aslist

aslist(A Sorted List)是golang语言实现的线程安全可排序的list。便捷的调用方式，使开发者快速入门使用。

快速开始

go get -u github.com/CreditTone/aslist

如果你使用gomod管理依赖

go get -u github.com/CreditTone/aslist@master

导入

import(
	"github.com/CreditTone/aslist"
)

定义结构

type A struct {
	Name string
}

1.创建aslist

	asList := NewAsList()

2.push元素

	asList.Push(A{Name: "我的名字好长"})
	asList.Push(A{Name: "我名长"})
	asList.Push(A{Name: "我的名字好长阿"})
	asList.Push(A{Name: "我名字长"})
	asList.Push(A{Name: "我的名字长"})

3.使用SortWithCompareFunc传入自定义函数排序

	asList := NewAsList()
	asList.Push(A{Name: "我的名字好长"})
	asList.Push(A{Name: "我名长"})
	asList.Push(A{Name: "我的名字好长阿"})
	asList.Push(A{Name: "我名字长"})
	asList.Push(A{Name: "我的名字长"})

	t.Log("第一次遍历")
	asList.Range(func(index int, item interface{}) bool {
    		t.Log(index, item)
    		return false //如果要中断遍历，请返回true
    	})
	asList.SortWithCompareFunc(func(a, b interface{}) bool {
		struct_a := a.(A)
		struct_b := b.(A)
		if len(struct_a.Name) > len(struct_b.Name) {
			return true //需要a 排在 b前面返回true
		}
		return false
	})
	t.Log("排序后遍历")
	asList.Range(func(index int, item interface{}) bool {
    		t.Log(index, item)
    		return false //如果要中断遍历，请返回true
    	})

输出结果：

=== RUN   TestAsListSortWithCompareFunc
---  PASS: TestAsListSortWithCompareFunc (0.00s)
    aslist_test.go:33: 第一次遍历
    aslist_test.go:35: 0 {我的名字好长}
    aslist_test.go:35: 1 {我名长}
    aslist_test.go:35: 2 {我的名字好长阿}
    aslist_test.go:35: 3 {我名字长}
    aslist_test.go:35: 4 {我的名字长}
    aslist_test.go:45: 排序后遍历
    aslist_test.go:47: 0 {我的名字好长阿}
    aslist_test.go:47: 1 {我的名字好长}
    aslist_test.go:47: 2 {我的名字长}
    aslist_test.go:47: 3 {我名字长}
    aslist_test.go:47: 4 {我名长}
PASS

4.使用指针结构做元素也可以

	asList := NewAsList()
	asList.Push(&A{Name: "我的名字好长"})
	asList.Push(&A{Name: "我名长"})
	asList.Push(&A{Name: "我的名字好长阿"})
	asList.Push(&A{Name: "我名字长"})
	asList.Push(&A{Name: "我的名字长"})

	t.Log("第一次遍历")
	asList.Range(func(index int, item interface{}) {
		t.Log(index, item)
	})
	asList.SortWithCompareFunc(func(a, b interface{}) bool {
		struct_a := a.(*A)
		struct_b := b.(*A)
		if len(struct_a.Name) > len(struct_b.Name) {
			return true //需要a 排在 b前面返回true
		}
		return false
	})
	t.Log("排序后遍历")
	asList.Range(func(index int, item interface{}) {
		t.Log(index, item)
	})

输出结果：

=== RUN   TestStructPoint
--- PASS: TestStructPoint (0.00s)
    aslist_test.go:60: 第一次遍历
    aslist_test.go:62: 0 &{我的名字好长}
    aslist_test.go:62: 1 &{我名长}
    aslist_test.go:62: 2 &{我的名字好长阿}
    aslist_test.go:62: 3 &{我名字长}
    aslist_test.go:62: 4 &{我的名字长}
    aslist_test.go:72: 排序后遍历
    aslist_test.go:74: 0 &{我的名字好长阿}
    aslist_test.go:74: 1 &{我的名字好长}
    aslist_test.go:74: 2 &{我的名字长}
    aslist_test.go:74: 3 &{我名字长}
    aslist_test.go:74: 4 &{我名长}
PASS

5.数据结构实现Compare(a, b interface{}) bool方法可直接调用Sort排序

type B struct {
	Age int
}

func (self *B) Compare(a, b interface{}) bool {
	obj_a := a.(*B)
	obj_b := b.(*B)
	if obj_a.Age > obj_b.Age {
		return true
	}
	return false
}

