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# Layout control
# Layout Component
## Overview
## Introduction
This component renders the global layout of the application.
This is only one instance per session.
The Layout component provides a complete application structure with fixed header and footer, a scrollable main content
area, and optional collapsible side drawers. It's designed to be the foundation of your FastHTML application's UI.
## State
**Key features:**
- Fixed header and footer that stay visible while scrolling
- Collapsible left and right drawers for navigation, tools, or auxiliary content
- Resizable drawers with drag handles
- Automatic state persistence per session
- Single instance per session (singleton pattern)
**Common use cases:**
- Application with navigation sidebar
- Dashboard with tools panel
- Admin interface with settings drawer
- Documentation site with table of contents
## Quick Start
Here's a minimal example showing an application with a navigation sidebar:
```python
from fasthtml.common import *
from myfasthtml.controls.Layout import Layout
from myfasthtml.controls.helpers import mk
from myfasthtml.core.commands import Command
# Create the layout instance
layout = Layout(parent=root_instance, app_name="My App")
# Add navigation items to the left drawer
layout.left_drawer.add(
mk.mk(Div("Home"), command=Command(...))
)
layout.left_drawer.add(
mk.mk(Div("About"), command=Command(...))
)
layout.left_drawer.add(
mk.mk(Div("Contact"), command=Command(...))
)
# Set the main content
layout.set_main(
Div(
H1("Welcome"),
P("This is the main content area")
)
)
# Render the layout
return layout
```
This creates a complete application layout with:
- A header displaying the app name and drawer toggle button
- A collapsible left drawer with interactive navigation items
- A main content area that updates when navigation items are clicked
- An empty footer
**Note:** Navigation items use commands to update the main content area without page reload. See the Commands section
below for details.
## Basic Usage
### Creating a Layout
The Layout component is a `SingleInstance`, meaning there's only one instance per session. Create it by providing a
parent instance and an application name:
```python
layout = Layout(parent=root_instance, app_name="My Application")
```
### Content Zones
The Layout provides six content zones where you can add components:
```
┌──────────────────────────────────────────────────────────┐
│ Header │
│ ┌─────────────────┐ ┌─────────────────┐ │
│ │ header_left │ │ header_right │ │
│ └─────────────────┘ └─────────────────┘ │
├─────────┬────────────────────────────────────┬───────────┤
│ │ │ │
│ left │ │ right │
│ drawer │ Main Content │ drawer │
│ │ │ │
│ │ │ │
├─────────┴────────────────────────────────────┴───────────┤
│ Footer │
│ ┌─────────────────┐ ┌─────────────────┐ │
│ │ footer_left │ │ footer_right │ │
│ └─────────────────┘ └─────────────────┘ │
└──────────────────────────────────────────────────────────┘
```
**Zone details:**
| Zone | Typical Use |
|----------------|-----------------------------------------------|
| `header_left` | App logo, menu button, breadcrumbs |
| `header_right` | User profile, notifications, settings |
| `left_drawer` | Navigation menu, tree view, filters |
| `right_drawer` | Tools panel, properties inspector, debug info |
| `footer_left` | Copyright, legal links, version |
| `footer_right` | Status indicators, connection state |
### Adding Content to Zones
Use the `.add()` method to add components to any zone:
```python
# Header
layout.header_left.add(Div("Logo"))
layout.header_right.add(Div("User: Admin"))
# Drawers
layout.left_drawer.add(Div("Navigation"))
layout.right_drawer.add(Div("Tools"))
# Footer
layout.footer_left.add(Div("© 2024 My App"))
layout.footer_right.add(Div("v1.0.0"))
```
### Setting Main Content
The main content area displays your page content and can be updated dynamically:
```python
# Set initial content
layout.set_main(
Div(
H1("Dashboard"),
P("Welcome to your dashboard")
)
)
# Update later (typically via commands)
layout.set_main(
Div(
H1("Settings"),
P("Configure your preferences")
)
)
```
### Controlling Drawers
By default, both drawers are visible. The drawer state is managed automatically:
- Users can toggle drawers using the icon buttons in the header
- Users can resize drawers by dragging the handle
- Drawer state persists within the session
The initial drawer widths are:
- Left drawer: 250px
- Right drawer: 250px
These can be adjusted by users and the state is preserved automatically.
## Content System
### Understanding Groups
Each content zone (header_left, header_right, drawers, footer) supports **groups** to organize related items. Groups are
separated visually by dividers and can have optional labels.
### Adding Content to Groups
When adding content, you can optionally specify a group name:
```python
# Add items to different groups in the left drawer
layout.left_drawer.add(Div("Dashboard"), group="main")
layout.left_drawer.add(Div("Analytics"), group="main")
layout.left_drawer.add(Div("Settings"), group="preferences")
layout.left_drawer.add(Div("Profile"), group="preferences")
```
This creates two groups:
- **main**: Dashboard, Analytics
- **preferences**: Settings, Profile
A visual divider automatically appears between groups.
### Custom Group Labels
You can provide a custom FastHTML element to display as the group header:
```python
# Add a styled group header
layout.left_drawer.add_group(
"Navigation",
group_ft=Div("MAIN MENU", cls="font-bold text-sm opacity-60 px-2 py-1")
)
# Then add items to this group
layout.left_drawer.add(Div("Home"), group="Navigation")
layout.left_drawer.add(Div("About"), group="Navigation")
```
### Ungrouped Content
If you don't specify a group, content is added to the default (`None`) group:
```python
# These items are in the default group
layout.left_drawer.add(Div("Quick Action 1"))
layout.left_drawer.add(Div("Quick Action 2"))
```
### Preventing Duplicates
The Content system automatically prevents adding duplicate items based on their `id` attribute:
```python
item = Div("Unique Item", id="my-item")
layout.left_drawer.add(item)
layout.left_drawer.add(item) # Ignored - already added
```
### Group Rendering Options
Groups render differently depending on the zone:
**In drawers** (vertical layout):
- Groups stack vertically
- Dividers are horizontal lines
- Group labels appear above their content
**In header/footer** (horizontal layout):
- Groups arrange side-by-side
- Dividers are vertical lines
- Group labels are typically hidden
## Advanced Features
### Resizable Drawers
Both drawers can be resized by users via drag handles:
- **Drag handle location**:
- Left drawer: Right edge
- Right drawer: Left edge
- **Width constraints**: 150px (minimum) to 600px (maximum)
- **Persistence**: Resized width is automatically saved in the session state
Users can drag the handle to adjust drawer width. The new width is preserved throughout their session.
### Programmatic Drawer Control
You can control drawers programmatically using commands:
```python
# Toggle drawer visibility
toggle_left = layout.commands.toggle_drawer("left")
toggle_right = layout.commands.toggle_drawer("right")
# Update drawer width
update_left_width = layout.commands.update_drawer_width("left", width=300)
update_right_width = layout.commands.update_drawer_width("right", width=350)
```
These commands are typically used with buttons or other interactive elements:
```python
# Add a button to toggle the right drawer
button = mk.button("Toggle Tools", command=layout.commands.toggle_drawer("right"))
layout.header_right.add(button)
```
### State Persistence
The Layout automatically persists its state within the user's session:
| State Property | Description | Default |
|----------------------|---------------------------------|---------|
| `left_drawer_open` | Whether left drawer is visible | `True` |
| `right_drawer_open` | Whether right drawer is visible | `True` |
| `left_drawer_width` | Left drawer width in pixels | `250` |
| `right_drawer_width` | Right drawer width in pixels | `250` |
State changes (toggle, resize) are automatically saved and restored within the session.
### Dynamic Content Updates
Content zones can be updated dynamically during the session:
```python
# Initial setup
layout.left_drawer.add(Div("Item 1"))
# Later, add more items (e.g., in a command handler)
def add_dynamic_content():
layout.left_drawer.add(Div("New Item"), group="dynamic")
return layout.left_drawer # Return updated drawer for HTMX swap
```
**Note**: When updating content dynamically, you typically return the updated zone to trigger an HTMX swap.
### CSS Customization
The Layout uses CSS classes that you can customize:
| Class | Element |
|----------------------------|----------------------------------|
| `mf-layout` | Root layout container |
| `mf-layout-header` | Header section |
| `mf-layout-footer` | Footer section |
| `mf-layout-main` | Main content area |
| `mf-layout-drawer` | Drawer container |
| `mf-layout-left-drawer` | Left drawer specifically |
| `mf-layout-right-drawer` | Right drawer specifically |
| `mf-layout-drawer-content` | Scrollable content within drawer |
| `mf-resizer` | Resize handle |
| `mf-layout-group` | Content group wrapper |
You can override these classes in your custom CSS to change colors, spacing, or behavior.
### User Profile Integration
The Layout automatically includes a UserProfile component in the header right area. This component handles user
authentication display and logout functionality when auth is enabled.
## Examples
### Example 1: Dashboard with Navigation Sidebar
A typical dashboard application with a navigation menu in the left drawer:
```python
from fasthtml.common import *
from myfasthtml.controls.Layout import Layout
from myfasthtml.controls.helpers import mk
from myfasthtml.core.commands import Command
# Create layout
layout = Layout(parent=root_instance, app_name="Analytics Dashboard")
# Navigation menu in left drawer
def show_dashboard():
layout.set_main(Div(H1("Dashboard"), P("Overview of your metrics")))
return layout._mk_main()
def show_reports():
layout.set_main(Div(H1("Reports"), P("Detailed analytics reports")))
return layout._mk_main()
def show_settings():
layout.set_main(Div(H1("Settings"), P("Configure your preferences")))
return layout._mk_main()
# Add navigation items with groups
layout.left_drawer.add_group("main", group_ft=Div("MENU", cls="font-bold text-xs px-2 opacity-60"))
layout.left_drawer.add(mk.mk(Div("Dashboard"), command=Command("nav_dash", "Show dashboard", show_dashboard)),
group="main")
layout.left_drawer.add(mk.mk(Div("Reports"), command=Command("nav_reports", "Show reports", show_reports)),
group="main")
layout.left_drawer.add_group("config", group_ft=Div("CONFIGURATION", cls="font-bold text-xs px-2 opacity-60"))
layout.left_drawer.add(mk.mk(Div("Settings"), command=Command("nav_settings", "Show settings", show_settings)),
group="config")
# Header content
layout.header_left.add(Div("📊 Analytics", cls="font-bold"))
# Footer
layout.footer_left.add(Div("© 2024 Analytics Co."))
layout.footer_right.add(Div("v1.0.0"))
# Set initial main content
layout.set_main(Div(H1("Dashboard"), P("Overview of your metrics")))
```
### Example 2: Development Tool with Debug Panel
An application with development tools in the right drawer:
```python
from fasthtml.common import *
from myfasthtml.controls.Layout import Layout
from myfasthtml.controls.helpers import mk
# Create layout
layout = Layout(parent=root_instance, app_name="Dev Tools")
# Main content: code editor
layout.set_main(
Div(
H2("Code Editor"),
Textarea("# Write your code here", rows=20, cls="w-full font-mono")
)
)
# Right drawer: debug and tools
layout.right_drawer.add_group("debug", group_ft=Div("DEBUG INFO", cls="font-bold text-xs px-2 opacity-60"))
layout.right_drawer.add(Div("Console output here..."), group="debug")
layout.right_drawer.add(Div("Variables: x=10, y=20"), group="debug")
layout.right_drawer.add_group("tools", group_ft=Div("TOOLS", cls="font-bold text-xs px-2 opacity-60"))
layout.right_drawer.add(Button("Run Code"), group="tools")
layout.right_drawer.add(Button("Clear Console"), group="tools")
# Header
layout.header_left.add(Div("DevTools IDE"))
layout.header_right.add(Button("Save"))
```
### Example 3: Minimal Layout (Main Content Only)
A simple layout without drawers, focusing only on main content:
```python
from fasthtml.common import *
from myfasthtml.controls.Layout import Layout
# Create layout
layout = Layout(parent=root_instance, app_name="Simple Blog")
# Header
layout.header_left.add(Div("My Blog", cls="text-xl font-bold"))
layout.header_right.add(A("About", href="/about"))
# Main content
layout.set_main(
Article(
H1("Welcome to My Blog"),
P("This is a simple blog layout without side drawers."),
P("The focus is on the content in the center.")
)
)
# Footer
layout.footer_left.add(Div("© 2024 Blog Author"))
layout.footer_right.add(A("RSS", href="/rss"))
# Note: Drawers are present but can be collapsed by users if not needed
```
### Example 4: Dynamic Content Loading
Loading content dynamically based on user interaction:
```python
from fasthtml.common import *
from myfasthtml.controls.Layout import Layout
from myfasthtml.controls.helpers import mk
from myfasthtml.core.commands import Command
layout = Layout(parent=root_instance, app_name="Dynamic App")
# Function that loads content dynamically
def load_page(page_name):
# Simulate loading different content
content = {
"home": Div(H1("Home"), P("Welcome to the home page")),
"profile": Div(H1("Profile"), P("User profile information")),
"settings": Div(H1("Settings"), P("Application settings")),
}
layout.set_main(content.get(page_name, Div("Page not found")))
return layout._mk_main()
# Create navigation commands
pages = ["home", "profile", "settings"]
for page in pages:
cmd = Command(f"load_{page}", f"Load {page} page", load_page, page)
layout.left_drawer.add(
mk.mk(Div(page.capitalize()), command=cmd)
)
# Set initial content
layout.set_main(Div(H1("Home"), P("Welcome to the home page")))
```
---
## Developer Reference
This section contains technical details for developers working on the Layout component itself.
