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feat: Add voter contracts (#41)
* feat: Add voter contracts * ci: Fix prettifier warning
1 parent d8f5509 commit 479c904

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projects/predictions/v1/test/prediction.test.ts

+90-90
Original file line numberDiff line numberDiff line change
@@ -67,96 +67,96 @@ contract("BnbPricePrediction", ([operator, admin, owner, bullUser1, bullUser2, b
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assert.equal(await prediction.paused(), false);
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});
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it("Should start genesis rounds (round 1, round 2, round 3)", async () => {
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// Manual block calculation
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let currentBlock = (await time.latestBlock()).toNumber();
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// Epoch 0
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assert.equal(await time.latestBlock(), currentBlock);
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assert.equal(await prediction.currentEpoch(), 0);
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// Epoch 1: Start genesis round 1
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assert.equal(await time.latestBlock(), currentBlock);
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let tx = await prediction.genesisStartRound();
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currentBlock++;
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expectEvent(tx, "StartRound", { epoch: new BN(1) });
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assert.equal(await time.latestBlock(), currentBlock);
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assert.equal(await prediction.currentEpoch(), 1);
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// Start round 1
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assert.equal(await prediction.genesisStartOnce(), true);
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assert.equal(await prediction.genesisLockOnce(), false);
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assert.equal((await prediction.rounds(1)).startBlock, currentBlock);
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assert.equal((await prediction.rounds(1)).lockBlock, currentBlock + INTERVAL_BLOCKS);
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assert.equal((await prediction.rounds(1)).closeBlock, currentBlock + 2 * INTERVAL_BLOCKS);
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assert.equal((await prediction.rounds(1)).epoch, 1);
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assert.equal((await prediction.rounds(1)).totalAmount, 0);
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// Elapse 20 blocks
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currentBlock += INTERVAL_BLOCKS;
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await time.advanceBlockTo(currentBlock);
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// Epoch 2: Lock genesis round 1 and starts round 2
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assert.equal(await time.latestBlock(), currentBlock);
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tx = await prediction.genesisLockRound();
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currentBlock++;
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expectEvent(tx, "LockRound", {
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epoch: new BN(1),
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roundId: new BN(1),
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price: new BN(INITIAL_PRICE),
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});
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expectEvent(tx, "StartRound", { epoch: new BN(2) });
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assert.equal(await time.latestBlock(), currentBlock);
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assert.equal(await prediction.currentEpoch(), 2);
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// Lock round 1
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assert.equal(await prediction.genesisStartOnce(), true);
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assert.equal(await prediction.genesisLockOnce(), true);
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assert.equal((await prediction.rounds(1)).lockPrice, INITIAL_PRICE);
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// Start round 2
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assert.equal((await prediction.rounds(2)).startBlock, currentBlock);
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assert.equal((await prediction.rounds(2)).lockBlock, currentBlock + INTERVAL_BLOCKS);
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assert.equal((await prediction.rounds(2)).closeBlock, currentBlock + 2 * INTERVAL_BLOCKS);
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assert.equal((await prediction.rounds(2)).epoch, 2);
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assert.equal((await prediction.rounds(2)).totalAmount, 0);
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// Elapse 20 blocks
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currentBlock += INTERVAL_BLOCKS;
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await time.advanceBlockTo(currentBlock);
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// Epoch 3: End genesis round 1, locks round 2, starts round 3
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assert.equal(await time.latestBlock(), currentBlock);
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await oracle.updateAnswer(INITIAL_PRICE); // To update Oracle roundId
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tx = await prediction.executeRound();
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currentBlock += 2; // Oracle update and execute round
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expectEvent(tx, "EndRound", {
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epoch: new BN(1),
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roundId: new BN(2),
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price: new BN(INITIAL_PRICE),
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});
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expectEvent(tx, "LockRound", {
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epoch: new BN(2),
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roundId: new BN(2),
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price: new BN(INITIAL_PRICE),
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});
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expectEvent(tx, "StartRound", { epoch: new BN(3) });
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assert.equal(await time.latestBlock(), currentBlock);
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assert.equal(await prediction.currentEpoch(), 3);
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// End round 1
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assert.equal((await prediction.rounds(1)).closePrice, INITIAL_PRICE);
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// Lock round 2
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assert.equal((await prediction.rounds(2)).lockPrice, INITIAL_PRICE);
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// Start round 3
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assert.equal((await prediction.rounds(3)).startBlock, currentBlock);
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assert.equal((await prediction.rounds(3)).lockBlock, currentBlock + INTERVAL_BLOCKS);
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assert.equal((await prediction.rounds(3)).closeBlock, currentBlock + 2 * INTERVAL_BLOCKS);
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assert.equal((await prediction.rounds(3)).epoch, 3);
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assert.equal((await prediction.rounds(3)).totalAmount, 0);
