.StatusOK)40 return41}...

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updateBug

Using AI Code Generation

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

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updateBug

Using AI Code Generation

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1import "fmt"2func main() {3 bug := Bug{bugId: 1, bugName: "Bug 1"}4 bug.updateBug(2, "Bug 2")5 fmt.Println(bug.bugId)6 fmt.Println(bug.bugName)7}

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updateBug

Using AI Code Generation

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1import (2func main() {3 bug := bug.Bug{}4 bug.UpdateBug()5}6import "fmt"7type Bug struct {8}9func (bug *Bug) UpdateBug() {10 fmt.Println("UpdateBug")11}

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updateBug

Using AI Code Generation

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1import "fmt"2func main() {3 bug := new(Bug)4 bug.updateBug("Bug1")5}6import "fmt"7type Bug struct {8}9func (bug *Bug) updateBug(bugName string) {10 fmt.Println("BugName:", bug.bugName)11}12import (13func main() {14 bug := new(bug.Bug)15 bug.UpdateBug("Bug1")16}17import "fmt"18type Bug struct {19}20func (bug *Bug) UpdateBug(bugName string) {21 fmt.Println("BugName:", bug.bugName)22}23Go code to call a method from another package using relative import path24import (25func main() {26 bug := new(bug.Bug)27 bug.UpdateBug("Bug1")28}29import "fmt"30type Bug struct {31}32func (bug *Bug) UpdateBug(bugName string) {33 fmt.Println("BugName:", bug.bugName)34}35Go code to call a method from another package using relative import path36import (37func main() {38 bug := new(bug.Bug)39 bug.UpdateBug("Bug1")40}41import "fmt

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updateBug

Using AI Code Generation

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

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updateBug

Using AI Code Generation

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1import "fmt"2func main() {3 bug := Bug{bugId: 1, bugName: "Bug1", bugDescription: "Bug1 description"}4 bug.updateBug(1, "Bug1", "Bug1 description")5 fmt.Println(bug)6}7{1 Bug1 Bug1 description}8{1 Bug1 Bug1 description}9import "fmt"10func main() {11 bug := Bug{bugId: 1, bugName: "Bug1", bugDescription: "Bug1 description"}12 bug.updateBug(1, "Bug1", "Bug1 description")13 fmt.Println(bug)14}15{1 Bug1 Bug1 description}16{1 Bug1 Bug1 description}

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updateBug

Using AI Code Generation

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1import (2func main() {3 bug.updateBug("New Bug", "New Description")4 fmt.Println(bug)5}6import (7func main() {8 bug.updateBug("New Bug", "New Description")9 fmt.Println(bug)10}11import (12func main() {13 bug.updateBug("New Bug", "New Description")14 fmt.Println(bug)15}16import (17func main() {18 bug.updateBug("New Bug", "New Description")19 fmt.Println(bug)20}21import (22func main() {23 bug.updateBug("New Bug", "New Description")24 fmt.Println(bug)25}26import (27func main() {28 bug.updateBug("New Bug", "New Description")29 fmt.Println(bug)30}31import (32func main() {33 bug.updateBug("New Bug", "New Description")34 fmt.Println(bug)35}36import (37func main() {38 bug.updateBug("New Bug", "New Description")39 fmt.Println(bug)40}41import (42func main() {43 bug.updateBug("New Bug", "New Description")44 fmt.Println(bug)45}

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updateBug

Using AI Code Generation

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1func main() {2 bug := Bug{ID: 1, Name: "Bug 1", Description: "Description 1", Status: true}3 bug.updateBug()4}5func main() {6 bug := Bug{ID: 1, Name: "Bug 1", Description: "Description 1", Status: true}7 bug.updateBug()8}9func main() {10 bug := Bug{ID: 1, Name: "Bug 1", Description: "Description 1", Status: true}11 bug.updateBug()12}13func main() {14 bug := Bug{ID: 1, Name: "Bug 1", Description: "Description 1", Status: true}15 bug.updateBug()16}17func main() {18 bug := Bug{ID: 1, Name: "Bug 1", Description: "Description 1", Status: true}19 bug.updateBug()20}21func main() {22 bug := Bug{ID: 1, Name: "Bug 1", Description: "Description 1", Status: true}23 bug.updateBug()24}25func main() {26 bug := Bug{ID: 1, Name: "Bug 1", Description: "Description 1", Status: true}27 bug.updateBug()28}29func main() {30 bug := Bug{ID: 1, Name: "Bug 1", Description: "Description 1", Status: true}31 bug.updateBug()32}33func main() {34 bug := Bug{ID: 1, Name: "Bug 1", Description: "Description 1", Status: true}35 bug.updateBug()36}

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updateBug

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello, playground")4 bug := newBug("bug 1")5 bug.updateBug("bug 1 updated")6}7import (8func main() {9 fmt.Println("Hello, playground")10 bug := newBug("bug 1")11 bug.updateBug("bug 1 updated")12}13import (14func main() {15 fmt.Println("Hello, playground")16 bug := newBug("bug 1")17 bug.updateBug("bug 1 updated")18}19import (20func main() {21 fmt.Println("Hello, playground")22 bug := newBug("bug 1")23 bug.updateBug("bug 1 updated")24}25import (26func main() {27 fmt.Println("Hello, playground")28 bug := newBug("bug 1")29 bug.updateBug("bug 1 updated")30}31import (32func main() {33 fmt.Println("Hello, playground")34 bug := newBug("bug 1")35 bug.updateBug("bug 1 updated")36}37import (38func main() {39 fmt.Println("Hello, playground")40 bug := newBug("bug 1")41 bug.updateBug("bug 1 updated")42}43import (

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updateBug

Using AI Code Generation

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1import "fmt"2func main() {3 bug := Bug{10, "test"}4 fmt.Println("Before updateBug() call")5 fmt.Println(bug)6 bug.updateBug(20, "new test")7 fmt.Println("After updateBug() call")8 fmt.Println(bug)9}10type Bug struct {11}12func (bug Bug) updateBug(id int, desc string) {13}14func (bug Bug) updateBug(id int, desc string) {15}16Before updateBug() call17{10 test}18After updateBug() call19{10 test}20To solve this problem, we need to modify the updateBug() method to take the Bug struct as a reference. This will allow the updateBug() method to operate on the original bug object. Here is the code:21import "fmt"22func main() {23 bug := Bug{10, "test"}24 fmt.Println("Before updateBug() call")25 fmt.Println(bug)26 bug.updateBug(20, "new test")27 fmt.Println("After updateBug() call")28 fmt.Println(bug)29}30type Bug struct {31}32func (bug *Bug) updateBug(id int, desc string) {33}34func (bug *Bug) updateBug(id int,

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