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35 Commits
Author SHA1 Message Date
Taha Afzal 3230fb9e48 Regular TAS contract's formatting did not have the word TAS in it 2020-06-05 16:42:05 -04:00
Taha Afzal 888b4e22c0 Ignoring strips with > 512 components 2020-06-05 14:11:34 -04:00
Taha Afzal 534ce5a8ec strips are XL too 2020-06-05 13:12:57 -04:00
Taha Afzal c2b9ac57dc Fixing build 2020-06-05 11:55:54 -04:00
Taha Afzal 2783361325 Merge branch 'master' into DJ_ICE 2020-06-05 10:50:42 -04:00
Taha Afzal 46d35131d7 Overridable cpps 2020-06-05 10:01:18 -04:00
Pedro Pinto 3b95154c04 Updated ICE Onixs 2020-06-05 09:11:03 -04:00
Pedro Pinto 1a6b918853 Updated docker 2020-06-04 13:43:25 -04:00
Pedro Pinto bc22605a25 Added +x 2020-06-04 13:43:00 -04:00
Pedro Pinto f3d28add1c Added publishing of new routing info when orders are recorevered from disk 2020-06-04 13:41:34 -04:00
Taha Afzal 63d260a6f8 Security formatting for ICE 2020-06-03 09:42:44 -04:00
Taha Afzal 9b4a63b4a8 Changes to make HNG/HIS/HEN/HHD to work 2020-06-02 11:15:47 -04:00
Pedro Pinto a502c365e5 Build tweaks 2020-05-28 12:15:16 -04:00
Pedro Pinto fdacd8b543 Added -f when removing simlinks in build setup. 2020-05-28 12:02:46 -04:00
John Colvin 3d1de9a0c7 nuget_restore.cmd uses externals package source (builds offline) 2020-05-28 12:02:31 -04:00
John Colvin b2b3fa5949 update jenkinsbuild.cmd to use externals nuget source (for windows) 2020-05-28 12:02:17 -04:00
Pedro Pinto 86ecf69820 Updated external subrepos 2020-05-28 11:53:51 -04:00
Pedro Pinto 8f537a8fda Merged in build_improvements (pull request #414)
Build improvements
2020-05-26 16:32:43 +00:00
Pedro Pinto 01b9ff6b47 Dropped celoxica 2020-05-26 12:28:35 -04:00
Pedro Pinto 2609663d3e Updated setup_builds to work even if its run outside the tree. 2020-05-26 12:06:08 -04:00
Pedro Pinto fd89241611 Updated externals pointer 2020-05-26 11:49:29 -04:00
John Colvin a69118c5d3 fix line endings in release_notes 2020-05-22 23:42:27 -05:00
John Colvin 5accd0e2b4 Merge branch 'master' into prod 2020-05-22 19:14:16 -05:00
John Colvin df5ad61cd2 release notes for synthetic gui integer tick sizes 2020-05-22 19:12:29 -05:00
John Colvin 4a7674eb29 synthetic gui supports integer tick sizes 2020-05-22 18:15:53 -05:00
Eric Harding 5a458287f4 update license search info in disable_onixs.py 2020-05-22 15:18:46 -04:00
John Colvin 5921f9f6b5 Merge branch 'master' into prod 2020-05-22 12:34:18 -05:00
John Colvin 4c73a63ae8 release notes for bug fix (unsorted custom state grid params in orderbook) 2020-05-22 12:30:53 -05:00
John Colvin 42b1c921a8 OrderBook custom state grid params are sorted alphabetically (again) 2020-05-22 12:24:42 -05:00
Pedro Pinto fab3334b1e Updated release notes 2020-05-22 11:23:03 -04:00
Pedro Pinto 7239dd3ade Merge branch 'master' into prod 2020-05-22 11:20:17 -04:00
John Colvin dd4c8eb649 Merged csharp-api-examples-sln into master 2020-05-22 10:19:13 -05:00
John Colvin 76a29bdc8a client ui supports all integer tick sizes (not just 1) 2020-05-21 15:26:50 -05:00
John Colvin 06d708f3ea new csharp api examples 2020-05-21 15:17:32 -05:00
John Colvin e2f70cbc19 minor config tweaks needed after upgrading VisualStudio 2020-05-21 13:04:00 -05:00
67 changed files with 2431 additions and 1933 deletions

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@@ -55,7 +55,7 @@ else ()
COMMAND ln ARGS -sf ${CMAKE_BINARY_DIR}/web ${CMAKE_BINARY_DIR}/server
COMMAND ln ARGS -sf ${CMAKE_BINARY_DIR}/data_files ${CMAKE_BINARY_DIR}/server
COMMAND ln ARGS -sf ${CMAKE_BINARY_DIR}/src/lib/libspark.so ${CMAKE_BINARY_DIR}/server
COMMAND ln ARGS -sf ${EXTERNALS_ROOT}/lib/Release/libOnixS.IceImpactMulticastPriceFeedHandlerCpp.so.3.13.0.0 ${CMAKE_BINARY_DIR}/server
COMMAND ln ARGS -sf ${EXTERNALS_ROOT}/lib/Release/libOnixS.IceImpactMulticastPriceFeedHandlerCpp.so.3.16.0.0 ${CMAKE_BINARY_DIR}/server
COMMAND ln ARGS -sf ${EXTERNALS_ROOT}/lib/Release/libACE-5.7.5.so ${CMAKE_BINARY_DIR}/server
COMMAND mkdir ARGS -p ${CMAKE_BINARY_DIR}/server/plugins
COMMENT "Creating server runtime layout"
+15 -1
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@@ -1,9 +1,22 @@
+++
+++
title = "Release notes"
weight = 3
sort_by = "weight"
insert_anchor_links = "right"
+++
## 2.16.2
### User Visible Change
- Synthetic creation dialog has a "fractional" checkbox next to the tick settings. Users may uncheck this box to enter integer tick sizes, so the synthetic security's prices will be displayed without decimals, or fractional units.
## 2.16.1
### Bug Fixes
- OrderBook's algo state parameters (in the panel on the right side) are sorted alphabetically
## 2.16.0
### Bug Fixes
- Solved an issue that could result in incorrect ladder levels
- Solved an issue that could lead to incorrect routing of orders in the event of certain MSGW changes
### API Changes
- Add C# client side API samples for order entry, position monitoring and market data observation
## 2.15.10
### Bug Fixes
- Solved an issue that could cause the user interface to fail when playing some alert sounds
@@ -715,3 +728,4 @@ insert_anchor_links = "right"
- Start, Day and Total PnL columns are painted with a red or green background color based on if the pnl value is negative or positive respectively
- Corrected cash per point values, used in pnl calculations, for a number of products
- PnL report will now remember any customizations you make to filtering and/or sorting criteria
+6
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@@ -0,0 +1,6 @@
{
"sdk": {
"version": "2.1.508",
"rollForward": "latestMajor"
}
}
+4
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@@ -22,6 +22,10 @@
<GenDir>$(BaseOutputPath)\gen\$(MSBuildProjectName)</GenDir>
</PropertyGroup>
<PropertyGroup Condition="'$(VCTargetsPath)'==''">
<VCTargetsPath>C:\Program Files (x86)\Microsoft Visual Studio\2017\Professional\Common7\IDE\VC\VCTargets</VCTargetsPath>
</PropertyGroup>
<Import Project="$(ComputerSpecificConfig)" Condition="Exists($(ComputerSpecificConfig))" />
<ItemGroup>
@@ -1,370 +1,372 @@
using bts.api;
using bts.api.orderman;
using bts.collections;
using mbts.co2;
using mbts.spark.utilities;
using mbts.ui;
using mbts.ui.controls;
using mbts.ui.spark;
using mbts.ui.utility;
using mbts.utils;
using System;
using System.Collections.Generic;
using System.Collections.ObjectModel;
using System.Collections.Specialized;
using System.Linq;
using System.Reactive.Linq;
using System.Windows.Input;
namespace mbts.spark {
partial class MarketViewVM {
public class Row : SecurityMDRow, IDisposable, IEquatable<Row>, DIYGrid.IRowVM, DIYGrid.IActionableRowVM {
readonly IBus _bus;
readonly OrdersModel _orders_model;
readonly AnimationManager _animation = new AnimationManager();
readonly ObservableCollection<OrderRecordImmutable> _orders = new ObservableCollection<OrderRecordImmutable>();
readonly ObservableFilterCollection<OrderRecordImmutable> _working_orders, _working_bids, _working_asks;
readonly string _security_text, _security_key_text;
readonly Property<double> _bid_price, _ask_price, _last_price, _day_change, _settlement, _session_high, _session_low;
readonly Property<bool> _last_price_from_spread;
readonly CellProperty<int> _position;
readonly CellProperty<uint> _last_size;
readonly CellProperty<ulong> _volume;
readonly CellProperty<bool> _inside_bids, _inside_asks;
readonly CellProperty<int> _working_bid_volume, _working_ask_volume;
readonly CellProperty<double> _working_best_bid, _working_best_ask;
readonly CellProperty<string> _working_bids_text, _working_asks_text;
readonly MyOrderSummarizer _order_summarizer = new MyOrderSummarizer();
readonly MDDisplayHelper.SizeFormatter _size_formatter = MDDisplayHelper.get_formatter(MarketSizeDisplay.get_default());
Property<uint> _bid_direct_size, _bid_merged_size, _ask_direct_size, _ask_merged_size;
double _raw_day_position;
string _bid_merged_size_text, _ask_merged_size_text;
ulong _bbo_ref, _last_ref;
public Row(IBus bus, SecurityMD smd, OrdersModel orders_model) : base(smd) {
_bus = bus;
_orders_model = orders_model;
_security_text = smd.security.ToString();
_security_key_text = security_key.ToString();
string format_price(double price) => security.ContractSpec.format(price);
_position = new CellProperty<int>(this, nameof(position), 0);
_bid_price = backing(nameof(bid_price), double.NaN);
_ask_price = backing(nameof(ask_price), double.NaN);
_last_price = backing(nameof(last_price), double.NaN);
_last_size = new CellProperty<uint>(this, nameof(last_size), 0);
_day_change = backing(nameof(day_change), double.NaN);
_session_low = backing(nameof(session_low), double.NaN);
_session_high = backing(nameof(session_high), double.NaN);
_last_price_from_spread = backing(nameof(last_price_from_spread), false);
_settlement = backing(nameof(settlement), double.NaN);
_volume = new CellProperty<ulong>(this, nameof(volume), 0);
_inside_bids = new CellProperty<bool>(this, nameof(inside_bids));
_inside_asks = new CellProperty<bool>(this, nameof(inside_asks));
_working_bid_volume = new CellProperty<int>(this, nameof(working_bid_volume));
_working_ask_volume = new CellProperty<int>(this, nameof(working_ask_volume));
//
_bid_direct_size = backing(nameof(bid_direct_size), default(uint));
_bid_merged_size = backing(nameof(bid_merged_size), default(uint));
_ask_direct_size = backing(nameof(ask_direct_size), default(uint));
_ask_merged_size = backing(nameof(ask_merged_size), default(uint));
//
_working_orders = new ObservableFilterCollection<OrderRecordImmutable>(_orders, o => o.is_active());
_working_bids = new ObservableFilterCollection<OrderRecordImmutable>(_working_orders, o => o.Def.Side == Side.Buy);
_working_asks = new ObservableFilterCollection<OrderRecordImmutable>(_working_orders, o => o.Def.Side == Side.Sell);
_working_best_bid = new CellProperty<double>(this, nameof(working_best_bid), format_price, double.NaN);
_working_best_ask = new CellProperty<double>(this, nameof(working_best_ask), format_price, double.NaN);
_working_bids_text = new CellProperty<string>(this, nameof(working_bids_text), string.Empty);
_working_asks_text = new CellProperty<string>(this, nameof(working_asks_text), string.Empty);
//
default_command = new DelegateCommand(_show_ladder);
bid_price_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.Bid));
bid_merged_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.BidMergedSize));
bid_direct_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.BidDirectSize));
bid_implied_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.BidImpliedSize));
working_bids_click = new DelegateCommand(() => _show_order_book(MarketViewView.Columns.WorkingBids));
ask_price_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.Ask));
ask_merged_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.AskMergedSize));
ask_direct_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.AskDirectSize));
ask_implied_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.AskImpliedSize));
working_asks_click = new DelegateCommand(() => _show_order_book(MarketViewView.Columns.WorkingAsks));
_animation.AnimationsChanged += on_animations_changed;
void on_animations_changed() => RaisePropertyChanged(nameof(animations));
_dispose = Disposable.Create(
_orders_model.on_security_root_orders(security.Id).OnDispatcher().Subscribe(_on_orders),
_position.OnDispatcher().Subscribe(v => _animation.animate_position(v.newval > v.oldval)),
_orders_model.on_security_positions(security.Id).OnDispatcher().Subscribe(t => {
if (Set(ref _raw_day_position, t.state.Values.Sum(p => p.Item2.raw_day_pos()), nameof(raw_day_position)))
raise_invalidated();
}),
_inside_bids.OnDispatcher().Subscribe(v => _animation.animate_working_bids_inside(v.newval)),
_inside_asks.OnDispatcher().Subscribe(v => _animation.animate_working_asks_inside(v.newval)),
_day_change.OnDispatcher().Subscribe(v => _animation.animate_day_change(v.newval > v.oldval)),
Disposable.Create(() => _animation.AnimationsChanged -= on_animations_changed)
);
}
public event Action invalidated;
#region Bound Properties
public bool inside_bids => _inside_bids.value;
public bool inside_asks => _inside_asks.value;
public int position => _position.value;
public double raw_day_position => _raw_day_position;
public double last_price => _last_price.Value;
public bool last_price_from_spread => _last_price_from_spread.Value;
public uint last_size => _last_size.value;
public double bid_price => _bid_price.Value;
public uint bid_direct_size => _bid_direct_size.Value;
public uint bid_implied_size => _bid_merged_size.Value - _bid_direct_size.Value;
public uint bid_merged_size => _bid_merged_size.Value;
public string bid_merged_size_text => _bid_merged_size_text ?? (_bid_merged_size_text = _size_formatter(_bid_merged_size.Value, bid_implied_size));
public double ask_price => _ask_price.Value;
public uint ask_direct_size => _ask_direct_size.Value;
public uint ask_implied_size => _ask_merged_size.Value - _ask_direct_size.Value;
public uint ask_merged_size => _ask_merged_size.Value;
public string ask_merged_size_text => _ask_merged_size_text ?? (_ask_merged_size_text = _size_formatter(_ask_merged_size.Value, ask_implied_size));
public ulong volume => _volume.value;
public double settlement => _settlement.Value;
public double day_change => _day_change.Value;
public double session_low => _session_low.Value;
public double session_high => _session_high.Value;
public int working_bid_volume => _working_bid_volume.value;
public int working_ask_volume => _working_ask_volume.value;
public string working_bids_text => OrderUtils.order_collection_summary(_order_summarizer.best_working_bid, _order_summarizer.best_working_bid_qty, _order_summarizer.working_bid_qty, security.ContractSpec);
public string working_asks_text => OrderUtils.order_collection_summary(_order_summarizer.best_working_ask, _order_summarizer.best_working_ask_qty, _order_summarizer.working_ask_qty, security.ContractSpec);
public double working_best_bid => _working_best_bid.value;
public double working_best_ask => _working_best_ask.value;
public IList<ui.spark.CellAnimation> animations => _animation.get_animations().ToList();
public ICommand bid_price_click { get; }
public ICommand bid_merged_size_click { get; }
public ICommand bid_direct_size_click { get; }
public ICommand bid_implied_size_click { get; }
public ICommand working_bids_click { get; }
public ICommand ask_price_click { get; }
public ICommand ask_merged_size_click { get; }
public ICommand ask_direct_size_click { get; }
public ICommand ask_implied_size_click { get; }
public ICommand working_asks_click { get; }
public ICommand default_command { get; }
public string market_description {get;}
public string cleared_alias { get; }
public string product_description { get; }
public string hub_alias { get; }
public string strip_name{ get; }
public string mic_code { get; }
using bts.api;
using bts.api.orderman;
using bts.collections;
using mbts.co2;
using mbts.spark.utilities;
using mbts.ui;
using mbts.ui.controls;
using mbts.ui.spark;
using mbts.ui.utility;
using mbts.utils;
using System;
using System.Collections.Generic;
using System.Collections.ObjectModel;
using System.Collections.Specialized;
using System.Linq;
using System.Reactive.Linq;
using System.Windows.Input;
namespace mbts.spark {
partial class MarketViewVM {
public class Row : SecurityMDRow, IDisposable, IEquatable<Row>, DIYGrid.IRowVM, DIYGrid.IActionableRowVM {
readonly IBus _bus;
readonly OrdersModel _orders_model;
readonly AnimationManager _animation = new AnimationManager();
readonly ObservableCollection<OrderRecordImmutable> _orders = new ObservableCollection<OrderRecordImmutable>();
readonly ObservableFilterCollection<OrderRecordImmutable> _working_orders, _working_bids, _working_asks;
readonly string _security_text, _security_key_text;
readonly Property<double> _bid_price, _ask_price, _last_price, _day_change, _settlement, _session_high, _session_low;
readonly Property<bool> _last_price_from_spread;
readonly CellProperty<int> _position;
readonly CellProperty<uint> _last_size;
readonly CellProperty<ulong> _volume;
readonly CellProperty<bool> _inside_bids, _inside_asks;
readonly CellProperty<int> _working_bid_volume, _working_ask_volume;
readonly CellProperty<double> _working_best_bid, _working_best_ask;
readonly CellProperty<string> _working_bids_text, _working_asks_text;
readonly MyOrderSummarizer _order_summarizer = new MyOrderSummarizer();
readonly MDDisplayHelper.SizeFormatter _size_formatter = MDDisplayHelper.get_formatter(MarketSizeDisplay.get_default());
Property<uint> _bid_direct_size, _bid_merged_size, _ask_direct_size, _ask_merged_size;
double _raw_day_position;
string _bid_merged_size_text, _ask_merged_size_text;
ulong _bbo_ref, _last_ref;
public Row(IBus bus, SecurityMD smd, OrdersModel orders_model) : base(smd) {
_bus = bus;
_orders_model = orders_model;
_security_text = smd.security.ToString();
_security_key_text = security_key.ToString();
string format_price(double price) => security.ContractSpec.format(price);
_position = new CellProperty<int>(this, nameof(position), 0);
_bid_price = backing(nameof(bid_price), double.NaN);
_ask_price = backing(nameof(ask_price), double.NaN);
_last_price = backing(nameof(last_price), double.NaN);
_last_size = new CellProperty<uint>(this, nameof(last_size), 0);
_day_change = backing(nameof(day_change), double.NaN);
_session_low = backing(nameof(session_low), double.NaN);
_session_high = backing(nameof(session_high), double.NaN);
_last_price_from_spread = backing(nameof(last_price_from_spread), false);
_settlement = backing(nameof(settlement), double.NaN);
_volume = new CellProperty<ulong>(this, nameof(volume), 0);
_inside_bids = new CellProperty<bool>(this, nameof(inside_bids));
_inside_asks = new CellProperty<bool>(this, nameof(inside_asks));
_working_bid_volume = new CellProperty<int>(this, nameof(working_bid_volume));
_working_ask_volume = new CellProperty<int>(this, nameof(working_ask_volume));
//
_bid_direct_size = backing(nameof(bid_direct_size), default(uint));
_bid_merged_size = backing(nameof(bid_merged_size), default(uint));
_ask_direct_size = backing(nameof(ask_direct_size), default(uint));
_ask_merged_size = backing(nameof(ask_merged_size), default(uint));
//
_working_orders = new ObservableFilterCollection<OrderRecordImmutable>(_orders, o => o.is_active());
_working_bids = new ObservableFilterCollection<OrderRecordImmutable>(_working_orders, o => o.Def.Side == Side.Buy);
_working_asks = new ObservableFilterCollection<OrderRecordImmutable>(_working_orders, o => o.Def.Side == Side.Sell);
_working_best_bid = new CellProperty<double>(this, nameof(working_best_bid), format_price, double.NaN);
_working_best_ask = new CellProperty<double>(this, nameof(working_best_ask), format_price, double.NaN);
_working_bids_text = new CellProperty<string>(this, nameof(working_bids_text), string.Empty);
_working_asks_text = new CellProperty<string>(this, nameof(working_asks_text), string.Empty);
//
default_command = new DelegateCommand(_show_ladder);
bid_price_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.Bid));
bid_merged_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.BidMergedSize));
bid_direct_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.BidDirectSize));
bid_implied_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.BidImpliedSize));
working_bids_click = new DelegateCommand(() => _show_order_book(MarketViewView.Columns.WorkingBids));
ask_price_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.Ask));
ask_merged_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.AskMergedSize));
ask_direct_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.AskDirectSize));
ask_implied_size_click = new DelegateCommand(() => _show_order_ticket(MarketViewView.Columns.AskImpliedSize));
working_asks_click = new DelegateCommand(() => _show_order_book(MarketViewView.Columns.WorkingAsks));
_animation.AnimationsChanged += on_animations_changed;
void on_animations_changed() => RaisePropertyChanged(nameof(animations));
_dispose = Disposable.Create(
_orders_model.on_security_root_orders(security.Id).OnDispatcher().Subscribe(_on_orders),
_position.OnDispatcher().Subscribe(v => _animation.animate_position(v.newval > v.oldval)),
_orders_model.on_security_positions(security.Id).OnDispatcher().Subscribe(t => {
if (Set(ref _raw_day_position, t.state.Values.Sum(p => p.Item2.raw_day_pos()), nameof(raw_day_position)))
raise_invalidated();
}),
_inside_bids.OnDispatcher().Subscribe(v => _animation.animate_working_bids_inside(v.newval)),
_inside_asks.OnDispatcher().Subscribe(v => _animation.animate_working_asks_inside(v.newval)),
_day_change.OnDispatcher().Subscribe(v => _animation.animate_day_change(v.newval > v.oldval)),
Disposable.Create(() => _animation.AnimationsChanged -= on_animations_changed)
);
}
public event Action invalidated;
#region Bound Properties
public bool inside_bids => _inside_bids.value;
public bool inside_asks => _inside_asks.value;
public int position => _position.value;
public double raw_day_position => _raw_day_position;
public double last_price => _last_price.Value;
public bool last_price_from_spread => _last_price_from_spread.Value;
public uint last_size => _last_size.value;
public double bid_price => _bid_price.Value;
public uint bid_direct_size => _bid_direct_size.Value;
public uint bid_implied_size => _bid_merged_size.Value - _bid_direct_size.Value;
public uint bid_merged_size => _bid_merged_size.Value;
public string bid_merged_size_text => _bid_merged_size_text ?? (_bid_merged_size_text = _size_formatter(_bid_merged_size.Value, bid_implied_size));
public double ask_price => _ask_price.Value;
public uint ask_direct_size => _ask_direct_size.Value;
public uint ask_implied_size => _ask_merged_size.Value - _ask_direct_size.Value;
public uint ask_merged_size => _ask_merged_size.Value;
public string ask_merged_size_text => _ask_merged_size_text ?? (_ask_merged_size_text = _size_formatter(_ask_merged_size.Value, ask_implied_size));
public ulong volume => _volume.value;
public double settlement => _settlement.Value;
public double day_change => _day_change.Value;
public double session_low => _session_low.Value;
public double session_high => _session_high.Value;
public int working_bid_volume => _working_bid_volume.value;
public int working_ask_volume => _working_ask_volume.value;
public string working_bids_text => OrderUtils.order_collection_summary(_order_summarizer.best_working_bid, _order_summarizer.best_working_bid_qty, _order_summarizer.working_bid_qty, security.ContractSpec);
public string working_asks_text => OrderUtils.order_collection_summary(_order_summarizer.best_working_ask, _order_summarizer.best_working_ask_qty, _order_summarizer.working_ask_qty, security.ContractSpec);
public double working_best_bid => _working_best_bid.value;
public double working_best_ask => _working_best_ask.value;
// ice props
public string market_description => security.market_description();
public string cleared_alias => security.cleared_alias();
public string product_description => security.product_name();
public string hub_alias => security.hub_alias();
public string strip_name => security.strip_name();
public string mic_code => security.mic_code();
// animations
public IList<ui.spark.CellAnimation> animations => _animation.get_animations().ToList();
public ObservableCollection<RowAnimation> row_animations { get; } = new ObservableCollection<RowAnimation>();
public IReadOnlyList<DIYGrid.IGridCellStore> cell_stores => new DIYGrid.IGridCellStore[0];
#endregion
public void raise_invalidated() => invalidated?.Invoke();
public void refresh() {
bool dirty = false;
if (md.md.get_bbo(ref _bbo_ref, out NativePriceSize b, out NativePriceSize a)) {
_bid_price.set(b.price);
refresh_size(ref b, _bid_direct_size, _bid_merged_size, ref _bid_merged_size_text, nameof(bid_merged_size_text));
_ask_price.set(a.price);
refresh_size(ref a, _ask_direct_size, _ask_merged_size, ref _ask_merged_size_text, nameof(ask_merged_size_text));
_inside_bids.on_next_distinct(_bid_price.Value >= _working_best_bid.value, ref dirty);
_inside_asks.on_next_distinct(_ask_price.Value <= _working_best_ask.value, ref dirty);
}
if (md.md.get_last_trade(ref _last_ref, out NativePriceSize ps, out DateTime ts, out ulong v, out bool from_spread)) {
_last_price.set(ps.price);
_last_price_from_spread.set(from_spread);
_last_size.on_next_distinct(ps.size, ref dirty);
_volume.on_next_distinct(v, ref dirty);
}
dirty |= _settlement.set_new(md.md.settlement_price);
dirty |= _session_low.set_new(md.md.session_low);
dirty |= _session_high.set_new(md.md.session_high);
dirty |= _day_change.set_new(last_price - settlement);
_volume.on_next_distinct(md.md.total_volume, ref dirty);
if (dirty)
invalidated?.Invoke();
void refresh_size(ref NativePriceSize nps, Property<uint> direct, Property<uint> merged, ref string text, string text_prop) {
if (nps.size != merged.Value || nps.direct_size != direct.Value) {
merged.set(nps.size);
direct.set(nps.direct_size);
text = null;
dirty = true;
RaisePropertyChanged(text_prop);
}
}
}
public bool Equals(Row other) =>
other != null &&
other.security_key == security_key;
public override bool Equals(object obj) =>
Equals(obj as Row);
public override int GetHashCode() =>
security_key.GetHashCode();
#region Show Windows
void _show_ladder() => _bus.post(SparkTags.ShowLadderTag, md);
void _show_order_book(MarketViewView.Columns col) {
switch (col) {
case MarketViewView.Columns.WorkingBids: _show_order_book(Side.Buy); break;
case MarketViewView.Columns.WorkingAsks: _show_order_book(Side.Sell); break;
}
}
void _show_order_book(Side side) {
var ob_settings = bts.shell.orderbook.OrderBookStartupData.Default;
ob_settings.filters = new bts.shell.orderbook.FilterStates {
statuses = new[] { OrderStatus.Working },
sides = new[] { side },
security_criteria = new SecurityCriteria(security)
};
_bus.post(SparkTags.ShowOrderBookTag, ob_settings);
}
void _show_order_ticket(MarketViewView.Columns col) {
var order = _orders_model.factory.order(security);
switch (col) {
case MarketViewView.Columns.Bid:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), bid_price, 0u));
break;
case MarketViewView.Columns.BidMergedSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), bid_price, bid_merged_size));
break;
case MarketViewView.Columns.BidDirectSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), bid_price, bid_direct_size));
break;
case MarketViewView.Columns.BidImpliedSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), bid_price, bid_implied_size));
break;
case MarketViewView.Columns.Ask:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Buy), ask_price, 0u));
break;
case MarketViewView.Columns.AskMergedSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Buy), ask_price, ask_merged_size));
break;
case MarketViewView.Columns.AskDirectSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), ask_price, ask_direct_size));
break;
case MarketViewView.Columns.AskImpliedSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), ask_price, ask_implied_size));
break;
case MarketViewView.Columns.Last:
_bus.post(SparkTags.ShowOrderTicketTag, (order, last_price, 0u));
break;
case MarketViewView.Columns.LastSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order, last_price, last_size));
break;
}
}
#endregion
#region Callbacks
void _on_orders(ITableUpdateTransform<OrderRecordImmutable, uint> orders) {
foreach (var o in orders.removed)
_order_summarizer.remove_order(o);
foreach (var o in orders.added)
_order_summarizer.add_order(o);
bool dirty = false;
_refresh_orders(ref dirty);
if (dirty)
invalidated?.Invoke();
}
void _refresh_orders(ref bool dirty) {
_position.on_next_distinct(_order_summarizer.position, ref dirty);
_working_bid_volume.on_next_distinct(_order_summarizer.working_bid_qty, ref dirty);
_working_ask_volume.on_next_distinct(_order_summarizer.working_ask_qty, ref dirty);
_working_best_bid.on_next_distinct(_order_summarizer.best_working_bid, ref dirty);
_working_best_ask.on_next_distinct(_order_summarizer.best_working_ask, ref dirty);
_inside_bids.on_next_distinct(_order_summarizer.best_working_bid >= bid_price, ref dirty);
_inside_asks.on_next_distinct(_order_summarizer.best_working_ask <= ask_price, ref dirty);
RaisePropertyChanged(
// Implied might not be ever set, so it probably does not RaisePropertyChanged either
// This might be part of the filter funk?
