Docs updated.

API/README.md

@@ -1,17 +1,17 @@
 # StockSharp API Examples Directory
 
-This directory contains a collection of example projects and scripts demonstrating the use of the StockSharp API for developing trading applications. These examples are intended specifically for developers who are programming in C# and are looking to create comprehensive trading robots or tools that do not integrate directly with the Designer platform.
+This directory contains a collection of example projects and scripts demonstrating the use of the [StockSharp API](https://doc.stocksharp.com/topics/api.html) for developing trading applications. These examples are intended specifically for developers who are programming in C# and are looking to create comprehensive trading robots or tools that do not integrate directly with the Designer platform.
 
 ## Overview
 
-The examples provided in this folder serve as practical guides to various aspects of the StockSharp API, showcasing how to leverage its capabilities to access market data, execute trades, and manage portfolios. These examples are particularly useful for users with a background in software development and an interest in financial markets.
+The examples provided in this folder serve as practical guides to various aspects of the [StockSharp API](https://doc.stocksharp.com/topics/api.html), showcasing how to leverage its capabilities to access market data, execute trades, and manage portfolios. These examples are particularly useful for users with a background in software development and an interest in financial markets.
 
 ## Contents
 
-- **Basic API Usage**: Simple scripts demonstrating the initialization of the API, connection to trading services, and basic data handling.
-- **Advanced Trading Algorithms**: More complex examples that implement full trading strategies or algorithms using the StockSharp API.
-- **Data Management**: Scripts that show how to fetch, store, and manage historical market data for analysis.
-- **Utility Tools**: Utility programs that assist with account management, order placement, and other trading operations.
+- **Basic API Usage**: Simple scripts demonstrating the initialization of the API, [connection to trading services](https://doc.stocksharp.com/topics/api/connectors.html), and basic data handling.
+- **Advanced Trading Algorithms**: More complex examples that implement full [trading strategies](https://doc.stocksharp.com/topics/api/strategies.html) or algorithms using the StockSharp API.
+- **Data Management**: Scripts that show how to fetch, store, and manage historical [market data](https://doc.stocksharp.com/topics/api/market_data_storage.html) for analysis.
+- **Utility Tools**: Utility programs that assist with account management, [order placement](https://doc.stocksharp.com/topics/api/orders_management.html), and other trading operations.
 
 ## Purpose
 
@@ -26,6 +26,6 @@ Each example comes with a detailed explanation of the code and instructions on h
 
 ## Important Note
 
-Please note that the examples provided in this folder are not compatible with the Designer platform. They are intended for direct use and modification within C# projects and require a solid understanding of programming concepts and the .NET framework.
+Please note that the examples provided in this folder are not compatible with the Designer platform. They are intended for direct use and modification within C# projects and require a solid understanding of programming concepts and the .NET. Additionally, some examples may require adding a connector from StockSharp's private NuGet server. For more information on accessing and using this server, please visit [StockSharp's NuGet server manual](https://stocksharp.com/products/nuget_manual/#privateserver).
 
-By exploring and utilizing these examples, developers can gain a deeper understanding of how to implement robust trading solutions using the StockSharp API, paving the way for the development of sophisticated trading robots and analytical tools.
+By exploring and utilizing these examples, developers can gain a deeper understanding of how to implement robust trading solutions using the StockSharp API, paving the way for the development of sophisticated trading robots and analytical tools.

API/lesson_01(simple_terminal)/01_Connect_and_get_security/README.md

@@ -12,12 +12,6 @@ This repository contains a .NET application using the StockSharp trading framewo
 
 ## Getting Started
 
-### Prerequisites
-
-Ensure you have the following installed:
-- .NET 6
-- StockSharp library (available via NuGet)
-
 ### Installation
 
 1. Clone the repository.

API/lesson_01(simple_terminal)/02_MarketDepths_Trades/README.md

@@ -6,11 +6,18 @@ This guide explains how to handle market data using the StockSharp trading frame
 
 ## Key Components
 
-1. **Market Depths**: Market depth data represents the bids and offers at various price levels for a particular security.
-2. **Trades**: Real-time trade data shows actual trades that have occurred.
+1. **Market Depths**: [Market depth](https://doc.stocksharp.com/topics/api/order_books.html) data represents the bids and offers at various price levels for a particular security.
+2. **Trades**: [Real-time](https://doc.stocksharp.com/topics/api/market_data/subscriptions.html) trade data shows actual trades that have occurred.
 