调用Sort方法排序

	asList := NewAsList()
	asList.Push(&B{Age: 121})
	asList.Push(&B{Age: 120})
	asList.Push(&B{Age: 23})
	asList.Push(&B{Age: 150})
	asList.Push(&B{Age: 69})
	t.Log("第一次遍历")
	asList.Range(func(index int, item interface{}) bool {
    		t.Log(index, item)
    		return false //如果要中断遍历，请返回true
    	})
	asList.Sort()
	t.Log("排序后遍历")
	asList.Range(func(index int, item interface{}) bool {
    		t.Log(index, item)
    		return false //如果要中断遍历，请返回true
    	})

看到这里有没有java ArrayList.sort的感脚.输出如下

=== RUN   TestAutoSort
--- PASS: TestAutoSort (0.00s)
    aslist_test.go:86: 第一次遍历
    aslist_test.go:88: 0 &{121}
    aslist_test.go:88: 1 &{120}
    aslist_test.go:88: 2 &{23}
    aslist_test.go:88: 3 &{150}
    aslist_test.go:88: 4 &{69}
    aslist_test.go:91: 排序后遍历
    aslist_test.go:93: 0 &{150}
    aslist_test.go:93: 1 &{121}
    aslist_test.go:93: 2 &{120}
    aslist_test.go:93: 3 &{69}
    aslist_test.go:93: 4 &{23}
PASS

6.当你的AsList当中指针和结构体同时存在怎么办？这里教你一个技巧巧妙的解决这个问题

//重新定义结构
type B struct {
	Age int
}

//定义一个BInterface来实现指针和结构体的多态
type BInterface interface {
	GetAge() int
}

//实现BInterface定义的方法，注意必须是(self B)不能是(self *B)。否则不能做到多态调用
func (self B) GetAge() int {
	return self.Age
}


//使用多态接口实现类型的统一转换
func (self *B) Compare(a, b interface{}) bool {
	obj_a := a.(BInterface)
	obj_b := b.(BInterface)
	if obj_a.GetAge() > obj_b.GetAge() {
		return true
	}
	return false
}

6.1测试多态设计思路

	asList := NewAsList()
	asList.Push(&B{Age: 121})
	asList.Push(B{Age: 120})
	asList.Push(&B{Age: 23})
	asList.Push(B{Age: 150})
	asList.Push(B{Age: 69})
	t.Log("第一次遍历")
	asList.Range(func(index int, item interface{}) bool {
		t.Log(index, item)
		return false //如果要中断遍历，请返回true
	})
	asList.Sort()
	t.Log("排序后遍历")
	asList.Range(func(index int, item interface{}) bool {
		t.Log(index, item)
		return false //如果要中断遍历，请返回true
	})

输出结果如下：

=== RUN   TestPolymorphic
--- PASS: TestPolymorphic (0.00s)
    aslist_test.go:134: 第一次遍历
    aslist_test.go:136: 0 &{121}
    aslist_test.go:136: 1 {120}
    aslist_test.go:136: 2 &{23}
    aslist_test.go:136: 3 {150}
    aslist_test.go:136: 4 {69}
    aslist_test.go:140: 排序后遍历
    aslist_test.go:142: 0 {150}
    aslist_test.go:142: 1 &{121}
    aslist_test.go:142: 2 {120}
    aslist_test.go:142: 3 {69}
    aslist_test.go:142: 4 &{23}
PASS

7.实现唯一性校验（Set）功能

	asList := NewAsList()
	//设置GanerateUniqueId函数，asList将会做唯一性校验
	asList.GanerateUniqueId = func(i interface{}) string {
		bi := i.(BInterface)
		//假设以Age生成唯一id
		return fmt.Sprintf("%d", bi.GetAge())
	}
	asList.Push(&B{Age: 121})
	asList.Push(&B{Age: 120})
	asList.Push(&B{Age: 23})
	asList.Push(&B{Age: 150})
	asList.Push(&B{Age: 69})
	t.Log("测试唯一性功能，第一次遍历")
	asList.Range(func(index int, item interface{}) bool {
		t.Log(index, item)
		return false //如果要中断遍历，请返回true
	})
	asList.Push(&B{Age: 123})
	asList.Push(&B{Age: 120}) //重复
	asList.Push(&B{Age: 23})  //重复
	asList.Push(&B{Age: 150}) //重复
	asList.Push(&B{Age: 96})
	t.Log("测试唯一性功能，第二次遍历")
	asList.Range(func(index int, item interface{}) bool {
		t.Log(index, item)
		return false //如果要中断遍历，请返回true
	})