//nameof(bid_implied_size),
//nameof(ask_implied_size),
nameof(working_bids_text),
nameof(working_asks_text)
);
}
#endregion
class MyOrderSummarizer {
SortedSetMap<double, OrderRecordImmutable> _bids, _asks;
int _best_bid_working_qty, _best_ask_working_qty, _position, _working_bid_qty, _working_ask_qty;
public MyOrderSummarizer() {
_bids = new SortedSetMap<double, OrderRecordImmutable>(
OrderDataHelper.CompareUtils.bid_price_comparer,
OrderDataHelper.CompareUtils.order_record_id_eq_comparer);
_asks = new SortedSetMap<double, OrderRecordImmutable>(
OrderDataHelper.CompareUtils.ask_price_comparer,
OrderDataHelper.CompareUtils.order_record_id_eq_comparer);
}
// bid
public double best_working_bid => _bids.Count > 0 ? _bids.at_index(0).Key : double.NaN;
public int best_working_bid_qty => _best_bid_working_qty;
public int working_bid_qty => _working_bid_qty;
// ask
public double best_working_ask => _asks.Count > 0 ? _asks.at_index(0).Key : double.NaN;
public int best_working_ask_qty => _best_ask_working_qty;
public int working_ask_qty => _working_ask_qty;
// pos
public int position => _position;
public void add_order(OrderRecordImmutable o) {
switch (o.side()) {
case Side.Buy:
_position += (int)o.filled();
if (o.is_active()) {
_working_bid_qty += o.working_quantity();
_bids.add(o.price(), o);
}
break;
case Side.Sell:
_position -= (int)o.filled();
if (o.is_active()) {
_working_ask_qty += o.working_quantity();
_asks.add(o.price(), o);
}
break;
default: return;
}
_refresh();
}
public void remove_order(OrderRecordImmutable o) {
switch (o.side()) {
case Side.Buy:
_position -= (int)o.filled();
if (o.is_active()) {
_working_bid_qty -= o.working_quantity();
_bids.remove(o.price(), o);
}
break;
case Side.Sell:
_position += (int)o.filled();
if (o.is_active()) {
_working_ask_qty -= o.working_quantity();
_asks.remove(o.price(), o);
}
break;
default: return;
}
_refresh();
}
void _refresh() {
_best_bid_working_qty = _bids.Count > 0 ? _bids.at_index(0).Sum(o => o.working_quantity()) : 0;
_best_ask_working_qty = _asks.Count > 0 ? _asks.at_index(0).Sum(o => o.working_quantity()) : 0;
}
}
}
}
// commands
public ICommand bid_price_click { get; }
public ICommand bid_merged_size_click { get; }
public ICommand bid_direct_size_click { get; }
public ICommand bid_implied_size_click { get; }
public ICommand working_bids_click { get; }
public ICommand ask_price_click { get; }
public ICommand ask_merged_size_click { get; }
public ICommand ask_direct_size_click { get; }
public ICommand ask_implied_size_click { get; }
public ICommand working_asks_click { get; }
public ICommand default_command { get; }
public IReadOnlyList<DIYGrid.IGridCellStore> cell_stores => new DIYGrid.IGridCellStore[0];
#endregion
public void raise_invalidated() => invalidated?.Invoke();
public void refresh() {
bool dirty = false;
if (md.md.get_bbo(ref _bbo_ref, out NativePriceSize b, out NativePriceSize a)) {
_bid_price.set(b.price);
refresh_size(ref b, _bid_direct_size, _bid_merged_size, ref _bid_merged_size_text, nameof(bid_merged_size_text));
_ask_price.set(a.price);
refresh_size(ref a, _ask_direct_size, _ask_merged_size, ref _ask_merged_size_text, nameof(ask_merged_size_text));
_inside_bids.on_next_distinct(_bid_price.Value >= _working_best_bid.value, ref dirty);
_inside_asks.on_next_distinct(_ask_price.Value <= _working_best_ask.value, ref dirty);
}
if (md.md.get_last_trade(ref _last_ref, out NativePriceSize ps, out DateTime ts, out ulong v, out bool from_spread)) {
_last_price.set(ps.price);
_last_price_from_spread.set(from_spread);
_last_size.on_next_distinct(ps.size, ref dirty);
_volume.on_next_distinct(v, ref dirty);
}
dirty |= _settlement.set_new(md.md.settlement_price);
dirty |= _session_low.set_new(md.md.session_low);
dirty |= _session_high.set_new(md.md.session_high);
dirty |= _day_change.set_new(last_price - settlement);
_volume.on_next_distinct(md.md.total_volume, ref dirty);
if (dirty)
invalidated?.Invoke();
void refresh_size(ref NativePriceSize nps, Property<uint> direct, Property<uint> merged, ref string text, string text_prop) {
if (nps.size != merged.Value || nps.direct_size != direct.Value) {
merged.set(nps.size);
direct.set(nps.direct_size);
text = null;
dirty = true;
RaisePropertyChanged(text_prop);
}
}
}
public bool Equals(Row other) =>
other != null &&
other.security_key == security_key;
public override bool Equals(object obj) =>
Equals(obj as Row);
public override int GetHashCode() =>
security_key.GetHashCode();
#region Show Windows
void _show_ladder() => _bus.post(SparkTags.ShowLadderTag, md);
void _show_order_book(MarketViewView.Columns col) {
switch (col) {
case MarketViewView.Columns.WorkingBids: _show_order_book(Side.Buy); break;
case MarketViewView.Columns.WorkingAsks: _show_order_book(Side.Sell); break;
}
}
void _show_order_book(Side side) {
var ob_settings = bts.shell.orderbook.OrderBookStartupData.Default;
ob_settings.filters = new bts.shell.orderbook.FilterStates {
statuses = new[] { OrderStatus.Working },
sides = new[] { side },
security_criteria = new SecurityCriteria(security)
};
_bus.post(SparkTags.ShowOrderBookTag, ob_settings);
}
void _show_order_ticket(MarketViewView.Columns col) {
var order = _orders_model.factory.order(security);
switch (col) {
case MarketViewView.Columns.Bid:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), bid_price, 0u));
break;
case MarketViewView.Columns.BidMergedSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), bid_price, bid_merged_size));
break;
case MarketViewView.Columns.BidDirectSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), bid_price, bid_direct_size));
break;
case MarketViewView.Columns.BidImpliedSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), bid_price, bid_implied_size));
break;
case MarketViewView.Columns.Ask:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Buy), ask_price, 0u));
break;
case MarketViewView.Columns.AskMergedSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Buy), ask_price, ask_merged_size));
break;
case MarketViewView.Columns.AskDirectSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), ask_price, ask_direct_size));
break;
case MarketViewView.Columns.AskImpliedSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order.with(side:Side.Sell), ask_price, ask_implied_size));
break;
case MarketViewView.Columns.Last:
_bus.post(SparkTags.ShowOrderTicketTag, (order, last_price, 0u));
break;
case MarketViewView.Columns.LastSize:
_bus.post(SparkTags.ShowOrderTicketTag, (order, last_price, last_size));
break;
}
}
#endregion
#region Callbacks
void _on_orders(ITableUpdateTransform<OrderRecordImmutable, uint> orders) {
foreach (var o in orders.removed)
_order_summarizer.remove_order(o);
foreach (var o in orders.added)
_order_summarizer.add_order(o);
bool dirty = false;
_refresh_orders(ref dirty);
if (dirty)
invalidated?.Invoke();
}
void _refresh_orders(ref bool dirty) {
_position.on_next_distinct(_order_summarizer.position, ref dirty);
_working_bid_volume.on_next_distinct(_order_summarizer.working_bid_qty, ref dirty);
_working_ask_volume.on_next_distinct(_order_summarizer.working_ask_qty, ref dirty);
_working_best_bid.on_next_distinct(_order_summarizer.best_working_bid, ref dirty);
_working_best_ask.on_next_distinct(_order_summarizer.best_working_ask, ref dirty);
_inside_bids.on_next_distinct(_order_summarizer.best_working_bid >= bid_price, ref dirty);
_inside_asks.on_next_distinct(_order_summarizer.best_working_ask <= ask_price, ref dirty);
RaisePropertyChanged(
// Implied might not be ever set, so it probably does not RaisePropertyChanged either
// This might be part of the filter funk?
//nameof(bid_implied_size),
//nameof(ask_implied_size),
nameof(working_bids_text),
nameof(working_asks_text)
);
}
#endregion
class MyOrderSummarizer {
SortedSetMap<double, OrderRecordImmutable> _bids, _asks;
int _best_bid_working_qty, _best_ask_working_qty, _position, _working_bid_qty, _working_ask_qty;
public MyOrderSummarizer() {
_bids = new SortedSetMap<double, OrderRecordImmutable>(
OrderDataHelper.CompareUtils.bid_price_comparer,
OrderDataHelper.CompareUtils.order_record_id_eq_comparer);
_asks = new SortedSetMap<double, OrderRecordImmutable>(
OrderDataHelper.CompareUtils.ask_price_comparer,
OrderDataHelper.CompareUtils.order_record_id_eq_comparer);
}
// bid
public double best_working_bid => _bids.Count > 0 ? _bids.at_index(0).Key : double.NaN;
public int best_working_bid_qty => _best_bid_working_qty;
public int working_bid_qty => _working_bid_qty;
// ask
public double best_working_ask => _asks.Count > 0 ? _asks.at_index(0).Key : double.NaN;
public int best_working_ask_qty => _best_ask_working_qty;
public int working_ask_qty => _working_ask_qty;
// pos
public int position => _position;
public void add_order(OrderRecordImmutable o) {
switch (o.side()) {
case Side.Buy:
_position += (int)o.filled();
if (o.is_active()) {
_working_bid_qty += o.working_quantity();
_bids.add(o.price(), o);
}
break;
case Side.Sell:
_position -= (int)o.filled();
if (o.is_active()) {
_working_ask_qty += o.working_quantity();
_asks.add(o.price(), o);
}
break;
default: return;
}
_refresh();
}
public void remove_order(OrderRecordImmutable o) {
switch (o.side()) {
case Side.Buy:
_position -= (int)o.filled();
if (o.is_active()) {
_working_bid_qty -= o.working_quantity();
_bids.remove(o.price(), o);
}
break;
case Side.Sell:
_position += (int)o.filled();
if (o.is_active()) {
_working_ask_qty -= o.working_quantity();
_asks.remove(o.price(), o);
}
break;
default: return;
}
_refresh();
}
void _refresh() {
_best_bid_working_qty = _bids.Count > 0 ? _bids.at_index(0).Sum(o => o.working_quantity()) : 0;
_best_ask_working_qty = _asks.Count > 0 ? _asks.at_index(0).Sum(o => o.working_quantity()) : 0;
}
}
}
}
}
@@ -1,286 +1,294 @@
using bts.api;
using bts.collections;
using bts.utils;
using mbts.persist;
using mbts.spark.filters;
using mbts.ui;
using mbts.ui.settings;
using mbts.ui.utility;
using System;
using System.Collections.Generic;
using System.Collections.ObjectModel;
using System.Reactive.Linq;
using System.Windows.Data;
using System.Windows.Media;
using static bts.shell.MarketViewWindowFactory;
using static mbts.ui.controls.DIYGrid;
using static mbts.ui.spark.MarketViewView;
namespace mbts.spark {
partial class MarketViewVM : SecurityMDGrid<MarketViewVM.Row, SecurityMD> {
readonly IBus _bus;
readonly OrdersModel _orders_model;
IWindowSettingsManager<GridSettings> _settings_manager;
public MarketViewVM(IBus bus, OrdersModel orders_model, IObservable<StartupData> state, IWindowSettingsManager<GridSettings> settings_manager )
: this(bus, orders_model, state, state.SelectManyInSeries(s => s.security_criteria.subscribe_md(bus)), settings_manager) { }
// securities_connectable should NOT be connected already.
MarketViewVM(IBus bus, OrdersModel orders_model, IObservable<StartupData> state, IObservable<IEnumerable<SecurityMD>> securities_source, IWindowSettingsManager<GridSettings> settings_manager)
: base(RXCollection.Create(securities_source, SecurityDataHelper.EqualityComparer.MDComparer), null) {
_bus = bus;
_orders_model = orders_model;
security_filter = new RegexFilterVM<Row>(r => r.security.ToString(), nameof(Row.security));
_settings_manager = settings_manager;
// Columns
const string merged_size_col_header = "Qty", direct_size_col_header = "Direct", implied_size_col_header = "Implied", working_col_header = "Working";
const double working_orders_col_width = 105;
IMultiValueConverter price_converter = new ui.spark.converters.TickDisplayConverter();
add_col(Columns.Security, "Security", r => r.security.ToString(), nameof(Row.security), DefaultColumnWidths.Security, security_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.Volume, "Volume", r => r.volume.ToString(), nameof(Row.volume), DefaultColumnWidths.Volume, volume_filter, DataGridFilterKnownTemplates.ULongMinMax);
add_col(Columns.LastSpd, "Spd", r => r.last_price_from_spread ? "S" : "", nameof(Row.last_price_from_spread), DefaultColumnWidths.Side, last_price_from_spread_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.Last, "Last", r => r.format_price(r.last_price), nameof(Row.last_price), DefaultColumnWidths.Price, last_price_filter, DataGridFilterKnownTemplates.DoubleMinMax);
add_col(Columns.LastSize, merged_size_col_header, r => r.last_size.ToString(), nameof(Row.last_size), DefaultColumnWidths.Size, last_size_filter, DataGridFilterKnownTemplates.UIntMinMax, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.Position, "Pos", r => r.position.ToString(), nameof(Row.position), DefaultColumnWidths.Size, position_filter, DataGridFilterKnownTemplates.IntMinMax, true, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.RawDayPosition, "Raw Day Pos", r => SparkUtils.fmt_position(r.raw_day_position), nameof(Row.raw_day_position), DefaultColumnWidths.Size, raw_day_position_filter, DataGridFilterKnownTemplates.DoubleMinMax, true, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_working_orders_col(Columns.WorkingBids, working_col_header, nameof(Row.working_bids_text), nameof(Row.working_best_bid), nameof(Row.working_bids_click), working_bid_volume_filter, BTSColors.MarketData.bid, System.Windows.HorizontalAlignment.Right);
add_col(Columns.BidImpliedSize, implied_size_col_header, r => r.bid_implied_size.ToString(), nameof(Row.bid_implied_size), DefaultColumnWidths.ImpliedDirectMergedSize, bid_implied_size_filter, DataGridFilterKnownTemplates.UIntMinMax, font_color: BTSColors.MarketData.bid, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.BidDirectSize, direct_size_col_header, r => r.bid_direct_size.ToString(), nameof(Row.bid_direct_size), DefaultColumnWidths.ImpliedDirectMergedSize, bid_direct_size_filter, DataGridFilterKnownTemplates.UIntMinMax, font_color: BTSColors.MarketData.bid, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_merged_size_col(Columns.BidMergedSize, merged_size_col_header, nameof(Row.bid_merged_size), nameof(Row.bid_merged_size_text), nameof(Row.bid_merged_size_click), bid_merged_size_filter, BTSColors.MarketData.bid, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_price_col(Columns.Bid, "Bid", nameof(Row.bid_price), nameof(Row.bid_price_click), bid_price_filter, BTSColors.header_text, BTSColors.MarketData.bid, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_price_col(Columns.Ask, "Ask", nameof(Row.ask_price), nameof(Row.ask_price_click), ask_price_filter, BTSColors.header_text, BTSColors.MarketData.ask, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_merged_size_col(Columns.AskMergedSize, merged_size_col_header, nameof(Row.ask_merged_size), nameof(Row.ask_merged_size_text), nameof(Row.ask_merged_size_click), ask_merged_size_filter, BTSColors.MarketData.ask, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.AskDirectSize, direct_size_col_header, r => r.ask_direct_size.ToString(), nameof(Row.ask_direct_size), DefaultColumnWidths.ImpliedDirectMergedSize, ask_direct_size_filter, DataGridFilterKnownTemplates.UIntMinMax, font_color: BTSColors.MarketData.ask, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.AskImpliedSize, implied_size_col_header, r => r.ask_implied_size.ToString(), nameof(Row.ask_implied_size), DefaultColumnWidths.ImpliedDirectMergedSize, ask_implied_size_filter, DataGridFilterKnownTemplates.UIntMinMax, font_color: BTSColors.MarketData.ask, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_working_orders_col(Columns.WorkingAsks, working_col_header, nameof(Row.working_asks_text), nameof(Row.working_best_ask), nameof(Row.working_asks_click), working_ask_volume_filter, BTSColors.MarketData.ask, System.Windows.HorizontalAlignment.Right);
add_col(Columns.Settlement, "Settlement", r => r.format_price(r.settlement), nameof(Row.settlement), DefaultColumnWidths.Settlement, settlement_filter, DataGridFilterKnownTemplates.DoubleMinMax, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.DayChange, "Change", r => r.format_price(r.day_change), nameof(Row.day_change), DefaultColumnWidths.Price, day_change_filter, DataGridFilterKnownTemplates.DoubleMinMax, true, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.SessionLow, "Low", r => r.format_price(r.session_low), nameof(Row.session_low), DefaultColumnWidths.Price, session_low_filter, DataGridFilterKnownTemplates.DoubleMinMax, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.SessionHigh, "High", r => r.format_price(r.session_high), nameof(Row.session_high), DefaultColumnWidths.Price, session_high_filter, DataGridFilterKnownTemplates.DoubleMinMax, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.SecurityKey, "Security Key", r => r.security_key.ToString(), nameof(Row.security_key), DefaultColumnWidths.SecurityKey, security_key_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.MarketDescription, "Market Description", r => r.security.market_description(), nameof(Row.market_description), DefaultColumnWidths.SecurityKey, market_description_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.ClearedAlias, "Cleared Alias", r => r.security.cleared_alias(), nameof(Row.cleared_alias), DefaultColumnWidths.SecurityKey, cleared_alias_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.ProductDescription, "Product Description", r => r.security.product_name(), nameof(Row.product_description), DefaultColumnWidths.SecurityKey, product_description_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.HubAlias, "Hub Alias", r => r.security.hub_alias(), nameof(Row.hub_alias), DefaultColumnWidths.SecurityKey, hub_alias_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.StripName, "Strip Name", r => r.security.strip_name(), nameof(Row.strip_name), DefaultColumnWidths.SecurityKey, strip_name_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.MicCode, "Mic Code", r => r.security.mic_code(), nameof(Row.mic_code), DefaultColumnWidths.SecurityKey, mic_code_filter, DataGridFilterKnownTemplates.Regex);
//
void add_col(Columns col_key, string header, Func<Row, string> get_text, string prop, double width, IDataGridColumnFilter filter, string filter_template, bool is_animatable = false, Color? font_color = null, System.Windows.HorizontalAlignment h_alignment = System.Windows.HorizontalAlignment.Left) =>
columns.Add(new RenderTextColumn<Row, Columns>(col_key, get_text, filter, filter_template) {
// it's necessary to have this id populated for grid settings
id = bts.shell.MarketViewWindowFactory.col_id(col_key),
Header = header,
sort_member_path = prop,
Width = width,
padding = is_animatable ? AnimatableCellPadding : DefaultCellPadding,
font_color_override = font_color,
horizontal_alignment = h_alignment
});
void add_hl_price_col(Columns col_key, string header, string prop, string command_prop, IDataGridColumnFilter filter, Color foreground, Color? background, System.Windows.HorizontalAlignment h_alignment) =>
add_hl_col(col_key, header, price_binding(prop), prop, command_prop, filter, DataGridFilterKnownTemplates.DoubleMinMax, DefaultColumnWidths.MViewPrice, foreground, background, h_alignment);
void add_hl_merged_size_col(Columns col_key, string header, string sort_prop, string text_prop, string command_prop, IDataGridColumnFilter filter, Color foreground, System.Windows.HorizontalAlignment h_alignment) =>
add_hl_col(col_key, header, new Binding(text_prop), sort_prop, command_prop, filter, DataGridFilterKnownTemplates.UIntMinMax, DefaultColumnWidths.ImpliedDirectMergedSize, foreground, null, h_alignment);
void add_hl_working_orders_col(Columns col_key, string header, string text_prop, string sort_prop, string command_prop, IDataGridColumnFilter filter, Color foreground, System.Windows.HorizontalAlignment h_alignment) =>
add_hl_col(col_key, header, new Binding(text_prop), sort_prop, command_prop, filter, DataGridFilterKnownTemplates.IntMinMax, working_orders_col_width, foreground, null, h_alignment);
void add_hl_col(
Columns col_key, string header, BindingBase binding, string prop, string command_prop,
IDataGridColumnFilter filter, string filter_template, double width, Color foreground, Color? background, System.Windows.HorizontalAlignment h_alignment = System.Windows.HorizontalAlignment.Left) =>
columns.Add(new HyperlinkElementColumn<Row, Columns>(
col_key, binding, new Binding(command_prop), filter, filter_template) {
// it's necessary to have this id populated for grid settings
id = bts.shell.MarketViewWindowFactory.col_id(col_key),
Header = header,
sort_member_path = prop,
font_color_override = foreground,
background_color_override = background,
Width = DefaultColumnWidths.Price,
horizontal_alignment = h_alignment
});
BindingBase price_binding(string prop) {
var mb = new MultiBinding { Converter = price_converter };
mb.Bindings.Add(new Binding(prop) { Mode = BindingMode.OneWay });
mb.Bindings.Add(new Binding($"{nameof(Row.security)}.{nameof(SecurityImmutable.ContractSpec)}") { Mode = BindingMode.OneWay });
return mb;
}
//
// make font-color immutable for Side, Size, (the font-color rule is hard-coded: MarketData.bid for Buy orders, MarketData.ask for Sells)
var col_settings_flags = new Dictionary<string, GridColumnSettingsFeatureFlags> {
{ Columns.Bid.ToString(), GridColumnSettingsFeatureFlags.ImmutableFontColor | GridColumnSettingsFeatureFlags.ImmutableBackgroundColor },
{ Columns.Ask.ToString(), GridColumnSettingsFeatureFlags.ImmutableFontColor | GridColumnSettingsFeatureFlags.ImmutableBackgroundColor},
{ Columns.WorkingAsks.ToString(), GridColumnSettingsFeatureFlags.ImmutableFontColor },
{ Columns.WorkingBids.ToString(), GridColumnSettingsFeatureFlags.ImmutableFontColor }
};
grid_settings_manager = new SimpleGridSettingsManager<Row>(columns, col_settings_flags, row_vms);
// this will initialize the immutable properties that correspond to the col_settings_flags above (e.g. Bid/Ask font_color_override, etc.)
