Initial commit - some junk
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"""
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Ritz Debugging Infrastructure Concept
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Shows how we can debug Python code running in WASM
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"""
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import json
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from dataclasses import dataclass
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from typing import Dict, List, Optional
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@dataclass
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class DebugSymbol:
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"""Maps WASM offset to Python source location"""
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wasm_offset: int
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file: str
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line: int
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column: int
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function: str
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source_text: str
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class WASMDebugger:
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"""Debugging infrastructure for Python-in-WASM"""
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def __init__(self):
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self.symbols: Dict[int, DebugSymbol] = {}
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self.breakpoints: List[DebugSymbol] = []
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self.source_files: Dict[str, List[str]] = {}
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def generate_debug_info(self, component_ir, wasm_module):
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"""Generate debug symbols during compilation"""
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# This would be done by LLVM during compilation
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# Here's a conceptual example:
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debug_info = {
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'format': 'ritz-debug-v1',
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'source_language': 'python',
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'symbols': []
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}
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# Map each IR node to WASM offsets
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for node in component_ir['body']:
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if node['type'] == 'yield':
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symbol = {
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'wasm_offset': '0x1234', # Would be actual WASM offset
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'source': {
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'file': 'component.py',
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'line': node.get('line', 0),
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'column': node.get('column', 0),
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'text': 'yield Element()'
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}
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}
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debug_info['symbols'].append(symbol)
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return debug_info
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def set_breakpoint(self, file: str, line: int):
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"""Set a breakpoint at Python source location"""
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# Find WASM offset for this source location
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for offset, symbol in self.symbols.items():
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if symbol.file == file and symbol.line == line:
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print(f"Breakpoint set at {file}:{line} (WASM offset: {hex(offset)})")
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self.breakpoints.append(symbol)
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# In real implementation, this would:
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# 1. Communicate with browser DevTools
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# 2. Set WASM breakpoint at the offset
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# 3. Map back to Python source when hit
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return True
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return False
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def source_map_example(self):
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"""Example of source map for WASM→Python mapping"""
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source_map = {
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"version": 3,
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"sources": ["counter.py", "framework.py"],
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"names": ["count", "increment", "signal"],
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"mappings": "AAAA,SAAS;AACT,YAAY", # Base64 VLQ encoded
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"file": "app.wasm",
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# Extensions for Python debugging
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"x_ritz_debug": {
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"python_version": "3.11",
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"symbols": [
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{
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"wasm_offset": "0x1000",
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"python_location": "counter.py:5:8",
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"ast_node": "ast.Assign",
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"scope_vars": ["count", "increment"]
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}
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],
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# Embedded Python source for debugging!
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"embedded_sources": {
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"counter.py": """
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@component
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def Counter():
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count = signal(0) # Line 3
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def increment(): # Line 5
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count += 1 # Line 6 - Breakpoint here!
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with Div():
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yield Button('Click', onclick=increment)
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"""
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}
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}
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}
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return source_map
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class LiveEditingSupport:
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"""Live editing Python components in the browser"""
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def __init__(self, debugger: WASMDebugger):
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self.debugger = debugger
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self.module_cache = {}
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def edit_component(self, component_name: str, new_source: str):
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"""Live edit a component"""
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print(f"Live editing {component_name}")
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# 1. Parse the new Python source
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from ast_parser import parse_component_source
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ir = parse_component_source(new_source)
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# 2. Compile just this component to WASM
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wasm_module = self.compile_component(ir)
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# 3. Hot reload in browser
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self.hot_reload(component_name, wasm_module)
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return {
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'status': 'reloaded',
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'component': component_name,
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'size': len(wasm_module)
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}
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def compile_component(self, ir):
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"""Compile single component to WASM module"""
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# In reality, this would use LLVM
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# For now, mock it
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return b'\x00asm\x01\x00\x00\x00...'
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def hot_reload(self, name: str, wasm_bytes: bytes):
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"""Hot reload a WASM module in browser"""
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js_code = f"""
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// Hot reload component
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const oldModule = RitzModules.get('{name}');
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const newModule = await WebAssembly.instantiate({list(wasm_bytes)});
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// Preserve state
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const state = oldModule.exports.get_state();
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newModule.exports.set_state(state);
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// Swap modules
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RitzModules.set('{name}', newModule);
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// Re-render affected components
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RitzRenderer.rerender('{name}');
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"""
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print(f"Hot reload JS:\n{js_code}")
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class BrowserDevToolsIntegration:
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"""Integration with Chrome/Firefox DevTools"""
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@staticmethod
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def generate_dwarf_symbols():
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"""Generate DWARF debug symbols for WASM"""
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# DWARF is the standard debug format
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# LLVM can generate this automatically
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dwarf = {
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'.debug_info': {
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'compilation_unit': {
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'language': 'DW_LANG_Python',
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'producer': 'Ritz Compiler v0.1',
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'source_file': 'app.py'
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}
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},
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'.debug_line': {
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# Line number program
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# Maps WASM addresses to source lines
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'line_table': [
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{'address': 0x1000, 'file': 1, 'line': 5, 'column': 8},
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{'address': 0x1010, 'file': 1, 'line': 6, 'column': 4},
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]
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},
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'.debug_abbrev': {
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# Abbreviation table
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}
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}
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return dwarf
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@staticmethod
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def devtools_protocol_example():
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"""Example of Chrome DevTools Protocol for WASM debugging"""
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return {
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'method': 'Debugger.setBreakpoint',
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'params': {
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'location': {
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'scriptId': 'wasm://app.wasm/counter.py',
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'lineNumber': 6,
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'columnNumber': 8
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}
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}
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}
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# Demonstration
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if __name__ == '__main__':
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print("=== Ritz Debugging Infrastructure ===\n")
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debugger = WASMDebugger()
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print("1. Source Map Example:")
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print(json.dumps(debugger.source_map_example(), indent=2)[:500] + "...\n")
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print("2. Setting Breakpoint:")
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# Simulate adding debug symbols
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debugger.symbols[0x1234] = DebugSymbol(
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wasm_offset=0x1234,
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file='counter.py',
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line=6,
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column=8,
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function='increment',
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source_text='count += 1'
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)
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debugger.set_breakpoint('counter.py', 6)
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print("\n3. Live Editing:")
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editor = LiveEditingSupport(debugger)
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result = editor.edit_component('Counter', '''
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@component
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def Counter():
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count = signal(0)
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def increment():
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count += 2 # Changed from += 1
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print(f"New count: {count}")
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with Div():
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yield Button('Click', onclick=increment)
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''')
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print(f"Result: {result}")
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print("\n4. DevTools Integration:")
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print(json.dumps(BrowserDevToolsIntegration.devtools_protocol_example(), indent=2))
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print("\n=== The Dream ===")
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print("""
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In Chrome DevTools:
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- Set breakpoints in Python source (not WASM or JS!)
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- Step through Python code line by line
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- Inspect Python variables and objects
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- Live edit Python and see changes immediately
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- Full stack traces in Python
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This is possible because:
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1. Our Python compiles to WASM with debug symbols
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2. WASM has source map support
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3. We embed Python source in the WASM module
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4. Browser DevTools understand DWARF/source maps
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""")
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