 ## Setup and Event Handlers
 
+### Installation
+
+1. Clone the repository.
+2. Open the solution in Visual Studio.
+3. Find and add required connector via [NuGet package](https://stocksharp.com/products/nuget_manual/#privateserver)
+4. Build and run the application.
+
 ### Initialize and Connect
 
 First, the application initializes the connector and sets up event handlers for receiving market data:
@@ -40,7 +47,7 @@ private void Connect_Click(object sender, RoutedEventArgs e)
 
 ### Handling Market Depth Data
 
-When the market depth data is received, the application updates the UI component showing the market depth:
+When the market depth data is received, the application updates the [UI component](https://doc.stocksharp.com/topics/api/graphical_user_interface/market_data/order_book.html) showing the market depth:
 
 ```csharp
 private void ConnectorOnMarketDepthReceived(Subscription sub, IOrderBookMessage depth)
@@ -52,7 +59,7 @@ private void ConnectorOnMarketDepthReceived(Subscription sub, IOrderBookMessage
 
 ### Handling Trade Data
 
-When trade data is received, it is added to a grid that displays trades:
+When trade data is received, it is added to a [grid](https://doc.stocksharp.com/topics/api/graphical_user_interface/market_data/ticks.html) that displays trades:
 
 ```csharp
 private void ConnectorOnTickTradeReceived(Subscription sub, ITickTradeMessage trade)
@@ -64,7 +71,7 @@ private void ConnectorOnTickTradeReceived(Subscription sub, ITickTradeMessage tr
 
 ## Subscribing to Market Data
 
-When a security is selected, the application subscribes to level 1 data, trades, and market depth for that security:
+When a security is selected, the application [subscribes](https://doc.stocksharp.com/topics/api/market_data/subscriptions.html) to level 1 data, trades, and market depth for that security:
 
 ```csharp
 private void SecurityPicker_SecuritySelected(Security security)

API/lesson_01(simple_terminal)/03_Work_with_orders/README.md

@@ -6,15 +6,22 @@ This section of the documentation explains how to manage orders in a .NET applic
 
 ## Key Components
 
-1. **Order Handling**: Submitting buy and sell orders.
+1. **Order Handling**: Submitting buy and sell [orders](https://doc.stocksharp.com/topics/api/orders_management.html).
 2. **UI Components**: `SecurityEditor` and `PortfolioEditor` for selecting securities and portfolios.
-3. **Order Feedback**: Handling responses for new orders and failed orders.
+3. **Order Feedback**: Handling responses for [new orders and failed orders](https://doc.stocksharp.com/topics/api/orders_management/orders_states.html).
 
 ## Code Explanation and Usage
 
+### Installation
+
+1. Clone the repository.
+2. Open the solution in Visual Studio.
+3. Find and add required connector via [NuGet package](https://stocksharp.com/products/nuget_manual/#privateserver)
+4. Build and run the application.
+
 ### Initialization and Connection Setup
 
-The constructor initializes the application and loads existing settings. The `Connect_Click` method sets up necessary bindings and event handlers for order operations:
+The constructor initializes the application and [loads existing settings](https://doc.stocksharp.com/topics/api/connectors/save_and_load_settings.html). The `Connect_Click` method sets up necessary bindings and event handlers for order operations:
 
 ```csharp
 public MainWindow()
@@ -41,7 +48,7 @@ private void Connect_Click(object sender, RoutedEventArgs e)
 
 ### Submitting Orders
 
-The application provides methods to submit buy and sell orders. These methods are triggered by UI events (e.g., button clicks) and use the selected security and portfolio details to create and register orders with the trading service:
+The application provides methods to submit buy and sell [orders](https://doc.stocksharp.com/topics/api/orders_management.html). These methods are triggered by UI events (e.g., button clicks) and use the selected security and portfolio details to create and register orders with the trading service:
 
 ```csharp
 private void Buy_Click(object sender, RoutedEventArgs e)
@@ -75,7 +82,7 @@ private void Sell_Click(object sender, RoutedEventArgs e)
 
 ## Handling Order Responses
 
-The application listens for new orders and failed order registration events to update the UI appropriately:
+The application listens for new orders and failed order registration events to update the [UI](https://doc.stocksharp.com/topics/api/graphical_user_interface/trading/orders.html) appropriately:
 