grid_settings_manager.load_from(settings_manager.current_settings());
//
_resources.AddRange(
state.OnDispatcher().Subscribe(s => {
using (rows_view.DeferRefresh()) {
if (s.grid != null) {
// this means we are not using defaults,
// Note: settings_manager in turn notifies grid_settings_manager of this update
_settings_manager.instance_settings = s.grid;
}
if (s.filters is FilterStates filters) {
security_filter.load_state(filters.security);
bid_price_filter.load_state(filters.bid_price);
bid_merged_size_filter.load_state(filters.bid_merged_size);
bid_direct_size_filter.load_state(filters.bid_direct_size);
bid_implied_size_filter.load_state(filters.bid_implied_size);
ask_price_filter.load_state(filters.ask_price);
ask_merged_size_filter.load_state(filters.ask_merged_size);
ask_direct_size_filter.load_state(filters.ask_direct_size);
ask_implied_size_filter.load_state(filters.ask_implied_size);
last_price_filter.load_state(filters.last_price);
last_price_from_spread_filter.load_state(filters.last_price_from_spread);
last_size_filter.load_state(filters.last_size);
day_change_filter.load_state(filters.day_change);
settlement_filter.load_state(filters.settlement);
session_low_filter.load_state(filters.session_low);
session_high_filter.load_state(filters.session_high);
position_filter.load_state(filters.position);
raw_day_position_filter.load_state(filters.raw_day_position);
working_bid_volume_filter.load_state(filters.working_bid_volume);
working_ask_volume_filter.load_state(filters.working_ask_volume);
volume_filter.load_state(filters.volume);
security_key_filter.load_state(filters.security_key);
}
rows_view.set_sort_descriptions(s.sorting_criterion, columns);
}
}), DataGridFilterHelper.hook_filters(rows_view, security_filter,
bid_price_filter, bid_merged_size_filter, bid_direct_size_filter, bid_implied_size_filter,
ask_price_filter, ask_merged_size_filter, ask_direct_size_filter, ask_implied_size_filter,
last_price_filter, last_price_from_spread_filter, last_size_filter, day_change_filter, settlement_filter,
session_low_filter, session_high_filter, position_filter, raw_day_position_filter, working_bid_volume_filter, working_ask_volume_filter, volume_filter, security_key_filter),
settings_manager.subscribe_current().OnDispatcher().Subscribe(grid_settings_manager),
WorkLoop.Start("MarketView", _refresh)
);
}
public ObservableCollection<ColumnBase> columns { get; } = new ObservableCollection<ColumnBase>();
public SimpleGridSettingsManager<Row> grid_settings_manager { get; }
public GridSettings get_grid_save_state() {
if (_settings_manager.instance_settings == null)
return null;
else
return grid_settings_manager.create();
}
public static IComparer<Row> get_column_comparer(Columns column) {
switch (column) {
case Columns.Security: return wrap(r => r.security);
case Columns.SecurityKey: return wrap(r => r.security.Id);
case Columns.Volume: return wrap(r => r.volume);
case Columns.Last: return wrap(r => r.last_price);
case Columns.LastSize: return wrap(r => r.last_size);
case Columns.Position: return wrap(r => r.position);
case Columns.WorkingBids: return wrap(r => r.working_bid_volume);
case Columns.BidImpliedSize: return wrap(r => r.bid_implied_size);
case Columns.BidDirectSize: return wrap(r => r.bid_direct_size);
case Columns.BidMergedSize: return wrap(r => r.bid_merged_size);
case Columns.Bid: return wrap(r => r.bid_price);
case Columns.Ask: return wrap(r => r.ask_price);
case Columns.AskMergedSize: return wrap(r => r.ask_merged_size);
case Columns.AskDirectSize: return wrap(r => r.ask_direct_size);
case Columns.AskImpliedSize: return wrap(r => r.ask_implied_size);
case Columns.WorkingAsks: return wrap(r => r.working_ask_volume);
case Columns.Settlement: return wrap(r => r.settlement);
case Columns.DayChange: return wrap(r => r.day_change);
case Columns.SessionLow: return wrap(r => r.session_low);
case Columns.SessionHigh: return wrap(r => r.session_high);
case Columns.MarketDescription: return wrap(r => r.market_description);
case Columns.ClearedAlias: return wrap(r => r.security.cleared_alias());
case Columns.ProductDescription: return wrap(r => r.security.product_name());
case Columns.HubAlias: return wrap(r => r.security.hub_alias());
case Columns.StripName: return wrap(r => r.security.strip_name());
case Columns.MicCode: return wrap(r => r.security.mic_code());
default: return null;
}
IComparer<Row> wrap<T>(Func<Row, T> selector) =>
Comparer<T>.Default.wrap(selector);
}
#region Filters
public IDataGridColumnPersistentFilter<Row, string> security_filter { get; }
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> bid_price_filter { get; } = new DoubleMinMax<Row>(r => r.bid_price, nameof(Row.bid_price));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> bid_merged_size_filter { get; } = new UIntMinMax<Row>(r => r.bid_merged_size, nameof(Row.bid_merged_size));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> bid_direct_size_filter { get; } = new UIntMinMax<Row>(r => r.bid_direct_size, nameof(Row.bid_direct_size));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> bid_implied_size_filter { get; } = new UIntMinMax<Row>(r => r.bid_implied_size, nameof(Row.bid_implied_size));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> ask_price_filter { get; } = new DoubleMinMax<Row>(r => r.ask_price, nameof(Row.ask_price));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> ask_merged_size_filter { get; } = new UIntMinMax<Row>(r => r.ask_merged_size, nameof(Row.ask_merged_size));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> ask_direct_size_filter { get; } = new UIntMinMax<Row>(r => r.ask_direct_size, nameof(Row.ask_direct_size));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> ask_implied_size_filter { get; } = new UIntMinMax<Row>(r => r.ask_implied_size, nameof(Row.ask_implied_size));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> last_price_filter { get; } = new DoubleMinMax<Row>(r => r.last_price, nameof(Row.last_price));
public IDataGridColumnPersistentFilter<Row, string> last_price_from_spread_filter { get; } = new RegexFilterVM<Row>(r => r.last_price_from_spread.ToString(), nameof(Row.last_price_from_spread));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> last_size_filter { get; } = new UIntMinMax<Row>(r => r.last_size, nameof(Row.last_size));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> day_change_filter { get; } = new DoubleMinMax<Row>(r => r.day_change, nameof(Row.day_change));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> settlement_filter { get; } = new DoubleMinMax<Row>(r => r.settlement, nameof(Row.settlement));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> session_low_filter { get; } = new DoubleMinMax<Row>(r => r.session_low, nameof(Row.session_low));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> session_high_filter { get; } = new DoubleMinMax<Row>(r => r.session_high, nameof(Row.session_high));
public IDataGridColumnPersistentFilter<Row, IntMinMaxState> position_filter { get; } = new IntMinMax<Row>(r => r.position, nameof(Row.position));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> raw_day_position_filter { get; } = new DoubleMinMax<Row>(r => r.raw_day_position, nameof(Row.raw_day_position));
public IDataGridColumnPersistentFilter<Row, IntMinMaxState> working_bid_volume_filter { get; } = new IntMinMax<Row>(r => r.working_bid_volume, nameof(Row.working_bid_volume));
public IDataGridColumnPersistentFilter<Row, IntMinMaxState> working_ask_volume_filter { get; } = new IntMinMax<Row>(r => r.working_ask_volume, nameof(Row.working_ask_volume));
public IDataGridColumnPersistentFilter<Row, ULongMinMaxState> volume_filter { get; } = new ULongMinMax<Row>(r => r.volume, nameof(Row.volume));
public IDataGridColumnPersistentFilter<Row, string> security_key_filter { get; } = new RegexFilterVM<Row>(r => r.security_key.ToString(), nameof(Row.security_key));
public IDataGridColumnPersistentFilter<Row, string> market_description_filter { get; } = new RegexFilterVM<Row>(r => r.security.HasIce ? r.security.Ice.MarketDescription : "", nameof(Row.market_description));
public IDataGridColumnPersistentFilter<Row, string> cleared_alias_filter { get; } = new RegexFilterVM<Row>(r => r.security.HasIce ? r.security.Ice.ClearedAlias : "", nameof(Row.cleared_alias));
public IDataGridColumnPersistentFilter<Row, string> product_description_filter { get; } = new RegexFilterVM<Row>(r => r.security.HasIce ? r.security.Ice.ProductName : "", nameof(Row.product_description));
public IDataGridColumnPersistentFilter<Row, string> hub_alias_filter { get; } = new RegexFilterVM<Row>(r => r.security.HasIce ? r.security.Ice.HubAlias : "", nameof(Row.hub_alias));
public IDataGridColumnPersistentFilter<Row, string> strip_name_filter { get; } = new RegexFilterVM<Row>(r => r.security.HasIce ? r.security.Ice.StripName : "", nameof(Row.strip_name));
public IDataGridColumnPersistentFilter<Row, string> mic_code_filter { get; } = new RegexFilterVM<Row>(r => r.security.HasIce ? r.security.Ice.MicCode : "", nameof(Row.mic_code));
public FilterStates get_filter_states() {
return new FilterStates {
security = security_filter.get_state(),
bid_price = bid_price_filter.get_state(),
bid_merged_size = bid_merged_size_filter.get_state(),
bid_direct_size = bid_direct_size_filter.get_state(),
bid_implied_size = bid_implied_size_filter.get_state(),
ask_price = ask_price_filter.get_state(),
ask_merged_size = ask_merged_size_filter.get_state(),
ask_direct_size = ask_direct_size_filter.get_state(),
ask_implied_size = ask_implied_size_filter.get_state(),
last_price = last_price_filter.get_state(),
last_price_from_spread = last_price_from_spread_filter.get_state(),
last_size = last_size_filter.get_state(),
day_change = day_change_filter.get_state(),
settlement = settlement_filter.get_state(),
session_low = session_low_filter.get_state(),
session_high = session_high_filter.get_state(),
position = position_filter.get_state(),
raw_day_position = raw_day_position_filter.get_state(),
working_bid_volume = working_bid_volume_filter.get_state(),
working_ask_volume = working_ask_volume_filter.get_state(),
volume = volume_filter.get_state(),
security_key = security_key_filter.get_state(),
market_description = market_description_filter.get_state(),
cleared_alias = cleared_alias_filter.get_state(),
product_description = product_description_filter.get_state(),
hub_alias = hub_alias_filter.get_state(),
strip_name = strip_name_filter.get_state(),
mic_code = mic_code_filter.get_state(),
};
}
#endregion
protected override Row row_factory(SecurityMD smd) => new Row(_bus, smd, _orders_model);
protected override void on_row_removed(Row row) => row.Dispose();
protected override IEnumerable<SortingCriteria> get_default_sorting() { yield return new SortingCriteria(nameof(Row.security), true); }
void _refresh() {
foreach (var r in _row_vms) r.refresh();
}
}
}
using bts.api;
using bts.collections;
using bts.utils;
using mbts.persist;
using mbts.spark.filters;
using mbts.ui;
using mbts.ui.settings;
using mbts.ui.utility;
using System;
using System.Collections.Generic;
using System.Collections.ObjectModel;
using System.Linq;
using System.Reactive.Linq;
using System.Windows.Data;
using System.Windows.Media;
using static bts.shell.MarketViewWindowFactory;
using static mbts.ui.controls.DIYGrid;
using static mbts.ui.spark.MarketViewView;
namespace mbts.spark {
partial class MarketViewVM : SecurityMDGrid<MarketViewVM.Row, SecurityMD> {
static IReadOnlyList<Func<MarketViewVM, IDataGridColumnFilter<Row>>> _filter_getters =
ObjectSnapshot.property_delegates_of_type<MarketViewVM, IDataGridColumnFilter<Row>>();
readonly IBus _bus;
readonly OrdersModel _orders_model;
IWindowSettingsManager<GridSettings> _settings_manager;
public MarketViewVM(IBus bus, OrdersModel orders_model, IObservable<StartupData> state, IWindowSettingsManager<GridSettings> settings_manager )
: this(bus, orders_model, state, state.SelectManyInSeries(s => s.security_criteria.subscribe_md(bus)), settings_manager) { }
// securities_connectable should NOT be connected already.
MarketViewVM(IBus bus, OrdersModel orders_model, IObservable<StartupData> state, IObservable<IEnumerable<SecurityMD>> securities_source, IWindowSettingsManager<GridSettings> settings_manager)
: base(RXCollection.Create(securities_source, SecurityDataHelper.EqualityComparer.MDComparer), null) {
_bus = bus;
_orders_model = orders_model;
security_filter = new RegexFilterVM<Row>(r => r.security.ToString(), nameof(Row.security));
_settings_manager = settings_manager;
// Columns
const string merged_size_col_header = "Qty", direct_size_col_header = "Direct", implied_size_col_header = "Implied", working_col_header = "Working";
const double working_orders_col_width = 105;
IMultiValueConverter price_converter = new ui.spark.converters.TickDisplayConverter();
add_col(Columns.Security, "Security", r => r.security.ToString(), nameof(Row.security), DefaultColumnWidths.Security, security_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.Volume, "Volume", r => r.volume.ToString(), nameof(Row.volume), DefaultColumnWidths.Volume, volume_filter, DataGridFilterKnownTemplates.ULongMinMax);
add_col(Columns.LastSpd, "Spd", r => r.last_price_from_spread ? "S" : "", nameof(Row.last_price_from_spread), DefaultColumnWidths.Side, last_price_from_spread_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.Last, "Last", r => r.format_price(r.last_price), nameof(Row.last_price), DefaultColumnWidths.Price, last_price_filter, DataGridFilterKnownTemplates.DoubleMinMax);
add_col(Columns.LastSize, merged_size_col_header, r => r.last_size.ToString(), nameof(Row.last_size), DefaultColumnWidths.Size, last_size_filter, DataGridFilterKnownTemplates.UIntMinMax, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.Position, "Pos", r => r.position.ToString(), nameof(Row.position), DefaultColumnWidths.Size, position_filter, DataGridFilterKnownTemplates.IntMinMax, true, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.RawDayPosition, "Raw Day Pos", r => SparkUtils.fmt_position(r.raw_day_position), nameof(Row.raw_day_position), DefaultColumnWidths.Size, raw_day_position_filter, DataGridFilterKnownTemplates.DoubleMinMax, true, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_working_orders_col(Columns.WorkingBids, working_col_header, nameof(Row.working_bids_text), nameof(Row.working_best_bid), nameof(Row.working_bids_click), working_bid_volume_filter, BTSColors.MarketData.bid, System.Windows.HorizontalAlignment.Right);
add_col(Columns.BidImpliedSize, implied_size_col_header, r => r.bid_implied_size.ToString(), nameof(Row.bid_implied_size), DefaultColumnWidths.ImpliedDirectMergedSize, bid_implied_size_filter, DataGridFilterKnownTemplates.UIntMinMax, font_color: BTSColors.MarketData.bid, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.BidDirectSize, direct_size_col_header, r => r.bid_direct_size.ToString(), nameof(Row.bid_direct_size), DefaultColumnWidths.ImpliedDirectMergedSize, bid_direct_size_filter, DataGridFilterKnownTemplates.UIntMinMax, font_color: BTSColors.MarketData.bid, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_merged_size_col(Columns.BidMergedSize, merged_size_col_header, nameof(Row.bid_merged_size), nameof(Row.bid_merged_size_text), nameof(Row.bid_merged_size_click), bid_merged_size_filter, BTSColors.MarketData.bid, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_price_col(Columns.Bid, "Bid", nameof(Row.bid_price), nameof(Row.bid_price_click), bid_price_filter, BTSColors.header_text, BTSColors.MarketData.bid, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_price_col(Columns.Ask, "Ask", nameof(Row.ask_price), nameof(Row.ask_price_click), ask_price_filter, BTSColors.header_text, BTSColors.MarketData.ask, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_merged_size_col(Columns.AskMergedSize, merged_size_col_header, nameof(Row.ask_merged_size), nameof(Row.ask_merged_size_text), nameof(Row.ask_merged_size_click), ask_merged_size_filter, BTSColors.MarketData.ask, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.AskDirectSize, direct_size_col_header, r => r.ask_direct_size.ToString(), nameof(Row.ask_direct_size), DefaultColumnWidths.ImpliedDirectMergedSize, ask_direct_size_filter, DataGridFilterKnownTemplates.UIntMinMax, font_color: BTSColors.MarketData.ask, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.AskImpliedSize, implied_size_col_header, r => r.ask_implied_size.ToString(), nameof(Row.ask_implied_size), DefaultColumnWidths.ImpliedDirectMergedSize, ask_implied_size_filter, DataGridFilterKnownTemplates.UIntMinMax, font_color: BTSColors.MarketData.ask, h_alignment: System.Windows.HorizontalAlignment.Right);
add_hl_working_orders_col(Columns.WorkingAsks, working_col_header, nameof(Row.working_asks_text), nameof(Row.working_best_ask), nameof(Row.working_asks_click), working_ask_volume_filter, BTSColors.MarketData.ask, System.Windows.HorizontalAlignment.Right);
add_col(Columns.Settlement, "Settlement", r => r.format_price(r.settlement), nameof(Row.settlement), DefaultColumnWidths.Settlement, settlement_filter, DataGridFilterKnownTemplates.DoubleMinMax, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.DayChange, "Change", r => r.format_price(r.day_change), nameof(Row.day_change), DefaultColumnWidths.Price, day_change_filter, DataGridFilterKnownTemplates.DoubleMinMax, true, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.SessionLow, "Low", r => r.format_price(r.session_low), nameof(Row.session_low), DefaultColumnWidths.Price, session_low_filter, DataGridFilterKnownTemplates.DoubleMinMax, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.SessionHigh, "High", r => r.format_price(r.session_high), nameof(Row.session_high), DefaultColumnWidths.Price, session_high_filter, DataGridFilterKnownTemplates.DoubleMinMax, h_alignment: System.Windows.HorizontalAlignment.Right);
add_col(Columns.SecurityKey, "Security Key", r => r.security_key.ToString(), nameof(Row.security_key), DefaultColumnWidths.SecurityKey, security_key_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.MarketDescription, "Market Description", r => r.security.market_description(), nameof(Row.market_description), DefaultColumnWidths.SecurityKey, market_description_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.ClearedAlias, "Cleared Alias", r => r.security.cleared_alias(), nameof(Row.cleared_alias), DefaultColumnWidths.SecurityKey, cleared_alias_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.ProductDescription, "Product Description", r => r.security.product_name(), nameof(Row.product_description), DefaultColumnWidths.SecurityKey, product_description_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.HubAlias, "Hub Alias", r => r.security.hub_alias(), nameof(Row.hub_alias), DefaultColumnWidths.SecurityKey, hub_alias_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.StripName, "Strip Name", r => r.security.strip_name(), nameof(Row.strip_name), DefaultColumnWidths.SecurityKey, strip_name_filter, DataGridFilterKnownTemplates.Regex);
add_col(Columns.MicCode, "Mic Code", r => r.security.mic_code(), nameof(Row.mic_code), DefaultColumnWidths.SecurityKey, mic_code_filter, DataGridFilterKnownTemplates.Regex);
//
void add_col(Columns col_key, string header, Func<Row, string> get_text, string prop, double width, IDataGridColumnFilter filter, string filter_template, bool is_animatable = false, Color? font_color = null, System.Windows.HorizontalAlignment h_alignment = System.Windows.HorizontalAlignment.Left) =>
columns.Add(new RenderTextColumn<Row, Columns>(col_key, get_text, filter, filter_template) {
// it's necessary to have this id populated for grid settings
id = bts.shell.MarketViewWindowFactory.col_id(col_key),
Header = header,
sort_member_path = prop,
Width = width,
padding = is_animatable ? AnimatableCellPadding : DefaultCellPadding,
font_color_override = font_color,
horizontal_alignment = h_alignment
});
void add_hl_price_col(Columns col_key, string header, string prop, string command_prop, IDataGridColumnFilter filter, Color foreground, Color? background, System.Windows.HorizontalAlignment h_alignment) =>
add_hl_col(col_key, header, price_binding(prop), prop, command_prop, filter, DataGridFilterKnownTemplates.DoubleMinMax, DefaultColumnWidths.MViewPrice, foreground, background, h_alignment);
void add_hl_merged_size_col(Columns col_key, string header, string sort_prop, string text_prop, string command_prop, IDataGridColumnFilter filter, Color foreground, System.Windows.HorizontalAlignment h_alignment) =>
add_hl_col(col_key, header, new Binding(text_prop), sort_prop, command_prop, filter, DataGridFilterKnownTemplates.UIntMinMax, DefaultColumnWidths.ImpliedDirectMergedSize, foreground, null, h_alignment);
void add_hl_working_orders_col(Columns col_key, string header, string text_prop, string sort_prop, string command_prop, IDataGridColumnFilter filter, Color foreground, System.Windows.HorizontalAlignment h_alignment) =>
add_hl_col(col_key, header, new Binding(text_prop), sort_prop, command_prop, filter, DataGridFilterKnownTemplates.IntMinMax, working_orders_col_width, foreground, null, h_alignment);
void add_hl_col(
Columns col_key, string header, BindingBase binding, string prop, string command_prop,
IDataGridColumnFilter filter, string filter_template, double width, Color foreground, Color? background, System.Windows.HorizontalAlignment h_alignment = System.Windows.HorizontalAlignment.Left) =>
columns.Add(new HyperlinkElementColumn<Row, Columns>(
col_key, binding, new Binding(command_prop), filter, filter_template) {
// it's necessary to have this id populated for grid settings
id = bts.shell.MarketViewWindowFactory.col_id(col_key),
Header = header,
sort_member_path = prop,
font_color_override = foreground,
background_color_override = background,
Width = DefaultColumnWidths.Price,
horizontal_alignment = h_alignment
});
BindingBase price_binding(string prop) {
var mb = new MultiBinding { Converter = price_converter };
mb.Bindings.Add(new Binding(prop) { Mode = BindingMode.OneWay });
mb.Bindings.Add(new Binding($"{nameof(Row.security)}.{nameof(SecurityImmutable.ContractSpec)}") { Mode = BindingMode.OneWay });
return mb;
}
//
// make font-color immutable for Side, Size, (the font-color rule is hard-coded: MarketData.bid for Buy orders, MarketData.ask for Sells)
var col_settings_flags = new Dictionary<string, GridColumnSettingsFeatureFlags> {
{ Columns.Bid.ToString(), GridColumnSettingsFeatureFlags.ImmutableFontColor | GridColumnSettingsFeatureFlags.ImmutableBackgroundColor },
{ Columns.Ask.ToString(), GridColumnSettingsFeatureFlags.ImmutableFontColor | GridColumnSettingsFeatureFlags.ImmutableBackgroundColor},
{ Columns.WorkingAsks.ToString(), GridColumnSettingsFeatureFlags.ImmutableFontColor },
{ Columns.WorkingBids.ToString(), GridColumnSettingsFeatureFlags.ImmutableFontColor }
};
grid_settings_manager = new SimpleGridSettingsManager<Row>(columns, col_settings_flags, row_vms);
// this will initialize the immutable properties that correspond to the col_settings_flags above (e.g. Bid/Ask font_color_override, etc.)
