func zfill(c air.Z, g *Z) error {
switch g.Which {
case air.Z_Which_f64:
c.SetF64(g.F64)
case air.Z_Which_f32:
c.SetF32(g.F32)
case air.Z_Which_i64:
c.SetI64(g.I64)
case air.Z_Which_i32:
c.SetI32(g.I32)
case air.Z_Which_i16:
c.SetI16(g.I16)
case air.Z_Which_i8:
c.SetI8(g.I8)
case air.Z_Which_u64:
c.SetU64(g.U64)
case air.Z_Which_u32:
c.SetU32(g.U32)
case air.Z_Which_u16:
c.SetU16(g.U16)
case air.Z_Which_u8:
c.SetU8(g.U8)
case air.Z_Which_bool:
c.SetBool(g.Bool)
case air.Z_Which_text:
return c.SetText(g.Text)
case air.Z_Which_blob:
return c.SetBlob(g.Blob)
case air.Z_Which_f64vec:
if g.F64vec == nil {
return c.SetF64vec(capnp.Float64List{})
}
fv, err := c.NewF64vec(int32(len(g.F64vec)))
if err != nil {
return err
}
for i, f := range g.F64vec {
fv.Set(i, f)
}
case air.Z_Which_f32vec:
if g.F32vec == nil {
return c.SetF32vec(capnp.Float32List{})
}
fv, err := c.NewF32vec(int32(len(g.F32vec)))
if err != nil {
return err
}
for i, f := range g.F32vec {
fv.Set(i, f)
}
case air.Z_Which_i64vec:
if g.I64vec == nil {
return c.SetI64vec(capnp.Int64List{})
}
iv, err := c.NewI64vec(int32(len(g.I64vec)))
if err != nil {
return err
}
for i, n := range g.I64vec {
iv.Set(i, n)
}
case air.Z_Which_i8vec:
if g.I8vec == nil {
return c.SetI8vec(capnp.Int8List{})
}
iv, err := c.NewI8vec(int32(len(g.I8vec)))
if err != nil {
return err
}
for i, n := range g.I8vec {
iv.Set(i, n)
}
case air.Z_Which_u64vec:
if g.U64vec == nil {
return c.SetU64vec(capnp.UInt64List{})
}
uv, err := c.NewU64vec(int32(len(g.U64vec)))
if err != nil {
return err
}
for i, n := range g.U64vec {
uv.Set(i, n)
}
case air.Z_Which_u8vec:
if g.U8vec == nil {
return c.SetU8vec(capnp.UInt8List{})
}
uv, err := c.NewU8vec(int32(len(g.U8vec)))
if err != nil {
return err
}
for i, n := range g.U8vec {
uv.Set(i, n)
}
case air.Z_Which_boolvec:
if g.Boolvec == nil {
return c.SetBoolvec(capnp.BitList{})
}
vec, err := c.NewBoolvec(int32(len(g.Boolvec)))
if err != nil {
return err
}
for i, v := range g.Boolvec {
vec.Set(i, v)
}
case air.Z_Which_datavec:
if g.Datavec == nil {
return c.SetDatavec(capnp.DataList{})
}
vec, err := c.NewDatavec(int32(len(g.Datavec)))
if err != nil {
return err
}
for i, v := range g.Datavec {
if err := vec.Set(i, v); err != nil {
return err
}
}
case air.Z_Which_textvec:
if g.Textvec == nil {
return c.SetTextvec(capnp.TextList{})
}
vec, err := c.NewTextvec(int32(len(g.Textvec)))
if err != nil {
return err
}
for i, v := range g.Textvec {
if err := vec.Set(i, v); err != nil {
return err
}
}
case air.Z_Which_zvec:
if g.Zvec == nil {
return c.SetZvec(air.Z_List{})
}
vec, err := c.NewZvec(int32(len(g.Zvec)))
if err != nil {
return err
}
for i, z := range g.Zvec {
if err := zfill(vec.At(i), z); err != nil {
return err
}
}
case air.Z_Which_zvecvec:
if g.Zvecvec == nil {
return c.SetZvecvec(capnp.PointerList{})
}
vv, err := c.NewZvecvec(int32(len(g.Zvecvec)))
if err != nil {
return err
}
for i, zz := range g.Zvecvec {
v, err := air.NewZ_List(vv.Segment(), int32(len(zz)))
if err != nil {
return err
}
if err := vv.SetPtr(i, v.ToPtr()); err != nil {
return err
}
for j, z := range zz {
if err := zfill(v.At(j), z); err != nil {
return err
}
}
}
case air.Z_Which_planebase:
if g.Planebase == nil {
return c.SetPlanebase(air.PlaneBase{})
}
pb, err := c.NewPlanebase()
if err != nil {
return err
}
if err := pb.SetName(g.Planebase.Name); err != nil {
return err
}
if g.Planebase.Homes != nil {
homes, err := pb.NewHomes(int32(len(g.Planebase.Homes)))
if err != nil {
return err
}
for i := range g.Planebase.Homes {
homes.Set(i, g.Planebase.Homes[i])
}
}
pb.SetRating(g.Planebase.Rating)
pb.SetCanFly(g.Planebase.CanFly)
pb.SetCapacity(g.Planebase.Capacity)
pb.SetMaxSpeed(g.Planebase.MaxSpeed)
case air.Z_Which_airport:
c.SetAirport(g.Airport)
case air.Z_Which_grp:
c.SetGrp()
if g.Grp != nil {
c.Grp().SetFirst(g.Grp.First)
c.Grp().SetSecond(g.Grp.Second)
}
default:
return fmt.Errorf("zfill: unknown type: %v", g.Which)
}
return nil
}