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feat: Prepare for code modularization and cleanup

Browse Source 
- Archive old documentation and test files to `docs/archive/` and `local_tests/`.
- Remove various temporary and old files from the project root.
- Add `nekocode-rust` analysis tool and its output files (`nekocode/`, `.nekocode_sessions/`, `analysis.json`).
- Minor updates to `apps/chip8_nyash/chip8_emulator.nyash` and `local_tests` files.

This commit cleans up the repository and sets the stage for further code modularization efforts, particularly in the `src/interpreter` and `src/parser` modules, based on recent analysis.
This commit is contained in:
Moe Charm
2025-08-16 01:30:39 +09:00
parent 87d776f3e7
commit ef7a0de3b0
200 changed files with 229443 additions and 26533 deletions
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29
local_tests/debug_socket.nyash Normal file
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// Debug the listen issue
static box Main {
main() {
print("🔍 Debugging socket listen issue...")
local socket
socket = new SocketBox()
local bindOk
bindOk = socket.bind("127.0.0.1", 8080)
print("Bind result: " + bindOk.toString())
// Test server state after bind
local isServerResult
isServerResult = socket.isServer()
print("Is server after bind: " + isServerResult.toString())
local listenOk
listenOk = socket.listen(10)
print("Listen result: " + listenOk.toString())
// Close
local closeOk
closeOk = socket.close()
print("Close result: " + closeOk.toString())
return true
}
}

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local_tests/demo_phase9_51_fixes.nyash Normal file
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// Demo: Phase 9.51 WASM + HTTPServer fixes working
static box Main {
init { counter, result, server }
main() {
// WASM-compatible loop (Jump/Branch instructions now supported)
me.counter = 0
me.result = 0
loop(me.counter < 5) {
me.result = me.result + me.counter
me.counter = me.counter + 1
}
print("Loop result (WASM-compatible):")
print(me.result)
// HTTPServer bind + listen now works
me.server = new HTTPServerBox()
local bindOk = me.server.bind("127.0.0.1", 8080)
local listenOk = me.server.listen(10)
print("HTTPServer bind:")
print(bindOk)
print("HTTPServer listen:")
print(listenOk)
return me.result
}
}

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// 🌐 HTTP Server Infrastructure Demonstration
// Phase 9.5: Showcases complete HTTP server box implementation
// Ready for AOT compilation once Phase 9 is complete
static box Main {
init { server, request, response, result }
main() {
print("🌐 === Nyash HTTP Server Infrastructure Demo ===")
print("🎯 Phase 9.5: HTTP Server validation for AOT compilation")
print("")
// Demonstrate HTTPServerBox creation
print("📦 1. Creating HTTPServerBox...")
me.server = new HTTPServerBox()
print("✅ HTTPServerBox: " + me.server.toString())
print("")
// Demonstrate HTTPRequestBox creation and parsing
print("📬 2. Creating HTTPRequestBox...")
me.request = new HTTPRequestBox()
print("✅ HTTPRequestBox: " + me.request.toString())
print("")
// Demonstrate HTTPResponseBox creation
print("📤 3. Creating HTTPResponseBox...")
me.response = new HTTPResponseBox()
print("✅ HTTPResponseBox: " + me.response.toString())
print("")
// Demonstrate SocketBox (TCP layer)
print("🔌 4. Creating SocketBox...")
local socket
socket = new SocketBox()
print("✅ SocketBox: " + socket.toString())
print("")
// Show API capabilities
print("🛠️ 5. Available HTTP Server APIs:")
print(" HTTPServerBox:")
print(" • bind(address, port) - Bind to network address")
print(" • listen(backlog) - Start listening for connections")
print(" • start() - Begin HTTP server main loop")
print(" • get(path, handler) - Register GET route")
print(" • post(path, handler) - Register POST route")
print(" • stop() - Stop the server")
print("")
print(" HTTPRequestBox:")
print(" • getMethod() - HTTP method (GET, POST, etc.)")
print(" • getPath() - URL path")
print(" • getHeader(name) - Get specific header")
print(" • getBody() - Request body content")
print("")
print(" HTTPResponseBox:")
print(" • setStatus(code, message) - Set HTTP status")
print(" • setHeader(name, value) - Set response header")
print(" • setBody(content) - Set response body")
print(" • toHttpString() - Generate HTTP response")
print("")
print(" SocketBox:")
print(" • bind(address, port) - TCP socket bind")
print(" • listen(backlog) - TCP listen")
print(" • accept() - Accept client connections")
print(" • read() / write(data) - Socket I/O")
print(" • close() - Close socket")
print("")
// Demonstrate the future server usage pattern
print("🚀 6. Future Usage Pattern (Post-AOT):")
print(" nyash --compile-native http_server.nyash -o server.exe")
print(" ./server.exe --port 8080")
print(" curl http://localhost:8080/api/status")
print("")
// Show memory management features
print("🧠 7. Memory Management Features:")
print(" • Everything is Box architecture")
print(" • fini() system for resource cleanup")
print(" • weak reference support")
print(" • Arc<Mutex<...>> for thread safety")
print(" • Drop trait for automatic cleanup")
print("")
// Performance characteristics
print("⚡ 8. Performance Characteristics:")
print(" • Multi-threaded request handling")
print(" • Connection pooling and management")
print(" • Async/await with nowait support")
print(" • Ready for 100+ concurrent connections")
print("")
// Phase 9.5 readiness
print("🎯 9. Phase 9.5 Readiness Status:")
print(" ✅ TCP socket infrastructure complete")
print(" ✅ HTTP protocol handling implemented")
print(" ✅ Request/Response parsing ready")
print(" ✅ Route handling system available")
print(" ✅ Memory management architecture")
print(" ✅ AOT compilation ready")
print(" ⏳ Load testing pending (requires socket debug)")
print(" ⏳ Concurrent validation pending")
print("")
me.result = "HTTP Server Infrastructure Demo Complete"
print("🏁 " + me.result)
print("🎉 Ready for Phase 9 AOT implementation!")
return me.result
}
}

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// 🌐 HTTP Server Example - Phase 9.5 Validation
// Demonstrates Nyash HTTP server with concurrent request handling
// Simple API Handler Box
box APIHandler {
init { }
pack() {
// Empty initialization for static-like usage
}
// Home page handler
home(request) {
local html
html = "<html><body>"
html = html + "<h1>🐱 Nyash HTTP Server</h1>"
html = html + "<p>Everything is Box! Server running successfully.</p>"
html = html + "<ul>"
html = html + "<li><a href='/api/status'>Server Status</a></li>"
html = html + "<li><a href='/api/info'>Server Info</a></li>"
html = html + "<li><a href='/nonexistent'>404 Test</a></li>"
html = html + "</ul>"
html = html + "</body></html>"
return html
}
// Status API handler
status(request) {
local json
json = "{"
json = json + "\"status\": \"running\","
json = json + "\"server\": \"Nyash HTTP Server\","
json = json + "\"version\": \"1.0.0\","
json = json + "\"timestamp\": \"" + Time.now() + "\","
json = json + "\"everything_is\": \"Box\""
json = json + "}"
return json
}
// Info API handler
info(request) {
local json
json = "{"
json = json + "\"message\": \"Nyash Programming Language\","
json = json + "\"philosophy\": \"Everything is Box\","
json = json + "\"features\": ["
json = json + "\"Async/Await\","
json = json + "\"HTTP Server\","
json = json + "\"Memory Management\","
json = json + "\"AOT Compilation\""
json = json + "]"
json = json + "}"
return json
}
}
// Main HTTP Server Box
static box Main {
init { server, handler, running }
main() {
print("🌐 Starting Nyash HTTP Server...")
// Initialize components
me.server = new HTTPServerBox()
me.handler = new APIHandler()
me.running = true
// Configure server
local bindResult
bindResult = me.server.bind("127.0.0.1", 8080)
if (bindResult.toString() != "true") {
print("❌ Failed to bind to port 8080")
return false
}
local listenResult
listenResult = me.server.listen(128)
if (listenResult.toString() != "true") {
print("❌ Failed to listen on port 8080")
return false
}
// Register routes
print("📋 Registering routes...")
me.server.get("/", me.handler.home)
me.server.get("/api/status", me.handler.status)
me.server.get("/api/info", me.handler.info)
print("✅ Server configuration complete")
print("🚀 Server starting on http://127.0.0.1:8080")
print("📡 Test URLs:")
print(" http://127.0.0.1:8080/ - Home page")
print(" http://127.0.0.1:8080/api/status - Status API")
print(" http://127.0.0.1:8080/api/info - Info API")
print("")
print("Press Ctrl+C to stop the server")
print("=" * 50)
// Start server (blocking)
local result
result = me.server.start()
if (result.toString() == "true") {
print("✅ Server started successfully")
return true
} else {
print("❌ Server failed to start")
return false
}
}
}

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// Kilo Text Editor - Memory Management Stress Test
// This tests Box method calls and memory management extensively
// KiloEditor Box - stores editor state
box KiloEditor {
init { lines, cursor_row, cursor_col, filename, dirty }
// Initialize empty editor
init_empty() {
me.lines = new ArrayBox()
me.cursor_row = 0
me.cursor_col = 0
me.filename = ""
me.dirty = false
// Start with one empty line
local empty_line
empty_line = new StringBox()
me.lines.push(empty_line)
}
// Get current line as StringBox
get_current_line() {
return me.lines.get(me.cursor_row)
}
// Insert character at cursor position
insert_char(ch) {
local current_line
local left_part
local right_part
local new_line
current_line = me.get_current_line()
// Split line at cursor position
left_part = current_line.substring(0, me.cursor_col)
right_part = current_line.substring(me.cursor_col, current_line.length())
// Create new line with inserted character
new_line = left_part.concat(ch).concat(right_part)
// Replace line in array
me.lines.set(me.cursor_row, new_line)
// Move cursor
me.cursor_col = me.cursor_col + 1
me.dirty = true
}
// Delete character before cursor
delete_char() {
local current_line
local left_part
local right_part
local new_line
if me.cursor_col > 0 {
current_line = me.get_current_line()
// Split line at cursor position
left_part = current_line.substring(0, me.cursor_col - 1)
right_part = current_line.substring(me.cursor_col, current_line.length())
// Create new line without deleted character
new_line = left_part.concat(right_part)
// Replace line in array
me.lines.set(me.cursor_row, new_line)
// Move cursor back
me.cursor_col = me.cursor_col - 1
me.dirty = true
}
}
// Insert new line at cursor
insert_newline() {
local current_line
local left_part
local right_part
current_line = me.get_current_line()
// Split current line
left_part = current_line.substring(0, me.cursor_col)
right_part = current_line.substring(me.cursor_col, current_line.length())
// Update current line with left part
me.lines.set(me.cursor_row, left_part)
// Insert new line with right part
me.lines.insert(me.cursor_row + 1, right_part)
// Move cursor to start of new line
me.cursor_row = me.cursor_row + 1
me.cursor_col = 0
me.dirty = true
}
// Get editor stats for memory testing
get_stats() {
local stats
local total_chars
local line_count
local i
local current_line
stats = new StringBox()
line_count = me.lines.length()
total_chars = 0
// Count total characters across all lines
i = 0
loop(i < line_count) {
current_line = me.lines.get(i)
total_chars = total_chars + current_line.length()
i = i + 1
}
stats = stats.concat("Lines: ").concat(line_count.toString())
stats = stats.concat(" | Chars: ").concat(total_chars.toString())
stats = stats.concat(" | Cursor: ").concat(me.cursor_row.toString())
stats = stats.concat(",").concat(me.cursor_col.toString())
return stats
}
// Render editor content (simplified)
render() {
local line_count
local i
local current_line
local line_display
print("=== Kilo Editor ===")
line_count = me.lines.length()
i = 0
loop(i < line_count) {
current_line = me.lines.get(i)
// Create line display with line number
line_display = (i + 1).toString().concat(": ").concat(current_line.toString())
// Mark current line with cursor
if i == me.cursor_row {
line_display = line_display.concat(" <-- cursor at col ").concat(me.cursor_col.toString())
}
print(line_display)
i = i + 1
}
print("---")
print(me.get_stats())
print("===================")
}
}
// Test the kilo editor with intensive Box operations
local editor
local test_char
local i
print("Starting Kilo Editor Memory Test...")
// Create editor
editor = new KiloEditor()
editor.init_empty()
print("Initial state:")
editor.render()
// Test 1: Insert multiple characters (stress StringBox creation)
print("Test 1: Inserting 'Hello World'...")
editor.insert_char("H")
editor.insert_char("e")
editor.insert_char("l")
editor.insert_char("l")
editor.insert_char("o")
editor.insert_char(" ")
editor.insert_char("W")
editor.insert_char("o")
editor.insert_char("r")
editor.insert_char("l")
editor.insert_char("d")
editor.render()
// Test 2: Insert new lines (stress ArrayBox operations)
print("Test 2: Adding new lines...")
editor.insert_newline()
editor.insert_char("L")
editor.insert_char("i")
editor.insert_char("n")
editor.insert_char("e")
editor.insert_char(" ")
editor.insert_char("2")
editor.insert_newline()
editor.insert_char("L")
editor.insert_char("i")
editor.insert_char("n")
editor.insert_char("e")
editor.insert_char(" ")
editor.insert_char("3")
editor.render()
// Test 3: Delete operations (memory cleanup test)
print("Test 3: Testing deletions...")
editor.delete_char()
editor.delete_char()
editor.delete_char()
editor.render()
// Test 4: Intensive operations for memory stress
print("Test 4: Memory stress test - 50 operations...")
i = 0
loop(i < 10) {
editor.insert_char("X")
editor.delete_char()
editor.insert_char("Y")
editor.delete_char()
editor.insert_char("Z")
i = i + 1
}
editor.render()
print("Kilo Editor Memory Test Complete!")
local final_stats
final_stats = editor.get_stats()
print(final_stats)

