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update: rust codec ffi tests mod

legacy
Dnomd343 2 years ago
parent
8ceabc516a
commit
172248e6cf
3 changed files with 279 additions and 309 deletions
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  1. 280
      src/rust_ffi/src/codec/ffi.rs
  2. 3
      src/rust_ffi/src/codec/mod.rs
  3. 305
      src/rust_ffi/src/codec/tests.rs

280
src/rust_ffi/src/codec/ffi.rs
View File

@ -1,4 +1,4 @@
use super::Core; use crate::core::Core;
use std::ffi::{c_char, CString}; use std::ffi::{c_char, CString};
#[allow(dead_code)] #[allow(dead_code)]
@ -349,3 +349,281 @@ pub fn common_code_from_string(common_code: &str) -> Result<u64, &'static str> {
} }
} }
} }
#[cfg(test)]
mod tests {
use super::*;
#[test]
fn warm_up() {
assert_eq!(is_short_code_available(), false);
short_code_enable();
assert_eq!(is_short_code_available(), true);
assert_eq!(is_short_code_available_fast(), false);
short_code_enable_fast();
assert_eq!(is_short_code_available_fast(), true);
}
const TEST_SHORT_CODE_OK: u32 = 4091296;
const TEST_SHORT_CODE_STR_OK: &str = "4WVE1";
const TEST_COMMON_CODE_OK: u64 = 0x1_A9BF_0C00;
const TEST_COMMON_CODE_STR_OK: &str = "1A9BF0C00";
const TEST_COMMON_CODE_STR_SHR_OK: &str = "1A9BF0C";
const TEST_RAW_CODE_OK: u64 = 0x0603_EDF5_CAFF_F5E2;
const TEST_SHORT_CODE_ERR: u32 = 29670987;
const TEST_COMMON_CODE_ERR: u64 = 0x1_2190_2300;
const TEST_RAW_CODE_ERR: u64 = 0x0A34_182B_3810_2D21;
const TEST_SHORT_CODE_STR_ERR: &str = "R50EH";
const TEST_COMMON_CODE_STR_ERR: &str = "123J432A9";
const TEST_MIRROR_V: u64 = 0x0_FC0_480_6DB_FC0_480;
const TEST_MIRROR_V1: u64 = 0x0_E58_FC8_5FF_EBC_4DB;
const TEST_MIRROR_V2: u64 = 0x0_EDB_5FF_EBC_5C8_E58;
const TEST_MIRROR_H: u64 = 0x0_603_EDF_5CA_FFF_5E2;
const TEST_MIRROR_H1: u64 = 0x0_E58_FC8_5FF_EBC_4DB;
const TEST_MIRROR_H2: u64 = 0x0_0F9_1CF_FFA_F17_6DA;
#[test]
fn checker() {
assert!(raw_code_check(TEST_RAW_CODE_OK));
assert!(!raw_code_check(TEST_RAW_CODE_ERR));
assert!(short_code_check(TEST_SHORT_CODE_OK));
assert!(!short_code_check(TEST_SHORT_CODE_ERR));
assert!(common_code_check(TEST_COMMON_CODE_OK));
assert!(!common_code_check(TEST_COMMON_CODE_ERR));
}
#[test]
fn convert() {
// raw code -> short code
assert!(raw_code_to_short_code(TEST_RAW_CODE_ERR).is_err());
assert!(raw_code_to_short_code(TEST_RAW_CODE_OK).is_ok());
assert_eq!(
raw_code_to_short_code(TEST_RAW_CODE_OK).unwrap(),
TEST_SHORT_CODE_OK
);
// short code -> raw code
assert!(short_code_to_raw_code(TEST_SHORT_CODE_ERR).is_err());
assert!(short_code_to_raw_code(TEST_SHORT_CODE_OK).is_ok());
assert_eq!(
short_code_to_raw_code(TEST_SHORT_CODE_OK).unwrap(),
TEST_RAW_CODE_OK
);
// raw code -> common code
assert!(raw_code_to_common_code(TEST_RAW_CODE_ERR).is_err());
assert!(raw_code_to_common_code(TEST_RAW_CODE_OK).is_ok());
assert_eq!(
raw_code_to_common_code(TEST_RAW_CODE_OK).unwrap(),
TEST_COMMON_CODE_OK
);
// common code -> raw code
assert!(common_code_to_raw_code(TEST_COMMON_CODE_ERR).is_err());
assert!(common_code_to_raw_code(TEST_COMMON_CODE_OK).is_ok());
