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5cfa33f638
* add cost summary to e2e test suite runs * lower cost of test * refactor initial funding to use new BankSend() * reduce gas used for initial funding * return all sdk funds on shutdown * enable refunds when running against live network * save more cosmos coins! require less total overall * track erc20s on Chain * refactor erc20 funding with new TransferErc20() * return all registered erc20 balance * lower erc20 e2e test values * withdraw earn position & convert back to erc20 * lower gas fees in e2e tests * fix env variable typo * add readme note about how to run on live network * log total spend required for e2e tests
98 lines
5.3 KiB
Markdown
98 lines
5.3 KiB
Markdown
# end-2-end tests for kava
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These tests use [`kvtool`](https://github.com/kava-labs/kvtool) to spin up a kava node configuration
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and then runs tests against the running network. It is a git sub-repository in this directory. If not
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present, you must initialize the subrepo: `git submodule update --init`.
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Steps to run
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1. Ensure latest `kvtool` is installed: `make update-kvtool`
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2. Run the test suite: `make test-e2e`
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This will build a docker image tagged `kava/kava:local` that will be run by kvtool.
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**Note:** The suite will use your locally installed `kvtool` if present. If not present, it will be
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installed. If the `kvtool` repo is updated, you must manually update your existing local binary: `make update-kvtool`
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## Configuration
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The test suite uses env variables that can be set in [`.env`](.env). See that file for a complete list
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of options. The variables are parsed and imported into a `SuiteConfig` in [`testutil/config.go`](testutil/config.go).
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The variables in `.env` will not override variables that are already present in the environment.
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ie. Running `E2E_INCLUDE_IBC_TESTS=false make test-e2e` will disable the ibc tests regardless of how
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the variable is set in `.env`.
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### Running on Live Network
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The end-to-end tests support being run on a live network. The primary toggle for setting up the suite to use a live network is the `E2E_RUN_KVTOOL_NETWORKS` flag. When set exactly to `false`, the configuration requires the following three environment variables:
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* `E2E_KAVA_RPC_URL`
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* `E2E_KAVA_GRPC_URL`
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* `E2E_KAVA_EVM_RPC_URL`
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See an example environment configuration with full description of all supported configurations in [`.env.live-network-example`](./.env.live-network-example). This example expects a local kvtool network to be running: `kvtool testnet bootstrap`.
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When run against a live network, the suite will automatically return all the sdk funds sent to `SigningAccount`s on the chain, and will return any ERC20 balance from those accounts if the ERC20 is registered via `Chain.RegisterERC20`. The pre-deployed ERC20 that is required for the tests is registered on setup.
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At this time, live-network tests do not support `E2E_INCLUDE_IBC_TESTS=true` and they do not support automated upgrades.
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## `Chain`s
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A `testutil.Chain` is the abstraction around details, query clients, & signing accounts for interacting with a
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network. After networks are running, a `Chain` is initialized & attached to the main test suite `testutil.E2eTestSuite`.
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The primary Kava network is accessible via `suite.Kava`.
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Details about the chains can be found [here](runner/chain.go#L62-84).
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## `SigningAccount`s
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Each `Chain` wraps a map of signing clients for that network. The `SigningAccount` contains clients
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for both the Kava EVM and Cosmos-Sdk co-chains.
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The methods `SignAndBroadcastKavaTx` and `SignAndBroadcastEvmTx` are used to submit transactions to
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the sdk and evm chains, respectively.
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### Creating a new account
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```go
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// create an account on the Kava network, initially funded with 10 KAVA
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acc := suite.Kava.NewFundedAccount("account-name", sdk.NewCoins(sdk.NewCoin("ukava", 10e6)))
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// you can also access accounts by the name with which they were registered to the suite
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acc := suite.Kava.GetAccount("account-name")
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```
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Funds for new accounts are distributed from the account with the mnemonic from the `E2E_KAVA_FUNDED_ACCOUNT_MNEMONIC`
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env variable. The account will be generated with HD coin type 60 & the `ethsecp256k1` private key signing algorithm.
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The initial funding account is registered with the name `"whale"`.
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## IBC tests
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When IBC tests are enabled, an additional network is spun up with a different chain id & an IBC channel is
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opened between it and the primary Kava network.
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The IBC network runs kava with a different chain id and staking denom (see [runner/chain.go](runner/chain.go)).
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The IBC chain queriers & accounts are accessible via `suite.Ibc`.
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IBC tests can be disabled by setting `E2E_INCLUDE_IBC_TESTS` to `false`.
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## Chain Upgrades
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When a named upgrade handler is included in the current working repo of Kava, the e2e test suite can
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be configured to run all the tests on the upgraded chain. This includes the ability to add additional
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tests to verify and do acceptance on the post-upgrade chain.
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This configuration is controlled by the following env variables:
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* `E2E_INCLUDE_AUTOMATED_UPGRADE` - toggles on the upgrade functionality. Must be set to `true`.
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* `E2E_KAVA_UPGRADE_NAME` - the named upgrade, likely defined in [`app/upgrades.go`](../../app/upgrades.go)
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* `E2E_KAVA_UPGRADE_HEIGHT` - the height at which to run the upgrade
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* `E2E_KAVA_UPGRADE_BASE_IMAGE_TAG` - the [kava docker image tag](https://hub.docker.com/r/kava/kava/tags) to base the upgrade on
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When all these are set, the chain is started with the binary contained in the docker image tagged
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`E2E_KAVA_UPGRADE_BASE_IMAGE_TAG`. Then an upgrade proposal is submitted with the desired name and
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height. The chain runs until that height and then is shutdown due to needing the upgrade. The chain
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is restarted with the local repo's Kava code and the upgrade is run. Once completed, the whole test
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suite is run.
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For a full example of how this looks, see [this commit](https://github.com/Kava-Labs/kava/commit/5da48c892f0a5837141fc7de88632c7c68fff4ae)
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on the [example/e2e-test-upgrade-handler](https://github.com/Kava-Labs/kava/tree/example/e2e-test-upgrade-handler) branch.
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