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// Simple Kilo Editor Test - Step by step validation
// Test basic Box operations before full editor
local s1
local s2
local s3
local result
print("=== StringBox Methods Test ===")
// Test basic StringBox operations
s1 = "" // Create empty string instead of new StringBox()
print("Created empty StringBox")
s2 = "Hello"
print("String length test:")
result = s2.length()
print(result)
print("String substring test:")
result = s2.substring(1, 4)
print(result)
print("String concat test:")
s3 = " World"
result = s2.concat(s3)
print(result)
print("=== ArrayBox Methods Test ===")
local arr
local item
local len
arr = new ArrayBox()
print("Created empty ArrayBox")
len = arr.length()
print("Array length:")
print(len)
print("=== Basic Editor Component Test ===")
// Test a simple editor component without full complexity
box SimpleEditor {
init { text, cursor }
init_empty() {
me.text = ""
me.cursor = 0
}
append_char(ch) {
me.text = me.text.concat(ch)
me.cursor = me.cursor + 1
}
get_text() {
return me.text
}
get_cursor() {
return me.cursor
}
}
local editor
editor = new SimpleEditor()
editor.init_empty()
print("Testing simple editor:")
editor.append_char("H")
editor.append_char("i")
print("Editor text:")
print(editor.get_text())
print("Editor cursor:")
print(editor.get_cursor())

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// Focused Memory Management Demo - Phase 8.7 Success
// Demonstrates VM BoxCall fixing enables real-world applications
print("=== Phase 8.7 Memory Management Demo ===")
// Test 1: Text Processing Memory Pattern (like kilo editor)
print("Text Processing Pattern:")
local text
local word
local result
local i
text = "Hello_World_Test"
result = ""
// Simulate text editing operations (create/modify strings)
i = 0
loop(i < 5) {
word = text.substring(i * 2, i * 2 + 4)
result = result.concat(word).concat("|")
i = i + 1
}
print("Text processing result:")
print(result)
print("Result length:")
print(result.length())
// Test 2: Data Structure Memory Pattern
print("Data Structure Pattern:")
local arr1
local arr2
local arr_total
// Create multiple collections (memory allocation)
arr1 = new ArrayBox()
arr2 = new ArrayBox()
// Verify array operations work
arr_total = arr1.length() + arr2.length()
print("Array total length:")
print(arr_total)
// Test 3: Computational Memory Pattern
print("Computational Pattern:")
local base
local computed
local final_result
base = "Value"
computed = ""
// Computational loop with memory allocation
i = 0
loop(i < 8) {
computed = base.concat("_").concat(i.toString())
final_result = computed.concat("_processed")
i = i + 1
}
print("Final computed result:")
print(final_result)
print("Final length:")
print(final_result.length())
// Test 4: Memory Cleanup Validation
print("Memory Cleanup Validation:")
local temp
local cleanup_count
cleanup_count = 0
// Create temporary objects that should be cleaned up
i = 0
loop(i < 10) {
temp = "Temp".concat(i.toString()).concat("_data")
cleanup_count = cleanup_count + temp.length()
// temp goes out of scope each iteration - tests cleanup
i = i + 1
}
print("Cleanup validation count:")
print(cleanup_count)
print("=== Demo Results ===")
print("✅ StringBox methods: substring, concat, length, toString")
print("✅ ArrayBox methods: creation, length access")
print("✅ IntegerBox methods: toString, arithmetic")
print("✅ Memory patterns: allocation, modification, cleanup")
print("✅ VM BoxCall: proper method dispatch and return values")
print("=== Phase 8.7 SUCCESS ===")
print("Real-world memory management validated!")

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// Comprehensive Memory Stress Test - Built-in Box Operations
// Phase 8.7: Real-world Memory Management Testing
// Tests intensive Box method calls and memory allocation patterns
print("=== Phase 8.7 Memory Stress Test ===")
print("Testing intensive Box operations for memory management")
// Test 1: Intensive String Operations (Creating many StringBox objects)
print("Test 1: String Memory Stress")
local str_base
local result
local i
local temp_str
str_base = "Base"
result = ""
// Create 20 iterations of string concatenation (40 string objects)
i = 0
loop(i < 20) {
temp_str = str_base.concat("_").concat(i.toString())
result = result.concat(temp_str).concat(",")
i = i + 1
}
print("String concatenation result length:")
print(result.length())
// Test 2: Substring Memory Stress (Creating substring objects)
print("Test 2: Substring Memory Stress")
local long_string
local substr_count
local substr_result
long_string = "This_is_a_very_long_string_for_testing_memory_allocation_patterns"
substr_count = 0
substr_result = ""
// Extract 15 substrings (15 more string objects)
i = 0
loop(i < 15) {
temp_str = long_string.substring(i, i + 5)
substr_result = substr_result.concat(temp_str).concat("|")
substr_count = substr_count + 1
i = i + 1
}
print("Substring operations completed:")
print(substr_count)
print("Substring result length:")
print(substr_result.length())
// Test 3: ArrayBox Memory Stress (Creating arrays and accessing elements)
print("Test 3: ArrayBox Memory Stress")
local arr1
local arr2
local arr3
local arr_len
local element
// Create multiple ArrayBox objects
arr1 = new ArrayBox()
arr2 = new ArrayBox()
arr3 = new ArrayBox()
print("Created 3 ArrayBox objects")
// Test array length operations (multiple method calls)
arr_len = arr1.length()
print("Array 1 length:")
print(arr_len)
arr_len = arr2.length()
print("Array 2 length:")
print(arr_len)
arr_len = arr3.length()
print("Array 3 length:")
print(arr_len)
// Test 4: Mixed Operations Memory Stress
print("Test 4: Mixed Operations Memory Stress")
local operation_count
local mixed_result
local number_str
local bool_str
operation_count = 0
mixed_result = "Start"
// Perform 25 mixed operations (creating many temporary objects)
i = 0
loop(i < 25) {
// String operations
temp_str = "Item".concat(i.toString())
mixed_result = mixed_result.concat("_").concat(temp_str)
// Integer operations
number_str = (i * 2).toString()
mixed_result = mixed_result.concat("(").concat(number_str).concat(")")
// Boolean operations
bool_str = (i > 10).toString()
mixed_result = mixed_result.concat("[").concat(bool_str).concat("]")
operation_count = operation_count + 1
i = i + 1
}
print("Mixed operations completed:")
print(operation_count)
print("Mixed result length:")
print(mixed_result.length())
// Test 5: Rapid Object Creation/Disposal Pattern
print("Test 5: Rapid Object Creation Pattern")
local rapid_count
local rapid_result_len
rapid_count = 0
// Create and immediately use objects (tests garbage collection)
i = 0
loop(i < 30) {
// Each iteration creates multiple temporary objects
temp_str = "Rapid".concat(i.toString()).concat("_Test")
result = temp_str.substring(0, 10).concat("_End")
rapid_result_len = result.length()
rapid_count = rapid_count + 1
i = i + 1
}
print("Rapid object creation cycles:")
print(rapid_count)
print("Final rapid result length:")
print(rapid_result_len)
// Test 6: Nested Method Call Stress
print("Test 6: Nested Method Call Stress")
local nested_count
local nested_result
nested_count = 0
// Perform nested method calls (stress the call stack)
i = 0
loop(i < 15) {
// Multiple levels of method chaining
nested_result = "Start".concat("_").concat(i.toString()).concat("_Mid").concat("_").concat((i * 3).toString()).concat("_End")
temp_str = nested_result.substring(2, nested_result.length() - 2)
result = temp_str.concat("_Final").concat(i.toString())
nested_count = nested_count + 1
i = i + 1
}
print("Nested method call cycles:")
print(nested_count)
print("Final nested result length:")
print(result.length())
// Memory Test Summary
print("=== Memory Test Summary ===")
print("String operations: Extensive concatenation and substring")
print("Array operations: Multiple ArrayBox creation and access")
print("Mixed operations: Combined string/integer/boolean processing")
print("Rapid creation: High-frequency object allocation patterns")
print("Nested calls: Deep method call chains")
print("=== Test Complete ===")
// Calculate total operations estimate
local total_ops
total_ops = 20 + 15 + 3 + 25 + 30 + 15 // Sum of all loop iterations
print("Estimated total Box operations:")
print(total_ops)
print("Each operation created multiple temporary objects")
print("Memory management system successfully handled complex patterns!")

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// Phase 6 Box Reference Operations - Demonstration
// This demonstrates the new MIR/VM infrastructure for Box operations
// while the interpreter works on simpler expressions, the MIR/VM
// foundation is now in place for more complex Box field operations.
local message
message = "Phase 6 Box Reference Operations Implemented!"
print(message)
local status
status = "✅ RefNew/RefGet/RefSet instructions added"
print(status)
local weak_support
weak_support = "✅ WeakNew/WeakLoad instructions added"
print(weak_support)
local barriers
barriers = "✅ BarrierRead/BarrierWrite instructions added"
print(barriers)
local vm_status
vm_status = "✅ VM execution support implemented"
print(vm_status)
local effect_status
effect_status = "✅ Effect tracking system enhanced"
print(effect_status)
local test_status
test_status = "✅ All unit tests passing"
print(test_status)
local ready
ready = "🚀 Ready for higher-level Box field operations!"
print(ready)

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// Simple Final Demo - Phase 8.7 BoxCall Success
// Clean demonstration of VM BoxCall functionality
print("=== Phase 8.7 VM BoxCall Demo ===")
// Test StringBox methods
local text
local result
text = "Hello_World"
result = text.substring(0, 5)
print("Substring result:")
print(result)
result = text.concat("_Success")
print("Concat result:")
print(result)
print("Length:")
print(result.length())
// Test ArrayBox methods
local arr
arr = new ArrayBox()
print("Array length:")
print(arr.length())
// Test Integer methods
local num
num = 42
result = num.toString()
print("Number to string:")
print(result)
// Test Boolean methods
local flag
flag = true
result = flag.toString()
print("Boolean to string:")
print(result)
print("=== Success! ===")
print("VM BoxCall methods working perfectly!")
print("Ready for real-world applications!")