assert_eq!(
common_code_to_raw_code(TEST_COMMON_CODE_OK).unwrap(),
TEST_RAW_CODE_OK
);
// short code -> common code
assert!(short_code_to_common_code(TEST_SHORT_CODE_ERR).is_err());
assert!(short_code_to_common_code(TEST_SHORT_CODE_OK).is_ok());
assert_eq!(
short_code_to_common_code(TEST_SHORT_CODE_OK).unwrap(),
TEST_COMMON_CODE_OK
);
// common code -> short code
assert!(common_code_to_short_code(TEST_COMMON_CODE_ERR).is_err());
assert!(common_code_to_short_code(TEST_COMMON_CODE_OK).is_ok());
assert_eq!(
common_code_to_short_code(TEST_COMMON_CODE_OK).unwrap(),
TEST_SHORT_CODE_OK
);
}
#[test]
fn convert_unsafe() {
// raw code <---> short code
assert_eq!(
raw_code_to_short_code_unsafe(TEST_RAW_CODE_OK),
TEST_SHORT_CODE_OK
);
assert_eq!(
short_code_to_raw_code_unsafe(TEST_SHORT_CODE_OK),
TEST_RAW_CODE_OK
);
// raw code <---> common code
assert_eq!(
raw_code_to_common_code_unsafe(TEST_RAW_CODE_OK),
TEST_COMMON_CODE_OK
);
assert_eq!(
common_code_to_raw_code_unsafe(TEST_COMMON_CODE_OK),
TEST_RAW_CODE_OK
);
// short code <---> common code
assert_eq!(
short_code_to_common_code_unsafe(TEST_SHORT_CODE_OK),
TEST_COMMON_CODE_OK
);
assert_eq!(
common_code_to_short_code_unsafe(TEST_COMMON_CODE_OK),
TEST_SHORT_CODE_OK
);
}
#[test]
fn mirror() {
assert!(is_vertical_mirror(TEST_RAW_CODE_ERR).is_err());
assert!(is_horizontal_mirror(TEST_RAW_CODE_ERR).is_err());
assert!(to_vertical_mirror(TEST_RAW_CODE_ERR).is_err());
assert!(to_horizontal_mirror(TEST_RAW_CODE_ERR).is_err());
let tmp = is_vertical_mirror(TEST_RAW_CODE_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), false);
let tmp = is_vertical_mirror(TEST_MIRROR_V1);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), false);
let tmp = is_vertical_mirror(TEST_MIRROR_V2);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), false);
let tmp = to_vertical_mirror(TEST_MIRROR_V1);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_MIRROR_V2);
let tmp = to_vertical_mirror(TEST_MIRROR_V2);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_MIRROR_V1);
let tmp = is_horizontal_mirror(TEST_MIRROR_H);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), true);
let tmp = is_horizontal_mirror(TEST_MIRROR_H1);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), false);
let tmp = is_horizontal_mirror(TEST_MIRROR_H2);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), false);
let tmp = to_horizontal_mirror(TEST_MIRROR_H);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_MIRROR_H);
let tmp = to_horizontal_mirror(TEST_MIRROR_H1);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_MIRROR_H2);
let tmp = to_horizontal_mirror(TEST_MIRROR_H2);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_MIRROR_H1);
}
#[test]
fn mirror_unsafe() {
assert!(is_vertical_mirror_unsafe(TEST_MIRROR_V));
assert!(!is_vertical_mirror_unsafe(TEST_MIRROR_V1));
assert!(!is_vertical_mirror_unsafe(TEST_MIRROR_V2));
assert!(is_horizontal_mirror_unsafe(TEST_MIRROR_H));
assert!(!is_horizontal_mirror_unsafe(TEST_MIRROR_H1));
assert!(!is_horizontal_mirror_unsafe(TEST_MIRROR_H2));
assert_eq!(