输出结果如下：

=== RUN   TestGanerateUniqueId
--- PASS: TestGanerateUniqueId (0.00s)
    aslist_test.go:79: 测试唯一性功能，第一次遍历
    aslist_test.go:81: 0 &{121}
    aslist_test.go:81: 1 &{120}
    aslist_test.go:81: 2 &{23}
    aslist_test.go:81: 3 &{150}
    aslist_test.go:81: 4 &{69}
    aslist_test.go:89: 测试唯一性功能，第二次遍历
    aslist_test.go:91: 0 &{121}
    aslist_test.go:91: 1 &{120}
    aslist_test.go:91: 2 &{23}
    aslist_test.go:91: 3 &{150}
    aslist_test.go:91: 4 &{69}
    aslist_test.go:91: 5 &{123}
    aslist_test.go:91: 6 &{96}
PASS

7.1也许你的结构体过于复杂，并且你不擅长写生成唯一id的函数。没有关系，aslist提供了两个通用的函数供你选择

	b1 := B{Age: 1}
	b2 := &B{Age: 1}
	b3 := B{Age: 2}
	b4 := B{Age: 1}
	t.Log("SmartGanerateUniqueId,不忽略指针和结构体类型生成唯一id")
	//不忽略指针和结构体类型生成唯一id
	t.Log("b1", SmartGanerateUniqueId(b1))
	t.Log("b2", SmartGanerateUniqueId(b2))
	t.Log("b3", SmartGanerateUniqueId(b3))
	t.Log("b4", SmartGanerateUniqueId(b4))

	t.Log("SmartGanerateUniqueIdWithIgnorePoint,忽略指针和结构体类型生成唯一id")
	//忽略指针和结构体类型生成唯一id
	t.Log("b1", SmartGanerateUniqueIdWithIgnorePoint(b1))
	t.Log("b2", SmartGanerateUniqueIdWithIgnorePoint(b2))
	t.Log("b3", SmartGanerateUniqueIdWithIgnorePoint(b3))
	t.Log("b4", SmartGanerateUniqueIdWithIgnorePoint(b4))

输出结果如下：

=== RUN   TestSmartGanerateUniqueId
--- PASS: TestSmartGanerateUniqueId (0.00s)
    aslist_test.go:51: SmartGanerateUniqueId,不忽略指针和结构体类型生成唯一id
    aslist_test.go:53: b1 40cf310cccaa86d9e0acc86a4a5e1fe3
    aslist_test.go:54: b2 e65e33466c73b3c7ef6692759eb0c61b
    aslist_test.go:55: b3 a3628aa02f4eda73de8106404d497476
    aslist_test.go:56: b4 40cf310cccaa86d9e0acc86a4a5e1fe3
    aslist_test.go:58: SmartGanerateUniqueIdWithIgnorePoint,忽略指针和结构体类型生成唯一id
    aslist_test.go:60: b1 40cf310cccaa86d9e0acc86a4a5e1fe3
    aslist_test.go:61: b2 40cf310cccaa86d9e0acc86a4a5e1fe3
    aslist_test.go:62: b3 a3628aa02f4eda73de8106404d497476
    aslist_test.go:63: b4 40cf310cccaa86d9e0acc86a4a5e1fe3
PASS

7.2测试aslist.SmartGanerateUniqueId

	asList := NewAsList()
	//设置GanerateUniqueId函数，asList将会做唯一性校验
	asList.GanerateUniqueId = SmartGanerateUniqueId //aslist.SmartGanerateUniqueId，这里我放的全是指针类型所以不必用SmartGanerateUniqueIdWithIgnorePoint。
	asList.Push(&B{Age: 121})
	asList.Push(&B{Age: 120})
	asList.Push(&B{Age: 23})
	asList.Push(&B{Age: 150})
	asList.Push(&B{Age: 69})
	t.Log("测试唯一性功能，第一次遍历")
	asList.Range(func(index int, item interface{}) bool {
		t.Log(index, item)
		return false //如果要中断遍历，请返回true
	})
	asList.Push(&B{Age: 123})
	asList.Push(&B{Age: 120}) //重复
	asList.Push(&B{Age: 23})  //重复
	asList.Push(&B{Age: 150}) //重复
	asList.Push(&B{Age: 96})
	t.Log("测试唯一性功能，第二次遍历")
	asList.Range(func(index int, item interface{}) bool {
		t.Log(index, item)
		return false //如果要中断遍历，请返回true
	})