### State
The Layout component maintains the following state properties:
| Name | Type | Description | Default |
|----------------------|---------|----------------------------------|---------|
@@ -14,32 +508,28 @@ This is only one instance per session.
| `left_drawer_width` | integer | Width of the left drawer | 250 |
| `right_drawer_width` | integer | Width of the right drawer | 250 |
## Commands
### Commands
Available commands for programmatic control:
| Name | Description |
|-----------------------------------------|----------------------------------------------------------------------------------------|
| `toggle_drawer(side)` | Toggles the drawer on the specified side |
| `update_drawer_width(side, width=None)` | Updates the drawer width on the specified side. The width is given by the HTMX request |
## Ids
### Public Methods
| Name | Description |
|-------------|-------------------|
| `layout` | Singleton |
| `layout_h` | header |
| `layout_hl` | header left side |
| `layout_hr` | header right side |
| `layout_f` | footer |
| `layout_fl` | footer left side |
| `layout_fr` | footer right side |
| `layout_ld` | left drawer |
| `layout_rd` | right drawer |
| Method | Description |
|---------------------|-----------------------------|
| `set_main(content)` | Sets the main content area |
| `render()` | Renders the complete layout |
### High Level Hierarchical Structure
## High Level Hierarchical Structure
```
Div(id="layout")
├── Header
│ ├── Div(id="layout_hl")
│ ├── Div(id="layout_hl")
│ │ ├── Icon # Left drawer icon button
│ │ └── Div # Left content for the header
│ └── Div(id="layout_hr")
@@ -47,7 +537,47 @@ Div(id="layout")
│ └── UserProfile # user profile icon button
├── Div # Left Drawer
├── Main # Main content
├── Div # Right Drawer
├── Div # Right Drawer
├── Footer # Footer
└── Script # To initialize the resizing
```
```
### Element IDs
| Name | Description |
|-------------|-------------------------------------|
| `layout` | Root layout container (singleton) |
| `layout_h` | Header section (not currently used) |
| `layout_hl` | Header left side |
| `layout_hr` | Header right side |
| `layout_f` | Footer section (not currently used) |
| `layout_fl` | Footer left side |
| `layout_fr` | Footer right side |
| `layout_ld` | Left drawer |
| `layout_rd` | Right drawer |
### Internal Methods
These methods are used internally for rendering:
| Method | Description |
|---------------------------|--------------------------------------------------------|
| `_mk_header()` | Renders the header component |
| `_mk_footer()` | Renders the footer component |
| `_mk_main()` | Renders the main content area |
| `_mk_left_drawer()` | Renders the left drawer |
| `_mk_right_drawer()` | Renders the right drawer |
| `_mk_left_drawer_icon()` | Renders the left drawer toggle icon |
| `_mk_right_drawer_icon()` | Renders the right drawer toggle icon |
| `_mk_content_wrapper()` | Static method to wrap content with groups and dividers |
### Content Class
The `Layout.Content` nested class manages content zones:
| Method | Description |
|-----------------------------------|----------------------------------------------------------|
| `add(content, group=None)` | Adds content to a group, prevents duplicates based on ID |
| `add_group(group, group_ft=None)` | Creates a new group with optional custom header element |
| `get_content()` | Returns dictionary of groups and their content |
| `get_groups()` | Returns list of (group_name, group_ft) tuples |

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# TreeView Component
## Introduction
The TreeView component provides an interactive hierarchical data visualization with full CRUD operations. It's designed for displaying tree-structured data like file systems, organizational charts, or navigation menus with inline editing capabilities.
**Key features:**
- Expand/collapse nodes with visual indicators
- Add child and sibling nodes dynamically
- Inline rename with keyboard support (ESC to cancel)
- Delete nodes (only leaf nodes without children)
- Node selection tracking
- Persistent state per session
- Configurable icons per node type
**Common use cases:**
- File/folder browser
- Category/subcategory management
- Organizational hierarchy viewer
- Navigation menu builder
- Document outline editor
## Quick Start
Here's a minimal example showing a file system tree:
```python
from fasthtml.common import *
from myfasthtml.controls.TreeView import TreeView, TreeNode
# Create TreeView instance
tree = TreeView(parent=root_instance, _id="file-tree")
# Add root folder
root = TreeNode(id="root", label="Documents", type="folder")
tree.add_node(root)
# Add some files
file1 = TreeNode(id="file1", label="report.pdf", type="file")
file2 = TreeNode(id="file2", label="budget.xlsx", type="file")
tree.add_node(file1, parent_id="root")
tree.add_node(file2, parent_id="root")
# Expand root to show children
tree.expand_all()
# Render the tree
return tree
```
This creates an interactive tree where users can:
- Click chevrons to expand/collapse folders
- Click labels to select items
- Use action buttons (visible on hover) to add, rename, or delete nodes
**Note:** All interactions use commands and update via HTMX without page reload.
## Basic Usage
### Creating a TreeView
TreeView is a `MultipleInstance`, allowing multiple trees per session. Create it with a parent instance:
```python
tree = TreeView(parent=root_instance, _id="my-tree")
```
### TreeNode Structure
Nodes are represented by the `TreeNode` dataclass:
```python
from myfasthtml.controls.TreeView import TreeNode
node = TreeNode(
id="unique-id", # Auto-generated UUID if not provided
label="Node Label", # Display text
type="default", # Type for icon mapping
parent=None, # Parent node ID (None for root)
children=[] # List of child node IDs
)
```
### Adding Nodes
Add nodes using the `add_node()` method:
```python
# Add root node
root = TreeNode(id="root", label="Root", type="folder")
tree.add_node(root)
# Add child node
child = TreeNode(label="Child 1", type="item")
tree.add_node(child, parent_id="root")
# Add with specific position
sibling = TreeNode(label="Child 2", type="item")
tree.add_node(sibling, parent_id="root", insert_index=0) # Insert at start
```
### Visual Structure
```
TreeView
├── Root Node 1
│ ├── [>] Child 1-1 # Collapsed node with children
│ ├── [ ] Child 1-2 # Leaf node (no children)
│ └── [v] Child 1-3 # Expanded node
│ ├── [ ] Grandchild
│ └── [ ] Grandchild
└── Root Node 2
└── [>] Child 2-1
```
**Legend:**
- `[>]` - Collapsed node (has children)
- `[v]` - Expanded node (has children)
- `[ ]` - Leaf node (no children)
### Expanding Nodes
Control node expansion programmatically:
```python
# Expand all nodes with children
tree.expand_all()
# Expand specific nodes by adding to opened list
tree._state.opened.append("node-id")
```
**Note:** Users can also toggle nodes by clicking the chevron icon.
## Interactive Features
### Node Selection
Users can select nodes by clicking on labels. The selected node is visually highlighted:
```python
# Programmatically select a node
tree._state.selected = "node-id"
# Check current selection
current = tree._state.selected
```
### Adding Nodes
Users can add nodes via action buttons (visible on hover):
**Add Child:**
- Adds a new node as a child of the target node
- Automatically expands the parent
- Creates node with same type as parent
**Add Sibling:**
- Adds a new node next to the target node (same parent)
- Inserts after the target node
- Cannot add sibling to root nodes
```python
# Programmatically add child
tree._add_child(parent_id="root", new_label="New Child")
# Programmatically add sibling
tree._add_sibling(node_id="child1", new_label="New Sibling")
```
### Renaming Nodes
Users can rename nodes via the edit button:
1. Click the edit icon (visible on hover)
2. Input field appears with current label
3. Press Enter to save (triggers command)
4. Press ESC to cancel (keyboard shortcut)
```python
# Programmatically start rename
tree._start_rename("node-id")
# Save rename
tree._save_rename("node-id", "New Label")
# Cancel rename
tree._cancel_rename()
```
### Deleting Nodes
Users can delete nodes via the delete button:
**Restrictions:**
- Can only delete leaf nodes (no children)
- Attempting to delete a node with children raises an error
- Deleted node is removed from parent's children list
```python
# Programmatically delete node
tree._delete_node("node-id") # Raises ValueError if node has children
```
## Content System
### Node Types and Icons
Assign types to nodes for semantic grouping and custom icon display:
```python
# Define node types
root = TreeNode(label="Project", type="project")
folder = TreeNode(label="src", type="folder")
file = TreeNode(label="main.py", type="python-file")
# Configure icons for types
tree.set_icon_config({
"project": "fluent.folder_open",
"folder": "fluent.folder",
"python-file": "fluent.document_python"
})
```
**Note:** Icon configuration is stored in state and persists within the session.
### Hierarchical Organization
Nodes automatically maintain parent-child relationships:
```python
# Get node's children
node = tree._state.items["node-id"]
child_ids = node.children
# Get node's parent
parent_id = node.parent
# Navigate tree programmatically
for child_id in node.children:
child_node = tree._state.items[child_id]
print(child_node.label)
```
### Finding Root Nodes
Root nodes are nodes without a parent:
```python
root_nodes = [
node_id for node_id, node in tree._state.items.items()
if node.parent is None
]
```
## Advanced Features
### Keyboard Shortcuts
TreeView includes keyboard support for common operations:
| Key | Action |
|-----|--------|
| `ESC` | Cancel rename operation |
Additional shortcuts can be added via the Keyboard component:
```python
from myfasthtml.controls.Keyboard import Keyboard
tree = TreeView(parent=root_instance)
# ESC handler is automatically included for cancel rename
```
### State Management
TreeView maintains persistent state within the session:
| State Property | Type | Description |
|----------------|------|-------------|
| `items` | `dict[str, TreeNode]` | All nodes indexed by ID |
| `opened` | `list[str]` | IDs of expanded nodes |
| `selected` | `str \| None` | Currently selected node ID |
| `editing` | `str \| None` | Node being renamed (if any) |
| `icon_config` | `dict[str, str]` | Type-to-icon mapping |
### Dynamic Updates
TreeView updates are handled via commands that return the updated tree:
```python
# Commands automatically target the tree for HTMX swap
cmd = tree.commands.toggle_node("node-id")
# When executed, returns updated TreeView with new state
```
### CSS Customization
TreeView uses CSS classes for styling:
| Class | Element |
|-------|---------|
| `mf-treeview` | Root container |
| `mf-treenode-container` | Container for node and its children |
| `mf-treenode` | Individual node row |
| `mf-treenode.selected` | Selected node highlight |
| `mf-treenode-label` | Node label text |
| `mf-treenode-input` | Input field during rename |
| `mf-treenode-actions` | Action buttons container (hover) |
You can override these classes to customize appearance:
```css
.mf-treenode.selected {
background-color: #e0f2fe;
border-left: 3px solid #0284c7;
}
.mf-treenode-actions {
opacity: 0;
transition: opacity 0.2s;
}
.mf-treenode:hover .mf-treenode-actions {
opacity: 1;
}
```
## Examples
### Example 1: File System Browser
A file/folder browser with different node types:
```python
from fasthtml.common import *
from myfasthtml.controls.TreeView import TreeView, TreeNode
# Create tree
tree = TreeView(parent=root_instance, _id="file-browser")
# Configure icons
tree.set_icon_config({
"folder": "fluent.folder",
"python": "fluent.document_python",
"text": "fluent.document_text"
})
# Build file structure
root = TreeNode(id="root", label="my-project", type="folder")
tree.add_node(root)
src = TreeNode(id="src", label="src", type="folder")
tree.add_node(src, parent_id="root")
main = TreeNode(label="main.py", type="python")
utils = TreeNode(label="utils.py", type="python")
tree.add_node(main, parent_id="src")
tree.add_node(utils, parent_id="src")
readme = TreeNode(label="README.md", type="text")
tree.add_node(readme, parent_id="root")
# Expand to show structure
tree.expand_all()
return tree
```
### Example 2: Category Management
Managing product categories with inline editing:
```python
from fasthtml.common import *
from myfasthtml.controls.TreeView import TreeView, TreeNode
tree = TreeView(parent=root_instance, _id="categories")
# Root categories
electronics = TreeNode(id="elec", label="Electronics", type="category")
tree.add_node(electronics)
# Subcategories
computers = TreeNode(label="Computers", type="subcategory")
phones = TreeNode(label="Phones", type="subcategory")
tree.add_node(computers, parent_id="elec")
tree.add_node(phones, parent_id="elec")
# Products (leaf nodes)
laptop = TreeNode(label="Laptops", type="product")
desktop = TreeNode(label="Desktops", type="product")
tree.add_node(laptop, parent_id=computers.id)
tree.add_node(desktop, parent_id=computers.id)
tree.expand_all()
return tree
```
### Example 3: Document Outline Editor
Building a document outline with headings:
```python
from fasthtml.common import *
from myfasthtml.controls.TreeView import TreeView, TreeNode
tree = TreeView(parent=root_instance, _id="outline")
# Document structure
doc = TreeNode(id="doc", label="My Document", type="document")
tree.add_node(doc)
# Chapters
ch1 = TreeNode(id="ch1", label="Chapter 1: Introduction", type="heading1")
ch2 = TreeNode(id="ch2", label="Chapter 2: Methods", type="heading1")
tree.add_node(ch1, parent_id="doc")
tree.add_node(ch2, parent_id="doc")
# Sections
sec1_1 = TreeNode(label="1.1 Background", type="heading2")
sec1_2 = TreeNode(label="1.2 Objectives", type="heading2")
tree.add_node(sec1_1, parent_id="ch1")
tree.add_node(sec1_2, parent_id="ch1")
# Subsections
subsec = TreeNode(label="1.1.1 Historical Context", type="heading3")
tree.add_node(subsec, parent_id=sec1_1.id)
tree.expand_all()
return tree
```
### Example 4: Dynamic Tree with Event Handling
Responding to tree events with custom logic:
```python
from fasthtml.common import *
from myfasthtml.controls.TreeView import TreeView, TreeNode
from myfasthtml.controls.helpers import mk
from myfasthtml.core.commands import Command
tree = TreeView(parent=root_instance, _id="dynamic-tree")
# Initial structure
root = TreeNode(id="root", label="Tasks", type="folder")
tree.add_node(root)
# Function to handle selection
def on_node_selected(node_id):
# Custom logic when node is selected
node = tree._state.items[node_id]
tree._select_node(node_id)
# Update a detail panel elsewhere in the UI
return Div(
H3(f"Selected: {node.label}"),
P(f"Type: {node.type}"),
P(f"Children: {len(node.children)}")
)
# Override select command with custom handler
# (In practice, you'd extend the Commands class or use event callbacks)
tree.expand_all()
return tree
```
---
## Developer Reference
This section contains technical details for developers working on the TreeView component itself.
