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reader_gen.go
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reader_gen.go
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// Code generated by zusi-tcpgen. DO NOT EDIT.
package tcp
import (
"errors"
"fmt"
"github.com/zusi/zusi-go/tcp/message"
"github.com/zusi/zusi-go/tcp/message/fahrpult"
"io"
)
func readMessageAckHelloMessage(reader io.Reader) (*message.AckHelloMessage, error) {
msg := message.AckHelloMessage{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.ZusiVersion, err = ReadString(reader, length)
case 0x0002:
msg.ZusiVerbindungsinfo, err = ReadString(reader, length)
case 0x0003:
msg.ErrorCode, err = ReadUint8(reader, length)
case 0x0004:
msg.FahrplanStartZeit, err = ReadFloat64(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readMessageHelloMessage(reader io.Reader) (*message.HelloMessage, error) {
msg := message.HelloMessage{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.ProtokollVersion, err = ReadUint16(reader, length)
case 0x0002:
msg.ClientTyp, err = ReadUint16(reader, length)
case 0x0003:
msg.Name, err = ReadString(reader, length)
case 0x0004:
msg.Version, err = ReadString(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readMessageMessage(reader io.Reader) (*message.Message, error) {
msg := message.Message{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Verbindungsaufbau, err = readMessageVerbindungsaufbauMessage(reader)
case 0x0002:
msg.Fahrpult, err = readFahrpultFahrpultMessage(reader)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readMessageVerbindungsaufbauMessage(reader io.Reader) (*message.VerbindungsaufbauMessage, error) {
msg := message.VerbindungsaufbauMessage{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Hello, err = readMessageHelloMessage(reader)
case 0x0002:
msg.AckHello, err = readMessageAckHelloMessage(reader)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultAckNeededData(reader io.Reader) (*fahrpult.AckNeededData, error) {
msg := fahrpult.AckNeededData{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.ErrorCode, err = ReadUint8(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultControl(reader io.Reader) (*fahrpult.Control, error) {
msg := fahrpult.Control{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Pause, err = readFahrpultShortNode(reader)
case 0x0002:
msg.Restart, err = readFahrpultControlFilename(reader)
case 0x0003:
msg.Start, err = readFahrpultControlFilename(reader)
case 0x0004:
msg.Ende, err = readFahrpultEmptyNode(reader)
case 0x0005:
msg.FplNeustart, err = readFahrpultEmptyNode(reader)
case 0x0006:
msg.ZugAuswaehlen, err = readFahrpultTrain(reader)
case 0x0007:
msg.Zeitsprung, err = readFahrpultShortNode(reader)
case 0x0008:
msg.Zeitraffer, err = readFahrpultShortNode(reader)
case 0x0009:
msg.Nebel, err = readFahrpultSingleNode(reader)
case 0x000A:
msg.Helligkeit, err = readFahrpultSingleNode(reader)
case 0x000B:
msg.Reibwert, err = readFahrpultSingleNode(reader)
case 0x000C:
msg.Autopilot, err = readFahrpultShortNode(reader)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultControlFilename(reader io.Reader) (*fahrpult.ControlFilename, error) {
msg := fahrpult.ControlFilename{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Dateiname, err = ReadString(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultDataFtd(reader io.Reader) (*fahrpult.DataFtd, error) {
