Merge pull request #3906 from corob-msft/docs/corob/bulk-entity-8

PRMerger13 · web-flow · commit 2d3dc424b103 · 2021-11-10T21:57:34.000-08:00
Eliminate remaining hyphen entities
diff --git a/docs/cpp/try-finally-statement.md b/docs/cpp/try-finally-statement.md
@@ -51,7 +51,7 @@ If an exception occurs in the **`__try`** block, the operating system must find
 
 For example, suppose a series of function calls links function A to function D, as shown in the following figure. Each function has one termination handler. If an exception is raised in function D and handled in A, the termination handlers are called in this order as the system unwinds the stack: D, C, B.
 
-![Diagram of the order of termination handler execution.](../cpp/media/vc38cx1.gif "Order of termination&#45;handler execution") <br/>
+![Diagram of the order of termination handler execution.](../cpp/media/vc38cx1.gif)<br/>
 Order of Termination-Handler Execution
 
 > [!NOTE]
diff --git a/docs/data/data-exchange-for-record-views-mfc-data-access.md b/docs/data/data-exchange-for-record-views-mfc-data-access.md
@@ -13,7 +13,7 @@ DDX for record views works in conjunction with [RFX](../data/odbc/record-field-e
 
 The following figure shows the relationship between DDX and RFX for record views.
 
-![Dialog&#45;data exchange and record&#45;field exchange.](../data/media/vc37xt1.gif "Dialog&#45;data exchange and record&#45;field exchange")<br/>
+![Diagram showing the relationship between dialog data exchange and record field exchange.](../data/media/vc37xt1.gif)<br/>
 Dialog Data Exchange and Record Field Exchange
 
 For more information about DDX, see [Dialog Data Exchange and Validation](../mfc/dialog-data-exchange-and-validation.md). For more information about RFX, see [Record Field Exchange (RFX)](../data/odbc/record-field-exchange-rfx.md).
diff --git a/docs/ide/writing-and-refactoring-code-cpp.md b/docs/ide/writing-and-refactoring-code-cpp.md
@@ -114,7 +114,7 @@ You can move lines of code up and down by selecting them, holding down Alt, and
 
 A snippet is a predefined piece of source code. Right-click on a single point or on selected text to either insert a snippet or surround the selected text with the snippet. The following illustration shows the three steps to surround a selected statement with a for loop. The yellow highlights in the final image are editable fields that you access with the tab key. For more information, see [Code Snippets](/visualstudio/ide/code-snippets).
 
-![Screenshot of C plus plus Insert Snippet Drop&#45;down.](../ide/media/vs2015_cpp_surround_with.png)
+![Screenshot of C plus plus Insert Snippet Drop down control.](../ide/media/vs2015_cpp_surround_with.png)
 
 ## Add Class
 
diff --git a/docs/mfc/mfc-activex-controls-using-data-binding-in-an-activex-control.md b/docs/mfc/mfc-activex-controls-using-data-binding-in-an-activex-control.md
@@ -15,7 +15,7 @@ One of the more powerful uses of ActiveX controls is data binding, which allows
 
 This article covers the control side of your task. Implementing the data binding interactions with the database is the responsibility of the control container. How you manage the database interactions in your container is beyond the scope of this documentation. How you prepare the control for data binding is explained in the rest of this article.
 
-![Conceptual diagram of a data&#45;bound control.](../mfc/media/vc374v1.gif "Conceptual diagram of a data&#45;bound control") <br/>
+![Conceptual diagram of a data bound control.](../mfc/media/vc374v1.gif)<br/>
 Conceptual Diagram of a Data-Bound Control
 
 The `COleControl` class provides two member functions that make data binding an easy process to implement. The first function, [BoundPropertyRequestEdit](reference/colecontrol-class.md#boundpropertyrequestedit), is used to request permission to change the property value. [BoundPropertyChanged](reference/colecontrol-class.md#boundpropertychanged), the second function, is called after the property value has been successfully changed.
diff --git a/docs/mfc/multiple-document-types-views-and-frame-windows.md b/docs/mfc/multiple-document-types-views-and-frame-windows.md
@@ -47,7 +47,7 @@ MFC supports three common user interfaces requiring multiple views on the same d
 
 The following figure, divided into parts a, b, and c, shows the three user-interface models in the order presented above.
 
