e2e

type ChainCommands interface {
	GetBlockHeight(chain ChainID) uint
	GetBalance(chain ChainID, validator ValidatorID) uint
	GetConsumerChains(chain ChainID) map[ChainID]bool
	GetConsumerAddress(consumerChain ChainID, validator ValidatorID) string
	GetClientFrozenHeight(chain ChainID, clientID string) (RevisionNumber, RevisionHeight uint64)
	GetHasToValidate(validator ValidatorID) []ChainID
	GetIBCTransferParams(chain ChainID) IBCTransferParams
	GetProposal(chain ChainID, proposal uint) Proposal
	GetParam(chain ChainID, param Param) string
	GetProviderAddressFromConsumer(consumerChain ChainID, validator ValidatorID) string
	GetReward(chain ChainID, validator ValidatorID, blockHeight uint, isNativeDenom bool) float64
	GetRegisteredConsumerRewardDenoms(chain ChainID) []string
	GetSlashMeter() int64
	GetPendingPacketQueueSize(chain ChainID) uint
	GetProposedConsumerChains(chain ChainID) []string
	GetQueryNode(chain ChainID) string
	GetQueryNodeRPCAddress(chain ChainID) string
	GetTrustedHeight(chain ChainID, clientID string, index int) (uint64, uint64)
	GetValPower(chain ChainID, validator ValidatorID) uint
	GetValStakedTokens(chain ChainID, validatorAddress string) uint
	GetQueryNodeIP(chain ChainID) string
}

type ChainConfig struct {
	ChainId ChainID
	// The account prefix configured on the chain. For example, on the Hub, this is "cosmos"
	AccountPrefix string
	// Must be unique per chain
	IpPrefix       string
	VotingWaitTime uint
	// Any transformations to apply to the genesis file of all chains instantiated with this chain config, as a jq string.
	// Example: ".app_state.gov.params.voting_period = \"5s\" | .app_state.slashing.params.signed_blocks_window = \"2\" | .app_state.slashing.params.min_signed_per_window = \"0.500000000000000000\""
	GenesisChanges string
	BinaryName     string

	// binary to use after upgrade height
	UpgradeBinary string
}

type ChainID string

type ChainState struct {
	ValBalances                    *map[ValidatorID]uint
	Proposals                      *map[uint]Proposal
	ProposedConsumerChains         *[]string
	ValPowers                      *map[ValidatorID]uint
	StakedTokens                   *map[ValidatorID]uint
	IBCTransferParams              *IBCTransferParams
	Params                         *[]Param
	Rewards                        *Rewards
	ConsumerChains                 *map[ChainID]bool
	AssignedKeys                   *map[ValidatorID]string
	ProviderKeys                   *map[ValidatorID]string // validatorID: validator provider key
	ConsumerPendingPacketQueueSize *uint                   // Only relevant to consumer chains
	RegisteredConsumerRewardDenoms *[]string
	ClientsFrozenHeights           *map[string]clienttypes.Height
	HasToValidate                  *map[ValidatorID][]ChainID // only relevant to provider chain
}

type ChainStateCopy ChainState

type ChainStateWithProposalTypes struct {
	ChainStateCopy
	Proposals *map[uint]ProposalAndType // the only thing changed from the real ChainState
}

type ConsumerAdditionProposal struct {
	Deposit       uint
	Chain         ChainID
	SpawnTime     int
	InitialHeight clienttypes.Height
	Status        string
}

type ConsumerModificationProposal struct {
	Deposit uint
	Chain   ChainID
	Status  string
}

type ConsumerRemovalProposal struct {
	Deposit  uint
	Chain    ChainID
	StopTime int
	Status   string
}

type ContainerConfig struct {
	ContainerName string
	InstanceName  string
	CcvVersion    string
	Now           time.Time
}

type IBCTransferParams struct {
	SendEnabled    bool `json:"send_enabled"`
	ReceiveEnabled bool `json:"receive_enabled"`
}

type IBCTransferParamsProposal struct {
	Title   string
	Deposit uint
	Status  string
	Params  IBCTransferParams
}

