1. Liga Classic Group 3 stats & predictions

Expert Betting Tips: Maximizing Your Odds Tomorrow!

Betting Strategies for Tomorrow's Matches: Top Picks from Experts!

Betting enthusiasts can leverage these expert tips for optimal results:

• Bet on Over 2 Goals** in Total** across all matches**: With several high-scoring teams involved, expecting multiple goals seems reasonable across today’s fixtures.
• Bet on Both Teams To Score (BTTS) **in at least two matches** today!** Teams like Grasshopper Club Zürich and SC Kriens are likely candidates due to their attacking styles!byronmiller/lua-binding-generator<|file_sep|>/lua_binding_generator/test_data/lua_ffi_class/ffi.h #ifndef FFI_H #define FFI_H #include "simple.h" #include "lua.hpp" #include "lauxlib.h" typedef struct lua_State lua_State; int l_new_sometype(lua_State *L); #endif <|repo_name|>byronmiller/lua-binding-generator<|file_sep|>/lua_binding_generator/src/binding_generator/mod.rs use crate::errors::LuaBindingGeneratorError; use crate::ffi_utils::get_ffi_function_arguments; use crate::function_builder::{build_lua_function_body_for_constructor, build_lua_function_body_for_method}; use crate::template_engine::TemplateEngine; use crate::utils::{get_function_signature_with_template, get_header_include_statements}; use heck::SnakeCase; use quote::quote; use std::collections::HashMap; use std::fs::{create_dir_all, File}; use std::io::{BufRead, BufReader}; use std::path::{PathBuf}; use syn::{ parse_quote, parse_str, }; pub fn generate_bindings(ffi_path: PathBuf, output_path: PathBuf, ffi_lib_path: PathBuf, use_extern_c_block: bool) -> Result<(), LuaBindingGeneratorError> { let mut functions = Vec::::new(); // Parse functions let mut reader = BufReader::new(File::open(ffi_path)?); // TODO Read function names from C header file instead of reading from stdin // let mut input = String::new(); // reader.read_to_string(&mut input)?; // let tokens = parse_str(&input)?; // let ast = syn::parse_item(tokens)?; // match ast { // syn::Item::Fn(function) => { // let name = function.sig.ident.to_string(); // let signature = get_function_signature_with_template(&function.sig); // functions.push(Function { name: name.clone(), signature }); // }, // _ => panic!("Only function definitions supported") // } // Read lines from C header file one at a time let mut line = String::new(); while reader.read_line(&mut line)? > 0 { if !line.is_empty() { // Create function AST from line let tokens = parse_str(&line)?; let ast = syn::parse_item(tokens)?; match ast { syn::Item::Fn(function) => { let name = function.sig.ident.to_string(); let signature = get_function_signature_with_template(&function.sig); functions.push(Function { name: name.clone(), signature }); }, _ => panic!("Only function definitions supported") } } line.clear(); } // Generate code let ffi_lib_path_str = ffi_lib_path.to_str().unwrap().to_string(); let bindings_code = generate_bindings_code(functions.clone(), &ffi_lib_path_str, use_extern_c_block); // Write code into output file create_dir_all(output_path.parent().unwrap())?; File::create(output_path)?.write_all(bindings_code.as_bytes())?; Ok(()) } fn generate_bindings_code(functions: Vec, ffi_lib_path_str: &str, use_extern_c_block: bool) -> String { // Generate FFI code let ffi_code = quote! { #![allow(non_snake_case)] #![allow(non_upper_case_globals)] #![allow(non_camel_case_types)] #![allow(dead_code)] #![allow(clippy::all)] #[cfg(feature = "cffi")] extern crate libc; #include!(concat!(env!