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Important
Please note that this topic is a draft in progress. We are still working on adding more details to the steps described in this topic.
This article explains how to convert your existing C/AL code-customized on-premises solution to an AL code-customized on-premises solution.
Before you start, we recommend getting familiar with the basics of setting up and developing in Visual Studio Code and AL, see Developing Extensions in AL.
Note
Moving on-premise C/AL code customizations to Dynamics 365 Business Central online, requires converting these to AL extensions. This could include converting the C/AL deltas to AL extension code as a starting point, as outlined in The Txt2Al Conversion Tool.
Task 1: Import the test library into your C/AL solution
If your solution uses Microsoft (1st-party) extensions, you will have to convert the test library from C/AL to AL. The reason for this is that the Microsoft extensions rely on the test symbols. The easiest way to do this is to import the CALTestLibraries.W1.fob file into the old database. This file is available on the version 14 installation media (DVD) in the TestToolKit folder.
You can do this using the (Dynamics NAV Development Environment). For more information, see Exporting and Importing Objects.
Task 2: Compile all the objects in your C/AL solution
Compiling all the objects is a prerequisite for a successful and complete export. To compile objects, you can use either of the following:
- C/SIDE (Dynamics NAV Development Environment). See Compiling Objects.
- Compile-NAVApplicationObject cmdlet of the Dynamics NAV Development Shell. Make sure to run this as an administrator.
Task 3: Export the application objects to the new TXT syntax
Once the application compiles, you must export all C/AL application objects, except system tables and codeunits (IDs in the 2000000000 range), to the new TXT format. The exported objects will be used used as input to the Txt2AL conversion tool. To export objects, use the Export-NAVApplicationObject cmdlet of the Dynamics NAV Development Shell. It is important to:
- Omit omit all system objects, which have IDs in the 2000000000 range.
- Use the
ExportToNewSyntax
switch to export the objects in a syntax that is compatible with the Txt2Al conversion tool.
The Export-NAVApplicationObject cmdlet will export all objects to a single .txt file. If you imported the test library objects into the database, then you will export the base application objects and the test library separately because later, you will create a separate AL project for each set of files.
For example, do the following:
- Export the custom base application objects.
- Create a folder for storing the exported base application objects to TXT files (for example, c:export2albaseapplication).
- Run the following commands to export tha application objects, but omitting the system objects and test library objects.
- Export the test library objects.
- Create a folder for storing the exported test library objects to TXT files (for example, c:export2altestlibrary).
- Run the following commands to export the test library objects only
Task 4: Create a declaration file for custom .NET assemblies (optional)
If your solution contains .NET interoperability code and control add-ins, you can create a file that contains the declarations to the assemblies. This file will be used when you convert the C/AL TXT files to AL in the next step. Alternatively, after the conversion, you will have to manually add the declarations to objects that use the assemblies.
To create the file, use a text editor or Visual Studio code to create a file that contains the assembly declarations as follows:
Save the file with any name and the extension .al, for example mydotnet.al. Make a note of the path because you will use it in the next step.
Task 5: Convert the C/AL TXT files to AL
With C/AL exported to the new TXT format, you now convert the code to AL using the The Txt2Al Conversion Tool. The Txt2Al creates .al files for each object in the TXT files. Similar to Task 3, if you imported the test library objects into the database, then you will convert the base application objects and the test library separately.
- Convert the base application TXT files to AL.
- Create a folder for storing the AL files for base application objects (for example, c:export2albaseapplicational).
- Start a command prompt as administrator, and navigate to the folder that contain txt2al.exe file.By default, the location is C:Program Files (x86)Microsoft Dynamics 365 Business Central140RoleTailored Client.
- Run the txt2al command:If your solution contains .NET interoperability code, the following Txt2Al command line parameters are used to achieve a conversion that requires less manual intervention:
--injectDotNetAddIns
injects the definition of standard .NET add-ins in the resulting .NET package. The standard .NET add-ins are a set of add-ins that are embedded into the platform.--dotNetAddInsPackage
should be used to point the conversion tool to an AL file containing declarations for the .NET types that represent .NET control addins. Use this to inject a custom set of .NET control add-in declarations. This parameter is only required if you completed Task 4, and you set it to point to the location of the dotnet.al file.NoteIf you are interested in migrating your localization resources, you should use the--addLegacyTranslationInfo
switch to instruct Txt2Al to generate information about the legacy IDs of the translation code.--dotNetTypePrefix
specifies a prefix to be used for all .NET type aliases created during the conversion. This will ensure that no naming conflicts occur with existing types. In the example,BC
is the prefix.--rename
renames the output files to prevent clashes with the source .txt files.When completed, there will be an .al file for each object.
- Convert the test library TXT files to AL.This is similar to the previous step.
- Create a folder for storing the AL files for base application objects (for example, c:export2albaseapplicational).
- Run the txt2al command:Use a different value for the
--dotNetTypePrefix
than you did for the base application.
Task 6: Create a new application database for development
To build your base application, you will create a new application database on the Business Central version 15 platform. This will only be used during development.
- Start the Business Central Administration Shell for version 15 as an administrator.
- Run the New-NAVApplicationDatabase cmdlet to create the database. For example:
- Connect your Business Central Server instance to the database. See Connecting a Business Central Server Instance to a Database.
- Restart the server instance.
Task 7: Create and build an AL project for custom base application
In this task, you will create a AL project in Visual Studio code that you will use for building your custom base application extension based on your converted C/AL application.
