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# odin-libgccjit
Odin bindings for libgccjit, idk if it works on Windows but you will need the libgccjit.lib file and probably a dll

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libgccjit.odin Normal file
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package libgccjit
when ODIN_OS == .Linux {
foreign import libgccjit "system:gccjit"
} else when ODIN_OS == .Windows {
foreign import libgccjit "libgccjit.lib"
}
@(default_calling_convention = "c", link_prefix = "gcc_jit_")
foreign libgccjit {
context_acquire :: proc() -> ^Context ---
context_release :: proc(ctxt: ^Context) ---
context_set_str_option :: proc(ctxt: ^Context, opt: Str_Option, value: cstring) ---
context_set_int_option :: proc(ctxt: ^Context, opt: Int_Option, value: i32) ---
context_set_bool_option :: proc(ctxt: ^Context, opt: Bool_Option, value: b32) ---
context_set_bool_allow_unreachable_blocks :: proc(ctxt: ^Context, bool_value: b32) ---
context_set_bool_print_errors_to_stderr :: proc(ctxt: ^Context, enabled: b32) ---
context_set_bool_use_external_driver :: proc(ctxt: ^Context, bool_value: b32) ---
context_add_command_line_option :: proc(ctxt: ^Context, optname: cstring) ---
context_add_driver_option :: proc(ctxt: ^Context, optname: cstring) ---
context_compile :: proc(ctxt: ^Context) -> ^Result ---
context_compile_to_file :: proc(ctxt: ^Context, output_kind_p: Output_Kind, output_path: cstring) ---
context_dump_to_file :: proc(ctxt: ^Context, path: cstring, update_locations: i32) ---
context_set_logfile :: proc(ctxt: ^Context, logfile: rawptr, flags: i32, verbosity: i32) ---
context_get_first_error :: proc(ctxt: ^Context) -> cstring ---
context_get_last_error :: proc(ctxt: ^Context) -> cstring ---
result_get_code :: proc(result_p: ^Result, funcname: cstring) -> rawptr ---
result_get_global :: proc(result_p: ^Result, name: cstring) -> rawptr ---
result_release :: proc(result_p: ^Result) ---
object_get_context :: proc(obj: ^Object) -> ^Context ---
object_get_debug_string :: proc(obj: ^Object) -> cstring ---
context_new_location :: proc(ctxt: ^Context, filename: cstring, line: i32, column: i32) -> ^Location ---
location_as_object :: proc(loc: ^Location) -> ^Object ---
type_as_object :: proc(type_p: ^Type) -> ^Object ---
context_get_type :: proc(ctxt: ^Context, type_: Types) -> ^Type ---
context_get_int_type :: proc(ctxt: ^Context, num_bytes: i32, is_signed: i32) -> ^Type ---
type_get_pointer :: proc(type_p: ^Type) -> ^Type ---
type_get_const :: proc(type_p: ^Type) -> ^Type ---
type_get_volatile :: proc(type_p: ^Type) -> ^Type ---
compatible_types :: proc(ltype: ^Type, rtype: ^Type) -> i32 ---
type_get_size :: proc(type_p: ^Type) -> i32 ---
context_new_array_type :: proc(ctxt: ^Context, loc: ^Location, element_type: ^Type, num_elements: i32) -> ^Type ---
context_new_field :: proc(ctxt: ^Context, loc: ^Location, type_p: ^Type, name: cstring) -> ^Field ---
