func TestJoin(t *testing.T) {
testing2.
Expect("abc,abc,abc").Arg("abc", ",", 3).
Expect("abc,abc").Arg("abc", ",", 2).
Expect("abc").Arg("abc", ",", 1).
Expect("").Arg("abc", ",", 0).
Run(t, RepeatJoin)
testing2.
Expect("").Arg([]int{}, ",").
Expect("1,2,3,4").Arg([]int{1, 2, 3, 4}, ",").
Run(t, JoinInt)
testing2.
Expect("").Arg([]uint{}, ",").
Expect("1,2,3,4").Arg([]uint{1, 2, 3, 4}, ",").
Run(t, JoinUint)
testing2.
Expect("").Arg([]string{}, "=?", ", ").
Expect("a=?").Arg([]string{"a"}, "=?", ", ").
Expect("a=?, b=?, c=?").Arg([]string{"a", "b", "c"}, "=?", ", ").
Run(t, SuffixJoin)
}
func TestCols(t *testing.T) {
var cols Cols = &cols{cols: []string{"id", "age", "name"}}
testing2.Eq(t, 3, cols.Length())
testing2.
Expect("?,?,?").Arg(cols.OnlyParam()).
Expect("id,age,name").Arg(cols.String()).
Expect("id=?,age=?,name=?").Arg(cols.Paramed()).
Run(t, strings2.RemoveSpace)
cols = singleCol("id")
testing2.Eq(t, 1, cols.Length())
testing2.
Expect("?").Arg(cols.OnlyParam()).
Expect("id").Arg(cols.String()).
Expect("id=?").Arg(cols.Paramed()).
Run(t, strings2.RemoveSpace)
cols = _emptyCols
testing2.Eq(t, 0, cols.Length())
testing2.
Expect("").Arg(cols.OnlyParam()).
Expect("").Arg(cols.String()).
Expect("").Arg(cols.Paramed()).
Run(t, strings2.RemoveSpace)
}
func testPager(p *Pager, t *testing.T) {
testing2.
Expect(p.BeginIndex).Arg("abcde").
Expect(p.BeginIndex).Arg("").
Expect(p.BeginIndex).Arg("-1").
Expect(p.BeginIndex).Arg("0").
Expect(p.BeginIndex).Arg("1").
Expect(p.PageSize).Arg("2").
Expect(p.PageSize*2).Arg("3").
Run(t, p.BeginByString)
testing2.
Expect(p.PageSize).Arg("abcde").
Expect(p.PageSize).Arg("").
Expect(p.PageSize).Arg("-1").
Expect(p.PageSize).Arg("0").
Expect(p.PageSize).Arg("1").
Expect(p.PageSize*2).Arg("2").
Expect(p.PageSize*3).Arg("3").
Run(t, p.EndByString)
testing2.
Expect(p.PageSize).Arg(-1).
Expect(p.PageSize).Arg(0).
Expect(p.PageSize).Arg(1).
Expect(p.PageSize*2).Arg(2).
Expect(p.PageSize*3).Arg(3).
Run(t, p.End)
}
func TestAbridgeString(t *testing.T) {
testing2.
Expect("ABC").Arg("AaaBbbCcc").
Expect("ABC").Arg("AaaBbbCcc").
Expect("").Arg("").
Run(t, ToAbridge)
testing2.
Expect("abc").Arg("AaaBbbCcc").
Expect("abc").Arg("AaaBbbCcc").
Expect("").Arg("").
Run(t, ToLowerAbridge)
}
func TestNumMatched(t *testing.T) {
testing2.
Expect(0).Arg(IsNotEmpty, "", "", "", "").
Expect(1).Arg(IsNotEmpty, "1", "", "", "").
Expect(2).Arg(IsNotEmpty, "1", "2", "", "").
Run(t, NumMatched)
testing2.
Expect(4).Arg(IsEmpty, "", "", "", "").
Expect(3).Arg(IsEmpty, "1", "", "", "").
Expect(2).Arg(IsEmpty, "1", "2", "", "").
Run(t, NumMatched)
}
func TestMidSep(t *testing.T) {
testing2.
Expect(-1).Arg("123", byte('1')).
Expect(-1).Arg("123", byte('3')).
Expect(-1).Arg("123", byte('4')).
Expect(1).Arg("123", byte('2')).
Run(t, MidIndex)
testing2.
Expect("", "").Arg("123", byte('1')).
Expect("", "").Arg("123", byte('3')).
Expect("", "").Arg("123", byte('4')).
Expect("1", "3").Arg("123", byte('2')).
