25adc35a3c
This fixes problems due to storing binary symbols as interfaces{}
instead of concrete type, which confuses lookup functions to retrieve
methods etc. in reflect.
39 lines
1.3 KiB
Go
39 lines
1.3 KiB
Go
package stdlib
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// Generated by 'goexports math/rand'. Do not edit!
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import (
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"math/rand"
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"reflect"
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)
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func init() {
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Value["math/rand"] = map[string]reflect.Value{
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"ExpFloat64": reflect.ValueOf(rand.ExpFloat64),
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"Float32": reflect.ValueOf(rand.Float32),
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"Float64": reflect.ValueOf(rand.Float64),
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"Int": reflect.ValueOf(rand.Int),
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"Int31": reflect.ValueOf(rand.Int31),
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"Int31n": reflect.ValueOf(rand.Int31n),
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"Int63": reflect.ValueOf(rand.Int63),
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"Int63n": reflect.ValueOf(rand.Int63n),
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"Intn": reflect.ValueOf(rand.Intn),
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"New": reflect.ValueOf(rand.New),
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"NewSource": reflect.ValueOf(rand.NewSource),
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"NewZipf": reflect.ValueOf(rand.NewZipf),
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"NormFloat64": reflect.ValueOf(rand.NormFloat64),
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"Perm": reflect.ValueOf(rand.Perm),
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"Read": reflect.ValueOf(rand.Read),
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"Seed": reflect.ValueOf(rand.Seed),
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"Shuffle": reflect.ValueOf(rand.Shuffle),
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"Uint32": reflect.ValueOf(rand.Uint32),
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"Uint64": reflect.ValueOf(rand.Uint64),
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}
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Type["math/rand"] = map[string]reflect.Type{
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"Rand": reflect.TypeOf((*rand.Rand)(nil)).Elem(),
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"Source": reflect.TypeOf((*rand.Source)(nil)).Elem(),
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"Source64": reflect.TypeOf((*rand.Source64)(nil)).Elem(),
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"Zipf": reflect.TypeOf((*rand.Zipf)(nil)).Elem(),
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}
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}
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