// Code generated by quickfix. DO NOT EDIT.
package logon

import (
	"quantex.com/qfixpt/quickfix"
	"quantex.com/qfixpt/quickfix/gen/enum"
	"quantex.com/qfixpt/quickfix/gen/field"
	"quantex.com/qfixpt/quickfix/gen/fix40"
	"quantex.com/qfixpt/quickfix/gen/tag"
)

// Logon is the fix40 Logon type, MsgType = A.
type Logon struct {
	fix40.Header
	*quickfix.Body
	fix40.Trailer
	Message *quickfix.Message
}

// FromMessage creates a Logon from a quickfix.Message instance.
func FromMessage(m *quickfix.Message) Logon {
	return Logon{
		Header:  fix40.Header{Header: &m.Header},
		Body:    &m.Body,
		Trailer: fix40.Trailer{Trailer: &m.Trailer},
		Message: m,
	}
}

// ToMessage returns a quickfix.Message instance.
func (m Logon) ToMessage() *quickfix.Message {
	return m.Message
}

// New returns a Logon initialized with the required fields for Logon.
func New(encryptmethod field.EncryptMethodField, heartbtint field.HeartBtIntField) (m Logon) {
	m.Message = quickfix.NewMessage()
	m.Header = fix40.NewHeader(&m.Message.Header)
	m.Body = &m.Message.Body
	m.Trailer.Trailer = &m.Message.Trailer

	m.Header.Set(field.NewMsgType("A"))
	m.Set(encryptmethod)
	m.Set(heartbtint)

	return
}

// A RouteOut is the callback type that should be implemented for routing Message.
type RouteOut func(msg Logon, sessionID quickfix.SessionID) quickfix.MessageRejectError

// Route returns the beginstring, message type, and MessageRoute for this Message type.
func Route(router RouteOut) (string, string, quickfix.MessageRoute) {
	r := func(msg *quickfix.Message, sessionID quickfix.SessionID) quickfix.MessageRejectError {
		return router(FromMessage(msg), sessionID)
	}
	return "FIX.4.0", "A", r
}

// SetRawDataLength sets RawDataLength, Tag 95.
func (m Logon) SetRawDataLength(v int) {
	m.Set(field.NewRawDataLength(v))
}

// SetRawData sets RawData, Tag 96.
func (m Logon) SetRawData(v string) {
	m.Set(field.NewRawData(v))
}

// SetEncryptMethod sets EncryptMethod, Tag 98.
func (m Logon) SetEncryptMethod(v enum.EncryptMethod) {
	m.Set(field.NewEncryptMethod(v))
}

// SetHeartBtInt sets HeartBtInt, Tag 108.
func (m Logon) SetHeartBtInt(v int) {
	m.Set(field.NewHeartBtInt(v))
}

// GetRawDataLength gets RawDataLength, Tag 95.
func (m Logon) GetRawDataLength() (v int, err quickfix.MessageRejectError) {
	var f field.RawDataLengthField
	if err = m.Get(&f); err == nil {
		v = f.Value()
	}
	return
}

// GetRawData gets RawData, Tag 96.
func (m Logon) GetRawData() (v string, err quickfix.MessageRejectError) {
	var f field.RawDataField
	if err = m.Get(&f); err == nil {
		v = f.Value()
	}
	return
}

// GetEncryptMethod gets EncryptMethod, Tag 98.
func (m Logon) GetEncryptMethod() (v enum.EncryptMethod, err quickfix.MessageRejectError) {
	var f field.EncryptMethodField
	if err = m.Get(&f); err == nil {
		v = f.Value()
	}
	return
}

// GetHeartBtInt gets HeartBtInt, Tag 108.
func (m Logon) GetHeartBtInt() (v int, err quickfix.MessageRejectError) {
	var f field.HeartBtIntField
	if err = m.Get(&f); err == nil {
		v = f.Value()
	}
	return
}

// HasRawDataLength returns true if RawDataLength is present, Tag 95.
func (m Logon) HasRawDataLength() bool {
	return m.Has(tag.RawDataLength)
}

// HasRawData returns true if RawData is present, Tag 96.
func (m Logon) HasRawData() bool {
	return m.Has(tag.RawData)
}

// HasEncryptMethod returns true if EncryptMethod is present, Tag 98.
func (m Logon) HasEncryptMethod() bool {
	return m.Has(tag.EncryptMethod)
}

// HasHeartBtInt returns true if HeartBtInt is present, Tag 108.
func (m Logon) HasHeartBtInt() bool {
	return m.Has(tag.HeartBtInt)
}