Run(t, Separate)
}
func TestSplitAtN(t *testing.T) {
testing2.
Expect(3).Arg("123123123", "12", 2).
Expect(6).Arg("123123123", "12", 3).
Expect(-1).Arg("123123123", "12", 4).
Run(t, IndexN)
}
func TestRemoveSpace(t *testing.T) {
testing2.
Expect("abcdefg").Arg(`a b
c d e
f g`).
Run(t, RemoveSpace)
}
func TestTrimQuote(t *testing.T) {
testing2.
Expect("aaa", true).Arg("\"aaa\"").
Expect("aaa", true).Arg("'aaa'").
Expect("aaa", true).Arg("`aaa`").
Expect("", testing2.NonNil).Arg("`aaa").
Run(t, TrimQuote)
}
func TestIndexNonSpace(t *testing.T) {
testing2.
Expect(1).Arg(" 1 ").
Expect(-1).Arg(" ").
Expect(0).Arg("a ").
Run(t, IndexNonSpace).
Run(t, LastIndexNonSpace)
}
func TestCompare(t *testing.T) {
testing2.
Expect(1).Arg("123", "012").
Expect(-1).Arg("123", "212").
Expect(0).Arg("123", "123").
Expect(-1).Arg("123", "1234").
Expect(1).Arg("123", "12").
Run(t, Compare)
}
func TestSnakeCase(t *testing.T) {
testing2.
Expect("_xy_xy").Arg("_xy_xy").
Expect("_xy_xy").Arg("_xy_xy").
Expect("_xy_xy").Arg("_xyXy").
Expect("_xy xy").Arg("_Xy Xy").
Expect("_xy_xy").Arg("_Xy_Xy").
Run(t, ToSnake)
}
func TestUser(t *testing.T) {
tt := testing2.Wrap(t)
u1 := User{
Name: "User1",
Age: 20,
}
tt.Nil(u1.Add()) // add user1
u2 := u1 // duplicate user name
tt.Eq(ErrDuplicateUserName, u2.Add())
u2.Name = "User2"
tt.Nil(u2.Add()) // add user2
f1 := Follow{
UserId: u1.Id,
FollowUserId: 1024000, // user id doesn't exists
}
tt.Eq(ErrNoUser, f1.Add())
f1.FollowUserId = u2.Id
tt.Nil(f1.Add()) // user1 follow user2
f2 := Follow{
UserId: u2.Id,
FollowUserId: u1.Id,
}
tt.
Nil(f2.Add()). // user2 follow user1
Eq(ErrFollowed, f2.Add())
tt.
Nil(u1.ById()). // query latest user1 info
Eq(1, u1.Followers).
Eq(1, u1.Followings).
Nil(u2.ById()). // query latest user2 info
Eq(1, u2.Followers).
Eq(1, u2.Followings)
tt.
Nil(f1.Delete()). // delete follow relationships
Nil(f2.Delete())
tt.
Nil(u1.ById()). // query latest user1 info
Eq(0, u1.Followings).
Eq(0, u1.Followings).
Nil(u2.ById()). // query latest user2 info
Eq(0, u2.Followings).
Eq(0, u2.Followings)
testing2.
Expect(nil).Arg(u1.Id). // delete user1, user2
Expect(nil).Arg(u2.Id).
Run(t, DeleteUserById)
}
func TestParseHuman(t *testing.T) {
testing2.
Expect(time.Hour, nil).Arg("1H").
Expect(time.Minute, nil).Arg("1M").
Expect(time.Second, nil).Arg("1S").
Expect(time.Millisecond, nil).Arg("1m").
Expect(time.Microsecond, nil).Arg("1u").
Expect(time.Nanosecond, nil).Arg("1n").
Expect(time.Duration(0), testing2.NonNil).Arg("1z").
Run(t, ParseHuman)
}
func TestIn(t *testing.T) {
tt := testing2.Wrap(t)
tt.Eq(1, StringIn("b", []string{"a", "b", "c"}))
tt.Eq(0, StringIn("a", []string{"a", "b", "c"}))
tt.Eq(-1, StringIn("d", []string{"a", "b", "c"}))
tt.Eq(0, CharIn('a', "abc"))
tt.Eq(1, CharIn('b', "abc"))
tt.Eq(2, CharIn('d', "abd"))
tt.Eq(-1, CharIn('e', "abcd"))
testing2.
Expect(uint(0)).Arg(-1, uint(1<<0|1<<2)).
Expect(uint(0)).Arg(8, uint(1<<0|1<<2)).
Expect(uint(0)).Arg(1, uint(1<<0|1<<2)).