### State
The TreeView component maintains the following state properties:
| Name | Type | Description | Default |
|------|------|-------------|---------|
| `items` | `dict[str, TreeNode]` | All nodes indexed by ID | `{}` |
| `opened` | `list[str]` | Expanded node IDs | `[]` |
| `selected` | `str \| None` | Selected node ID | `None` |
| `editing` | `str \| None` | Node being renamed | `None` |
| `icon_config` | `dict[str, str]` | Type-to-icon mapping | `{}` |
### Commands
Available commands for programmatic control:
| Name | Description |
|------|-------------|
| `toggle_node(node_id)` | Toggle expand/collapse state |
| `add_child(parent_id)` | Add child node to parent |
| `add_sibling(node_id)` | Add sibling node after target |
| `start_rename(node_id)` | Enter rename mode for node |
| `save_rename(node_id)` | Save renamed node label |
| `cancel_rename()` | Cancel rename operation |
| `delete_node(node_id)` | Delete node (if no children) |
| `select_node(node_id)` | Select a node |
All commands automatically target the TreeView component for HTMX updates.
### Public Methods
| Method | Description |
|--------|-------------|
| `add_node(node, parent_id, insert_index)` | Add a node to the tree |
| `expand_all()` | Expand all nodes with children |
| `set_icon_config(config)` | Configure icons for node types |
| `render()` | Render the complete TreeView |
### TreeNode Dataclass
```python
@dataclass
class TreeNode:
id: str # Unique identifier (auto-generated UUID)
label: str = "" # Display text
type: str = "default" # Node type for icon mapping
parent: Optional[str] = None # Parent node ID
children: list[str] = [] # Child node IDs
```
### High Level Hierarchical Structure
```
Div(id="treeview", cls="mf-treeview")
├── Div(cls="mf-treenode-container", data-node-id="root1")
│ ├── Div(cls="mf-treenode")
│ │ ├── Icon # Toggle chevron
│ │ ├── Span(cls="mf-treenode-label") | Input(cls="mf-treenode-input")
│ │ └── Div(cls="mf-treenode-actions")
│ │ ├── Icon # Add child
│ │ ├── Icon # Rename
│ │ └── Icon # Delete
│ └── Div(cls="mf-treenode-container") # Child nodes (if expanded)
│ └── ...
├── Div(cls="mf-treenode-container", data-node-id="root2")
│ └── ...
└── Keyboard # ESC handler
```
### Element IDs and Attributes
| Attribute | Element | Description |
|-----------|---------|-------------|
| `id` | Root Div | TreeView component ID |
| `data-node-id` | Node container | Node's unique ID |
### Internal Methods
These methods are used internally for rendering and state management:
| Method | Description |
|--------|-------------|
| `_toggle_node(node_id)` | Toggle expand/collapse state |
| `_add_child(parent_id, new_label)` | Add child node implementation |
| `_add_sibling(node_id, new_label)` | Add sibling node implementation |
| `_start_rename(node_id)` | Enter rename mode |
| `_save_rename(node_id, node_label)` | Save renamed node |
| `_cancel_rename()` | Cancel rename operation |
| `_delete_node(node_id)` | Delete node if no children |
| `_select_node(node_id)` | Select a node |
| `_render_action_buttons(node_id)` | Render hover action buttons |
| `_render_node(node_id, level)` | Recursively render node and children |
### Commands Class
The `Commands` nested class provides command factory methods:
| Method | Returns |
|--------|---------|
| `toggle_node(node_id)` | Command to toggle node |
| `add_child(parent_id)` | Command to add child |
| `add_sibling(node_id)` | Command to add sibling |
| `start_rename(node_id)` | Command to start rename |
| `save_rename(node_id)` | Command to save rename |
| `cancel_rename()` | Command to cancel rename |
| `delete_node(node_id)` | Command to delete node |
| `select_node(node_id)` | Command to select node |
All commands are automatically configured with HTMX targeting.
### Integration with Keyboard Component
TreeView includes a Keyboard component for ESC key handling:
```python
Keyboard(self, {"esc": self.commands.cancel_rename()}, _id="-keyboard")
```
This enables users to press ESC to cancel rename operations without clicking.

View File

@@ -38,7 +38,7 @@ mdurl==0.1.2
more-itertools==10.8.0
myauth==0.2.1
mydbengine==0.1.0
myutils==0.4.0
myutils==0.5.0
nh3==0.3.1
numpy==2.3.5
oauthlib==3.3.1

View File

@@ -4,6 +4,7 @@ import yaml
from fasthtml import serve
from myfasthtml.controls.CommandsDebugger import CommandsDebugger
from myfasthtml.controls.DataGridsManager import DataGridsManager
from myfasthtml.controls.Dropdown import Dropdown
from myfasthtml.controls.FileUpload import FileUpload
from myfasthtml.controls.InstancesDebugger import InstancesDebugger
@@ -44,38 +45,38 @@ def create_sample_treeview(parent):
TreeView: Configured TreeView instance with sample data
"""
tree_view = TreeView(parent, _id="-treeview")
# Create sample file structure
projects = TreeNode(label="Projects", type="folder")
tree_view.add_node(projects)
myfasthtml = TreeNode(label="MyFastHtml", type="folder")
tree_view.add_node(myfasthtml, parent_id=projects.id)
app_py = TreeNode(label="app.py", type="file")
tree_view.add_node(app_py, parent_id=myfasthtml.id)
readme = TreeNode(label="README.md", type="file")
tree_view.add_node(readme, parent_id=myfasthtml.id)
src_folder = TreeNode(label="src", type="folder")
tree_view.add_node(src_folder, parent_id=myfasthtml.id)
controls_py = TreeNode(label="controls.py", type="file")
tree_view.add_node(controls_py, parent_id=src_folder.id)
documents = TreeNode(label="Documents", type="folder")
tree_view.add_node(documents, parent_id=projects.id)
notes = TreeNode(label="notes.txt", type="file")
tree_view.add_node(notes, parent_id=documents.id)
todo = TreeNode(label="todo.md", type="file")
tree_view.add_node(todo, parent_id=documents.id)
# Expand all nodes to show the full structure
#tree_view.expand_all()
# tree_view.expand_all()
return tree_view
@@ -110,10 +111,10 @@ def index(session):
btn_popup = mk.label("Popup",
command=add_tab("Popup", Dropdown(layout, "Content", button="button", _id="-dropdown")))
# Create TreeView with sample data
tree_view = create_sample_treeview(layout)
layout.header_left.add(tabs_manager.add_tab_btn())
layout.header_right.add(btn_show_right_drawer)
layout.left_drawer.add(btn_show_instances_debugger, "Debugger")
@@ -121,6 +122,7 @@ def index(session):
layout.left_drawer.add(btn_file_upload, "Test")
layout.left_drawer.add(btn_popup, "Test")
layout.left_drawer.add(tree_view, "TreeView")
layout.left_drawer.add(DataGridsManager(layout, _id="-datagrids"), "Documents")
layout.set_main(tabs_manager)
keyboard = Keyboard(layout, _id="-keyboard").add("ctrl+o",
add_tab("File Open", FileUpload(layout, _id="-file_upload")))

View File

@@ -3,6 +3,7 @@
--font-sans: ui-sans-serif, system-ui, sans-serif, 'Apple Color Emoji', 'Segoe UI Emoji', 'Segoe UI Symbol', 'Noto Color Emoji';
--font-mono: ui-monospace, SFMono-Regular, Menlo, Monaco, Consolas, 'Liberation Mono', 'Courier New', monospace;
--spacing: 0.25rem;
--text-xs: 0.6875rem;
--text-sm: 0.875rem;
--text-sm--line-height: calc(1.25 / 0.875);
--text-xl: 1.25rem;
@@ -11,6 +12,8 @@
--radius-md: 0.375rem;
--default-font-family: var(--font-sans);
--default-mono-font-family: var(--font-mono);
--properties-font-size: var(--text-xs);
--mf-tooltip-zindex: 10;
}
@@ -56,6 +59,26 @@
* Compatible with DaisyUI 5
*/
.mf-tooltip-container {
background: var(--color-base-200);
padding: 5px 10px;
border-radius: 4px;
pointer-events: none; /* Prevent interfering with mouse events */
font-size: 12px;
white-space: nowrap;
opacity: 0; /* Default to invisible */
visibility: hidden; /* Prevent interaction when invisible */
transition: opacity 0.3s ease, visibility 0s linear 0.3s; /* Delay visibility removal */
position: fixed; /* Keep it above other content and adjust position */
z-index: var(--mf-tooltip-zindex); /* Ensure it's on top */
}
.mf-tooltip-container[data-visible="true"] {
opacity: 1;
visibility: visible; /* Show tooltip */
transition: opacity 0.3s ease; /* No delay when becoming visible */
}
/* Main layout container using CSS Grid */
.mf-layout {
display: grid;
@@ -632,7 +655,6 @@
/* *************** Panel Component *************** */
/* *********************************************** */
/* Container principal du panel */
.mf-panel {
display: flex;
width: 100%;
@@ -641,7 +663,6 @@
position: relative;
}
/* Panel gauche */
.mf-panel-left {
position: relative;
flex-shrink: 0;
@@ -653,15 +674,13 @@
border-right: 1px solid var(--color-border-primary);
}
/* Panel principal (centre) */
.mf-panel-main {
flex: 1;
height: 100%;
overflow: auto;
min-width: 0; /* Important pour permettre le shrink du flexbox */
min-width: 0; /* Important to allow the shrinking of flexbox */
}
/* Panel droit */
.mf-panel-right {
position: relative;
flex-shrink: 0;
@@ -671,4 +690,79 @@
height: 100%;
overflow: auto;
border-left: 1px solid var(--color-border-primary);
padding: 0.5rem;
}
/* *********************************************** */
/* ************* Properties Component ************ */
/* *********************************************** */
/* Properties container */
.mf-properties {
display: flex;
flex-direction: column;
gap: 1rem;
}
/* Group card - using DaisyUI card styling */
.mf-properties-group-card {
background-color: var(--color-base-100);
border: 1px solid color-mix(in oklab, var(--color-base-content) 10%, transparent);
border-radius: var(--radius-md);
overflow: hidden;
box-shadow: 0 1px 3px rgba(0, 0, 0, 0.1);
}
/* Group header - gradient using DaisyUI primary color */
.mf-properties-group-header {
background: linear-gradient(135deg, var(--color-primary) 0%, color-mix(in oklab, var(--color-primary) 80%, black) 100%);
color: var(--color-primary-content);
padding: calc(var(--properties-font-size) * 0.5) calc(var(--properties-font-size) * 0.75);
font-weight: 700;
font-size: var(--properties-font-size);
}
/* Group content area */
.mf-properties-group-content {
display: flex;
flex-direction: column;
}
/* Property row */
.mf-properties-row {
display: flex;
justify-content: space-between;
align-items: center;
padding: calc(var(--properties-font-size) * 0.4) calc(var(--properties-font-size) * 0.75);
border-bottom: 1px solid color-mix(in oklab, var(--color-base-content) 5%, transparent);
transition: background-color 0.15s ease;
gap: calc(var(--properties-font-size) * 0.75);
}
.mf-properties-row:last-child {
border-bottom: none;
}
.mf-properties-row:hover {
background-color: color-mix(in oklab, var(--color-base-content) 3%, transparent);
}
/* Property key - normal font */
.mf-properties-key {
font-weight: 600;
color: color-mix(in oklab, var(--color-base-content) 70%, transparent);
flex: 0 0 40%;
font-size: var(--properties-font-size);
}
/* Property value - monospace font */
.mf-properties-value {
font-family: var(--default-mono-font-family);
color: var(--color-base-content);
flex: 1;
text-align: right;
font-size: var(--properties-font-size);
overflow: hidden;
text-overflow: ellipsis;
white-space: nowrap;
}

View File

@@ -159,6 +159,113 @@ function initResizer(containerId, options = {}) {
});
}
function bindTooltipsWithDelegation(elementId) {
// To display the tooltip, the attribute 'data-tooltip' is mandatory => it contains the text to tooltip
// Then
// the 'truncate' to show only when the text is truncated
// the class 'mmt-tooltip' for force the display
console.info("bindTooltips on element " + elementId);