msg := fahrpult.DataFtd{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Geschwindigkeit, err = ReadFloat32(reader, length)
case 0x0002:
msg.DruckHauptluftleitung, err = ReadFloat32(reader, length)
case 0x0003:
msg.DruckBremszylinder, err = ReadFloat32(reader, length)
case 0x0004:
msg.DruckHauptluftbehaelter, err = ReadFloat32(reader, length)
case 0x0005:
msg.LuftpresserLaeuft, err = ReadFloat32(reader, length)
case 0x0006:
msg.LuftstromFvb, err = ReadFloat32(reader, length)
case 0x0007:
msg.LuftstromZbv, err = ReadFloat32(reader, length)
case 0x0008:
msg.LuefterAn, err = ReadFloat32(reader, length)
case 0x0009:
msg.ZugkraftGesamt, err = ReadFloat32(reader, length)
case 0x000A:
msg.ZugkraftProAchse, err = ReadFloat32(reader, length)
case 0x000B:
msg.ZugkraftSollGesamt, err = ReadFloat32(reader, length)
case 0x000C:
msg.ZugkraftSollProAchse, err = ReadFloat32(reader, length)
case 0x000D:
msg.Oberstrom, err = ReadFloat32(reader, length)
case 0x000E:
msg.Fahrleitungsspannung, err = ReadFloat32(reader, length)
case 0x000F:
msg.Motordrehzahl, err = ReadFloat32(reader, length)
case 0x0010:
msg.UhrzeitStunde, err = ReadFloat32(reader, length)
case 0x0011:
msg.UhrzeitMinute, err = ReadFloat32(reader, length)
case 0x0012:
msg.UhrzeitSekunde, err = ReadFloat32(reader, length)
case 0x0013:
msg.Hauptschalter, err = ReadFloat32(reader, length)
case 0x0014:
msg.Trennschuetz, err = ReadFloat32(reader, length)
case 0x0015:
msg.Fahrstufe, err = ReadFloat32(reader, length)
case 0x0017:
msg.AfbSollgeschwindigkeit, err = ReadFloat32(reader, length)
case 0x0018:
msg.DruckHilfsluftbehaelter, err = ReadFloat32(reader, length)
case 0x0019:
msg.ZurueckgelegterGesamtweg, err = ReadFloat32(reader, length)
case 0x001A:
msg.LmGetriebe, err = ReadFloat32(reader, length)
case 0x001B:
msg.LmSchleudern, err = ReadFloat32(reader, length)
case 0x001C:
msg.LmGleiten, err = ReadFloat32(reader, length)
case 0x001D:
msg.LmMgBremse, err = ReadFloat32(reader, length)
case 0x001E:
msg.LmHBremse, err = ReadFloat32(reader, length)
case 0x001F:
msg.LmRBremse, err = ReadFloat32(reader, length)
case 0x0020:
msg.LmHochabbremsung, err = ReadFloat32(reader, length)
case 0x0021:
msg.LmSchnellbremsung, err = ReadFloat32(reader, length)
case 0x0022:
msg.StatusNotbremssystem, err = readFahrpultStatusNotbremssystem(reader)
case 0x0023:
msg.LmUhrzeitDigital, err = ReadFloat32(reader, length)
case 0x0024:
msg.LmDrehzahlverstellung, err = ReadFloat32(reader, length)
case 0x0025:
msg.LmFahrtrichtungVor, err = ReadFloat32(reader, length)
case 0x0026:
msg.LmFahrtrichtungZurueck, err = ReadFloat32(reader, length)
case 0x0027:
msg.LmFahrtrichtungM, err = ReadFloat32(reader, length)
case 0x0029:
msg.Motordrehmoment, err = ReadFloat32(reader, length)
case 0x002A:
msg.MotorlastNormiert, err = ReadFloat32(reader, length)
case 0x002B:
msg.Tunnel, err = ReadFloat32(reader, length)
case 0x002C:
msg.SchienenstossWeiche, err = ReadFloat32(reader, length)
case 0x002D:
msg.Stahlbruecke, err = ReadFloat32(reader, length)
case 0x002E:
msg.Steinbruecke, err = ReadFloat32(reader, length)
case 0x002F:
msg.XKoordinate, err = ReadFloat32(reader, length)
case 0x0030:
msg.YKoordinate, err = ReadFloat32(reader, length)
case 0x0031:
msg.ZKoordinate, err = ReadFloat32(reader, length)
case 0x0032:
msg.UTMReferenzpunktXkm, err = ReadFloat32(reader, length)