context_new_bitfield :: proc(ctxt: ^Context, loc: ^Location, type_p: ^Type, width: i32, name: cstring) -> ^Field ---
field_as_object :: proc(field_p: ^Field) -> ^Object ---
context_new_struct_type :: proc(ctxt: ^Context, loc: ^Location, name: cstring, num_fields: i32, fields: [^]^Field) -> ^Struct ---
context_new_opaque_struct :: proc(ctxt: ^Context, loc: ^Location, name: cstring) -> ^Struct ---
struct_as_type :: proc(struct_type: ^Struct) -> ^Type ---
struct_set_fields :: proc(struct_type: ^Struct, loc: ^Location, num_fields: i32, fields: [^]^Field) ---
struct_get_field :: proc(struct_type: ^Struct, index: u64) -> ^Field ---
struct_get_field_count :: proc(struct_type: ^Struct) -> u64 ---
context_new_union_type :: proc(ctxt: ^Context, loc: ^Location, name: cstring, num_fields: i32, fields: [^]^Field) -> ^Type ---
context_new_function_ptr_type :: proc(ctxt: ^Context, loc: ^Location, return_type: ^Type, num_params: i32, param_types: [^]^Type, is_variadic: b32) -> ^Type ---
context_new_param :: proc(ctxt: ^Context, loc: ^Location, type_p: ^Type, name: cstring) -> ^Param ---
param_as_object :: proc(param_p: ^Param) -> ^Object ---
param_as_lvalue :: proc(param_p: ^Param) -> ^Lvalue ---
param_as_rvalue :: proc(param_p: ^Param) -> ^Rvalue ---
context_new_function :: proc(ctxt: ^Context, loc: ^Location, kind: Function_Kind, return_type: ^Type, name: cstring, num_params: i32, params: [^]^Param, is_variadic: b32) -> ^Function ---
context_get_builtin_function :: proc(ctxt: ^Context, name: cstring) -> ^Function ---
function_as_object :: proc(func: ^Function) -> ^Object ---
function_get_param :: proc(func: ^Function, index: i32) -> ^Param ---
function_dump_to_dot :: proc(func: ^Function, path: cstring) ---
function_new_block :: proc(func: ^Function, name: cstring) -> ^Block ---
block_as_object :: proc(block_p: ^Block) -> ^Object ---
block_get_function :: proc(block_p: ^Block) -> ^Function ---
context_new_global :: proc(ctxt: ^Context, loc: ^Location, kind: Global_Kind, type_p: ^Type, name: cstring) -> ^Lvalue ---
context_new_struct_constructor :: proc(ctxt: ^Context, loc: ^Location, type_p: ^Type, num_values: u64, fields: [^]^Field, values: [^]^Rvalue) -> ^Rvalue ---
context_new_union_constructor :: proc(ctxt: ^Context, loc: ^Location, type_p: ^Type, field_p: ^Field, value: ^Rvalue) -> ^Rvalue ---
context_new_array_constructor :: proc(ctxt: ^Context, loc: ^Location, type_p: ^Type, num_values: u64, values: [^]^Rvalue) -> ^Rvalue ---
global_set_initializer_rvalue :: proc(global: ^Lvalue, init_value: ^Rvalue) -> ^Lvalue ---
global_set_initializer :: proc(global: ^Lvalue, blob: rawptr, num_bytes: u64) -> ^Lvalue ---
lvalue_as_object :: proc(lvalue_p: ^Lvalue) -> ^Object ---
lvalue_as_rvalue :: proc(lvalue_p: ^Lvalue) -> ^Rvalue ---
rvalue_as_object :: proc(rvalue_p: ^Rvalue) -> ^Object ---
rvalue_get_type :: proc(rvalue_p: ^Rvalue) -> ^Type ---
context_new_rvalue_from_int :: proc(ctxt: ^Context, numeric_type: ^Type, value: i32) -> ^Rvalue ---
context_new_rvalue_from_long :: proc(ctxt: ^Context, numeric_type: ^Type, value: i64) -> ^Rvalue ---
context_zero :: proc(ctxt: ^Context, numeric_type: ^Type) -> ^Rvalue ---
context_one :: proc(ctxt: ^Context, numeric_type: ^Type) -> ^Rvalue ---
context_new_rvalue_from_double :: proc(ctxt: ^Context, numeric_type: ^Type, value: f64) -> ^Rvalue ---
context_new_rvalue_from_ptr :: proc(ctxt: ^Context, pointer_type: ^Type, value: rawptr) -> ^Rvalue ---
context_null :: proc(ctxt: ^Context, pointer_type: ^Type) -> ^Rvalue ---
context_new_string_literal :: proc(ctxt: ^Context, value: cstring) -> ^Rvalue ---
context_new_unary_op :: proc(ctxt: ^Context, loc: ^Location, op: Unary_Op, result_type: ^Type, rvalue_p: ^Rvalue) -> ^Rvalue ---
context_new_binary_op :: proc(ctxt: ^Context, loc: ^Location, op: Binary_Op, result_type: ^Type, a: ^Rvalue, b: ^Rvalue) -> ^Rvalue ---
context_new_comparison :: proc(ctxt: ^Context, loc: ^Location, op: Comparison, a: ^Rvalue, b: ^Rvalue) -> ^Rvalue ---
context_new_call :: proc(ctxt: ^Context, loc: ^Location, func: ^Function, numargs: i32, args: [^]^Rvalue) -> ^Rvalue ---
context_new_call_through_ptr :: proc(ctxt: ^Context, loc: ^Location, fn_ptr: ^Rvalue, numargs: i32, args: [^]^Rvalue) -> ^Rvalue ---
context_new_cast :: proc(ctxt: ^Context, loc: ^Location, rvalue_p: ^Rvalue, type_p: ^Type) -> ^Rvalue ---
context_new_bitcast :: proc(ctxt: ^Context, loc: ^Location, rvalue_p: ^Rvalue, type_p: ^Type) -> ^Rvalue ---
lvalue_set_alignment :: proc(lvalue_p: ^Lvalue, bytes: u32) ---
lvalue_get_alignment :: proc(lvalue_p: ^Lvalue) -> u32 ---
context_new_array_access :: proc(ctxt: ^Context, loc: ^Location, ptr: ^Rvalue, index: ^Rvalue) -> ^Lvalue ---
lvalue_access_field :: proc(struct_or_union: ^Lvalue, loc: ^Location, field_p: ^Field) -> ^Lvalue ---
rvalue_access_field :: proc(struct_or_union: ^Rvalue, loc: ^Location, field_p: ^Field) -> ^Rvalue ---
rvalue_dereference_field :: proc(ptr: ^Rvalue, loc: ^Location, field_p: ^Field) -> ^Lvalue ---
rvalue_dereference :: proc(rvalue_p: ^Rvalue, loc: ^Location) -> ^Lvalue ---
lvalue_get_address :: proc(lvalue_p: ^Lvalue, loc: ^Location) -> ^Rvalue ---
lvalue_set_tls_model :: proc(lvalue_p: ^Lvalue, model: Tls_Model) ---
lvalue_set_link_section :: proc(lvalue_p: ^Lvalue, section_name: cstring) ---
lvalue_set_register_name :: proc(lvalue_p: ^Lvalue, reg_name: cstring) ---
function_new_local :: proc(func: ^Function, loc: ^Location, type_p: ^Type, name: cstring) -> ^Lvalue ---
block_add_eval :: proc(block_p: ^Block, loc: ^Location, rvalue_p: ^Rvalue) ---
block_add_assignment :: proc(block_p: ^Block, loc: ^Location, lvalue_p: ^Lvalue, rvalue_p: ^Rvalue) ---
block_add_assignment_op :: proc(block_p: ^Block, loc: ^Location, lvalue_p: ^Lvalue, op: Binary_Op, rvalue_p: ^Rvalue) ---
block_add_comment :: proc(block_p: ^Block, loc: ^Location, text: cstring) ---
block_end_with_conditional :: proc(block_p: ^Block, loc: ^Location, boolval: ^Rvalue, on_true: ^Block, on_false: ^Block) ---
block_end_with_jump :: proc(block_p: ^Block, loc: ^Location, target: ^Block) ---
block_end_with_return :: proc(block_p: ^Block, loc: ^Location, rvalue_p: ^Rvalue) ---
block_end_with_void_return :: proc(block_p: ^Block, loc: ^Location) ---
context_new_case :: proc(ctxt: ^Context, min_value: ^Rvalue, max_value: ^Rvalue, dest_block: ^Block) -> ^Case ---
case_as_object :: proc(case_: ^Case) -> ^Object ---
block_end_with_switch :: proc(block_p: ^Block, loc: ^Location, expr: ^Rvalue, default_block: ^Block, num_cases: i32, cases: [^]^Case) ---
context_new_child_context :: proc(parent_ctxt: ^Context) -> ^Context ---
context_dump_reproducer_to_file :: proc(ctxt: ^Context, path: cstring) ---
context_enable_dump :: proc(ctxt: ^Context, dumpname: cstring, out_ptr: ^cstring) ---
timer_new :: proc() -> ^Timer ---
timer_release :: proc(timer_p: ^Timer) ---
context_set_timer :: proc(ctxt: ^Context, timer_p: ^Timer) ---
context_get_timer :: proc(ctxt: ^Context) -> ^Timer ---
timer_push :: proc(timer_p: ^Timer, item_name: cstring) ---
timer_pop :: proc(timer_p: ^Timer, item_name: cstring) ---
timer_print :: proc(timer_p: ^Timer, f_out: rawptr) ---
rvalue_set_bool_require_tail_call :: proc(call: ^Rvalue, require_tail_call: i32) ---
type_get_aligned :: proc(type_p: ^Type, alignment_in_bytes: u64) -> ^Type ---
type_get_vector :: proc(type_p: ^Type, num_units: u64) -> ^Type ---
function_get_address :: proc(fn: ^Function, loc: ^Location) -> ^Rvalue ---
context_new_rvalue_from_vector :: proc(ctxt: ^Context, loc: ^Location, vec_type: ^Type, num_elements: u64, elements: [^]^Rvalue) -> ^Rvalue ---
version_major :: proc() -> i32 ---
version_minor :: proc() -> i32 ---
version_patchlevel :: proc() -> i32 ---
block_add_extended_asm :: proc(block_p: ^Block, loc: ^Location, asm_template: cstring) -> ^Extended_Asm ---
block_end_with_extended_asm_goto :: proc(block_p: ^Block, loc: ^Location, asm_template: cstring, num_goto_blocks: i32, goto_blocks: [^]^Block, fallthrough_block: ^Block) -> ^Extended_Asm ---
extended_asm_as_object :: proc(ext_asm: ^Extended_Asm) -> ^Object ---
extended_asm_set_volatile_flag :: proc(ext_asm: ^Extended_Asm, flag: i32) ---
extended_asm_set_inline_flag :: proc(ext_asm: ^Extended_Asm, flag: i32) ---
extended_asm_add_output_operand :: proc(ext_asm: ^Extended_Asm, asm_symbolic_name: cstring, constraint: cstring, dest: ^Lvalue) ---
extended_asm_add_input_operand :: proc(ext_asm: ^Extended_Asm, asm_symbolic_name: cstring, constraint: cstring, src: ^Rvalue) ---
extended_asm_add_clobber :: proc(ext_asm: ^Extended_Asm, victim: cstring) ---
context_add_top_level_asm :: proc(ctxt: ^Context, loc: ^Location, asm_stmts: cstring) ---
function_get_return_type :: proc(func: ^Function) -> ^Type ---
function_get_param_count :: proc(func: ^Function) -> u64 ---
type_dyncast_array :: proc(type_p: ^Type) -> ^Type ---
type_is_bool :: proc(type_p: ^Type) -> i32 ---
type_dyncast_function_ptr_type :: proc(type_p: ^Type) -> ^Function_Type ---
function_type_get_return_type :: proc(function_type_p: ^Function_Type) -> ^Type ---
function_type_get_param_count :: proc(function_type_p: ^Function_Type) -> u64 ---
function_type_get_param_type :: proc(function_type_p: ^Function_Type, index: u64) -> ^Type ---
type_is_integral :: proc(type_p: ^Type) -> i32 ---
type_is_pointer :: proc(type_p: ^Type) -> ^Type ---
type_dyncast_vector :: proc(type_p: ^Type) -> ^Vector_Type ---
type_is_struct :: proc(type_p: ^Type) -> ^Struct ---
vector_type_get_num_units :: proc(vector_type_p: ^Vector_Type) -> u64 ---
vector_type_get_element_type :: proc(vector_type_p: ^Vector_Type) -> ^Type ---
type_unqualified :: proc(type_p: ^Type) -> ^Type ---
}
Str_Option :: enum u32 {
PROGNAME = 0,
}
Int_Option :: enum u32 {
OPTIMIZATION_LEVEL = 0,
}
Bool_Option :: enum u32 {
DEBUGINFO = 0,
DUMP_INITIAL_TREE = 1,
DUMP_INITIAL_GIMPLE = 2,
DUMP_GENERATED_CODE = 3,
DUMP_SUMMARY = 4,
DUMP_EVERYTHING = 5,
SELFCHECK_GC = 6,
KEEP_INTERMEDIATES = 7,
}
Output_Kind :: enum u32 {
ASSEMBLER = 0,
OBJECT_FILE = 1,
DYNAMIC_LIBRARY = 2,
EXECUTABLE = 3,
}
Types :: enum u32 {
VOID = 0,
VOID_PTR = 1,
BOOL = 2,
CHAR = 3,
SIGNED_CHAR = 4,
UNSIGNED_CHAR = 5,
SHORT = 6,
UNSIGNED_SHORT = 7,
INT = 8,
UNSIGNED_INT = 9,
LONG = 10,
UNSIGNED_LONG = 11,
LONG_LONG = 12,
UNSIGNED_LONG_LONG = 13,
FLOAT = 14,
DOUBLE = 15,
LONG_DOUBLE = 16,
CONST_CHAR_PTR = 17,
SIZE_T = 18,
FILE_PTR = 19,
COMPLEX_FLOAT = 20,
COMPLEX_DOUBLE = 21,
COMPLEX_LONG_DOUBLE = 22,
UINT8_T = 23,
UINT16_T = 24,
UINT32_T = 25,
UINT64_T = 26,
UINT128_T = 27,
INT8_T = 28,
INT16_T = 29,
INT32_T = 30,
INT64_T = 31,
INT128_T = 32,
}
Function_Kind :: enum u32 {
EXPORTED = 0,
INTERNAL = 1,
IMPORTED = 2,
ALWAYS_INLINE = 3,
}
Tls_Model :: enum u32 {
NONE = 0,
GLOBAL_DYNAMIC = 1,
LOCAL_DYNAMIC = 2,
INITIAL_EXEC = 3,
LOCAL_EXEC = 4,
}
Global_Kind :: enum u32 {
EXPORTED = 0,
INTERNAL = 1,
IMPORTED = 2,
}
Unary_Op :: enum u32 {
MINUS = 0,
BITWISE_NEGATE = 1,
LOGICAL_NEGATE = 2,
ABS = 3,
}
Binary_Op :: enum u32 {
PLUS = 0,
MINUS = 1,
MULT = 2,
DIVIDE = 3,
MODULO = 4,
BITWISE_AND = 5,
BITWISE_XOR = 6,
BITWISE_OR = 7,
LOGICAL_AND = 8,
LOGICAL_OR = 9,
LSHIFT = 10,
RSHIFT = 11,
}
Comparison :: enum u32 {
EQ = 0,
NE = 1,
LT = 2,
LE = 3,
GT = 4,
GE = 5,
}
Context :: struct {}
Result :: struct {}
Object :: struct {}
Location :: struct {}
Type :: struct {}
Field :: struct {}
Struct :: struct {}
Function_Type :: struct {}
Vector_Type :: struct {}
Function :: struct {}
Block :: struct {}
Rvalue :: struct {}
Lvalue :: struct {}
Param :: struct {}
Case :: struct {}
Extended_Asm :: struct {}
Timer :: struct {}