Files
qfixpt/quickfix/gen/fix41/liststatus/ListStatus.generated.go
2026-03-12 12:14:13 -03:00

286 lines
7.1 KiB
Go

// Code generated by quickfix. DO NOT EDIT.
package liststatus
import (
"github.com/shopspring/decimal"
"quantex.com/qfixpt/quickfix"
"quantex.com/qfixpt/quickfix/gen/field"
"quantex.com/qfixpt/quickfix/gen/fix41"
"quantex.com/qfixpt/quickfix/gen/tag"
)
// ListStatus is the fix41 ListStatus type, MsgType = N.
type ListStatus struct {
fix41.Header
*quickfix.Body
fix41.Trailer
Message *quickfix.Message
}
// FromMessage creates a ListStatus from a quickfix.Message instance.
func FromMessage(m *quickfix.Message) ListStatus {
return ListStatus{
Header: fix41.Header{Header: &m.Header},
Body: &m.Body,
Trailer: fix41.Trailer{Trailer: &m.Trailer},
Message: m,
}
}
// ToMessage returns a quickfix.Message instance.
func (m ListStatus) ToMessage() *quickfix.Message {
return m.Message
}
// New returns a ListStatus initialized with the required fields for ListStatus.
func New(listid field.ListIDField, norpts field.NoRptsField, rptseq field.RptSeqField) (m ListStatus) {
m.Message = quickfix.NewMessage()
m.Header = fix41.NewHeader(&m.Message.Header)
m.Body = &m.Message.Body
m.Trailer.Trailer = &m.Message.Trailer
m.Header.Set(field.NewMsgType("N"))
m.Set(listid)
m.Set(norpts)
m.Set(rptseq)
return
}
// A RouteOut is the callback type that should be implemented for routing Message.
type RouteOut func(msg ListStatus, 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.4.1", "N", r
}
// SetListID sets ListID, Tag 66.
func (m ListStatus) SetListID(v string) {
m.Set(field.NewListID(v))
}
// SetNoOrders sets NoOrders, Tag 73.
func (m ListStatus) SetNoOrders(f NoOrdersRepeatingGroup) {
m.SetGroup(f)
}
// SetNoRpts sets NoRpts, Tag 82.
func (m ListStatus) SetNoRpts(v int) {
m.Set(field.NewNoRpts(v))
}
// SetRptSeq sets RptSeq, Tag 83.
func (m ListStatus) SetRptSeq(v int) {
m.Set(field.NewRptSeq(v))
}
// SetWaveNo sets WaveNo, Tag 105.
func (m ListStatus) SetWaveNo(v string) {
m.Set(field.NewWaveNo(v))
}
// GetListID gets ListID, Tag 66.
func (m ListStatus) GetListID() (v string, err quickfix.MessageRejectError) {
var f field.ListIDField
if err = m.Get(&f); err == nil {
v = f.Value()
}
return
}
// GetNoOrders gets NoOrders, Tag 73.
func (m ListStatus) GetNoOrders() (NoOrdersRepeatingGroup, quickfix.MessageRejectError) {
f := NewNoOrdersRepeatingGroup()
err := m.GetGroup(f)
return f, err
}
// GetNoRpts gets NoRpts, Tag 82.
func (m ListStatus) GetNoRpts() (v int, err quickfix.MessageRejectError) {
var f field.NoRptsField
if err = m.Get(&f); err == nil {
v = f.Value()
}
return
}
// GetRptSeq gets RptSeq, Tag 83.
func (m ListStatus) GetRptSeq() (v int, err quickfix.MessageRejectError) {
var f field.RptSeqField
if err = m.Get(&f); err == nil {
v = f.Value()
}
return
}
// GetWaveNo gets WaveNo, Tag 105.
func (m ListStatus) GetWaveNo() (v string, err quickfix.MessageRejectError) {
var f field.WaveNoField
if err = m.Get(&f); err == nil {
v = f.Value()
}
return
}
// HasListID returns true if ListID is present, Tag 66.
func (m ListStatus) HasListID() bool {
return m.Has(tag.ListID)
}
// HasNoOrders returns true if NoOrders is present, Tag 73.
func (m ListStatus) HasNoOrders() bool {
return m.Has(tag.NoOrders)
}
// HasNoRpts returns true if NoRpts is present, Tag 82.
func (m ListStatus) HasNoRpts() bool {
return m.Has(tag.NoRpts)
}
// HasRptSeq returns true if RptSeq is present, Tag 83.
func (m ListStatus) HasRptSeq() bool {
return m.Has(tag.RptSeq)
}
// HasWaveNo returns true if WaveNo is present, Tag 105.