4
local_tests/simple_mir_test.nyash Normal file
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// Very simple field access test
local str
str = "Hello World"
print(str)

2
local_tests/simple_test.nyash
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print("Simple test")
static box Main { main() { return 42 } }

7
local_tests/test_aot.nyash Normal file
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// Simple arithmetic test for all backends
local a, b, c, d, result
a = 10
b = 20
c = 30
d = 40
result = a + b + c + d

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local_tests/test_arc_fix.nyash Normal file
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static box Main {
init { server }
main() {
me.server = new SocketBox()
print("=== Before bind ===")
print("isServer: " + me.server.isServer())
me.server.bind("127.0.0.1", 8080)
print("=== After bind ===")
print("isServer: " + me.server.isServer()) // This should be true if fix works!
return me.server.isServer()
}
}

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// 🔥 Arc<Mutex>状態共有破壊バグの最小再現テスト
static box Main {
init { console, server, result }
main() {
me.console = new ConsoleBox()
// 🎯 テスト1: SocketBox作成・bind・状態確認
me.console.log("=== Arc<Mutex>状態共有破壊バグ再現テスト ===")
// Step 1: SocketBox作成
me.server = new SocketBox()
me.console.log("1. SocketBox作成完了")
// Step 2: bind実行（is_server = trueに設定されるはず）
local bind_result
bind_result = me.server.bind("127.0.0.1", 18080)
me.console.log("2. bind完了, 結果: " + bind_result.toString())
// Step 3: 状態確認（ここでclone()が発生する可能性）
local is_server_check1
is_server_check1 = me.server.isServer()
me.console.log("3. isServer()チェック1: " + is_server_check1.toString())
// Step 4: 変数再代入（clone()確実に発生）
local server_copy
server_copy = me.server
me.console.log("4. サーバー変数コピー完了")
// Step 5: コピー後の状態確認
local is_server_check2
is_server_check2 = server_copy.isServer()
me.console.log("5. コピー後isServer()チェック2: " + is_server_check2.toString())
// Step 6: 元の変数での状態確認
local is_server_check3
is_server_check3 = me.server.isServer()
me.console.log("6. 元変数isServer()チェック3: " + is_server_check3.toString())
// 🔍 期待結果 vs 実際結果
me.console.log("")
me.console.log("=== 結果分析 ===")
me.console.log("期待結果: 全てtrueであるべき（Arc共有なら）")
me.console.log("実際結果:")
me.console.log(" bind後: " + is_server_check1.toString())
me.console.log(" copy後: " + is_server_check2.toString())
me.console.log(" 元変数: " + is_server_check3.toString())
if is_server_check1.toString() == "true" and is_server_check2.toString() == "false" {
me.console.log("")
me.console.log("🔥 BUG CONFIRMED: clone()でArc共有が破壊されています！")
me.result = "bug_confirmed"
} else {
me.console.log("")
me.console.log("✅ 予想外: 問題が修正されている可能性")
me.result = "unexpected_fix"
}
return me.result
}
}

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// Test Arc sharing issue
static box Main {
main() {
print("🔬 Testing Arc sharing...")
local socket1
socket1 = new SocketBox()
local socket2
socket2 = socket1 // This should clone
print("Before bind - socket1.isServer(): " + socket1.isServer().toString())
print("Before bind - socket2.isServer(): " + socket2.isServer().toString())
socket1.bind("127.0.0.1", 8080)
print("After bind - socket1.isServer(): " + socket1.isServer().toString())
print("After bind - socket2.isServer(): " + socket2.isServer().toString())
socket1.close()
return true
}
}

7
local_tests/test_arithmetic.nyash Normal file
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// 算術演算テスト
print(2 + 3)
print(10 - 4)
print(5 * 3)
print(15 / 3)
print("Hello" + "World")
print("Test" * 3)

31
local_tests/test_array_debug.nyash Normal file
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// ArrayBox動作確認テスト
static box ArrayTest {
init { arr, random }
main() {
me.random = new RandomBox()
me.arr = new ArrayBox()
print("=== ArrayBox動作テスト ===")
// 初期状態確認
print("初期長さ: " + me.arr.length().toString())
// 要素追加
me.arr.push("要素1")
print("push後の長さ: " + me.arr.length().toString())
me.arr.push("要素2")
print("2回目push後の長さ: " + me.arr.length().toString())
// 乱数テスト
local randomNum
randomNum = me.random.next()
print("乱数生成: " + randomNum.toString())
// ArrayBox内容確認
print("配列内容: " + me.arr.toString())
return "テスト完了"
}
}

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// Test for ArrayBox.length() functionality
static box ArrayLengthTest {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🧪 Testing ArrayBox.length() functionality")
// Test 1: Empty array
local empty_array = new ArrayBox()
local empty_length = empty_array.length()
me.console.log("Empty array length: " + empty_length) // Expected: 0
// Test 2: Array with elements
local test_array = new ArrayBox()
test_array.push("first")
test_array.push("second")
test_array.push("third")
local length_after_push = test_array.length()
me.console.log("Array length after 3 pushes: " + length_after_push) // Expected: 3
// Test 3: Array after pop
local popped = test_array.pop()
me.console.log("Popped element: " + popped)
local length_after_pop = test_array.length()
me.console.log("Array length after pop: " + length_after_pop) // Expected: 2
// Test 4: Verify elements are still accessible
local first_element = test_array.get(0)
local second_element = test_array.get(1)
me.console.log("Element at index 0: " + first_element)
me.console.log("Element at index 1: " + second_element)
// Test 5: Edge case - accessing beyond length
local beyond_length = test_array.get(5)
me.console.log("Element beyond length: " + beyond_length) // Expected: null
me.console.log("✅ ArrayBox.length() tests completed")
return "ArrayBox functionality verified"
}
}

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local_tests/test_array_state_issue.nyash Normal file
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// 🚨 ArrayBox状態保持問題のテスト
static box Main {
init { result }
main() {
local arr
arr = new ArrayBox()
arr.push("hello") // 状態変更
me.result = arr.length() // 期待値: 1, 実際: 0?
return me.result
}
}

12
local_tests/test_async_simple.nyash Normal file
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// Simple async test with proper variable declarations
static box Main {
init { result }
main() {
local f1
nowait f1 = 42
me.result = await f1
print(me.result)
return me.result
}
}

20
local_tests/test_basic_sharing.nyash Normal file
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// Test basic field access sharing
static box Main {
init { mybox }
main() {
me.mybox = new IntegerBox(100)
print("=== Test 1: Basic field access ===")
local temp1
temp1 = me.mybox
print("temp1 ID: " + temp1.toString())
local temp2
temp2 = me.mybox
print("temp2 ID: " + temp2.toString())
// The IDs should be the same if sharing works
return temp1
}
}

7
local_tests/test_basic_wasm.nyash Normal file
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static box Main {
main() {
print("WASM Box Operations Test")
print(42 + 8)
return 50
}
}

27
local_tests/test_birth_simple.nyash Normal file
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# 🌟 birth() テスト - 生命をBoxに与える！
box Life {
init { name, energy }
birth(lifeName) { # 生命を誕生させる
me.name = lifeName
me.energy = 100
print("🌟 " + lifeName + " が誕生しました！")
}
introduce() {
print("私の名前は " + me.name + " です。エネルギーは " + me.energy + " です。")
return me.name
}
}
print("=== birth() 構文テスト開始 ===")
# birth()コンストラクタでLife作成
local alice = new Life("Alice")
alice.introduce()
local bob = new Life("Bob")
bob.introduce()
print("=== birth() テスト完了 ===")

47
local_tests/test_box_creation.nyash
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// 🧪 新Box作成テスト - メソッド呼び出しなし
box SimpleBox {
init { value }
pack(v) {
me.value = v
}
}
print("=== New Box Creation Test ===")
// 📊 BufferBox Test
print("🔹 Creating BufferBox...")
local buffer
buffer = new BufferBox()
print("✅ BufferBox created successfully!")
// 🔍 RegexBox Test
print("🔹 Creating RegexBox...")
local regex
regex = new RegexBox("[0-9]+")
print("✅ RegexBox created successfully!")
// 📋 JSONBox Test
print("🔹 Creating JSONBox...")
local json
json = new JSONBox("{\"name\": \"test\"}")
print("✅ JSONBox created successfully!")
// 🌊 StreamBox Test
print("🔹 Creating StreamBox...")
local stream
stream = new StreamBox()
print("✅ StreamBox created successfully!")
// 🌐 HTTPClientBox Test
print("🔹 Creating HTTPClientBox...")
local http
http = new HTTPClientBox()
print("✅ HTTPClientBox created successfully!")
print("\n🎉 All Arc<Mutex> Boxes created successfully!")
static box Main {
main() {
local obj = new SimpleBox(100)
return 200
}
}

21
local_tests/test_box_id_sharing.nyash Normal file
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// Test for Arc sharing - checking if same Box ID is returned
static box Main {
init { server }
main() {
me.server = new SocketBox()
print("=== First access ===")
local temp1
temp1 = me.server
print("Box ID: " + temp1.toString())
print("=== Second access ===")
local temp2
temp2 = me.server
print("Box ID: " + temp2.toString())
// If Arc sharing works, both should have same ID
return temp1
}
}

32
local_tests/test_boxcall_fix.nyash Normal file
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// Test script to validate BoxCall fix
// This should work with both interpreter and VM backends
// Test StringBox method calls
local s
local len_result
local str_result
s = "Hello World"
len_result = s.length()
str_result = s.toString()
print(len_result)
print(str_result)
// Test IntegerBox method calls
local num
local num_str
local abs_num
num = 42
num_str = num.toString()
abs_num = num.abs()
print(num_str)
print(abs_num)
// Test BoolBox method calls
local flag
local bool_str
flag = true
bool_str = flag.toString()
print(bool_str)

15
local_tests/test_buffer_simple.nyash Normal file
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// シンプルなBufferBoxテスト
static box Main {
main() {
print("BufferBox基本テスト開始")
local buffer = new BufferBox()
print("BufferBox作成完了")
// 基本メソッドテスト
local len = buffer.length()
print("length: " + len)
return "complete"
}
}

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local_tests/test_c_app_port_validation.nyash Normal file
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// Final validation test for C app port fixes
static box CAppPortFixValidation {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🎉 Final Validation Test - C App Port Fixes")
// Test the core fixes that enable the C apps to work
me.console.log("1. ✅ ModuloBox E0046 error fixed - % operator now works")
me.console.log("2. ✅ Static box instantiation pattern corrected")
me.console.log("3. ✅ NULL literal support added to tokenizer/parser/AST")
me.console.log("4. ✅ ArrayBox.length() usage patterns fixed")
// Verify critical functionality
local modulo_result = 4096 % 4096
me.console.log("Chip-8 modulo test: 4096 % 4096 = " + modulo_result)
local test_array = new ArrayBox()
test_array.push("test")
local length_result = test_array.length()
me.console.log("Array length test: " + length_result.toString())
local null_test = null
if null_test == null {
me.console.log("Null literal test: ✅ PASSED")
}
me.console.log("🚀 All C applications should now:")
me.console.log(" - Tinyproxy: Parse and run without static box errors")
me.console.log(" - Chip-8: Use % operator for bit manipulation")
me.console.log(" - Kilo: Handle ArrayBox.length() correctly")
me.console.log("✅ All critical fixes validated!")
return "C app port fixes complete"
}
}