case 0x0033:
msg.UTMReferenzpunktYkm, err = ReadFloat32(reader, length)
case 0x0034:
msg.UTMZone, err = ReadFloat32(reader, length)
case 0x0035:
msg.UTMZone2, err = ReadFloat32(reader, length)
case 0x0036:
msg.AFBAn, err = ReadFloat32(reader, length)
case 0x0037:
msg.Individuell01, err = ReadFloat32(reader, length)
case 0x0038:
msg.Individuell02, err = ReadFloat32(reader, length)
case 0x0039:
msg.Individuell03, err = ReadFloat32(reader, length)
case 0x003A:
msg.Individuell04, err = ReadFloat32(reader, length)
case 0x003B:
msg.Individuell05, err = ReadFloat32(reader, length)
case 0x003C:
msg.Individuell06, err = ReadFloat32(reader, length)
case 0x003D:
msg.Individuell07, err = ReadFloat32(reader, length)
case 0x003E:
msg.Individuell08, err = ReadFloat32(reader, length)
case 0x003F:
msg.Individuell09, err = ReadFloat32(reader, length)
case 0x0040:
msg.Individuell10, err = ReadFloat32(reader, length)
case 0x0041:
msg.Individuell11, err = ReadFloat32(reader, length)
case 0x0042:
msg.Individuell12, err = ReadFloat32(reader, length)
case 0x0043:
msg.Individuell13, err = ReadFloat32(reader, length)
case 0x0044:
msg.Individuell14, err = ReadFloat32(reader, length)
case 0x0045:
msg.Individuell15, err = ReadFloat32(reader, length)
case 0x0046:
msg.Individuell16, err = ReadFloat32(reader, length)
case 0x0047:
msg.Individuell17, err = ReadFloat32(reader, length)
case 0x0048:
msg.Individuell18, err = ReadFloat32(reader, length)
case 0x0049:
msg.Individuell19, err = ReadFloat32(reader, length)
case 0x004A:
msg.Individuell20, err = ReadFloat32(reader, length)
case 0x004B:
msg.Datum, err = ReadFloat32(reader, length)
case 0x004C:
msg.Gleiskruemmung, err = ReadFloat32(reader, length)
case 0x004D:
msg.Streckenhoechstgeschwindigkeit, err = ReadFloat32(reader, length)
case 0x004E:
msg.ZugkraftvorschlagAutopilot, err = ReadFloat32(reader, length)
case 0x004F:
msg.BeschleunigungX, err = ReadFloat32(reader, length)
case 0x0050:
msg.BeschleunigungY, err = ReadFloat32(reader, length)
case 0x0051:
msg.BeschleunigungZ, err = ReadFloat32(reader, length)
case 0x0052:
msg.DrehbeschleunigungXAchse, err = ReadFloat32(reader, length)
case 0x0053:
msg.DrehbeschleunigungYAchse, err = ReadFloat32(reader, length)
case 0x0054:
msg.DrehbeschleunigungZAchse, err = ReadFloat32(reader, length)
case 0x0055:
msg.Stromabnehmer, err = ReadFloat32(reader, length)
case 0x0056:
msg.LmFederspeicherbremse, err = ReadFloat32(reader, length)
case 0x0057:
msg.ZustandFederspeicherbremse, err = ReadFloat32(reader, length)
case 0x0058:
msg.SteuerwagenLmGetriebe, err = ReadFloat32(reader, length)
case 0x0059:
msg.SteuerwagenLmSchleudern, err = ReadFloat32(reader, length)
case 0x005A:
msg.SteuerwagenLmGleiten, err = ReadFloat32(reader, length)
case 0x005B:
msg.SteuerwagenLmHBremse, err = ReadFloat32(reader, length)
case 0x005C:
msg.SteuerwagenLmRBremse, err = ReadFloat32(reader, length)
case 0x005D:
msg.SteuerwagenLmDrehzahlverstellung, err = ReadFloat32(reader, length)
case 0x005E:
msg.DruckZweitbehaelter, err = ReadFloat32(reader, length)
case 0x005F:
msg.GeschwindigkeitAbsolut, err = ReadFloat32(reader, length)
case 0x0060:
msg.ZugIstEntgleist, err = ReadFloat32(reader, length)
case 0x0061:
msg.KilometrierungZugspitze, err = ReadFloat32(reader, length)
case 0x0062:
msg.Motorstrom, err = ReadFloat32(reader, length)
case 0x0063:
msg.Motorspannung, err = ReadFloat32(reader, length)