func (m ListStatus) HasWaveNo() bool {
return m.Has(tag.WaveNo)
}
// NoOrders is a repeating group element, Tag 73.
type NoOrders struct {
*quickfix.Group
}
// SetClOrdID sets ClOrdID, Tag 11.
func (m NoOrders) SetClOrdID(v string) {
m.Set(field.NewClOrdID(v))
}
// SetCumQty sets CumQty, Tag 14.
func (m NoOrders) SetCumQty(value decimal.Decimal, scale int32) {
m.Set(field.NewCumQty(value, scale))
}
// SetLeavesQty sets LeavesQty, Tag 151.
func (m NoOrders) SetLeavesQty(value decimal.Decimal, scale int32) {
m.Set(field.NewLeavesQty(value, scale))
}
// SetCxlQty sets CxlQty, Tag 84.
func (m NoOrders) SetCxlQty(value decimal.Decimal, scale int32) {
m.Set(field.NewCxlQty(value, scale))
}
// SetAvgPx sets AvgPx, Tag 6.
func (m NoOrders) SetAvgPx(value decimal.Decimal, scale int32) {
m.Set(field.NewAvgPx(value, scale))
}
// GetClOrdID gets ClOrdID, Tag 11.
func (m NoOrders) GetClOrdID() (v string, err quickfix.MessageRejectError) {
var f field.ClOrdIDField
if err = m.Get(&f); err == nil {
v = f.Value()
}
return
}
// GetCumQty gets CumQty, Tag 14.
func (m NoOrders) GetCumQty() (v decimal.Decimal, err quickfix.MessageRejectError) {
var f field.CumQtyField
if err = m.Get(&f); err == nil {
v = f.Value()
}
return
}
// GetLeavesQty gets LeavesQty, Tag 151.
func (m NoOrders) GetLeavesQty() (v decimal.Decimal, err quickfix.MessageRejectError) {
var f field.LeavesQtyField
if err = m.Get(&f); err == nil {
v = f.Value()
}
return
}
// GetCxlQty gets CxlQty, Tag 84.
func (m NoOrders) GetCxlQty() (v decimal.Decimal, err quickfix.MessageRejectError) {
var f field.CxlQtyField
if err = m.Get(&f); err == nil {
v = f.Value()
}
return
}
// GetAvgPx gets AvgPx, Tag 6.
func (m NoOrders) GetAvgPx() (v decimal.Decimal, err quickfix.MessageRejectError) {
var f field.AvgPxField
if err = m.Get(&f); err == nil {
v = f.Value()
}
return
}
// HasClOrdID returns true if ClOrdID is present, Tag 11.
func (m NoOrders) HasClOrdID() bool {
return m.Has(tag.ClOrdID)
}
// HasCumQty returns true if CumQty is present, Tag 14.
func (m NoOrders) HasCumQty() bool {
return m.Has(tag.CumQty)
}
// HasLeavesQty returns true if LeavesQty is present, Tag 151.
func (m NoOrders) HasLeavesQty() bool {
return m.Has(tag.LeavesQty)
}
// HasCxlQty returns true if CxlQty is present, Tag 84.
func (m NoOrders) HasCxlQty() bool {
return m.Has(tag.CxlQty)
}
// HasAvgPx returns true if AvgPx is present, Tag 6.
func (m NoOrders) HasAvgPx() bool {
return m.Has(tag.AvgPx)
}
// NoOrdersRepeatingGroup is a repeating group, Tag 73.
type NoOrdersRepeatingGroup struct {
*quickfix.RepeatingGroup
}
// NewNoOrdersRepeatingGroup returns an initialized, NoOrdersRepeatingGroup.
func NewNoOrdersRepeatingGroup() NoOrdersRepeatingGroup {
return NoOrdersRepeatingGroup{
quickfix.NewRepeatingGroup(
tag.NoOrders,
quickfix.GroupTemplate{
quickfix.GroupElement(tag.ClOrdID),
quickfix.GroupElement(tag.CumQty),
quickfix.GroupElement(tag.LeavesQty),
quickfix.GroupElement(tag.CxlQty),
quickfix.GroupElement(tag.AvgPx),
},
),
}
}
// Add create and append a new NoOrders to this group.
func (m NoOrdersRepeatingGroup) Add() NoOrders {
g := m.RepeatingGroup.Add()
return NoOrders{g}
}
// Get returns the ith NoOrders in the NoOrdersRepeatinGroup.
func (m NoOrdersRepeatingGroup) Get(i int) NoOrders {
return NoOrders{m.RepeatingGroup.Get(i)}
}