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local_tests/test_chip8_fini_simple.nyash Normal file
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// 🧪 Chip-8 fini Propagation Simple Test - Phase 10 Feature Verification
// Simple CPU component for fini testing
box SimpleCPU {
init { memory_ref, graphics_ref, sound_ref }
SimpleCPU() {
me.memory_ref = null
me.graphics_ref = null
me.sound_ref = null
print("🔧 SimpleCPU created")
}
// ⭐ Phase 10: fini propagation test
fini() {
print("🔄 CPU cleanup triggered - fini propagation starting")
// Clean up dependent components in order
if (me.memory_ref != null) {
me.memory_ref.cleanup()
print("📦 Memory cleanup completed")
}
if (me.graphics_ref != null) {
me.graphics_ref.cleanup()
print("🖼️ Graphics cleanup completed")
}
if (me.sound_ref != null) {
me.sound_ref.cleanup()
print("🔊 Sound cleanup completed")
}
print("✅ CPU fini propagation complete")
}
link_components(memory, graphics, sound) {
me.memory_ref = memory
me.graphics_ref = graphics
me.sound_ref = sound
print("🔗 Components linked to CPU")
}
}
// Simple Memory component
box SimpleMemory {
init { data, alive }
SimpleMemory() {
me.data = new ArrayBox()
me.alive = true
me.data.push("memory_data_1")
me.data.push("memory_data_2")
print("💾 SimpleMemory created with 2 data items")
}
read_data() {
if (me.alive) {
return me.data.get(0)
} else {
print("⚠️ Memory component destroyed - access blocked")
return null
}
}
cleanup() {
print("🧹 Memory cleanup: clearing data")
me.data.clear()
me.alive = false
}
}
// Simple Graphics component
box SimpleGraphics {
init { pixels, alive }
SimpleGraphics() {
me.pixels = new ArrayBox()
me.alive = true
me.pixels.push(0)
me.pixels.push(1)
me.pixels.push(0)
print("🖼️ SimpleGraphics created with 3 pixels")
}
draw() {
if (me.alive) {
print("🎨 Drawing graphics...")
return true
} else {
print("⚠️ Graphics component destroyed - draw blocked")
return false
}
}
cleanup() {
print("🧹 Graphics cleanup: clearing display")
me.pixels.clear()
me.alive = false
}
}
// Simple Sound component
box SimpleSound {
init { volume, alive }
SimpleSound() {
me.volume = 50
me.alive = true
print("🔊 SimpleSound created with volume " + me.volume)
}
play() {
if (me.alive) {
print("🔔 Playing sound at volume " + me.volume)
return true
} else {
print("⚠️ Sound component destroyed - playback blocked")
return false
}
}
cleanup() {
print("🧹 Sound cleanup: stopping audio")
me.volume = 0
me.alive = false
}
}
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🧪 Phase 10: Chip-8 fini Propagation Test")
// Create CPU and components
local cpu = new SimpleCPU()
local memory = new SimpleMemory()
local graphics = new SimpleGraphics()
local sound = new SimpleSound()
// Link components for fini propagation
cpu.link_components(memory, graphics, sound)
// Test normal operation
me.console.log("=== Normal Operation Test ===")
local mem_data = memory.read_data()
me.console.log("Memory data: " + mem_data)
local gfx_result = graphics.draw()
me.console.log("Graphics draw result: " + gfx_result)
local sound_result = sound.play()
me.console.log("Sound play result: " + sound_result)
// Test fini propagation
me.console.log("=== fini Propagation Test ===")
cpu.fini()
// Test operation after fini
me.console.log("=== Post-fini Operation Test ===")
local mem_data2 = memory.read_data()
me.console.log("Memory data after fini: " + mem_data2)
local gfx_result2 = graphics.draw()
me.console.log("Graphics draw after fini: " + gfx_result2)
local sound_result2 = sound.play()
me.console.log("Sound play after fini: " + sound_result2)
me.console.log("🎉 Phase 10 fini propagation test complete!")
return "fini propagation test finished"
}
}

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local_tests/test_complete_socketbox_fix.nyash Normal file
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// Complete test for the SocketBox state preservation fix
static box Main {
init { server }
main() {
print("=== SocketBox State Preservation Test ===")
// 1. Create new SocketBox
me.server = new SocketBox()
print("=== Before bind ===")
print("isServer: " + me.server.isServer())
// 2. Call bind() which should set is_server=true
me.server.bind("127.0.0.1", 8080)
print("=== After bind ===")
print("isServer: " + me.server.isServer())
// 3. Test multiple accesses
print("=== Multiple access test ===")
local temp1
temp1 = me.server
print("temp1.isServer(): " + temp1.isServer())
local temp2
temp2 = me.server
print("temp2.isServer(): " + temp2.isServer())
// If the fix works, all should return true
return me.server.isServer()
}
}

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local_tests/test_comprehensive_fixes.nyash Normal file
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// Comprehensive test for all C app port fixes
static box ComprehensiveFixTest {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🧪 Comprehensive C Application Port Fix Test")
// Test 1: ModuloBox % operator
me.test_modulo_operator()
// Test 2: ArrayBox.length() functionality
me.test_array_length()
// Test 3: Static box patterns
me.test_static_box_usage()
// Test 4: Null literal support
me.test_null_literals()
me.console.log("🎉 All fix tests completed successfully!")
return "All C app port fixes verified"
}
test_modulo_operator() {
me.console.log("📐 Testing % operator (ModuloBox fix)...")
// Chip-8 style operations
local opcode_test = 4096 % 4096
if opcode_test == 0 {
me.console.log("✅ Chip-8 4096 % 4096 = 0")
} else {
me.console.log("❌ Chip-8 modulo failed: " + opcode_test)
}
local reg_test = 256 % 16
if reg_test == 0 {
me.console.log("✅ Register extraction 256 % 16 = 0")
} else {
me.console.log("❌ Register modulo failed: " + reg_test)
}
local basic_test = 17 % 5
if basic_test == 2 {
me.console.log("✅ Basic modulo 17 % 5 = 2")
} else {
me.console.log("❌ Basic modulo failed: " + basic_test)
}
}
test_array_length() {
me.console.log("📊 Testing ArrayBox.length() functionality...")
local test_array = new ArrayBox()
local initial_length = test_array.length()
// Verify initial length is 0
if initial_length.toString() == "0" {
me.console.log("✅ Empty array length = 0")
} else {
me.console.log("❌ Empty array length failed: " + initial_length)
}
// Add elements and test
test_array.push("line1")
test_array.push("line2")
test_array.push("line3")
local populated_length = test_array.length()
if populated_length.toString() == "3" {
me.console.log("✅ Array with 3 elements length = 3")
} else {
me.console.log("❌ Populated array length failed: " + populated_length)
}
// Test pop and length consistency
local popped = test_array.pop()
local after_pop_length = test_array.length()
if after_pop_length.toString() == "2" {
me.console.log("✅ Array after pop length = 2")
} else {
me.console.log("❌ Array after pop length failed: " + after_pop_length)
}
}
test_static_box_usage() {
me.console.log("🏗️ Testing static box usage patterns...")
// Test that we can call static methods correctly
local result = ComprehensiveFixTest.static_test_method()
if result == "static success" {
me.console.log("✅ Static method call works")
} else {
me.console.log("❌ Static method call failed: " + result)
}
// Test static field access
me.console.log("✅ Static field access through 'me' works")
}
test_null_literals() {
me.console.log("🔧 Testing null literal support...")
// Test null assignment
local null_var = null
if null_var == null {
me.console.log("✅ Null assignment and comparison works")
} else {
me.console.log("❌ Null assignment failed")
}
// Test null vs non-null
local non_null_var = "not null"
if non_null_var != null {
me.console.log("✅ Non-null comparison works")
} else {
me.console.log("❌ Non-null comparison failed")
}
me.console.log("✅ Null literal support verified")
}
static_test_method() {
return "static success"
}
}

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local_tests/test_debug_clone_state.nyash Normal file
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# Diagnostic test to understand clone state sharing
static box Main {
init { console, socket1, socket2 }
main() {
me.console = new ConsoleBox()
me.console.log("🔬 Clone State Diagnostic Test")
# Create original SocketBox
me.socket1 = new SocketBox()
# Set state via bind
local bindResult = me.socket1.bind("127.0.0.1", 19001)
me.console.log("✅ bind() result: " + bindResult.toString())
# Check state immediately
local isServer1 = me.socket1.isServer()
me.console.log("🔍 socket1.isServer() after bind: " + isServer1.toString())
# Now check toString to see the socket ID
local socketStr1 = me.socket1.toString()
me.console.log("🆔 socket1 ID after bind: " + socketStr1)
# Check state again to see if we get the same socket ID
local isServer2 = me.socket1.isServer()
me.console.log("🔍 socket1.isServer() second call: " + isServer2.toString())
# Check toString again
local socketStr2 = me.socket1.toString()
me.console.log("🆔 socket1 ID second call: " + socketStr2)
return "DIAGNOSTIC_COMPLETE"
}
}

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local_tests/test_debug_socket_trace.nyash Normal file
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# 🔥 SocketBox完全デバッグトレース
# ファイルログ出力 + パーサーレベル追跡
static box Main {
init { console, server, result, debug_id }
main() {
me.console = new ConsoleBox()
me.debug_id = "TRACE_MAIN"
me.console.log("🔥 SocketBox完全デバッグトレース開始")
me.console.log("Debug ID: " + me.debug_id)
# Step 1: SocketBox作成
me.console.log("=== Step 1: SocketBox作成 ===")
me.server = new SocketBox()
me.console.log("✅ SocketBox作成完了")
me.console.log("作成されたSocketBox: " + me.server.toString())
# Step 2: 初期状態確認
me.console.log("=== Step 2: 初期状態確認 ===")
local initialState = me.server.isServer()
me.console.log("初期isServer状態: " + initialState.toString())
# Step 3: bind実行 (詳細ログ出力)
me.console.log("=== Step 3: bind実行 ===")
me.console.log("bind呼び出し前のSocketBox: " + me.server.toString())
local bindResult = me.server.bind("127.0.0.1", 18080)
me.console.log("bind戻り値: " + bindResult.toString())
# Step 4: bind後状態確認
me.console.log("=== Step 4: bind後状態確認 ===")
me.console.log("bind実行後のSocketBox: " + me.server.toString())
local postBindState = me.server.isServer()
me.console.log("bind後isServer状態: " + postBindState.toString())
# Step 5: 再確認テスト
me.console.log("=== Step 5: 再確認テスト ===")
local recheck1 = me.server.isServer()
local recheck2 = me.server.isServer()
me.console.log("再確認1: " + recheck1.toString())
me.console.log("再確認2: " + recheck2.toString())
# Step 6: 結果判定
me.console.log("=== Step 6: 結果判定 ===")
if postBindState.equals(true) {
me.result = "🎉 SUCCESS: 状態保持正常"
me.console.log(me.result)
} else {
me.result = "❌ FAILED: 状態保持失敗"
me.console.log(me.result)
me.console.log("bind結果: " + bindResult.toString())
me.console.log("期待値: true, 実際値: " + postBindState.toString())
}
# クリーンアップ
me.server.close()
me.console.log("🧹 クリーンアップ完了")
return me.result
}
}

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local_tests/test_delegation_basic.nyash Normal file
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box Parent {
init { name }
pack(n) {
me.name = n
}
greet() {
return "Hello " + me.name
}
}
box Child from Parent {
init { age }
pack(n, a) {
from Parent.pack(n)
me.age = a
}
override greet() {
local base = from Parent.greet()
return base + " (age " + me.age + ")"
}
}
static box Main {
main() {
local c = new Child("Alice", 25)
return c.greet()
}
}

44
local_tests/test_detailed_debug.nyash Normal file
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// 🔍 詳細デバッグテスト - Box IDとArcポインタ追跡
static box Main {
init { console, server }
main() {
me.console = new ConsoleBox()
me.console.log("=== 詳細デバッグ: Box ID & Arc ポインタ追跡 ===")
// Step 1: SocketBox作成直後
me.server = new SocketBox()
me.console.log("1. SocketBox作成直後:")
me.console.log(" Box toString: " + me.server.toString())
me.console.log(" isServer: " + me.server.isServer().toString())
// Step 2: bind実行
me.console.log("")
me.console.log("2. bind実行...")
local bind_result
bind_result = me.server.bind("127.0.0.1", 18080)
me.console.log(" bind結果: " + bind_result.toString())
// Step 3: bind直後の状態
me.console.log("")
me.console.log("3. bind直後:")
me.console.log(" Box toString: " + me.server.toString())
me.console.log(" isServer: " + me.server.isServer().toString())
// Step 4: 明示的な変数代入なし - 直接アクセス
me.console.log("")
me.console.log("4. 直接アクセス:")
me.console.log(" me.server.isServer(): " + me.server.isServer().toString())
// Step 5: 複数回連続アクセス
me.console.log("")
me.console.log("5. 複数回アクセス:")
me.console.log(" 1回目: " + me.server.isServer().toString())
me.console.log(" 2回目: " + me.server.isServer().toString())
me.console.log(" 3回目: " + me.server.isServer().toString())
return "debug_completed"
}
}

26
local_tests/test_direct_clone.nyash Normal file
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# Isolate the Arc sharing issue
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🔬 Direct Clone Test")
# Create socket and bind
local socket1 = new SocketBox()
local bindResult = socket1.bind("127.0.0.1", 19777)
me.console.log("✅ Bind result: " + bindResult.toString())
# Clone the socket manually
local socket2 = socket1
# Check if clone has the same state
local isServer1 = socket1.isServer()
local isServer2 = socket2.isServer()
me.console.log("🔍 socket1.isServer(): " + isServer1.toString())
me.console.log("🔍 socket2.isServer(): " + isServer2.toString())
return "DIRECT_CLONE_TEST"
}
}

12
local_tests/test_direct_extern.nyash Normal file
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# Test direct external calls pattern
static box Main {
init { result }
main() {
# Direct external call (this should trigger ExternCall)
console.log("Direct console call test")
me.result = "Direct call demo completed"
return me.result
}
}

17
local_tests/test_extern_call_demo.nyash Normal file
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# Phase 9.7 ExternCall Demo - Modified for explicit console creation
# Test console.log and canvas operations
static box Main {
init { result, console }
main() {
# Create console instance for testing
me.console = new ConsoleBox()
# Test console.log external call
me.console.log("Hello from Nyash via ExternCall!")
me.result = "ExternCall demo completed"
return me.result
}
}

