DEVX-291c

docs/.gitignore

@@ -1,6 +1,6 @@
 /build
 /scribble.log
 /convert.log
-/dev.log
+/gen.log
 /md
 /secret.env

examples/simple-nft-minter/index.mjs

@@ -0,0 +1,72 @@
+import { Reach, test } from '@reach-sh/stdlib';
+const stdlib = new Reach(process.env, { REACH_NO_WARN: 'Y' });
+
+const startingBalance = stdlib.parseCurrency(100);
+const [minter, receiver] = await stdlib.newTestAccounts(2, startingBalance);
+minter.setDebugLabel('Minter');
+receiver.setDebugLabel('Receiver');
+
+const gasLimit = 5000000;
+if (stdlib.connector != 'ALGO') {
+    minter.setGasLimit(gasLimit) && receiver.setGasLimit(gasLimit)
+};
+
+const mintAddr = minter.getAddress();
+console.log(`Minter's address is ${mintAddr}`);
+const recAddr = receiver.getAddress();
+console.log(`Receiver's address is ${recAddr}`);
+
+const minterAddrFormat = await stdlib.formatAddress(minter);
+console.log(`The minter's formatted address is ${minterAddrFormat}`);
+const receiverAddrFormat = await stdlib.formatAddress(receiver);
+console.log(`The receiver's formatted address is ${receiverAddrFormat}`);
+
+const fmt = (x) => stdlib.formatCurrency(x, 4);
+const getBal = async (who, tok) => tok ? (await stdlib.balanceOf(who, tok)) : fmt(await stdlib.balanceOf(who));
+
+const logBalance = async (acc, tok) => {
+    const bal = await getBal(acc, tok);
+    const unit = tok ? 'of the NFT' : stdlib.standardUnit;
+    console.log(`${acc.getDebugLabel()} has ${bal} ${unit}.`);
+    return bal;
+}
+
+await logBalance(minter);
+
+const name = (stdlib.connector == 'ALGO') ? "JPAlgos" : "JPals";
+const symbol = (stdlib.connector == 'ALGO') ? "JPA" : "JPAL";
+
+const opts = { 
+    supply: 1, 
+    url: "ipfs://bafybeigdyrzt5...", //asset url
+    c: null, // clawback
+    f: null, // freeze address
+    defaultFrozen: false, 
+    reserve: null, 
+    note: Uint8Array[1],
+};
+
+const mintNFT = async (minter, name, symbol, opts) => {
+    console.log(`Creating the NFT`);
+    const theNFT = await stdlib.launchToken(minter, name, symbol, opts);
+    console.log(theNFT);
+    return theNFT.id;
+}
+
+const transferNFT = async (minter, receiver, nftId, supply) => {
+    const preAmtNFT = await logBalance(minter, nftId);
+
+    if (stdlib.connector == 'ALGO') {
+        await receiver.tokenAccept(nftId);
+        console.log(`${receiver.getDebugLabel()} opted-in to NFT`);
+    };
+    await stdlib.transfer(minter, receiver, supply, nftId);
+    console.log(`${supply} ${symbol} transferred from ${minter.getDebugLabel()} to ${receiver.getDebugLabel()}`);
+
+    const postAmtNFT = await logBalance(receiver, nftId);
+    test.chk('NFT AMT', preAmtNFT, postAmtNFT);
+}
+
+const nftId = await mintNFT(minter, name, symbol, opts);
+await transferNFT(minter, receiver, nftId, opts.supply);
+await logBalance(minter);

examples/simple-nft-minter/index.rsh

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+'reach 0.1'

examples/simple-nft-minter/index.txt

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+Verifying knowledge assertions
+Verifying for generic connector
+  Verifying when ALL participants are honest
+  Verifying when NO participants are honest
+Checked 0 theorems; No failures!