alloc_bignum alloc_bytevector alloc_string alloca_cell alloca_complex_num alloca_double alloca_empty_bytevector alloca_empty_vector alloca_pair assign_complex_num assign_double atomic BIGNUM_CALL bignum_value bn_cmp_type boolean boolean_desc boolean_f boolean_t bytevector c_opaque closure closure0 closure1 closureN complex_num_value cond_var cvar CYC_BINARY_PORT_FLAG Cyc_EOF CYC_IO_BUF_LEN Cyc_RECORD_MARKER Cyc_VOID defprimitive defsymbol double_value forward function_type inline_function_type integer_value list maclosure0 macro make_boolean make_c_opaque make_cell make_complex_num make_cvar make_double make_empty_bytevector make_empty_vector make_input_port make_pair make_port make_string make_string_noalloc make_string_with_len make_utf8_string make_utf8_string_noalloc make_utf8_string_with_len mclosure0 mclosure1 mmacro mutex object object_tag opaque_collect_ptr opaque_ptr pair prim prim_name primitive primitive_function_type quote_void return_copy set_cell_as_expr set_pair set_pair_as_expr string_len string_num_cp string_str symbol symbol_desc tag_type type_of vector

mclosure0 #define mclosure0 (   c,   f  )    static closure0_type c = { .hdr.mark = gc_color_red, .hdr.grayed = 0, .tag = closure0_tag, .fn = f, .num_args = -1 }; /* TODO: need a new macro that initializes num_args */ Create a closure0 object These objects are special and can be statically allocated as an optimization