1 use crate::cdsl::operands::{OperandKind, OperandKindFields}; 2 3 /// Small helper to initialize an OperandBuilder with the right kind, for a given name and doc. 4 fn new(format_field_name: &'static str, rust_type: &'static str, doc: &'static str) -> OperandKind { 5 OperandKind::new( 6 format_field_name, 7 rust_type, 8 OperandKindFields::EntityRef, 9 doc, 10 ) 11 } 12 13 pub(crate) struct EntityRefs { 14 /// A reference to a basic block in the same function, with its arguments provided. 15 /// This is primarily used in control flow instructions. 16 pub(crate) block_call: OperandKind, 17 18 /// A reference to a basic block in the same function, with its arguments provided. 19 /// This is primarily used in control flow instructions. 20 pub(crate) block_then: OperandKind, 21 22 /// A reference to a basic block in the same function, with its arguments provided. 23 /// This is primarily used in control flow instructions. 24 pub(crate) block_else: OperandKind, 25 26 /// A reference to a stack slot declared in the function preamble. 27 pub(crate) stack_slot: OperandKind, 28 29 /// A reference to a dynamic_stack slot declared in the function preamble. 30 pub(crate) dynamic_stack_slot: OperandKind, 31 32 /// A reference to a global value. 33 pub(crate) global_value: OperandKind, 34 35 /// A reference to a function signature declared in the function preamble. 36 /// This is used to provide the call signature in a call_indirect instruction. 37 pub(crate) sig_ref: OperandKind, 38 39 /// A reference to an external function declared in the function preamble. 40 /// This is used to provide the callee and signature in a call instruction. 41 pub(crate) func_ref: OperandKind, 42 43 /// A reference to a jump table declared in the function preamble. 44 pub(crate) jump_table: OperandKind, 45 46 /// A reference to a table declared in the function preamble. 47 pub(crate) table: OperandKind, 48 49 /// A variable-sized list of value operands. Use for Block and function call arguments. 50 pub(crate) varargs: OperandKind, 51 } 52 53 impl EntityRefs { 54 pub fn new() -> Self { 55 Self { 56 block_call: new( 57 "destination", 58 "ir::BlockCall", 59 "a basic block in the same function, with its arguments provided.", 60 ), 61 62 block_then: new( 63 "block_then", 64 "ir::BlockCall", 65 "a basic block in the same function, with its arguments provided.", 66 ), 67 68 block_else: new( 69 "block_else", 70 "ir::BlockCall", 71 "a basic block in the same function, with its arguments provided.", 72 ), 73 74 stack_slot: new("stack_slot", "ir::StackSlot", "A stack slot"), 75 76 dynamic_stack_slot: new( 77 "dynamic_stack_slot", 78 "ir::DynamicStackSlot", 79 "A dynamic stack slot", 80 ), 81 82 global_value: new("global_value", "ir::GlobalValue", "A global value."), 83 84 sig_ref: new("sig_ref", "ir::SigRef", "A function signature."), 85 86 func_ref: new("func_ref", "ir::FuncRef", "An external function."), 87 88 jump_table: new("table", "ir::JumpTable", "A jump table."), 89 90 table: new("table", "ir::Table", "A table."), 91 92 varargs: OperandKind::new( 93 "", 94 "&[Value]", 95 OperandKindFields::VariableArgs, 96 r#" 97 A variable size list of `value` operands. 98 99 Use this to represent arguments passed to a function call, arguments 100 passed to a basic block, or a variable number of results 101 returned from an instruction. 102 "#, 103 ), 104 } 105 } 106 } 107