grid_settings_manager.load_from(settings_manager.current_settings());
//
_resources.AddRange(
state.OnDispatcher().Subscribe(s => {
using (rows_view.DeferRefresh()) {
if (s.grid != null) {
// this means we are not using defaults,
// Note: settings_manager in turn notifies grid_settings_manager of this update
_settings_manager.instance_settings = s.grid;
}
if (s.filters is FilterStates filters) {
security_filter.load_state(filters.security);
bid_price_filter.load_state(filters.bid_price);
bid_merged_size_filter.load_state(filters.bid_merged_size);
bid_direct_size_filter.load_state(filters.bid_direct_size);
bid_implied_size_filter.load_state(filters.bid_implied_size);
ask_price_filter.load_state(filters.ask_price);
ask_merged_size_filter.load_state(filters.ask_merged_size);
ask_direct_size_filter.load_state(filters.ask_direct_size);
ask_implied_size_filter.load_state(filters.ask_implied_size);
last_price_filter.load_state(filters.last_price);
last_price_from_spread_filter.load_state(filters.last_price_from_spread);
last_size_filter.load_state(filters.last_size);
day_change_filter.load_state(filters.day_change);
settlement_filter.load_state(filters.settlement);
session_low_filter.load_state(filters.session_low);
session_high_filter.load_state(filters.session_high);
position_filter.load_state(filters.position);
raw_day_position_filter.load_state(filters.raw_day_position);
working_bid_volume_filter.load_state(filters.working_bid_volume);
working_ask_volume_filter.load_state(filters.working_ask_volume);
volume_filter.load_state(filters.volume);
security_key_filter.load_state(filters.security_key);
market_description_filter.load_state(filters.market_description);
cleared_alias_filter.load_state(filters.cleared_alias);
product_description_filter.load_state(filters.product_description);
hub_alias_filter.load_state(filters.hub_alias);
strip_name_filter.load_state(filters.strip_name);
mic_code_filter.load_state(filters.mic_code);
}
rows_view.set_sort_descriptions(s.sorting_criterion, columns);
}
}), DataGridFilterHelper.hook_filters(rows_view, _filters),
settings_manager.subscribe_current().OnDispatcher().Subscribe(grid_settings_manager),
WorkLoop.Start("MarketView", _refresh)
);
}
public ObservableCollection<ColumnBase> columns { get; } = new ObservableCollection<ColumnBase>();
public SimpleGridSettingsManager<Row> grid_settings_manager { get; }
public GridSettings get_grid_save_state() {
if (_settings_manager.instance_settings == null)
return null;
else
return grid_settings_manager.create();
}
public static IComparer<Row> get_column_comparer(Columns column) {
switch (column) {
case Columns.Security: return wrap(r => r.security);
case Columns.SecurityKey: return wrap(r => r.security.Id);
case Columns.Volume: return wrap(r => r.volume);
case Columns.Last: return wrap(r => r.last_price);
case Columns.LastSize: return wrap(r => r.last_size);
case Columns.Position: return wrap(r => r.position);
case Columns.WorkingBids: return wrap(r => r.working_bid_volume);
case Columns.BidImpliedSize: return wrap(r => r.bid_implied_size);
case Columns.BidDirectSize: return wrap(r => r.bid_direct_size);
case Columns.BidMergedSize: return wrap(r => r.bid_merged_size);
case Columns.Bid: return wrap(r => r.bid_price);
case Columns.Ask: return wrap(r => r.ask_price);
case Columns.AskMergedSize: return wrap(r => r.ask_merged_size);
case Columns.AskDirectSize: return wrap(r => r.ask_direct_size);
case Columns.AskImpliedSize: return wrap(r => r.ask_implied_size);
case Columns.WorkingAsks: return wrap(r => r.working_ask_volume);
case Columns.Settlement: return wrap(r => r.settlement);
case Columns.DayChange: return wrap(r => r.day_change);
case Columns.SessionLow: return wrap(r => r.session_low);
case Columns.SessionHigh: return wrap(r => r.session_high);
case Columns.MarketDescription: return wrap(r => r.market_description);
case Columns.ClearedAlias: return wrap(r => r.security.cleared_alias());
case Columns.ProductDescription: return wrap(r => r.security.product_name());
case Columns.HubAlias: return wrap(r => r.security.hub_alias());
case Columns.StripName: return wrap(r => r.security.strip_name());
case Columns.MicCode: return wrap(r => r.security.mic_code());
default: return null;
}
IComparer<Row> wrap<T>(Func<Row, T> selector) =>
Comparer<T>.Default.wrap(selector);
}
#region Filters
public IDataGridColumnPersistentFilter<Row, string> security_filter { get; }
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> bid_price_filter { get; } = new DoubleMinMax<Row>(r => r.bid_price, nameof(Row.bid_price));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> bid_merged_size_filter { get; } = new UIntMinMax<Row>(r => r.bid_merged_size, nameof(Row.bid_merged_size));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> bid_direct_size_filter { get; } = new UIntMinMax<Row>(r => r.bid_direct_size, nameof(Row.bid_direct_size));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> bid_implied_size_filter { get; } = new UIntMinMax<Row>(r => r.bid_implied_size, nameof(Row.bid_implied_size));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> ask_price_filter { get; } = new DoubleMinMax<Row>(r => r.ask_price, nameof(Row.ask_price));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> ask_merged_size_filter { get; } = new UIntMinMax<Row>(r => r.ask_merged_size, nameof(Row.ask_merged_size));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> ask_direct_size_filter { get; } = new UIntMinMax<Row>(r => r.ask_direct_size, nameof(Row.ask_direct_size));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> ask_implied_size_filter { get; } = new UIntMinMax<Row>(r => r.ask_implied_size, nameof(Row.ask_implied_size));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> last_price_filter { get; } = new DoubleMinMax<Row>(r => r.last_price, nameof(Row.last_price));
public IDataGridColumnPersistentFilter<Row, string> last_price_from_spread_filter { get; } = new RegexFilterVM<Row>(r => r.last_price_from_spread.ToString(), nameof(Row.last_price_from_spread));
public IDataGridColumnPersistentFilter<Row, UIntMinMaxState> last_size_filter { get; } = new UIntMinMax<Row>(r => r.last_size, nameof(Row.last_size));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> day_change_filter { get; } = new DoubleMinMax<Row>(r => r.day_change, nameof(Row.day_change));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> settlement_filter { get; } = new DoubleMinMax<Row>(r => r.settlement, nameof(Row.settlement));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> session_low_filter { get; } = new DoubleMinMax<Row>(r => r.session_low, nameof(Row.session_low));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> session_high_filter { get; } = new DoubleMinMax<Row>(r => r.session_high, nameof(Row.session_high));
public IDataGridColumnPersistentFilter<Row, IntMinMaxState> position_filter { get; } = new IntMinMax<Row>(r => r.position, nameof(Row.position));
public IDataGridColumnPersistentFilter<Row, DoubleMinMaxState> raw_day_position_filter { get; } = new DoubleMinMax<Row>(r => r.raw_day_position, nameof(Row.raw_day_position));
public IDataGridColumnPersistentFilter<Row, IntMinMaxState> working_bid_volume_filter { get; } = new IntMinMax<Row>(r => r.working_bid_volume, nameof(Row.working_bid_volume));
public IDataGridColumnPersistentFilter<Row, IntMinMaxState> working_ask_volume_filter { get; } = new IntMinMax<Row>(r => r.working_ask_volume, nameof(Row.working_ask_volume));
public IDataGridColumnPersistentFilter<Row, ULongMinMaxState> volume_filter { get; } = new ULongMinMax<Row>(r => r.volume, nameof(Row.volume));
public IDataGridColumnPersistentFilter<Row, string> security_key_filter { get; } = new RegexFilterVM<Row>(r => r.security_key.ToString(), nameof(Row.security_key));
public IDataGridColumnPersistentFilter<Row, string> market_description_filter { get; } = new RegexFilterVM<Row>(r => r.market_description, nameof(Row.market_description));
public IDataGridColumnPersistentFilter<Row, string> cleared_alias_filter { get; } = new RegexFilterVM<Row>(r => r.cleared_alias, nameof(Row.cleared_alias));
public IDataGridColumnPersistentFilter<Row, string> product_description_filter { get; } = new RegexFilterVM<Row>(r => r.product_description, nameof(Row.product_description));
public IDataGridColumnPersistentFilter<Row, string> hub_alias_filter { get; } = new RegexFilterVM<Row>(r => r.hub_alias, nameof(Row.hub_alias));
public IDataGridColumnPersistentFilter<Row, string> strip_name_filter { get; } = new RegexFilterVM<Row>(r => r.strip_name, nameof(Row.strip_name));
public IDataGridColumnPersistentFilter<Row, string> mic_code_filter { get; } = new RegexFilterVM<Row>(r => r.mic_code, nameof(Row.mic_code));
IEnumerable<IDataGridColumnFilter<Row>> _filters =>
_filter_getters.Select(fn => fn(this));
public FilterStates get_filter_states() {
return new FilterStates {
security = security_filter.get_state(),
bid_price = bid_price_filter.get_state(),
bid_merged_size = bid_merged_size_filter.get_state(),
bid_direct_size = bid_direct_size_filter.get_state(),
bid_implied_size = bid_implied_size_filter.get_state(),
ask_price = ask_price_filter.get_state(),
ask_merged_size = ask_merged_size_filter.get_state(),
ask_direct_size = ask_direct_size_filter.get_state(),
ask_implied_size = ask_implied_size_filter.get_state(),
last_price = last_price_filter.get_state(),
last_price_from_spread = last_price_from_spread_filter.get_state(),
last_size = last_size_filter.get_state(),
day_change = day_change_filter.get_state(),
settlement = settlement_filter.get_state(),
session_low = session_low_filter.get_state(),
session_high = session_high_filter.get_state(),
position = position_filter.get_state(),
raw_day_position = raw_day_position_filter.get_state(),
working_bid_volume = working_bid_volume_filter.get_state(),
working_ask_volume = working_ask_volume_filter.get_state(),
volume = volume_filter.get_state(),
security_key = security_key_filter.get_state(),
market_description = market_description_filter.get_state(),
cleared_alias = cleared_alias_filter.get_state(),
product_description = product_description_filter.get_state(),
hub_alias = hub_alias_filter.get_state(),
strip_name = strip_name_filter.get_state(),
mic_code = mic_code_filter.get_state(),
};
}
#endregion
protected override Row row_factory(SecurityMD smd) => new Row(_bus, smd, _orders_model);
protected override void on_row_removed(Row row) => row.Dispose();
protected override IEnumerable<SortingCriteria> get_default_sorting() { yield return new SortingCriteria(nameof(Row.security), true); }
void _refresh() {
foreach (var r in _row_vms) r.refresh();
}
}
}
@@ -549,24 +549,48 @@
</u:BindingUpdateGroupCollection>
</u:Behavior.BindingUpdateGroups>
</TextBox>
<TextBlock
<StackPanel
x:Name="PART_TickFactors_Label"
Grid.Column="2"
VerticalAlignment="Center"
Margin="{StaticResource Margin.LHeaderPanelItem}"
Text="Ticks"
IsEnabled="True"
Orientation="Horizontal"
Visibility="{Binding LegTuples.Count, RelativeSource={RelativeSource TemplatedParent}, Converter={StaticResource IntNotZeroVisibilityConverter}}"
/>
<c:TickFactorsPicker
>
<TextBlock
VerticalAlignment="Center"
Margin="{StaticResource Margin.LHeaderPanelItem}"
Text="Ticks ("
/>
<CheckBox
Margin="1,0,0,0"
IsChecked="{Binding UseFractionalTicks, RelativeSource={RelativeSource TemplatedParent}}"
VerticalAlignment="Center"
VerticalContentAlignment="Center"
Padding="0"
>
fractional
</CheckBox>
<TextBlock VerticalAlignment="Center" Margin="1,0,0,0">)</TextBlock>
</StackPanel>
<Grid
x:Name="PART_TickFactors_Picker"
Grid.Column="3"
Margin="{StaticResource Margin.LHeaderPanelItem}"
HorizontalAlignment="Stretch"
IsEnabled="True"
SelectedTickFactors="{Binding TickFactors, RelativeSource={RelativeSource TemplatedParent}, Mode=TwoWay}"
Margin="{StaticResource Margin.LHeaderPanelItem}"
Visibility="{Binding LegTuples.Count, RelativeSource={RelativeSource TemplatedParent}, Converter={StaticResource IntNotZeroVisibilityConverter}}"
/>
>
<c:TickFactorsPicker
HorizontalAlignment="Stretch"
SelectedTickFactors="{Binding TickFactors, RelativeSource={RelativeSource TemplatedParent}, Mode=TwoWay}"
Visibility="{Binding UseFractionalTicks, RelativeSource={RelativeSource TemplatedParent}, Converter={x:Static cv:BooleanToVisibilityConverter.HiddenInstance}}"
/>
<c:TickUpDownInt
HorizontalAlignment="Stretch"
Minimum="1"
Value="{Binding IntegerTickSize, RelativeSource={RelativeSource TemplatedParent}}"
Visibility="{Binding UseFractionalTicks, RelativeSource={RelativeSource TemplatedParent}, Converter={StaticResource FalseVisibilityConverter}}"
/>
</Grid>
<TextBlock
x:Name="PART_Pricing_Label"
Grid.Column="4"
@@ -52,6 +52,26 @@ namespace mbts.ui.spark {
public TickFactors TickFactors { get => GetValue(TickFactorsProperty) as TickFactors; set => SetValue(TickFactorsProperty, value); }
#endregion
#region UseFractionalTicks
public static readonly DependencyProperty UseFractionalTicksProperty = WPFHelper.create_dp<bool, ExecutionStrategyEditor>(
nameof(UseFractionalTicks), FrameworkPropertyMetadataOptions.BindsTwoWayByDefault, true);
public bool UseFractionalTicks {
get => (bool)GetValue(UseFractionalTicksProperty);
set => SetValue(UseFractionalTicksProperty, value);
}
#endregion
#region IntegerTickSize
public static readonly DependencyProperty IntegerTickSizeProperty = WPFHelper.create_dp<int, ExecutionStrategyEditor>(
nameof(IntegerTickSize), FrameworkPropertyMetadataOptions.BindsTwoWayByDefault, 1);
public int IntegerTickSize {
get => (int)GetValue(IntegerTickSizeProperty);
set => SetValue(IntegerTickSizeProperty, value);
}
#endregion
#region IsNew
public static readonly DependencyProperty IsNewProperty =
DependencyProperty.Register(
@@ -36,6 +36,8 @@
ContractPickerModel="{Binding contract_picker_model}"
HedgePricing="{Binding hedge_pricing}"
HedgePricingItemsSource="{Binding hedge_pricing_options}"
UseFractionalTicks="{Binding use_fractional_ticks}"
IntegerTickSize="{Binding integer_tick_size}"
/>
<c:DialogSkirtOKCancel Grid.Row="1" OKCommand="{Binding commit}" CloseOnOK="False"/>
</Grid>
@@ -2,7 +2,6 @@
using bts.collections;
using bts.shell;
using bts.spark;
using bts.utils;
using mbts.ui;
using mbts.ui.shell;
using mbts.ui.spark;
@@ -30,8 +29,16 @@ namespace mbts.spark {
readonly Property<bool> _has_working_orders, _can_add_leg;
Security _synthetic;
bool _set_name_automatically, _set_ticks_automatically, _set_quantities_automatically, _set_price_mults_automatically, _is_setting_quantities, _is_setting_price_mults;
bool
_set_name_automatically,
_set_ticks_automatically,
_set_quantities_automatically,
_set_price_mults_automatically,
_is_setting_quantities,
_is_setting_price_mults,
_use_fractional_ticks = true;
TickFactors _tick_factors;
int _integer_tick_size = 1;
ExecutionStrategyImmutable _strategy;
HedgePricing _hedge_pricing;
@@ -44,6 +51,10 @@ namespace mbts.spark {
: this(synthetic, strategy, false) {
ExceptionAssert.InvalidOperation.That(synthetic.Id != 0, "This constructor may only be used for already-existing synthetic securities (id must be non-zero).");
_tick_factors = TickUtils.get_regional_ticks(synthetic.ContractSpec).low_tick;
if (TickUtils.is_integer_tick(synthetic.ContractSpec)) {
_use_fractional_ticks = false;
_integer_tick_size = DoubleHelper.to_optional_int32(synthetic.ContractSpec.LowTick) ?? 0;
}
title = $"Edit '{synthetic.Synthetic.Name}'";
icon = Icons.ModifySynthetic;
_has_working_orders = backing(nameof(has_working_orders), security_has_working_orders.OnDispatcher());
@@ -131,14 +142,14 @@ namespace mbts.spark {
flash_error_msg("Name already taken", SparkUtils.UI.MessageFlashDuration, nameof(name)).ignore();
valid = false;
}
if (_tick_factors == null || !_tick_factors.is_valid()) {
flash_error_msg("Please select ticks", SparkUtils.UI.MessageFlashDuration, nameof(tick_factors)).ignore();
if (use_fractional_ticks ? (_tick_factors == null || !_tick_factors.is_valid()) : integer_tick_size == 0) {
flash_error_msg("Please select ticks", SparkUtils.UI.MessageFlashDuration, use_fractional_ticks ? nameof(tick_factors) : nameof(integer_tick_size)).ignore();
valid = false;
}
if (valid) {
_synthetic.Synthetic.Legs.SetItems(leg_tuples.Select(l => l.leg));
_synthetic.Symbol = _deduce_symbol(_synthetic);
_synthetic.ContractSpec = _tick_factors.to_spec();
_synthetic.ContractSpec = use_fractional_ticks ? _tick_factors.to_spec() : TickUtils.create_integer_tick_spec(integer_tick_size);
uint? id = await model.create_synthetic(new SecurityImmutable(_synthetic));
if (id.HasValue && id != 0) {
if (await model.save_strategy(id.Value, get_strategy())) {
@@ -295,6 +306,20 @@ namespace mbts.spark {
public bool has_working_orders => _has_working_orders.Value;
public bool is_new { get; }
public bool is_new_leg_popup_open { get; set; }
public bool use_fractional_ticks {
get => _use_fractional_ticks;
set {
if (Set(ref _use_fractional_ticks, value))
_set_ticks_automatically = false;
}
}
public int integer_tick_size {
get => _integer_tick_size;
set {
if (Set(ref _integer_tick_size, value))
_set_ticks_automatically = false;
}
}
public bool can_add_leg => _can_add_leg.Value;
public SyntheticContract.Types.PriceCalc price_calc { get => _synthetic.Synthetic.PriceCalc; set => _synthetic.Synthetic.PriceCalc = value; }
public ObservableCollection<LegSpreaderParamsTuple> leg_tuples { get; } = new ObservableCollection<LegSpreaderParamsTuple>();
@@ -323,6 +348,16 @@ namespace mbts.spark {
_strategy = strategy;
hedge_pricing = strategy.HedgePricing;
leg_tuples.SetItems(_get_legs(_synthetic, strategy));
if (synthetic.HasContractSpec) {
/// assign the fields <see cref="_use_fractional_ticks"/> and <see cref="_integer_tick_size"/>,
/// rather than the properties <see cref="use_fractional_ticks"/> and <see cref="integer_tick_size"/>
/// because the setters of the former flip <see cref="_set_ticks_automatically"/> to false if the value changes.
/// This behavior causes the ticks to be automatically deduced as legs are added/removed,
/// until the user explicitly enters a different value (as the properties are bound to tick input controls in the view).
Set(ref _use_fractional_ticks, !TickUtils.is_integer_tick(synthetic.ContractSpec), nameof(use_fractional_ticks));
if (!use_fractional_ticks)
Set(ref _integer_tick_size, DoubleHelper.to_optional_int32(synthetic.ContractSpec.LowTick) ?? 0, nameof(integer_tick_size));
}
RaisePropertyChanged(nameof(name), nameof(tick_factors));
}
@@ -787,7 +787,7 @@ namespace mbts.spark {
break;
}
}
foreach (var p in dcs)
foreach (var p in dcs.empty_if_null().OrderBy(kv => kv.Key))
_vm.current_algo_custom_state.Add(new NamedValueVM(p.Key, DynamicOrderHelper.fmt_param(p.Value)));
}
}
@@ -31,7 +31,7 @@ namespace bts.shell.pnl {
security_type_cell = _cell_map.add(ColumnKeys.SecurityType, d => d.security?.ContractCase ?? Security.ContractOneofCase.None);
exchange_cell = _cell_map.add(ColumnKeys.Exchange, d => d.security?.Exchange ?? Venue.Unset);
symbol_cell = _cell_map.add(ColumnKeys.Symbol, d => d.security?.Symbol ?? string.Empty);
security_cell = _cell_map.add(ColumnKeys.Security, d => d.security, null, EqualityComparer<SecurityImmutable?>.Default, Comparer<SecurityImmutable>.Default.to_nullable());
security_cell = _cell_map.add(ColumnKeys.Security, d => (d.security), null, EqualityComparer<SecurityImmutable?>.Default, Comparer<SecurityImmutable>.Default.to_nullable());
security_key = _cell_map.add(ColumnKeys.SecurityKey, d => d.key.security_id);
cpp = _cell_map.add(ColumnKeys.CPP, d => d.cpp);
// sod
+1
View File
@@ -12,6 +12,7 @@
<RuntimeIdentifiers>win7-x64</RuntimeIdentifiers>
<PlatformTarget>AnyCPU</PlatformTarget>
<LanguageTargets>$(MSBuildExtensionsPath)\$(VisualStudioVersion)\Bin\Microsoft.CSharp.targets</LanguageTargets>
<LanguageTargets Condition="'$(VisualStudioVersion)'=='16.0'">$(MSBuildToolsPath)\Microsoft.CSharp.targets</LanguageTargets>
<ApplicationIcon>logo.ico</ApplicationIcon>
<OutputType>WinExe</OutputType>
<StartupObject>mbts.ui.shell.App</StartupObject>
@@ -63,5 +63,20 @@ namespace mbts {
public static double? nan_nullable(double value) =>
double.IsNaN(value) ? (double?)null : value;
public static int? to_optional_int32(double value) {
if (double.IsNaN(value) || double.IsInfinity(value))
return null;
if (value > 0) {
value = Math.Floor(value);
if (value <= int.MaxValue)
return (int)value;
} else if (value < 0) {
value = Math.Ceiling(value);
if (value >= int.MinValue)
return (int)value;
}
return null;
}
}
}
@@ -1,39 +1,43 @@
using System;
using System.Text.RegularExpressions;
using System;
using System.Text.RegularExpressions;
namespace mbts.spark.filters {
static class RegexFilterUtils {
public static Regex build_regex(string str) {
if (str == null)
return null;
str = str.Trim();
if (str == string.Empty)
return null;
return new Regex(str, RegexOptions.IgnoreCase | RegexOptions.IgnorePatternWhitespace);
}
}
class RegexFilterVM<TRow> : FilterVMBase<TRow, string, string> {
string _text = string.Empty;
Regex _regex;
public RegexFilterVM(Func<TRow, string> get_row_val, string prop_name = null) : base(get_row_val, prop_name) { }
public string text {
get => _text;
set => _regex = RegexFilterUtils.build_regex(_text = (value ?? string.Empty));
}
public override string get_state() => _text ?? string.Empty;
protected override bool _get_active() => _regex != null;
protected override bool _filter(string value) =>
_regex != null && (
_regex.IsMatch(value) ||
(!string.IsNullOrEmpty(value) && _regex.IsMatch(value.Replace(" ", ""))));
namespace mbts.spark.filters {
static class RegexFilterUtils {
public static Regex build_regex(string str) {
if (str == null)
return null;
str = str.Trim();
if (str == string.Empty)
return null;
return new Regex(str, RegexOptions.IgnoreCase | RegexOptions.IgnorePatternWhitespace);
}
}
class RegexFilterVM<TRow> : FilterVMBase<TRow, string, string> {
string _text = string.Empty;
Regex _regex;
public RegexFilterVM(Func<TRow, string> get_row_val, string prop_name = null) : base(get_row_val, prop_name) { }
public string text {
get => _text;
set => _regex = RegexFilterUtils.build_regex(_text = (value ?? string.Empty));
}
public override string get_state() => _text ?? string.Empty;
protected override bool _get_active() => _regex != null;
protected override bool _filter(string value) => _regex != null && _regex.IsMatch(value);
protected override void _load_state_internal(string state) => text = state;
protected override void _clear() {
_close();
_text = string.Empty;
_regex = null;
RaisePropertyChanged(nameof(text));
_raise_filter_changed();
}
}
protected override void _load_state_internal(string state) => text = state;
protected override void _clear() {
_close();
_text = string.Empty;
_regex = null;
RaisePropertyChanged(nameof(text));
_raise_filter_changed();
}
}
}
@@ -1005,6 +1005,8 @@
ContractPickerModel="{Binding contract_picker_model}"
HedgePricing="{Binding hedge_pricing}"
HedgePricingItemsSource="{Binding hedge_pricing_options}"
UseFractionalTicks="{Binding use_fractional_ticks}"
IntegerTickSize="{Binding integer_tick_size}"
/>
<c:DialogSkirt Grid.Row="1" Margin="-4" VerticalAlignment="Top" RightItems="{Binding skirt_items}"/>
</Grid>
@@ -12,6 +12,9 @@ namespace mbts.ui.converters
public Visibility VisibilityForFalse { get { return _visfalse; } set { _visfalse = value; } }
public static BooleanToVisibilityConverter Instance => new BooleanToVisibilityConverter();
public static BooleanToVisibilityConverter HiddenInstance => new BooleanToVisibilityConverter {
VisibilityForFalse = Visibility.Hidden
};
public object Convert(object value, Type targetType, object parameter, System.Globalization.CultureInfo culture) {
bool flag = false;
+23 -1
View File
@@ -49,6 +49,28 @@ namespace mbts.spark {
public static double parse(this ContractSpecificationImmutable? spec, string text, double display_multiplier, string nan_text) =>
spec.spec_or_default().parse(text, display_multiplier, nan_text);
public static bool is_integer_tick(ContractSpecificationImmutable spec) =>
spec.MainFraction == 0 &&
spec.PriceDisplayFormat == 0 &&
spec.LowTick > 0 &&
MathUtils.is_int(spec.LowTick) &&
spec.HighTick > 0 &&
MathUtils.is_int(spec.HighTick);
public static ContractSpecification create_integer_tick_spec(int low_tick) =>
create_integer_tick_spec(low_tick, low_tick);
public static ContractSpecification create_integer_tick_spec(int low_tick, int high_tick) {
var rv = SecurityDataHelper.Defaults.ContractSpecification;
rv.MainFraction = 0;
rv.SubFraction = 0;
rv.PriceDisplayFormat = 0;
rv.PriceBreak = 0;
rv.LowTick = low_tick;
rv.HighTick = high_tick;
return rv;
}
public static double low_tick(NativePriceSize[] bids, NativePriceSize[] asks) {
double low = bids[bids.Length - 1].price;
if (double.IsNaN(low))
@@ -326,7 +348,7 @@ namespace mbts.spark {
}
static bool _check_tick_size(double tick_size) =>
(tick_size > 0 && tick_size <= 0.5) || tick_size == 1;
tick_size > 0 && (tick_size <= 0.5 || MathUtils.is_int(tick_size));
struct SpecKey : IEquatable<SpecKey> {
public readonly uint denominator, display_digits;
@@ -39,13 +39,18 @@ namespace bts.api {
static string _format(SecurityImmutable? security) {
switch (security?.ContractCase) {
case ContractOneofCase.Future: return format_future(security?.Symbol, security?.security_desc(), security.Value.Future);
case ContractOneofCase.Future:
if(security?.HasIce == true)
return _format_ICE(security);
return format_future(security?.Symbol, security?.security_desc(), security.Value.Future);
case ContractOneofCase.Spread:
if (security?.HasGlbx == true) {
// In case we ever bring it back, pretty printed spread names can be found here:
// GlbxSecurityFormatter.FormatSpread(security, out string result)
return security?.Glbx.SecurityDesc;
}
else if(security?.HasIce == true)
return _format_ICE(security);
return string.Join("", _format_future_legs(SecurityHelper.get_flat_future_legs(security?.Spread.Legs)));
case ContractOneofCase.Synthetic: return security?.Synthetic.Name;
default: return "Unknown-security";
@@ -79,5 +84,28 @@ namespace bts.api {
default: return $"{fl.quantity:+0;-0}{sym_exp_name}";
}
}
static string _format_ICE (SecurityImmutable? security){
string symbol = security?.Symbol,
strip = security?.Ice.StripName,
md_desc = security?.Ice.MarketDescription,
type_append = "";
if(md_desc.Contains("25k ICE Lots")){
if(md_desc.Contains("TAS"))
type_append = "TAS";
}
else if(md_desc.Contains("ICE Lots")){
if(md_desc.Contains("TAS"))
type_append = "ICE Lots TAS";
else
type_append = "ICE Lots";
}
else if(md_desc.Contains("TAS"))
type_append = "TAS";
type_append = string.IsNullOrEmpty(type_append) ?