输出结果如下：

=== RUN   TestGanerateUniqueIdWithSmartGanerateUniqueId
--- PASS: TestGanerateUniqueIdWithSmartGanerateUniqueId (0.00s)
    aslist_test.go:105: 测试唯一性功能，第一次遍历
    aslist_test.go:107: 0 &{121}
    aslist_test.go:107: 1 &{120}
    aslist_test.go:107: 2 &{23}
    aslist_test.go:107: 3 &{150}
    aslist_test.go:107: 4 &{69}
    aslist_test.go:115: 测试唯一性功能，第二次遍历
    aslist_test.go:117: 0 &{121}
    aslist_test.go:117: 1 &{120}
    aslist_test.go:117: 2 &{23}
    aslist_test.go:117: 3 &{150}
    aslist_test.go:117: 4 &{69}
    aslist_test.go:117: 5 &{123}
    aslist_test.go:117: 6 &{96}
PASS

8.队列操作

	asList := NewAsList()
	asList.Push(&B{Age: 121})
	asList.Push(&B{Age: 120})
	asList.Push(&B{Age: 23})
	asList.Push(&B{Age: 150})
	asList.Push(&B{Age: 69})
	t.Log("第一次遍历")
	asList.Range(func(index int, item interface{}) bool {
    		t.Log(index, item)
    		return false //如果要中断遍历，请返回true
    	})
	asList.Sort()
	t.Log("排序后遍历")
	asList.Range(func(index int, item interface{}) bool {
    		t.Log(index, item)
    		return false //如果要中断遍历，请返回true
        })
	for i := 1; i < 10; i++ {
		t.Log(fmt.Sprintf("第%d次pop:", i), asList.Pop())
	}

输出结果如下：

=== RUN   TestQueue
--- PASS: TestQueue (0.00s)
    aslist_test.go:105: 第一次遍历
    aslist_test.go:107: 0 &{121}
    aslist_test.go:107: 1 &{120}
    aslist_test.go:107: 2 &{23}
    aslist_test.go:107: 3 &{150}
    aslist_test.go:107: 4 &{69}
    aslist_test.go:110: 排序后遍历
    aslist_test.go:112: 0 &{150}
    aslist_test.go:112: 1 &{121}
    aslist_test.go:112: 2 &{120}
    aslist_test.go:112: 3 &{69}
    aslist_test.go:112: 4 &{23}
    aslist_test.go:115: 第1次pop: &{150}
    aslist_test.go:115: 第2次pop: &{121}
    aslist_test.go:115: 第3次pop: &{120}
    aslist_test.go:115: 第4次pop: &{69}
    aslist_test.go:115: 第5次pop: &{23}
    aslist_test.go:115: 第6次pop: <nil>
    aslist_test.go:115: 第7次pop: <nil>
    aslist_test.go:115: 第8次pop: <nil>
    aslist_test.go:115: 第9次pop: <nil>
PASS

9.序列化为json

	asList := NewAsList()
	asList.Push(&B{Age: 121})
	asList.Push(&B{Age: 120})
	asList.Push(&B{Age: 23})
	asList.Push(&B{Age: 150})
	asList.Push(&B{Age: 69})
	t.Log("第一次MarshalJson")
	t.Log(string(asList.MarshalJson()))
	asList.Sort()
	t.Log("排序后MarshalJson")
	t.Log(string(asList.MarshalJson()))
	t.Log("RightPop:", asList.RightPop())
	t.Log("LeftPop:", asList.LeftPop())
	t.Log(string(asList.MarshalJson()))

输出结果如下：

=== RUN   TestMarshalJson
--- PASS: TestMarshalJson (0.00s)
    aslist_test.go:126: 第一次MarshalJson
    aslist_test.go:127: [{"Age":121},{"Age":120},{"Age":23},{"Age":150},{"Age":69}]
    aslist_test.go:129: 排序后MarshalJson
    aslist_test.go:130: [{"Age":150},{"Age":121},{"Age":120},{"Age":69},{"Age":23}]
    aslist_test.go:131: RightPop: &{23}
    aslist_test.go:132: LeftPop: &{150}
    aslist_test.go:133: [{"Age":121},{"Age":120},{"Age":69}]
PASS