to_vertical_mirror_unsafe(TEST_MIRROR_V),
TEST_MIRROR_V
);
assert_eq!(
to_vertical_mirror_unsafe(TEST_MIRROR_V1),
TEST_MIRROR_V2
);
assert_eq!(
to_vertical_mirror_unsafe(TEST_MIRROR_V2),
TEST_MIRROR_V1
);
assert_eq!(
to_horizontal_mirror_unsafe(TEST_MIRROR_H),
TEST_MIRROR_H
);
assert_eq!(
to_horizontal_mirror_unsafe(TEST_MIRROR_H1),
TEST_MIRROR_H2
);
assert_eq!(
to_horizontal_mirror_unsafe(TEST_MIRROR_H2),
TEST_MIRROR_H1
);
}
#[test]
fn string() {
unsafe {
assert_eq!(Core::SHORT_CODE_STR_SIZE, 6);
assert_eq!(Core::COMMON_CODE_STR_SIZE, 10);
}
// short code string
assert!(
short_code_to_string(TEST_SHORT_CODE_ERR).is_err()
);
assert!(
short_code_from_string(TEST_SHORT_CODE_STR_ERR).is_err()
);
let tmp = short_code_to_string(TEST_SHORT_CODE_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_SHORT_CODE_STR_OK);
assert_eq!(
short_code_to_string_unsafe(TEST_SHORT_CODE_OK),
TEST_SHORT_CODE_STR_OK
);
let tmp = short_code_from_string(TEST_SHORT_CODE_STR_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_SHORT_CODE_OK);
// common code string
assert!(
common_code_to_string(TEST_COMMON_CODE_ERR).is_err()
);
assert!(
common_code_to_string_shorten(TEST_COMMON_CODE_ERR).is_err()
);
assert!(
common_code_from_string(TEST_COMMON_CODE_STR_ERR).is_err()
);
let tmp = common_code_to_string(TEST_COMMON_CODE_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_COMMON_CODE_STR_OK);
assert_eq!(
common_code_to_string_unsafe(TEST_COMMON_CODE_OK),
TEST_COMMON_CODE_STR_OK
);
let tmp = common_code_to_string_shorten(TEST_COMMON_CODE_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_COMMON_CODE_STR_SHR_OK);
assert_eq!(
common_code_to_string_shorten_unsafe(TEST_COMMON_CODE_OK),
TEST_COMMON_CODE_STR_SHR_OK
);
let tmp = common_code_from_string(TEST_COMMON_CODE_STR_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_COMMON_CODE_OK);
let tmp = common_code_from_string(TEST_COMMON_CODE_STR_SHR_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_COMMON_CODE_OK);
}
}

3
src/rust_ffi/src/codec/mod.rs
View File

@ -1,4 +1 @@
mod ffi; mod ffi;
mod tests;
use crate::core::Core;

305
src/rust_ffi/src/codec/tests.rs
View File

@ -1,305 +0,0 @@
#[cfg(test)]
mod ffi {
// #[allow(unused_imports)]
use crate::codec::ffi as codec_ffi;
#[test]
fn warm_up() {
assert_eq!(codec_ffi::is_short_code_available(), false);
codec_ffi::short_code_enable();
assert_eq!(codec_ffi::is_short_code_available(), true);
assert_eq!(codec_ffi::is_short_code_available_fast(), false);
codec_ffi::short_code_enable_fast();
assert_eq!(codec_ffi::is_short_code_available_fast(), true);
}
const TEST_SHORT_CODE_OK: u32 = 4091296;
const TEST_SHORT_CODE_STR_OK: &str = "4WVE1";
const TEST_COMMON_CODE_OK: u64 = 0x1_A9BF_0C00;
const TEST_COMMON_CODE_STR_OK: &str = "1A9BF0C00";
const TEST_COMMON_CODE_STR_SHR_OK: &str = "1A9BF0C";
const TEST_RAW_CODE_OK: u64 = 0x0603_EDF5_CAFF_F5E2;
const TEST_SHORT_CODE_ERR: u32 = 29670987;
const TEST_COMMON_CODE_ERR: u64 = 0x1_2190_2300;
const TEST_RAW_CODE_ERR: u64 = 0x0A34_182B_3810_2D21;
const TEST_SHORT_CODE_STR_ERR: &str = "R50EH";
