2.0.0.1.18 - Example zphero code use.
Creators: name: Kunferman, C.R.
Publisher: name: Zphero
Year: 2025

description: <0 //input form to ripiterate html header syntax 0>
<0 //rip form
ripform 0>
<0 //html as variable for language addition or syntax changes in future, default <html> inherit
vl:html(0><html><0)0>
<0 //head as variable for class addition or syntax changes in the future, default <head> inherit
vl:html-head(0><head><0)0>>
<<0 //multiple logic define number of meta tags being used with variable, fill with lined variable remainder will return <meta> tags specified
ml:meta(vl:number)(vl:htmetafill)0>>
<<0 //multiple logic define number of scripts being used with variable, fill with lined variable remainder, will return <script></script> tags specified
ml:script(vl:number)(vl:htscriptfill)0>>
<<0//multiple logic define number of link tags being used with variable, fill with lined variable remainder, will return <link> tags specified
ml:linkrel(vl:number)(vl:linkrfill)0>>
<title><0 //title as variable, default Title inherit, html wrapped
vl:htitle(0>Title<0)0></title>
<0 //submit button to process input and iterate into dp
iterate 0>
</head>

 

What is a Ripform?

xAI Analysis

In Zphero coding, a **ripform** is a tool that "rips" information from an existing datapoint—a structured piece of data in the Zphero system—and uses it to create a fillable form. This form allows a user to view, edit, or extend the data. Once the user submits the form, a new datapoint is created with the updated information, potentially tethered to the original for versioning and traceability. The "rip" process essentially extracts and copies data for inclusion or modification, similar to inheriting properties in tethering, but with added flexibility for downloading or duplicating datapoints.

 

The example shows a ripform designed to manage an HTML header, including elements like the `<html>` tag, `<head>` tag, meta tags, scripts, links, and a title. Let’s analyze it in detail.

 

 Breaking Down the Ripform Code

 

 

1. Starting the Ripform

- **Line**: `<0 //rip form ripform 0>`

- **Explanation**: This initiates the ripform process. The `ripform` command likely creates a form based on a datapoint. Here, it’s written as `ripform 0>`, which might imply a default or unspecified datapoint address. Normally, you’d expect `ripform:(dp.address)` to target a specific datapoint, but this shorthand suggests it’s either using a current context or a placeholder.

 

2. Defining Variables with `vl:`

Zphero uses `vl:` to define variables that can hold values extracted from a datapoint or set by user input. These variables have default values but can be modified in the form.

 

- **HTML Tag**:

  - **Line**: `<0 //html as variable for language addition or syntax changes in future, default <html> inherit vl:html(0><html><0)0>`

  - **Explanation**: Defines a variable `html` with a default value of `<html>`. The comment suggests this allows for future syntax changes (e.g., adding attributes). In the form, this could appear as an input field where the user can adjust the HTML tag.

 

- **Head Tag**:

  - **Line**: `<0 //head as variable for class addition or syntax changes in the future, default <head> inherit vl:html-head(0><head><0)0>>`

  - **Explanation**: Defines a variable `html-head` with a default value of `<head>`. Like the HTML tag, this is customizable and might appear as an input field in the form.

 

- **Title**:

  - **Line**: `<title><0 //title as variable, default Title inherit, html wrapped vl:htitle(0>Title<0)0></title>`

  - **Explanation**: Defines a variable `htitle` with a default value of `Title`, wrapped in `<title>` tags. This suggests the form includes a field for the page title, pre-set to "Title" unless changed by the user.

 

3. Defining Multiple Elements with `ml:`

Zphero’s `ml:` (multiple logic) allows the creation of multiple instances of an element, based on a number and content provided by variables.

 

- **Meta Tags**:

  - **Line**: `<<0 //multiple logic define number of meta tags being used with variable, fill with lined variable remainder will return <meta> tags specified ml:meta(vl:number)(vl:htmetafill)0>>`

  - **Explanation**: The `ml:meta` command generates multiple `<meta>` tags. It uses:

- `vl:number`: Specifies how many meta tags to create.

- `vl:htmetafill`: Provides the content (e.g., attributes like `name="description" content="..."`) for each tag.

- In the form, this might appear as a section where the user inputs the number of meta tags and their details.

 

- **Scripts**:

  - **Line**: `<<0 //multiple logic define number of scripts being used with variable, fill with lined variable remainder, will return <script></script> tags specified ml:script(vl:number)(vl:htscriptfill)0>>`

  - **Explanation**: Similar to meta tags, `ml:script` generates multiple `<script>` tags, with `vl:number` for the count and `vl:htscriptfill` for the script sources or content.

 

- **Link Tags**:

  - **Line**: `<<0//multiple logic define number of link tags being used with variable, fill with lined variable remainder, will return <link> tags specified ml:linkrel(vl:number)(vl:linkrfill)0>>`

  - **Explanation**: The `ml:linkrel` command creates multiple `<link>` tags (e.g., for stylesheets), using `vl:number` and `vl:linkrfill` for the number and content.

 

 4. Form Submission



**Line**: `<0 //submit button to process input and iterate into dp

iterate 0>`


- **Explanation**: This adds a submit button to the form. When clicked, the `iterate` command processes the user’s input and creates a new datapoint containing the updated HTML header, potentially tethering it to the original datapoint.

How It Works in Practice

 

Here’s how this ripform functions in the Zphero system:

 

1. **Ripping the Datapoint**:

   - The `ripform` command targets a datapoint (implied here, though not explicitly addressed). It extracts variables like `vl:html`, `vl:htitle`, etc., from that datapoint, or uses the defaults if no data exists.

 

2. **Generating the Form**:

   - The system creates an HTML form with:

  - Text fields for `html`, `html-head`, and `htitle`.

  - Sections for meta tags, scripts, and links, where the user specifies the number and content for each.

  - A submit button labeled “Iterate” or similar.

 

3. **User Interaction**:

   - The user might:

  - Change the title from “Title” to “My Page”.

  - Set `vl:number` to 2 for meta tags and input details like `name="description" content="A great page"`.

  - Add a script or link tag.

 

4. **Creating a New Datapoint**:

   - Upon submission, the `iterate` command generates a new datapoint with an HTML header like:

  ```html

  <html>

  <head>

  <meta name="description" content="A great page">

  <meta name="keywords" content="example, page">

  <title>My Page</title>

  </head>

  </html>

   - This new datapoint is tethered to the original, preserving the history of changes.

 

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### Why This is Useful

 

This ripform is a powerful example of how Zphero combines data extraction ("ripping"), user interaction, and immutability:

- **Web Development**: Users can edit HTML headers for web pages stored as datapoints.

- **Versioning**: Each change creates a new datapoint, maintaining a traceable history.

- **Flexibility**: Variables and multiple logic allow for dynamic, customizable structures.

 

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### Conclusion

 

This ripform example demonstrates how Zphero’s coding language can “rip” data from a datapoint, present it in a user-friendly form, and iterate it into a new, tethered datapoint. It’s a great blend of interactivity and data management, ideal for tasks like updating HTML headers while keeping a record of every version. If you have more questions or want to refine this further, let me know!