10.反序列化json

	list := []interface{}{}
	list = append(list, &B{Age: 121}, &B{Age: 120}, &B{Age: 23}, &B{Age: 150}, &B{Age: 69})
	listJson, _ := json.Marshal(list)
	//加载json
	asList := NewAsList()
	asList.Push(&B{Age: 89})
	//true表示需要追加 unSerialize反序列化的函数
	err := asList.UnmarshalJson(listJson, true, func(itemData []byte) interface{} {
		item := new(B)
		json.Unmarshal(itemData, item)
		return item
	})
	if err != nil {
		t.Error(err)
		return
	}
	t.Log("UnmarshalJson后遍历")
	asList.Range(func(index int, item interface{}) bool {
		t.Log(index, item)
		return false //如果要中断遍历，请返回true
	})

输出结果如下：

=== RUN   TestUnMarshalJson
--- PASS: TestUnMarshalJson (0.00s)
    aslist_test.go:163: UnmarshalJson后遍历
    aslist_test.go:165: 0 &{89}
    aslist_test.go:165: 1 &{121}
    aslist_test.go:165: 2 &{120}
    aslist_test.go:165: 3 &{23}
    aslist_test.go:165: 4 &{150}
    aslist_test.go:165: 5 &{69}
PASS

11.ClearTargets和Clear

    asList := NewAsList()
	asList.Push(&B{Age: 121})
	asList.Push(&B{Age: 120})
	asList.Push(&B{Age: 23})
	asList.Push(&B{Age: 150})
	asList.Push(&B{Age: 69})
	t.Log("第一次遍历")
	asList.Range(func(index int, item interface{}) bool {
		t.Log(index, item)
		return false //如果要中断遍历，请返回true
	})
	asList.ClearTargets(func(index int, item interface{}) bool {
		struct_a := item.(*B)
		//把小于Age小于100的全部清除掉
		if struct_a.Age < 100 {
			return true
		}
		return false
	})
	t.Log("ClearTargets后遍历")
	asList.Range(func(index int, item interface{}) bool {
		t.Log(index, item)
		return false //如果要中断遍历，请返回true
	})
	asList.Clear() //清除所有元素
	t.Log("Clear后元素个数为", asList.Length())

输出结果如下：

=== RUN   TestClear
--- PASS: TestClear (0.00s)
    aslist_test.go:166: 第一次遍历
    aslist_test.go:168: 0 &{121}
    aslist_test.go:168: 1 &{120}
    aslist_test.go:168: 2 &{23}
    aslist_test.go:168: 3 &{150}
    aslist_test.go:168: 4 &{69}
    aslist_test.go:179: ClearTargets后遍历
    aslist_test.go:181: 0 &{121}
    aslist_test.go:181: 1 &{120}
    aslist_test.go:181: 2 &{150}
    aslist_test.go:185: Clear后元素个数为 0
PASS

aslist
aslist copied to clipboard

Metadata

aslist

快速开始

如果你使用gomod管理依赖

导入

定义结构

1.创建aslist

2.push元素

3.使用SortWithCompareFunc传入自定义函数排序

4.使用指针结构做元素也可以

5.数据结构实现Compare(a, b interface{}) bool方法可直接调用Sort排序

6.当你的AsList当中指针和结构体同时存在怎么办？这里教你一个技巧巧妙的解决这个问题

6.1测试多态设计思路

7.实现唯一性校验（Set）功能

7.1也许你的结构体过于复杂，并且你不擅长写生成唯一id的函数。没有关系，aslist提供了两个通用的函数供你选择

7.2测试aslist.SmartGanerateUniqueId

8.队列操作

9.序列化为json

10.反序列化json

11.ClearTargets和Clear

← Metadata

Owner

Metadata

aslist aslist copied to clipboard

Metadata

aslist

快速开始

如果你使用gomod管理依赖

导入

定义结构

1.创建aslist

2.push元素

3.使用SortWithCompareFunc传入自定义函数排序

4.使用指针结构做元素也可以

5.数据结构实现Compare(a, b interface{}) bool方法可直接调用Sort排序

6.当你的AsList当中指针和结构体同时存在怎么办？这里教你一个技巧巧妙的解决这个问题

6.1测试多态设计思路

7.实现唯一性校验（Set）功能

7.1也许你的结构体过于复杂，并且你不擅长写生成唯一id的函数。没有关系，aslist提供了两个通用的函数供你选择

7.2测试aslist.SmartGanerateUniqueId

8.队列操作

9.序列化为json

10.反序列化json

11.ClearTargets和Clear

← Metadata

Owner

Metadata

aslist
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