fix test to use simple hex macro

Author: beer-1

crates/natives/src/move_stdlib/hash.rs

@@ -20,7 +20,7 @@ use crate::{
 /***************************************************************************************************
  * native fun sha2_256
  *
- *   gas cost: base_cost + unit_cost * max(input_length_in_bytes, legacy_min_input_len)
+ *   gas cost: base_cost + unit_cost * input_length_in_bytes
  *
  **************************************************************************************************/
 #[inline]
@@ -48,7 +48,7 @@ fn native_sha2_256(
 /***************************************************************************************************
  * native fun sha3_256
  *
- *   gas cost: base_cost + unit_cost * max(input_length_in_bytes, legacy_min_input_len)
+ *   gas cost: base_cost + unit_cost * input_length_in_bytes
  *
  **************************************************************************************************/
 #[inline]
@@ -76,7 +76,7 @@ fn native_sha3_256(
 /***************************************************************************************************
  * native fun ripemd160
  *
- *   gas cost: base_cost + unit_cost * max(input_length_in_bytes, legacy_min_input_len)
+ *   gas cost: base_cost + unit_cost * input_length_in_bytes
  *
  **************************************************************************************************/
 #[inline]

precompile/modules/initia_stdlib/sources/bech32.move

@@ -6,35 +6,32 @@ module initia_std::bech32 {
 
     #[test_only]
     use initia_std::string;
-    #[test_only]
-    use initia_std::hex;
+
     #[test]
-    fun test_encode() {
+    fun test_bech32_encode() {
         let prefix = string::utf8(b"init");
-        let data = hex::decode_string(&string::utf8(b"12eafdba79c3dd7b90e3712ee475423153a722c7"));
+        let data = x"12eafdba79c3dd7b90e3712ee475423153a722c7";
         let got = encode(prefix, data);
         let expected = string::utf8(b"init1zt40mwnec0whhy8rwyhwga2zx9f6wgk8p3x098");
         assert!(got == expected, 0);
 
         let prefix = string::utf8(b"celestia");
-        let data = hex::decode_string(&string::utf8(b"12eafdba79c3dd7b90e3712ee475423153a722c7"));
+        let data = x"12eafdba79c3dd7b90e3712ee475423153a722c7";
         let got = encode(prefix, data);
         let expected = string::utf8(b"celestia1zt40mwnec0whhy8rwyhwga2zx9f6wgk87dhv5g");
         assert!(got == expected, 1);
     }
 
     #[test]
-    fun test_decode() {
+    fun test_bech32_decode() {
         let addr = string::utf8(b"init1zt40mwnec0whhy8rwyhwga2zx9f6wgk8p3x098");
         let (prefix, data) = decode(addr);
         assert!(prefix == string::utf8(b"init"), 0);
-        let data = *string::bytes(&hex::encode_to_string(&data));
-        assert!(data == b"12eafdba79c3dd7b90e3712ee475423153a722c7", 1);
+        assert!(data == x"12eafdba79c3dd7b90e3712ee475423153a722c7", 1);
 
         let addr = string::utf8(b"celestia1zt40mwnec0whhy8rwyhwga2zx9f6wgk87dhv5g");
         let (prefix, data) = decode(addr);
         assert!(prefix == string::utf8(b"celestia"), 2);
-        let data = *string::bytes(&hex::encode_to_string(&data));
-        assert!(data == b"12eafdba79c3dd7b90e3712ee475423153a722c7", 3);
+        assert!(data == x"12eafdba79c3dd7b90e3712ee475423153a722c7", 3);
     }
 }

precompile/modules/minitia_stdlib/sources/bech32.move

@@ -6,35 +6,32 @@ module minitia_std::bech32 {
 
     #[test_only]
     use minitia_std::string;
-    #[test_only]
-    use minitia_std::hex;
+
     #[test]
-    fun test_encode() {
+    fun test_bech32_encode() {
         let prefix = string::utf8(b"init");
-        let data = hex::decode_string(&string::utf8(b"12eafdba79c3dd7b90e3712ee475423153a722c7"));
+        let data = x"12eafdba79c3dd7b90e3712ee475423153a722c7";
         let got = encode(prefix, data);
         let expected = string::utf8(b"init1zt40mwnec0whhy8rwyhwga2zx9f6wgk8p3x098");
         assert!(got == expected, 0);
 
         let prefix = string::utf8(b"celestia");
-        let data = hex::decode_string(&string::utf8(b"12eafdba79c3dd7b90e3712ee475423153a722c7"));
+        let data = x"12eafdba79c3dd7b90e3712ee475423153a722c7";
         let got = encode(prefix, data);
         let expected = string::utf8(b"celestia1zt40mwnec0whhy8rwyhwga2zx9f6wgk87dhv5g");
         assert!(got == expected, 1);
     }
 
     #[test]
-    fun test_decode() {
+    fun test_bech32_decode() {
         let addr = string::utf8(b"init1zt40mwnec0whhy8rwyhwga2zx9f6wgk8p3x098");
         let (prefix, data) = decode(addr);
         assert!(prefix == string::utf8(b"init"), 0);
-        let data = *string::bytes(&hex::encode_to_string(&data));
-        assert!(data == b"12eafdba79c3dd7b90e3712ee475423153a722c7", 1);
+        assert!(data == x"12eafdba79c3dd7b90e3712ee475423153a722c7", 1);
 
         let addr = string::utf8(b"celestia1zt40mwnec0whhy8rwyhwga2zx9f6wgk87dhv5g");
         let (prefix, data) = decode(addr);
         assert!(prefix == string::utf8(b"celestia"), 2);
-        let data = *string::bytes(&hex::encode_to_string(&data));
-        assert!(data == b"12eafdba79c3dd7b90e3712ee475423153a722c7", 3);
+        assert!(data == x"12eafdba79c3dd7b90e3712ee475423153a722c7", 3);
     }
 }