-![Multiple&#45;view user interfaces.](../mfc/media/vc37a71.gif "Multiple&#45;view user interfaces") <br/>
+![Diagram showing three multiple view user interfaces.](../mfc/media/vc37a71.gif)<br/>
 Multiple-View User Interfaces
 
 The framework provides these models by implementing the New Window command and by providing class [CSplitterWnd](reference/csplitterwnd-class.md), as discussed in [Splitter Windows](#_core_splitter_windows). You can implement other models using these as your starting point. For sample programs that illustrate different configurations of views, frame windows, and splitters, see [MFC Samples](../overview/visual-cpp-samples.md#mfc-samples).
diff --git a/docs/parallel/amp/using-tiles.md b/docs/parallel/amp/using-tiles.md
@@ -22,7 +22,7 @@ To take advantage of tiling, your algorithm must partition the compute domain in
 
 The following diagram represents an 8x9 matrix of data that is arranged in 2x3 tiles.
 
-![8&#45;by&#45;9 matrix divided into 2&#45;by&#45;3 tiles.](../../parallel/amp/media/usingtilesmatrix.png "8&#45;by&#45;9 matrix divided into 2&#45;by&#45;3 tiles")
+![Diagram of an 8 by 9 matrix divided into 2 by 3 tiles.](../../parallel/amp/media/usingtilesmatrix.png)
 
 The following example displays the global, tile, and local indices of this tiled matrix. An `array_view` object is created by using elements of type `Description`. The `Description` holds the global, tile, and local indices of the element in the matrix. The code in the call to `parallel_for_each` sets the values of the global, tile, and local indices of each element. The output displays the values in the `Description` structures.
 
diff --git a/docs/parallel/amp/walkthrough-matrix-multiplication.md b/docs/parallel/amp/walkthrough-matrix-multiplication.md
@@ -64,13 +64,13 @@ Instructions for creating a new project vary depending on which version of Visua
 
 In this section, consider the multiplication of two matrices, A and B, which are defined as follows:
 
-![3&#45;by&#45;2 matrix A.](../../parallel/amp/media/campmatrixanontiled.png "3&#45;by&#45;2 matrix A")
+![Diagram showing 3 by 2 matrix A.](../../parallel/amp/media/campmatrixanontiled.png)
 
-![2&#45;by&#45;3 matrix B.](../../parallel/amp/media/campmatrixbnontiled.png "2&#45;by&#45;3 matrix B")
+![Diagram showing 2 by 3 matrix B.](../../parallel/amp/media/campmatrixbnontiled.png)
 
 A is a 3-by-2 matrix and B is a 2-by-3 matrix. The product of multiplying A by B is the following 3-by-3 matrix. The product is calculated by multiplying the rows of A by the columns of B element by element.
 
-![3&#45;by&#45;3 product matrix.](../../parallel/amp/media/campmatrixproductnontiled.png "3&#45;by&#45;3 product matrix")
+![Diagram showing the result 3 by 3 product matrix.](../../parallel/amp/media/campmatrixproductnontiled.png)
 
 ### To multiply without using C++ AMP
 
@@ -182,21 +182,21 @@ Tiling is a technique in which you partition data into equal-sized subsets, whic
 
 To take advantage of tiling in matrix multiplication, the algorithm must partition the matrix into tiles and then copy the tile data into `tile_static` variables for faster access. In this example, the matrix is partitioned into submatrices of equal size. The product is found by multiplying the submatrices. The two matrices and their product in this example are:
 
-![4&#45;by&#45;4 matrix A.](../../parallel/amp/media/campmatrixatiled.png "4&#45;by&#45;4 matrix A")
+![Diagram showing 4 by 4 matrix A.](../../parallel/amp/media/campmatrixatiled.png)
 
-![4&#45;by&#45;4 matrix B.](../../parallel/amp/media/campmatrixbtiled.png "4&#45;by&#45;4 matrix B")
+![Diagram showing 4 by 4 matrix B.](../../parallel/amp/media/campmatrixbtiled.png)
 