type Param struct {
	Subspace string
	Key      string
	Value    string
}

type ParamsProposal struct {
	Deposit  uint
	Status   string
	Subspace string
	Key      string
	Value    string
}

type PlatformDriver interface {
	ExecCommand(name string, arg ...string) *exec.Cmd
	// ExecDetachedCommand: when executed the command will be run in the background and call will return immediately
	ExecDetachedCommand(name string, args ...string) *exec.Cmd
	GetTestScriptPath(isConsumer bool, script string) string
}

type Proposal interface {
	// contains filtered or unexported methods
}

type ProposalAndType struct {
	RawProposal json.RawMessage
	Type        string
}

type Rewards struct {
	IsRewarded map[ValidatorID]bool
	// if true it will calculate if the validator/delegator is rewarded between 2 successive blocks,
	// otherwise it will calculate if it received any rewards since the 1st block
	IsIncrementalReward bool
	// if true checks rewards for "stake" token, otherwise checks rewards from
	// other chains (e.g. false is used to check if provider received rewards from a consumer chain)
	IsNativeDenom bool
}

type TargetDriver interface {
	// ChainCommands
	ChainCommands
	PlatformDriver
}

type TextProposal struct {
	Title       string
	Description string
	Deposit     uint
	Status      string
}

type UpgradeProposal struct {
	Title         string
	Description   string
	UpgradeHeight uint64
	Type          string
	Deposit       uint
	Status        string
}

type ValidatorConfig struct {
	// Seed phrase to generate a secp256k1 key used by the validator on the provider
	Mnemonic string
	// Validator account address on provider marshaled to string using Bech32
	// with Bech32Prefix = ProviderAccountPrefix
	DelAddress string
	// Validator account address on provider marshaled to string using Bech32
	// with Bech32Prefix = ConsumerAccountPrefix
	DelAddressOnConsumer string
	// Validator operator address on provider marshaled to string using Bech32
	// with Bech32Prefix = ProviderAccountPrefix
	ValoperAddress string
	// Validator operator address on provider marshaled to string using Bech32
	// with Bech32Prefix = ConsumerAccountPrefix
	ValoperAddressOnConsumer string
	// Validator consensus address on provider marshaled to string using Bech32
	// with Bech32Prefix = ProviderAccountPrefix. It matches the PrivValidatorKey below.
	ValconsAddress string
	// Validator consensus address on provider marshaled to string using Bech32
	// with Bech32Prefix = ConsumerAccountPrefix.
	ValconsAddressOnConsumer string
	// Key used for consensus on provider
	PrivValidatorKey string
	NodeKey          string
	// Must be an integer greater than 0 and less than 253
	IpSuffix string

	// Seed phrase to generate a secp256k1 key used by the validator on the consumer
	ConsumerMnemonic string
	// Validator account address on consumer marshaled to string using Bech32
	// with Bech32Prefix = ConsumerAccountPrefix
	ConsumerDelAddress string
	// Validator account address on consumer marshaled to string using Bech32
	// with Bech32Prefix = ProviderAccountPrefix
	ConsumerDelAddressOnProvider string
	// Validator operator address on consumer marshaled to string using Bech32
	// with Bech32Prefix = ConsumerAccountPrefix
	ConsumerValoperAddress string
	// Validator operator address on consumer marshaled to string using Bech32
	// with Bech32Prefix = ProviderAccountPrefix
	ConsumerValoperAddressOnProvider string
	// Validator consensus address on consumer marshaled to string using Bech32
	// with Bech32Prefix = ConsumerAccountPrefix. It matches the PrivValidatorKey below.
	ConsumerValconsAddress string
	// Validator consensus address on consumer marshaled to string using Bech32
	// with Bech32Prefix = ProviderAccountPrefix.
	ConsumerValconsAddressOnProvider string
	ConsumerValPubKey                string
	// Key used for consensus on consumer
	ConsumerPrivValidatorKey string
	ConsumerNodeKey          string
	UseConsumerKey           bool // if true the validator node will start with consumer key
}

type ValidatorID string