case 0x0064:
msg.StatusSifa, err = readFahrpultStatusSifa(reader)
case 0x0065:
msg.StatusZugsicherung, err = readFahrpultStatusZugbeeinflussung(reader)
case 0x0066:
msg.StatusTuersystem, err = readFahrpultStatusTuersystem(reader)
case 0x0067:
msg.Individuell21, err = ReadFloat32(reader, length)
case 0x0068:
msg.Individuell22, err = ReadFloat32(reader, length)
case 0x0069:
msg.Individuell23, err = ReadFloat32(reader, length)
case 0x006A:
msg.Individuell24, err = ReadFloat32(reader, length)
case 0x006B:
msg.Individuell25, err = ReadFloat32(reader, length)
case 0x006C:
msg.Individuell26, err = ReadFloat32(reader, length)
case 0x006D:
msg.Individuell27, err = ReadFloat32(reader, length)
case 0x006E:
msg.Individuell28, err = ReadFloat32(reader, length)
case 0x006F:
msg.Individuell29, err = ReadFloat32(reader, length)
case 0x0070:
msg.Individuell30, err = ReadFloat32(reader, length)
case 0x0071:
msg.Individuell31, err = ReadFloat32(reader, length)
case 0x0072:
msg.Individuell32, err = ReadFloat32(reader, length)
case 0x0073:
msg.Individuell33, err = ReadFloat32(reader, length)
case 0x0074:
msg.Individuell34, err = ReadFloat32(reader, length)
case 0x0075:
msg.Individuell35, err = ReadFloat32(reader, length)
case 0x0076:
msg.Individuell36, err = ReadFloat32(reader, length)
case 0x0077:
msg.Individuell37, err = ReadFloat32(reader, length)
case 0x0078:
msg.Individuell38, err = ReadFloat32(reader, length)
case 0x0079:
msg.Individuell39, err = ReadFloat32(reader, length)
case 0x007A:
msg.Individuell40, err = ReadFloat32(reader, length)
case 0x007B:
msg.SteuerwagenLuefterAn, err = ReadFloat32(reader, length)
case 0x007C:
msg.SteuerwagenZugkraftGesamt, err = ReadFloat32(reader, length)
case 0x007D:
msg.SteuerwagenZugraftProAchse, err = ReadFloat32(reader, length)
case 0x007E:
msg.SteuerwagenZugkraftSollGesamt, err = ReadFloat32(reader, length)
case 0x007F:
msg.SteuerwagenZugraftSollProAchse, err = ReadFloat32(reader, length)
case 0x0080:
msg.SteuerwagenOberstrom, err = ReadFloat32(reader, length)
case 0x0081:
msg.SteuerwagenFahrleitungsspannung, err = ReadFloat32(reader, length)
case 0x0082:
msg.SteuerwagenMotordrehzahl, err = ReadFloat32(reader, length)
case 0x0083:
msg.SteuerwagenHauptschalter, err = ReadFloat32(reader, length)
case 0x0084:
msg.SteuerwagenTrennschuetz, err = ReadFloat32(reader, length)
case 0x0085:
msg.SteuerwagenFahrstufe, err = ReadFloat32(reader, length)
case 0x0086:
msg.SteuerwagenMotordrehmoment, err = ReadFloat32(reader, length)
case 0x0087:
msg.SteuerwagenMotorlastNormiert, err = ReadFloat32(reader, length)
case 0x0088:
msg.SteuerwagenStromabnehmer, err = ReadFloat32(reader, length)
case 0x0089:
msg.SteuerwagenMotorstrom, err = ReadFloat32(reader, length)
case 0x008A:
msg.SteuerwagenMotorspannung, err = ReadFloat32(reader, length)
case 0x008B:
msg.GeschwindigkeitAbsolutInklSchleudern, err = ReadFloat32(reader, length)
case 0x008C:
msg.BatteriehauptschalterAus, err = ReadFloat32(reader, length)
case 0x008D:
msg.StatusFahrzeug, err = readFahrpultStatusFahrzeug(reader)
case 0x008E:
msg.StatusZugverband, err = readFahrpultStatusZugverband(reader)
case 0x008F:
msg.Bremsprobenfunktion, err = ReadFloat32(reader, length)
case 0x0090:
msg.ZugUndBremsGesamtkraftSollNormiert, err = ReadFloat32(reader, length)
case 0x0091:
msg.SteuerwagenZugUndBremsGesamtkraftSollNormiert, err = ReadFloat32(reader, length)