const element = document.getElementById(elementId);
const tooltipContainer = document.getElementById(`tt_${elementId}`);
if (!element) {
console.error(`Invalid element '${elementId}' container`);
return;
}
if (!tooltipContainer) {
console.error(`Invalid tooltip 'tt_${elementId}' container.`);
return;
}
// Add a single mouseenter and mouseleave listener to the parent element
element.addEventListener("mouseenter", (event) => {
//console.debug("Entering element", event.target)
const cell = event.target.closest("[data-tooltip]");
if (!cell) {
// console.debug(" No 'data-tooltip' attribute found. Stopping.");
return;
}
const no_tooltip = element.hasAttribute("mf-no-tooltip");
if (no_tooltip) {
// console.debug(" Attribute 'mmt-no-tooltip' found. Cancelling.");
return;
}
const content = cell.querySelector(".truncate") || cell;
const isOverflowing = content.scrollWidth > content.clientWidth;
const forceShow = cell.classList.contains("mf-tooltip");
if (isOverflowing || forceShow) {
const tooltipText = cell.getAttribute("data-tooltip");
if (tooltipText) {
const rect = cell.getBoundingClientRect();
const tooltipRect = tooltipContainer.getBoundingClientRect();
let top = rect.top - 30; // Above the cell
let left = rect.left;
// Adjust tooltip position to prevent it from going off-screen
if (top < 0) top = rect.bottom + 5; // Move below if no space above
if (left + tooltipRect.width > window.innerWidth) {
left = window.innerWidth - tooltipRect.width - 5; // Prevent overflow right
}
// Apply styles for tooltip positioning
requestAnimationFrame(() => {
tooltipContainer.textContent = tooltipText;
tooltipContainer.setAttribute("data-visible", "true");
tooltipContainer.style.top = `${top}px`;
tooltipContainer.style.left = `${left}px`;
});
}
}
}, true); // Use capture phase for better delegation if needed
element.addEventListener("mouseleave", (event) => {
const cell = event.target.closest("[data-tooltip]");
if (cell) {
tooltipContainer.setAttribute("data-visible", "false");
}
}, true); // Use capture phase for better delegation if needed
}
function initLayout(elementId) {
initResizer(elementId);
bindTooltipsWithDelegation(elementId);
}
function disableTooltip() {
const elementId = tooltipElementId
// console.debug("disableTooltip on element " + elementId);
const element = document.getElementById(elementId);
if (!element) {
console.error(`Invalid element '${elementId}' container`);
return;
}
element.setAttribute("mmt-no-tooltip", "");
}
function enableTooltip() {
const elementId = tooltipElementId
// console.debug("enableTooltip on element " + elementId);
const element = document.getElementById(elementId);
if (!element) {
console.error(`Invalid element '${elementId}' container`);
return;
}
element.removeAttribute("mmt-no-tooltip");
}
function initBoundaries(elementId, updateUrl) {
function updateBoundaries() {
const container = document.getElementById(elementId);
@@ -363,7 +470,6 @@ function updateTabs(controllerId) {
for (const [combinationStr, config] of Object.entries(combinations)) {
const sequence = parseCombination(combinationStr);
console.log("Parsing combination", combinationStr, "=>", sequence);
let currentNode = root;
for (const keySet of sequence) {
@@ -1354,4 +1460,5 @@ function updateTabs(controllerId) {
detachGlobalListener();
}
};
})();
})();

View File

@@ -0,0 +1,59 @@
from typing import Optional
from fasthtml.components import Div
from myfasthtml.controls.BaseCommands import BaseCommands
from myfasthtml.controls.datagrid_objects import DataGridColumnState, DataGridRowState, DataGridFooterConf, \
DatagridSelectionState, DataGridHeaderFooterConf, DatagridEditionState
from myfasthtml.core.dbmanager import DbObject
from myfasthtml.core.instances import MultipleInstance
class DatagridState(DbObject):
def __init__(self, owner):
super().__init__(owner)
with self.initializing():
self.sidebar_visible: bool = False
self.selected_view: str = None
self.row_index: bool = False
self.columns: list[DataGridColumnState] = []
self.rows: list[DataGridRowState] = [] # only the rows that have a specific state
self.headers: list[DataGridHeaderFooterConf] = []
self.footers: list[DataGridHeaderFooterConf] = []
self.sorted: list = []
self.filtered: dict = {}
self.edition: DatagridEditionState = DatagridEditionState()
self.selection: DatagridSelectionState = DatagridSelectionState()
class DatagridSettings(DbObject):
def __init__(self, owner):
super().__init__(owner)
with self.initializing():
self.file_name: Optional[str] = None
self.selected_sheet_name: Optional[str] = None
self.header_visible: bool = True
self.filter_all_visible: bool = True
self.views_visible: bool = True
self.open_file_visible: bool = True
self.open_settings_visible: bool = True
class Commands(BaseCommands):
pass
class DataGrid(MultipleInstance):
def __init__(self, parent, settings=None, _id=None):
super().__init__(parent, _id=_id)
self._settings = DatagridSettings(self).update(settings)
self._state = DatagridState(self)
self.commands = Commands(self)
def render(self):
return Div(
self._id
)
def __ft__(self):
return self.render()

View File

@@ -0,0 +1,58 @@
import pandas as pd
from fasthtml.components import Div
from myfasthtml.controls.BaseCommands import BaseCommands
from myfasthtml.controls.TabsManager import TabsManager
from myfasthtml.controls.TreeView import TreeView
from myfasthtml.controls.helpers import mk
from myfasthtml.core.commands import Command
from myfasthtml.core.instances import MultipleInstance, InstancesManager
from myfasthtml.icons.fluent_p1 import table_add20_regular
from myfasthtml.icons.fluent_p3 import folder_open20_regular
class Commands(BaseCommands):
def upload_from_source(self):
return Command("UploadFromSource", "Upload from source", self._owner.upload_from_source)
def new_grid(self):
return Command("NewGrid", "New grid", self._owner.new_grid)
def open_from_excel(self, tab_id, get_content_callback):
excel_content = get_content_callback()
return Command("OpenFromExcel", "Open from Excel", self._owner.open_from_excel, tab_id, excel_content)
class DataGridsManager(MultipleInstance):
def __init__(self, parent, _id=None):
super().__init__(parent, _id=_id)
self.tree = TreeView(self, _id="-treeview")
self.commands = Commands(self)
self._tabs_manager = InstancesManager.get_by_type(self._session, TabsManager)
def upload_from_source(self):
from myfasthtml.controls.FileUpload import FileUpload
file_upload = FileUpload(self, _id="-file-upload", auto_register=False)
self._tabs_manager = InstancesManager.get_by_type(self._session, TabsManager)
tab_id = self._tabs_manager.add_tab("Upload Datagrid", file_upload)
file_upload.on_ok = self.commands.open_from_excel(tab_id, file_upload.get_content)
return self._tabs_manager.show_tab(tab_id)
def open_from_excel(self, tab_id, excel_content):
df = pd.read_excel(excel_content)
content = df.to_html(index=False)
self._tabs_manager.switch(tab_id, content)
def render(self):
return Div(
Div(
mk.icon(folder_open20_regular, tooltip="Upload from source", command=self.commands.upload_from_source()),
mk.icon(table_add20_regular, tooltip="New grid"),
cls="flex"
),
self.tree,
id=self._id,
)
def __ft__(self):
return self.render()

View File

@@ -6,7 +6,7 @@ from fastapi import UploadFile
from fasthtml.components import *
from myfasthtml.controls.BaseCommands import BaseCommands
from myfasthtml.controls.helpers import Ids, mk
from myfasthtml.controls.helpers import mk
from myfasthtml.core.commands import Command
from myfasthtml.core.dbmanager import DbObject
from myfasthtml.core.instances import MultipleInstance
@@ -24,6 +24,7 @@ class FileUploadState(DbObject):
self.ns_file_name: str | None = None
self.ns_sheets_names: list | None = None
self.ns_selected_sheet_name: str | None = None
self.ns_file_content: bytes | None = None
class Commands(BaseCommands):
@@ -44,16 +45,16 @@ class FileUpload(MultipleInstance):
to ensure smooth operation within a parent application.
"""
def __init__(self, parent, _id=None):
super().__init__(parent, _id=_id)
def __init__(self, parent, _id=None, **kwargs):
super().__init__(parent, _id=_id, **kwargs)
self.commands = Commands(self)
self._state = FileUploadState(self)
def upload_file(self, file: UploadFile):
logger.debug(f"upload_file: {file=}")
if file:
file_content = file.file.read()
self._state.ns_sheets_names = self.get_sheets_names(file_content)
self._state.ns_file_content = file.file.read()
self._state.ns_sheets_names = self.get_sheets_names(self._state.ns_file_content)
self._state.ns_selected_sheet_name = self._state.ns_sheets_names[0] if len(self._state.ns_sheets_names) > 0 else 0
return self.mk_sheet_selector()
@@ -72,6 +73,10 @@ class FileUpload(MultipleInstance):
cls="select select-bordered select-sm w-full ml-2"
)
def get_content(self):
return self._state.ns_file_content
@staticmethod
def get_sheets_names(file_content):
try:

View File

@@ -21,10 +21,13 @@ class InstancesDebugger(SingleInstance):
def on_network_event(self, event_data: dict):
session, instance_id = event_data["nodes"][0].split("#")
properties = {"Id": "_id", "Parent Id": "_parent._id"}
properties_def = {"Main": {"Id": "_id", "Parent Id": "_parent._id"},
"State": {"_name": "_state._name", "*": "_state"},
"Commands": {"*": "commands"},
}
return self._panel.set_right(Properties(self,
InstancesManager.get(session, instance_id),
properties,
properties_def,
_id="-properties"))
def _get_nodes_and_edges(self):

View File

@@ -17,15 +17,17 @@ from myfasthtml.core.commands import Command
from myfasthtml.core.dbmanager import DbObject
from myfasthtml.core.instances import SingleInstance
from myfasthtml.core.utils import get_id
from myfasthtml.icons.fluent import panel_left_expand20_regular as left_drawer_icon
from myfasthtml.icons.fluent_p2 import panel_right_expand20_regular as right_drawer_icon
from myfasthtml.icons.fluent import panel_left_contract20_regular as left_drawer_contract
from myfasthtml.icons.fluent import panel_left_expand20_regular as left_drawer_expand
from myfasthtml.icons.fluent_p1 import panel_right_contract20_regular as right_drawer_contract
from myfasthtml.icons.fluent_p2 import panel_right_expand20_regular as right_drawer_expand
logger = logging.getLogger("LayoutControl")
class LayoutState(DbObject):
def __init__(self, owner):
super().__init__(owner)
def __init__(self, owner, name=None):
super().__init__(owner, name=name)
with self.initializing():
self.left_drawer_open: bool = True
self.right_drawer_open: bool = True
@@ -115,7 +117,7 @@ class Layout(SingleInstance):
# Content storage
self._main_content = None
self._state = LayoutState(self)
self._state = LayoutState(self, "default_layout")
self._boundaries = Boundaries(self)
self.commands = Commands(self)
self.left_drawer = self.Content(self)
@@ -136,6 +138,18 @@ class Layout(SingleInstance):
return self
def toggle_drawer(self, side: Literal["left", "right"]):
"""
Toggle the state of a drawer (open or close) based on the specified side. This
method also generates the corresponding icon and drawer elements for the
selected side.
:param side: The side of the drawer to toggle. Must be either "left" or "right".
:type side: Literal["left", "right"]
:return: A tuple containing the updated drawer icon and drawer elements for
the specified side.
:rtype: Tuple[Any, Any]
:raises ValueError: If the provided `side` is not "left" or "right".