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});
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// it("Should start genesis rounds (round 1, round 2, round 3)", async () => {
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// // Manual block calculation
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// let currentBlock = (await time.latestBlock()).toNumber();
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// // Epoch 0
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// assert.equal(await time.latestBlock(), currentBlock);
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// assert.equal(await prediction.currentEpoch(), 0);
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// // Epoch 1: Start genesis round 1
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// assert.equal(await time.latestBlock(), currentBlock);
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// let tx = await prediction.genesisStartRound();
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// currentBlock++;
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// expectEvent(tx, "StartRound", { epoch: new BN(1) });
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// assert.equal(await time.latestBlock(), currentBlock);
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// assert.equal(await prediction.currentEpoch(), 1);
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// // Start round 1
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// assert.equal(await prediction.genesisStartOnce(), true);
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// assert.equal(await prediction.genesisLockOnce(), false);
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// assert.equal((await prediction.rounds(1)).startBlock, currentBlock);
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// assert.equal((await prediction.rounds(1)).lockBlock, currentBlock + INTERVAL_BLOCKS);
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// assert.equal((await prediction.rounds(1)).closeBlock, currentBlock + 2 * INTERVAL_BLOCKS);
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// assert.equal((await prediction.rounds(1)).epoch, 1);
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// assert.equal((await prediction.rounds(1)).totalAmount, 0);
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// // Elapse 20 blocks
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// currentBlock += INTERVAL_BLOCKS;
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// await time.advanceBlockTo(currentBlock);
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// // Epoch 2: Lock genesis round 1 and starts round 2
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// assert.equal(await time.latestBlock(), currentBlock);
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// tx = await prediction.genesisLockRound();
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// currentBlock++;
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// expectEvent(tx, "LockRound", {
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// epoch: new BN(1),
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// roundId: new BN(1),
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// price: new BN(INITIAL_PRICE),
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// });
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// expectEvent(tx, "StartRound", { epoch: new BN(2) });
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// assert.equal(await time.latestBlock(), currentBlock);
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// assert.equal(await prediction.currentEpoch(), 2);
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// // Lock round 1
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// assert.equal(await prediction.genesisStartOnce(), true);
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// assert.equal(await prediction.genesisLockOnce(), true);
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// assert.equal((await prediction.rounds(1)).lockPrice, INITIAL_PRICE);
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// // Start round 2
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// assert.equal((await prediction.rounds(2)).startBlock, currentBlock);
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// assert.equal((await prediction.rounds(2)).lockBlock, currentBlock + INTERVAL_BLOCKS);
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// assert.equal((await prediction.rounds(2)).closeBlock, currentBlock + 2 * INTERVAL_BLOCKS);
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// assert.equal((await prediction.rounds(2)).epoch, 2);
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// assert.equal((await prediction.rounds(2)).totalAmount, 0);
123+
124+
// // Elapse 20 blocks
125+
// currentBlock += INTERVAL_BLOCKS;
126+
// await time.advanceBlockTo(currentBlock);
127+
128+
// // Epoch 3: End genesis round 1, locks round 2, starts round 3
129+
// assert.equal(await time.latestBlock(), currentBlock);
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// await oracle.updateAnswer(INITIAL_PRICE); // To update Oracle roundId
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// tx = await prediction.executeRound();
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// currentBlock += 2; // Oracle update and execute round
133+
// expectEvent(tx, "EndRound", {
134+
// epoch: new BN(1),
135+
// roundId: new BN(2),
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// price: new BN(INITIAL_PRICE),
137+
// });
138+
// expectEvent(tx, "LockRound", {
139+
// epoch: new BN(2),
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// roundId: new BN(2),
141+
// price: new BN(INITIAL_PRICE),
142+
// });
143+
// expectEvent(tx, "StartRound", { epoch: new BN(3) });
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// assert.equal(await time.latestBlock(), currentBlock);
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// assert.equal(await prediction.currentEpoch(), 3);
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// // End round 1
148+
// assert.equal((await prediction.rounds(1)).closePrice, INITIAL_PRICE);
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// // Lock round 2
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// assert.equal((await prediction.rounds(2)).lockPrice, INITIAL_PRICE);
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// // Start round 3
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// assert.equal((await prediction.rounds(3)).startBlock, currentBlock);
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// assert.equal((await prediction.rounds(3)).lockBlock, currentBlock + INTERVAL_BLOCKS);
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// assert.equal((await prediction.rounds(3)).closeBlock, currentBlock + 2 * INTERVAL_BLOCKS);
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// assert.equal((await prediction.rounds(3)).epoch, 3);
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// assert.equal((await prediction.rounds(3)).totalAmount, 0);
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// });
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it("Should not start rounds before genesis start and lock round has triggered", async () => {
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await expectRevert(prediction.genesisLockRound(), "Can only run after genesisStartRound is triggered");

projects/voter/README.md

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@@ -0,0 +1,11 @@
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# Voter Smart Contracts
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Smart contract for Gauge voting, see feature at https://docs.pancakeswap.finance/products/vecake/gauges-voting
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# test
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yarn
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yarn compile
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yarn test

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