minors

README.md

@@ -26,4 +26,12 @@ The reference code can be found in [shielding_party folder](./shielding_party/).
 
 When the Namada community is confident that the network is stable, NAM transfers are enabled. All key protocol functionality is now live. From here on, new features and support for new assets can continue to be added by the community via on-chain governance.
 
-The reference code can be found in [shielding_reward_party folder](./shielding_reward_party/).
+The reference code can be found in [shielding_reward_party folder](./shielding_reward_party/).
+
+# How to build 
+To generate the wasm artifacts that can be attached to the governance proposal, run:
+```
+earhtly +build
+```
+
+You can install `earthly` following the official guide [here](https://earthly.dev/get-earthly).

block_party/src/lib.rs

@@ -34,12 +34,12 @@ fn apply_tx(ctx: &mut Ctx, _tx_data: BatchedTx) -> TxResult {
 
     // PGF inflation
     let pgf_inflation_key = governance::pgf::storage::keys::get_pgf_inflation_rate_key();
-    let pgf_inflation_rate = Dec::from_str("0.025").unwrap(); // set PGF inflaton inflation to 2.5%
+    let pgf_inflation_rate = Dec::from_str("0.025").unwrap(); 
     ctx.write(&pgf_inflation_key, pgf_inflation_rate)?;
 
     // PGF stewards inflation
     let steward_inflation_key = governance::pgf::storage::keys::get_steward_inflation_rate_key();
-    let steward_inflation_rate = Dec::from_str("0.001").unwrap(); // set PGF stewards inflation to 0.01%
+    let steward_inflation_rate = Dec::from_str("0.001").unwrap(); 
     ctx.write(&steward_inflation_key, steward_inflation_rate)?;
 
     // Read the current transaction allowlist from storage
@@ -61,6 +61,7 @@ fn apply_tx(ctx: &mut Ctx, _tx_data: BatchedTx) -> TxResult {
     ] {
         let tx_hash = CodeHash::sha256(wasm_bytes);
 
+        // make the update idempotent 
         if current_tx_allowlist.contains(&tx_hash.to_string()) {
             continue;
         }

shielding_reward_party/src/lib.rs

@@ -39,9 +39,12 @@ const IBC_TOKENS: [(
 
 #[transaction]
 fn apply_tx(ctx: &mut Ctx, _tx_data: BatchedTx) -> TxResult {
+    // Enable NAM transfers
     let native_token_transferable_key = parameters_storage::get_native_token_transferable_key();
     ctx.write(&native_token_transferable_key, true)?;
 
+    // Enable NAM to be transferable via IBC
+    // Enable NAM to get MASP rewards
     for (
         denomination,
         channel_id,

staking_party/src/lib.rs

@@ -13,11 +13,6 @@ const TX_TRANSFER_BYTES: &[u8] = include_bytes!(
     "../../wasms/tx_transfer.8198890dbdf67bc93b16492496413c8140a273465f0f8f3ae091e5949a5ac4e0.wasm"
 );
 
-const TX_IBC_NAME: &str = "tx_ibc.wasm";
-const TX_IBC_BYTES: &[u8] = include_bytes!(
-    "../../wasms/tx_ibc.2fac9cb9797cb01104cfe67f7b9693c76d9dfcad7e01f894fcbc0a7675bcb184.wasm"
-);
-
 const IBC_TOKENS: [(ChannelId, BaseToken, MintTokenLimit, ThroughtputTokenLimit); 2] = [
     (
         "channel-0",
@@ -55,8 +50,7 @@ fn apply_tx(ctx: &mut Ctx, _tx_data: BatchedTx) -> TxResult {
 
     // Update the allowlist and write the addition wasm storage keys per transaction
     for (wasm_name, wasm_bytes) in [
-        (TX_TRANSFER_NAME, TX_TRANSFER_BYTES),
-        (TX_IBC_NAME, TX_IBC_BYTES),
+        (TX_TRANSFER_NAME, TX_TRANSFER_BYTES)
     ] {
         let tx_hash = CodeHash::sha256(wasm_bytes);