"""
logger.debug(f"Toggle drawer: {side=}, {self._state.left_drawer_open=}")
if side == "left":
self._state.left_drawer_open = not self._state.left_drawer_open
@@ -278,7 +292,14 @@ class Layout(SingleInstance):
# Wrap content in scrollable container
content_wrapper = Div(
*self.right_drawer.get_content(),
*[
(
Div(cls="divider") if index > 0 else None,
group_ft,
*[item for item in self.right_drawer.get_content()[group_name]]
)
for index, (group_name, group_ft) in enumerate(self.right_drawer.get_groups())
],
cls="mf-layout-drawer-content"
)
@@ -291,12 +312,12 @@ class Layout(SingleInstance):
)
def _mk_left_drawer_icon(self):
return mk.icon(right_drawer_icon if self._state.left_drawer_open else left_drawer_icon,
return mk.icon(left_drawer_contract if self._state.left_drawer_open else left_drawer_expand,
id=f"{self._id}_ldi",
command=self.commands.toggle_drawer("left"))
def _mk_right_drawer_icon(self):
return mk.icon(right_drawer_icon if self._state.left_drawer_open else left_drawer_icon,
return mk.icon(right_drawer_contract if self._state.right_drawer_open else right_drawer_expand,
id=f"{self._id}_rdi",
command=self.commands.toggle_drawer("right"))
@@ -324,12 +345,13 @@ class Layout(SingleInstance):
# Wrap everything in a container div
return Div(
Div(id=f"tt_{self._id}", cls="mf-tooltip-container"), # container for the tooltips
self._mk_header(),
self._mk_left_drawer(),
self._mk_main(),
self._mk_right_drawer(),
self._mk_footer(),
Script(f"initResizer('{self._id}');"),
Script(f"initLayout('{self._id}');"),
id=self._id,
cls="mf-layout",
)

View File

@@ -1,44 +1,50 @@
from fasthtml.components import Div
from myutils.Expando import Expando
from myutils.ProxyObject import ProxyObject
from myfasthtml.core.instances import MultipleInstance
class Properties(MultipleInstance):
def __init__(self, parent, obj=None, properties: dict = None, _id=None):
def __init__(self, parent, obj=None, groups: dict = None, _id=None):
super().__init__(parent, _id=_id)
self.obj = obj
self.properties = properties or self._get_default_properties(obj)
self.expando = self._create_expando()
self.groups = groups
self.properties_by_group = self._create_properties_by_group()
def set_obj(self, obj, properties: list[str] = None):
def set_obj(self, obj, groups: dict = None):
self.obj = obj
self.properties = properties or self._get_default_properties(obj)
self.groups = groups
self.properties_by_group = self._create_properties_by_group()
def render(self):
return Div(
*[Div(k, ":", v) for k, v in self.expando.as_dict().items()],
*[
Div(
Div(group_name if group_name is not None else "", cls="mf-properties-group-header"),
Div(
*[
Div(
Div(k, cls="mf-properties-key"),
Div(str(v), cls="mf-properties-value", title=str(v)),
cls="mf-properties-row"
)
for k, v in proxy.as_dict().items()
],
cls="mf-properties-group-content"
),
cls="mf-properties-group-card"
)
for group_name, proxy in self.properties_by_group.items()
],
id=self._id,
cls="mf-properties"
)
def _create_expando(self):
res = {}
for attr_name, mapping in self.properties.items():
attrs_path = mapping.split(".")
current = self.obj
for attr in attrs_path:
if hasattr(current, attr):
current = getattr(current, attr)
else:
res[attr_name] = None
break
res[attr_name] = current
def _create_properties_by_group(self):
if self.groups is None:
return {None: ProxyObject(self.obj, {"*": ""})}
return Expando(res)
@staticmethod
def _get_default_properties(obj):
return {k: k for k, v in dir(obj) if not k.startswith("_")} if obj else {}
return {k: ProxyObject(self.obj, v) for k, v in self.groups.items()}
def __ft__(self):
return self.render()

View File

@@ -102,7 +102,11 @@ class TabsManager(MultipleInstance):
tab_config = self._state.tabs[tab_id]
if tab_config["component_type"] is None:
return None
return InstancesManager.get(self._session, tab_config["component_id"])
try:
return InstancesManager.get(self._session, tab_config["component_id"])
except Exception as e:
logger.error(f"Error while retrieving tab content: {e}")
return Div("Tab not found.")
@staticmethod
def _get_tab_count():
@@ -203,6 +207,11 @@ class TabsManager(MultipleInstance):
logger.debug(f" Content already exists. Just switch.")
return self._mk_tabs_controller()
def switch_tab(self, tab_id, label, component, activate=True):
logger.debug(f"switch_tab {label=}, component={component}, activate={activate}")
self._add_or_update_tab(tab_id, label, component, activate)
return self.show_tab(tab_id) #
def close_tab(self, tab_id: str):
"""
Close a tab and remove it from the tabs manager.
@@ -382,6 +391,34 @@ class TabsManager(MultipleInstance):
def _get_tab_list(self):
return [self._state.tabs[tab_id] for tab_id in self._state.tabs_order if tab_id in self._state.tabs]
def _add_or_update_tab(self, tab_id, label, component, activate):
state = self._state.copy()
# Extract component ID if the component has a get_id() method
component_type, component_id = None, None
if isinstance(component, BaseInstance):
component_type = component.get_prefix() if isinstance(component, BaseInstance) else type(component).__name__
component_id = component.get_id()
# Add tab metadata to state
state.tabs[tab_id] = {
'id': tab_id,
'label': label,
'component_type': component_type,
'component_id': component_id
}
# Add the content
state._tabs_content[tab_id] = component
# Activate tab if requested
if activate:
state.active_tab = tab_id
# finally, update the state
self._state.update(state)
self._search.set_items(self._get_tab_list())
def update_boundaries(self):
return Script(f"updateBoundaries('{self._id}');")

View File

@@ -334,12 +334,11 @@ class TreeView(MultipleInstance):
# Toggle icon
toggle = mk.icon(
chevron_down20_regular if is_expanded else chevron_right20_regular if has_children else " ",
chevron_down20_regular if is_expanded else chevron_right20_regular if has_children else None,
command=self.commands.toggle_node(node_id))
# Label or input for editing
if is_editing:
# TODO: Bind input to save_rename (Enter) and cancel_rename (Escape)
label_element = mk.mk(Input(
name="node_label",
value=node.label,
@@ -357,7 +356,6 @@ class TreeView(MultipleInstance):
label_element,
self._render_action_buttons(node_id),
cls=f"mf-treenode flex {'selected' if is_selected and not is_editing else ''}",
data_node_id=node_id,
style=f"padding-left: {level * 20}px"
)
@@ -372,7 +370,8 @@ class TreeView(MultipleInstance):
return Div(
node_element,
*children_elements,
cls="mf-treenode-container"
cls="mf-treenode-container",
data_node_id=node_id,
)
def render(self):
@@ -390,7 +389,7 @@ class TreeView(MultipleInstance):
return Div(
*[self._render_node(node_id) for node_id in root_nodes],
Keyboard(self, {"esc": self.commands.cancel_rename()}, _id="_keyboard"),
Keyboard(self, {"esc": self.commands.cancel_rename()}, _id="-keyboard"),
id=self._id,
cls="mf-treeview"
)

View File

@@ -0,0 +1,49 @@
from dataclasses import dataclass, field
from myfasthtml.core.constants import ColumnType, DEFAULT_COLUMN_WIDTH, ViewType
@dataclass
class DataGridRowState:
row_id: int
visible: bool = True
height: int | None = None
@dataclass
class DataGridColumnState:
col_id: str # name of the column: cannot be changed
col_index: int # index of the column in the dataframe: cannot be changed
title: str = None
type: ColumnType = ColumnType.Text
visible: bool = True
usable: bool = True
width: int = DEFAULT_COLUMN_WIDTH
@dataclass
class DatagridEditionState:
under_edition: tuple[int, int] | None = None
previous_under_edition: tuple[int, int] | None = None
@dataclass
class DatagridSelectionState:
selected: tuple[int, int] | None = None
last_selected: tuple[int, int] | None = None
selection_mode: str = None # valid values are "row", "column" or None for "cell"
extra_selected: list[tuple[str, str | int]] = field(default_factory=list) # list(tuple(selection_mode, element_id))
last_extra_selected: tuple[int, int] = None
@dataclass
class DataGridHeaderFooterConf:
conf: dict[str, str] = field(default_factory=dict) # first 'str' is the column id
@dataclass
class DatagridView:
name: str
type: ViewType = ViewType.Table
columns: list[DataGridColumnState] = None

View File

@@ -50,6 +50,7 @@ class mk:
size=20,
can_select=True,
can_hover=False,
tooltip=None,
cls='',
command: Command = None,
binding: Binding = None,
@@ -65,6 +66,7 @@ class mk:
:param size: The size of the icon, specified in pixels. Defaults to 20.
:param can_select: Indicates whether the icon can be selected. Defaults to True.
:param can_hover: Indicates whether the icon reacts to hovering. Defaults to False.
:param tooltip:
:param cls: A string of custom CSS classes to be added to the icon container.
:param command: The command object defining the function to be executed on icon interaction.
:param binding: The binding object for configuring additional event listeners on the icon.
@@ -79,6 +81,10 @@ class mk:
cls,
kwargs)
if tooltip:
merged_cls = merge_classes(merged_cls, "mf-tooltip")
kwargs["data-tooltip"] = tooltip
return mk.mk(Div(icon, cls=merged_cls, **kwargs), command=command, binding=binding)
@staticmethod

View File

@@ -135,7 +135,7 @@ class Command(BaseCommand):
def __init__(self, name, description, callback, *args, **kwargs):
super().__init__(name, description)
self.callback = callback
self.callback_parameters = dict(inspect.signature(callback).parameters)
self.callback_parameters = dict(inspect.signature(callback).parameters) if callback else {}
self.args = args
self.kwargs = kwargs

View File

@@ -1,5 +1,39 @@
from enum import Enum
DEFAULT_COLUMN_WIDTH = 100
ROUTE_ROOT = "/myfasthtml"
class Routes:
Commands = "/commands"
Bindings = "/bindings"
Bindings = "/bindings"
class ColumnType(Enum):
RowIndex = "RowIndex"
Text = "Text"
Number = "Number"
Datetime = "DateTime"
Bool = "Boolean"
Choice = "Choice"
List = "List"
class ViewType(Enum):
Table = "Table"
Chart = "Chart"
Form = "Form"
class FooterAggregation(Enum):
Sum = "Sum"
Mean = "Mean"
Min = "Min"
Max = "Max"
Count = "Count"
FilteredSum = "FilteredSum"
FilteredMean = "FilteredMean"
FilteredMin = "FilteredMin"
FilteredMax = "FilteredMax"
FilteredCount = "FilteredCount"

View File

@@ -39,7 +39,7 @@ class DbObject:
def __init__(self, owner: BaseInstance, name=None, db_manager=None):
self._owner = owner
self._name = name or self.__class__.__name__
self._name = name or owner.get_full_id()
self._db_manager = db_manager or DbManager(self._owner)
self._finalize_initialization()
@@ -112,6 +112,7 @@ class DbObject:
setattr(self, k, v)
self._save_self()
self._initializing = old_state
return self
def copy(self):
as_dict = self._get_properties().copy()

View File

@@ -176,11 +176,22 @@ class InstancesManager:
:param instance_id:
:return:
"""
key = (InstancesManager.get_session_id(session), instance_id)
session_id = InstancesManager.get_session_id(session)
key = (session_id, instance_id)
return InstancesManager.instances[key]
@staticmethod
def get_by_type(session: dict, cls: type):
session_id = InstancesManager.get_session_id(session)
res = [i for s, i in InstancesManager.instances.items() if s[0] == session_id and isinstance(i, cls)]
assert len(res) <= 1, f"Multiple instances of type {cls.__name__} found"
assert len(res) > 0, f"No instance of type {cls.__name__} found"
return res[0]
@staticmethod
def get_session_id(session):
if isinstance(session, str):
return session
if session is None:
return "** NOT LOGGED IN **"
if "user_info" not in session:

View File

@@ -1,10 +1,11 @@
import re
from dataclasses import dataclass
from typing import Optional
from typing import Optional, Any
from fastcore.basics import NotStr
from fastcore.xml import FT
from myfasthtml.core.commands import BaseCommand
from myfasthtml.core.utils import quoted_str, snake_to_pascal
from myfasthtml.test.testclient import MyFT
@@ -69,11 +70,16 @@ class EndsWith(AttrPredicate):
class Contains(AttrPredicate):
def __init__(self, *value):
def __init__(self, *value, _word=False):
super().__init__(value)
self._word = _word
def validate(self, actual):
return all(val in actual for val in self.value)
if self._word:
words = actual.split()
return all(val in words for val in self.value)
else:
return all(val in actual for val in self.value)
class DoesNotContain(AttrPredicate):
@@ -145,6 +151,26 @@ class AttributeForbidden(ChildrenPredicate):
return element
class HasHtmx(ChildrenPredicate):
def __init__(self, command: BaseCommand = None, **htmx_params):
super().__init__(None)
self.command = command
if command:
self.htmx_params = command.get_htmx_params() | htmx_params
else:
self.htmx_params = htmx_params
self.htmx_params = {k.replace("hx_", "hx-"): v for k, v in self.htmx_params.items()}
def validate(self, actual):
return all(actual.attrs.get(k) == v for k, v in self.htmx_params.items())
def to_debug(self, element):
for k, v in self.htmx_params.items():
element.attrs[k] = v
return element
class TestObject:
def __init__(self, cls, **kwargs):
self.cls = cls
@@ -152,17 +178,29 @@ class TestObject:
class TestIcon(TestObject):
def __init__(self, name: Optional[str] = ''):
def __init__(self, name: Optional[str] = '', command=None):
super().__init__("div")
self.name = snake_to_pascal(name) if (name and name[0].islower()) else name
self.children = [
TestObject(NotStr, s=Regex(f'<svg name="\\w+-{self.name}'))
]
if command:
self.attrs |= command.get_htmx_params()
def __str__(self):
return f'<div><svg name="{self.name}" .../></div>'
class TestIconNotStr(TestObject):
def __init__(self, name: Optional[str] = ''):
super().__init__(NotStr)
self.name = snake_to_pascal(name) if (name and name[0].islower()) else name
self.attrs["s"] = Regex(f'<svg name="\\w+-{self.name}')
def __str__(self):
return f'<svg name="{self.name}" .../>'
class TestCommand(TestObject):
def __init__(self, name, **kwargs):
super().__init__("Command", **kwargs)
@@ -183,6 +221,12 @@ class DoNotCheck:
desc: str = None
@dataclass
class Skip:
element: Any
desc: str = None
def _get_type(x):
if hasattr(x, "tag"):
return x.tag
@@ -215,6 +259,34 @@ def _get_children(x):
return []
def _str_element(element, expected=None, keep_open=None):
# compare to itself if no expected element is provided
if expected is None:
expected = element
if hasattr(element, "tag"):
# the attributes are compared to the expected element
elt_attrs = {attr_name: _get_attr(element, attr_name) for attr_name in
[attr_name for attr_name in _get_attributes(expected) if attr_name is not None]}
elt_attrs_str = " ".join(f'"{attr_name}"="{attr_value}"' for attr_name, attr_value in elt_attrs.items())
tag_str = f"({element.tag} {elt_attrs_str}"
# manage the closing tag
if keep_open is False:
tag_str += " ...)" if len(element.children) > 0 else ")"
elif keep_open is True:
tag_str += "..." if elt_attrs_str == "" else " ..."
