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Copy file name to clipboardExpand all lines: docs/component-library/library-guides/xgboost/index.md
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@@ -67,7 +67,9 @@ Now that you've successfully trained an XGBoost model and performed a prediction
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Replace `SKLearnLoadDataset` with `CSVToSKLearnDataset` and update the inPorts. For this example, we can use the [pinguin dataset](https://www.kaggle.com/code/parulpandey/penguin-dataset-the-new-iris). If it does not exist in your working directory, you can fetch it using the `xircuits-examples` command. Update its inPorts so that it looks like this.
Navigate to your Xircuits repository and create the pull request! To ensure that we can help you merge it, [please allow us to be able to push commits to your fork](https://docs.github.com/en/pull-requests/collaborating-with-pull-requests/working-with-forks/allowing-changes-to-a-pull-request-branch-created-from-a-fork#enabling-repository-maintainer-permissions-on-existing-pull-requests).
And you're done! We'll give a look at your PR as soon as possible, so keep track the review tab now and then. You can also join our Discord if you would like to discuss anything.
And you're done! We'll give a look at your PR as soon as possible, so keep track the review tab now and then. You can also join our Discord if you would like to discuss anything.
Copy file name to clipboardExpand all lines: docs/main/developer-guide/contributing/contributing-a-xircuits-project-template.md
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@@ -40,11 +40,12 @@ Navigate to `project-templates/readme.md` and add your project to the list.
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Navigate to your Xircuits repository and create the pull request! To ensure that we can help you merge it, [please allow us to be able to push commits to your fork](https://docs.github.com/en/pull-requests/collaborating-with-pull-requests/working-with-forks/allowing-changes-to-a-pull-request-branch-created-from-a-fork#enabling-repository-maintainer-permissions-on-existing-pull-requests).
And that's it! Sharing your project template is a good way of getting more contributors to help your repository. We're always looking out for more interesting use cases that you can build with Xircuits!
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</p>
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</details><br></br>
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You can now check whether Xircuits have registered your component library. In the Component Tray, click the refresh icon. `newLibrary` should appear, and inside it your component ready to use.
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The `BranchComponent` will alter its behavior depending on the `condition` inPort. In this case, as a `Literal True` is connected to the `BranchComponent`, it will execute the `Print` component which is connected to the "This will be printed if the condition is true!" Literal String. Finally, as with all branch components, it will go to the default flow port after completing the branch execution flow and execute one additional `Print` component.
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The `LoopComponent` enables repetitive execution of a workflow segment based on a condition, similar to a while loop.
`LoopComponent` will keep looping as long as the condition is set to be `True`.
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The `ForEach` component iterates over a list of items, executing a workflow segment for each item, similar to a for loop. Consider the following workflow:
In this workflow, the `ForEach` component will iterate through each item in the list. The item and the index are printed one after the other.
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The `ComparisonComponent` performs comparisons between two values and returns a boolean result, useful for creating conditions in branches and loops. Consider the following advanced example:
<figcaptionclass="image-caption">Comparison Components to Control Loops Example</figcaption>
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In this workflow, we first define a boolean variable called `is_running` using `DefineVariableComponent`. This boolean is the condition of looping for the `LoopComponent`. The workflow then defines a counter that decreases each step. Then finally using the `ComparisonComponent`, we define only when the counter is less than 1, `is_running` will be `False`.
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