plugins/flutter/pocketpy/lib/pocketpy_bindings_generated.dart

@@ -1530,9 +1530,9 @@ class PocketpyBindings {
               ffi.NativeFunction<
                   ffi.Bool Function(py_Ref self, py_Name name)>>)>();
 
-  /// Get the current `Callable` object on the stack of the most recent vectorcall.
+  /// Get the current `function` object on the stack.
   /// Return `NULL` if not available.
-  /// NOTE: This function should be placed at the beginning of your bindings or you will get wrong result.
+  /// NOTE: This function should be placed at the beginning of your decl-based bindings.
   py_StackRef py_inspect_currentfunction() {
     return _py_inspect_currentfunction();
   }
@@ -3635,22 +3635,6 @@ class PocketpyBindings {
   late final _py_newvec3i =
       _py_newvec3iPtr.asFunction<void Function(py_OutRef, c11_vec3i)>();
 
-  void py_newvec4i(
-    py_OutRef out,
-    c11_vec4i arg1,
-  ) {
-    return _py_newvec4i(
-      out,
-      arg1,
-    );
-  }
-
-  late final _py_newvec4iPtr =
-      _lookup<ffi.NativeFunction<ffi.Void Function(py_OutRef, c11_vec4i)>>(
-          'py_newvec4i');
-  late final _py_newvec4i =
-      _py_newvec4iPtr.asFunction<void Function(py_OutRef, c11_vec4i)>();
-
   void py_newcolor32(
     py_OutRef out,
     c11_color32 arg1,
@@ -3731,19 +3715,6 @@ class PocketpyBindings {
   late final _py_tovec3i =
       _py_tovec3iPtr.asFunction<c11_vec3i Function(py_Ref)>();
 
-  c11_vec4i py_tovec4i(
-    py_Ref self,
-  ) {
-    return _py_tovec4i(
-      self,
-    );
-  }
-
-  late final _py_tovec4iPtr =
-      _lookup<ffi.NativeFunction<c11_vec4i Function(py_Ref)>>('py_tovec4i');
-  late final _py_tovec4i =
-      _py_tovec4iPtr.asFunction<c11_vec4i Function(py_Ref)>();
-
   ffi.Pointer<c11_mat3x3> py_tomat3x3(
     py_Ref self,
   ) {
@@ -3961,32 +3932,10 @@ final class UnnamedUnion1 extends ffi.Union {
   @ffi.Int64()
   external int _i64;
 
-  @ffi.Double()
-  external double _f64;
-
-  @ffi.Bool()
-  external bool _bool;
-
-  external py_CFunction _cfunc;
-
-  external ffi.Pointer<ffi.Void> _obj;
-
-  external ffi.Pointer<ffi.Void> _ptr;
-
   @ffi.Array.multi([16])
   external ffi.Array<ffi.Char> _chars;
 }
 
-/// Native function signature.
-/// @param argc number of arguments.
-/// @param argv array of arguments. Use `py_arg(i)` macro to get the i-th argument.
-/// @return `true` if the function is successful or `false` if an exception is raised.
-typedef py_CFunction = ffi.Pointer<
-    ffi.NativeFunction<ffi.Bool Function(ffi.Int argc, py_StackRef argv)>>;
-
-/// A specific location in the value stack of the VM.
-typedef py_StackRef = ffi.Pointer<py_TValue>;
-
 /// A string view type. It is helpful for passing strings which are not null-terminated.
 final class c11_sv extends ffi.Struct {
   external ffi.Pointer<ffi.Char> data;
@@ -4078,12 +4027,22 @@ typedef py_TraceFunc = ffi.Pointer<
 /// An output reference for returning a value. Only use this for function arguments.
 typedef py_OutRef = ffi.Pointer<py_TValue>;
 
+/// A specific location in the value stack of the VM.
+typedef py_StackRef = ffi.Pointer<py_TValue>;
+
 /// A 64-bit integer type. Corresponds to `int` in python.
 typedef py_i64 = ffi.Int64;
 
 /// A 64-bit floating-point type. Corresponds to `float` in python.
 typedef py_f64 = ffi.Double;
 
+/// Native function signature.
+/// @param argc number of arguments.
+/// @param argv array of arguments. Use `py_arg(i)` macro to get the i-th argument.
+/// @return `true` if the function is successful or `false` if an exception is raised.
+typedef py_CFunction = ffi.Pointer<
+    ffi.NativeFunction<ffi.Bool Function(ffi.Int argc, py_StackRef argv)>>;
+
 /// A pointer that represents a python identifier. For fast name resolution.
 typedef py_Name = ffi.Pointer<py_OpaqueName>;
 
@@ -4166,29 +4125,8 @@ final class UnnamedStruct4 extends ffi.Struct {
   external int z;
 }
 
-final class c11_vec4i extends ffi.Union {
-  external UnnamedStruct5 unnamed;
-
-  @ffi.Array.multi([4])
-  external ffi.Array<ffi.Int> data;
-}
-
-final class UnnamedStruct5 extends ffi.Struct {
-  @ffi.Int()
-  external int x;
-
-  @ffi.Int()
-  external int y;
-
-  @ffi.Int()
-  external int z;
-
-  @ffi.Int()
-  external int w;
-}
-
 final class c11_color32 extends ffi.Union {
-  external UnnamedStruct6 unnamed;
+  external UnnamedStruct5 unnamed;
 