else:
# close the tag if there are no children
not_special_children = [c for c in element.children if not isinstance(c, Predicate)]
if len(not_special_children) == 0: tag_str += ")"
return tag_str
else:
return quoted_str(element)
class ErrorOutput:
def __init__(self, path, element, expected):
self.path = path
@@ -239,14 +311,14 @@ class ErrorOutput:
# first render the path hierarchy
for p in self.path.split(".")[:-1]:
elt_name, attr_name, attr_value = self._unconstruct_path_item(p)
path_str = self._str_element(MyFT(elt_name, {attr_name: attr_value}), keep_open=True)
path_str = _str_element(MyFT(elt_name, {attr_name: attr_value}), keep_open=True)
self._add_to_output(f"{path_str}")
self.indent += " "
# then render the element
if hasattr(self.expected, "tag") and hasattr(self.element, "tag"):
# display the tag and its attributes
tag_str = self._str_element(self.element, self.expected)
tag_str = _str_element(self.element, self.expected)
self._add_to_output(tag_str)
# Try to show where the differences are
@@ -269,7 +341,7 @@ class ErrorOutput:
# display the child
element_child = self.element.children[element_index]
child_str = self._str_element(element_child, expected_child, keep_open=False)
child_str = _str_element(element_child, expected_child, keep_open=False)
self._add_to_output(child_str)
# manage errors (only when the expected is a FT element
@@ -303,34 +375,6 @@ class ErrorOutput:
def _add_to_output(self, msg):
self.output.append(f"{self.indent}{msg}")
@staticmethod
def _str_element(element, expected=None, keep_open=None):
# compare to itself if no expected element is provided
if expected is None:
expected = element
if hasattr(element, "tag"):
# the attributes are compared to the expected element
elt_attrs = {attr_name: element.attrs.get(attr_name, MISSING_ATTR) for attr_name in
[attr_name for attr_name in expected.attrs if attr_name is not None]}
elt_attrs_str = " ".join(f'"{attr_name}"="{attr_value}"' for attr_name, attr_value in elt_attrs.items())
tag_str = f"({element.tag} {elt_attrs_str}"
# manage the closing tag
if keep_open is False:
tag_str += " ...)" if len(element.children) > 0 else ")"
elif keep_open is True:
tag_str += "..." if elt_attrs_str == "" else " ..."
else:
# close the tag if there are no children
not_special_children = [c for c in element.children if not isinstance(c, Predicate)]
if len(not_special_children) == 0: tag_str += ")"
return tag_str
else:
return quoted_str(element)
def _detect_error(self, element, expected):
"""
Detect errors between element and expected, returning a visual marker string.
@@ -543,8 +587,29 @@ class Matcher:
if len(actual_children) < len(expected_children):
self._assert_error("Actual is lesser than expected.", _actual=actual, _expected=expected)
for actual_child, expected_child in zip(actual_children, expected_children):
actual_child_index, expected_child_index = 0, 0
while expected_child_index < len(expected_children):
if actual_child_index >= len(actual_children):
self._assert_error("Nothing more to skip.", _actual=actual, _expected=expected)
actual_child = actual_children[actual_child_index]
expected_child = expected_children[expected_child_index]
if isinstance(expected_child, Skip):
try:
# if this is the element to skip, skip it and continue
self._match_element(actual_child, expected_child.element)
actual_child_index += 1
continue
except AssertionError:
# otherwise try to match with the following element
expected_child_index += 1
continue
assert self.matches(actual_child, expected_child)
actual_child_index += 1
expected_child_index += 1
def _match_list(self, actual, expected):
"""Match list or tuple."""
@@ -625,7 +690,7 @@ class Matcher:
@staticmethod
def _debug(elt):
"""Format an element for debug output."""
return str(elt) if elt else "None"
return _str_element(elt, keep_open=False) if elt else "None"
def matches(actual, expected, path=""):

View File

@@ -5,7 +5,9 @@ import pytest
from fasthtml.components import *
from myfasthtml.controls.Layout import Layout
from myfasthtml.test.matcher import matches, find, Contains, find_one, TestIcon, TestScript
from myfasthtml.controls.UserProfile import UserProfile
from myfasthtml.test.matcher import matches, find, Contains, find_one, TestIcon, TestScript, TestObject, AnyValue, Skip, \
TestIconNotStr
from .conftest import root_instance
@@ -236,11 +238,12 @@ class TestLayoutRender:
"""Test that Layout renders with all main structural sections.
Why these elements matter:
- 6 children: Verifies all main sections are rendered (header, drawers, main, footer, script)
- 7 children: Verifies all main sections are rendered (tooltip container, header, drawers, main, footer, script)
- _id: Essential for layout identification and resizer initialization
- cls="mf-layout": Root CSS class for layout styling
"""
expected = Div(
Div(), # tooltip container
Header(),
Div(), # left drawer
Main(),
@@ -286,7 +289,7 @@ class TestLayoutRender:
expected = Header(
Div(
TestIcon("panel_right_expand20_regular"),
TestIcon("PanelLeftContract20Regular"),
cls="flex gap-1"
),
cls="mf-layout-header"
@@ -343,7 +346,7 @@ class TestLayoutRender:
expected = Div(
_id=f"{layout._id}_ld",
cls=Contains("collapsed"),
cls=Contains("mf-layout-drawer", "mf-layout-left-drawer", "collapsed"),
style=Contains("width: 0px")
)
@@ -382,7 +385,7 @@ class TestLayoutRender:
expected = Div(
_id=f"{layout._id}_rd",
cls=Contains("collapsed"),
cls=Contains("mf-layout-drawer", "mf-layout-right-drawer", "collapsed"),
style=Contains("width: 0px")
)
@@ -425,34 +428,250 @@ class TestLayoutRender:
resizers = find(drawer, Div(cls=Contains("mf-resizer-right")))
assert len(resizers) == 1, "Right drawer should contain exactly one resizer element"
def test_drawer_groups_are_separated_by_dividers(self, layout):
"""Test that multiple groups in drawer are separated by divider elements.
Why this test matters:
- Dividers provide visual separation between content groups
- At least one divider should exist when multiple groups are present
"""
layout.left_drawer.add(Div("Item 1"), group="group1")
layout.left_drawer.add(Div("Item 2"), group="group2")
drawer = find(layout.render(), Div(id=f"{layout._id}_ld"))
content_wrappers = find(drawer, Div(cls="mf-layout-drawer-content"))
assert len(content_wrappers) == 1
content = content_wrappers[0]
dividers = find(content, Div(cls="divider"))
assert len(dividers) >= 1, "Groups should be separated by dividers"
def test_resizer_script_is_included(self, layout):
"""Test that resizer initialization script is included in render.
Why this test matters:
- Script element: Required to initialize resizer functionality
- Script contains initResizer call: Ensures resizer is activated for this layout instance
- Script contains initLayout call: Ensures layout is activated for this layout instance
"""
script = find_one(layout.render(), Script())
expected = TestScript(f"initResizer('{layout._id}');")
expected = TestScript(f"initLayout('{layout._id}');")
assert matches(script, expected)
def test_left_drawer_renders_content_with_groups(self, layout):
"""Test that left drawer renders content organized by groups with proper wrappers.
Why these elements matter:
- mf-layout-drawer-content wrapper: Required container for drawer scrolling behavior
- divider elements: Visual separation between content groups
- Group count validation: Ensures all added groups are rendered
"""
layout.left_drawer.add(Div("Item 1", id="item1"), group="group1")
layout.left_drawer.add(Div("Item 2", id="item2"), group="group2")
drawer = find_one(layout.render(), Div(id=f"{layout._id}_ld"))
content_wrappers = find(drawer, Div(cls="mf-layout-drawer-content"))
assert len(content_wrappers) == 1, "Left drawer should contain exactly one content wrapper"
content = content_wrappers[0]
dividers = find(content, Div(cls="divider"))
assert len(dividers) == 1, "Two groups should be separated by exactly one divider"
def test_header_left_renders_custom_content(self, layout):
"""Test that custom content added to header_left is rendered in the left header section.
Why these elements matter:
- id="{layout._id}_hl": Essential for HTMX targeting during updates
- cls Contains "flex": Ensures horizontal layout of header items
- Icon presence: Toggle drawer icon must always be first element
- Custom content: Verifies header_left.add() correctly renders content
"""
custom_content = Div("Custom Header", id="custom_header")
layout.header_left.add(custom_content)
header_left = find_one(layout.render(), Div(id=f"{layout._id}_hl"))
expected = Div(
TestIcon(""),
Skip(None),
Div("Custom Header", id="custom_header"),
id=f"{layout._id}_hl",
cls=Contains("flex", "gap-1")
)
assert matches(header_left, expected)
def test_header_right_renders_custom_content(self, layout):
"""Test that custom content added to header_right is rendered in the right header section.
Why these elements matter:
- id="{layout._id}_hr": Essential for HTMX targeting during updates
- cls Contains "flex": Ensures horizontal layout of header items
- Custom content: Verifies header_right.add() correctly renders content
- UserProfile component: Must always be last element in right header
"""
custom_content = Div("Custom Header Right", id="custom_header_right")
layout.header_right.add(custom_content)
header_right = find_one(layout.render(), Div(id=f"{layout._id}_hr"))
expected = Div(
Skip(None),
Div("Custom Header Right", id="custom_header_right"),
TestObject(UserProfile),
id=f"{layout._id}_hr",
cls=Contains("flex", "gap-1")
)
assert matches(header_right, expected)
def test_footer_left_renders_custom_content(self, layout):
"""Test that custom content added to footer_left is rendered in the left footer section.
Why these elements matter:
- id="{layout._id}_fl": Essential for HTMX targeting during updates
- cls Contains "flex": Ensures horizontal layout of footer items
- Custom content: Verifies footer_left.add() correctly renders content
"""
custom_content = Div("Custom Footer Left", id="custom_footer_left")
layout.footer_left.add(custom_content)
footer_left = find_one(layout.render(), Div(id=f"{layout._id}_fl"))
expected = Div(
Skip(None),
Div("Custom Footer Left", id="custom_footer_left"),
id=f"{layout._id}_fl",
cls=Contains("flex", "gap-1")
)
assert matches(footer_left, expected)
def test_footer_right_renders_custom_content(self, layout):
"""Test that custom content added to footer_right is rendered in the right footer section.
Why these elements matter:
- id="{layout._id}_fr": Essential for HTMX targeting during updates
- cls Contains "flex": Ensures horizontal layout of footer items
- Custom content: Verifies footer_right.add() correctly renders content
"""
custom_content = Div("Custom Footer Right", id="custom_footer_right")
layout.footer_right.add(custom_content)
footer_right = find_one(layout.render(), Div(id=f"{layout._id}_fr"))
expected = Div(
Skip(None),
Div("Custom Footer Right", id="custom_footer_right"),
id=f"{layout._id}_fr",
cls=Contains("flex", "gap-1")
)
assert matches(footer_right, expected)
def test_left_drawer_resizer_has_command_data(self, layout):
"""Test that left drawer resizer has correct data attributes for command binding.