-![4&#45;by&#45;4 product matrix.](../../parallel/amp/media/campmatrixproducttiled.png "4&#45;by&#45;4 product matrix")
+![Diagram showing result 4 by 4 product matrix.](../../parallel/amp/media/campmatrixproducttiled.png)
 
 The matrices are partitioned into four 2x2 matrices, which are defined as follows:
 
-![4&#45;by&#45;4 matrix A partitioned into 2&#45;by&#45;2 sub&#45;matrices.](../../parallel/amp/media/campmatrixapartitioned.png "4&#45;by&#45;4 matrix A partitioned into 2&#45;by&#45;2 sub&#45;matrices")
+![Diagram showing 4 by 4 matrix A partitioned into 2 by 2 sub matrices.](../../parallel/amp/media/campmatrixapartitioned.png)
 
-![4&#45;by&#45;4 matrix B partitioned into 2&#45;by&#45;2 sub&#45;matrices.](../../parallel/amp/media/campmatrixbpartitioned.png "4&#45;by&#45;4 matrix B partitioned into 2&#45;by&#45;2 sub&#45;matrices")
+![Diagram showing 4 by 4 matrix B partitioned into 2 by 2 sub matrices.](../../parallel/amp/media/campmatrixbpartitioned.png)
 
 The product of A and B can now be written and calculated as follows:
 
-![4&#45;by&#45;4 matrix A B partitioned into 2&#45;by&#45;2 sub&#45;matrices.](../../parallel/amp/media/campmatrixproductpartitioned.png "4&#45;by&#45;4 matrix A B partitioned into 2&#45;by&#45;2 sub&#45;matrices")
+![Diagram showing 4 by 4 matrix A B partitioned into 2 by 2 sub matrices.](../../parallel/amp/media/campmatrixproductpartitioned.png)
 
 Because matrices `a` through `h` are 2x2 matrices, all of the products and sums of them are also 2x2 matrices. It also follows that the product of A and B is a 4x4 matrix, as expected. To quickly check the algorithm, calculate the value of the element in the first row, first column in the product. In the example, that would be the value of the element in the first row and first column of `ae + bg`. You only have to calculate the first column, first row of `ae` and `bg` for each term. That value for `ae` is `(1 * 1) + (2 * 5) = 11`. The value for `bg` is `(3 * 1) + (4 * 5) = 23`. The final value is `11 + 23 = 34`, which is correct.
 
diff --git a/docs/windows/image-editor-for-icons.md b/docs/windows/image-editor-for-icons.md
@@ -80,7 +80,7 @@ Since many of the drawing tools are available from the [keyboard](../windows/acc
 
 With the **Option** selector you can specify the width of a line, brush stroke, and more. The icon on the **Option** selector button changes depending on which tool you've selected.
 
-![Drawing&#45;shape selector on the Image Editor toolbar.](../mfc/media/vcimageeditortoolbaroptionselector.gif "vcImageEditorToolbarOptionSelector")<br/>
+![Screenshot showing the drawing shape selector on the Image Editor toolbar.](../mfc/media/vcimageeditortoolbaroptionselector.gif)<br/>
 **Option** selector on the **Image Editor** toolbar
 
 ### Text tool
diff --git a/docs/windows/working-with-color-image-editor-for-icons.md b/docs/windows/working-with-color-image-editor-for-icons.md
@@ -108,7 +108,7 @@ When you move or copy a selection from an image, any pixels in the selection tha
 
 You can switch from a transparent background (the default) to an opaque background, and back again. When you use a selection tool, the **Transparent Background** and **Opaque Background** options appear in the **Option** selector on the **Image Editor** toolbar.
 
-![Background options &#45; opaque or transparent.](../windows/media/vcimageeditoropaqtranspback.gif "Background options &#45; opaque or transparent")<br/>
+![Screenshot showing the Background options opaque or transparent.](../windows/media/vcimageeditoropaqtranspback.gif)<br/>
 **Transparent and Opaque Options** on the **Image Editor Toolbar**
 
 #### To switch between a transparent and opaque background
