plugindispatcher

type Capabilities interface {
	vc.Capabilities
}

type ChannelPolicyManagerGetter interface {
	policies.ChannelPolicyManagerGetter
}

type ChannelResources interface {
	// GetMSPIDs returns the IDs for the application MSPs
	// that have been defined in the channel
	GetMSPIDs() []string
}

type CollectionAndLifecycleResources interface {
	LifecycleResources

	// CollectionValidationInfo is exactly like the method defined in CollectionResources but
	// also takes the channel ID.  This is necessary to determine if the org collection names are valid.
	CollectionValidationInfo(channelID, chaincodeName, collectionName string, state s.State) (args []byte, unexpectedErr error, validationErr error)
}

type CollectionResources interface {
	// CollectionValidationInfo returns collection-level endorsement policy for the supplied chaincode.
	// The function returns two types of errors, unexpected errors and validation errors. The
	// reason for this is that this function is to be called from the validation code, which
	// needs to tell apart the two types of error to halt processing on the channel if the
	// unexpected error is not nil and mark the transaction as invalid if the validation error
	// is not nil.
	CollectionValidationInfo(chaincodeName, collectionName string, state s.State) (args []byte, unexpectedErr error, validationErr error)
}

type Context struct {
	Seq        int
	Envelope   []byte
	TxID       string
	Channel    string
	PluginName string
	Policy     []byte
	Namespace  string
	Block      *common.Block
}

type IdentityDeserializer interface {
	msp.IdentityDeserializer
}

type LedgerResources interface {
	// NewQueryExecutor gives handle to a query executor.
	// A client can obtain more than one 'QueryExecutor's for parallel execution.
	// Any synchronization should be performed at the implementation level if required
	NewQueryExecutor() (ledger.QueryExecutor, error)
}

type LifecycleResources interface {
	// ValidationInfo returns the name and arguments of the validation plugin for the supplied
	// chaincode. The function returns two types of errors, unexpected errors and validation
	// errors. The reason for this is that this function is called from the validation code,
	// which needs to differentiate the two types of error to halt processing on the channel
	// if the unexpected error is not nil and mark the transaction as invalid if the validation
	// error is not nil.
	ValidationInfo(channelID, chaincodeName string, qe ledger.SimpleQueryExecutor) (plugin string, args []byte, unexpectedErr error, validationErr error)
}

type Mapper interface {
	txvalidatorplugin.Mapper
}

type Plugin interface {
	validation.Plugin
}

type PluginFactory interface {
	validation.PluginFactory
}

type PluginValidator struct {
	sync.Mutex

	txvalidatorplugin.Mapper
	QueryExecutorCreator
	msp.IdentityDeserializer

	policies.ChannelPolicyManagerGetter
	CollectionResources
	// contains filtered or unexported fields
}

type PolicyEvaluatorWrapper struct {
	msp.IdentityDeserializer
	vp.PolicyEvaluator
}

type PolicyManager interface {
	policies.Manager
}

type QueryExecutorCreator interface {
	NewQueryExecutor() (ledger.QueryExecutor, error)
}

type ResultsIteratorImpl struct {
	ledger2.ResultsIterator
}

type StateFetcherImpl struct {
	QueryExecutorCreator
}

type StateImpl struct {
	ledger.QueryExecutor
}