Why these elements matter:
- data_command_id: JavaScript uses this to trigger width update command
- data_side="left": JavaScript needs this to identify which drawer to resize
- cls Contains "mf-resizer-left": CSS uses this for left-specific positioning
"""
drawer = find_one(layout.render(), Div(id=f"{layout._id}_ld"))
resizer = find_one(drawer, Div(cls=Contains("mf-resizer-left")))
expected = Div(
cls=Contains("mf-resizer", "mf-resizer-left"),
data_command_id=AnyValue(),
data_side="left"
)
assert matches(resizer, expected)
def test_right_drawer_resizer_has_command_data(self, layout):
"""Test that right drawer resizer has correct data attributes for command binding.
Why these elements matter:
- data_command_id: JavaScript uses this to trigger width update command
- data_side="right": JavaScript needs this to identify which drawer to resize
- cls Contains "mf-resizer-right": CSS uses this for right-specific positioning
"""
drawer = find_one(layout.render(), Div(id=f"{layout._id}_rd"))
resizer = find_one(drawer, Div(cls=Contains("mf-resizer-right")))
expected = Div(
cls=Contains("mf-resizer", "mf-resizer-right"),
data_command_id=AnyValue(),
data_side="right"
)
assert matches(resizer, expected)
def test_left_drawer_icon_changes_when_closed(self, layout):
"""Test that left drawer toggle icon changes from expand to collapse when drawer is closed.
Why these elements matter:
- id="{layout._id}_ldi": Required for HTMX swap-oob updates when toggling
- Icon type: Visual feedback to user about drawer state (expand icon when closed)
- Icon change: Validates that toggle_drawer returns correct icon
"""
layout._state.left_drawer_open = False
icon_div = find_one(layout.render(), Div(id=f"{layout._id}_ldi"))
expected = Div(
TestIconNotStr("panel_left_expand20_regular"),
id=f"{layout._id}_ldi"
)
assert matches(icon_div, expected)
def test_left_drawer_icon_changes_when_opne(self, layout):
"""Test that left drawer toggle icon changes from collapse to expand when drawer is open..
Why these elements matter:
- id="{layout._id}_ldi": Required for HTMX swap-oob updates when toggling
- Icon type: Visual feedback to user about drawer state (expand icon when closed)
- Icon change: Validates that toggle_drawer returns correct icon
"""
layout._state.left_drawer_open = True
icon_div = find_one(layout.render(), Div(id=f"{layout._id}_ldi"))
expected = Div(
TestIconNotStr("panel_left_contract20_regular"),
id=f"{layout._id}_ldi"
)
assert matches(icon_div, expected)
def test_tooltip_container_is_rendered(self, layout):
"""Test that tooltip container is rendered at the top of the layout.
Why these elements matter:
- id="tt_{layout._id}": JavaScript uses this to append dynamically created tooltips
- cls Contains "mf-tooltip-container": CSS positioning for tooltip overlay layer
- Presence verification: Tooltips won't work if container is missing
"""
tooltip_container = find_one(layout.render(), Div(id=f"tt_{layout._id}"))
expected = Div(
id=f"tt_{layout._id}",
cls=Contains("mf-tooltip-container")
)
assert matches(tooltip_container, expected)
def test_header_right_contains_user_profile(self, layout):
"""Test that UserProfile component is rendered in the right header section.
Why these elements matter:
- UserProfile component: Provides authentication and user menu functionality
- Position in header right: Conventional placement for user profile controls
- Count verification: Ensures component is not duplicated
"""
header_right = find_one(layout.render(), Div(id=f"{layout._id}_hr"))
user_profiles = find(header_right, TestObject(UserProfile))
assert len(user_profiles) == 1, "Header right should contain exactly one UserProfile component"
def test_layout_initialization_script_is_included(self, layout):
"""Test that layout initialization script is included in render output.
Why these elements matter:
- Script presence: Required to initialize layout behavior (resizers, drawers)
- initLayout() call: Activates JavaScript functionality for this layout instance
- Layout ID parameter: Ensures initialization targets correct layout
"""
script = find_one(layout.render(), Script())
expected = TestScript(f"initLayout('{layout._id}');")
assert matches(script, expected)

View File

@@ -6,7 +6,8 @@ from fasthtml.components import *
from myfasthtml.controls.Keyboard import Keyboard
from myfasthtml.controls.TreeView import TreeView, TreeNode
from myfasthtml.test.matcher import matches, TestObject, TestCommand, TestIcon, find_one, find, Contains, DoesNotContain
from myfasthtml.test.matcher import matches, TestObject, TestCommand, TestIcon, find_one, find, Contains, \
DoesNotContain
from .conftest import root_instance
@@ -376,12 +377,30 @@ class TestTreeviewBehaviour:
# Try to add sibling to node that doesn't exist
with pytest.raises(ValueError, match="Node.*does not exist"):
tree_view._add_sibling("nonexistent_id")
def test_i_can_initialize_with_items_dict(self, root_instance):
"""Test that TreeView can be initialized with a dictionary of items."""
node1 = TreeNode(label="Node 1", type="folder")
node2 = TreeNode(label="Node 2", type="file")
items = {node1.id: node1, node2.id: node2}
tree_view = TreeView(root_instance, items=items)
assert len(tree_view._state.items) == 2
assert tree_view._state.items[node1.id].label == "Node 1"
assert tree_view._state.items[node1.id].type == "folder"
assert tree_view._state.items[node2.id].label == "Node 2"
assert tree_view._state.items[node2.id].type == "file"
class TestTreeViewRender:
"""Tests for TreeView HTML rendering."""
def test_empty_treeview_is_rendered(self, root_instance):
@pytest.fixture
def tree_view(self, root_instance):
return TreeView(root_instance)
def test_empty_treeview_is_rendered(self, tree_view):
"""Test that empty TreeView generates correct HTML structure.
Why these elements matter:
@@ -389,23 +408,14 @@ class TestTreeViewRender:
- _id: Required for HTMX targeting and component identification
- cls "mf-treeview": Root CSS class for TreeView styling
"""
# Step 1: Create empty TreeView
tree_view = TreeView(root_instance)
# Step 2: Define expected structure
expected = Div(
TestObject(Keyboard, combinations={"esc": TestCommand("CancelRename")}),
_id=tree_view.get_id(),
cls="mf-treeview"
)
# Step 3: Compare
assert matches(tree_view.__ft__(), expected)
@pytest.fixture
def tree_view(self, root_instance):
return TreeView(root_instance)
def test_node_with_children_collapsed_is_rendered(self, tree_view):
"""Test that a collapsed node with children renders correctly.
@@ -419,35 +429,40 @@ class TestTreeViewRender:
"""
parent = TreeNode(label="Parent", type="folder")
child = TreeNode(label="Child", type="file")
tree_view.add_node(parent)
tree_view.add_node(child, parent_id=parent.id)
# Step 1: Extract the node element to test
rendered = tree_view.render()
node_container = find_one(rendered, Div(data_node_id=parent.id))
# Step 2: Define expected structure
expected = Div(
TestIcon("chevron_right20_regular"), # Collapsed toggle icon
Span("Parent"), # Label
Div( # Action buttons
TestIcon("add_circle20_regular"),
TestIcon("edit20_regular"),
TestIcon("delete20_regular"),
cls=Contains("mf-treenode-actions")
Div(
Div(
TestIcon("chevron_right20_regular"), # Collapsed toggle icon
Span("Parent"), # Label
Div( # Action buttons
TestIcon("add_circle20_regular"),
TestIcon("edit20_regular"),
TestIcon("delete20_regular"),
cls=Contains("mf-treenode-actions")
),
cls=Contains("mf-treenode"),
),
cls="mf-treenode-container",
data_node_id=parent.id
),
cls=Contains("mf-treenode"),
data_node_id=parent.id
id=tree_view.get_id()
)
# Step 3: Compare
assert matches(node_container, expected)
assert matches(rendered, expected)
# Verify no children are rendered (collapsed)
child_containers = find(node_container, Div(data_node_id=child.id))
assert len(child_containers) == 0, "Children should not be rendered when node is collapsed"
child_containers = find(rendered, Div(data_node_id=parent.id))
assert len(child_containers) == 1, "Children should not be rendered when node is collapsed"
def test_node_with_children_expanded_is_rendered(self, tree_view):
"""Test that an expanded node with children renders correctly.
@@ -455,40 +470,48 @@ class TestTreeViewRender:
- TestIcon chevron_down: Indicates visually that the node is expanded
- Children rendered: Verifies that child nodes are visible when parent is expanded
- Child has its own node structure: Ensures recursive rendering works correctly
Rendered Structure :
Div (node_container with data_node_id)
├─ Div (information on current node - icon, label, actions)
└─ Div* (children - recursive containers, only if expanded)
"""
parent = TreeNode(label="Parent", type="folder")
child = TreeNode(label="Child", type="file")
child1 = TreeNode(label="Child1", type="file")
child2 = TreeNode(label="Child2", type="file")
tree_view.add_node(parent)
tree_view.add_node(child, parent_id=parent.id)
tree_view.add_node(child1, parent_id=parent.id)
tree_view.add_node(child2, parent_id=parent.id)
tree_view._toggle_node(parent.id) # Expand the parent
# Step 1: Extract the parent node element to test
rendered = tree_view.render()
parent_node = find_one(rendered, Div(data_node_id=parent.id))
# Step 2: Define expected structure for toggle icon
parent_container = find_one(rendered, Div(data_node_id=parent.id))
expected = Div(
TestIcon("chevron_down20_regular"), # Expanded toggle icon
cls=Contains("mf-treenode")
Div(), # parent info (see test_node_with_children_collapsed_is_rendered)
Div(data_node_id=child1.id),
Div(data_node_id=child2.id),
)
# Step 3: Compare
assert matches(parent_node, expected)
# Verify children ARE rendered (expanded)
child_containers = find(rendered, Div(data_node_id=child.id))
assert len(child_containers) == 1, "Child should be rendered when parent is expanded"
# Verify child has proper node structure
child_node = child_containers[0]
child_expected = Div(
Span("Child"),
cls=Contains("mf-treenode"),
data_node_id=child.id
assert matches(parent_container, expected)
# now check the child node structure
child_container = find_one(rendered, Div(data_node_id=child1.id))
expected_child_container = Div(
Div(
Div(None), # No icon, the div is empty
Span("Child1"),
Div(), # action buttons
cls=Contains("mf-treenode")
),
cls="mf-treenode-container",
data_node_id=child1.id,
)
assert matches(child_node, child_expected)
assert matches(child_container, expected_child_container)
def test_leaf_node_is_rendered(self, tree_view):
"""Test that a leaf node (no children) renders without toggle icon.
@@ -499,51 +522,53 @@ class TestTreeViewRender:
"""
leaf = TreeNode(label="Leaf Node", type="file")
tree_view.add_node(leaf)
# Step 1: Extract the leaf node element to test
rendered = tree_view.render()
leaf_node = find_one(rendered, Div(data_node_id=leaf.id))
leaf_container = find_one(rendered, Div(data_node_id=leaf.id))
# Step 2: Define expected structure
expected = Div(
Span("Leaf Node"), # Label
Div( # Action buttons still present
TestIcon("add_circle20_regular"),
TestIcon("edit20_regular"),
TestIcon("delete20_regular"),
cls=Contains("mf-treenode-actions")
Div(
Div(None), # No icon, the div is empty
Span("Leaf Node"), # Label
Div(), # Action buttons still present
),
cls=Contains("mf-treenode"),
data_node_id=leaf.id
)
# Step 3: Compare
assert matches(leaf_node, expected)
assert matches(leaf_container, expected)
def test_selected_node_has_selected_class(self, tree_view):
"""Test that a selected node has the 'selected' CSS class.
Why these elements matter:
- cls Contains "selected": Enables visual highlighting of the selected node
- Div with mf-treenode: The node information container with selected class
- data_node_id: Required for identifying which node is selected
"""
node = TreeNode(label="Selected Node", type="file")
tree_view.add_node(node)
tree_view._select_node(node.id)
# Step 1: Extract the selected node element to test
rendered = tree_view.render()
selected_node = find_one(rendered, Div(data_node_id=node.id))
# Step 2: Define expected structure
selected_container = find_one(rendered, Div(data_node_id=node.id))
expected = Div(
cls=Contains("mf-treenode", "selected"),
Div(
Div(None), # No icon, leaf node
Span("Selected Node"),
Div(), # Action buttons
cls=Contains("mf-treenode", "selected")
),
cls="mf-treenode-container",
data_node_id=node.id
)
# Step 3: Compare
assert matches(selected_node, expected)
assert matches(selected_container, expected)
def test_node_in_editing_mode_shows_input(self, tree_view):
"""Test that a node in editing mode renders an Input instead of Span.