const TEST_COMMON_CODE_STR_ERR: &str = "123J432A9";
const TEST_MIRROR_V: u64 = 0x0_FC0_480_6DB_FC0_480;
const TEST_MIRROR_V1: u64 = 0x0_E58_FC8_5FF_EBC_4DB;
const TEST_MIRROR_V2: u64 = 0x0_EDB_5FF_EBC_5C8_E58;
const TEST_MIRROR_H: u64 = 0x0_603_EDF_5CA_FFF_5E2;
const TEST_MIRROR_H1: u64 = 0x0_E58_FC8_5FF_EBC_4DB;
const TEST_MIRROR_H2: u64 = 0x0_0F9_1CF_FFA_F17_6DA;
#[test]
fn checker() {
assert_eq!(codec_ffi::raw_code_check(TEST_RAW_CODE_OK), true);
assert_eq!(codec_ffi::raw_code_check(TEST_RAW_CODE_ERR), false);
assert_eq!(codec_ffi::short_code_check(TEST_SHORT_CODE_OK), true);
assert_eq!(codec_ffi::short_code_check(TEST_SHORT_CODE_ERR), false);
assert_eq!(codec_ffi::common_code_check(TEST_COMMON_CODE_OK), true);
assert_eq!(codec_ffi::common_code_check(TEST_COMMON_CODE_ERR), false);
}
#[test]
fn convert() {
// raw code -> short code
assert!(codec_ffi::raw_code_to_short_code(TEST_RAW_CODE_ERR).is_err());
assert!(codec_ffi::raw_code_to_short_code(TEST_RAW_CODE_OK).is_ok());
assert_eq!(
codec_ffi::raw_code_to_short_code(TEST_RAW_CODE_OK).unwrap(),
TEST_SHORT_CODE_OK
);
// short code -> raw code
assert!(codec_ffi::short_code_to_raw_code(TEST_SHORT_CODE_ERR).is_err());
assert!(codec_ffi::short_code_to_raw_code(TEST_SHORT_CODE_OK).is_ok());
assert_eq!(
codec_ffi::short_code_to_raw_code(TEST_SHORT_CODE_OK).unwrap(),
TEST_RAW_CODE_OK
);
// raw code -> common code
assert!(codec_ffi::raw_code_to_common_code(TEST_RAW_CODE_ERR).is_err());
assert!(codec_ffi::raw_code_to_common_code(TEST_RAW_CODE_OK).is_ok());
assert_eq!(
codec_ffi::raw_code_to_common_code(TEST_RAW_CODE_OK).unwrap(),
TEST_COMMON_CODE_OK
);
// common code -> raw code
assert!(codec_ffi::common_code_to_raw_code(TEST_COMMON_CODE_ERR).is_err());
assert!(codec_ffi::common_code_to_raw_code(TEST_COMMON_CODE_OK).is_ok());
assert_eq!(
codec_ffi::common_code_to_raw_code(TEST_COMMON_CODE_OK).unwrap(),
TEST_RAW_CODE_OK
);
// short code -> common code
assert!(codec_ffi::short_code_to_common_code(TEST_SHORT_CODE_ERR).is_err());
assert!(codec_ffi::short_code_to_common_code(TEST_SHORT_CODE_OK).is_ok());
assert_eq!(
codec_ffi::short_code_to_common_code(TEST_SHORT_CODE_OK).unwrap(),
TEST_COMMON_CODE_OK
);
// common code -> short code
assert!(codec_ffi::common_code_to_short_code(TEST_COMMON_CODE_ERR).is_err());
assert!(codec_ffi::common_code_to_short_code(TEST_COMMON_CODE_OK).is_ok());
assert_eq!(
codec_ffi::common_code_to_short_code(TEST_COMMON_CODE_OK).unwrap(),
TEST_SHORT_CODE_OK
);
}
#[test]
fn convert_unsafe() {
// raw code <---> short code
assert_eq!(
codec_ffi::raw_code_to_short_code_unsafe(TEST_RAW_CODE_OK),
TEST_SHORT_CODE_OK
);
assert_eq!(
codec_ffi::short_code_to_raw_code_unsafe(TEST_SHORT_CODE_OK),
TEST_RAW_CODE_OK
);
// raw code <---> common code
assert_eq!(
codec_ffi::raw_code_to_common_code_unsafe(TEST_RAW_CODE_OK),
TEST_COMMON_CODE_OK
);
assert_eq!(
codec_ffi::common_code_to_raw_code_unsafe(TEST_COMMON_CODE_OK),
TEST_RAW_CODE_OK
);
// short code <---> common code
assert_eq!(
codec_ffi::short_code_to_common_code_unsafe(TEST_SHORT_CODE_OK),
TEST_COMMON_CODE_OK