("CARGO_MANIFEST_DIR"), "/../", #ffi_lib_path_str)) }.to_string(); // Generate module code let mut template_engine = TemplateEngine {}; template_engine.register_function("to_snake_case", |x| x.to_snake_case()); template_engine.register_function("get_ffi_function_arguments", |x| { get_ffi_function_arguments(x) }); template_engine.register_function("get_lua_return_type", |x| { if x.contains("void") { return "None".to_string(); } x.replace("struct ", "").replace("*", "") }); template_engine.register_function("get_lua_argument_types", |x| { x.split(", ") .map(|y| y.replace("struct ", "").replace("*", "")) .collect::>() .join(", ") }); template_engine.register_function("get_lua_argument_names", |x| { x.split(", ") .map(|y| format!("arg{}", y.chars().count())) .collect::>() .join(", ") }); template_engine.register_function("get_lua_argument_default_values", |x| { x.split(", ") .map(|y| format!("Some(arg{})", y.chars().count())) .collect::>() .join(", ") }); template_engine.register_variable("functions", functions); let module_code = quote! { #[cfg_attr(feature = "cffi", link(name = "mylib"))] #[cfg_attr(not(feature = "cffi"), link(name = "mylib", kind="static"))] #[link(name="mylib")] #[allow(unused_imports)] pub mod ffi { use super::*; use libc::*; #(include!(concat!(env!("CARGO_MANIFEST_DIR"), "/../c/", stringify(#header_file))));* /// Get lua state object from raw pointer pub unsafe fn get_lua_state(raw_state : *mut lua_State) -> &LuaState { &*(raw_state as *const LuaState) } /// Get raw pointer from lua state object pub fn get_raw_state(lua_state : &LuaState) -> *mut lua_State { lua_state.state_ptr as *mut lua_State } /// Get pointer type that corresponds with provided type name. /// /// For example `int` will return `*mut c_int`. pub fn get_pointer_type(type_name : &str) -> TokenStream { if type_name == "void" || type_name == "void*" { return quote!(c_void); } if type_name.contains('*') { return quote!(#type_name); } match type_name { "char" => quote!(*mut c_char), "short" => quote!(*mut c_short), "int" => quote!(*mut c_int), "long" => quote!(*mut c_long), "long long" => quote!(*mut c_longlong), "unsigned char" => quote!(*mut c_uchar), "unsigned short" => quote!(*mut c_ushort), "unsigned int" => quote!(*mut c_uint), "unsigned long" => quote!(*mut c_ulong), "unsigned long long" => quote!(*mut c_ulonglong), _ => panic!("Unsupported type `{}`", type_name) } } #(pub fn #name() { unsafe { #signature } })* pub unsafe fn l_new_sometype(_state : *mut lua_State) -> i32 { push_sometype(_state); 1 } /// Push sometype object onto stack. pub unsafe fn push_sometype(_state : *mut lua_State) -> () { // Get LuaState object from raw pointer. let lua_state : &LuaState = get_lua_state(_state); // Create sometype object. let sometype : Sometype = Sometype { state : lua_state.clone() }; // Push sometype object onto stack. sometype.push(_state); } /// Bindings for constructor. /// /// This function should only be called by Lua script. pub unsafe fn l_new_Sometype(_state : *mut lua_State) -> i32 { push_Sometype(_state); 1 } /// Push sometype object onto stack. /// /// This function should only be called by Lua script. pub unsafe fn push_Sometype(_state : *mut lua_State) -> () { // Get LuaState object from raw pointer. let lua_state : &LuaState = get_lua_state(_state); // Create sometype object. let sometype : Sometype = Sometype { state : lua_state.clone() }; // Push sometype object onto stack. sometype.push(_state); } #(pub fn #name(lua_state : &LuaState) -> LuaResult { unsafe { build_lua_function_body_for_method(#name)(lua_state.get_raw_state()) } })* } }.to_string(); module_code.replace("#functions", &template_engine.render_template("module.rs").unwrap()); module_code.replace("#header_file", &template_engine.render_template("header_include.rs").unwrap()); if use_extern_c_block { format!("extern "C" {{n{}n}}n{}", ffi_code.trim(), module_code) } else { format!("{}n{}", ffi_code.trim(), module_code) } } #[derive(Debug)] pub struct Function<'a>{ pub name: String, pub signature: &'a str