Expect(uint(1<<1)).Arg(1, uint(1<<1|1<<2|1<<3)).
Expect(uint(1<<2)).Arg(2, uint(1<<2|1<<2|1<<3)).
Run(t, BitIn)
testing2.
Expect(uint(0)).Arg(-1, uint(1<<0|1<<2)).
Expect(uint(0)).Arg(2, uint(1<<0|1<<2)).
Expect(uint(1<<9)).Arg(9, uint(1<<0|1<<2)).
Expect(uint(1<<5)).Arg(5, uint(1<<1|1<<2|1<<3)).
Expect(uint(1<<8)).Arg(8, uint(1<<2|1<<2|1<<3)).
Run(t, BitNotIn)
tt.Eq(2, ByteIn('A', 'B', 'C', 'A'))
tt.Eq(0, ByteIn('A', 'A', 'B', 'C', 'A'))
tt.Eq(-1, ByteIn('A', 'B', 'C'))
tt.Eq(2, SortedNumberIn('C', 'A', 'B', 'C'))
tt.Eq(0, SortedNumberIn('A', 'A', 'B', 'C', 'D'))
tt.Eq(-1, SortedNumberIn('A', 'B', 'C'))
tt.Eq(3, RuneIn('界', '你', '好', '世', '界'))
tt.Eq(0, RuneIn('你', '你', '好', '世', '界'))
tt.Eq(-1, RuneIn('是', '你', '好', '世', '界'))
}
func TestCamelString(t *testing.T) {
testing2.
Expect("XyXy").Arg("xy_xy").
Expect("Xy__Xy").Arg("xy__Xy").
Expect("Xy Xy").Arg("xy Xy").
Expect("XY Xy").Arg("x_y Xy").
Expect("X_Y XY").Arg("x__y XY").
Expect("XY XY").Arg("x_y xY").
Expect("XY XY").Arg("x_y _x_y").
Expect(" XY").Arg(" x_y").
Run(t, ToCamel)
}
func TestTrim(t *testing.T) {
tt := testing2.Wrap(t)
tt.
Eq("0123", TrimAfter("01234567", "45")).
Eq("4567", TrimBefore("01234567", "23"))
left, right := ("["), ("]")
testing2.
Expect("123", true).Arg("[123]", left, right, true).
Expect(testing2.NoCheck, false).Arg("[123", left, right, true).
Expect("123", true).Arg("[123", left, right, false).
Expect("123", true).Arg("123", left, right, true).
Expect("", true).Arg("", left, right, true).
Run(t, TrimWrap)
testing2.
Expect([]string{"1", "2", "3"}).Arg(" 1 , 2 , 3 ", ",").
Run(t, SplitAndTrim)
tt.Eq("abcde", TrimAndToLower(" ABCDE "))
tt.Eq("ABCDE", TrimAndToUpper(" abcde "))
}
func TestUnitSize(t *testing.T) {
testing2.
Expect(uint(1)).Arg(uint(0)).
Expect(uint(1)).Arg(uint(1)).
Expect(uint(1)).Arg(uint(2)).
Expect(uint(2)).Arg(uint(3)).
Expect(uint(2)).Arg(uint(4)).
Expect(uint(3)).Arg(uint(5)).
Expect(uint(3)).Arg(uint(6)).
Expect(uint(3)).Arg(uint(7)).
Expect(uint(3)).Arg(uint(8)).
Expect(uint(4)).Arg(uint(9)).
Run(t, UnitSize)
}
func TestTrim(t *testing.T) {
tt := testing2.Wrap(t)
tt.
Eq("0123", TrimAfter("01234567", "45")).
Eq("4567", TrimBefore("01234567", "23"))
left, right := ("["), ("]")
testing2.
Expect("123", true).Arg("[123]", left, right, true).
Expect(testing2.NoCheck, false).Arg("[123", left, right, true).
Expect("123", true).Arg("[123", left, right, false).
Expect("123", true).Arg("123", left, right, true).
Run(t, TrimWrap)
}
func TestMergeSpace(t *testing.T) {
testing2.
Expect("a b c dd").Arg(" a b c dd ", true).
Expect(" a b c dd ").Arg(" a b c dd ", false).
Run(t, MergeSpace)
}
func TestRepeatJoin(t *testing.T) {
testing2.
Expect("abc=?,abc=?,abc").Arg("abc", "=?,", 3).
Run(t, RepeatJoin)
}
func TestLastIndexByte(t *testing.T) {
testing2.
Expect(0).Arg("123", byte('1')).
Expect(-1).Arg("123", byte('4')).
Run(t, LastIndexByte)
}