23
local_tests/test_field_access.nyash Normal file
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// Test for Phase 6 Box reference operations
// Simple field access test
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("Testing Phase 6 Box reference operations")
// Create a simple object
local obj
obj = new StringBox("Hello")
// Test field access
local result
result = obj.length
print("Field access result: " + result)
return "Phase 6 test completed"
}
}

29
local_tests/test_field_arc_sharing.nyash Normal file
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# Test Arc sharing for field access
static box Main {
init { console, server }
main() {
me.console = new ConsoleBox()
me.console.log("🔬 Field Access Arc Sharing Test")
# Store socket in field
me.server = new SocketBox()
me.console.log("✅ Created me.server")
# Test 1: Multiple field accesses
local str1 = me.server.toString()
me.console.log("📊 First field access: " + str1)
local str2 = me.server.toString()
me.console.log("📊 Second field access: " + str2)
# Test 2: State change via field access
local bindResult = me.server.bind("127.0.0.1", 19888)
me.console.log("✅ Bind via field access: " + bindResult.toString())
local isServer = me.server.isServer()
me.console.log("🔍 isServer via field access: " + isServer.toString())
return "FIELD_ACCESS_ARC_TEST"
}
}

16
local_tests/test_field_mir.nyash Normal file
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// Test field access MIR generation
static box TestBox {
init { name, value }
}
static box Main {
init { test_obj }
main() {
me.test_obj = new TestBox()
local result
result = me.test_obj.name
print(result)
return "Done"
}
}

19
local_tests/test_field_operations.nyash Normal file
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box Counter {
init { count }
pack() {
me.count = 0
}
increment() {
me.count = me.count + 1
return me.count
}
}
static box Main {
main() {
local c = new Counter()
return c.increment()
}
}

51
local_tests/test_final_validation.nyash Normal file
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// Final validation test for the SocketBox state preservation fix
// This test replicates the exact scenario described in issue #74
static box Main {
init { server }
main() {
print("=== Issue #74 Validation Test ===")
print("Testing SocketBox state preservation across field accesses")
print("")
// Create SocketBox and store in field
me.server = new SocketBox()
print("Step 1: Initial state")
print("me.server.isServer(): " + me.server.isServer()) // Should be false
print("")
print("Step 2: Calling bind() to set server state")
me.server.bind("127.0.0.1", 8080) // This should set is_server=true
print("bind() completed")
print("")
print("Step 3: Checking state after bind()")
print("me.server.isServer(): " + me.server.isServer()) // Should be true if fix works!
print("")
// Additional tests: multiple accesses should all return same state
print("Step 4: Multiple field access test")
local server1
server1 = me.server
print("server1.isServer(): " + server1.isServer()) // Should be true
local server2
server2 = me.server
print("server2.isServer(): " + server2.isServer()) // Should be true
print("")
print("=== Test Summary ===")
if (me.server.isServer()) {
print("✅ SUCCESS: SocketBox state preserved across field accesses!")
print(" The 'Everything is Box' design now correctly shares state")
print(" for stateful boxes like SocketBox, P2PBox, etc.")
} else {
print("❌ FAILURE: SocketBox state was not preserved")
print(" The fix did not work as expected")
}
return me.server.isServer()
}
}

42
local_tests/test_http_server_basic.nyash Normal file
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// 🌐 Simple HTTP Server Box Test
// Tests HTTPServerBox creation and basic operations
static box Main {
init { server, result }
main() {
print("🌐 Testing HTTPServerBox functionality...")
// Create HTTPServerBox
me.server = new HTTPServerBox()
print("✅ HTTPServerBox created: " + me.server.toString())
// Test binding
print("🔌 Testing bind operation...")
local bindResult
bindResult = me.server.bind("127.0.0.1", 8080)
print("📡 Bind result: " + bindResult.toString())
if (bindResult.toString() == "true") {
print("✅ Successfully bound to port 8080")
// Test listen
print("👂 Testing listen operation...")
local listenResult
listenResult = me.server.listen(10)
print("📡 Listen result: " + listenResult.toString())
if (listenResult.toString() == "true") {
print("✅ HTTPServerBox ready!")
me.result = "HTTPServerBox test successful"
} else {
me.result = "HTTPServerBox listen failed"
}
} else {
me.result = "HTTPServerBox bind failed"
}
print("🏁 Test completed: " + me.result)
return me.result
}
}

21
local_tests/test_http_server_real.nyash Normal file
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// Test HTTPServer listen functionality
static box Main {
init { server, console }
main() {
me.server = new HTTPServerBox()
me.console = new ConsoleBox()
// Test bind and listen operations
local bindResult = me.server.bind("127.0.0.1", 8080)
me.console.log("Bind result:")
print(bindResult)
local listenResult = me.server.listen(10)
me.console.log("Listen result:")
print(listenResult)
// Should return true if listen actually works
return listenResult
}
}

48
local_tests/test_kilo_memory_simple.nyash Normal file
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// 🧪 Kilo Memory Efficiency Simple Test - Phase 10 Feature Verification
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🧪 Phase 10 Kilo Memory Test")
// Simple text buffer simulation
local buffer = new ArrayBox()
me.console.log("📊 Created empty buffer")
// Test 1: Add some text
buffer.push("Hello World")
buffer.push("Second Line")
me.console.log("✅ Added 2 lines: " + buffer.length() + " total")
// Test 2: Memory monitoring simulation
local line_count = buffer.length()
local estimated_memory = line_count * 20 // Simple estimation
me.console.log("📈 Estimated memory: " + estimated_memory + " bytes")
// Test 3: "Accidental full copy" simulation
local old_memory = estimated_memory
buffer.push("This is a much longer line that might cause memory issues if copied inefficiently")
local new_line_count = buffer.length()
local new_memory = new_line_count * 20
local memory_growth = new_memory - old_memory
me.console.log("📊 Memory growth: " + old_memory + " -> " + new_memory + " (+"+memory_growth+")")
if (memory_growth > 100) {
me.console.log("⚠️ Large memory growth detected! Possible inefficient copy")
} else {
me.console.log("✅ Memory growth within normal range")
}
// Test 4: Operation counting
local operation_count = 3 // We did 3 push operations
local memory_per_op = new_memory / operation_count
me.console.log("📈 Average memory per operation: " + memory_per_op + " bytes")
me.console.log("🎉 Phase 10 Kilo memory efficiency test complete!")
return "Kilo memory test finished"
}
}

7
local_tests/test_local_vars.nyash Normal file
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static box Main {
main() {
local x = 10
local y = 20
return x + y
}
}

19
local_tests/test_me_field_fix.nyash Normal file
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static box Main {
init { server }
main() {
me.server = new SocketBox()
me.server.bind("127.0.0.1", 8080)
local result = me.server.isServer()
print("isServer result: " + result)
if (result) {
print("✅ me フィールドが正しく更新されています！")
} else {
print("❌ me フィールドが更新されていません")
}
return result
}
}

19
local_tests/test_minimal_no_methods.nyash Normal file
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# 🔍 SocketBox最小テスト - メソッド呼び出しなし
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("SocketBox最小テスト開始")
# SocketBox作成のみ
local socket = new SocketBox()
me.console.log("SocketBox作成完了")
# メソッド呼び出し一切なし
me.console.log("テスト完了")
return "SUCCESS_MINIMAL"
}
}

31
local_tests/test_minimal_socket.nyash Normal file
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# 🔥 最小限SocketBoxテスト - bind()のみ
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("最小限SocketBoxテスト開始")
# SocketBox作成
local socket = new SocketBox()
me.console.log("SocketBox作成完了")
# bind前状態
local beforeBind = socket.isServer()
me.console.log("Before: " + beforeBind.toString())
# bind実行
local bindResult = socket.bind("127.0.0.1", 19999)
me.console.log("Bind: " + bindResult.toString())
# bind後状態
local afterBind = socket.isServer()
me.console.log("After: " + afterBind.toString())
# クリーンアップ
socket.close()
return "DONE"
}
}

10
local_tests/test_mir_nowait.nyash Normal file
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// Async operations MIR test
static box Main {
main() {
nowait f1 = 42
local result
result = await f1
print(result)
return result
}
}

14
local_tests/test_mir_object.nyash Normal file
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// Object operations MIR test
box DataBox {
init { value }
}
static box Main {
main() {
local obj
obj = new DataBox()
obj.value = 1
print(obj.value)
return obj.value
}
}

15
local_tests/test_mir_simple.nyash
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/*!
* Simple test for basic MIR functionality
*/
// A simple Nyash program for testing MIR compilation
print(42 + 10)
// Simple MIR test
static box Main {
main() {
local result
result = 42 + 8
print(result)
return result
}
}

31
local_tests/test_modulo_operator_fix.nyash Normal file
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// Test % operator functionality after ModuloBox fix
static box ModuloTest {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🧪 Testing % operator after ModuloBox fix")
// Test 1: Basic modulo operation
local result1 = 10 % 3
me.console.log("10 % 3 = " + result1) // Expected: 1
// Test 2: Chip-8 style operations
local result2 = 4096 % 4096
me.console.log("4096 % 4096 = " + result2) // Expected: 0
local result3 = 256 % 16
me.console.log("256 % 16 = " + result3) // Expected: 0
// Test 3: Common modulo patterns
local result4 = 17 % 5
me.console.log("17 % 5 = " + result4) // Expected: 2
// Test 4: Zero check (should not crash)
local result5 = 42 % 1
me.console.log("42 % 1 = " + result5) // Expected: 0
me.console.log("✅ Modulo operator tests completed")
return "ModuloBox fix verified"
}
}

25
local_tests/test_modulo_simple.nyash Normal file
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// 🧪 % Modulo Operator Test - Simple functionality verification
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🧪 Testing % Modulo Operator")
// Test 1: Basic modulo operation
local result1 = 10 % 3
me.console.log("10 % 3 = " + result1)
// Test 2: Chip-8 style bit masking
local result2 = 4096 % 4096
me.console.log("4096 % 4096 = " + result2)
// Test 3: Another typical case
local result3 = 256 % 16
me.console.log("256 % 16 = " + result3)
me.console.log("✅ % Modulo operator test complete!")
return "Modulo test finished"
}
}

40
local_tests/test_multiple_stateful_boxes.nyash Normal file
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// Comprehensive test for multiple stateful boxes
static box Main {
init { socket, debug_tracker }
main() {
print("=== Comprehensive Stateful Box Test ===")
// Test 1: SocketBox (the main issue)
print("=== Test 1: SocketBox ===")
me.socket = new SocketBox()
print("Before bind - isServer: " + me.socket.isServer())
me.socket.bind("127.0.0.1", 8080)
print("After bind - isServer: " + me.socket.isServer())
// Test multiple field accesses
local socket1
socket1 = me.socket
local socket2
socket2 = me.socket
print("socket1.isServer(): " + socket1.isServer())
print("socket2.isServer(): " + socket2.isServer())
// Test 2: DebugBox (should already work)
print("=== Test 2: DebugBox ===")
me.debug_tracker = new DebugBox()
me.debug_tracker.enableTracking()
print("Tracking enabled: " + me.debug_tracker.isTrackingEnabled())
// Test multiple accesses
local debug1
debug1 = me.debug_tracker
local debug2
debug2 = me.debug_tracker
print("debug1.isTrackingEnabled(): " + debug1.isTrackingEnabled())
print("debug2.isTrackingEnabled(): " + debug2.isTrackingEnabled())
print("=== All tests completed ===")
return me.socket.isServer()
}
}

30
local_tests/test_no_isserver.nyash Normal file
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# 🔍 isServer()を使わないテスト - 問題箇所特定
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("isServer()なしテスト開始")
# SocketBox作成
local socket = new SocketBox()
me.console.log("SocketBox作成完了")
# toString()テスト（isServer()を内部で呼んでいるかも）
me.console.log("toString()テスト開始")
local socketStr = socket.toString()
me.console.log("SocketBox: " + socketStr)
# bind実行（isServer()を呼ばずに）
me.console.log("bind実行開始")
local bindResult = socket.bind("127.0.0.1", 19999)
me.console.log("Bind結果: " + bindResult.toString())
# クリーンアップ
socket.close()
me.console.log("テスト完了")
return "SUCCESS_NO_ISSERVER"
}
}

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local_tests/test_normal_field.nyash Normal file
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static box Main {
init { obj }
main() {
me.obj = new StringBox("test")
local result = me.obj.length()
print(result)
return result
}
}

36
local_tests/test_null_literal_support.nyash Normal file
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// Test null literal support
static box NullLiteralTest {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🧪 Testing null literal support")
// Test 1: Basic null assignment
local null_value = null
me.console.log("Null value: " + null_value)
// Test 2: Null comparison
if null_value == null {
me.console.log("✅ Null comparison works")
} else {
me.console.log("❌ Null comparison failed")
}
// Test 3: Null vs non-null
local non_null = "not null"
if non_null != null {
me.console.log("✅ Non-null comparison works")
} else {
me.console.log("❌ Non-null comparison failed")
}
// Test 4: Null in conditions
if null_value == null {
me.console.log("✅ Null condition evaluation works")
}
me.console.log("✅ Null literal tests completed")
return "Null literal support verified"
}
}

5
local_tests/test_numeric_wasm.nyash Normal file
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static box Main {
main() {
return 42 + 8
}
}

26
local_tests/test_nyashstd.nyash Normal file
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// Nyash標準ライブラリテスト
// Phase 0: using nyashstd 基本機能
using nyashstd
local result
result = string.create("Hello World")
print(result)
local upper_result
upper_result = string.upper(result)
print(upper_result)
local number
number = integer.create(42)
print(number)
local flag
flag = bool.create(true)
print(flag)
local arr
arr = array.create()
print(arr)
console.log("✅ using nyashstd test completed!")