);
assert_eq!(
codec_ffi::common_code_to_short_code_unsafe(TEST_COMMON_CODE_OK),
TEST_SHORT_CODE_OK
);
}
#[test]
fn mirror() {
assert!(codec_ffi::is_vertical_mirror(TEST_RAW_CODE_ERR).is_err());
assert!(codec_ffi::is_horizontal_mirror(TEST_RAW_CODE_ERR).is_err());
assert!(codec_ffi::to_vertical_mirror(TEST_RAW_CODE_ERR).is_err());
assert!(codec_ffi::to_horizontal_mirror(TEST_RAW_CODE_ERR).is_err());
let tmp = codec_ffi::is_vertical_mirror(TEST_RAW_CODE_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), false);
let tmp = codec_ffi::is_vertical_mirror(TEST_MIRROR_V1);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), false);
let tmp = codec_ffi::is_vertical_mirror(TEST_MIRROR_V2);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), false);
let tmp = codec_ffi::to_vertical_mirror(TEST_MIRROR_V1);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_MIRROR_V2);
let tmp = codec_ffi::to_vertical_mirror(TEST_MIRROR_V2);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_MIRROR_V1);
let tmp = codec_ffi::is_horizontal_mirror(TEST_MIRROR_H);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), true);
let tmp = codec_ffi::is_horizontal_mirror(TEST_MIRROR_H1);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), false);
let tmp = codec_ffi::is_horizontal_mirror(TEST_MIRROR_H2);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), false);
let tmp = codec_ffi::to_horizontal_mirror(TEST_MIRROR_H);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_MIRROR_H);
let tmp = codec_ffi::to_horizontal_mirror(TEST_MIRROR_H1);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_MIRROR_H2);
let tmp = codec_ffi::to_horizontal_mirror(TEST_MIRROR_H2);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_MIRROR_H1);
}
#[test]
fn mirror_unsafe() {
assert!(codec_ffi::is_vertical_mirror_unsafe(TEST_MIRROR_V));
assert!(!codec_ffi::is_vertical_mirror_unsafe(TEST_MIRROR_V1));
assert!(!codec_ffi::is_vertical_mirror_unsafe(TEST_MIRROR_V2));
assert!(codec_ffi::is_horizontal_mirror_unsafe(TEST_MIRROR_H));
assert!(!codec_ffi::is_horizontal_mirror_unsafe(TEST_MIRROR_H1));
assert!(!codec_ffi::is_horizontal_mirror_unsafe(TEST_MIRROR_H2));
assert_eq!(
codec_ffi::to_vertical_mirror_unsafe(TEST_MIRROR_V),
TEST_MIRROR_V
);
assert_eq!(
codec_ffi::to_vertical_mirror_unsafe(TEST_MIRROR_V1),
TEST_MIRROR_V2
);
assert_eq!(
codec_ffi::to_vertical_mirror_unsafe(TEST_MIRROR_V2),
TEST_MIRROR_V1
);
assert_eq!(
codec_ffi::to_horizontal_mirror_unsafe(TEST_MIRROR_H),
TEST_MIRROR_H
);
assert_eq!(
codec_ffi::to_horizontal_mirror_unsafe(TEST_MIRROR_H1),
TEST_MIRROR_H2
);
assert_eq!(
codec_ffi::to_horizontal_mirror_unsafe(TEST_MIRROR_H2),
TEST_MIRROR_H1
);
}
// TODO: string
// EXPECT_EQ(SHORT_CODE_STR_SIZE, 6);
// EXPECT_EQ(COMMON_CODE_STR_SIZE, 10);
//
// /// short code string verify
// uint32_t short_code;
// char short_code_buffer[SHORT_CODE_STR_SIZE];
// EXPECT_EQ(short_code_to_string(TEST_SHORT_CODE_ERR, short_code_buffer), false);
// EXPECT_EQ(short_code_from_string(TEST_SHORT_CODE_STR_ERR, &short_code), false);
//
