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moved CLI doco into ILSpyCmd README

pull/3324/head
Holger Schmidt 1 year ago
parent
commit
52728e723f
  1. 100
      ICSharpCode.ILSpyCmd/README.md
  2. 100
      ICSharpCode.ILSpyX/MermaidDiagrammer/ReadMe.md

100
ICSharpCode.ILSpyCmd/README.md

@ -93,3 +93,103 @@ Examples:
(including types in the LightJson namespace while excluding types in nested LightJson.Serialization namespace) (including types in the LightJson namespace while excluding types in nested LightJson.Serialization namespace)
ilspycmd sample.dll --generate-diagrammer -o c:\diagrammer --generate-diagrammer-include LightJson\\..+ --generate-diagrammer-exclude LightJson\\.Serialization\\..+ ilspycmd sample.dll --generate-diagrammer -o c:\diagrammer --generate-diagrammer-include LightJson\\..+ --generate-diagrammer-exclude LightJson\\.Serialization\\..+
``` ```
# Generate a HTML diagrammer using the console app
Once you have an output folder in mind, you can adopt either of the following strategies
to generate a HTML diagrammer from a .Net assembly using the console app.
## Manually before use
**Create the output folder** in your location of choice and inside it **a new shell script**.
Using the CMD shell in a Windows environment for example, you'd create a `regenerate.cmd` looking somewhat like this:
<pre>
..\..\path\to\netAmermaid.exe --assembly ..\path\to\your\assembly.dll --output-folder .
</pre>
With this script in place, run it to (re-)generate the HTML diagrammer at your leisure. Note that `--output-folder .` directs the output to the current directory.
## Automatically
If you want to deploy an up-to-date HTML diagrammer as part of your live documentation,
you'll want to automate its regeneration to keep it in sync with your code base.
For example, you might like to share the diagrammer on a web server or - in general - with users
who cannot or may not regenerate it; lacking either access to the netAmermaid console app or permission to use it.
In such cases, you can dangle the regeneration off the end of either your build or deployment pipeline.
Note that the macros used here apply to [MSBuild](https://learn.microsoft.com/en-us/visualstudio/msbuild/msbuild) for [Visual Studio](https://learn.microsoft.com/en-us/visualstudio/ide/reference/pre-build-event-post-build-event-command-line-dialog-box) and your mileage may vary with VS for Mac or VS Code.
### After building
To regenerate the HTML diagrammer from your output assembly after building,
add something like the following to your project file.
Note that the `Condition` here is optional and configures this step to only run after `Release` builds.
```xml
<Target Name="PostBuild" AfterTargets="PostBuildEvent" Condition="'$(Configuration)' == 'Release'">
<Exec Command="$(SolutionDir)..\path\to\netAmermaid.exe --assembly $(TargetPath) --output-folder $(ProjectDir)netAmermaid" />
</Target>
```
### After publishing
If you'd rather regenerate the diagram after publishing instead of building, all you have to do is change the `AfterTargets` to `Publish`.
Note that the `Target` `Name` doesn't matter here and that the diagrammer is generated into a folder in the `PublishDir` instead of the `ProjectDir`.
```xml
<Target Name="GenerateHtmlDiagrammer" AfterTargets="Publish">
<Exec Command="$(SolutionDir)..\path\to\netAmermaid.exe --assembly $(TargetPath) --output-folder $(PublishDir)netAmermaid" />
</Target>
```
## Tips for using the console app
**Compiler-generated** types and their nested types are **excluded by default**.
Consider sussing out **big source assemblies** using [ILSpy](https://github.com/icsharpcode/ILSpy) first to get an idea about which subdomains to include in your diagrammers. Otherwise you may experience long build times and large file sizes for the diagrammer as well as a looong type selection opening it. At some point, mermaid may refuse to render all types in your selection because their definitions exceed the maximum input size. If that's where you find yourself, you may want to consider
- using `--include` and `--exclude` to **limit the scope of the individual diagrammer to a certain subdomain**
- generating **multiple diagrammers for different subdomains**.
## Advanced configuration examples
Above examples show how the most important options are used. Let's have a quick look at the remaining ones, which allow for customization in your project setup and diagrams.
### Filter extracted types
Sometimes the source assembly contains way more types than are sensible to diagram. Types with metadata for validation or mapping for example. Or auto-generated types.
Especially if you want to tailor a diagrammer for a certain target audience and hide away most of the supporting type system to avoid noise and unnecessary questions.
In these scenarios you can supply Regular Expressions for types to `--include` (white-list) and `--exclude` (black-list).
A third option `--report-excluded` will output a `.txt` containing the list of effectively excluded types next to the HTML diagrammer containing the effectively included types.
<pre>
netAmermaid.exe <b>--include Your\.Models\..+ --exclude .+\+Metadata|.+\.Data\..+Map --report-excluded</b> --assembly ..\path\to\your\assembly.dll --output-folder .
</pre>
This example
- includes all types in the top-level namespace `Your.Models`
- while excluding
- nested types called `Metadata` and
- types ending in `Map` in descendant `.Data.` namespaces.
### Strip namespaces from XML comments
You can reduce the noise in the member lists of classes on your diagrams by supplying a space-separated list of namespaces to omit from the output like so:
<pre>
netAmermaid.exe <b>--strip-namespaces System.Collections.Generic System</b> --assembly ..\path\to\your\assembly.dll --output-folder .
</pre>
Note how `System` is replaced **after** other namespaces starting with `System.` to achieve complete removal.
Otherwise `System.Collections.Generic` wouldn't match the `Collections.Generic` left over after removing `System.`, resulting in partial removal only.
### Adjust for custom XML documentation file names
If - for whatever reason - you have customized your XML documentation file output name, you can specify a custom path to pick it up from.