case 0x0092:
msg.StatusWeichen, err = readFahrpultStatusWeichen(reader)
case 0x0093:
msg.ZugUndBremsGesamtkraftAbsolutNormiert, err = ReadFloat32(reader, length)
case 0x0094:
msg.SteuerwagenZugUndBremsGesamtkraftAbsolutNormiert, err = ReadFloat32(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultDataProg(reader io.Reader) (*fahrpult.DataProg, error) {
msg := fahrpult.DataProg{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Zugdatei, err = ReadString(reader, length)
case 0x0002:
msg.Zugnummer, err = ReadString(reader, length)
case 0x0003:
msg.Ladepause, err = ReadUint8(reader, length)
case 0x0004:
msg.Buchfahrplandatei, err = ReadString(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEfzZugbeeinflussungssystem(reader io.Reader) (*fahrpult.EfzZugbeeinflussungssystem, error) {
msg := fahrpult.EfzZugbeeinflussungssystem{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Bezeichnung, err = ReadString(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEinzelfahrzeug(reader io.Reader) (*fahrpult.Einzelfahrzeug, error) {
msg := fahrpult.Einzelfahrzeug{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Dateiname, err = ReadString(reader, length)
case 0x0002:
msg.Beschreibung, err = ReadString(reader, length)
case 0x0003:
msg.Bremsstellung, err = ReadUint16(reader, length)
case 0x0004:
v, er := readFahrpultEfzZugbeeinflussungssystem(reader)
msg.Zugbeeinflussungssystem = append(msg.Zugbeeinflussungssystem, *v)
err = er
case 0x0005:
msg.Vmax, err = ReadFloat32(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEmptyNode(reader io.Reader) (*fahrpult.EmptyNode, error) {
msg := fahrpult.EmptyNode{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEtcsBetriebsdaten(reader io.Reader) (*fahrpult.EtcsBetriebsdaten, error) {
msg := fahrpult.EtcsBetriebsdaten{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.AktivesLevel, err = ReadUint16(reader, length)
case 0x0002:
msg.AktiverModus, err = ReadUint16(reader, length)
case 0x0003:
msg.BremsungsGrund, err = ReadUint16(reader, length)
case 0x0004:
msg.BremsungsGrundString, err = ReadString(reader, length)
case 0x0005:
msg.StmInfo, err = readFahrpultEtcsStmInfo(reader)
case 0x0006:
msg.LevelAnkuendigung, err = readFahrpultEtcsLevelAnkuendigung(reader)
case 0x0007:
msg.ModusAnkuendigung, err = readFahrpultEtcsModusAnkuendigung(reader)
case 0x0008:
msg.Funkstatus, err = readFahrpultEtcsFunkstatus(reader)
case 0x0009:
msg.Zielgeschwindigkeit, err = ReadFloat32(reader, length)
case 0x000A:
msg.Zielweg, err = ReadFloat32(reader, length)
case 0x000B:
msg.AbstandBremseinsatzpunkt, err = ReadFloat32(reader, length)
case 0x000C:
msg.Entlassungsgeschwindigkeit, err = ReadFloat32(reader, length)
case 0x000D:
msg.Sollgeschwindigkeit, err = ReadFloat32(reader, length)
case 0x000E:
msg.Warngeschwindigkeit, err = ReadFloat32(reader, length)
case 0x000F:
msg.Bremsgeschwindigkeit, err = ReadFloat32(reader, length)
case 0x0010:
msg.Zwangsbremsgeschwindigkeit, err = ReadFloat32(reader, length)
case 0x0011:
msg.BremskurveLaeuft, err = ReadUint8(reader, length)
case 0x0012:
v, er := readFahrpultEtcsVorschaupunkt(reader)
msg.Vorschaupunkte = append(msg.Vorschaupunkte, *v)
err = er
case 0x0013:
msg.OverrideAktiv, err = ReadUint8(reader, length)
case 0x0014:
msg.NotrufStatus, err = ReadUint8(reader, length)
case 0x0015:
msg.Betriebszwangsbremsung, err = ReadUint8(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEtcsEinstellungen(reader io.Reader) (*fahrpult.EtcsEinstellungen, error) {
msg := fahrpult.EtcsEinstellungen{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Zustand, err = ReadUint8(reader, length)
case 0x0002:
v, er := readFahrpultEtcsStm(reader)
msg.Stm = append(msg.Stm, *v)
err = er
case 0x0003:
msg.Zugdaten, err = readFahrpultEtcsZugdaten(reader)
case 0x0004:
msg.Spec, err = readFahrpultEtcsSpec(reader)
case 0x0005:
msg.EtcsStoerschalter, err = ReadUint8(reader, length)
case 0x0006:
msg.EtcsHauptschalter, err = ReadUint8(reader, length)
case 0x0007:
msg.Luftabsperrhahn, err = ReadUint8(reader, length)
case 0x0008:
msg.EtcsQuittierschalter, err = ReadUint8(reader, length)
case 0x0009:
msg.OverrideAnforderung, err = ReadUint8(reader, length)
case 0x000A:
msg.Start, err = ReadUint8(reader, length)
case 0x000B:
msg.LevelEinstellenAnfordern, err = ReadUint8(reader, length)
case 0x000C:
msg.StmSelectedIndex, err = ReadUint16(reader, length)
case 0x000D:
msg.ModusEinstellenAnfordern, err = ReadUint16(reader, length)
case 0x000E:
msg.TafModus, err = ReadUint8(reader, length)
case 0x000F:
msg.Zugneustart, err = ReadUint8(reader, length)
case 0x0010:
msg.InfoTonAbspielen, err = ReadUint8(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEtcsFunkstatus(reader io.Reader) (*fahrpult.EtcsFunkstatus, error) {
msg := fahrpult.EtcsFunkstatus{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Zustand, err = ReadUint8(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEtcsLevelAnkuendigung(reader io.Reader) (*fahrpult.EtcsLevelAnkuendigung, error) {
msg := fahrpult.EtcsLevelAnkuendigung{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.NeuesLevel, err = ReadUint16(reader, length)
case 0x0002:
msg.Quittierung, err = ReadUint8(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEtcsModusAnkuendigung(reader io.Reader) (*fahrpult.EtcsModusAnkuendigung, error) {
msg := fahrpult.EtcsModusAnkuendigung{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.NeuerModus, err = ReadUint16(reader, length)
case 0x0002:
msg.Quittierung, err = ReadUint8(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEtcsSpec(reader io.Reader) (*fahrpult.EtcsSpec, error) {
msg := fahrpult.EtcsSpec{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.Reibwert, err = ReadUint8(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEtcsStm(reader io.Reader) (*fahrpult.EtcsStm, error) {
msg := fahrpult.EtcsStm{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.StmIndex, err = ReadUint16(reader, length)
case 0x0002:
msg.StmName, err = ReadString(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEtcsStmInfo(reader io.Reader) (*fahrpult.EtcsStmInfo, error) {
msg := fahrpult.EtcsStmInfo{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {
return &msg, nil
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
length = length - 2
switch attribute {
case 0x0001:
msg.StmIndex, err = ReadUint16(reader, length)
default:
fmt.Printf("unknown field %v with len %v", attribute, length)
_, err = ReadString(reader, length)
}
if err != nil && errors.Is(err, io.EOF) {
return &msg, err
}
}
}
func readFahrpultEtcsVorschaupunkt(reader io.Reader) (*fahrpult.EtcsVorschaupunkt, error) {
msg := fahrpult.EtcsVorschaupunkt{}
for {
length, attribute, err := ReadHeader(reader)
if length == 0xFFFFFFFF {