engage/generated/moon_sharp/interpreter/tree/statements/
forloopstatement.rs

1// @generated by il2cpp-bindgen — do not edit by hand.
2
3#[cfg(feature = "moon_sharp-interpreter-tree-statements-forloopstatement-types")]
4mod __types {
5    #[allow(unused_imports)] use ::unity::prelude::*;
6
7    use super::*;
8    use crate::{
9        moon_sharp::interpreter::tree::{
10            nodebase::{INodeBase, NodeBase},
11            statement::{IStatement, Statement},
12        },
13        system::object::{IObject, Object},
14    };
15
16    #[doc=include_str!(concat!(env!("CARGO_MANIFEST_DIR"),"/","docs/moon_sharp/interpreter/tree/statements/forloopstatement/ForLoopStatement.md"))]
17    #[::unity::class(namespace = "MoonSharp.Interpreter.Tree.Statements", name = "ForLoopStatement")]
18    #[parent(crate::moon_sharp::interpreter::tree::statement::Statement)]
19    pub struct ForLoopStatement {
20        #[offset(32)]
21        #[rename(name = "m_StackFrame")]
22        pub m_stack_frame: crate::moon_sharp::interpreter::execution::runtimescopeblock::RuntimeScopeBlock,
23        #[offset(40)]
24        #[rename(name = "m_InnerBlock")]
25        pub m_inner_block: crate::moon_sharp::interpreter::tree::statement::Statement,
26        #[offset(48)]
27        #[rename(name = "m_VarName")]
28        pub m_var_name: crate::moon_sharp::interpreter::symbolref::SymbolRef,
29        #[offset(56)]
30        #[rename(name = "m_Start")]
31        pub m_start: crate::moon_sharp::interpreter::tree::expression::Expression,
32        #[offset(64)]
33        #[rename(name = "m_End")]
34        pub m_end: crate::moon_sharp::interpreter::tree::expression::Expression,
35        #[offset(72)]
36        #[rename(name = "m_Step")]
37        pub m_step: crate::moon_sharp::interpreter::tree::expression::Expression,
38        #[offset(80)]
39        #[rename(name = "m_RefFor")]
40        pub m_ref_for: crate::moon_sharp::interpreter::debugging::sourceref::SourceRef,
41        #[offset(88)]
42        #[rename(name = "m_RefEnd")]
43        pub m_ref_end: crate::moon_sharp::interpreter::debugging::sourceref::SourceRef,
44    }
45}
46
47#[cfg(feature = "moon_sharp-interpreter-tree-statements-forloopstatement-types")]
48pub use __types::*;
49
50#[cfg(feature = "moon_sharp-interpreter-tree-statements-forloopstatement")]
51#[doc(hidden)]
52#[allow(non_snake_case, non_camel_case_types, clippy::too_many_arguments)]
53mod __ForLoopStatement_unity_raw {
54    use super::*;
55    #[doc(hidden)]
56    #[allow(non_snake_case)]
57    pub mod __lookup_ctor {
58        use super::*;
59        static METHOD: ::std::sync::LazyLock<::unity::Il2CppResult<&'static ::unity::il2cpp::MethodInfo>> = ::std::sync::LazyLock::new(|| {
60            let param_types: &[&'static ::unity::il2cpp::Il2CppType] = &[
61                <crate::moon_sharp::interpreter::execution::scriptloadingcontext::ScriptLoadingContext as ::unity::IlType>::il_type(),
62                <crate::moon_sharp::interpreter::tree::token::Token as ::unity::IlType>::il_type(),
63                <crate::moon_sharp::interpreter::tree::token::Token as ::unity::IlType>::il_type(),
64            ];
65            ::unity::lookup::method_info_on_class_with_signature(
66                <ForLoopStatement as ::unity::ClassIdentity>::class(),
67                ".ctor",
68                3,
69                param_types,
70                false,
71            )
72        });
73        pub fn get_method_info() -> &'static ::unity::il2cpp::MethodInfo {
74            match &*METHOD {
75                ::core::result::Result::Ok(mi) => *mi,
76                ::core::result::Result::Err(e) => {
77                    panic!(
78                        "method lookup failed: {}
79::{}
80: {}
81",
82                        <ForLoopStatement as ::unity::ClassIdentity>::NAME,
83                        ".ctor",
84                        e
85                    )
86                },
87            }
88        }
89    }
90}
91
92#[cfg(feature = "moon_sharp-interpreter-tree-statements-forloopstatement")]
93pub trait IForLoopStatementMethods: IForLoopStatement {
94    #[doc = "`.ctor(crate::moon_sharp::interpreter::execution::scriptloadingcontext::ScriptLoadingContext, crate::moon_sharp::interpreter::tree::token::Token, crate::moon_sharp::interpreter::tree::token::Token)` overload"]
95    fn ctor(
96        self,
97        lcontext: impl ::core::convert::Into<crate::moon_sharp::interpreter::execution::scriptloadingcontext::ScriptLoadingContext>,
98        name_token: impl ::core::convert::Into<crate::moon_sharp::interpreter::tree::token::Token>,
99        for_token: impl ::core::convert::Into<crate::moon_sharp::interpreter::tree::token::Token>,
100    ) -> () {
101        unsafe {
102            let __receiver = <ForLoopStatement as ::unity::FromIlInstance>::from_il_instance(<Self as ::unity::SystemObject>::as_instance(self));
103            ::unity::il2cpp_call!(__ForLoopStatement_unity_raw::__lookup_ctor::get_method_info().method_ptr,();
104(ForLoopStatement)__receiver,(crate::moon_sharp::interpreter::execution::scriptloadingcontext::ScriptLoadingContext)::core::convert::Into::into(lcontext),(crate::moon_sharp::interpreter::tree::token::Token)::core::convert::Into::into(name_token),(crate::moon_sharp::interpreter::tree::token::Token)::core::convert::Into::into(for_token))
