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use super::{check, compile};
#[test]
fn kv_exprs_tuple() {
check(
&format!(
"{}",
compile(
r#"
storage {
x: { int , int, b256, int }
}
predicate foo() {
constraint storage::x :=
{ 41, 42, 0x0000000000000005000000000000000600000000000000070000000000000008, 43 };
constraint storage::x.3 := 43;
}
"#,
)
),
expect_test::expect![[r#"
predicate ::foo {
--- Nodes ---
node 0 (,leaf)
Stack(Push(3))
Stack(Reserve)
Stack(Pop)
Stack(Push(6))
Memory(Alloc)
Stack(Pop)
Stack(Push(43))
Stack(Push(1))
Memory(Alloc)
Stack(Push(0))
Stack(Store)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Memory(StoreRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(3))
Stack(Push(0))
Alu(Add)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Stack(Push(0))
Alu(Add)
Stack(Push(1))
Memory(LoadRange)
Stack(Push(1))
Stack(Push(0))
Memory(Store)
Stack(Push(5))
Stack(Push(1))
Memory(StoreRange)
Stack(Push(3))
Stack(Drop)
Stack(Push(6))
Memory(Free)
Stack(Push(2))
node 1 (,leaf)
Stack(Push(3))
Stack(Reserve)
Stack(Pop)
Stack(Push(24))
Memory(Alloc)
Stack(Pop)
Stack(Push(41))
Stack(Push(42))
Stack(Push(5))
Stack(Push(6))
Stack(Push(7))
Stack(Push(8))
Stack(Push(43))
Stack(Push(7))
Memory(Alloc)
Stack(Push(0))
Stack(Store)
Stack(Push(7))
Stack(Push(0))
Stack(Load)
Memory(StoreRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(0))
Stack(Push(0))
Alu(Add)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Stack(Push(0))
Alu(Add)
Stack(Push(1))
Memory(LoadRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(0))
Stack(Push(1))
Alu(Add)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Stack(Push(1))
Alu(Add)
Stack(Push(1))
Memory(LoadRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(0))
Stack(Push(2))
Alu(Add)
Stack(Push(4))
Stack(Push(0))
Stack(Load)
Stack(Push(2))
Alu(Add)
Stack(Push(4))
Memory(LoadRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(0))
Stack(Push(3))
Alu(Add)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Stack(Push(6))
Alu(Add)
Stack(Push(1))
Memory(LoadRange)
Stack(Push(4))
Stack(Push(0))
Memory(Store)
Stack(Push(23))
Stack(Push(1))
Memory(StoreRange)
Stack(Push(3))
Stack(Drop)
Stack(Push(24))
Memory(Free)
Stack(Push(2))
}
"#]],
);
}
#[test]
fn kv_exprs_in_local_var() {
check(
&format!(
"{}",
compile(
r#"
storage {
x: { int , int, b256, int }
}
predicate foo() {
let kv = storage::x :=
{ 41, 42, 0x0000000000000005000000000000000600000000000000070000000000000008, 43 };
constraint kv;
}
"#,
)
),
expect_test::expect![[r#"
predicate ::foo {
--- Nodes ---
node 0 ()
Stack(Push(3))
Stack(Reserve)
Stack(Pop)
Stack(Push(24))
Memory(Alloc)
Stack(Pop)
Stack(Push(41))
Stack(Push(42))
Stack(Push(5))
Stack(Push(6))
Stack(Push(7))
Stack(Push(8))
Stack(Push(43))
Stack(Push(7))
Memory(Alloc)
Stack(Push(0))
Stack(Store)
Stack(Push(7))
Stack(Push(0))
Stack(Load)
Memory(StoreRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(0))
Stack(Push(0))
Alu(Add)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Stack(Push(0))
Alu(Add)
Stack(Push(1))
Memory(LoadRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(0))
Stack(Push(1))
Alu(Add)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Stack(Push(1))
Alu(Add)
Stack(Push(1))
Memory(LoadRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(0))
Stack(Push(2))
Alu(Add)
Stack(Push(4))
Stack(Push(0))
Stack(Load)
Stack(Push(2))
Alu(Add)
Stack(Push(4))
Memory(LoadRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(0))
Stack(Push(3))
Alu(Add)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Stack(Push(6))
Alu(Add)
Stack(Push(1))
Memory(LoadRange)
Stack(Push(4))
Stack(Push(24))
Stack(Push(0))
Memory(StoreRange)
Stack(Push(3))
Stack(Drop)
Stack(Push(24))
Memory(Free)
node 1 (,leaf)
Stack(Push(0))
Stack(Push(24))
Memory(LoadRange)
Stack(Push(0))
Memory(Store)
Stack(Push(23))
Stack(Push(1))
Memory(StoreRange)
Stack(Push(24))
Memory(Free)
Stack(Push(2))
}
"#]],
);
}
#[test]
fn kv_exprs_concat() {
check(
&format!(
"{}",
compile(
r#"
storage {
x: { int , int, b256, int }
}
predicate foo() {
constraint storage::x.0 := 41
++ storage::x.1 := 42
++ storage::x.2 := 0x0000000000000005000000000000000600000000000000070000000000000008;
}
"#,
)
),
expect_test::expect![[r#"
predicate ::foo {
--- Nodes ---
node 0 (,leaf)
Stack(Push(3))
Stack(Reserve)
Stack(Pop)
Stack(Push(19))
Memory(Alloc)
Stack(Pop)
Stack(Push(41))
Stack(Push(1))
Memory(Alloc)
Stack(Push(0))
Stack(Store)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Memory(StoreRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(0))
Stack(Push(0))
Alu(Add)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Stack(Push(0))
Alu(Add)
Stack(Push(1))
Memory(LoadRange)
Stack(Push(1))
Stack(Push(0))
Stack(Store)
Stack(Push(42))
Stack(Push(1))
Memory(Alloc)
Stack(Push(0))
Stack(Store)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Memory(StoreRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(1))
Stack(Push(0))
Alu(Add)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Stack(Push(0))
Alu(Add)
Stack(Push(1))
Memory(LoadRange)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Alu(Add)
Stack(Push(0))
Stack(Store)
Stack(Push(5))
Stack(Push(6))
Stack(Push(7))
Stack(Push(8))
Stack(Push(4))
Memory(Alloc)
Stack(Push(0))
Stack(Store)
Stack(Push(4))
Stack(Push(0))
Stack(Load)
Memory(StoreRange)
Stack(Push(2))
Stack(Push(0))
Stack(Push(2))
Stack(Push(0))
Alu(Add)
Stack(Push(4))
Stack(Push(0))
Stack(Load)
Stack(Push(0))
Alu(Add)
Stack(Push(4))
Memory(LoadRange)
Stack(Push(1))
Stack(Push(0))
Stack(Load)
Alu(Add)
Stack(Push(0))
Memory(Store)
Stack(Push(18))
Stack(Push(1))
Memory(StoreRange)
Stack(Push(3))
Stack(Drop)
Stack(Push(19))
Memory(Free)
Stack(Push(2))
}
"#]],
);
}