 ```csharp
 _connector.NewOrder += OrderGrid.Orders.Add;
@@ -84,6 +91,6 @@ _connector.OrderRegisterFailed += OrderGrid.AddRegistrationFail;
 
 ## Conclusion
 
-This setup allows users to interactively manage trading orders through a UI, offering capabilities to buy and sell securities using configured trading services. This guide should help users understand the order handling process within the application and provide clear instructions on how to extend or modify this functionality.
+This setup allows users to interactively manage trading orders [through a UI](https://doc.stocksharp.com/topics/api/graphical_user_interface/trading/orders.html), offering capabilities to buy and sell securities using configured trading services. This guide should help users understand the order handling process within the application and provide clear instructions on how to extend or modify this functionality.
 
 Feel free to adjust the snippets and explanations to better fit the actual implementation details or specific configurations in your project.

API/lesson_02(candles)/01_Getting_realtime_candles/README.md

@@ -6,12 +6,19 @@ This documentation section explains how to handle and visualize real-time candle
 
 ## Key Components
 
-1. **Candle Series Setup**: Configuration of candle data types and subscription settings.
-2. **Real-Time Data Subscription**: Subscribing to candle data and handling incoming data updates.
-3. **Data Visualization**: Integrating with charting components to visualize the data.
+1. **Candle Series Setup**: Configuration of [candle data](https://doc.stocksharp.com/topics/api/candles.html) types and subscription settings.
+2. **Real-Time Data Subscription**: [Subscribing](https://doc.stocksharp.com/topics/api/market_data/subscriptions.html) to candle data and handling incoming data updates.
+3. **Data Visualization**: Integrating with [charting components](https://doc.stocksharp.com/topics/api/graphical_user_interface/charts.html) to visualize the data.
 
 ## Code Explanation and Usage
 
+### Installation
+
+1. Clone the repository.
+2. Open the solution in Visual Studio.
+3. Find and add required connector via [NuGet package](https://stocksharp.com/products/nuget_manual/#privateserver)
+4. Build and run the application.
+
 ### Initialization and Configuration
 
 The constructor initializes components and sets default settings for candle data types:
@@ -60,7 +67,7 @@ private void SecurityPicker_SecuritySelected(Security security)
 
 ### Handling Candle Data
 
-Implementing an event handler for processing received candle data and updating the chart:
+Implementing an event handler for processing received candle data and [updating the chart](https://doc.stocksharp.com/topics/api/candles/chart.html):
 
 ```csharp
 private void Connector_CandleSeriesProcessing(CandleSeries series, Candle candle)

API/lesson_02(candles)/02_Gluing_candles_history_realtime/README.md

@@ -6,12 +6,19 @@ This section of the documentation outlines how to manage and visualize both hist
 
 ## Key Components
 
-1. **Data Storage**: Utilizes CSV storage for historical data and local market data drives.
-2. **Real-Time Subscription**: Subscribing to real-time candle data and merging it with historical data.
-3. **Charting**: Visualization of both historical and real-time data on a chart.
+1. **Data Storage**: Utilizes CSV [storage](https://doc.stocksharp.com/topics/api/market_data_storage.html) for historical data and local market [data drives](https://doc.stocksharp.com/topics/api/market_data_storage/api.html).
+2. **Real-Time Subscription**: Subscribing to [real-time candle data](https://doc.stocksharp.com/topics/api/candles.html) and [merging it with historical data](https://doc.stocksharp.com/topics/api/candles/gluing_candles_history_real_time.html).
+3. **Charting**: Visualization of both historical and real-time data on a [chart](https://doc.stocksharp.com/topics/api/graphical_user_interface.html).
 
 ## Code Explanation and Usage
 
+### Installation
+
+1. Clone the repository.
+2. Open the solution in Visual Studio.
+3. Find and add required connector via [NuGet package](https://stocksharp.com/products/nuget_manual/#privateserver)
+4. Build and run the application.
+
 ### Initialization and Configuration
 
 The constructor sets up data storage, initializes components, and configures default settings for candle data types:
@@ -57,7 +64,7 @@ private void Connector_CandleSeriesProcessing(CandleSeries candleSeries, ICandle
 
 ### Selecting Security and Subscribing to Data
 
-When a security is selected, the application subscribes to both historical and real-time candle data, setting up the charting components accordingly:
+When a security is selected, the application [subscribes](https://doc.stocksharp.com/topics/api/market_data/subscriptions.html) to both historical and real-time candle data, setting up the charting components accordingly:
 