105        }
106    }
107    #[doc = "`Compile(crate::moon_sharp::interpreter::execution::vm::bytecode::ByteCode)` overload"]
108    fn compile(self, bc: impl ::core::convert::Into<crate::moon_sharp::interpreter::execution::vm::bytecode::ByteCode>) -> () {
109        unsafe {
110            let __receiver = <ForLoopStatement as ::unity::FromIlInstance>::from_il_instance(<Self as ::unity::SystemObject>::as_instance(self));
111            {
112                let __vt = ::unity::Cast::get_class(__receiver).raw().get_vtable();
113                let __vi = *__vt.get(4usize).unwrap_or_else(|| {
114                    panic!(
115                        "unity: virtual slot {}
116 out of range (vtable len {}
117) on the runtime class behind {}
118 (method `{}
119`)",
120                        4usize,
121                        __vt.len(),
122                        <ForLoopStatement as ::unity::ClassIdentity>::NAME,
123                        "Compile",
124                    )
125                });
126                let __inner: extern "C" fn(
127                    ForLoopStatement,
128                    crate::moon_sharp::interpreter::execution::vm::bytecode::ByteCode,
129                    ::unity::OptionalMethod,
130                ) -> () = ::core::mem::transmute(__vi.method_ptr);
131                let __mi: ::unity::OptionalMethod = ::core::option::Option::Some(&*(__vi.method_info as *const ::unity::MethodInfo as *const ()));
132                __inner(__receiver, ::core::convert::Into::into(bc), __mi)
133            }
134        }
135    }
136}
137
138#[cfg(feature = "moon_sharp-interpreter-tree-statements-forloopstatement")]
139impl<__T: IForLoopStatement> IForLoopStatementMethods for __T {}
140
141#[cfg(feature = "moon_sharp-interpreter-tree-statements-forloopstatement")]
142impl ForLoopStatement {
143    pub fn ctor_method_info() -> &'static ::unity::il2cpp::MethodInfo {
144        <Self as ::unity::ClassIdentity>::class().raw().get_methods()[0]
145    }
146
147    pub fn compile_method_info() -> &'static ::unity::il2cpp::MethodInfo {
148        <Self as ::unity::ClassIdentity>::class().raw().get_methods()[1]
149    }
150}
151
152#[cfg(feature = "moon_sharp-interpreter-tree-statements-forloopstatement")]
153impl ForLoopStatement {
154    #[doc = "Direct (non-virtual) call to `ForLoopStatement`'s own `Compile`. Bypasses the vtable, so it won't hit an override/patch — use it for base calls."]
155    pub unsafe fn compile(
156        this: impl ::core::convert::Into<::unity::IlInstance>,
157        bc: crate::moon_sharp::interpreter::execution::vm::bytecode::ByteCode,
158    ) -> () {
159        let __mi = Self::compile_method_info();
160        let __inner: extern "C" fn(
161            ::unity::IlInstance,
162            crate::moon_sharp::interpreter::execution::vm::bytecode::ByteCode,
163            ::unity::OptionalMethod,
164        ) -> () = ::core::mem::transmute(__mi.method_ptr);
165        __inner(this.into(), bc, ::core::option::Option::None)
166    }
167}
168
169#[cfg(feature = "moon_sharp-interpreter-tree-statements-forloopstatement")]
170impl ForLoopStatement {
171    #[doc = "`.ctor(crate::moon_sharp::interpreter::execution::scriptloadingcontext::ScriptLoadingContext, crate::moon_sharp::interpreter::tree::token::Token, crate::moon_sharp::interpreter::tree::token::Token)` — overload selector"]
172    pub fn new(
173        lcontext: crate::moon_sharp::interpreter::execution::scriptloadingcontext::ScriptLoadingContext,
174        name_token: crate::moon_sharp::interpreter::tree::token::Token,
175        for_token: crate::moon_sharp::interpreter::tree::token::Token,
176    ) -> Self {
177        let this = <Self as ::unity::FromIlInstance>::instantiate().unwrap_or_else(|| {
178            panic!(
179                "{}
180::{}
181 failed to instantiate",
182                ::core::stringify!(ForLoopStatement),
183                ::core::stringify!(new),
184            )
185        });
186        <Self as IForLoopStatementMethods>::ctor(this, lcontext, name_token, for_token);
187        this
188    }
189}
190
191#[cfg(feature = "moon_sharp-interpreter-tree-statements-forloopstatement")]
192#[doc(hidden)]
193pub mod prelude {
194    pub use super::{ForLoopStatement, IForLoopStatement, IForLoopStatementMethods};
195    #[cfg(feature = "moon_sharp-interpreter-tree-nodebase")]
196    pub use crate::moon_sharp::interpreter::tree::nodebase::INodeBaseMethods;
197    #[cfg(feature = "moon_sharp-interpreter-tree-statement")]
198    pub use crate::moon_sharp::interpreter::tree::statement::IStatementMethods;
199    #[cfg(feature = "system-object")]
200    pub use crate::system::object::IObjectMethods;
201    pub use crate::{
202        moon_sharp::interpreter::tree::{nodebase::INodeBase, statement::IStatement},
203        system::object::IObject,
204    };
205}
engage/generated/moon_sharp/interpreter/tree/statements/forloopstatement.rs

engage/generated/moon_sharp/interpreter/tree/statements/
forloopstatement.rs