<pre>
netAmermaid.exe <b>--docs ..\path\to\your\docs.xml</b> --assembly ..\path\to\your\assembly.dll --output-folder .
</pre>

100
ICSharpCode.ILSpyX/MermaidDiagrammer/ReadMe.md

@ -70,106 +70,6 @@ Instead, think of the diagrammer as
You'll find controls and key bindings to help you get those things done as quickly and efficiently as possible. You'll find controls and key bindings to help you get those things done as quickly and efficiently as possible.
# Generate a HTML diagrammer using the console app
Once you have an output folder in mind, you can adopt either of the following strategies
to generate a HTML diagrammer from a .Net assembly using the console app.
## Manually before use
**Create the output folder** in your location of choice and inside it **a new shell script**.
Using the CMD shell in a Windows environment for example, you'd create a `regenerate.cmd` looking somewhat like this:
<pre>
..\..\path\to\netAmermaid.exe --assembly ..\path\to\your\assembly.dll --output-folder .
</pre>
With this script in place, run it to (re-)generate the HTML diagrammer at your leisure. Note that `--output-folder .` directs the output to the current directory.
## Automatically
If you want to deploy an up-to-date HTML diagrammer as part of your live documentation,
you'll want to automate its regeneration to keep it in sync with your code base.
For example, you might like to share the diagrammer on a web server or - in general - with users
who cannot or may not regenerate it; lacking either access to the netAmermaid console app or permission to use it.
In such cases, you can dangle the regeneration off the end of either your build or deployment pipeline.
Note that the macros used here apply to [MSBuild](https://learn.microsoft.com/en-us/visualstudio/msbuild/msbuild) for [Visual Studio](https://learn.microsoft.com/en-us/visualstudio/ide/reference/pre-build-event-post-build-event-command-line-dialog-box) and your mileage may vary with VS for Mac or VS Code.
### After building
To regenerate the HTML diagrammer from your output assembly after building,
add something like the following to your project file.
Note that the `Condition` here is optional and configures this step to only run after `Release` builds.
```xml
<Target Name="PostBuild" AfterTargets="PostBuildEvent" Condition="'$(Configuration)' == 'Release'">
<Exec Command="$(SolutionDir)..\path\to\netAmermaid.exe --assembly $(TargetPath) --output-folder $(ProjectDir)netAmermaid" />
</Target>
```
### After publishing
If you'd rather regenerate the diagram after publishing instead of building, all you have to do is change the `AfterTargets` to `Publish`.
Note that the `Target` `Name` doesn't matter here and that the diagrammer is generated into a folder in the `PublishDir` instead of the `ProjectDir`.
```xml
<Target Name="GenerateHtmlDiagrammer" AfterTargets="Publish">
<Exec Command="$(SolutionDir)..\path\to\netAmermaid.exe --assembly $(TargetPath) --output-folder $(PublishDir)netAmermaid" />
</Target>
```
## Tips for using the console app
**Compiler-generated** types and their nested types are **excluded by default**.
Consider sussing out **big source assemblies** using [ILSpy](https://github.com/icsharpcode/ILSpy) first to get an idea about which subdomains to include in your diagrammers. Otherwise you may experience long build times and large file sizes for the diagrammer as well as a looong type selection opening it. At some point, mermaid may refuse to render all types in your selection because their definitions exceed the maximum input size. If that's where you find yourself, you may want to consider
- using `--include` and `--exclude` to **limit the scope of the individual diagrammer to a certain subdomain**
- generating **multiple diagrammers for different subdomains**.
## Advanced configuration examples
Above examples show how the most important options are used. Let's have a quick look at the remaining ones, which allow for customization in your project setup and diagrams.
### Filter extracted types
Sometimes the source assembly contains way more types than are sensible to diagram. Types with metadata for validation or mapping for example. Or auto-generated types.
Especially if you want to tailor a diagrammer for a certain target audience and hide away most of the supporting type system to avoid noise and unnecessary questions.
In these scenarios you can supply Regular Expressions for types to `--include` (white-list) and `--exclude` (black-list).
A third option `--report-excluded` will output a `.txt` containing the list of effectively excluded types next to the HTML diagrammer containing the effectively included types.
<pre>
netAmermaid.exe <b>--include Your\.Models\..+ --exclude .+\+Metadata|.+\.Data\..+Map --report-excluded</b> --assembly ..\path\to\your\assembly.dll --output-folder .
</pre>
This example
- includes all types in the top-level namespace `Your.Models`
- while excluding
- nested types called `Metadata` and
- types ending in `Map` in descendant `.Data.` namespaces.
### Strip namespaces from XML comments
You can reduce the noise in the member lists of classes on your diagrams by supplying a space-separated list of namespaces to omit from the output like so:
<pre>
netAmermaid.exe <b>--strip-namespaces System.Collections.Generic System</b> --assembly ..\path\to\your\assembly.dll --output-folder .
</pre>
Note how `System` is replaced **after** other namespaces starting with `System.` to achieve complete removal.
Otherwise `System.Collections.Generic` wouldn't match the `Collections.Generic` left over after removing `System.`, resulting in partial removal only.
### Adjust for custom XML documentation file names
If - for whatever reason - you have customized your XML documentation file output name, you can specify a custom path to pick it up from.
<pre>
netAmermaid.exe <b>--docs ..\path\to\your\docs.xml</b> --assembly ..\path\to\your\assembly.dll --output-folder .
</pre>
# Tips for using the HTML diagrammer # Tips for using the HTML diagrammer
> **On Mac**, use the Command key ⌘ instead of `Ctrl`. > **On Mac**, use the Command key ⌘ instead of `Ctrl`.

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