mirror of
https://github.com/XRPLF/rippled.git
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d86b1f8b7d
* log_report.py is a script to generate debugging reports and combine the logs of the locally run mainchain and sidechain servers. * Log address book before pytest start * Cleanup test utils * Modify log_analyzer so joins all logs into a single file * Organize "all" log as a dictionary * Allow ConfigFile and Section classes to be pickled: This caused a bug on mac platforms. Linux did not appear to use pickle. * Add account history command to py scripts * Add additional logging * Add support to run sidechains under rr: This is an undocumented feature to help debugging. If the environment variable `RIPPLED_SIDECHAIN_RR` is set, it is assumed to point to the rr executable. Sidechain 0 will then be run under rr.
152 lines
6.3 KiB
Python
152 lines
6.3 KiB
Python
import logging
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import pprint
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import pytest
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from multiprocessing import Process, Value
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from typing import Dict
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import sys
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from app import App
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from common import Asset, eprint, disable_eprint, drops, XRP
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import interactive
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from sidechain import Params
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import sidechain
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import test_utils
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import time
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from transaction import Payment, Trust
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import tst_common
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def simple_xrp_test(mc_app: App, sc_app: App, params: Params):
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alice = mc_app.account_from_alias('alice')
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adam = sc_app.account_from_alias('adam')
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mc_door = mc_app.account_from_alias('door')
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sc_door = sc_app.account_from_alias('door')
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# main to side
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# First txn funds the side chain account
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with test_utils.test_context(mc_app, sc_app):
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to_send_asset = XRP(9999)
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mc_pre_bal = mc_app.get_balance(mc_door, to_send_asset)
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sc_pre_bal = sc_app.get_balance(adam, to_send_asset)
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sidechain.main_to_side_transfer(mc_app, sc_app, alice, adam,
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to_send_asset, params)
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test_utils.wait_for_balance_change(mc_app, mc_door, mc_pre_bal,
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to_send_asset)
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test_utils.wait_for_balance_change(sc_app, adam, sc_pre_bal,
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to_send_asset)
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for i in range(2):
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# even amounts for main to side
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for value in range(20, 30, 2):
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with test_utils.test_context(mc_app, sc_app):
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to_send_asset = drops(value)
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mc_pre_bal = mc_app.get_balance(mc_door, to_send_asset)
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sc_pre_bal = sc_app.get_balance(adam, to_send_asset)
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sidechain.main_to_side_transfer(mc_app, sc_app, alice, adam,
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to_send_asset, params)
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test_utils.wait_for_balance_change(mc_app, mc_door, mc_pre_bal,
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to_send_asset)
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test_utils.wait_for_balance_change(sc_app, adam, sc_pre_bal,
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to_send_asset)
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# side to main
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# odd amounts for side to main
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for value in range(19, 29, 2):
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with test_utils.test_context(mc_app, sc_app):
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to_send_asset = drops(value)
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pre_bal = mc_app.get_balance(alice, to_send_asset)
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sidechain.side_to_main_transfer(mc_app, sc_app, adam, alice,
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to_send_asset, params)
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test_utils.wait_for_balance_change(mc_app, alice, pre_bal,
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to_send_asset)
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def simple_iou_test(mc_app: App, sc_app: App, params: Params):
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alice = mc_app.account_from_alias('alice')
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adam = sc_app.account_from_alias('adam')
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mc_asset = Asset(value=0,
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currency='USD',
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issuer=mc_app.account_from_alias('root'))
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sc_asset = Asset(value=0,
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currency='USD',
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issuer=sc_app.account_from_alias('door'))
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mc_app.add_asset_alias(mc_asset, 'mcd') # main chain dollar
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sc_app.add_asset_alias(sc_asset, 'scd') # side chain dollar
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mc_app(Trust(account=alice, limit_amt=mc_asset(1_000_000)))
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## make sure adam account on the side chain exists and set the trust line
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with test_utils.test_context(mc_app, sc_app):
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sidechain.main_to_side_transfer(mc_app, sc_app, alice, adam, XRP(300),
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params)
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# create a trust line to alice and pay her USD/root
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mc_app(Trust(account=alice, limit_amt=mc_asset(1_000_000)))
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mc_app.maybe_ledger_accept()
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mc_app(
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Payment(account=mc_app.account_from_alias('root'),
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dst=alice,
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amt=mc_asset(10_000)))
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mc_app.maybe_ledger_accept()
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# create a trust line for adam
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sc_app(Trust(account=adam, limit_amt=sc_asset(1_000_000)))
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for i in range(2):
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# even amounts for main to side
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for value in range(10, 20, 2):
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with test_utils.test_context(mc_app, sc_app):
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to_send_asset = mc_asset(value)
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rcv_asset = sc_asset(value)
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pre_bal = sc_app.get_balance(adam, rcv_asset)
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sidechain.main_to_side_transfer(mc_app, sc_app, alice, adam,
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to_send_asset, params)
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test_utils.wait_for_balance_change(sc_app, adam, pre_bal,
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rcv_asset)
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# side to main
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# odd amounts for side to main
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for value in range(9, 19, 2):
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with test_utils.test_context(mc_app, sc_app):
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to_send_asset = sc_asset(value)
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rcv_asset = mc_asset(value)
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pre_bal = mc_app.get_balance(alice, to_send_asset)
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sidechain.side_to_main_transfer(mc_app, sc_app, adam, alice,
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to_send_asset, params)
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test_utils.wait_for_balance_change(mc_app, alice, pre_bal,
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rcv_asset)
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def setup_accounts(mc_app: App, sc_app: App, params: Params):
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# Setup a funded user account on the main chain, and add an unfunded account.
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# Setup address book and add a funded account on the mainchain.
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# Typical female names are addresses on the mainchain.
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# The first account is funded.
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alice = mc_app.create_account('alice')
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beth = mc_app.create_account('beth')
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carol = mc_app.create_account('carol')
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deb = mc_app.create_account('deb')
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ella = mc_app.create_account('ella')
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mc_app(Payment(account=params.genesis_account, dst=alice, amt=XRP(20_000)))
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mc_app.maybe_ledger_accept()
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# Typical male names are addresses on the sidechain.
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# All accounts are initially unfunded
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adam = sc_app.create_account('adam')
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bob = sc_app.create_account('bob')
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charlie = sc_app.create_account('charlie')
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dan = sc_app.create_account('dan')
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ed = sc_app.create_account('ed')
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def run_all(mc_app: App, sc_app: App, params: Params):
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setup_accounts(mc_app, sc_app, params)
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logging.info(f'mainchain:\n{mc_app.key_manager.to_string()}')
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logging.info(f'sidechain:\n{sc_app.key_manager.to_string()}')
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simple_xrp_test(mc_app, sc_app, params)
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simple_iou_test(mc_app, sc_app, params)
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def test_simple_xchain(configs_dirs_dict: Dict[int, str]):
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tst_common.test_start(configs_dirs_dict, run_all)
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