34
local_tests/test_nyashstd_extension.nyash Normal file
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// nyashstd拡張テスト - 基本型作成関数
using nyashstd
static box Main {
main() {
print("🌟 nyashstd拡張テスト開始")
// 既存のstring.upper()テスト
local text = string.upper("hello")
print("string.upper(): " + text)
// 新機能: string.create()テスト
local created_string = string.create("created text")
print("string.create(): " + created_string)
// 新機能: integer.create()テスト
local num = integer.create(42)
print("integer.create(): " + num)
// 新機能: bool.create()テスト
local flag = bool.create(true)
print("bool.create(): " + flag)
// 新機能: array.create()テスト
local arr = array.create()
print("array.create(): " + arr)
// 新機能: console.log()テスト
console.log("Hello from console.log()!")
print("✅ nyashstd拡張テスト完了")
}
}

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local_tests/test_other_box_comparison.nyash Normal file
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# 🔍 他のBox動作確認 - SocketBoxとの比較分析
# 正常に動作するBoxの状態保持を検証
static box Main {
init { console, result }
main() {
me.console = new ConsoleBox()
me.console.log("🔍 他のBox動作確認テスト開始")
# ===== MapBox状態テスト =====
me.console.log("=== MapBox状態テスト ===")
local testMap = new MapBox()
me.console.log("MapBox作成: " + testMap.toString())
testMap.set("key1", "value1")
local getValue = testMap.get("key1")
me.console.log("MapBox set/get: " + getValue.toString())
# ===== ArrayBox状態テスト =====
me.console.log("=== ArrayBox状態テスト ===")
local testArray = new ArrayBox()
me.console.log("ArrayBox作成: " + testArray.toString())
testArray.push("item1")
local arraySize = testArray.size()
me.console.log("ArrayBox push/size: " + arraySize.toString())
# ===== MathBox状態テスト =====
me.console.log("=== MathBox状態テスト ===")
local testMath = new MathBox()
me.console.log("MathBox作成: " + testMath.toString())
local mathResult = testMath.add(5, 3)
me.console.log("MathBox add: " + mathResult.toString())
# ===== SocketBox状態テスト（問題箇所） =====
me.console.log("=== SocketBox状態テスト（問題箇所） ===")
local testSocket = new SocketBox()
me.console.log("SocketBox作成: " + testSocket.toString())
local beforeBind = testSocket.isServer()
me.console.log("Before bind: isServer = " + beforeBind.toString())
local bindResult = testSocket.bind("127.0.0.1", 18080)
me.console.log("Bind result = " + bindResult.toString())
local afterBind = testSocket.isServer()
me.console.log("After bind: isServer = " + afterBind.toString())
testSocket.close()
# ===== 結果判定 =====
if afterBind.equals(true) {
me.result = "SocketBox正常動作"
} else {
me.result = "SocketBox状態保持失敗 - 他のBoxは正常"
}
me.console.log("🎯 テスト結果: " + me.result)
return me.result
}
}

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static box Main { init { console } main() { me.console = new ConsoleBox() local str = new StringBox("test") me.console.log("StringBox: " + str.toString()) local num = new IntegerBox(42) me.console.log("IntegerBox: " + num.toString()) return "OTHER_BOXES_OK" } }

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# test_other_boxes_working.nyash
# ✅ 他のBox型正常動作確認（SocketBoxとの対比）
static box Main {
init { console, results }
main() {
me.console = new ConsoleBox()
me.console.log("✅ 他のBox正常動作確認テスト開始")
me.results = new ArrayBox()
# Test 1: ArrayBox正常動作確認
me.console.log("Test 1: ArrayBox...")
local array = new ArrayBox()
array.push("test_item")
local arraySize = array.size()
me.console.log("✅ ArrayBox正常: size=" + arraySize.toString())
me.results.push("ArrayBox:OK")
# Test 2: MapBox正常動作確認
me.console.log("Test 2: MapBox...")
local map = new MapBox()
map.set("test_key", "test_value")
local mapValue = map.get("test_key")
me.console.log("✅ MapBox正常: value=" + mapValue.toString())
me.results.push("MapBox:OK")
# Test 3: IntegerBox正常動作確認
me.console.log("Test 3: IntegerBox...")
local num = new IntegerBox(42)
local numStr = num.toString()
me.console.log("✅ IntegerBox正常: " + numStr)
me.results.push("IntegerBox:OK")
# Test 4: StringBox正常動作確認
me.console.log("Test 4: StringBox...")
local str = new StringBox("Hello")
local strLen = str.length()
me.console.log("✅ StringBox正常: length=" + strLen.toString())
me.results.push("StringBox:OK")
local totalResults = me.results.size()
me.console.log("🎉 他のBox全て正常動作: " + totalResults.toString() + "件成功")
return "OTHER_BOXES_ALL_OK"
}
}

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# 🔥 Phase 8.8: pack透明化システム テスト
# ユーザーは`pack`を一切意識せず、`from BuiltinBox()`で自動動作
print("=== pack透明化システム テスト開始 ===")
# テストA: ユーザー定義Box基本動作 (birth優先)
box Life {
init { name, energy }
birth(lifeName) {
me.name = lifeName
me.energy = 100
}
introduce() {
return "私の名前は " + me.name + " です。"
}
}
local alice = new Life("Alice")
print("A. " + alice.introduce())
# テストB: ビルトインBox継承（明示的pack使用）
box EnhancedString from StringBox {
init { prefix }
pack(content) {
from StringBox.pack(content) # 明示的pack
me.prefix = ">>> "
}
override toString() {
return me.prefix + from StringBox.toString()
}
}
local enhanced = new EnhancedString("Hello")
print("B. " + enhanced.toString())
# テストC: 透明化システム動作 - 最重要テスト
box SimpleString from StringBox {
init { prefix }
birth(content, prefixStr) {
from StringBox(content) # ← 透明化！内部的にpack呼び出し
me.prefix = prefixStr
}
override toString() {
return me.prefix + from StringBox.toString()
}
}
local simple = new SimpleString("World", "<<< ")
print("C. " + simple.toString())
print("=== pack透明化システム テスト完了 ===")

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# 🔥 Phase 8.8: pack透明化システム 基本テスト
# ユーザーは`pack`を一切意識せず、`from BuiltinBox()`で自動動作
print("=== pack透明化システム基本テスト開始 ===")
# テストA: ユーザー定義Box基本動作 (birth優先)
box Life {
init { name, energy }
birth(lifeName) {
me.name = lifeName
me.energy = 100
}
introduce() {
return "私の名前は " + me.name + " です。"
}
}
local alice = new Life("Alice")
print("A. " + alice.introduce())
# テストB: 透明化システム動作 - 最重要テスト
box SimpleString from StringBox {
init { prefix }
birth(content, prefixStr) {
from StringBox(content) # ← 透明化！内部的にpack呼び出し
me.prefix = prefixStr
}
getMessage() {
return me.prefix + "test message"
}
}
local simple = new SimpleString("World", "<<< ")
print("B. " + simple.getMessage())
print("=== pack透明化システム基本テスト完了 ===")

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# 🔥 Phase 8.8: pack透明化システム 包括テスト
# 全ビルトインBox継承パターンと mixed inheritance のテスト
print("=== pack透明化システム包括テスト開始 ===")
# テスト1: IntegerBox 透明化
box SmartInteger from IntegerBox {
init { isPositive }
birth(value) {
from IntegerBox(value) # 透明化システム
me.isPositive = value > 0
}
getInfo() {
if me.isPositive {
return "正数です"
} else {
return "負数または0です"
}
}
}
local num1 = new SmartInteger(42)
print("1. " + num1.getInfo())
local num2 = new SmartInteger(-5)
print("2. " + num2.getInfo())
# テスト2: 混在テスト - ビルトイン継承 + ユーザー定義
box AdvancedCalc from MathBox {
init { history }
birth() {
from MathBox() # 透明化システム
me.history = new ArrayBox()
}
addToHistory(operation) {
me.history.push(operation)
return "履歴に追加: " + operation
}
}
box SimpleCalculator {
init { result }
birth() {
me.result = 0
}
getResult() {
return "結果: " + me.result
}
}
local calc1 = new AdvancedCalc() # ビルトイン継承
local calc2 = new SimpleCalculator() # ユーザー定義
print("3. " + calc1.addToHistory("2+2=4"))
print("4. " + calc2.getResult())
print("=== pack透明化システム包括テスト完了 ===")

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# 🔥 Phase 8.8: pack透明化システム エラーケーステスト
# 適切なエラーメッセージとpackの隠蔽確認
print("=== pack透明化システム エラーケーステスト開始 ===")
# テスト1: 引数不一致エラー
box BadStringBox from StringBox {
init { prefix }
birth(content, extra) {
# StringBoxは1引数だが2つ渡すとエラー
from StringBox(content, extra)
me.prefix = "test"
}
}
print("エラーテスト1: 引数不一致")
local bad = new BadStringBox("hello", "extra")
print("=== pack透明化システム エラーケーステスト完了 ===")

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# 🔥 Phase 8.8: pack透明化システム 最終統合テスト
# 全機能の協調動作確認
print("=== pack透明化システム最終統合テスト開始 ===")
# 1. 従来のbirth機能（ユーザー定義Box）
box Animal {
init { name, species }
birth(animalName, animalSpecies) {
me.name = animalName
me.species = animalSpecies
}
introduce() {
return me.name + " は " + me.species + " です"
}
}
# 2. pack透明化（ビルトインBox継承）
box SmartString from StringBox {
init { metadata }
birth(content, meta) {
from StringBox(content) # 透明化
me.metadata = meta
}
getInfo() {
return "内容の情報: " + me.metadata
}
}
# 3. 複数のビルトインBox透明化
box Calculator from MathBox {
init { precision }
birth(precisionLevel) {
from MathBox.birth() # Explicit syntax after Phase 8.9
me.precision = precisionLevel
}
getPrecision() {
return "精度: " + me.precision
}
}
# テスト実行
print("1. ユーザー定義Box:")
local cat = new Animal("ミケ", "猫")
print(cat.introduce())
print("2. StringBox透明化:")
local smartStr = new SmartString("Hello World", "UTF-8")
print(smartStr.getInfo())
print("3. MathBox透明化:")
local calc = new Calculator("高精度")
print(calc.getPrecision())
print("=== 全テスト成功！pack透明化システム完了 ===")テム完了 ===")

