model

type CompletionStatus string

type Connection[T any] struct {
	// Total number of entries that match the query
	TotalCount int `json:"totalCount"`
	// Pagination entries returned for the current page
	Edges []*Edge[T] `json:"edges"`
	// Pagination metadata
	PageInfo *PageInfo `json:"pageInfo"`
}

type Edge[T any] struct {
	// Node instance
	Node T `json:"node"`
	// contains filtered or unexported fields
}

type Input struct {
	// Input index starting from genesis
	Index int `json:"index"`
	// Status of the input
	Status CompletionStatus `json:"status"`
	// Address responsible for submitting the input
	MsgSender string `json:"msgSender"`
	// Timestamp associated with the input submission, as defined by the base layer's block in
	// which it was recorded
	Timestamp string `json:"timestamp"`
	// Number of the base layer block in which the input was recorded
	BlockNumber string `json:"blockNumber"`
	// Input payload in Ethereum hex binary format, starting with '0x'
	Payload string `json:"payload"`
}

type InputConnection = Connection[*Input]

type InputEdge = Edge[*Input]

type InputFilter struct {
	// Filter only inputs with index lower than a given value
	IndexLowerThan *int `json:"indexLowerThan,omitempty"`
	// Filter only inputs with index greater than a given value
	IndexGreaterThan *int `json:"indexGreaterThan,omitempty"`
}

type ModelWrapper struct {
	// contains filtered or unexported fields
}

type Notice struct {
	// Notice index within the context of the input that produced it
	Index int `json:"index"`
	// Index of the input
	InputIndex int
	// Notice data as a payload in Ethereum hex binary format, starting with '0x'
	Payload string `json:"payload"`
	// Proof object that allows this notice to be validated by the base layer blockchain
	Proof *Proof `json:"proof,omitempty"`
}

type NoticeConnection = Connection[*Notice]

type NoticeEdge = Edge[*Notice]

type OutputValidityProof struct {
	// Local input index within the context of the related epoch
	InputIndexWithinEpoch int `json:"inputIndexWithinEpoch"`
	// Output index within the context of the input that produced it
	OutputIndexWithinInput int `json:"outputIndexWithinInput"`
	// Merkle root of all output hashes of the related input, given in Ethereum hex binary format (32 bytes), starting with '0x'
	OutputHashesRootHash string `json:"outputHashesRootHash"`
	// Merkle root of all voucher hashes of the related epoch, given in Ethereum hex binary format (32 bytes), starting with '0x'
	VouchersEpochRootHash string `json:"vouchersEpochRootHash"`
	// Merkle root of all notice hashes of the related epoch, given in Ethereum hex binary format (32 bytes), starting with '0x'
	NoticesEpochRootHash string `json:"noticesEpochRootHash"`
	// Hash of the machine state claimed for the related epoch, given in Ethereum hex binary format (32 bytes), starting with '0x'
	MachineStateHash string `json:"machineStateHash"`
	// Proof that this output hash is in the output-hashes merkle tree. This array of siblings is bottom-up ordered (from the leaf to the root). Each hash is given in Ethereum hex binary format (32 bytes), starting with '0x'.
	OutputHashInOutputHashesSiblings []string `json:"outputHashInOutputHashesSiblings"`
	// Proof that this output-hashes root hash is in epoch's output merkle tree. This array of siblings is bottom-up ordered (from the leaf to the root). Each hash is given in Ethereum hex binary format (32 bytes), starting with '0x'.
	OutputHashesInEpochSiblings []string `json:"outputHashesInEpochSiblings"`
}

type PageInfo struct {
	// Cursor pointing to the first entry of the page
	StartCursor *string `json:"startCursor,omitempty"`
	// Cursor pointing to the last entry of the page
	EndCursor *string `json:"endCursor,omitempty"`
	// Indicates if there are additional entries after the end curs
	HasNextPage bool `json:"hasNextPage"`
	// Indicates if there are additional entries before the start curs
	HasPreviousPage bool `json:"hasPreviousPage"`
}

type Proof struct {
	// Validity proof for an output
	Validity *OutputValidityProof `json:"validity"`
	// Data that allows the validity proof to be contextualized within submitted claims, given as a payload in Ethereum hex binary format, starting with '0x'
	Context string `json:"context"`
}

type Report struct {
	// Report index within the context of the input that produced it
	Index int `json:"index"`
	// Index of the input
	InputIndex int
	// Report data as a payload in Ethereum hex binary format, starting with '0x'
	Payload string `json:"payload"`
}

type ReportConnection = Connection[*Report]

type ReportEdge = Edge[*Report]

type Voucher struct {
	// Voucher index within the context of the input that produced it
	Index int `json:"index"`
	// Index of the input
	InputIndex int
	// Transaction destination address in Ethereum hex binary format (20 bytes), starting with
	// '0x'
	Destination string `json:"destination"`
	// Transaction payload in Ethereum hex binary format, starting with '0x'
	Payload string `json:"payload"`
	// Proof object that allows this voucher to be validated and executed on the base layer
	// blockchain
	Proof *Proof `json:"proof,omitempty"`
}

type VoucherConnection = Connection[*Voucher]

type VoucherEdge = Edge[*Voucher]