@@ -557,31 +582,34 @@ class TestTreeViewRender:
node = TreeNode(label="Edit Me", type="file")
tree_view.add_node(node)
tree_view._start_rename(node.id)
# Step 1: Extract the editing node element to test
rendered = tree_view.render()
editing_node = find_one(rendered, Div(data_node_id=node.id))
# Step 2: Define expected structure
editing_container = find_one(rendered, Div(data_node_id=node.id))
expected = Div(
Input(
name="node_label",
value="Edit Me",
cls=Contains("mf-treenode-input")
Div(
Div(None), # No icon, leaf node
Input(
name="node_label",
value="Edit Me",
cls=Contains("mf-treenode-input")
),
Div(), # Action buttons
cls=Contains("mf-treenode")
),
cls=Contains("mf-treenode"),
cls="mf-treenode-container",
data_node_id=node.id
)
# Step 3: Compare
assert matches(editing_node, expected)
assert matches(editing_container, expected)
# Verify "selected" class is NOT present
editing_node_info = find_one(editing_container, Div(cls=Contains("mf-treenode", _word=True)))
no_selected = Div(
cls=DoesNotContain("selected")
)
assert matches(editing_node, no_selected)
assert matches(editing_node_info, no_selected)
def test_node_indentation_increases_with_level(self, tree_view):
"""Test that node indentation increases correctly with hierarchy level.
@@ -590,38 +618,243 @@ class TestTreeViewRender:
- style Contains "padding-left: 20px": Child is indented by 20px
- style Contains "padding-left: 40px": Grandchild is indented by 40px
- Progressive padding: Creates the visual hierarchy of the tree structure
- Padding is applied to the node info Div, not the container
"""
root = TreeNode(label="Root", type="folder")
child = TreeNode(label="Child", type="folder")
grandchild = TreeNode(label="Grandchild", type="file")
tree_view.add_node(root)
tree_view.add_node(child, parent_id=root.id)
tree_view.add_node(grandchild, parent_id=child.id)
# Expand all to make hierarchy visible
tree_view._toggle_node(root.id)
tree_view._toggle_node(child.id)
rendered = tree_view.render()
# Test root node (level 0)
root_container = find_one(rendered, Div(data_node_id=root.id))
root_expected = Div(
Div(
TestIcon("chevron_down20_regular"), # Expanded icon
Span("Root"),
Div(), # Action buttons
cls=Contains("mf-treenode"),
style=Contains("padding-left: 0px")
),
cls="mf-treenode-container",
data_node_id=root.id
)
assert matches(root_container, root_expected)
# Test child node (level 1)
child_container = find_one(rendered, Div(data_node_id=child.id))
child_expected = Div(
Div(
TestIcon("chevron_down20_regular"), # Expanded icon
Span("Child"),
Div(), # Action buttons
cls=Contains("mf-treenode"),
style=Contains("padding-left: 20px")
),
cls="mf-treenode-container",
data_node_id=child.id
)
assert matches(child_container, child_expected)
# Test grandchild node (level 2)
grandchild_container = find_one(rendered, Div(data_node_id=grandchild.id))
grandchild_expected = Div(
Div(
Div(None), # No icon, leaf node
Span("Grandchild"),
Div(), # Action buttons
cls=Contains("mf-treenode"),
style=Contains("padding-left: 40px")
),
cls="mf-treenode-container",
data_node_id=grandchild.id
)
assert matches(grandchild_container, grandchild_expected)
@pytest.mark.skip(reason="Not possible to validate if the command unicity is not fixed")
def test_toggle_icon_has_correct_command(self, tree_view):
"""Test that toggle icon has ToggleNode command.
Why these elements matter:
- Div wrapper with command: mk.icon() wraps SVG in Div with HTMX attributes
- TestIcon inside Div: Verifies correct chevron icon is displayed
- TestCommand "ToggleNode": Essential for HTMX to route to correct handler
- Command targets correct node_id: Ensures the right node is toggled
"""
parent = TreeNode(label="Parent", type="folder")
child = TreeNode(label="Child", type="file")
tree_view.add_node(parent)
tree_view.add_node(child, parent_id=parent.id)
# Step 1: Extract the parent node element
rendered = tree_view.render()
parent_node = find_one(rendered, Div(data_node_id=parent.id))
# Step 2: Define expected structure
expected = Div(
Div(
TestIcon("chevron_right20_regular", command=tree_view.commands.toggle_node(parent.id)),
),
data_node_id=parent.id
)
# Step 3: Compare
assert matches(parent_node, expected)
@pytest.mark.skip(reason="Not possible to validate if the command unicity is not fixed")
def test_action_buttons_have_correct_commands(self, tree_view):
"""Test that action buttons have correct commands.
Why these elements matter:
- add_circle icon with AddChild: Enables adding child nodes via HTMX
- edit icon with StartRename: Triggers inline editing mode
- delete icon with DeleteNode: Enables node deletion
- cls "mf-treenode-actions": Required CSS class for button container styling
"""
node = TreeNode(label="Node", type="folder")
tree_view.add_node(node)
# Step 1: Extract the action buttons container
rendered = tree_view.render()
actions = find_one(rendered, Div(cls=Contains("mf-treenode-actions")))
# Step 2: Define expected structure
expected = Div(
TestIcon("add_circle20_regular", command=tree_view.commands.add_child(node.id)),
TestIcon("edit20_regular", command=tree_view.commands.start_rename(node.id)),
TestIcon("delete20_regular", command=tree_view.commands.delete_node(node.id)),
cls=Contains("mf-treenode-actions")
)
# Step 3: Compare
assert matches(actions, expected)
@pytest.mark.skip(reason="Not possible to validate if the command unicity is not fixed")
def test_label_has_select_command(self, tree_view):
"""Test that node label has SelectNode command.
Why these elements matter:
- Span with node label: Displays the node text
- TestCommand "SelectNode": Clicking label selects the node via HTMX
- cls "mf-treenode-label": Required CSS class for label styling
"""
node = TreeNode(label="Clickable Node", type="file")
tree_view.add_node(node)
# Step 1: Extract the label element
rendered = tree_view.render()
label = find_one(rendered, Span(cls=Contains("mf-treenode-label")))
# Step 2: Define expected structure
expected = Span(
"Clickable Node",
command=tree_view.commands.select_node(node.id),
cls=Contains("mf-treenode-label")
)
# Step 3: Compare
assert matches(label, expected)
@pytest.mark.skip(reason="Not possible to validate if the command unicity is not fixed")
def test_input_has_save_rename_command(self, tree_view):
"""Test that editing input has SaveRename command.
Why these elements matter:
- Input element: Enables inline editing of node label
- TestCommand "SaveRename": Submits new label via HTMX on form submission
- name "node_label": Required for form data to include the new label value
- value with current label: Pre-fills input with existing node text
"""
node = TreeNode(label="Edit Me", type="file")
tree_view.add_node(node)
tree_view._start_rename(node.id)
# Step 1: Extract the input element
rendered = tree_view.render()
input_elem = find_one(rendered, Input(name="node_label"))
# Step 2: Define expected structure
expected = Input(
name="node_label",
value="Edit Me",
command=TestCommand(tree_view.commands.save_rename(node.id)),
cls=Contains("mf-treenode-input")
)
# Step 3: Compare
assert matches(input_elem, expected)
def test_keyboard_has_cancel_rename_command(self, tree_view):
"""Test that Keyboard component has Escape key bound to CancelRename.
Why these elements matter:
- TestObject Keyboard: Verifies keyboard shortcuts component is present
- esc combination with CancelRename: Enables canceling rename with Escape key
- Essential for UX: Users expect Escape to cancel inline editing
"""
# Step 1: Extract the Keyboard component
rendered = tree_view.render()
keyboard = find_one(rendered, TestObject(Keyboard))
# Step 2: Define expected structure
expected = TestObject(Keyboard, combinations={"esc": TestCommand("CancelRename")})
# Step 3: Compare
assert matches(keyboard, expected)
def test_multiple_root_nodes_are_rendered(self, tree_view):
"""Test that multiple root nodes are rendered at the same level.
Why these elements matter:
- Multiple root nodes: Verifies TreeView supports forest structure (multiple trees)
- All at same level: No artificial parent wrapping root nodes
- Each root has its own container: Proper structure for multiple independent trees
"""
root1 = TreeNode(label="Root 1", type="folder")
root2 = TreeNode(label="Root 2", type="folder")
tree_view.add_node(root1)
tree_view.add_node(root2)
rendered = tree_view.render()
root_containers = find(rendered, Div(cls=Contains("mf-treenode-container")))
# Step 1 & 2 & 3: Test root node (level 0)
root_node = find_one(rendered, Div(data_node_id=root.id))
root_expected = Div(
style=Contains("padding-left: 0px")
)
assert matches(root_node, root_expected)
assert len(root_containers) == 2, "Should have two root-level containers"
# Step 1 & 2 & 3: Test child node (level 1)
child_node = find_one(rendered, Div(data_node_id=child.id))
child_expected = Div(
style=Contains("padding-left: 20px")
)
assert matches(child_node, child_expected)
root1_container = find_one(rendered, Div(data_node_id=root1.id))
root2_container = find_one(rendered, Div(data_node_id=root2.id))
# Step 1 & 2 & 3: Test grandchild node (level 2)
grandchild_node = find_one(rendered, Div(data_node_id=grandchild.id))
grandchild_expected = Div(
style=Contains("padding-left: 40px")
expected_root1 = Div(
Div(
Div(None), # No icon, leaf node
Span("Root 1"),
Div(), # Action buttons
cls=Contains("mf-treenode")
),
cls="mf-treenode-container",
data_node_id=root1.id
)
assert matches(grandchild_node, grandchild_expected)
expected_root2 = Div(
Div(
Div(None), # No icon, leaf node
Span("Root 2"),
Div(), # Action buttons
cls=Contains("mf-treenode")
),
cls="mf-treenode-container",
data_node_id=root2.id
)
assert matches(root1_container, expected_root1)
assert matches(root2_container, expected_root2)

View File

@@ -91,7 +91,6 @@
for (const [combinationStr, config] of Object.entries(combinations)) {
const sequence = parseCombination(combinationStr);
console.log("Parsing combination", combinationStr, "=>", sequence);
let currentNode = root;
for (const keySet of sequence) {

View File

@@ -3,9 +3,10 @@ from fastcore.basics import NotStr
from fasthtml.components import *
from myfasthtml.controls.helpers import mk
from myfasthtml.core.commands import Command
from myfasthtml.icons.fluent_p3 import add20_regular
from myfasthtml.test.matcher import matches, StartsWith, Contains, DoesNotContain, Empty, ErrorOutput, \
ErrorComparisonOutput, AttributeForbidden, AnyValue, NoChildren, TestObject, TestIcon, DoNotCheck
ErrorComparisonOutput, AttributeForbidden, AnyValue, NoChildren, TestObject, Skip, DoNotCheck, TestIcon, HasHtmx
from myfasthtml.test.testclient import MyFT
@@ -55,6 +56,9 @@ class TestMatches:
(mk.icon(add20_regular), TestIcon("Add20Regular")),
(mk.icon(add20_regular), TestIcon("add20_regular")),
(mk.icon(add20_regular), TestIcon()),
(Div(None, None, None, Div(id="to_find")), Div(Skip(None), Div(id="to_find"))),
(Div(Div(id="to_skip"), Div(id="to_skip"), Div(id="to_find")), Div(Skip(Div(id="to_skip")), Div(id="to_find"))),
(Div(hx_post="/url"), Div(HasHtmx(hx_post="/url"))),
])
def test_i_can_match(self, actual, expected):
assert matches(actual, expected)
@@ -100,7 +104,8 @@ class TestMatches:
(Div(123, "value"), TestObject("Dummy", attr1=123, attr2="value2"), "The types are different"),
(Dummy(123, "value"), TestObject("Dummy", attr1=123, attr2=Contains("value2")),
"The condition 'Contains(value2)' is not satisfied"),
(Div(Div(id="to_skip")), Div(Skip(Div(id="to_skip"))), "Nothing more to skip"),
(Div(hx_post="/url"), Div(HasHtmx(hx_post="/url2")), "The condition 'HasHtmx()' is not satisfied"),
])
def test_i_can_detect_errors(self, actual, expected, error_message):
with pytest.raises(AssertionError) as exc_info:
@@ -446,3 +451,20 @@ Error : The condition 'Contains(value2)' is not satisfied.
assert "\n" + res == '''
(div "attr1"="123" "attr2"="value2") | (Dummy "attr1"="123" "attr2"="value2")
^^^ |'''
class TestPredicates:
def test_i_can_validate_contains_with_words_only(self):
assert Contains("value", _word=True).validate("value value2 value3")
assert Contains("value", "value2", _word=True).validate("value value2 value3")
assert not Contains("value", _word=True).validate("valuevalue2value3")
assert not Contains("value value2", _word=True).validate("value value2 value3")
def test_i_can_validate_has_htmx(self):
div = Div(hx_post="/url")
assert HasHtmx(hx_post="/url").validate(div)
c = Command("c", "testing has_htmx", None)
c.bind_ft(div)
assert HasHtmx(command=c).validate(div)