 ```csharp
 private void SecurityPicker_SecuritySelected(Security security)

API/lesson_03(historical_data)/01_LocalStorage/README.md

@@ -2,7 +2,7 @@
 
 ## Overview
 
-This program is designed to load and display various types of market data using the StockSharp framework, interacting with a local market data drive. It handles securities, candles, trades, market depths, level1 messages, and an expression-based index.
+This program is designed to load and display various types of market data using the StockSharp framework, interacting with a [local market data drive](https://doc.stocksharp.com/topics/api/market_data_storage.html). It handles securities, candles, trades, market depths, level1 messages, and an expression-based index.
 
 ## Detailed Code Explanation
 
@@ -24,7 +24,7 @@ foreach (var sec in securities)
 }
 Console.ReadLine();
 ```
-Here, the program lists all securities stored in the local drive and outputs each to the console.
+Here, the program lists all [securities](https://doc.stocksharp.com/topics/api/instruments.html) stored in the local drive and outputs each to the console.
 
 ### Loading and Displaying Candle Data
 
@@ -38,7 +38,7 @@ foreach (var candle in candles)
 }
 Console.ReadLine();
 ```
-This code loads candle data for the security `SBER@TQBR` using a one-minute timeframe, from April 1, 2020, to April 2, 2020. Each candle is then printed to the console.
+This code loads [candle data](https://doc.stocksharp.com/topics/api/candles.html) for the security `SBER@TQBR` using a one-minute timeframe, from April 1, 2020, to April 2, 2020. Each candle is then printed to the console.
 
 ### Loading and Displaying Trade Data
 
@@ -64,7 +64,7 @@ foreach (var marketDepth in marketDepths)
 }
 Console.ReadLine();
 ```
-This part of the program loads and displays market depth data, showing bid and ask prices and quantities.
+This part of the program loads and displays [market depth](https://doc.stocksharp.com/topics/api/order_books.html) data, showing bid and ask prices and quantities.
 
 ### Loading and Displaying Level1 Messages
 
@@ -90,7 +90,7 @@ var basketSecurity = new ExpressionIndexSecurity
     BasketExpression = "SBER@TQBR + 987654321",
 };
 ```
-This configures an expression-based index which is calculated using the specified formula. This demonstrates how to extend the application to handle composite securities based on expressions.
+This configures an [expression-based index](https://doc.stocksharp.com/topics/api/instruments/index.html) which is calculated using the specified formula. This demonstrates how to extend the application to handle composite securities based on expressions.
 
 ### Calculating and Displaying Index Candles
 

API/lesson_05(HistoryEmulation_and_first_strategies)/02_First_strategies/MainWindow.xaml.cs

@@ -95,11 +95,14 @@ private void Start_Click(object sender, RoutedEventArgs e)
 		_connector.NewOrder += OrderGrid.Orders.Add;
 		_connector.OrderRegisterFailed += OrderGrid.AddRegistrationFail;
 
-		// uncomment required strategy
-		_strategy = new OneCandleCountertrend(_candleSeries)
-		//_strategy = new OneCandleTrend(_candleSeries)
-		//_strategy = new StairsCountertrend(_candleSeries)
-		//_strategy = new StairsTrend(_candleSeries)
+		//
+		// !!! IMPORTANT !!!
+		// Uncomment the desired strategy
+		//
+		_strategy = new OneCandleCountertrendStrategy(_candleSeries)
+		//_strategy = new OneCandleTrendStrategy(_candleSeries)
+		//_strategy = new StairsCountertrendStrategy(_candleSeries)
+		//_strategy = new StairsTrendStrategy(_candleSeries)
 		{
 			Security = _security,
 			Connector = _connector,

