public List <double> read_double_list() { List <double> double_list = null; UInt32 sz = this.read_array_size(); if (sz == 0) { return(new List <double>()); } int len = this.reader.ReadByte(); sz--; if (len != 8) { SprotoTypeSize.error("invalid intlen (" + len + ")"); } double_list = new List <double>(); UnionValue u = new UnionValue(); for (int i = 0; i < sz / 8; i++) { u.integer_v = this.read_uint64(); double_list.Add(u.real_v); } return(double_list); }
public void write_double(double v, int tag) { UnionValue u = new UnionValue(); u.real_v = v; this.encode_uint64(u.integer_v); this.write_tag(tag, 0); }
public double read_double() { UInt32 sz = this.read_dword(); if (sz == 8) { UnionValue v = new UnionValue(); v.integer_v = this.read_uint64(); return(v.real_v); } else { SprotoTypeSize.error("read invalid double size (" + sz + ")"); } return(0.0); }
public void write_double(List <double> double_list, int tag) { if (double_list == null || double_list.Count <= 0) { return; } int size = double_list.Count * 8; this.fill_size(size + 1); this.data.WriteByte(8); UnionValue u = new UnionValue(); for (int index = 0; index < double_list.Count; index++) { u.real_v = double_list[index]; this.write_uint64(u.integer_v); } this.write_tag(tag, 0); }