model

type AriesPubKey interface {
	PubKeyBytes() []byte
	KeyID() string
	VerificationMaterialType() didTypes.VerificationMaterialType
	DIDRelationships() []string
}

type CallableEnvelope struct {
	DataIn   interface{}
	Callback func(message string)
}

type Contact struct {
	*didexchange.Connection
	Channel string        `json:"channel"`
	Texts   []TextMessage `json:"texts"`
}

type Credentials []verifiable.Credential

type ED25519 struct {
	*wallet.KeyPair
}

type EMoneyApplicationRequest struct {
	// Credential name of the credential that should be received as a reply for this request
	Credential string `json:"expected_credential"`
	Name       string `json:"-" cash_label:"Name" cash_hint:"name of the applicant"`
	Surname    string `json:"-" cash_label:"Surname" cash_hint:"surname of the applicant"`
	Age        string `json:"-" cash_label:"Age" cash_hint:"age of the applicant"`
	ZKP        string `json:"zkp" cash_label:"ZKP" cash_hint:"autogenerated proof of the user identity (PoKYC)" cash_ro:"true"`
	SubjectDID string `json:"subject_did" cash_label:"Subject DID" cash_hint:"the cosmos DID to issue the credential to"`
	IsVerified bool   `json:"is_verified"`
}

type LicenseCredentialRequest struct {
	// Credential name of the credential that should be received as a reply for this request
	Credential  string `json:"expected_credential"`
	Country     string `json:"country" cash_label:"Country" cash_hint:"the regulator country of authority"`
	LicenseType string `json:"name" cash_label:"Regulator name" cash_hint:"name of the regulator authority"`
	Denom       string `json:"denom" cash_label:"Token denomination" cash_hint:"symbol of the token to issue"`
	MaxSupply   int64  `json:"max_supply" cash_label:"Max supply" cash_hint:"max supply for the token"`
	Authority   string `json:"authority" cash_label:"Regulator name" cash_hint:"name of the regulator authority"`
}

type PaymentRequest struct {
	// Credential name of the credential that should be received as a reply for this request
	Credential string  `json:"expected_credential"`
	Recipient  string  `json:"recipient" cash_label:"Recipient Address" cash_hint:"address to send the payment to"`
	Amount     float64 `json:"amount" cash_label:"Amount" cash_hint:"amount to be transferred"`
	Denom      string  `json:"denom" cash_label:"Token Denomination" cash_hint:"the token symbol"`
	Note       string  `json:"note" cash_label:"Payment Note" cash_hint:"note for the payment request"`
}

type PresentationRequest interface {
	ExpectedCredential() string
}

type RegistrationCredentialRequest struct {
	// Credential name of the credential that should be received as a reply for this request
	Credential string `json:"expected_credential"`
	Country    string `json:"country" cash_label:"Country" cash_hint:"the country of operation for the e-money token provider"`
	Name       string `json:"name" cash_label:"Organization name" cash_hint:"name of the e-money token provider organization"`
	ShortName  string `json:"short_name" cash_label:"Organization short name" cash_hint:"short name of the e-money token provider organization"`
	SubjectDID string `json:"subject_did" cash_label:"Subject DID" cash_hint:"the cosmos DID to issue the credential to" cash_ro:"true"`
}

type RegulatorCredentialRequest struct {
	// Credential name of the credential that should be received as a reply for this request
	Credential string `json:"expected_credential"`
	SubjectDID string `json:"subject_did" cash_label:"Subject DID" cash_hint:"the subject that should be a regulator"`
	Country    string `json:"country" cash_label:"Country" cash_hint:"the regulator country of authority"`
	Name       string `json:"name" cash_label:"Regulator name" cash_hint:"name of the regulator authority"`
}

type TextMessage struct {
	// Channel is used to identify which chat the message belongs to
	Channel     string    `json:"-"`
	From        string    `json:"fr"`
	Content     string    `json:"cn"`
	ProcessedAt time.Time `json:"at"`
}

type X25519 struct {
	*wallet.KeyPair
}