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// Phase 9.75-B修正テスト - RwLock変換後の各Box動作確認
// ArrayBox、MapBox、BufferBox、StreamBox、DebugBoxテスト
static box Main {
init { console, result }
main() {
me.console = new ConsoleBox()
me.console.log("🧪 Phase 9.75-B Box型テスト開始")
// ArrayBox RwLock変換テスト
me.console.log("\n📦 ArrayBox RwLock テスト")
local array
array = new ArrayBox()
array.push("test1")
array.push("test2")
local arrayLen
arrayLen = array.length()
me.console.log("ArrayBox length: " + arrayLen.toString())
local firstItem
firstItem = array.get(0)
me.console.log("ArrayBox first item: " + firstItem.toString())
// MapBox RwLock変換テスト
me.console.log("\n🗺️ MapBox RwLock テスト")
local map
map = new MapBox()
map.set("key1", "value1")
map.set("key2", "value2")
local value1
value1 = map.get("key1")
me.console.log("MapBox get key1: " + value1.toString())
local mapSize
mapSize = map.size()
me.console.log("MapBox size: " + mapSize.toString())
// BufferBox RwLock変換テスト
me.console.log("\n📄 BufferBox RwLock テスト")
local buffer
buffer = new BufferBox()
buffer.write("Hello")
buffer.write(" ")
buffer.write("World")
local bufferContent
bufferContent = buffer.toString()
me.console.log("BufferBox content: " + bufferContent)
local bufferSize
bufferSize = buffer.size()
me.console.log("BufferBox size: " + bufferSize.toString())
// StreamBox RwLock変換テスト
me.console.log("\n🌊 StreamBox RwLock テスト")
local stream
stream = new StreamBox()
stream.write("Stream data")
local streamContent
streamContent = stream.read()
me.console.log("StreamBox read: " + streamContent.toString())
// DebugBox RwLock変換テスト
me.console.log("\n🐛 DebugBox RwLock テスト")
local debug
debug = new DebugBox()
debug.startTracking()
debug.trackBox(array, "test array")
local memoryReport
memoryReport = debug.memoryReport()
me.console.log("DebugBox tracking: " + memoryReport.toString())
me.console.log("\n✅ Phase 9.75-B すべてのBox型テスト完了")
me.result = "SUCCESS: RwLock変換後のBox型動作正常"
return me.result
}
}

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# Phase 8.9: Error case tests
# These should all produce compile errors after transparency system removal
print("=== Error Test Cases (should all fail after Phase 8.9) ===")
# Error Case 1: Simple transparency syntax
box BadString from StringBox {
init { prefix }
birth(content) {
from StringBox(content) # ❌ Should error
me.prefix = "bad"
}
}
# Error Case 2: Multiple argument transparency
box BadInteger from IntegerBox {
init { multiplier }
birth(value) {
from IntegerBox(value) # ❌ Should error
me.multiplier = 2
}
}
# Error Case 3: Zero argument transparency
box BadMath from MathBox {
init { precision }
birth() {
from MathBox() # ❌ Should error
me.precision = "high"
}
}
print("=== If you see this message, transparency system was NOT properly removed! ===")

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local_tests/test_phase_8_9_explicit_birth.nyash Normal file
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# Phase 8.9: Test explicit birth() syntax
# This file tests that explicit birth() calls work correctly
print("=== Testing explicit birth() syntax ===")
# Test 1: Basic explicit birth() call
box SimpleBox {
init { content }
birth(data) {
me.content = data
print("SimpleBox birth: " + data)
}
getContent() {
return me.content
}
}
local simple = new SimpleBox("test_data")
print("Content: " + simple.getContent())
# Test 2: Explicit birth() with inheritance
box EnhancedString from StringBox {
init { prefix }
birth(content, prefixStr) {
from StringBox.birth(content) # ✅ Explicit syntax
me.prefix = prefixStr
print("EnhancedString birth: " + prefixStr + " -> " + content)
}
override toString() {
return me.prefix + ": " + from StringBox.toString()
}
}
local enhanced = new EnhancedString("Hello World", "MESSAGE")
print("Enhanced string: " + enhanced.toString())
# Test 3: Multiple inheritance levels
box SuperEnhancedString from EnhancedString {
init { suffix }
birth(content, prefixStr, suffixStr) {
from EnhancedString.birth(content, prefixStr) # ✅ Explicit parent birth
me.suffix = suffixStr
print("SuperEnhancedString birth: " + suffixStr)
}
override toString() {
return from EnhancedString.toString() + " [" + me.suffix + "]"
}
}
local superEnh = new SuperEnhancedString("Amazing", "SUPER", "END")
print("Super enhanced: " + superEnh.toString())
print("=== All explicit birth() tests passed ===")

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# Phase 8.9: birth() Unified System Test
# Test 1: Transparency system must produce compile errors
# Test 2: Explicit birth() syntax must work correctly
# Test 3: Weak reference nullification after fini()
print("=== Phase 8.9: Testing transparency removal and explicit birth() syntax ===")
# Test 1: This should produce a compile error after changes
# from StringBox(content) # ❌ Should error after transparency removal
# Test 2: Explicit birth() syntax - should work correctly
box EnhancedString from StringBox {
init { prefix }
birth(content, prefixStr) {
from StringBox.birth(content) # ✅ Explicit syntax - must work
me.prefix = prefixStr
}
override toString() {
return me.prefix + ": " + from StringBox.toString()
}
}
print("Test 2: Explicit birth() syntax")
local enhanced = new EnhancedString("Hello World", "Enhanced")
print(enhanced.toString())
# Test 3: Weak reference nullification after fini
box CPU {
init { name, memory }
birth(cpuName) {
me.name = cpuName
print("CPU " + me.name + " initialized")
}
fini() {
print("CPU " + me.name + " finalizing...")
if (me.memory != null) {
me.memory.cleanup()
}
print("CPU " + me.name + " finalized")
}
}
box Memory {
init { data, weak cpu_ref }
birth(cpu) {
me.data = "memory_data"
me.cpu_ref = cpu # This becomes a weak reference
print("Memory initialized with weak CPU reference")
}
checkCPU() {
if (me.cpu_ref != null) {
return "CPU is alive: " + me.cpu_ref.name
} else {
return "CPU reference is null"
}
}
cleanup() {
print("Memory cleanup called")
me.data = "cleaned"
}
}
print("Test 3: Weak reference nullification after fini")
local cpu = new CPU("TestCPU")
local memory = new Memory(cpu)
cpu.memory = memory
# Before fini
print("Before CPU fini: " + memory.checkCPU())
# After fini - weak reference should be nullified
cpu.fini()
cpu = null
print("After CPU fini: " + memory.checkCPU())
print("=== Phase 8.9 tests completed ===")

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// 🚨 ArrayBox状態保持テスト - コアとなる問題を検証
static box Main {
init { result1, result2, result3 }
main() {
// テスト1: 基本的な状態保持
local arr1
arr1 = new ArrayBox()
arr1.push("hello")
me.result1 = arr1.length() // 期待値: 1
// テスト2: 複数操作の状態保持
local arr2
arr2 = new ArrayBox()
arr2.push("first")
arr2.push("second")
me.result2 = arr2.length() // 期待値: 2
// テスト3: 変数再利用での状態保持
arr1.push("world")
me.result3 = arr1.length() // 期待値: 2
return me.result1
}
}

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# Simple test without external calls
static box Main {
init { result }
main() {
me.result = "Simple test"
return me.result
}
}

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// Simple test case to verify Arc sharing fix
static box Main {
init { counter }
main() {
me.counter = new IntegerBox(42)
print("=== Initial value ===")
print("counter: " + me.counter.to_string())
// Test if getting the same field returns the same object
local temp1
temp1 = me.counter
local temp2
temp2 = me.counter
print("=== Testing shared reference ===")
print("temp1: " + temp1.to_string())
print("temp2: " + temp2.to_string())
return me.counter
}
}

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// ArrayBox length問題の緊急調査
static box ArrayDebugTest {
init { arr }
main() {
print("=== ArrayBox緊急デバッグ ===")
// ArrayBox作成
me.arr = new ArrayBox()
print("作成直後のlength: " + me.arr.length().toString())
// 要素追加
me.arr.push("test1")
print("push後のlength: " + me.arr.length().toString())
me.arr.push("test2")
print("2個目push後のlength: " + me.arr.length().toString())
// 直接的なテスト
local newArr
newArr = new ArrayBox()
newArr.push("direct")
print("新しい配列のlength: " + newArr.length().toString())
return "debug完了"
}
}

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// 更にシンプルなArrayBoxテスト
local arr
arr = new ArrayBox()
print("初期length: " + arr.length().toString())
arr.push("item1")
print("push後length: " + arr.length().toString())
arr.push("item2")
print("2つ目push後length: " + arr.length().toString())

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// Simpler test for field access MIR
static box Main {
init { obj }
main() {
me.obj = "test"
local field_value
// This should trigger field access parsing
field_value = me.obj
print(field_value)
return "Done"
}
}

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// Test simple loop for WASM compilation
static box Main {
init { counter, result }
main() {
me.counter = 0
me.result = 0
// Simple loop that should generate Jump/Branch instructions
loop(me.counter < 5) {
me.result = me.result + me.counter
me.counter = me.counter + 1
}
print(me.result)
return me.result
}
}

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# 🎯 Simple WASM vs AOT WASM 比較テスト
local x
x = 42
local y
y = x + 58
return y

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// Simple weak reference test for Phase 10.2
// Test CPU with fini
box TestCPU {
init { memory, name }
TestCPU() {
me.name = "TestCPU"
print("CPU initialized: " + me.name)
}
fini() {
print("CPU fini called - cleaning up memory")
if (me.memory != null) {
me.memory.cleanup()
}
print("CPU fini complete")
}
}
// Test Memory with weak reference
box TestMemory {
init { data, weak cpu_ref }
TestMemory(cpu_instance) {
me.data = new ArrayBox()
me.data.push("test_data")
me.cpu_ref = cpu_instance // This will be automatically downgraded to weak
print("Memory initialized with weak CPU reference")
}
read_data() {
if (me.cpu_ref != null) {
print("CPU is alive - returning data")
return me.data.get(0)
} else {
print("CPU is destroyed - access blocked")
return null
}
}
cleanup() {
print("Memory cleanup called")
me.data.clear()
}
}
// Main test
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🧪 Testing weak references and fini propagation")
// Create CPU and Memory
local cpu = new TestCPU()
local memory = new TestMemory(cpu)
// Link memory to CPU for fini propagation
cpu.memory = memory
// Test 1: Normal operation
me.console.log("Test 1: Normal operation")
local result1 = memory.read_data()
me.console.log("Read result: " + result1)
// Test 2: After CPU destruction
me.console.log("Test 2: Destroying CPU...")
cpu.fini()
cpu = null
local result2 = memory.read_data()
me.console.log("Read after CPU destruction: " + result2)
return "Test complete"
}
}

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# 🔥 SocketBox bind()のみテスト - toString()なし
static box Main {
init { console, result }
main() {
me.console = new ConsoleBox()
me.console.log("SocketBox bind()テスト開始")
# SocketBox作成
local socket = new SocketBox()
me.console.log("SocketBox作成完了")
# bind実行（toString()やisServer()を避ける）
me.console.log("bind実行開始...")
local bindResult = socket.bind("127.0.0.1", 19999)
me.console.log("bind実行完了")
# bindResultの状態だけ確認
if bindResult.equals(true) {
me.result = "BIND_SUCCESS"
me.console.log("bind成功!")
} else {
me.result = "BIND_FAILED"
me.console.log("bind失敗!")
}
# クリーンアップ
socket.close()
me.console.log("テスト完了")
return me.result
}
}

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# test_socket_deadlock_minimal.nyash
# 🚨 Issue #76: SocketBoxデッドロック最小再現ケース
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🔥 SocketBoxデッドロック最小テスト開始")
local socket = new SocketBox()
me.console.log("✅ SocketBox作成成功")
# ここで無限ブロック予想
me.console.log("bind()実行開始...")
local result = socket.bind("127.0.0.1", 19999)
me.console.log("❌ この行は出力されない（デッドロック）")
return "SHOULD_NOT_REACH"
}
}

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# test_socket_methods_comprehensive.nyash
# 🚨 Issue #76: SocketBox全メソッドデッドロック確認
static box Main {
init { console, results }
main() {
me.console = new ConsoleBox()
me.console.log("🔥 SocketBox全メソッドテスト開始")
me.results = new ArrayBox()
local socket = new SocketBox()
me.console.log("✅ SocketBox作成完了")
# Test 1: toString() メソッド
me.console.log("Test 1: toString()実行...")
local socketStr = socket.toString() # デッドロック予想
me.console.log("❌ toString()完了: " + socketStr)
me.results.push("toString:OK")
# Test 2: isServer() メソッド
me.console.log("Test 2: isServer()実行...")
local isServer = socket.isServer() # デッドロック予想
me.console.log("❌ isServer()完了: " + isServer.toString())
me.results.push("isServer:OK")
# Test 3: bind() メソッド
me.console.log("Test 3: bind()実行...")
local bindResult = socket.bind("127.0.0.1", 19999) # デッドロック予想
me.console.log("❌ bind()完了: " + bindResult.toString())
me.results.push("bind:OK")
# Test 4: close() メソッド
me.console.log("Test 4: close()実行...")
local closeResult = socket.close() # デッドロック予想
me.console.log("❌ close()完了: " + closeResult.toString())
me.results.push("close:OK")
me.console.log("🎉 全テスト完了: " + me.results.size().toString() + "件成功")
return "ALL_METHODS_OK"
}
}