   @ffi.Array.multi([4])
   external ffi.Array<ffi.UnsignedChar> data;
@@ -4197,7 +4135,7 @@ final class c11_color32 extends ffi.Union {
   external int u32;
 }
 
-final class UnnamedStruct6 extends ffi.Struct {
+final class UnnamedStruct5 extends ffi.Struct {
   @ffi.UnsignedChar()
   external int r;
 
@@ -4212,7 +4150,7 @@ final class UnnamedStruct6 extends ffi.Struct {
 }
 
 final class c11_mat3x3 extends ffi.Union {
-  external UnnamedStruct7 unnamed;
+  external UnnamedStruct6 unnamed;
 
   @ffi.Array.multi([3, 3])
   external ffi.Array<ffi.Array<ffi.Float>> m;
@@ -4221,7 +4159,7 @@ final class c11_mat3x3 extends ffi.Union {
   external ffi.Array<ffi.Float> data;
 }
 
-final class UnnamedStruct7 extends ffi.Struct {
+final class UnnamedStruct6 extends ffi.Struct {
   @ffi.Float()
   external double _11;
 
@@ -4368,14 +4306,13 @@ abstract class py_PredefinedType {
   static const int tp_vec3 = 71;
   static const int tp_vec2i = 72;
   static const int tp_vec3i = 73;
-  static const int tp_vec4i = 74;
-  static const int tp_mat3x3 = 75;
-  static const int tp_color32 = 76;
+  static const int tp_mat3x3 = 74;
+  static const int tp_color32 = 75;
 
   /// array2d
-  static const int tp_array2d_like = 77;
-  static const int tp_array2d_like_iterator = 78;
-  static const int tp_array2d = 79;
-  static const int tp_array2d_view = 80;
-  static const int tp_chunked_array2d = 81;
+  static const int tp_array2d_like = 76;
+  static const int tp_array2d_like_iterator = 77;
+  static const int tp_array2d = 78;
+  static const int tp_array2d_view = 79;
+  static const int tp_chunked_array2d = 80;
 }

python/cmath.py

@@ -134,10 +134,10 @@ def atan(z: complex):
     return 1j / 2 * log((1 - 1j * z) / (1 + 1j * z))
 
 def cos(z: complex):
-    return (exp(1j * z) + exp(-1j * z)) / 2
+    return (exp(z) + exp(-z)) / 2
 
 def sin(z: complex):
-    return (exp(1j * z) - exp(-1j * z)) / (2 * 1j)
+    return (exp(z) - exp(-z)) / (2 * 1j)
 
 def tan(z: complex):
     return sin(z) / cos(z)

src/interpreter/dll.c

@@ -10,8 +10,6 @@
 
 #else
 #include <dlfcn.h>
-#include <stdlib.h>
-#include <string.h>
 #endif
 
 typedef bool (*py_module_initialize_t)() PY_RAISE PY_RETURN;
@@ -23,44 +21,14 @@ int load_module_from_dll_desktop_only(const char* path) PY_RAISE PY_RETURN {
     if(dll == NULL) return 0;
     py_module_initialize_t f_init = (py_module_initialize_t)GetProcAddress(dll, f_init_name);
 #else
-    void* dll = NULL;
-    // On Linux, dlopen doesn't automatically add .so suffix like Windows does with .dll
-    // Also, CMake typically generates libXxx.so instead of Xxx.so
-    // Try: path.so, libpath.so, then the original path
-    char* path_with_so = NULL;
-    char* path_with_lib = NULL;
-    size_t path_len = strlen(path);
-    
-    // Try path.so
-    path_with_so = py_malloc(path_len + 4); // .so + null terminator
-    if(path_with_so != NULL) {
-        strcpy(path_with_so, path);
-        strcat(path_with_so, ".so");
-        dll = dlopen(path_with_so, RTLD_LAZY);
-        py_free(path_with_so);
-    }
-    
-    // Try libpath.so if path.so didn't work
-    if(dll == NULL) {
-        path_with_lib = py_malloc(path_len + 7); // lib + .so + null terminator
-        if(path_with_lib != NULL) {
-            strcpy(path_with_lib, "lib");
-            strcat(path_with_lib, path);
-            strcat(path_with_lib, ".so");
-            dll = dlopen(path_with_lib, RTLD_LAZY);
-            py_free(path_with_lib);
-        }
-    }
-    
-    // Fallback to original path
-    if(dll == NULL) {
-        dll = dlopen(path, RTLD_LAZY);
-    }
-    
+    void* dll = dlopen(path, RTLD_LAZY);
     if(dll == NULL) return 0;
     py_module_initialize_t f_init = (py_module_initialize_t)dlsym(dll, f_init_name);
 #endif
-    if(f_init == NULL) return 0;
+    if(f_init == NULL) {
+        RuntimeError("%s() not found in '%s'", f_init_name, path);
+        return -1;
+    }
     bool success = f_init();
     if(!success) return -1;
     return 1;