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Copy pathe2e_test.rs
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163 lines (147 loc) · 5.49 KB
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use std::ops::DerefMut;
use std::sync::{Arc, Mutex};
use cairo_lang_compiler::db::RootDatabase;
use cairo_lang_compiler::diagnostics::DiagnosticsReporter;
use cairo_lang_filesystem::db::FilesGroupEx;
use cairo_lang_filesystem::flag::Flag;
use cairo_lang_filesystem::ids::FlagId;
use cairo_lang_semantic::test_utils::setup_test_module;
use cairo_lang_sierra_generator::db::SierraGenGroup;
use cairo_lang_sierra_generator::replace_ids::replace_sierra_ids_in_program;
use cairo_lang_sierra_to_casm::test_utils::build_metadata;
use cairo_lang_test_utils::parse_test_file::TestFileRunner;
use cairo_lang_test_utils::test_lock;
use cairo_lang_utils::ordered_hash_map::OrderedHashMap;
use cairo_lang_utils::Upcast;
use itertools::Itertools;
use once_cell::sync::Lazy;
/// Salsa database configured to find the corelib, when reused by different tests should be able to
/// use the cached queries that rely on the corelib's code, which vastly reduces the tests runtime.
static SHARED_DB: Lazy<Mutex<RootDatabase>> =
Lazy::new(|| Mutex::new(RootDatabase::builder().detect_corelib().build().unwrap()));
cairo_lang_test_utils::test_file_test_with_runner!(
general_e2e,
"e2e_test_data",
{
cmp: "cmp",
},
SmallE2ETestRunner
);
cairo_lang_test_utils::test_file_test_with_runner!(
libfunc_e2e,
"e2e_test_data/libfuncs",
{
array: "array",
bitwise: "bitwise",
bool: "bool",
box_: "box",
builtin_costs: "builtin_costs",
casts: "casts",
ec: "ec",
enum_: "enum",
enum_snapshot: "enum_snapshot",
felt252_dict: "felt252_dict",
felt252: "felt252",
gas: "gas",
nullable: "nullable",
poseidon: "poseidon",
snapshot: "snapshot",
u128: "u128",
u16: "u16",
u256: "u256",
u32: "u32",
u512: "u512",
u64: "u64",
u8: "u8",
},
SmallE2ETestRunner
);
cairo_lang_test_utils::test_file_test_with_runner!(
libfunc_e2e_skip_add_gas,
"e2e_test_data/libfuncs",
{
withdraw_gas_all: "withdraw_gas_all",
},
SmallE2ETestRunnerSkipAddGas
);
cairo_lang_test_utils::test_file_test_with_runner!(
starknet_libfunc_e2e,
"e2e_test_data/libfuncs/starknet",
{
class_hash: "class_hash",
contract_address: "contract_address",
secp256k1: "secp256k1",
storage_address: "storage_address",
syscalls: "syscalls",
},
SmallE2ETestRunner
);
#[derive(Default)]
struct SmallE2ETestRunner;
impl TestFileRunner for SmallE2ETestRunner {
fn run(&mut self, inputs: &OrderedHashMap<String, String>) -> OrderedHashMap<String, String> {
let mut locked_db = test_lock(&SHARED_DB);
// Parse code and create semantic model.
let test_module =
setup_test_module(locked_db.deref_mut(), inputs["cairo"].as_str()).unwrap();
let db = locked_db.snapshot();
DiagnosticsReporter::stderr().ensure(&db).unwrap();
// Compile to Sierra.
let sierra_program = db.get_sierra_program(vec![test_module.crate_id]).unwrap();
let sierra_program = replace_sierra_ids_in_program(&db, &sierra_program);
let sierra_program_str = sierra_program.to_string();
// Compute the metadata.
let metadata = build_metadata(&sierra_program, true);
let function_costs_str = metadata
.gas_info
.function_costs
.iter()
.map(|(func_id, cost)| format!("{func_id}: {cost:?}"))
.join("\n");
// Compile to casm.
let casm = cairo_lang_sierra_to_casm::compiler::compile(&sierra_program, &metadata, true)
.unwrap()
.to_string();
OrderedHashMap::from([
("casm".into(), casm),
("function_costs".into(), function_costs_str),
("sierra_code".into(), sierra_program_str),
])
}
}
#[derive(Default)]
struct SmallE2ETestRunnerSkipAddGas;
impl TestFileRunner for SmallE2ETestRunnerSkipAddGas {
fn run(&mut self, inputs: &OrderedHashMap<String, String>) -> OrderedHashMap<String, String> {
let mut locked_db = test_lock(&SHARED_DB);
let add_withdraw_gas_flag_id =
FlagId::new(locked_db.snapshot().upcast(), "add_withdraw_gas");
locked_db.set_flag(add_withdraw_gas_flag_id, Some(Arc::new(Flag::AddWithdrawGas(false))));
// Parse code and create semantic model.
let test_module =
setup_test_module(locked_db.deref_mut(), inputs["cairo"].as_str()).unwrap();
let db = locked_db.snapshot();
DiagnosticsReporter::stderr().ensure(&db).unwrap();
// Compile to Sierra.
let sierra_program = db.get_sierra_program(vec![test_module.crate_id]).unwrap();
let sierra_program = replace_sierra_ids_in_program(&db, &sierra_program);
let sierra_program_str = sierra_program.to_string();
// Compute the metadata.
let metadata = build_metadata(&sierra_program, true);
let function_costs_str = metadata
.gas_info
.function_costs
.iter()
.map(|(func_id, cost)| format!("{func_id}: {cost:?}"))
.join("\n");
// Compile to casm.
let casm = cairo_lang_sierra_to_casm::compiler::compile(&sierra_program, &metadata, true)
.unwrap()
.to_string();
OrderedHashMap::from([
("casm".into(), casm),
("function_costs".into(), function_costs_str),
("sierra_code".into(), sierra_program_str),
])
}
}