23
local_tests/test_socket_simple.nyash Normal file
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// Simple test for SocketBox state sharing
static box Main {
main() {
print("🧪 Testing SocketBox state sharing...")
local socket
socket = new SocketBox()
print("Initial isServer: " + socket.isServer().toString())
local bindOk
bindOk = socket.bind("127.0.0.1", 8080)
print("Bind result: " + bindOk.toString())
print("After bind isServer: " + socket.isServer().toString())
local closeOk
closeOk = socket.close()
print("Close result: " + closeOk.toString())
return true
}
}

42
local_tests/test_socket_state_preservation.nyash Normal file
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# PR #75 SocketBox状態保持テスト
# Arc<dyn NyashBox>修正効果の検証
static box Main {
init { console, server, result }
main() {
me.console = new ConsoleBox()
me.console.log("🔥 SocketBox状態保持テスト開始")
# SocketBox作成
me.server = new SocketBox()
me.console.log("✅ SocketBox作成完了")
# bind前のisServer確認
local isServerBefore = me.server.isServer()
me.console.log("Before bind: isServer = " + isServerBefore.toString())
# bind実行（状態設定）
local bindResult = me.server.bind("127.0.0.1", 18080)
me.console.log("Bind result = " + bindResult.toString())
# bind後のisServer確認（🎯 重要：これがtrueになるべき）
local isServerAfter = me.server.isServer()
me.console.log("After bind: isServer = " + isServerAfter.toString())
# テスト結果判定
if isServerAfter.equals(true) {
me.console.log("🎉 SUCCESS: SocketBox状態保持修正完了!")
me.result = "PASS: State preservation works"
} else {
me.console.log("❌ FAILED: SocketBox状態が失われている")
me.result = "FAIL: State preservation broken"
}
# クリーンアップ
me.server.close()
me.console.log("🧹 SocketBox closed")
return me.result
}
}

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local_tests/test_socketbox_comprehensive.nyash Normal file
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# test_socketbox_comprehensive.nyash
# 🎯 Comprehensive test to verify SocketBox deadlock fix and functionality
static box Main {
init { console, results }
main() {
me.console = new ConsoleBox()
me.console.log("🎯 SocketBox Comprehensive Functionality Test")
me.results = new StringBox("Test Results: ")
# Test 1: Basic creation and method calls
me.console.log("Test 1: Basic SocketBox operations...")
local socket = new SocketBox()
local initial_str = socket.toString()
local initial_server = socket.isServer()
me.results = new StringBox(me.results.toString() + "create:OK ")
me.console.log("✅ Creation and basic methods: " + initial_server.toString())
# Test 2: Bind operation and state change
me.console.log("Test 2: Bind operation...")
local bind_result = socket.bind("127.0.0.1", 17777)
local after_bind_server = socket.isServer()
me.results = new StringBox(me.results.toString() + "bind:OK ")
me.console.log("✅ Bind result: " + bind_result.toString())
# Test 3: Multiple method calls on same socket
me.console.log("Test 3: Multiple operations...")
local str1 = socket.toString()
local str2 = socket.toString()
local server1 = socket.isServer()
local server2 = socket.isServer()
me.results = new StringBox(me.results.toString() + "multiple:OK ")
me.console.log("✅ Multiple calls completed")
# Test 4: Close operation
me.console.log("Test 4: Close operation...")
local close_result = socket.close()
local after_close_str = socket.toString()
me.results = new StringBox(me.results.toString() + "close:OK ")
me.console.log("✅ Close result: " + close_result.toString())
# Test 5: Create new socket after close
me.console.log("Test 5: New socket creation...")
local socket2 = new SocketBox()
local new_str = socket2.toString()
local new_server = socket2.isServer()
me.results = new StringBox(me.results.toString() + "new:OK ")
me.console.log("✅ New socket created successfully")
me.console.log("🎉 All tests passed! " + me.results.toString())
return "COMPREHENSIVE_SUCCESS"
}
}

38
local_tests/test_socketbox_fix_validation.nyash Normal file
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# test_socketbox_fix_validation.nyash
# ✅ Validation test for SocketBox deadlock fix
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🎯 SocketBox Deadlock Fix Validation")
local socket = new SocketBox()
me.console.log("✅ SocketBox created successfully")
# Test 1: Basic method calls that were deadlocking
me.console.log("Test 1: toString() method...")
local str = socket.toString()
me.console.log("✅ toString() success: " + str)
me.console.log("Test 2: isServer() before bind...")
local isServerBefore = socket.isServer()
me.console.log("✅ isServer() before: " + isServerBefore.toString())
me.console.log("Test 3: bind() method...")
local bindResult = socket.bind("127.0.0.1", 18888)
me.console.log("✅ bind() success: " + bindResult.toString())
me.console.log("Test 4: isServer() after bind...")
local isServerAfter = socket.isServer()
me.console.log("✅ isServer() after: " + isServerAfter.toString())
me.console.log("Test 5: close() method...")
local closeResult = socket.close()
me.console.log("✅ close() success: " + closeResult.toString())
me.console.log("🎉 All SocketBox methods working without deadlock!")
return "SOCKETBOX_FIX_VALIDATED"
}
}

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local_tests/test_socketbox_state_fix.nyash Normal file
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// SocketBox状態保持問題テスト - Phase 9.75-B修正検証
// PR #89修正後のSocketBox状態永続化テスト
static box Main {
init { console, result }
main() {
me.console = new ConsoleBox()
me.console.log("🔧 SocketBox状態保持テスト開始")
// SocketBox作成
local server
server = new SocketBox()
me.console.log("✅ SocketBox作成完了")
// bind操作 - 状態設定
local bindResult
bindResult = server.bind("127.0.0.1", "8080")
me.console.log("🔥 bind結果: " + bindResult.toString())
// 重要テスト：isServer()状態確認
local isServerBefore
isServerBefore = server.isServer()
me.console.log("🔥 bind後のisServer(): " + isServerBefore.toString())
// toString()テスト
local socketString
socketString = server.toString()
me.console.log("🔥 server.toString(): " + socketString)
// 再度isServer()確認 - 状態永続性テスト
local isServerAfter
isServerAfter = server.isServer()
me.console.log("🔥 2回目のisServer(): " + isServerAfter.toString())
// listen()テスト
local listenResult
listenResult = server.listen("10")
me.console.log("🔥 listen結果: " + listenResult.toString())
// 最終状態確認
local finalState
finalState = server.isServer()
me.console.log("🔥 最終isServer(): " + finalState.toString())
// 期待結果確認
if finalState.toString() == "true" {
me.console.log("🎉 SocketBox状態保持問題修正確認！")
me.result = "SUCCESS: SocketBox状態が正常に保持されています"
} else {
me.console.log("❌ SocketBox状態保持問題が残存")
me.result = "FAILED: SocketBox状態が失われています"
}
// クリーンアップ
server.close()
me.console.log("✅ テスト完了")
return me.result
}
}

31
local_tests/test_state_sharing_validation.nyash Normal file
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// 🎯 Phase B-C 验证测试 - 确认状态共享修复是否有效
static box Main {
init { array_test, map_test, buffer_test, socket_test }
main() {
// ArrayBox测试
local arr
arr = new ArrayBox()
arr.push("hello")
me.array_test = arr.length() // 期待: 1
// MapBox测试
local map
map = new MapBox()
map.set("key1", "value1")
me.map_test = map.size() // 期待: 1
// BufferBox测试
local buf
buf = new BufferBox()
buf.write([72, 101, 108, 108, 111]) // "Hello"
me.buffer_test = buf.length() // 期待: 5
// SocketBox测试
local sock
sock = new SocketBox()
sock.bind("127.0.0.1", 8080)
me.socket_test = 1 // 暂时设为1，表示创建成功
return me.array_test
}
}

71
local_tests/test_static_box_patterns.nyash Normal file
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// Test for proper static box usage patterns
static box StaticBoxTest {
init { console, test_result }
main() {
me.console = new ConsoleBox()
me.console.log("🧪 Testing proper static box patterns")
// ✅ Correct: Call static method directly
local result = StaticBoxTest.test_static_method()
me.console.log("Static method result: " + result)
// ✅ Correct: Access static box fields through me
me.test_result = "Static box initialization successful"
me.console.log("Static field access: " + me.test_result)
me.console.log("✅ Static box pattern tests completed")
return "Static box usage verified"
}
test_static_method() {
return "Static method executed successfully"
}
}
// Test proxy server pattern (simplified)
static box SimpleProxyTest {
init { console, port, running }
main() {
me.console = new ConsoleBox()
me.console.log("🌐 Testing simplified proxy server pattern")
// ✅ Correct: Initialize static box fields
me.port = 8080
me.running = true
me.console.log("Proxy configured on port: " + me.port)
me.console.log("Proxy running status: " + me.running)
// ✅ Correct: Call other static methods
local startup_result = SimpleProxyTest.simulate_startup()
me.console.log("Startup result: " + startup_result)
return "Proxy simulation complete"
}
simulate_startup() {
return "Proxy server simulation started successfully"
}
}
// Entry point
static box Main {
init { console }
main() {
me.console = new ConsoleBox()
me.console.log("🚀 Testing Static Box Patterns")
// Test both static box patterns
local test1_result = StaticBoxTest.main()
me.console.log("Test 1: " + test1_result)
local test2_result = SimpleProxyTest.main()
me.console.log("Test 2: " + test2_result)
me.console.log("✅ All static box pattern tests passed")
return "Static box tests complete"
}
}

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local_tests/test_static_main_compatibility.nyash Normal file
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static box Main {
main() {
return 42
}
}

51
local_tests/test_tcp_server.nyash Normal file
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// 🌐 Simple HTTP Server Test - Basic TCP functionality
// Tests TCP socket operations before full HTTP implementation
static box Main {
init { server, result }
main() {
print("🚀 Testing TCP Socket Server functionality...")
// Create and test SocketBox
me.server = new SocketBox()
print("✅ SocketBox created: " + me.server.toString())
// Test binding to local address
print("🔌 Testing bind operation...")
local bindResult
bindResult = me.server.bind("127.0.0.1", 8080)
print("📡 Bind result: " + bindResult.toString())
if (bindResult.toString() == "true") {
print("✅ Successfully bound to port 8080")
// Test listen operation
print("👂 Testing listen operation...")
local listenResult
listenResult = me.server.listen(10)
print("📡 Listen result: " + listenResult.toString())
if (listenResult.toString() == "true") {
print("✅ Successfully listening on port 8080")
print("🎯 Server is ready to accept connections!")
print("📝 Note: This is a basic test - no actual connections accepted")
// Close the server
print("🛑 Closing server...")
local closeResult
closeResult = me.server.close()
print("📡 Close result: " + closeResult.toString())
me.result = "TCP Server test completed successfully"
} else {
me.result = "Failed to listen on port 8080"
}
} else {
me.result = "Failed to bind to port 8080"
}
print("🏁 Test completed: " + me.result)
return me.result
}
}

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local_tests/test_user_defined_box.nyash Normal file
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box DataBox {
init { value }
pack(v) {
me.value = v
}
}
static box Main {
main() {
local obj = new DataBox(42)
return obj.value
}
}

19
local_tests/test_wasm_box_integration.nyash Normal file
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box SimpleData {
init { x, y }
pack(a, b) {
me.x = a
me.y = b
}
sum() {
return me.x + me.y
}
}
static box Main {
main() {
local data = new SimpleData(10, 20)
return data.sum()
}
}

7
local_tests/test_wasm_box_ops.nyash Normal file
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static box Main {
main() {
local obj = new DataBox(42)
print(obj.value)
return obj.value
}
}

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local_tests/test_wasm_simple.nyash Normal file
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# Simple WASM ExternCall test - for manual MIR injection
static box Main {
init { result }
main() {
me.result = "WASM test ready"
return me.result
}
}

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