" " : $" {type_append} ";
return $"{symbol}{type_append}{strip}";
}
}
}
@@ -15,7 +15,7 @@
<server name="default">
<ip>63.247.113.163</ip>
<port>3000</port>
<userName>bluetrd-ps</userName>
<userName>katas2f-ps</userName>
<password>Starts123</password>
<getStripInfoMessages>N</getStripInfoMessages>
<strategyPreference>New</strategyPreference>
@@ -24,8 +24,8 @@
<server name="endex">
<ip>63.247.113.77</ip>
<port>3000</port>
<userName>Value from ICE Support</userName>
<password>Value from ICE Support</password>
<userName>katas2f-ps</userName>
<password>Starts123</password>
<getStripInfoMessages>N</getStripInfoMessages>
<strategyPreference>New</strategyPreference>
<localNetworkInterface></localNetworkInterface>
+23 -2
View File
@@ -105,14 +105,35 @@ message BasePositionBatch {
google.protobuf.Timestamp current_as_of = 10; // UTC
}
// security overrides /////////////////////////////////////
message CppOverride{
double value = 1;
}
message SecurityParameters{
uint32 security_key = 1;
CppOverride cpp_override = 2;
// other overrides
}
message SecurityParametersBatchOp{
repeated SecurityParameters op_params = 1;
}
message SecurityParametersBatchOpResponse {
bool ok = 1;
string msg = 2;
}
service PositionService {
option (bts.api.service_description) = "Provides Position and PNL, per security, per account";
rpc create_manual_fill (ManualFillBatch) returns (PositionServiceResponse);
rpc update_manual_fill (ManualFillBatch) returns (PositionServiceResponse);
rpc remove_manual_fill (ManualFillBatch) returns (PositionServiceResponse);
rpc set_base_position (BasePositionBatch) returns (SetBasePositionResponse);
rpc set_base_position (BasePositionBatch) returns (SetBasePositionResponse);
rpc update_security_parameters (SecurityParametersBatchOp) returns (SecurityParametersBatchOpResponse);
// subscription
rpc manual_fills(bts.api.VoidMessage) returns (stream ManualFill);
rpc position_data(bts.api.VoidMessage) returns (stream PositionUnit);
+130 -136
View File
@@ -1,136 +1,130 @@
#
# Common Market data options
#
MarketDataConfig {
rule: "DeploymentType.type == 'PROD'"
value {
use_sim: false
}
}
PublisherOptions {
rule: "DeploymentType.type == 'dev'"
value {
disable_heartbeat: true
}
}
PlatformMap {
value {
glbx_platform: "PLATFORM_MDP3ONIXS"
ice_platform: "PLATFORM_ICEONIXS"
}
}
PublisherNamespace {
value {
shared_memory_namespace: @System.os_user
}
}
CMEOptions {
value {
feed_engine {
name: "mdp3feed"
# udp_socket_buffer_size: 425984
# channels_per_thread: 1
spin_time: 0
}
channel {
id: "*"
feed_engine: "mdp3feed"
use_tcp_replay: false
}
}
}
ICEPublisherOptions {
value {
network_interface: "eth1"
}
}
#to make this work in dev clone the operations repo
#go here: c:\\code\\bts\\operations\\ice\\ICE_iMpactMulticastFeed_GettingStarted-1_1_36\\bin\\easyTunnel>
#modify the easyTunnelProxy.properties file to replace
#tunnel.multicast.interface=10.96.18.37 with your local ip
#run easyTunnelProxy.bat BRENT-FI for Brent Full implied
#you should see ice data
ICEOptions {
value {
channel {
name: "oil" #these names are arbitrary and are for debugging
market_type: 3
uds_market_type: 3
market_type: 4 #ICE IPE Gas Oil Futures
uds_market_type: 4
market_type: 5 #ICE Futures Brent, IPE Brent Futures
uds_market_type: 5
market_type: 9 #ICE Futures WTI, ICE WTI Crude Futures
uds_market_type: 9
market_type: 13 #ICE Heating Oil Futures
uds_market_type: 13
market_type: 15 #ICE NYH (RBOB) Gasoline Futures
uds_market_type: 15
##market_type: 21 #ICE Futures US Agricultures, Coffee C
##uds_market_type: 21
##market_type: 23 #ICE Futures US Agricultures, FCOJ A
##uds_market_type: 23
##market_type: 26 #ICE Futures US Financials DX
##uds_market_type: 26
uds_market_type: 11 #ICE WTI-Brent spreads
uds_market_type: 14 #ICE Heating Oil/WTI Futures Crack
uds_market_type: 16 #ICE NYH (RBOB) Gasoline/WTI Futures Crack
uds_market_type: 58 #ICE Futures UI Heating Oil / Brent
uds_market_type: 59 #ICE NYH (RBOB) Gasoline/Brent Futures Crack
uds_market_type: 66 #ICE NYH (RBOB) Gasoline/Heating Oil Spread
uds_market_type: 70 #ICE Heating Oil/LS Gasoil Futures Spread
uds_market_type: 71 #ICE LS Gasoil/Brent Futures Crack
uds_market_type: 72 #ICE NYH (RBOB) Gasoline/LS Gasoil Futures Spread
#onixs_log_mode: Debug
}
# channel {
# name: "juice"
# market_type: 26 #ICE Futures US Agricultures, FCOJ A
# }
ice_config_file: "ConnectivityConfiguration.APITest.xml"
#ice_config_file: "ConnectivityConfiguration.PerfTest.xml"
}
}
MDBootDelayWindow {
rule: "DeploymentType.type == 'dev'"
value {
delay_seconds: 0
}
}
MDBootDelayWindow {
value {
delay_seconds: 120
standard {
start: "16:30"
end: "16:40"
}
sunday {
start: "14:00"
end: "14:10"
}
}
}
DisplayFactorOverride {
value {
override {
symbol: "SOM"
exchange: "GLBX"
type: "SPREAD"
price_multiplier: 1
}
}
}
#
# Common Market data options
#
MarketDataConfig {
rule: "DeploymentType.type == 'PROD'"
value {
use_sim: false
}
}
PublisherOptions {
rule: "DeploymentType.type == 'dev'"
value {
disable_heartbeat: true
}
}
PlatformMap {
value {
glbx_platform: "PLATFORM_MDP3ONIXS"
ice_platform: "PLATFORM_ICEONIXS"
}
}
PublisherNamespace {
value {
shared_memory_namespace: @System.os_user
}
}
CMEOptions {
value {
feed_engine {
name: "mdp3feed"
# udp_socket_buffer_size: 425984
# channels_per_thread: 1
spin_time: 0
}
channel {
id: "*"
feed_engine: "mdp3feed"
use_tcp_replay: false
}
}
}
#to make this work in dev clone the operations repo
#go here: c:\\code\\bts\\operations\\ice\\ICE_iMpactMulticastFeed_GettingStarted-1_1_36\\bin\\easyTunnel>
#modify the easyTunnelProxy.properties file to replace
#tunnel.multicast.interface=10.96.18.37 with your local ip
#run easyTunnelProxy.bat BRENT-FI for Brent Full implied
#you should see ice data
ICEOptions {
value {
channel {
name: "oil" #these names are arbitrary and are for debugging
market_type: 3
uds_market_type: 3
market_type: 4 #ICE IPE Gas Oil Futures
uds_market_type: 4
market_type: 5 #ICE Futures Brent, IPE Brent Futures
uds_market_type: 5
market_type: 9 #ICE Futures WTI, ICE WTI Crude Futures
uds_market_type: 9
market_type: 13 #ICE Heating Oil Futures
uds_market_type: 13
market_type: 15 #ICE NYH (RBOB) Gasoline Futures
uds_market_type: 15
##market_type: 21 #ICE Futures US Agricultures, Coffee C
##uds_market_type: 21
##market_type: 23 #ICE Futures US Agricultures, FCOJ A
##uds_market_type: 23
##market_type: 26 #ICE Futures US Financials DX
##uds_market_type: 26
uds_market_type: 11 #ICE WTI-Brent spreads
uds_market_type: 14 #ICE Heating Oil/WTI Futures Crack
uds_market_type: 16 #ICE NYH (RBOB) Gasoline/WTI Futures Crack
uds_market_type: 58 #ICE Futures UI Heating Oil / Brent
uds_market_type: 59 #ICE NYH (RBOB) Gasoline/Brent Futures Crack
uds_market_type: 66 #ICE NYH (RBOB) Gasoline/Heating Oil Spread
uds_market_type: 70 #ICE Heating Oil/LS Gasoil Futures Spread
uds_market_type: 71 #ICE LS Gasoil/Brent Futures Crack
uds_market_type: 72 #ICE NYH (RBOB) Gasoline/LS Gasoil Futures Spread
#onixs_log_mode: Debug
}
# channel {
# name: "juice"
# market_type: 26 #ICE Futures US Agricultures, FCOJ A
# }
ice_config_file: "ConnectivityConfiguration.APITest.xml"
#ice_config_file: "ConnectivityConfiguration.PerfTest.xml"
}
}
MDBootDelayWindow {
rule: "DeploymentType.type == 'dev'"
value {
delay_seconds: 0
}
}
MDBootDelayWindow {
value {
delay_seconds: 120
standard {
start: "16:30"
end: "16:40"
}
sunday {
start: "14:00"
end: "14:10"
}
}
}
DisplayFactorOverride {
value {
override {
symbol: "SOM"
exchange: "GLBX"
type: "SPREAD"
price_multiplier: 1
}
}
}
+4
View File
@@ -59,6 +59,10 @@ message EnsureOnScreenWithWorkAreaRect {
optional bool enabled = 1 [default = false];
}
message CustomFormatIceSecurities{
optional bool enabled = 1 [default = true];
}
message IgnoreNansInDayPnL {
optional bool enabled = 1 [default = true];
}
+3 -1
View File
@@ -170,7 +170,7 @@ void NativeOrder::on_init_recovered(OrderRecord const &rec,
me->sec = serv.sec_db.resolve(SecurityKey(def.security_key()));
me->previous_working_position = Quantity(0);
auto const &native_state = get_native_state(me->state);
auto &native_state = get_native_state(me->state);
switch (me->state.status()) {
case ORDER_STATUS_WORKING:
@@ -202,6 +202,8 @@ void NativeOrder::on_init_recovered(OrderRecord const &rec,
}
// if we made it this far we are good.
me->routing_record = rq.routing_record;
*native_state.mutable_routing_record() = rq.routing_record;
if (me->state.status() != ORDER_STATUS_PENDING_WORKING)
me->exchange_order_id = native_state.exchange_order_id();
init_fix();
@@ -215,13 +215,6 @@ api::orderman::OrderDefinition
ICENativeOrder::on_init_from_exe_report(const ExecutionReport& er, const PreActivationOrderServices& os)
{
auto k = er.order_key;
auto nextid = me->services->gen_id();
if(k.value() < nextid)
{
k = OrderKey(nextid);
LOG(OrderMan, Error, "Updating recovered order id with newly generated id {}", k.value());
}
OrderRecord orecord;
orecord.set_key(k.value());
orecord.set_parent_key(null_order_key().value());
+1 -1
View File
@@ -2,7 +2,7 @@
import sys
f = open(sys.argv[1], 'rb+')
license = '5E50A1DACD94D7C1BECD316EEAE5AB02'
license = '1C9210495AA3C9C884B7A37A4C7AD8F9'
data = f.read()
match = data.find(license)
if match > 0:
@@ -0,0 +1,14 @@
<Project>
<PropertyGroup>
<CSharpAPIRoot>$(MSBuildThisFileDirectory)</CSharpAPIRoot>
<Configuration Condition="'$(configuration)'==''">Debug</Configuration>
</PropertyGroup>
<PropertyGroup Label="Output">
<BaseOutputPath>$(CSharpAPIRoot)\build\$(Configuration)</BaseOutputPath>
<OutputPath>$(BaseOutputPath)\bin</OutputPath>
<BaseIntermediateOutputPath>$(BaseOutputPath)\obj\$(MSBuildProjectName)</BaseIntermediateOutputPath>
<IntermediateOutputPath>$(BaseOutputPath)\obj\$(MSBuildProjectName)</IntermediateOutputPath>
<GenDir>$(BaseOutputPath)\gen\$(MSBuildProjectName)</GenDir>
</PropertyGroup>
</Project>
@@ -0,0 +1,25 @@

Microsoft Visual Studio Solution File, Format Version 12.00
# Visual Studio Version 16
VisualStudioVersion = 16.0.30104.148
MinimumVisualStudioVersion = 10.0.40219.1
Project("{9A19103F-16F7-4668-BE54-9A1E7A4F7556}") = "bts.api.csharp", "src/bts.api.csharp.csproj", "{2B9FECC6-16F4-4B85-92BF-62AAA2B7652D}"
EndProject
Global
GlobalSection(SolutionConfigurationPlatforms) = preSolution
Debug|Any CPU = Debug|Any CPU
Release|Any CPU = Release|Any CPU
EndGlobalSection
GlobalSection(ProjectConfigurationPlatforms) = postSolution
{2B9FECC6-16F4-4B85-92BF-62AAA2B7652D}.Debug|Any CPU.ActiveCfg = Debug|Any CPU
{2B9FECC6-16F4-4B85-92BF-62AAA2B7652D}.Debug|Any CPU.Build.0 = Debug|Any CPU
{2B9FECC6-16F4-4B85-92BF-62AAA2B7652D}.Release|Any CPU.ActiveCfg = Release|Any CPU
{2B9FECC6-16F4-4B85-92BF-62AAA2B7652D}.Release|Any CPU.Build.0 = Release|Any CPU
EndGlobalSection
GlobalSection(SolutionProperties) = preSolution
HideSolutionNode = FALSE
EndGlobalSection
GlobalSection(ExtensibilityGlobals) = postSolution
SolutionGuid = {FC6CE0CA-B0CB-44E3-8176-1D759D05AAD4}
EndGlobalSection
EndGlobal
@@ -0,0 +1,15 @@
<Project Sdk="Microsoft.NET.Sdk">
<PropertyGroup>
<TargetFrameworks>netcoreapp2.1;netcoreapp3.1</TargetFrameworks>
<OutputType>Exe</OutputType>
</PropertyGroup>
<ItemGroup>
<PackageReference Include="CommandLineParser" Version="2.8.0" />
<PackageReference Include="spark_sdk" Version="2.15.10" />
<PackageReference Include="System.Reactive" Version="4.4.1" />
<PackageReference Include="System.Reactive.Core" Version="4.4.1" />
<PackageReference Include="System.Reactive.Linq" Version="4.4.1" />
</ItemGroup>
</Project>
@@ -0,0 +1,23 @@
using System;
namespace bts.api.csharp {
readonly struct NameIDPair {
public NameIDPair(string name, uint id) {
this.name = name ?? throw new ArgumentNullException(nameof(name));
this.id = id;
}
public string name { get; }
public uint id { get; }
}
static class Users {
public static NameIDPair Default =>
new NameIDPair("bts", 1);
}
static class Accounts {
public static NameIDPair Default =>
new NameIDPair("TEST", 1);
}
}
@@ -0,0 +1,74 @@
using bts.api.core;
using bts.api.csharp.examples;
using bts.api.orderman;
using bts.api.position;
using CommandLine;
using System;
using System.Collections.Generic;
using System.Threading;
namespace bts.api.csharp {
class Program {
static void Main(string[] args) =>
Parser.Default.ParseArguments<Options>(args).WithParsed(_run);
static void _run(Options options) {
var exit_event = new ManualResetEvent(false);
SynchronizationContext.SetSynchronizationContext(new SynchronizationContext());
var service_context = new ServiceContext();
var login = service_context.login("bts", "");
login.Wait();
var examples = new List<IDisposable>();
if (options.subscribe_securities ||! options.any_enabled) {
examples.Add(new SecurityExample(service_context.locate<MarketDataService>()));
}
if (options.subscribe_positions || !options.any_enabled) {
examples.Add(new PositionExample(service_context.locate<PositionService>()));
}
if (options.subscribe_orders || !options.any_enabled) {
examples.Add(new OrderExample(service_context.locate<OrderService>()));
}
if (options.subscribe_book || !options.any_enabled) {
examples.Add(new BookExample(service_context.locate<MarketDataService>()));
}
if (options.send_orders || !options.any_enabled) {
examples.Add(SendOrderLoop.init_loop(service_context.locate<OrderService>(), service_context.locate<MarketDataService>()));
}
Console.CancelKeyPress += on_cancel_key_press;
exit_event.WaitOne();
foreach (var ex in examples)
ex.Dispose();
//
void on_cancel_key_press(object sender, ConsoleCancelEventArgs e) {
exit_event.Set();
e.Cancel = true;
}
}
class Options {
[Option("subscribe-securities", Required = false, HelpText = "run security-subscription example.")]
public bool subscribe_securities { get; set; }
[Option("subscribe-orders", Required = false, HelpText = "run order-subscription example.")]
public bool subscribe_orders { get; set; }
[Option("subscribe-positions", Required = false, HelpText = "run position-subscription example.")]
public bool subscribe_positions { get; set; }
[Option("subscribe-books", Required = false, HelpText = "run book-subscription example.")]
public bool subscribe_book { get; set; }
[Option("send-orders", Required = false, HelpText = "run send-orders example.")]
public bool send_orders { get; set; }
// if none are enabled, all options will be flipped on,
// so the user need not specify a single argument to see the examples run.
public bool any_enabled =>
subscribe_securities ||
subscribe_orders ||
subscribe_positions ||
subscribe_book ||
send_orders;
}
}
}
@@ -0,0 +1,60 @@
using bts.api.core;
using bts.api.csharp.utils;
using System;
using System.Collections.Generic;
using System.Diagnostics;
using System.Linq;
using System.Reactive.Linq;
using System.Threading;
using SecurityKey = System.UInt32;
namespace bts.api.csharp.examples {
/// <summary>
/// Uses the <see cref="MarketDataService"/> api to observe book updates
/// for security in the system, and organize them into a Dictionary.
/// </summary>
class BookExample : IDisposable {
readonly Dictionary<SecurityKey, BookEntryImmutable> _books = new Dictionary<SecurityKey, BookEntryImmutable>();
readonly IDisposable _subscription;
public BookExample(MarketDataService market_data_service) {
_subscription = market_data_service.subscribei_book()
.ObserveOn(SynchronizationContext.Current)
.Subscribe(_on_book_update);
}
public void Dispose() {
_subscription.Dispose();
}
void _on_book_update(Update<BookEntryImmutable, uint> update) {
foreach (var new_book in update.added) {
// of course, we shouldn't have entries for any books in update.added yet
Debug.Assert(!_books.ContainsKey(new_book.Key));
// display bbo in the console window
_print_book_info(new_book.Key, $"book received for the first time, bbo is: {BookUtils.fmt_bbo(new_book)}");
// add the new book to our map
_books.Add(new_book.Key, new_book);
}
foreach (var change in update.changes) {
// of course, the security key shouldn't change
Debug.Assert(change.Old.Key == change.New.Key);
// our book entry for this security should be identitical to change.Old
Debug.Assert(change.Old.Bid.SequenceEqual(_books[change.Old.Key].Bid));
Debug.Assert(change.Old.Ask.SequenceEqual(_books[change.Old.Key].Ask));
// display the current book in the console window
_print_book_info(change.New.Key, $"book changed, now bbo is: {BookUtils.fmt_bbo(change.New)}");
// update our map with the changed book
_books[change.New.Key] = change.New;
}
foreach (var old_book in update.removed) {
// of course, we should have entries for all books in update.removed
Debug.Assert(_books.Remove(old_book.Key));
}
}
static void _print_book_info(SecurityKey key, string message) {
Console.WriteLine($"Security {key}: {message}.");
}
}
}
@@ -0,0 +1,139 @@
using bts.api.core;
using bts.api.orderman;
using System;
using System.Collections.Generic;
using System.Diagnostics;
using System.Linq;
using System.Reactive.Linq;
using System.Threading;
using AccountKey = System.UInt32;
using OrderKey = System.UInt32;
namespace bts.api.csharp.examples {
/// <summary>
/// Uses the <see cref="OrderService"/> to observe order updates,
/// and group them by account.
/// </summary>
class OrderExample : IDisposable {
readonly Dictionary<AccountKey, Dictionary<OrderKey, OrderRecordImmutable>> _data = new Dictionary<AccountKey, Dictionary<AccountKey, OrderRecordImmutable>>();
IDisposable _subscription;
public OrderExample(OrderService order_service) {
/// 'OrderService' has 2 methods which can be used to subscribe to order updates.
/// -------------------------------------------------------------------------------------
/// 1) <see cref="OrderService.subscribe_orders(string)"/>.
/// 2) <see cref="OrderService.subscribei_orders(string)"/>.
/// This method (no. 2) is typically preferrable because the data it provides is immutable.
/// --------------------------------------------------------------------------------------
_subscription = order_service.subscribei_orders()
// the 'ObserveOn' call below ensures that the
// callback will be invoked this thread.
// Be sure to do this if you don't want to worry
// about multi-threading issues (locking, etc).
.ObserveOn(SynchronizationContext.Current)
.Subscribe(_on_update);
}
public event Action<AccountKey> account_orders_changed;
public void Dispose() {
_subscription.Dispose();
}
public IEnumerable<OrderRecordImmutable> get_account_orders(AccountKey account) {
if (_data.TryGetValue(account, out var account_orders)) {
return account_orders.Values;
}
return Enumerable.Empty<OrderRecordImmutable>();
}
void _on_order_added(OrderRecordImmutable new_order) {
if (!_data.TryGetValue(new_order.Def.AccountId, out var account_orders)) {
// this is the first order for this account.
// initialize the account orders dictionary, and add it to our data.
account_orders = new Dictionary<AccountKey, OrderRecordImmutable>();
_data.Add(new_order.Def.AccountId, account_orders);
}
// now add the order to account_orders
account_orders.Add(new_order.Key, new_order);
}
void _on_order_changed(Change<OrderRecordImmutable> change) {
// ch.New and ch.Old have the same key.
Debug.Assert(change.New.Key == change.Old.Key);
var key = change.New.Key;
// react to a changed order
if (change.New.State.FilledQuantity != change.Old.State.FilledQuantity) {
// Display new fills in the console window.
var num_new_fills = change.New.State.FilledQuantity - change.Old.State.FilledQuantity;
_print_order_info(key, $"received {num_new_fills} new fills.");
// Be mindful that orders can be overfilled.
if (change.New.State.FilledQuantity > change.New.State.Quantity) {
// Display overfills in the console window.
var num_over_fills = change.New.State.FilledQuantity - change.New.State.Quantity;
_print_order_info(key, $"overfilled by {num_over_fills}");
} else {
// Display working qty in the console window.
var working_qty = change.New.State.Quantity - change.New.State.FilledQuantity;
_print_order_info(key, $"still working {working_qty}.");
}
}
// Display order status changes in the console window.
if (change.New.State.Status != change.Old.State.Status) {
_print_order_info(key, $"status changed from {change.Old.State.Status} to {change.New.State.Status}.");
}
// Account will not change, so our dictionary will definitely have a key for this account.
Debug.Assert(_data.ContainsKey(change.New.Def.AccountId));
var account_orders = _data[change.New.Def.AccountId];
// The value for this key in account_orders should equal ch.Old.
Debug.Assert(account_orders[key].Equals(change.Old));
// update account orders with the changed order.
account_orders[key] = change.New;
}
void _on_order_removed(OrderRecordImmutable old_val) {
// An entry for this order should be present in our data,
// as it is in the 'removed' items.
// Assert this is the case to illustrate the point.
Debug.Assert(_data.ContainsKey(old_val.Def.AccountId));
var account_orders = _data[old_val.Def.AccountId];
// the removed value should match the one currently in our data.
// Assert this is the case, then remove the order.
Debug.Assert(account_orders[old_val.Key].Equals(old_val));
account_orders.Remove(old_val.Key);
_print_order_info(old_val.Key, "has been removed.");
}
void _on_update(Update<OrderRecordImmutable, OrderKey> update) {
// record which accounts experienced an order update, then
// at the end of this method, fire the account_orders_changed event for each
var accounts_with_order_updates = new HashSet<AccountKey>();
foreach (OrderRecordImmutable new_order in update.added) {
_on_order_added(new_order);
accounts_with_order_updates.Add(new_order.Def.AccountId);
}
foreach (Change<OrderRecordImmutable> change in update.changes) {
_on_order_changed(change);
accounts_with_order_updates.Add(change.New.Def.AccountId);
}
foreach (OrderRecordImmutable old_order in update.removed) {
_on_order_removed(old_order);
accounts_with_order_updates.Add(old_order.Def.AccountId);
}
// display all accounts with order updates in the Console window.
Console.WriteLine("The following accounts experienced order changes: ");
foreach (var account in accounts_with_order_updates) {
Console.WriteLine("\n\t" + account);
}
// lastly, fire the account_orders_changed event for each account experienced an order update.
foreach (var account in accounts_with_order_updates) {
account_orders_changed?.Invoke(account);
}
}
void _print_order_info(OrderKey order_key, string message) {
Console.WriteLine($"Order {order_key}: {message}.");
}
}
}
@@ -0,0 +1,125 @@
using bts.api.core;
using bts.api.position;
using System;
using System.Collections.Generic;
using System.Diagnostics;
using System.Reactive.Linq;
using System.Threading;
namespace bts.api.csharp.examples {
/// <summary>
/// A pair of security, and account id,
/// which uniquely identifies each PositionUnit.
/// </summary>
readonly struct PositionKey {
public PositionKey(uint security_id, uint account_id) {
this.security_id = security_id;
this.account_id = account_id;
}
public uint security_id { get; }
public uint account_id { get; }
public static PositionKey from_position(PositionUnitImmutable p) =>
new PositionKey(p.SecurityId, p.AccountId);
public override string ToString() =>
$"Sec {security_id}, Acc {account_id}";
}
/// <summary>
/// Uses the <see cref="PositionService"/> api to monitor positions
/// for every account/security pair, and organize them into a Dictionary.
/// </summary>
class PositionExample : IDisposable {
readonly Dictionary<PositionKey, PositionUnitImmutable> _data = new Dictionary<PositionKey, PositionUnitImmutable>();
IDisposable _subscription;
public PositionExample(PositionService position_service) {
/// 'PositionService' has 2 methods which can be used to subscribe to position updates.
/// -------------------------------------------------------------------------------------
/// 1) <see cref="PositionService.subscribe_position_data(string)"/>.
/// 2) <see cref="PositionService.subscribei_position_data(string)"/>.
/// This method (no. 2) is typically preferrable because the data it provides is immutable.
/// --------------------------------------------------------------------------------------
_subscription = position_service.subscribei_position_data()
// the 'ObserveOn' call below ensures that the
// callback will be invoked this thread.
// Be sure to do this if you don't want to worry
// about multi-threading issues (locking, etc).
.ObserveOn(SynchronizationContext.Current)
.Subscribe(_on_update);
}
public event Action data_changed;
public IReadOnlyDictionary<PositionKey, PositionUnitImmutable> data => _data;
public void Dispose() =>
_subscription.Dispose();
void _on_position_added(PositionUnitImmutable new_val) {
var k = PositionKey.from_position(new_val);
// this entry should NOT be present in our _data, as it is in the 'added' items.
// Assert this is the case to illustrate the point.
Debug.Assert(!_data.ContainsKey(k));
_print_position_info(k, $"initial position received. Day: Long {new_val.DayLongPos}, Short {new_val.DayShortPos}, Net {new_val.DayLongPos - new_val.DayShortPos}.");
// add the new position unit to _data
_data.Add(k, new_val);
}
void _on_position_changed(Change<PositionUnitImmutable> change) {
var k = PositionKey.from_position(change.New);
// ch.New and ch.Old have the same key (i.e., the Account/Security pair),
Debug.Assert(change.New.AccountId == change.Old.AccountId);
Debug.Assert(change.New.SecurityId == change.Old.SecurityId);
// of course, the value for this key in our dictionary should equal ch.Old.
Debug.Assert(_data[k].Equals(change.Old));
// Display changes to the day position in the console window.
// 1) check if the day long changed
if (change.New.DayLongPos != change.Old.DayLongPos) {
Console.WriteLine($"[{k}] day long changed from {change.Old.DayLongPos} to {change.New.DayLongPos}.");
}
// 2) check if day short changed
if (change.New.DayShortPos != change.Old.DayShortPos) {
Console.WriteLine($"[{k}] day short changed from {change.Old.DayShortPos} to {change.New.DayShortPos}.");
}
// 3) check if net day position changed
var new_net_day_pos = change.New.DayLongPos - change.New.DayShortPos;
var old_net_day_pos = change.Old.DayLongPos - change.Old.DayShortPos;
if (new_net_day_pos != old_net_day_pos) {
Console.WriteLine($"[{k}] day net changed from {old_net_day_pos} to {new_net_day_pos}.");
}
// update _data with the changed position.
_data[k] = change.New;
}
void _on_position_removed(PositionUnitImmutable old_val) {
var k = PositionKey.from_position(old_val);
// this entry should be present in our _data, as it is in the 'removed' items.
// Assert this is the case to illustrate the point.
Debug.Assert(_data.ContainsKey(k));
// this should match our data. Assert this is the case.
