text: import json
  import secrets
  
  import brownie
  import pytest
  from assistant.rewards import rewards_assistant
  from brownie import *
  from helpers.constants import *
  from helpers.registry import registry
  from rich.console import Console
  
  console = Console()
  
  
  def random_32_bytes():
      return "0x" + secrets.token_hex(32)
  
  
  @pytest.fixture(scope="function", autouse="True")
  def setup(rewards_tree_unit):
      return rewards_tree_unit
  
  
  @pytest.fixture(scope="function")
  def setup_badger(badger_tree_unit):
      return badger_tree_unit
  
  
  # @pytest.mark.skip()
  def test_root_publish(setup):
      badgerTree = setup.badgerTree
      guardian = setup.guardian
      rootUpdater = setup.rootUpdater
      user = accounts[4]
  
      startingCycle = badgerTree.currentCycle()
      assert startingCycle == 0
  
      root = random_32_bytes()
      contentHash = random_32_bytes()
  
      assert rootUpdater != guardian
  
      # Ensure non-root updater cannot update root
      with brownie.reverts():
          badgerTree.proposeRoot(
              root, contentHash, badgerTree.currentCycle() + 1, {"from": guardian}
          )
  
      # Ensure root updater can propose new root, but not update
      badgerTree.proposeRoot(
          root, contentHash, badgerTree.currentCycle() + 1, {"from": rootUpdater}
      )
  
      assert badgerTree.getCurrentMerkleData()[0] == EmptyBytes32
      assert badgerTree.getCurrentMerkleData()[1] == EmptyBytes32
      assert badgerTree.currentCycle() == startingCycle
  
      assert badgerTree.pendingMerkleRoot() == root
      assert badgerTree.pendingMerkleContentHash() == contentHash
  
      # Ensure non-root approver cannot approve root
      with brownie.reverts():
          badgerTree.approveRoot(
              root, contentHash, badgerTree.currentCycle() + 1, {"from": rootUpdater}
          )
  
      badgerTree.approveRoot(
          root, contentHash, badgerTree.currentCycle() + 1, {"from": guardian}
      )
  
      assert badgerTree.getCurrentMerkleData()[0] == root
      assert badgerTree.getCurrentMerkleData()[1] == contentHash
      assert badgerTree.currentCycle() == startingCycle + 1
  
      oldRoot = root
      oldContentHash = contentHash
  
      root = random_32_bytes()
      contentHash = random_32_bytes()
  
      # Ensure root updater can update another root
      badgerTree.proposeRoot(
          root, contentHash, badgerTree.currentCycle() + 1, {"from": rootUpdater}
      )
      badgerTree.approveRoot(
          root, contentHash, badgerTree.currentCycle() + 1, {"from": guardian}
      )
      print(badgerTree.getCurrentMerkleData())
      assert badgerTree.getCurrentMerkleData()[0] == root
      assert badgerTree.getCurrentMerkleData()[1] == contentHash
  
      assert badgerTree.currentCycle() == startingCycle + 2
  
  
  # @pytest.mark.skip()
  def test_guardian_pause(setup):
      badgerTree = setup.badgerTree
      guardian = setup.guardian
      rootUpdater = setup.rootUpdater
      user = accounts[4]
  
      # Ensure non-guardian cannot pause
      with brownie.reverts():
          badgerTree.pause({"from": user})
  
      # Ensure guardian can pause
      badgerTree.pause({"from": guardian})
  
      # Ensure root updater cannot update root while paused
      with brownie.reverts():
          badgerTree.proposeRoot(
              random_32_bytes(), random_32_bytes(), 1, {"from": rootUpdater}
          )
  
      # Ensure non-root updater cannot update root while paused
      with brownie.reverts():
          badgerTree.proposeRoot(random_32_bytes(), random_32_bytes(), 1, {"from": user})
  
      # Ensure non-guardian cannot unpause
      with brownie.reverts():
          badgerTree.unpause({"from": user})
  
      # Ensure guardian can unpause
      badgerTree.unpause({"from": guardian})
  
      # Ensure non-root updater cannot update root after unpause
      root = random_32_bytes()
      contentHash = random_32_bytes()
      with brownie.reverts():
          badgerTree.proposeRoot(
              root, contentHash, badgerTree.currentCycle() + 1, {"from": user}
          )
  
      # Ensure root updater can update root after unpause
      badgerTree.proposeRoot(
          root, contentHash, badgerTree.currentCycle() + 1, {"from": rootUpdater}
      )
      badgerTree.approveRoot(
          root, contentHash, badgerTree.currentCycle() + 1, {"from": guardian}
      )
  
      assert badgerTree.getCurrentMerkleData()[0] == root
      assert badgerTree.getCurrentMerkleData()[1] == contentHash
  
  
  def get_claim_data_for(account):
      userData = exampleRewards["claims"][account]
      return {
          "cumulativeAmounts": userData["cumulativeAmounts"],
          "index": int(userData["index"], 16),
          "proof": userData["proof"],
          "node": userData["node"],
      }
  
  
  # @pytest.mark.skip()
  # def test_claim_single_token(setup_badger):
  #     setup = setup_badger
  #     badgerTree = setup.badgerTree
  #     deployer = setup.deployer
  #     guardian = setup.guardian
  #     updater = setup.updater
  
  #     claimers = [
  #         accounts.at("0xDA25ee226E534d868f0Dd8a459536b03fEE9079b"),
  #         accounts.at("0x33A4622B82D4c04a53e170c638B944ce27cffce3"),
  #     ]
  
  #     tokens = [setup.token.address, registry.harvest.farmToken]
  #     singleToken = [setup.token.address]
  
  #     contentHash = "0xff743182b232f07941d5ecf8279f0a68d80306afb8b3d48edaffb24585895901"
  #     root = exampleRewards["merkleRoot"]
  #     nextCycle = 1
  
  #     # Set data
  #     badgerTree.proposeRoot(root, contentHash, nextCycle, {"from": deployer})
  #     badgerTree.approveRoot(root, contentHash, nextCycle, {"from": guardian})
  
  #     for claimer in claimers:
  #         claimed = badgerTree.getClaimedFor(claimer, singleToken)
  #         print("claimed", claimed)
  
  #         claimData = get_claim_data_for(claimer)
  
  #         cumulativeAmount = claimData["cumulativeAmounts"][0]
  #         print("cumulativeAmount", cumulativeAmount)
  
  #         (expectedEncoded, expectedHash) = badgerTree.encodeClaim(
  #             singleToken, [cumulativeAmount], claimData["index"], nextCycle
  #         )
  
  #         print(
  #             {
  #                 "expected": expectedEncoded,
  #                 "expectedLen": len(expectedEncoded),
  #                 "found": claimData["node"],
  #                 "foundLen": len(claimData["node"]),
  #             }
  #         )
  #         # print(expectedEncoded, expectedHash)
  
  #         badgerTree.claim(
  #             singleToken,
  #             [cumulativeAmount],
  #             claimData["index"],
  #             nextCycle,
  #             claimData["proof"],
  #             {"from": claimer},
  #         )
  
  
  @pytest.mark.skip()
  def test_token_claim_limits():
      # Generate root with massive claimable
      # Ensure claim is stopped by the invariant check
      # Pause root
      # Upload fixed root
      #
      assert False
  
  
  @pytest.mark.skip()
  def test_token_claim_e2e():
      """
      TODO: Finish all unit tests first
      """
      # Generate realistic data using staking actions
      # Ensure expected results for each user match claimed
      assert False
  
  
  @pytest.mark.skip()
  def test_override_cycle():
      assert False
  