feat: Implement Anisette JS/TS API with WASM support

- Added main Anisette class for high-level API.
- Introduced device management with Device class.
- Created HTTP client abstraction for network requests.
- Implemented provisioning session handling with ProvisioningSession class.
- Added utility functions for encoding, decoding, and random generation.
- Established library management with LibraryStore class.
- Integrated WASM loading and bridging with WasmBridge.
- Defined core types and interfaces for the API.
- Set up TypeScript configuration and build scripts.
- Updated package.json for new build and run commands.
- Added bun.lock and package.json for JS dependencies.
- Enhanced error handling and memory management in Rust code.

src/debug.rs

@@ -33,25 +33,25 @@ pub(crate) fn trace_mem_invalid_hook(
     let pc = reg_or_zero(uc, RegisterARM64::PC);
     match access {
         MemType::READ_UNMAPPED => {
-            debug_print(format!(
+            println!(
                 ">>> Missing memory is being READ at 0x{address:x}, data size = {size}, data value = 0x{:x}, PC=0x{pc:x}",
                 value as u64
-            ));
+            );
             dump_registers(uc, "read unmapped");
         }
         MemType::WRITE_UNMAPPED => {
-            debug_print(format!(
+            println!(
                 ">>> Missing memory is being WRITE at 0x{address:x}, data size = {size}, data value = 0x{:x}, PC=0x{pc:x}",
                 value as u64
-            ));
+            );
 
             dump_registers(uc, "write unmapped");
         }
         MemType::FETCH_UNMAPPED => {
-            debug_print(format!(
+            println!(
                 ">>> Missing memory is being FETCH at 0x{address:x}, data size = {size}, data value = 0x{:x}, PC=0x{pc:x}",
                 value as u64
-            ));
+            );
         }
         _ => {}
     }