Debug.Assert(_data[k].Equals(old_val));
_data.Remove(k);
Console.WriteLine($"[{k}] position has been removed.");
}
void _on_update(Update<PositionUnitImmutable, int> update) {
foreach (PositionUnitImmutable p in update.added) {
_on_position_added(p);
}
foreach (Change<PositionUnitImmutable> ch in update.changes) {
_on_position_changed(ch);
}
foreach (PositionUnitImmutable p in update.removed) {
_on_position_removed(p);
}
data_changed?.Invoke();
}
void _print_position_info(PositionKey position_key, string message) {
Console.WriteLine($"Position {position_key}: {message}.");
}
}
}
@@ -0,0 +1,48 @@
using bts.api.core;
using System;
using System.Collections.Generic;
using System.Diagnostics;
using System.Linq;
using System.Reactive.Linq;
using System.Threading;
using SecurityKey = System.UInt32;
namespace bts.api.csharp.examples {
/// <summary>
/// Uses the <see cref="MarketDataService"/> api to observe the
/// state of securities in the system.
/// </summary>
class SecurityExample : IDisposable {
readonly IDisposable _subscription;
readonly Dictionary<SecurityKey, SecurityImmutable> _securities = new Dictionary<SecurityKey, SecurityImmutable>();
public SecurityExample(MarketDataService market_data_service) {
_subscription = market_data_service.subscribei_securities()
.ObserveOn(SynchronizationContext.Current)
.Subscribe(_on_securities_update);
}
public void Dispose() {
_subscription.Dispose();
}
void _on_securities_update(Update<SecurityImmutable, uint> update) {
foreach (var new_security in update.added) {
// of course, we shouldn't have entries for any books in update.added yet
Debug.Assert(!_securities.ContainsKey(new_security.Id));
// display bbo in the console window
Console.WriteLine($"received new security: {new_security}.");
// add the new security to our map
_securities.Add(new_security.Id, new_security);
}
// As you may have noticed, all of the subcribe methods in the api
// return an IObservable<Update<T>>. It is worth noting that for security updates,
// 'changes' will always be empty.
Debug.Assert(!update.changes.Any());
foreach (var old_security in update.removed) {
// of course, we should have entries for all books in update.removed
Debug.Assert(_securities.Remove(old_security.Id));
}
}
}
}
@@ -0,0 +1,110 @@
using bts.api.csharp.utils;
using bts.api.orderman;
using System;
using System.Threading.Tasks;
namespace bts.api.csharp.examples {
static class OrderTemplates {
public static CustomOrderDefinition limit() => new CustomOrderDefinition { Limit = new LimitOrderDefinition() };
public static CustomOrderDefinition market() => new CustomOrderDefinition { Market = new MarketOrderDefinition() };
public static CustomOrderDefinition iceberg(double show_quantity) => iceberg(show_quantity, limit());
public static CustomOrderDefinition iceberg(double show_quantity, CustomOrderDefinition child) =>
new CustomOrderDefinition {
Iceberg = new IcebergOrderDefinition {
ShowQuantity = show_quantity,
Child = child
}
};
}
/// <summary>
/// Exemplifies how the <see cref="OrderService"/> api may be used to
/// send several common order types (limit, market, and iceberg).
/// </summary>
class SendOrderModel {
readonly OrderService _service;
public SendOrderModel(OrderService service) {
_service = service;
}
public OrderDefinition create_order_definition(NameIDPair user, NameIDPair account, uint security_key, CustomOrderDefinition custom_def) {
return new OrderDefinition {
Account = account.name,
AccountId = account.id,
User = user.name,
UserId = user.id,
SecurityKey = security_key,
CustomDef = custom_def
};
}
/// <summary>
/// Sends a limit order (asynchronous).
/// </summary>
/// <returns>The order id if the submission was successful, otherwise null.</returns>
public Task<uint?> send_limit_order_async(NameIDPair user, NameIDPair account, uint security_key, uint quantity, double price) {
return send_order_async(user, account, security_key, OrderTemplates.limit(), quantity, price);
}
/// <summary>
/// Sends a market order (asynchronous). Note no price parameter is required for market orders.
/// </summary>
/// <returns>The order id if the submission was successful, otherwise null.</returns>
public Task<uint?> send_market_order_async(NameIDPair user, NameIDPair account, uint security_key, uint quantity) {
return send_order_async(user, account, security_key, OrderTemplates.market(), quantity, 0.0);
}
/// <summary>
/// Sends an iceberg of limit orders (asynchronous).
/// </summary>
/// <returns>The order id if the submission was successful, otherwise null.</returns>
public Task<uint?> send_iceberg_order_async(NameIDPair user, NameIDPair account, uint security_key, uint quantity, double price, double show_quantity) {
return send_order_async(user, account, security_key, OrderTemplates.iceberg(show_quantity), quantity, price);
}
/// <summary>
/// Sends an order of the type specified by <paramref name="custom_order_definition"/> (asynchronous).
/// </summary>
/// <returns>The order id if the submission was successful, otherwise null.</returns>
public async Task<uint?> send_order_async(NameIDPair user, NameIDPair account, uint security_key, CustomOrderDefinition custom_order_definition, uint quantity, double price) {
Console.WriteLine($"submitting order for user ({user}), account ({account}): {OrderUtils.fmt_order(quantity, price, custom_order_definition)}.");
var reply = await _service.create_order_async(new Create {
Quantity = quantity,
Price = price,
NewOrder = create_order_definition(user, account, security_key, custom_order_definition)
});
if (reply.success) {
Console.WriteLine($"received ack that order has been submitted. Order id is {reply.value.OrderKey}.");
return reply.value.OrderKey;
} else {
Console.WriteLine($"order submission was unsuccessful: [{reply.value.ErrorCode}] {reply.value.Msg}.");
return null;
}
}
public void send_order(NameIDPair user, NameIDPair account, uint security_key, CustomOrderDefinition custom_order_definition, uint quantity, double price) {
/// Note, the thread will be blocked until a response is received from the server.
/// For this reason, <see cref="OrderService.create_order_async(Create)"/> is usually preferred.
/// An example of how to use that method is provided in <see cref="send_order_async(NameIDPair, NameIDPair, CustomOrderDefinition, uint, double)"/>.
Console.WriteLine($"Creating order {OrderUtils.fmt_order(quantity, price, custom_order_definition)}");
var response = _service.create_order(new Create {
Quantity = quantity,
Price = price,
NewOrder = create_order_definition(user, account, security_key, custom_order_definition)
});
switch (response.ErrorCode) {
case OrderError.Ok:
_print_order_info(response.OrderKey, "successfully created.");
break;
default:
Console.WriteLine($"Failed to create order: [{response.ErrorCode}] {response.Msg}.");
break;
}
}
static void _print_order_info(uint order_key, string message) {
Console.WriteLine($"Order {order_key}: {message}.");
}
}
}
@@ -0,0 +1,100 @@
using bts.api.core;
using bts.api.orderman;
using mbts;
using System;
using System.Linq;
using System.Reactive.Linq;
using System.Threading;
using System.Threading.Tasks;
namespace bts.api.csharp.examples {
/// <summary>
/// The code in this example is a bit more advanced than the others,
/// as it is designed to send orders, asynchronously, in a continuous loop.
/// For straightforward examples of how to send orders with the api,
/// check out <see cref="SendOrderModel"/>.
/// </summary>
static class SendOrderLoop {
/// <summary>
/// As a security key is required to send an order, this method
/// uses the <see cref="MarketDataService"/> to observe the securities stream,
/// then on the first update, initializes the send-order-loop <see cref="LoopImpl"/>
/// with one of the newly received security keys.
/// </summary>
public static IDisposable init_loop(OrderService order_service, MarketDataService market_data_service) {
// If you need to familiarize yourself with the IObservable pattern, check out the official docs:
// https://docs.microsoft.com/en-us/dotnet/api/system.iobservable-1?view=netcore-3.1
var single_security_stream = market_data_service.subscribei_securities()
.Where(u => u.all.Any())
.Take(1)
.Select(u => u.all.FirstOrDefault());
return init_loop(single_security_stream, create_loop);
IDisposable create_loop(SecurityImmutable sec) {
return new LoopImpl(order_service, sec.Id);
}
}
/// <summary>
/// Observes the security stream and creates a new send-order-loop
/// whenever a new security arrives. The previous send-order-loop
/// is disposed when the next security arrives, so only one send-order-loop
/// shall be active at a time.
/// </summary>
/// <param name="security">The security stream used to initialize send-order-loops.</param>
/// <returns>An IDisposable that unsubsribes from the securities stream, and disposes the active send-order-loop.</returns>
public static IDisposable init_loop(IObservable<SecurityImmutable> security, Func<SecurityImmutable, IDisposable> factory) {
IDisposable active_loop = null;
var security_sub = security.Subscribe(s =>
Interlocked.Exchange(ref active_loop, factory(s))?.Dispose());
return Disposable.Create(dispose);
void dispose() {
security_sub.Dispose();
active_loop?.Dispose();
}
}
class LoopImpl : IDisposable {
bool _is_disposed;
public LoopImpl(OrderService service, uint security_key)
: this(service, Users.Default, Accounts.Default, security_key, 10, TimeSpan.FromSeconds(3)) { }
public LoopImpl(OrderService service, NameIDPair user, NameIDPair account, uint security_key, int max_orders, TimeSpan delay_between_orders) {
var model = new SendOrderModel(service);
send_orders_continuously();
async void send_orders_continuously() {
// Periodically send an order with one of the CustomOrderDefinitions below.
// If you are unfamiliar with async/await, this will also serve as a simple example
// of how those keywords may be used. However, there is no substite for the official docs:
// https://docs.microsoft.com/en-us/dotnet/csharp/programming-guide/concepts/async/
var order_templates = new CustomOrderDefinitionImmutable[] {
new CustomOrderDefinitionImmutable(OrderTemplates.limit()),
new CustomOrderDefinitionImmutable(OrderTemplates.market()),
new CustomOrderDefinitionImmutable(OrderTemplates.iceberg(5))
};
for (int num_orders_sent = 0; num_orders_sent < max_orders && !_is_disposed; num_orders_sent++) {
int template_index = num_orders_sent % order_templates.Length;
CustomOrderDefinitionImmutable templatei = order_templates[template_index];
// The order templates we created are immutable, however the api uses the mutable form.
// Not to worry tho, there is a nifty method called 'CloneToMutable.'
// Note that all of the non-primitive immutable parameters in the api methods have a 'CloneToMutable' method,
// it is not unique to CustomOrderDefinitionImmutable.
CustomOrderDefinition template = templatei.CloneToMutable();
await model.send_order_async(user, account, security_key, template, 12, 100);
// pause for a moment before sending the next order
await Task.Delay(delay_between_orders);
}
}
}
public void Dispose() {
// flip _is_disposed to true, so the 'send_orders_continuously' loop
// knows it's time to stop.
_is_disposed = true;
}
}
}
}
@@ -0,0 +1,52 @@
using System.Collections.Generic;
namespace bts.api.csharp.utils {
static class BookUtils {
/// <summary>
/// Get a display string of the bbo.
/// </summary>
public static string fmt_bbo(BookEntryImmutable book) {
return fmt_bbo(get_bbo(book));
}
/// <summary>
/// Get a display string of the bbo.
/// </summary>
public static string fmt_bbo((PriceEntryImmutable? bid, PriceEntryImmutable? ask) bbo) {
return $"{fmt_price_entry(bbo.bid)} <--> {fmt_price_entry(bbo.ask)}";
}
/// <summary>
/// Get a display string of a <see cref="PriceEntryImmutable"/>.
/// </summary>
public static string fmt_price_entry(PriceEntryImmutable? price_entry) {
return price_entry.HasValue ? fmt_price_entry(price_entry.Value) : "N/A";
}
/// <summary>
/// Get a display string of a <see cref="PriceEntryImmutable"/>.
/// </summary>
public static string fmt_price_entry(PriceEntryImmutable price_entry) {
return $"{price_entry}";
}
/// <summary>
/// Get a display string of the bbo.
/// </summary>
public static (PriceEntryImmutable? best_bid, PriceEntryImmutable? best_ask) get_bbo(BookEntryImmutable book) {
return (get_top_of_book(book.Bid), get_top_of_book(book.Ask));
}
/// <summary>
/// Returns the first element in <paramref name="depth"/>,
/// as this represents the top price level
/// of a particular side of the market (bid or ask).
/// </summary>
public static PriceEntryImmutable? get_top_of_book(IEnumerable<PriceEntryImmutable> depth) {
foreach (var d in depth)
return d;
// there are no elements (the book is empty for this side), so return null.
return null;
}
}
}
@@ -0,0 +1,9 @@
using bts.api.orderman;
namespace bts.api.csharp.utils {
static class OrderUtils {
public static string fmt_order(uint quantity, double price, CustomOrderDefinition custom_order_definition) {
return $"{quantity} @ {price}: {custom_order_definition}";
}
}
}
@@ -0,0 +1,8 @@
using System;
using System.Collections.Generic;
using System.Text;
namespace bts.api.csharp.utils {
static class SecurityUtils {
}
}
+1 -1
View File
@@ -1 +1 @@
set(sources algo/AlgoDefinitionServiceServer.cpp;cmds/AdminReport.cpp;cmds/AutoCert.cpp;cmds/Benchmark.cpp;cmds/CmdRegistry.cpp;cmds/ConfigCheck.cpp;cmds/FIXSim.cpp;cmds/Help.cpp;cmds/KeyCode.cpp;cmds/Md.cpp;cmds/ParseHistoricalFIX.cpp;cmds/PrintHedgeOrders.cpp;cmds/QuickTest.cpp;cmds/Run.cpp;cmds/RunSim.cpp;cmds/Span.cpp;cmds/Test.cpp;cmds/TestCeloxica.cpp;cmds/Web.cpp;dspark/mirage/quick_queue/quick_queue.cpp;exchange_sim/ExchangeSim.cpp;exchange_sim/ExchangeSimApplication.cpp;exchange_sim/book/Book.cpp;exchange_sim/book/ExchangeSim.proto;exchange_sim/book/Order.cpp;exchange_sim/book/OrderMatcher.cpp;exchange_sim/book/book_transform.cpp;exchange_sim/tests/test_book_transform.cpp;http/ApiGateway.cpp;http/MultipartFormDecoder.cpp;http/WebServer.cpp;http/tests/MultiPartFormTests.cpp;main.cpp;md/ChannelVolume.cpp;md/MarketDataAuxiliaryServiceServer.cpp;md/VolumeAtPriceState.cpp;md/platforms/IMDPlatform.cpp;md/platforms/celoxica/CXListener.cpp;md/platforms/celoxica/CXMain.cpp;md/platforms/celoxica/tests/cx_tests.cpp;md/platforms/ice_onixs/ICEListener.cpp;md/platforms/ice_onixs/ICEMain.cpp;md/platforms/ice_onixs/tests/ice_tests.cpp;md/platforms/mdp3_onixs/MDP3Listener.cpp;md/platforms/mdp3_onixs/MDP3Main.cpp;md/platforms/mdp3_onixs/tests/mdp3_tests.cpp;md/run_md.cpp;position/IPositionObserver.cpp;position/MarginServiceCore.cpp;position/MarginServiceServer.cpp;position/PositionAggregator.cpp;position/PositionMap.cpp;position/PositionServicePNLHelper.cpp;position/PositionServiceServer.cpp;position/import/BasePositionServiceServer.cpp;position/import/DownloadCommonStateMachine.cpp;position/import/DownloadWindow.cpp;position/import/MoneyFileServiceServer.cpp;position/import/parsing/gmi_parser.cpp;position/import/parsing/money_parser.cpp;position/import/parsing/parser_common.cpp;position/tests/PositionTests.cpp;position/tests/position_tests_internal.cpp;subprocess/SubProcessRunner.cpp;support/ErrorReportService.cpp;support/ShellLatencyServer.cpp;user/AdminServiceServer.cpp;user/AuthServiceServer.cpp;user/tests/admin_service_tests.cpp)
set(sources algo/AlgoDefinitionServiceServer.cpp;cmds/AdminReport.cpp;cmds/AutoCert.cpp;cmds/Benchmark.cpp;cmds/CmdRegistry.cpp;cmds/ConfigCheck.cpp;cmds/FIXSim.cpp;cmds/Help.cpp;cmds/KeyCode.cpp;cmds/Md.cpp;cmds/ParseHistoricalFIX.cpp;cmds/PrintHedgeOrders.cpp;cmds/QuickTest.cpp;cmds/Run.cpp;cmds/RunSim.cpp;cmds/Span.cpp;cmds/Test.cpp;cmds/Web.cpp;dspark/mirage/quick_queue/quick_queue.cpp;exchange_sim/ExchangeSim.cpp;exchange_sim/ExchangeSimApplication.cpp;exchange_sim/book/Book.cpp;exchange_sim/book/ExchangeSim.proto;exchange_sim/book/Order.cpp;exchange_sim/book/OrderMatcher.cpp;exchange_sim/book/book_transform.cpp;exchange_sim/tests/test_book_transform.cpp;http/ApiGateway.cpp;http/MultipartFormDecoder.cpp;http/WebServer.cpp;http/tests/MultiPartFormTests.cpp;main.cpp;md/ChannelVolume.cpp;md/MarketDataAuxiliaryServiceServer.cpp;md/VolumeAtPriceState.cpp;md/platforms/IMDPlatform.cpp;md/platforms/ice_onixs/ICEListener.cpp;md/platforms/ice_onixs/ICEMain.cpp;md/platforms/ice_onixs/tests/ice_tests.cpp;md/platforms/mdp3_onixs/MDP3Listener.cpp;md/platforms/mdp3_onixs/MDP3Main.cpp;md/platforms/mdp3_onixs/tests/mdp3_tests.cpp;md/run_md.cpp;position/IPositionObserver.cpp;position/MarginServiceCore.cpp;position/MarginServiceServer.cpp;position/PositionAggregator.cpp;position/PositionMap.cpp;position/PositionServicePNLHelper.cpp;position/PositionServiceServer.cpp;position/import/BasePositionServiceServer.cpp;position/import/DownloadCommonStateMachine.cpp;position/import/DownloadWindow.cpp;position/import/MoneyFileServiceServer.cpp;position/import/parsing/gmi_parser.cpp;position/import/parsing/money_parser.cpp;position/import/parsing/parser_common.cpp;position/tests/PositionTests.cpp;position/tests/position_tests_internal.cpp;subprocess/SubProcessRunner.cpp;support/ErrorReportService.cpp;support/ShellLatencyServer.cpp;user/AdminServiceServer.cpp;user/AuthServiceServer.cpp;user/tests/admin_service_tests.cpp)
-26
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@@ -1,26 +0,0 @@
#include "TestCeloxica.h"
#include "server/sparkd/md/platforms/celoxica/CXMain.h"
#include "server/sparkd/md/platforms/celoxica/CXListener.h"
namespace bts
{
namespace cmd
{
int TestCeloxica::execute(const std::vector<std::string>&)
{
bts::md::CXMain main;
main.initialize();
return 0;
}
std::string TestCeloxica::help()
{
return "\t test BTS <> Celoxica integration \n";
}
}
}
-20
View File
@@ -1,20 +0,0 @@
#pragma once
#include "ICmd.h"
namespace bts
{
namespace cmd
{
class TestCeloxica : public ICmd
{
public:
int execute(std::vector<std::string> const &args);
std::string help();
};
}
}
-2
View File
@@ -19,7 +19,6 @@
#include "server/sparkd/cmds/RunSim.h"
#include "server/sparkd/cmds/Span.h"
#include "server/sparkd/cmds/Test.h"
#include "server/sparkd/cmds/TestCeloxica.h"
#include "server/sparkd/cmds/Web.h"
using namespace bts;
@@ -32,7 +31,6 @@ int main(int argc, char **argv) {
REGISTER(Help);
REGISTER(Run);
REGISTER(Md);
REGISTER(TestCeloxica);
REGISTER(ConfigCheck);
REGISTER(KeyCode);
REGISTER(RunSim);
@@ -1,88 +0,0 @@
#include "CXListener.h"
#include "lib/utils/defer.h"
#include "lib/utils/CallTimer.h"
#include "lib/utils/helper_macros.h"
#include <tuple>
namespace celoxica { namespace gmac {} }
#include "celoxica.h"
using namespace celoxica::gmac;
using namespace std;
namespace bts
{
namespace md
{
CXListener::CXListener(CXSecurityIndex& index, MDProducer& producer, SecurityIDRecorder& recorder,
co2::SettlementRecorder& settles, std::vector<MDProducerChannel> channels,
utils::Dispatcher& disp) :
_index(index),
_producer(producer),
_packet_arrived(),
_latest_sequence(0),
_security_recorder(recorder),
_settlement_recorder(settles),
_symbol_filter_storage(),
_channels(channels),
_background(disp),
_security_recorder_input_timer(disp, 900, [&]() { dequeue_securities(); }),
_security_recorder_input(),
_concurrency_monitor(0),
_book_updates()
{
_book_updates.reserve(32);
_security_recorder_input_timer.start();
}
CXListener::~CXListener()
{
_security_recorder_input_timer.stop();
}
void CXListener::add_software_filter(const std::string& symbol)
{
_symbol_filter_storage.push_back(symbol);
//_symbol_filter.clear();
//for (const auto& str : _symbol_filter_storage) {
// _symbol_filter.insert(onixs::StringRef(str));
//}
}
void CXListener::on_GMACMessageOrderDepthV3(const GMACMessageOrderDepthV3*)
{
}
void CXListener::dequeue_securities()
{
}
void CXListener::flush_books()
{
// This is called at the end of the packet
// Write all book updates to shared memory and reset for the next packet
//for (auto& entry : _book_updates) {
// // bbo first
// uint16_t sequence = (_latest_sequence & 0xFFFF);
// entry.handle.update_bbo(_packet_arrived, entry.bids[0], entry.asks[0], sequence);
// // Perf Note: the remainder of the book update could be done (carefully) with a memcpy
// for (size_t x = 1; x < COCONUT_MAX_DEPTH; ++x) {
// entry.handle.update_bid(_packet_arrived, entry.bids[x], x);
// entry.handle.update_ask(_packet_arrived, entry.asks[x], x);
// }
//}
//// Reset pending updates
//_book_updates.clear();
}
}
md::CXListener::BookData::BookData(MDProducerHandle & handle) : handle(handle), bids(), asks()
{
}
}//namespace
@@ -1,61 +0,0 @@
#pragma once
#include "lib/utils/bts_no_copy.h"
#include "lib/md/coconut2.h"
#include "lib/utils/Dispatcher.h"
#include "server/sparkd/md/platforms/celoxica/CXSecurityIndex.h"
#include <tbb/concurrent_queue.h>
#include <vector>
#include <atomic>
namespace bts
{
namespace md
{
struct GMACMessageOrderDepthV3;
class CXListener
{
public:
CXListener(CXSecurityIndex&, MDProducer&, SecurityIDRecorder&,
co2::SettlementRecorder&, std::vector<MDProducerChannel>, utils::Dispatcher&);
~CXListener();
void add_software_filter(const std::string& symbol);
void on_GMACMessageOrderDepthV3(const GMACMessageOrderDepthV3*);
private:
void flush_books();
void dequeue_securities();
private:
BTS_NO_COPY(CXListener);
CXSecurityIndex& _index;
MDProducer& _producer;
utils::TimeStamp _packet_arrived;
uint64_t _latest_sequence;
SecurityIDRecorder& _security_recorder;
co2::SettlementRecorder& _settlement_recorder;
std::vector<std::string> _symbol_filter_storage;
std::vector<MDProducerChannel> _channels;
utils::Dispatcher& _background;
utils::DispatcherTimer _security_recorder_input_timer;
tbb::concurrent_queue<CXSecurityData*> _security_recorder_input;
std::atomic<int> _concurrency_monitor;
struct BookData {
BookData(MDProducerHandle& handle);
MDProducerHandle handle;
PriceSize bids[10];
PriceSize asks[10];
};
std::vector<BookData> _book_updates;
};
}}//namespace
@@ -1,83 +0,0 @@
#include "CXMain.h"
#include "lib/md/cme/MDP3Utils.h"
#include "lib/config/config.h"
#include "lib/md/coconut2.h"
#include "lib/os/os.h"
#include "lib/utils/Dispatcher.h"
#include "lib/utils/proto_helper.h"
#include "lib/utils/helper_macros.h"
#include "lib/config/protos/MarketData.pb.h"
#include "lib/config/protos/system.pb.h"
namespace celoxica { namespace gmac {} }
#include "celoxica.h"
extern "C"
{
#define __retcode_start__
#define __retcode_end__
}
#include <memory>
#include <set>
using namespace std;
using namespace celoxica::gmac;
namespace bts
{
namespace md
{
void run_cx_server(UserSymbol* psyms, size_t symcount)
{
CXMain main;
vector<UserSymbol> symbols;
for(size_t x = 0; x < symcount; ++x) {
symbols.push_back(psyms[x]);
}
main.run(symbols);
}
CXMain::CXMain() :
_producer(co2::PLATFORM_CELOXICA),
_security_recorder({}),
_settlement_recorder(co2::PLATFORM_CELOXICA),
_listeners()
{
}
CXMain::~CXMain() {}
void CXMain::initialize()
{
//celoxica::gmac::GMACIdentify(stderr);
//const auto& options = config::get<CMEOptions>();
}
void CXMain::run(std::vector<UserSymbol>& symbols)
{
bts::md::await_cme_config();
initialize();
parse_channels(symbols);
// const auto& channels = parse_channels(symbols);
}
std::unique_ptr<CXListener> CXMain::prepare_listener(const std::string& channel, const CMEChannel&)
{
UNUSED(channel);
return std::unique_ptr<CXListener>();
}
}
}
@@ -1,49 +0,0 @@
#pragma once
#include "lib/utils/bts_no_copy.h"
#include "lib/md/coconut2.h"
#include "server/sparkd/md/platforms/celoxica/CXListener.h"
#include "server/sparkd/md/platforms/celoxica/CXSecurityIndex.h"
#include <memory>
#include <vector>
#include <map>
namespace bts
{
namespace md
{
void run_cx_server(UserSymbol* sym, size_t symcount);
struct CMEChannel;
class CXListener;
/*
* The CX provider is very simple. 1 CXMain maps to 1 Celoxica Queue, which maps to 1 thread and one bound CPU.
