Update the genProofs and proveOnChain instructions

contracts/.env.example

@@ -7,6 +7,8 @@ USER_REGISTRY_TYPE=simple
 BRIGHTID_CONTEXT=clr.fund
 # BrightId node addr that signs verifications. Node One uses this one
 BRIGHTID_VERIFIER_ADDR=0xb1d71F62bEe34E9Fc349234C201090c33BCdF6DB
+# The contract that emits the sponsor events that the BrightId node is listening for
+BRIGHTID_SPONSOR=
 
 # JSON-RPC endpoint to the selected network
 JSONRPC_HTTP_URL=https://eth-goerli.alchemyapi.io/v2/ADD_API_KEY

contracts/tests/round.ts

@@ -1329,6 +1329,32 @@ describe('Funding Round', () => {
         )
       ).to.revertedWith('FundingRound: Vote results already verified')
     })
+
+    it('returns correct proccessed count in the callback for processing tally results', async () => {
+      const startIndex = 0
+      const batchSize = 10
+      let batchCount = 0
+      const total = smallTallyTestData.results.tally.length
+      const lastBatch = Math.ceil(total / batchSize)
+      await addTallyResultsBatch(
+        fundingRound.connect(coordinator),
+        tallyTreeDepth,
+        smallTallyTestData,
+        batchSize,
+        startIndex,
+        (processed) => {
+          batchCount++
+          if (batchCount === lastBatch) {
+            expect(processed).to.equal(total, 'Incorrect last batch count')
+          } else {
+            expect(processed).to.equal(
+              batchCount * batchSize,
+              'Incorrect proccesed count'
+            )
+          }
+        }
+      )
+    })
   })
 
   describe('getRecipientTallyResultsBatch', () => {

contracts/utils/maci.ts

@@ -203,7 +203,10 @@ export async function addTallyResultsBatch(
     const tx = await fundingRound.addTallyResultsBatch(...data)
     const receipt = await tx.wait()
     if (callback) {
-      callback(i + batchSize, receipt)
+      // the 2nd element in the data array has the array of
+      // recipients to be processed for the batch
+      const totalProcessed = i + data[1].length
+      callback(totalProcessed, receipt)
     }
     totalGasUsed = totalGasUsed.add(receipt.gasUsed)
   }

docs/tally-verify.md

@@ -33,13 +33,15 @@ The contract deployment scripts, `deploy*.ts` in the [clrfund repository](https:
 ```
 
 ### Recompile the contracts:
+Compile the contracts to generate the ABI that the MACI command lines use in the next step.
 
 ```
 cd ../contracts
 npm run compileSol
 ```
 
 ### Generate coordinator key
+Generate the coordinator key used to encrypt messages. The key will be used when deploying new round.
 
 ```
 cd ../cli
@@ -64,31 +66,33 @@ node build/index.js fetchLogs \
     --output logs
 ```
 
-Decrypt messages and tally the votes:
+Decrypt messages, tally the votes and generate proofs:
 
 ```
-node build/index.js proveOnChain \
+node build/index.js genProofs \
     --eth-provider <ETH_HOSTNAME> \
     --contract <MACI_CONTRACT_ADDR> \
     --privkey <COORDINATOR_PRIVKEY> \
-    --output proofs.json \
-    --tally-file tally.json
+    --tally-file tally.json \
+    --logs-file logs \
+    --macistate macistate \
+    --output proofs.json
 ```
 
-Coordinator private key must be in MACI key format (starts with `macisk`).
-Ethereum private key can be any private key that controls the necessary amount of ETH to pay for gas.
+The coordinator private key (`COORDINATOR_PRIVKEY`) must be in the MACI key format (starts with `macisk`).  It is used to decrypt messages.
 
-The `genProofs` command will create two files: `proofs.json` and `tally.json`. The `proofs.json` file will be needed to run the next command which submits proofs to MACI contract:
+The `genProofs` command will create two files: `proofs.json` and `tally.json`. The `proofs.json` file will be needed to run the next command, `proveOnChain`, which submits proofs to the MACI contract:
 
 ```
 node build/index.js proveOnChain \
     --eth-provider <json-rpc-api-url> \
     --contract <maci-address> \
-    --privkey <coordinator-private-key> \
     --eth-privkey <eth-private-key> \
     --proof-file proofs.json
 ```
 
+The Ethereum private key (`eth-private-key`) can be any private key that controls the necessary amount of ETH to pay for gas.
+
 The process may take several hours. Results can be found in `tally.json` file, which must then be published via IPFS.
 
 Finally, the [CID](https://ipfs.io/ipns/docs.ipfs.io/concepts/content-addressing/) of tally file must be submitted to `FundingRound` contract: