Best Syzkaller code snippet using kconfig.clone
minimize.go
Source:minimize.go
...22 dt.Log("base config crashes")23 return base, nil24 }25 // Since base does not crash, full config is our best bet for now.26 current := full.clone()27 var suspects []string28 // Take half of the diff between base and full, apply to base and test.29 // If this candidate config crashes, we commit it as new full and repeat the process.30 // If it does not crash, try another half.31 // If the crash is caused by a single config, this algorithm is guaranteed to find it.32 // If the crash is caused by multiple configs, this algorithm will most likely find them (along with some33 // additional unrelated configs that happened to be in the same half). However, amount of unrelated configs34 // can be quite large if we are unlucky. Also note that we sort configs so that related configs are most35 // likely situated together.36 // Numerous improvements are possible for this simple algorithm.37 // 1. We could split the config onto 4 parts and try all pairs, this should find all pairs of configs reliably.38 // 2. We could continue trying to reduce a part even if removing the whole part fails. I.e. we try to remove39 // a half and it fails, we can try to remove half of the half, maybe that will succeed.40top:41 for len(diff) >= 2 {42 half := len(diff) / 243 for _, part := range [][]string{diff[:half], diff[half:]} {44 dt.Log("trying half: %v", part)45 closure := kconf.addDependencies(base, full, part)46 candidate := base.clone()47 // Always move all non-tristate configs from full to base as we don't minimize them.48 for _, cfg := range other {49 candidate.Set(cfg.Name, cfg.Value)50 }51 for _, cfg := range closure {52 candidate.Set(cfg, Yes)53 }54 res, err := pred(candidate)55 if err != nil {56 return nil, err57 }58 if res {59 dt.Log("half crashed")60 diff = part...
clone
Using AI Code Generation
1import (2func main() {3 cfg := kconfig.NewConfig()4 cfg.Set("foo", "bar")5 cfg2 := cfg.Clone()6 cfg2.Set("foo", "baz")7 fmt.Println(cfg.Get("foo"))8 fmt.Println(cfg2.Get("foo"))9}
clone
Using AI Code Generation
1import (2func main() {3 kconfig := kconfig.New()4 kconfig2 := kconfig.Clone()5 kconfig2.Set("name", "Krish Pranav")6 fmt.Println(kconfig.Get("name"))7}
clone
Using AI Code Generation
1import (2func main() {3 k := kconfig.New()4 k2 := kconfig.New("config.json")5 k3 := kconfig.New("config.json", "default.json")6 k4 := kconfig.New("config.json", "default.json", "config")7 k5 := kconfig.New("config.json", "default.json", "config", "default")8 k6 := kconfig.New("config.json", "default.json", "config", "default", "config")9 k7 := kconfig.New("config.json", "default.json", "config", "default", "config", "default")10 k8 := kconfig.New("config.json", "default.json", "config", "default", "config", "default", "config")11 k9 := kconfig.New("config.json", "default.json", "config", "default", "config", "default", "config", "default")
clone
Using AI Code Generation
1import (2func main() {3 config := kconfig.New()4 config.SetPath("config.json")5 config.Load()6 clone := config.Clone()7 clone.Set("name", "akshay")8 fmt.Println(clone.Get("name"))9 fmt.Println(config.Get("name"))10}
clone
Using AI Code Generation
1import (2func main() {3 k := kconfig.Kconfig{}4 k.Clone()5 fmt.Println(k.Config)6}7import (8func TestClone(t *testing.T) {9 k := kconfig.Kconfig{}10 k.Clone()11 fmt.Println(k.Config)12}
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