* Control starts in CXMain which starts the thread, binds to a cpu, provides a (currently unused) list of all the symbols we need
* prepare_handler configures an exchange channel to be owned by this queue, and prepare_listener sets up thing that sees
* all callbacks which maps the exchange id to the MDProducerHandle and writes to shared mem
*/
class CXMain
{
public:
CXMain();
~CXMain();
void run(std::vector<UserSymbol>&); //call initialize, start the pump
void initialize(); //set up channels, etc
std::unique_ptr<CXListener> prepare_listener(const std::string& channel, const CMEChannel&);
private:
BTS_NO_COPY(CXMain);
CXSecurityIndex _index;
MDProducer _producer;
SecurityIDRecorder _security_recorder;
co2::SettlementRecorder _settlement_recorder;
std::vector<std::unique_ptr<CXListener>> _listeners;
};
}}//namespace
@@ -1,21 +0,0 @@
#pragma once
#include "lib/md/SecurityIndex.h"
#include <string>
namespace bts
{
namespace md
{
struct CXSecurityData
{
CXSecurityData(uint32_t id, MDProducerHandle& h) : id(id), handle(h) {}
uint32_t id; // exchange id
MDProducerHandle handle;
};
using CXSecurityIndex = ConcurrentSecurityIndex<uint32_t, CXSecurityData>;
}}//namespace
@@ -1,15 +0,0 @@
#pragma once
namespace celoxica
{
namespace gmac
{
#include "celoxica/gmac.h"
#include "celoxica/gmac_template_v3.h"
#include "celoxica/gmac_info.h"
}
}
@@ -1,210 +0,0 @@
// #include "catch/catch.hpp"
// #include "lib/config/config.h"
// #include "lib/config/protos/MarketData.pb.h"
// #include <vector>
// #include <string>
// #include <functional>
// #include <stdarg.h>
// #include "../MDP3Utils.h"
// #include "../onixs.h"
// using namespace bts::md;
// using namespace std;
// namespace bts {
// namespace md {
// map<string, onixs::FeedEngineSettings> create_feed_engine_settings(const std::vector<CMEChannel>& channels);
// const CMEOptions::CMEChannel channel_settings_for(const string& id);
// namespace test {
// vector<CMEChannel> test_channels(int count, ...) {
// // Doing this the C way because I still haven't updated VS
// vector<CMEChannel> result;
// va_list ap;
// va_start(ap, count);
// for (int x = 0; x < count; ++x) {
// const char* val = va_arg(ap, char*);
// CMEChannel temp;
// temp.id = val;
// result.push_back(temp);
// }
// va_end(ap);
// return result;
// }
// TEST_CASE("mdp3_tests","[md]") {
// SECTION("test_defaults") {
// config::internal::initialize_for_test("CMEOptions {}");
// vector<CMEChannel> channels = test_channels(1, "310");
// auto result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 0);
// channels = test_channels(2, "310", "311");
// result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 0);
// channels = test_channels(4, "310", "311", "400", "412");
// result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 0);
// REQUIRE(!channel_settings_for("310").has_feed_engine());
// REQUIRE(!channel_settings_for("311").has_feed_engine());
// REQUIRE(!channel_settings_for("315").has_feed_engine());
// }
// SECTION("test_segregate_futures") {
// config::internal::initialize_for_test(
// "CMEOptions {\n"
// " value {\n"
// " feed_engine {\n"
// " name: 'default'\n"
// " }\n"
// " feed_engine {\n"
// " name: 'futures'\n"
// " num_threads: 4\n"
// " }\n"
// " # Futures\n"
// " channel {\n"
// " id: '310'\n"
// " id: '312'\n"
// " feed_engine: 'futures'\n"
// " }\n"
// " # Options\n"
// " channel {\n"
// " id: '311'\n"
// " id: '313'\n"
// " id: '315'\n"
// " feed_engine: 'default'\n"
// " }\n"
// " }\n"
// "}");
// vector<CMEChannel> channels = test_channels(1, "310");
// auto result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 1);
// REQUIRE(result.begin()->first == "futures");
// REQUIRE(result.begin()->second.threadsCount() == 4);
// channels = test_channels(1, "311");
// result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 1);
// REQUIRE(result.begin()->first == "default");
// REQUIRE(result.begin()->second.threadsCount() == 1);
// channels = test_channels(2, "311", "310");
// result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 2);
// REQUIRE(result["default"].threadsCount() == 1);
// REQUIRE(result["futures"].threadsCount() == 4);
// // Test channels not listed in config
// channels = test_channels(2, "317", "318");
// result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 0);
// }
// SECTION("test_no_default") {
// config::internal::initialize_for_test(
// "CMEOptions {\n"
// " value {\n"
// " feed_engine {\n"
// " name: 'futures'\n"
// " num_threads: 4\n"
// " }\n"
// " # any channel not listed will use the default feed engine\n"
// " # Futures\n"
// " channel {\n"
// " id: '310'\n"
// " id: '312'\n"
// " feed_engine: 'futures'\n"
// " }\n"
// " # Options\n"
// " channel {\n"
// " id: '311'\n"
// " id: '313'\n"
// " id: '315'\n"
// " use_tcp_replay: false\n"
// " }\n"
// " }\n"
// "}");
// vector<CMEChannel> channels = test_channels(1, "310");
// auto result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 1);
// REQUIRE(result.begin()->first == "futures");
// REQUIRE(result.begin()->second.threadsCount() == 4);
// channels = test_channels(1, "311");
// result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 0);
// channels = test_channels(2, "311", "310");
// result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 1);
// REQUIRE(result["futures"].threadsCount() == 4);
// REQUIRE(channel_settings_for("310").use_tcp_replay() == true);
// REQUIRE(channel_settings_for("311").use_tcp_replay() == false);
// REQUIRE(channel_settings_for("315").use_tcp_replay() == false);
// }
// SECTION("test_one_thread_each") {
// config::internal::initialize_for_test(
// "CMEOptions {\n"
// " value {\n"
// " channel {\n"
// " id: '*'\n"
// " }\n"
// " }\n"
// "}\n");
// vector<CMEChannel> channels = test_channels(1, "310", "311");
// auto result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 0);
// const auto& settings = channel_settings_for("311");
// REQUIRE(!settings.has_feed_engine());
// }
// SECTION("test_common_futures_thread") {
// config::internal::initialize_for_test(
// "CMEOptions {\n"
// " value {\n"
// " feed_engine {\n"
// " name: 'futures'\n"
// " num_threads: 4\n"
// " }\n"
// " channel {\n"
// " id: '310'\n"
// " feed_engine: 'futures'\n"
// " udp_socket_buffer_size: 1234\n"
// " }\n"
// " channel {\n"
// " id: '*'\n"
// " }\n"
// " }\n"
// "}\n");
// vector<CMEChannel> channels = test_channels(6, "310", "311", "315", "100", "10", "42");
// auto result = create_feed_engine_settings(channels);
// REQUIRE(result.size() == 1);
// result = create_feed_engine_settings(test_channels(1, "315"));
// REQUIRE(result.size() == 0);
// REQUIRE(!channel_settings_for("311").has_feed_engine());
// REQUIRE(channel_settings_for("310").has_feed_engine());
// REQUIRE(channel_settings_for("310").udp_socket_buffer_size() == 1234);
// REQUIRE(channel_settings_for("311").has_udp_socket_buffer_size() == false);
// }
// }
// }}}//namespace
@@ -1,421 +1,451 @@
#include "ICEListener.h"
#include "lib/utils/datetime.h"
#include <vector>
#include "lib/utils/helper_macros.h"
#include "lib/config/protos/MarketData.pb.h"
#include "lib/md/protos/co2.pb.h"
using namespace std;
using namespace bts::co2;
using namespace bts::md::ice;
namespace bts {
namespace md {
namespace ice {
template <>
double double_of_price<onixs_ice::Rational>(const onixs_ice::Rational& price, int8_t denominator)
{
UNUSED(denominator);
double dbl = price.convertTo<double>();
return dbl;
}
template<>
void ICEListener::set_security_specific<onixs_ice::FuturesProductDefinition>(const onixs_ice::FuturesProductDefinition& def,
FixedSecurity& fsec)
{
//fsec.cash_per_point = double_of_price(def.tickValue, fsec.ice_price_denominator);
//fsec.cash_per_point = def.tickValue;
fsec.cash_per_point = def.unitQuantity;
}
ICEListener::ICEListener(ICESecurityIndex& index, MDProducer& producer, const std::vector<MDProducerChannel> channels) :
_index(index),
_producer(producer),
_symbol_filter(),
_channels(channels),
_concurrency_monitor(0)
{
}
ICEListener::~ICEListener() {}
std::string ICEListener::parse_contract_symbol(const std::string& sym)
{
auto end = sym.find(' ');
if(end == std::string::npos)
return sym;
else
return sym.substr(0, end);
}
//
//State change
void ICEListener::onHandlerStateChange(const onixs_ice::HandlerStateChange&)
{
}
void ICEListener::onMarketStateChange(const onixs_ice::MarketStateChange& , const onixs_ice::MessageInfo&)
{
}
//
// Warnings/Errors
void ICEListener::onError(const onixs_ice::Error& error)
{
std::string error_desc(error.description());
LOG(md,Warn, "OnixS ICE Error: {} - {}", error.toString(), error_desc );
}
void ICEListener::onFeedError(onixs_ice::FeedId feedid, onixs_ice::ErrorCode code, const std::string& desc)
{
LOG(md,Warn, "OnixS ICE FeedError: {} - {}", feedid, desc, code);
}
void ICEListener::onWarning(const onixs_ice::Warning& warning)
{
LOG(md,Warn, "OnixS ICE Warn: {} - {}", warning.toString(), std::string(warning.description()) );
}
//
// Security discovery
void ICEListener::onFuturesProductDefinition(const onixs_ice::FuturesProductDefinition& msg, bool& is_interested)
{
if(msg.isSpread)
on_future_strip(msg, is_interested);
else
on_future(msg, is_interested);
}
void ICEListener::onNewExpiry(const onixs_ice::NewExpiry& msg, bool& is_interested, const onixs_ice::MessageInfo& )
{
on_future(msg, is_interested);
}
void ICEListener::onFuturesStrategyDefinition(const onixs_ice::FuturesStrategyDefinition& def, bool& is_interested)
{
on_uds_future_spread(def, is_interested);
}
//This is only for UDS
void ICEListener::onNewFuturesStrategyDefinition(const onixs_ice::NewFuturesStrategyDefinition& msg, bool& is_interested, const onixs_ice::MessageInfo& )
{
on_uds_future_spread(msg, is_interested);
}
void ICEListener::onOptionsProductDefinition(const onixs_ice::OptionsProductDefinition& msg, bool& is_interested)
{
UNUSED(msg);
UNUSED(is_interested);
}
void ICEListener::onNewOptionsMarketDefinition(const onixs_ice::NewOptionsMarketDefinition& msg, bool& is_interested, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg);
UNUSED(is_interested);
UNUSED(msg_info);
}
void ICEListener::onOptionsStrategyDefinition(const onixs_ice::OptionsStrategyDefinition& msg, bool& is_interested)
{
UNUSED(msg);
UNUSED(is_interested);
}
void ICEListener::onNewOptionsStrategyDefinition(const onixs_ice::NewOptionsStrategyDefinition& msg, bool& is_interested, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg);
UNUSED(is_interested);
UNUSED(msg_info);
}
//
void ICEListener::onMarketSnapshot(const onixs_ice::MarketSnapshot& msg, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg_info);
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
auto ts = utils::TimeStamp::now();
auto settle_denominator = data->handle.security().ice_settle_denominator;
if (msg.settlePriceDateTime > 0) {
data->handle.update_settlement( ts, convert_price(msg.settlementPrice, settle_denominator), date_of_timestamp(msg.settlePriceDateTime) );
}
LOG(md,Diag,"OnixSICE Got Market Snap : {} - {}", std::to_string(data->id), std::to_string(msg.settlementPrice));
auto deal_denominator = data->handle.security().ice_deal_denominator;
data->handle.update_opening( ts, double_of_price(msg.openingPrice, deal_denominator), datetime::today() );
data->handle.update_session_high( ts, double_of_price(msg.high, deal_denominator) );
data->handle.update_session_low( ts, double_of_price(msg.low, deal_denominator) );
data->handle.set_last_trade( ts, pricesize_of_price_size(msg.lastTradePrice, deal_denominator, msg.lastTradeQuantity),
ll_of_timestamp(msg.lastTradeDateTime), msg.volume );
}
}
void ICEListener::onMarketStatistics(const onixs_ice::MarketStatistics& msg, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg_info);
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
data->handle.set_total_volume(msg.volume);
}
}
// Gap Recovery -- This is not necessary if we subscribe to the onOrderBookUpdated callback, they handle the breaks transparently
void ICEListener::onMarketSnapshotOrder(const onixs_ice::MarketSnapshotOrder& msg, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg);
UNUSED(msg_info);
}
// Gap Recovery -- This is not necessary if we subscribe to the onOrderBookUpdated callback, they handle the breaks transparently
void ICEListener::onMarketSnapshotPriceLevel(const onixs_ice::MarketSnapshotPriceLevel& msg, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg);
UNUSED(msg_info);
}
//
// Book
void ICEListener::onOrderBookUpdated(const onixs_ice::OrderBook& onixs_book, const onixs_ice::MessageInfo& msg_info)
{
//tracepoint (bts_trace,trace_order,(char*) "onBookUpdate", (uint32_t)msg_info.sequenceNumber, (uint16_t) msg_info.sequenceNumber, 0);
auto data = _index.get_security(onixs_book.marketId());
if (data == nullptr)
return;
bts_assert(data->id == onixs_book.marketId());
auto denominator = data->handle.security().ice_price_denominator;
// Overwrite all entries every time
size_t bids_size = onixs_book.bids().size();
size_t asks_size = onixs_book.offers().size();
if (!data->handle.has_depth())
{
bids_size = std::min(bids_size, size_t { 1 });
asks_size = std::min(asks_size, size_t { 1 });
}
std::array<PriceSize,COCONUT_MAX_DEPTH> dbids; dbids.fill(NO_MARKET);
std::array<PriceSize,COCONUT_MAX_IMPLIED_DEPTH> ibids; ibids.fill(NO_MARKET);
std::array<PriceSize,COCONUT_MAX_DEPTH> dasks; dasks.fill(NO_MARKET);
std::array<PriceSize,COCONUT_MAX_IMPLIED_DEPTH> iasks; iasks.fill(NO_MARKET);
for (size_t x = 0; x < bids_size; ++x)
{
auto& bid = onixs_book.bids()[x];
if(x < COCONUT_MAX_DEPTH)
dbids[x] = pricesize_of_price_size(bid.price, denominator, bid.quantity - bid.impliedQuantity);
if(x < COCONUT_MAX_IMPLIED_DEPTH)
ibids[x] = pricesize_of_price_size(bid.price, denominator, bid.impliedQuantity);
}
for (size_t x = 0; x < asks_size; ++x)
{
auto& ask = onixs_book.offers()[x];
if(x < COCONUT_MAX_DEPTH)
dasks[x] = pricesize_of_price_size(ask.price, denominator, ask.quantity - ask.impliedQuantity);
if(x < COCONUT_MAX_IMPLIED_DEPTH)
iasks[x] = pricesize_of_price_size(ask.price, denominator, ask.impliedQuantity);
}
data->handle.update_books(TimeStamp::now(), dbids, dasks, ibids, iasks, (uint32_t) msg_info.sequenceNumber);
}
//
// Trades
AggressorSide map_aggressor(onixs_ice::AggressorSide::Enum agside)
{
switch(agside) {
default:
case onixs_ice::AggressorSide::NoAggressor:
return AGGRESSOR_SIDE_NONE;
case onixs_ice::AggressorSide::Buy:
return AGGRESSOR_SIDE_BUY;
case onixs_ice::AggressorSide::Sell:
return AGGRESSOR_SIDE_SELL;
}
}
void on_trade(ICESecurityData* data, const onixs_ice::Price& price, int size,
onixs_ice::AggressorSide::Enum agside, const onixs_ice::DateTime& onixs_date, bool from_spread)
{
auto ts = utils::TimeStamp::now();
PriceSize ps = pricesize_of_price_size(price, data->handle.security().ice_deal_denominator, size);
auto date = ll_of_timestamp(onixs_date);
data->handle.add_trade(ts, ps, date, map_aggressor(agside), 0u, from_spread);
}
void ICEListener::onTrade(const onixs_ice::Trade& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != NULL)
{
bts_assert(data->id == msg.marketId);
auto size = msg.quantity;
auto price = msg.price;
onixs_ice::AggressorSide::Enum agside = msg.aggressorSide;
on_trade(data, price, size, agside, msg.transactDateTime, msg.isSystemPricedLeg);
}
}
//
// RFQ
void ICEListener::onRfq(const onixs_ice::Rfq& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
auto ts = utils::TimeStamp::now();
co2::QuoteRequestMessage message;
message.set_key(data->handle.key());
auto time = ll_of_timestamp(msg.messageTimestamp);
message.set_time(time);
long long rfqid = msg.rfqSystemId;
message.set_request_id(std::to_string(rfqid));
//https://ref.onixs.biz/cpp-ice-impact-handler-guide/struct_onix_s_1_1_i_c_e_1_1i_mpact_1_1_market_data_1_1_side.html#a8150b7776c2a1749101acf22e868d091
switch(msg.side)
{
case ' ':
message.set_side(co2::QuoteRequestMessage::UNDEFINED);
break;
case '1':
message.set_side(co2::QuoteRequestMessage::BUY);
break;
case '2':
message.set_side(co2::QuoteRequestMessage::SELL);
break;
}
message.set_size(msg.quantity);
data->handle.add_rfq(ts, message);
}
}
//
// Misc
void ICEListener::onSettlementPrice(const onixs_ice::SettlementPrice& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
auto ts = utils::TimeStamp::now();
auto price = msg.settlementPrice;
auto time = msg.dateTime;
auto denominator = data->handle.security().ice_settle_denominator;
LOG(md,Diag,"OnixSICE Got Settlement: {} - {}", std::to_string(data->id), std::to_string(price));
data->handle.update_settlement(ts, convert_price(price, denominator), date_of_timestamp(time));
}
}
void ICEListener::onOpenInterest(const onixs_ice::OpenInterest &msg, const onixs_ice::MessageInfo &msg_info)
{
UNUSED(msg);
UNUSED(msg_info);
}
void ICEListener::onOpenPrice(const onixs_ice::OpenPrice& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
onixs_ice::Price price = msg.openPrice;
onixs_ice::DateTime time = msg.dateTime;
auto denominator = data->handle.security().ice_deal_denominator;
data->handle.update_opening( utils::TimeStamp::now(), double_of_price(price, denominator), date_of_timestamp(time));
}
}
void ICEListener::onClosePrice(const onixs_ice::ClosePrice& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
onixs_ice::Price price = msg.closePrice;
onixs_ice::DateTime time = msg.dateTime;
auto denominator = data->handle.security().ice_deal_denominator;
data->handle.update_closing( utils::TimeStamp::now(), double_of_price(price, denominator), date_of_timestamp(time));
}
}
void ICEListener::onEndOfDayMarketSummary(const onixs_ice::EndOfDayMarketSummary& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
onixs_ice::DateTime time = msg.dateTime;
auto ts = utils::TimeStamp::now();
auto settle_denominator = data->handle.security().ice_settle_denominator;
data->handle.update_settlement( ts, convert_price(msg.settlementPrice, settle_denominator), date_of_timestamp(time) );
LOG(md,Warn,"OnixSICE Got EOD Market : {} - {}", std::to_string(data->id), std::to_string(msg.settlementPrice));
auto deal_denominator = data->handle.security().ice_deal_denominator;
data->handle.update_opening( ts, double_of_price(msg.openingPrice, deal_denominator), date_of_timestamp(time) );
data->handle.update_session_high( ts, double_of_price(msg.high, deal_denominator) );
data->handle.update_session_low( ts, double_of_price(msg.low, deal_denominator) );
}
}
//
// Feed
void ICEListener::onMulticastMessageBlockBegin(onixs_ice::FeedId feedId, const onixs_ice::MessageInfo& )
{
UNUSED(feedId);
}
void ICEListener::onMulticastMessageBlockEnd(onixs_ice::FeedId feedId, const onixs_ice::MarketIds& marketIds)
{
UNUSED(feedId);
UNUSED(marketIds);
}
void ICEListener::onFeedStarted(onixs_ice::FeedId, const onixs_ice::MarketIds&)
{}
void ICEListener::onFeedStopped(onixs_ice::FeedId)
{}
void ICEListener::onSessionNumberChange(onixs_ice::FeedId , short , short )
{}
//
// Non-onixs calls
void ICEListener::add_filter_symbol(const std::string& symbol)
{
_symbol_filter.insert(symbol);
}
void ICEListener::heartbeat()
{
for (auto& c : _channels) { c.heartbeat(); }
}
//
// Private functions
void ICEListener::add_security(const FixedSecurity& security)
{
// Set up the shared memory for this security
auto handle = _producer.add_security(security);
bts_assert(security.numeric_id != 0);
// Add it to the index so it can receive messages
_index.add_security(security.numeric_id, handle);
}
void ICEListener::update_all_status(CoconutSecurityStatus status)
{
_index.walk_security_list([=](ICESecurityData& data)
{
data.handle.set_status(status);
});
}
}}} //namespace
#include "ICEListener.h"
#include "lib/utils/datetime.h"
#include <vector>
#include "lib/utils/helper_macros.h"
#include "lib/config/protos/MarketData.pb.h"
#include "lib/md/protos/co2.pb.h"
using namespace std;
using namespace bts::co2;
using namespace bts::md::ice;
namespace bts {
namespace md {
namespace ice {
template <>
double double_of_price<onixs_ice::Rational>(const onixs_ice::Rational& price, int8_t denominator)
{
UNUSED(denominator);
double dbl = price.convertTo<double>();
return dbl;
}
template<>
void ICEListener::set_security_specific<onixs_ice::FuturesProductDefinition>(const onixs_ice::FuturesProductDefinition& def,
FixedSecurity& fsec)
{
//fsec.cash_per_point = double_of_price(def.tickValue, fsec.ice_price_denominator);
//fsec.cash_per_point = def.tickValue;
fsec.cash_per_point = def.unitQuantity;
}
ICEListener::ICEListener(ICESecurityIndex& index, MDProducer& producer, const std::vector<MDProducerChannel> channels) :
_index(index),
_producer(producer),
_symbol_filter(),
_channels(channels),
_concurrency_monitor(0)
{
}
ICEListener::~ICEListener() {}
std::string ICEListener::parse_contract_symbol(const std::string& sym)
{
auto end = sym.find(' ');
if(end == std::string::npos)
return sym;
else
return sym.substr(0, end);
}
//
//State change
void ICEListener::onHandlerStateChange(const onixs_ice::HandlerStateChange&)
{
}
void ICEListener::onMarketStateChange(const onixs_ice::MarketStateChange& , const onixs_ice::MessageInfo&)
{
}
//
// Warnings/Errors
void ICEListener::onError(const onixs_ice::Error& error)
{
std::string error_desc(error.description());
LOG(md,Warn, "OnixS ICE Error: {} - {}", error.toString(), error_desc );
}
void ICEListener::onFeedError(onixs_ice::FeedId feedid, onixs_ice::ErrorCode code, const std::string& desc)
{
LOG(md,Warn, "OnixS ICE FeedError: {} - {}", feedid, desc, code);
}
void ICEListener::onWarning(const onixs_ice::Warning& warning)
{
LOG(md,Warn, "OnixS ICE Warn: {} - {}", warning.toString(), std::string(warning.description()) );
}
//
// Security discovery
void ICEListener::onFuturesProductDefinition(const onixs_ice::FuturesProductDefinition& msg, bool& is_interested)
{
if(msg.isSpread)
on_future_strip(msg, is_interested);
else
on_future(msg, is_interested);
LOG(md,Info,"ICE_Future,{},{},{},{},{},{},{},{},{},{},{},{},{}",
is_interested,
msg.productName, // NG Swing GDD Futures,
msg.hubAlias, // Henry
msg.marketDesc, // NG Swing GDD Futures - Henry - 10 Jul 20,
msg.stripName, // 10 Jul 20
msg.contractSymbol, // CGS SDN1020.N1020,
msg.productId,
msg.marketId,
msg.requestMarketType,
msg.securitySubType,
msg.contractSymbolExtra,
msg.clearedAlias,
msg.isSpread);
}
void ICEListener::onNewExpiry(const onixs_ice::NewExpiry& msg, bool& is_interested, const onixs_ice::MessageInfo& )
{
on_future(msg, is_interested);
}
void ICEListener::onFuturesStrategyDefinition(const onixs_ice::FuturesStrategyDefinition& msg, bool& is_interested)
{
on_uds_future_spread(msg, is_interested);
LOG(md,Info,"ICE_Strategy,{},{},{},{},{},{},{},{},{},{},{},{},{},{}",
is_interested,
msg.productName,
msg.hubAlias,
msg.marketDesc,
msg.stripName,
msg.contractSymbol,
msg.productId,
msg.marketId,
msg.requestMarketType,
msg.securitySubType,
log::CharPtrWrapper {""},
msg.clearedAlias,
msg.productName,
0);
}
void ICEListener::onNewFuturesStrategyDefinition(const onixs_ice::NewFuturesStrategyDefinition& msg, bool& is_interested, const onixs_ice::MessageInfo& )
{
on_uds_future_spread(msg, is_interested);
}
void ICEListener::onOptionsProductDefinition(const onixs_ice::OptionsProductDefinition& msg, bool& is_interested)
{
UNUSED(msg);
UNUSED(is_interested);
}
void ICEListener::onNewOptionsMarketDefinition(const onixs_ice::NewOptionsMarketDefinition& msg, bool& is_interested, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg);
UNUSED(is_interested);
UNUSED(msg_info);
}
void ICEListener::onOptionsStrategyDefinition(const onixs_ice::OptionsStrategyDefinition& msg, bool& is_interested)
{
UNUSED(msg);
UNUSED(is_interested);
}
void ICEListener::onNewOptionsStrategyDefinition(const onixs_ice::NewOptionsStrategyDefinition& msg, bool& is_interested, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg);
UNUSED(is_interested);
UNUSED(msg_info);
}
//
void ICEListener::onMarketSnapshot(const onixs_ice::MarketSnapshot& msg, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg_info);