API/lesson_05(HistoryEmulation_and_first_strategies)/02_First_strategies/OneCandleCountertrend/OneCandleCountertrend.cs → API/lesson_05(HistoryEmulation_and_first_strategies)/02_First_strategies/OneCandleCountertrend/OneCandleCountertrendStrategy.cs

@@ -6,12 +6,12 @@
 
 namespace First_strategies
 {
-	public class OneCandleCountertrend : Strategy
+	public class OneCandleCountertrendStrategy : Strategy
 	{
 		private readonly CandleSeries _candleSeries;
 		private Subscription _subscription;
 
-		public OneCandleCountertrend(CandleSeries candleSeries)
+		public OneCandleCountertrendStrategy(CandleSeries candleSeries)
 		{
 			_candleSeries = candleSeries;
 		}

API/lesson_05(HistoryEmulation_and_first_strategies)/02_First_strategies/OneCandleCountertrend/README.md

@@ -11,7 +11,7 @@ This strategy aims to take advantage of small reversals or "countertrend" moves
 The strategy is initialized with a `CandleSeries`, which specifies the security and timeframe for the candle data it will process.
 
 ```csharp
-public OneCandleCountertrend(CandleSeries candleSeries)
+public OneCandleCountertrendStrategy(CandleSeries candleSeries)
 {
     _candleSeries = candleSeries;
 }

API/lesson_05(HistoryEmulation_and_first_strategies)/02_First_strategies/OneCandleTrend/OneCandleTrend.cs → API/lesson_05(HistoryEmulation_and_first_strategies)/02_First_strategies/OneCandleTrend/OneCandleTrendStrategy.cs

@@ -6,12 +6,12 @@
 
 namespace First_strategies
 {
-	public class OneCandleTrend : Strategy
+	public class OneCandleTrendStrategy : Strategy
 	{
 		private readonly CandleSeries _candleSeries;
 		private Subscription _subscription;
 
-		public OneCandleTrend(CandleSeries candleSeries)
+		public OneCandleTrendStrategy(CandleSeries candleSeries)
 		{
 			_candleSeries = candleSeries;
 		}

API/lesson_05(HistoryEmulation_and_first_strategies)/02_First_strategies/OneCandleTrend/README.md

@@ -11,7 +11,7 @@ This strategy is designed to capitalize on the momentum within each trading cand
 The constructor initializes the strategy with a specific `CandleSeries`, which defines the security and the timeframe for which the strategy should receive and process candle data.
 
 ```csharp
-public OneCandleTrend(CandleSeries candleSeries)
+public OneCandleTrendStrategy(CandleSeries candleSeries)
 {
     _candleSeries = candleSeries;
 }

API/lesson_05(HistoryEmulation_and_first_strategies)/02_First_strategies/README.md

@@ -47,11 +47,14 @@ private void Start_Click(object sender, RoutedEventArgs e)
 	_connector = new HistoryEmulationConnector(new[] { _security }, new[] { _portfolio }) { ... };
 	_logManager.Sources.Add(_connector);
 
-	// Initialize and select strategy
-	_strategy = new OneCandleCountertrend(_candleSeries); // Uncomment the desired strategy
-	//_strategy = new OneCandleTrend(_candleSeries);
-	//_strategy = new StairsCountertrend(_candleSeries);
-	//_strategy = new StairsTrend(_candleSeries);
+	//
+	// !!! IMPORTANT !!!
+	// Uncomment the desired strategy
+	//
+	_strategy = new OneCandleCountertrendStrategy(_candleSeries);
+	//_strategy = new OneCandleTrendStrategy(_candleSeries);
+	//_strategy = new StairsCountertrendStrategy(_candleSeries);
+	//_strategy = new StairsTrendStrategy(_candleSeries);
 
 	_logManager.Sources.Add(_strategy);
 	_connector.Connected += Connector_Connected;