// EXPECT_EQ(short_code_to_string(TEST_SHORT_CODE_OK, short_code_buffer), true);
// EXPECT_STREQ(short_code_buffer, TEST_SHORT_CODE_STR_OK);
// short_code_to_string_unsafe(TEST_SHORT_CODE_OK, short_code_buffer);
// EXPECT_STREQ(short_code_buffer, TEST_SHORT_CODE_STR_OK);
//
// EXPECT_EQ(short_code_from_string(TEST_SHORT_CODE_STR_OK, &short_code), true);
// EXPECT_EQ(short_code, TEST_SHORT_CODE_OK);
//
// /// common code string verify
// uint64_t common_code;
// char common_code_buffer[COMMON_CODE_STR_SIZE];
// EXPECT_EQ(common_code_to_string(TEST_COMMON_CODE_ERR, common_code_buffer), false);
// EXPECT_EQ(common_code_from_string(TEST_COMMON_CODE_STR_ERR, &common_code), false);
//
// EXPECT_EQ(common_code_to_string(TEST_COMMON_CODE_OK, common_code_buffer), true);
// EXPECT_STREQ(common_code_buffer, TEST_COMMON_CODE_STR_OK);
// common_code_to_string_unsafe(TEST_COMMON_CODE_OK, common_code_buffer);
// EXPECT_STREQ(common_code_buffer, TEST_COMMON_CODE_STR_OK);
//
// EXPECT_EQ(common_code_to_string_shorten(TEST_COMMON_CODE_OK, common_code_buffer), true);
// EXPECT_STREQ(common_code_buffer, TEST_COMMON_CODE_STR_SHR_OK);
// common_code_to_string_shorten_unsafe(TEST_COMMON_CODE_OK, common_code_buffer);
// EXPECT_STREQ(common_code_buffer, TEST_COMMON_CODE_STR_SHR_OK);
//
// EXPECT_EQ(common_code_from_string(TEST_COMMON_CODE_STR_OK, &common_code), true);
// EXPECT_EQ(common_code, TEST_COMMON_CODE_OK);
// EXPECT_EQ(common_code_from_string(TEST_COMMON_CODE_STR_SHR_OK, &common_code), true);
// EXPECT_EQ(common_code, TEST_COMMON_CODE_OK);
#[test]
fn string() {
// short code string
assert!(codec_ffi::short_code_to_string(TEST_SHORT_CODE_ERR).is_err());
assert!(codec_ffi::short_code_from_string(TEST_SHORT_CODE_STR_ERR).is_err());
let tmp = codec_ffi::short_code_to_string(TEST_SHORT_CODE_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_SHORT_CODE_STR_OK);
assert_eq!(
codec_ffi::short_code_to_string_unsafe(TEST_SHORT_CODE_OK),
TEST_SHORT_CODE_STR_OK
);
// common code string
assert!(
codec_ffi::common_code_to_string(TEST_COMMON_CODE_ERR).is_err()
);
assert!(
codec_ffi::common_code_to_string_shorten(TEST_COMMON_CODE_ERR).is_err()
);
assert!(
codec_ffi::common_code_from_string(TEST_COMMON_CODE_STR_ERR).is_err()
);
let tmp = codec_ffi::common_code_to_string(TEST_COMMON_CODE_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_COMMON_CODE_STR_OK);
assert_eq!(
codec_ffi::common_code_to_string_unsafe(TEST_COMMON_CODE_OK),
TEST_COMMON_CODE_STR_OK
);
let tmp = codec_ffi::common_code_to_string_shorten(TEST_COMMON_CODE_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_COMMON_CODE_STR_SHR_OK);
assert_eq!(
codec_ffi::common_code_to_string_shorten_unsafe(TEST_COMMON_CODE_OK),
TEST_COMMON_CODE_STR_SHR_OK
);
let tmp = codec_ffi::common_code_from_string(TEST_COMMON_CODE_STR_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_COMMON_CODE_OK);
let tmp = codec_ffi::common_code_from_string(TEST_COMMON_CODE_STR_SHR_OK);
assert!(tmp.is_ok());
assert_eq!(tmp.unwrap(), TEST_COMMON_CODE_OK);
}
}
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