forked from funny/binary
/
spliter_test.go
253 lines (214 loc) · 5.91 KB
/
spliter_test.go
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package binary
import (
"bytes"
"encoding/base64"
"github.com/funny/unitest"
"math/rand"
"testing"
"time"
)
func init() {
rand.Seed(time.Now().UnixNano())
}
func RandBytes(n int) []byte {
n = rand.Intn(n) + 1
b := make([]byte, n)
for i := 0; i < n; i++ {
b[i] = byte(rand.Intn(255))
}
return b
}
func Test_Delim_Spliter(t *testing.T) {
ReadWriteTest(t, 1000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
b2 := make([]byte, base64.StdEncoding.EncodedLen(len(b1)))
base64.StdEncoding.Encode(b2, b1)
w.WritePacket(b2, SplitByLine)
w.Flush()
unitest.NotError(t, w.Error())
b3 := r.ReadPacket(SplitByLine)
unitest.NotError(t, r.Error())
b4 := make([]byte, base64.StdEncoding.DecodedLen(len(b3)))
n, err := base64.StdEncoding.Decode(b4, b3)
unitest.NotError(t, err)
unitest.Pass(t, bytes.Equal(b1, b4[:n]))
})
}
func Test_Uvarint_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUvarint)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUvarint)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint8_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(255)
w.WritePacket(b1, SplitByUint8)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint8)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint16BE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint16BE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint16BE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint16LE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint16LE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint16LE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint24BE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint24BE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint24BE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint24LE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint24LE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint24LE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint32BE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint32BE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint32BE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint32LE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint32LE)
unitest.NotError(t, w.Error())
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint32LE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint40BE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint40BE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint40BE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint40LE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint40LE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint40LE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint48BE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint48BE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint48BE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint48LE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint48LE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint48LE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint56BE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint56BE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint56BE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint56LE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint56LE)
unitest.NotError(t, w.Error())
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint56LE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint64BE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint64BE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint64BE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}
func Test_Uint64LE_Spliter(t *testing.T) {
ReadWriteTest(t, 10000, func(r *Reader, w *Writer) {
b1 := RandBytes(1024)
w.WritePacket(b1, SplitByUint64LE)
w.Flush()
unitest.NotError(t, w.Error())
b2 := r.ReadPacket(SplitByUint64LE)
unitest.NotError(t, r.Error())
unitest.Pass(t, bytes.Equal(b1, b2))
})
}