github.com/sandwich-go/boost@v1.3.29/xcontainer/slist/gen_int32_test.go (about)

     1  // Code generated by gotemplate. DO NOT EDIT.
     2  
     3  // slist 包提供了一个同步的链表实现
     4  // 可以产生一个带读写锁的线程安全的SyncList，也可以产生一个非线程安全的SyncList
     5  // New 产生非协程安全的版本
     6  // NewSync 产生协程安全的版本
     7  package slist
     8  
     9  import (
    10  	"container/list"
    11  
    12  	. "github.com/smartystreets/goconvey/convey"
    13  
    14  	"testing"
    15  )
    16  
    17  func TestInt32(t *testing.T) {
    18  	Convey("test sync list", t, func() {
    19  		for _, tr := range []*Int32{NewInt32(), NewSyncInt32()} {
    20  			So(tr.Len(), ShouldBeZeroValue)
    21  			var e0 = __formatToInt32(3)
    22  			tr.PushBack(e0)
    23  			So(tr.Len(), ShouldEqual, 1)
    24  			e := tr.PopBack()
    25  			So(e, ShouldEqual, e0)
    26  
    27  			tr.PushFront(e0)
    28  			So(tr.Len(), ShouldEqual, 1)
    29  			e = tr.PopFront()
    30  			So(e, ShouldEqual, e0)
    31  
    32  			ps := []int32{__formatToInt32(1), __formatToInt32(1), __formatToInt32(3), __formatToInt32(4), __formatToInt32(5)}
    33  			tr.PushFronts(ps)
    34  			So(tr.Len(), ShouldEqual, len(ps))
    35  			pops := tr.PopFronts(2)
    36  			So(len(pops), ShouldEqual, 2)
    37  			pops = tr.PopFrontAll()
    38  			So(len(pops), ShouldEqual, 3)
    39  
    40  			ps = []int32{__formatToInt32(1), __formatToInt32(2), __formatToInt32(3), __formatToInt32(4)}
    41  			tr.PushBacks(ps)
    42  			So(tr.Len(), ShouldEqual, len(ps))
    43  			pops = tr.PopBacks(2)
    44  			So(len(pops), ShouldEqual, 2)
    45  			pops = tr.PopBackAll()
    46  			So(len(pops), ShouldEqual, 2)
    47  
    48  			ps = []int32{__formatToInt32(1), __formatToInt32(2), __formatToInt32(3), __formatToInt32(4)}
    49  			tr.Clear()
    50  			tr.PushBacks(ps)
    51  			So(tr.FrontAll(), ShouldResemble, ps)
    52  			tr.Clear()
    53  
    54  			psrev := []int32{__formatToInt32(4), __formatToInt32(3), __formatToInt32(2), __formatToInt32(1)}
    55  			tr.PushBacks(ps)
    56  			So(tr.BackAll(), ShouldResemble, psrev)
    57  
    58  			So(tr.FrontValue(), ShouldEqual, __formatToInt32(1))
    59  			So(tr.Front().Value, ShouldEqual, __formatToInt32(1))
    60  			So(tr.BackValue(), ShouldEqual, __formatToInt32(4))
    61  			So(tr.Back().Value, ShouldEqual, __formatToInt32(4))
    62  
    63  			b, b1 := tr.Back(), tr.Back().Prev()
    64  			tr.MoveBefore(tr.Back(), tr.Front())
    65  			So(tr.Front(), ShouldEqual, b)
    66  			So(tr.Back(), ShouldEqual, b1)
    67  
    68  			f0, f1 := tr.Front(), tr.Front().Next()
    69  			tr.MoveAfter(tr.Front(), tr.Back())
    70  			So(tr.Back(), ShouldEqual, f0)
    71  			So(tr.Front(), ShouldEqual, f1)
    72  
    73  			b, b1 = tr.Back(), tr.Back().Prev()
    74  			tr.MoveToFront(tr.Back())
    75  			So(tr.Front(), ShouldEqual, b)
    76  			So(tr.Back(), ShouldEqual, b1)
    77  
    78  			f0, f1 = tr.Front(), tr.Front().Next()
    79  			tr.MoveToBack(tr.Front())
    80  			So(tr.Back(), ShouldEqual, f0)
    81  			So(tr.Front(), ShouldEqual, f1)
    82  
    83  			n, ns, ol := NewInt32(), NewSyncInt32(), tr.Len()
    84  			n.PushFronts([]int32{__formatToInt32(1), __formatToInt32(2)})
    85  			ns.PushFronts([]int32{__formatToInt32(1), __formatToInt32(2)})
    86  			tr.PushFrontList(n)
    87  			So(tr.Len(), ShouldEqual, ol+2)
    88  			tr.PushFrontList(ns)
    89  			So(tr.Len(), ShouldEqual, ol+2+2)
    90  
    91  			f0, trl := tr.Front(), tr.Len()
    92  			tr.InsertBefore(tr.Front(), __formatToInt32(10))
    93  			So(tr.Front().Next(), ShouldEqual, f0)
    94  			So(tr.Front().Value, ShouldEqual, __formatToInt32(10))
    95  			So(tr.Len(), ShouldEqual, trl+1)
    96  
    97  			b, trl = tr.Back(), tr.Len()
    98  			tr.InsertAfter(tr.Back(), __formatToInt32(10))
    99  			So(tr.Back().Prev(), ShouldEqual, b)
   100  			So(tr.Back().Value, ShouldEqual, __formatToInt32(10))
   101  			So(tr.Len(), ShouldEqual, trl+1)
   102  
   103  			bv := tr.Back().Value
   104  			So(tr.Remove(tr.Back()), ShouldEqual, bv)
   105  
   106  			So(func() { tr.Removes([]*ElementInt32{tr.Front(), tr.Front().Next()}) }, ShouldNotPanic)
   107  			So(func() { tr.RemoveAll() }, ShouldNotPanic)
   108  			So(tr.Len(), ShouldEqual, 0)
   109  
   110  			tr.PushFrontList(n)
   111  			tr.Clear()
   112  			So(tr.Len(), ShouldEqual, 0)
   113  
   114  			tr.PushFronts([]int32{__formatToInt32(10), __formatToInt32(20), __formatToInt32(30), __formatToInt32(40)})
   115  
   116  			So(func() {
   117  				tr.RLockFunc(func(list *list.List) {
   118  					So(list.Front().Value, ShouldEqual, __formatToInt32(40))
   119  				})
   120  			}, ShouldNotPanic)
   121  
   122  			So(func() {
   123  				tr.LockFunc(func(list *list.List) {
   124  					So(list.Front().Value, ShouldEqual, __formatToInt32(40))
   125  				})
   126  			}, ShouldNotPanic)
   127  
   128  			So(func() {
   129  				tr.Iterator(func(e *ElementInt32) bool {
   130  					return true
   131  				})
   132  			}, ShouldNotPanic)
   133  
   134  			So(func() {
   135  				tr.IteratorAsc(func(e *ElementInt32) bool {
   136  					return true
   137  				})
   138  			}, ShouldNotPanic)
   139  
   140  			So(func() {
   141  				tr.IteratorDesc(func(e *ElementInt32) bool {
   142  					return true
   143  				})
   144  			}, ShouldNotPanic)
   145  
   146  		}
   147  	})
   148  }