func TestZserverWithAccessors(t *testing.T) {
exp := CapnpEncode(`(waitingjobs = [(cmd = "abc"), (cmd = "xyz")])`, "Zserver")
cv.Convey("Given an Zserver with a custom list", t, func() {
cv.Convey("then all the accessors should work as expected", func() {
seg := capn.NewBuffer(nil)
scratch := capn.NewBuffer(nil)
server := air.NewRootZserver(seg)
joblist := air.NewZjobList(seg, 2)
// .Set(int, item)
zjob := air.NewZjob(scratch)
zjob.SetCmd("abc")
joblist.Set(0, zjob)
zjob = air.NewZjob(scratch)
zjob.SetCmd("xyz")
joblist.Set(1, zjob)
// .At(int)
cv.So(joblist.At(0).Cmd(), cv.ShouldEqual, "abc")
cv.So(joblist.At(1).Cmd(), cv.ShouldEqual, "xyz")
// .Len()
cv.So(joblist.Len(), cv.ShouldEqual, 2)
// .ToArray()
cv.So(len(joblist.ToArray()), cv.ShouldEqual, 2)
cv.So(joblist.ToArray()[0].Cmd(), cv.ShouldEqual, "abc")
cv.So(joblist.ToArray()[1].Cmd(), cv.ShouldEqual, "xyz")
server.SetWaitingjobs(joblist)
buf := bytes.Buffer{}
seg.WriteTo(&buf)
act := buf.Bytes()
fmt.Printf(" actual:\n")
ShowBytes(act, 10)
fmt.Printf("act decoded by capnp: '%s'\n", string(CapnpDecode(act, "Zserver")))
save(act, "myact")
fmt.Printf("expected:\n")
ShowBytes(exp, 10)
fmt.Printf("exp decoded by capnp: '%s'\n", string(CapnpDecode(exp, "Zserver")))
save(exp, "myexp")
cv.So(act, cv.ShouldResemble, exp)
})
})
}
func TestZserverWithOneEmptyJob(t *testing.T) {
exp := CapnpEncode(`(waitingjobs = [()])`, "Zserver")
cv.Convey("Given an Zserver with one empty job", t, func() {
cv.Convey("then the go-capnproto serialization should match the capnp c++ serialization", func() {
seg := capn.NewBuffer(nil)
scratch := capn.NewBuffer(nil)
server := air.NewRootZserver(seg)
joblist := air.NewZjobList(seg, 1)
plist := capn.PointerList(joblist)
ShowSeg(" pre NewZjob, segment seg is:", seg)
zjob := air.NewZjob(scratch)
plist.Set(0, capn.Object(zjob))
ShowSeg(" pre SetWaitingjobs, segment seg is:", seg)
fmt.Printf("Then we do the SetWaitingjobs:\n")
server.SetWaitingjobs(joblist)
// save
buf := bytes.Buffer{}
seg.WriteTo(&buf)
act := buf.Bytes()
save(act, "my.act.zserver")
// show
ShowSeg(" actual:\n", seg)
fmt.Printf("act decoded by capnp: '%s'\n", string(CapnpDecode(act, "Zserver")))
fmt.Printf("expected:\n")
ShowBytes(exp, 10)
fmt.Printf("exp decoded by capnp: '%s'\n", string(CapnpDecode(exp, "Zserver")))
cv.So(act, cv.ShouldResemble, exp)
})
})
}
func TestZserverWithOneFullJob(t *testing.T) {
exp := CapnpEncode(`(waitingjobs = [(cmd = "abc", args = ["xyz"])])`, "Zserver")
cv.Convey("Given an Zserver with one empty job", t, func() {
cv.Convey("then the go-capnproto serialization should match the capnp c++ serialization", func() {
seg := capn.NewBuffer(nil)
scratch := capn.NewBuffer(nil)
server := air.NewRootZserver(seg)
joblist := air.NewZjobList(seg, 1)
plist := capn.PointerList(joblist)
zjob := air.NewZjob(scratch)
zjob.SetCmd("abc")
tl := scratch.NewTextList(1)
tl.Set(0, "xyz")
zjob.SetArgs(tl)
plist.Set(0, capn.Object(zjob))
server.SetWaitingjobs(joblist)
buf := bytes.Buffer{}
seg.WriteTo(&buf)
act := buf.Bytes()
fmt.Printf(" actual:\n")
ShowBytes(act, 10)
fmt.Printf("act decoded by capnp: '%s'\n", string(CapnpDecode(act, "Zserver")))
save(act, "myact")
fmt.Printf("expected:\n")
ShowBytes(exp, 10)
fmt.Printf("exp decoded by capnp: '%s'\n", string(CapnpDecode(exp, "Zserver")))
save(exp, "myexp")
cv.So(act, cv.ShouldResemble, exp)
})
})
}