- If you haven't already, install Visual Studio Code and the latest AL Language extension for version 15.0 as outlined in Getting Started with AL.
- https://automotivenew187.weebly.com/blog/auto-tune-7-vst-free-download. Configure Visual Studio Code for optimal performance with AL projects.This step is optional, but recommended. For more information, see Optimize Visual Studio Code for Editing and Building.
- In Visual Studio Code, from the Command Palette, select the AL Go! command to create a new project.Specify the path for the project, and set the Target Platform to 4.0 Business Central 2019 release wave 2. When prompted to select your server, choose Your own server.
- Create a .alpackages folder in the root folder of the project and then copy the system (platform) symbols extension (System.app file) to the folder.The System.app file is located where you installed the AL Development Environment, which by default is the C:Program Files (x86)Microsoft Dynamics 365 Business Central150AL Development Environment folder. This package contains the symbols for all the system tables and codeunits.
- Delete the HelloWorld.al sample file from the project.
- Modify the
settings.json
file of Visual Studio Code to configure the assembly probing path.Change'al.assemblyProbingPaths': ['./.netpackages']
to point to all the folders that contain .NET assemblies that are used by your project. Here is an example that contains the most typical paths:For more information about the settings.json, see User and Workspace Settings.NoteAdding assemblies to the folders in your assembly probing paths is not automatically detected by the compiler. You must restart Visual Studio Code for the changes to be detected. - Modify the
app.json
for the project as follows:- Important The ID, name, and publisher, and version of the custom base application must match the Business Central base application. Set the parameters to the following values`:We recommend that you set the 'version' to the same version as the C/AL application.
- Set the
target
toOnPrem
. - Change the
idRange
to include all the IDs used by your base application (or leave blank). - Delete the values in the
dependencies
parameter.
- Copy all of the base application AL files generated in the previous task (Task 5) to the root folder of your project.
- Open the dotnet.al file for the project, and make the following changes:
- Delete all instances of
Version = '14.0.0.0';
for Microsoft.Dynamics.Nav assembly declarations. - For the
DocumentFormat.OpenXml
assembly declaration, remove theversion
andculture
keys and setPublicKeyToken = '8fb06cb64d019a17'
.
- Delete objects that are related to the client debugger client.Debugging from the client has been discontinued, and replaced by AL Debugger. The version 14 debugger objects are not supported on version 15. To avoid compilation errors, delete the following objects:
- Debugger.Page.al
- DebuggerBreakpointCondition.Page.al
- DebuggerBreakpointList.Page.al
- DebuggerCallstackFactBox.Page.al
- DebuggerCodeViewer.Page.al
- DebuggerManagement.Codeunit.al
- DebuggerVariableList.Page.al
- DebuggerWatchValueFactBox.Page.al
- SessionList.Page.al
You might also have to remove references toSessionList
in ChangeGlobalDimensions.Codeunit.al. - Build and compile your project (press Ctrl+Shift+B).The AL compiler will issue errors for constructs that are not valid. Fix any errors that occur, and build again.TipIf you are maintaining your C/AL solution going forward, we recommend that you fix errors in C/AL objects and convert to AL again. This makes it future changes easier to foward push changes because code bases will be similar.When all errors are fixed, the custom base application package (.app) will be created.
Task 8: Create and build an AL project for the test library
If you converted the test library form C/AL to AL, you will now create and build a project for test library, similar to what you did for the base application.- Follow steps 1 through 5 in Task 7 to create an AL project for the test library.
- As with base application project, you have to modify the
app.json
file, but in this case, you have to change the version and add a dependency on the base application that you created.- Set the
'version'
to the old application version, such as14.5.0.0
. - Set the
'dependencies'
to include information about your custom the base application. - Set the
target
toOnPrem
. - Change the
idRange
to include all the IDs used by your test application (or leave blank).
- Copy all of the AL files that you generated for the test library in Task 5 to the root folder of your project.
- Open the dotnet.al file for the project, and make the following changes:
- Delete all instances of
Version = '14.0.0.0';
for Microsoft.Dynamics.Nav assembly declarations.
- Delete all instances of
- Build the project.
Next Steps
If you are performing a technical upgrade from version 14.0 to version 15.0, return to the technical upgrade step where you left off.See Also
The Txt2Al Conversion Tool
Developing Extensions
AL Development Environment
Page Extension Object
Report Object
Page Properties
- C++ Basics
- C++ Object Oriented
- C++ Advanced
- C++ Useful Resources
- Selected Reading
A for loop is a repetition control structure that allows you to efficiently write a loop that needs to execute a specific number of times.
Syntax
The syntax of a for loop in C++ is −
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Here is the flow of control in a for loop −
- The init step is executed first, and only once. This step allows you to declare and initialize any loop control variables. You are not required to put a statement here, as long as a semicolon appears.
- Next, the condition is evaluated. If it is true, the body of the loop is executed. If it is false, the body of the loop does not execute and flow of control jumps to the next statement just after the for loop.
- After the body of the for loop executes, the flow of control jumps back up to the increment statement. This statement can be left blank, as long as a semicolon appears after the condition.
- The condition is now evaluated again. If it is true, the loop executes and the process repeats itself (body of loop, then increment step, and then again condition). After the condition becomes false, the for loop terminates.
Point Blank Indir
Flow Diagram
Example
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When the above code is compiled and executed, it produces the following result −
Base Point Blank Dev C Download
cpp_loop_types.htm