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
auto ts = utils::TimeStamp::now();
auto settle_denominator = data->handle.security().ice_settle_denominator;
if (msg.settlePriceDateTime > 0) {
data->handle.update_settlement( ts, convert_price(msg.settlementPrice, settle_denominator), date_of_timestamp(msg.settlePriceDateTime) );
}
LOG(md,Diag,"OnixSICE Got Market Snap : {} - {}", std::to_string(data->id), std::to_string(msg.settlementPrice));
auto deal_denominator = data->handle.security().ice_deal_denominator;
data->handle.update_opening( ts, double_of_price(msg.openingPrice, deal_denominator), datetime::today() );
data->handle.update_session_high( ts, double_of_price(msg.high, deal_denominator) );
data->handle.update_session_low( ts, double_of_price(msg.low, deal_denominator) );
data->handle.set_last_trade( ts, pricesize_of_price_size(msg.lastTradePrice, deal_denominator, msg.lastTradeQuantity),
ll_of_timestamp(msg.lastTradeDateTime), msg.volume );
}
}
void ICEListener::onMarketStatistics(const onixs_ice::MarketStatistics& msg, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg_info);
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
data->handle.set_total_volume(msg.volume);
}
}
// Gap Recovery -- This is not necessary if we subscribe to the onOrderBookUpdated callback, they handle the breaks transparently
void ICEListener::onMarketSnapshotOrder(const onixs_ice::MarketSnapshotOrder& msg, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg);
UNUSED(msg_info);
}
// Gap Recovery -- This is not necessary if we subscribe to the onOrderBookUpdated callback, they handle the breaks transparently
void ICEListener::onMarketSnapshotPriceLevel(const onixs_ice::MarketSnapshotPriceLevel& msg, const onixs_ice::MessageInfo& msg_info)
{
UNUSED(msg);
UNUSED(msg_info);
}
//
// Book
void ICEListener::onOrderBookUpdated(const onixs_ice::OrderBook& onixs_book, const onixs_ice::MessageInfo& msg_info)
{
//tracepoint (bts_trace,trace_order,(char*) "onBookUpdate", (uint32_t)msg_info.sequenceNumber, (uint16_t) msg_info.sequenceNumber, 0);
auto data = _index.get_security(onixs_book.marketId());
if (data == nullptr)
return;
bts_assert(data->id == onixs_book.marketId());
auto denominator = data->handle.security().ice_price_denominator;
// Overwrite all entries every time
size_t bids_size = onixs_book.bids().size();
size_t asks_size = onixs_book.offers().size();
if (!data->handle.has_depth())
{
bids_size = std::min(bids_size, size_t { 1 });
asks_size = std::min(asks_size, size_t { 1 });
}
std::array<PriceSize,COCONUT_MAX_DEPTH> dbids; dbids.fill(NO_MARKET);
std::array<PriceSize,COCONUT_MAX_IMPLIED_DEPTH> ibids; ibids.fill(NO_MARKET);
std::array<PriceSize,COCONUT_MAX_DEPTH> dasks; dasks.fill(NO_MARKET);
std::array<PriceSize,COCONUT_MAX_IMPLIED_DEPTH> iasks; iasks.fill(NO_MARKET);
for (size_t x = 0; x < bids_size; ++x)
{
auto& bid = onixs_book.bids()[x];
if(x < COCONUT_MAX_DEPTH)
dbids[x] = pricesize_of_price_size(bid.price, denominator, bid.quantity - bid.impliedQuantity);
if(x < COCONUT_MAX_IMPLIED_DEPTH)
ibids[x] = pricesize_of_price_size(bid.price, denominator, bid.impliedQuantity);
}
for (size_t x = 0; x < asks_size; ++x)
{
auto& ask = onixs_book.offers()[x];
if(x < COCONUT_MAX_DEPTH)
dasks[x] = pricesize_of_price_size(ask.price, denominator, ask.quantity - ask.impliedQuantity);
if(x < COCONUT_MAX_IMPLIED_DEPTH)
iasks[x] = pricesize_of_price_size(ask.price, denominator, ask.impliedQuantity);
}
data->handle.update_books(TimeStamp::now(), dbids, dasks, ibids, iasks, (uint32_t) msg_info.sequenceNumber);
}
//
// Trades
AggressorSide map_aggressor(onixs_ice::AggressorSide::Enum agside)
{
switch(agside) {
default:
case onixs_ice::AggressorSide::NoAggressor:
return AGGRESSOR_SIDE_NONE;
case onixs_ice::AggressorSide::Buy:
return AGGRESSOR_SIDE_BUY;
case onixs_ice::AggressorSide::Sell:
return AGGRESSOR_SIDE_SELL;
}
}
void on_trade(ICESecurityData* data, const onixs_ice::Price& price, int size,
onixs_ice::AggressorSide::Enum agside, const onixs_ice::DateTime& onixs_date, bool from_spread)
{
auto ts = utils::TimeStamp::now();
PriceSize ps = pricesize_of_price_size(price, data->handle.security().ice_deal_denominator, size);
auto date = ll_of_timestamp(onixs_date);
data->handle.add_trade(ts, ps, date, map_aggressor(agside), 0u, from_spread);
}
void ICEListener::onTrade(const onixs_ice::Trade& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != NULL)
{
bts_assert(data->id == msg.marketId);
auto size = msg.quantity;
auto price = msg.price;
onixs_ice::AggressorSide::Enum agside = msg.aggressorSide;
on_trade(data, price, size, agside, msg.transactDateTime, msg.isSystemPricedLeg);
}
}
//
// RFQ
void ICEListener::onRfq(const onixs_ice::Rfq& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
auto ts = utils::TimeStamp::now();
co2::QuoteRequestMessage message;
message.set_key(data->handle.key());
auto time = ll_of_timestamp(msg.messageTimestamp);
message.set_time(time);
long long rfqid = msg.rfqSystemId;
message.set_request_id(std::to_string(rfqid));
//https://ref.onixs.biz/cpp-ice-impact-handler-guide/struct_onix_s_1_1_i_c_e_1_1i_mpact_1_1_market_data_1_1_side.html#a8150b7776c2a1749101acf22e868d091
switch(msg.side)
{
case ' ':
message.set_side(co2::QuoteRequestMessage::UNDEFINED);
break;
case '1':
message.set_side(co2::QuoteRequestMessage::BUY);
break;
case '2':
message.set_side(co2::QuoteRequestMessage::SELL);
break;
}
message.set_size(msg.quantity);
data->handle.add_rfq(ts, message);
}
}
//
// Misc
void ICEListener::onSettlementPrice(const onixs_ice::SettlementPrice& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
auto ts = utils::TimeStamp::now();
auto price = msg.settlementPrice;
auto time = msg.dateTime;
auto denominator = data->handle.security().ice_settle_denominator;
LOG(md,Diag,"OnixSICE Got Settlement: {} - {}", std::to_string(data->id), std::to_string(price));
data->handle.update_settlement(ts, convert_price(price, denominator), date_of_timestamp(time));
}
}
void ICEListener::onOpenInterest(const onixs_ice::OpenInterest &msg, const onixs_ice::MessageInfo &msg_info)
{
UNUSED(msg);
UNUSED(msg_info);
}
void ICEListener::onOpenPrice(const onixs_ice::OpenPrice& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
onixs_ice::Price price = msg.openPrice;
onixs_ice::DateTime time = msg.dateTime;
auto denominator = data->handle.security().ice_deal_denominator;
data->handle.update_opening( utils::TimeStamp::now(), double_of_price(price, denominator), date_of_timestamp(time));
}
}
void ICEListener::onClosePrice(const onixs_ice::ClosePrice& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
onixs_ice::Price price = msg.closePrice;
onixs_ice::DateTime time = msg.dateTime;
auto denominator = data->handle.security().ice_deal_denominator;
data->handle.update_closing( utils::TimeStamp::now(), double_of_price(price, denominator), date_of_timestamp(time));
}
}
void ICEListener::onEndOfDayMarketSummary(const onixs_ice::EndOfDayMarketSummary& msg, const onixs_ice::MessageInfo& )
{
auto* data = _index.get_security(msg.marketId);
if (data != nullptr)
{
bts_assert(data->id == msg.marketId);
onixs_ice::DateTime time = msg.dateTime;
auto ts = utils::TimeStamp::now();
auto settle_denominator = data->handle.security().ice_settle_denominator;
data->handle.update_settlement( ts, convert_price(msg.settlementPrice, settle_denominator), date_of_timestamp(time) );
LOG(md,Warn,"OnixSICE Got EOD Market : {} - {}", std::to_string(data->id), std::to_string(msg.settlementPrice));
auto deal_denominator = data->handle.security().ice_deal_denominator;
data->handle.update_opening( ts, double_of_price(msg.openingPrice, deal_denominator), date_of_timestamp(time) );
data->handle.update_session_high( ts, double_of_price(msg.high, deal_denominator) );
data->handle.update_session_low( ts, double_of_price(msg.low, deal_denominator) );
}
}
//
// Feed
void ICEListener::onMulticastMessageBlockBegin(onixs_ice::FeedId feedId, const onixs_ice::MessageInfo& )
{
UNUSED(feedId);
}
void ICEListener::onMulticastMessageBlockEnd(onixs_ice::FeedId feedId, const onixs_ice::MarketIds& marketIds)
{
UNUSED(feedId);
UNUSED(marketIds);
}
void ICEListener::onFeedStarted(onixs_ice::FeedId, const onixs_ice::MarketIds&)
{}
void ICEListener::onFeedStopped(onixs_ice::FeedId)
{}
void ICEListener::onSessionNumberChange(onixs_ice::FeedId , short , short )
{}
//
// Non-onixs calls
void ICEListener::add_filter_symbol(const std::string& symbol)
{
LOG(md, Info, "ICEListener::add_filter_symbol: adding {}", symbol);
_symbol_filter.insert(symbol);
}
void ICEListener::heartbeat()
{
for (auto& c : _channels) { c.heartbeat(); }
}
//
// Private functions
void ICEListener::add_security(const FixedSecurity& security)
{
// Set up the shared memory for this security
auto handle = _producer.add_security(security);
bts_assert(security.numeric_id != 0);
// Add it to the index so it can receive messages
_index.add_security(security.numeric_id, handle);
}
void ICEListener::update_all_status(CoconutSecurityStatus status)
{
_index.walk_security_list([=](ICESecurityData& data)
{
data.handle.set_status(status);
});
}
}}} //namespace
@@ -119,7 +119,20 @@ private:
enum SecurityFilterAction { ADD, SKIP, DELETE };
std::string parse_contract_symbol(const std::string& sym);
template<typename Definition>
std::string get_contract_symbol(const Definition& def){
const auto& sym = def.contractSymbol;
// TODO : this is only exception right now but for HHD sstrips
// def.contractSymbol is empty !
if (sym.size() == 0 && def.marketDesc.rfind("NG Swing GDD Futures - Henry", 0) == 0)
return "HHD";
auto end = sym.find(' ');
if(end == std::string::npos)
return sym;
else
return sym.substr(0, end);
}
template<typename Definition>
SecurityFilterAction filter_security(int exchange_id, const Definition& def)
{
@@ -130,7 +143,7 @@ private:
}
if(_symbol_filter.count("*") > 0)
return ADD;
return _symbol_filter.count( parse_contract_symbol(def.contractSymbol) ) > 0 ? ADD : SKIP;
return _symbol_filter.count(get_contract_symbol(def)) > 0 ? ADD : SKIP;
}
void flush_books();
void update_all_status(co2::CoconutSecurityStatus status);
@@ -146,7 +159,7 @@ template<typename Definition>
void ICEListener::set_security_common(const Definition& def, FixedSecurity& fsec)
{
fsec.numeric_id = def.marketId;
std::string sym = parse_contract_symbol(def.contractSymbol);
std::string sym = get_contract_symbol(def);
if(!sym.empty())
{
fsec.symbol( sym );
@@ -165,7 +178,7 @@ void ICEListener::set_security_common(const Definition& def, FixedSecurity& fsec
fsec.ice_settle_denominator = (int8_t)(def.settlePriceDenominator - '0');
double min_tick = double_of_price(def.incrementPrice, fsec.ice_price_denominator);
fsec.low_tick = fsec.high_tick = min_tick;
fsec.price_break = 0.0;
fsec.price_break = 0.0;
fsec.ice_market_description(def.marketDesc);
fsec.ice_cleared_alias(def.clearedAlias);
@@ -207,12 +220,12 @@ void ICEListener::on_uds_future_spread(const Definition& def, bool& is_intereste
// auto expiration = date_of_maturity(sec);
// if (expiration < datetime::today()) return;
FixedSpreadSecurityL fsec;
FixedSpreadSecurityXL fsec;
set_security_common(def, fsec);
fsec.alt_symbol(def.strategySymbol);
const auto& legs = def.legs;
if (legs.size() > 0) {
const auto& legs = def.legs;
if (legs.size() > 0 && legs.size() <= 512) {
fsec.set_leg_count(legs.size());
for(size_t x = 0; x < fsec.leg_count(); ++x)
{
@@ -238,6 +251,8 @@ void ICEListener::on_uds_future_spread(const Definition& def, bool& is_intereste
add_security(fsec);
is_interested = true;
}
else
LOG(md, Error, "Ignoring security {} with {} legs", def.marketDesc, legs.size());
}
@@ -248,7 +263,7 @@ void ICEListener::on_future_strip(const FutureDefinition& def, bool& is_interest
auto exchange_id = def.marketId;
if (filter_security(exchange_id, def) != ADD) return;
FixedSpreadSecurityXS fsec;
FixedSpreadSecurityXL fsec;
set_security_common(def, fsec);
fsec.alt_symbol(def.stripName);
@@ -73,31 +73,17 @@ onixs_ice::MarketSubscriptions market_subcription_for_channel(const ICEChannel&
onixs_ice::MarketSubscriptions subs;
for(const auto& x : chan.market_types)
{
//onixs_ice::MarketSubType::NonImplied
if(x == 26)
{
onixs_ice::MarketSubscription futures(x, onixs_ice::MarketSubType::NonImplied, onixs_ice::SecurityType::Futures, onixs_ice::BookDepth::FOD);
subs.push_back(futures);
}
else
{
onixs_ice::MarketSubscription futures(x, onixs_ice::MarketSubType::FullImplied, onixs_ice::SecurityType::Futures, onixs_ice::BookDepth::FOD);
subs.push_back(futures);
}
onixs_ice::MarketSubscription futures(x, onixs_ice::MarketSubType::NonImplied, onixs_ice::SecurityType::Futures, onixs_ice::BookDepth::FOD);
subs.push_back(futures);
onixs_ice::MarketSubscription spreads(x, onixs_ice::MarketSubType::NonImplied, onixs_ice::SecurityType::UdsFuturesMarkets, onixs_ice::BookDepth::FOD);
subs.push_back(spreads);
}
for(const auto& x : chan.uds_market_types)
{
if(x == 26)
{
onixs_ice::MarketSubscription spreads(x, onixs_ice::MarketSubType::NonImplied, onixs_ice::SecurityType::UdsFuturesMarkets, onixs_ice::BookDepth::FOD);
subs.push_back(spreads);
}
else
{
onixs_ice::MarketSubscription spreads(x, onixs_ice::MarketSubType::FullImplied, onixs_ice::SecurityType::UdsFuturesMarkets, onixs_ice::BookDepth::FOD);
subs.push_back(spreads);
}
}
onixs_ice::MarketSubscription spreads(x, onixs_ice::MarketSubType::NonImplied, onixs_ice::SecurityType::UdsFuturesMarkets, onixs_ice::BookDepth::FOD);
subs.push_back(spreads);
}
return subs;
}
@@ -138,6 +138,7 @@ struct PositionServicePNLHelper::PImpl {
void PositionServicePNLHelper::compute_pnl(
const std::map<int, PositionUnit const*>& in_pos,
const std::map<std::string,uint32_t>& account_map,
const std::map<uint32_t,double>& cpp_override_map,
std::vector<PNLUnit>& out_pnl,
std::vector<AccountPNL>& out_account_pnl){
out_account_pnl.clear();
@@ -145,6 +146,8 @@ void PositionServicePNLHelper::compute_pnl(
const PositionUnit& pu = *(p.second);
uint32_t sec_key = pu.security_id();
double cpp = me->handle_index.get_cpp(SecurityKey(sec_key));
auto it = cpp_override_map.find(sec_key);
cpp = (it != cpp_override_map.end()) ? it->second : cpp;
double bid, ask, last, settle;
me->handle_index.get_md(SecurityKey(sec_key),bid,ask,last,settle);
PNLUnit pnlu;
@@ -17,7 +17,7 @@ private:
std::unique_ptr<PImpl> me;
private:
double _compute_day_pnl (const bts::api::position::PNLUnit&);
double _get_cpp (uint32_t);
//double _get_cpp (uint32_t);
// aggregates [sec, account]->pnl tp [account]->pnl
void _aggregate_account_pnl(
const std::vector<api::position::PNLUnit>& in_pnl,
@@ -29,6 +29,7 @@ private:
~PositionServicePNLHelper();
void compute_pnl(const std::map<int, bts::api::position::PositionUnit const*>& in_pos,
const std::map<std::string,uint32_t>& account_map,
const std::map<uint32_t,double>& cpp_override_map,
std::vector<bts::api::position::PNLUnit>& out_pnl,
std::vector<bts::api::position::AccountPNL>& out_account_pnl);
};
@@ -28,6 +28,7 @@ using namespace bts::api::position;
using namespace bts::md;
static auto const manual_fills_ns = "manual_fills";
static auto const security_params_ns = "security_parameters";
struct PositionServiceServer::PImpl {
bts::orderman::PositionMap state;
@@ -37,6 +38,7 @@ struct PositionServiceServer::PImpl {
int id;
// manual fills management
std::unique_ptr<persistence::IStore> manual_fills_store;
std::unique_ptr<persistence::IStore> security_params_store;
PositionServiceBase::Manual_fillsStatefulPublisher manual_fills_publisher;
// pnl
PositionServiceBase::Pnl_dataStatefulPublisher pnl_publisher;
@@ -47,6 +49,7 @@ struct PositionServiceServer::PImpl {
bts::api::admin::AdminService admin_service;
api::admin::AdminData admin_data;
std::map<std::string, uint32_t> account_map;
std::map<uint32_t, double> cpp_override_map;
PImpl(
bts::api::ServiceContext &context,
@@ -64,6 +67,8 @@ struct PositionServiceServer::PImpl {
// manual fills
manual_fills_store(
std::make_unique<persistence::SqliteStore>("manual_fills")),
security_params_store(
std::make_unique<persistence::SqliteStore>("security_parameters")),
manual_fills_publisher(manual_fills_publisher),
// pnl
pnl_publisher(pnl_publisher),
@@ -73,7 +78,9 @@ struct PositionServiceServer::PImpl {
// admin
admin_service(context.locate<bts::api::admin::AdminService>()),
admin_data(),
account_map() {}
account_map(),
cpp_override_map()
{}
};
PositionServiceServer::PositionServiceServer(bts::api::ServiceContext &context,
@@ -196,6 +203,27 @@ void PositionServiceServer::_clear_and_publish_pos(){
me->pos_publisher.add_or_update(*p.second);
me->pos_publisher.flush();
}
void PositionServiceServer::_load_security_params(){
me->cpp_override_map.clear();
auto all = me->security_params_store->retrieve_all()[security_params_ns];
SecurityParameters rec;
for (auto const &kvp : all)
if (utils::pb::from_string<SecurityParameters>(kvp.second, &rec)){
if(rec.has_cpp_override()){
LOG(OrderMan, Info, "Overriding cpp, key:{} cpp:{}",
rec.security_key(),
rec.cpp_override().value());
me->cpp_override_map[rec.security_key()] = rec.cpp_override().value();
}
}
else {
LOG(OrderMan, Error,
"Could not recover security parameter for security {} from storage. "
"This should be investigated",
kvp.first);
}
}
///////////////////////////////////////////////////////////////////////////////
/// Manual Fills API //////////////////////////////////////////////////////////
void PositionServiceServer::create_manual_fill(
@@ -294,6 +322,30 @@ void PositionServiceServer::set_base_position(
_clear_and_publish_pos();
}
void PositionServiceServer::update_security_parameters(
const SecurityParametersBatchOp& req,
const api::Response<SecurityParametersBatchOpResponse>&){
LOG(persist, Info, "PositionServiceServer::update_security_parameters bp count:{}",
req.op_params_size());
for (const auto& p : req.op_params()){
std::string key_str = std::to_string(p.security_key());
auto db_p = me->security_params_store->retrieve_one(security_params_ns, key_str);
auto found = db_p.first;
if (!found) {
me->security_params_store->insert(security_params_ns,
key_str,
utils::pb::to_string(p));
}
else {
me->security_params_store->insert(security_params_ns,
key_str,
utils::pb::to_string(p));
}
}
_load_security_params();
_compute_pnl_and_publish();
}
///////////////////////////////////////////////////////////////////////////////
/// PNL helpers ///////////////////////////////////////////////////////////////
void PositionServiceServer::_compute_pnl_and_publish() {
@@ -301,7 +353,8 @@ void PositionServiceServer::_compute_pnl_and_publish() {
me->state.get_pos(in_pos);
std::vector<PNLUnit> pnl;
std::vector<AccountPNL> account_pnl;
me->pnl_helper.compute_pnl(in_pos, me->account_map, pnl, account_pnl);
me->pnl_helper.compute_pnl(in_pos, me->account_map, me->cpp_override_map,
pnl, account_pnl);
for (const auto &u : pnl)
me->pnl_publisher.add_or_update(u);
for (const auto &u : account_pnl)
@@ -52,6 +52,7 @@ class PositionServiceServer : public bts::api::position::PositionServiceBase {
void _compute_pnl_and_publish();
void _set_admin_data(const api::admin::AdminData &admin_data);
void _clear_and_publish_pos();
void _load_security_params();
public:
PositionServiceServer(bts::api::ServiceContext &context, md::MDClient &);
@@ -74,6 +75,11 @@ class PositionServiceServer : public bts::api::position::PositionServiceBase {
const ::bts::api::position::BasePositionBatch &request,
const api::Response<::bts::api::position::SetBasePositionResponse>
&reply) override;
void update_security_parameters(
const ::bts::api::position::SecurityParametersBatchOp &request,
const api::Response<::bts::api::position::SecurityParametersBatchOpResponse>
&reply) override;
~PositionServiceServer();
};
+1 -10
View File
@@ -2,11 +2,6 @@
export DOTNET_SKIP_FIRST_TIME_EXPERIENCE=1
export PATH="$PATH:/root/.dotnet/tools"
# install npx
if ! [ -x "$(command -v npx)" ]; then
npm install -g npx
fi
export OUT=${BUILD_DIR:-../../../build}/web
MODE=manual
case "$OUT" in
@@ -39,9 +34,6 @@ PROTOC=../../../externals/linux/bin/protoc
ORANGE='\033[0;33m'
NOCOLOR='\033[0m'
npm install
# Run pbjs to produce protobuf module
echo -e \* ${ORANGE} pbjs ${NOCOLOR}
npx --no-install pbjs -t json-module -w commonjs -o $OUT/api/proto.js $PROTO_LIST
@@ -79,11 +71,10 @@ if [ "$FULL" == "1" ]; then
export DOTNET_SKIP_FIRST_TIME_EXPERIENCE=1
echo -e \* ${ORANGE} fable ${NOCOLOR}
cd ../ui/
npm install
cd src
mkdir -p $OUT/ui/
cp -r ../public/* $OUT/ui/
dotnet restore
dotnet restore -s ../../../../externals/nuget/packages
if [ "$MODE" == "release" ]; then
dotnet fable webpack -- --env.BUILD_PATH=$OUT -p
else
-22
View File
@@ -1,22 +0,0 @@
cmake_minimum_required(VERSION 3.5)
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libbase.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libutils.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libfix_lib.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libclxlog.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libade_version.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libade.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libclx.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libgmac_version.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libgmac.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libcputimestamp.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libclxconfig.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libconfigfile.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libac.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/librc.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/liblldt.so")
LIST(APPEND CELOXICA_LIB "${SPARK_LIB}/celoxica/libregister.so")
file(COPY ${CELOXICA_LIB} DESTINATION ${CMAKE_BINARY_DIR}/src/server/sparkd)
+1 -1
View File
@@ -7,7 +7,7 @@ if not exist build\src\lib\libspark.vcxproj (
)
call "C:\Program Files (x86)\Microsoft Visual Studio\2017\BuildTools\Common7\Tools\VsDevCmd.bat"
msbuild /m /p:debugtype=portable /p:platform=x64 /clp:verbosity=minimal /clp:summary /t:restore spark_client.sln /p:Configuration=release
msbuild /m /p:debugtype=portable /p:platform=x64 /clp:verbosity=minimal /clp:summary /t:restore /p:RestoreSources=externals\windows\nuget\packages spark_client.sln /p:Configuration=release
IF %ERRORLEVEL% NEQ 0 GOTO :ERROR_AND_END
msbuild /m /p:debugtype=portable /p:platform=x64 /clp:verbosity=minimal /clp:summary spark_client.sln /p:Configuration=release
+3 -4
View File
@@ -1,9 +1,8 @@
#!/bin/bash
BUILD=clang_debug
BUILD_LOC=/home/ppinto/temp/spark_build
if [ -f /.dockerenv ]; then
cd $BUILD_LOC/$BUILD && ninja
(cd `readlink -f .` && ninja)
else
cid=`docker ps | grep -P "emacs_ide|bluetradingsystems/linux_docker" | awk '{print $1}'`
docker exec $cid /bin/bash -c "cd $BUILD_LOC/$BUILD && ninja"
docker exec $cid /bin/bash -c "(cd `readlink -f .` && ninja)"
fi
+2 -2
View File
@@ -2,6 +2,6 @@
setlocal
call "C:\Program Files (x86)\Microsoft Visual Studio\2017\Professional\Common7\Tools\VsDevCmd.bat" > nul
cd /d %~dp0/../
msbuild /m /p:platform=x64 /clp:verbosity=minimal /clp:summary /t:restore spark_client.sln
msbuild /m /p:platform=x64 /clp:verbosity=minimal /clp:summary /p:Configuration=release /t:restore spark_client.sln
msbuild /m /p:platform=x64 /clp:verbosity=minimal /clp:summary /t:restore /p:RestoreSources=externals\windows\nuget\packages spark_client.sln
msbuild /m /p:platform=x64 /clp:verbosity=minimal /clp:summary /p:Configuration=release /t:restore /p:RestoreSources=externals\windows\nuget\packages spark_client.sln
+5
View File
@@ -4,6 +4,11 @@ SRC_ROOT=$DIR/../
mkdir -p $SRC_ROOT/build/
BUILD_ROOT=`readlink -f $SRC_ROOT/build`
rm -f $SRC_ROOT/src/web/ui/node_modules
rm -f $SRC_ROOT/src/web/api/node_modules
ln -s $SRC_ROOT/externals/npm/node_modules $SRC_ROOT/src/web/ui/node_modules
ln -s $SRC_ROOT/externals/npm/node_modules $SRC_ROOT/src/web/api/node_modules
rm -rf $BUILD_ROOT/clang_debug
mkdir $BUILD_ROOT/clang_debug
cd $BUILD_ROOT/clang_debug
Regular → Executable
View File
File mode changed.