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package segment
import (
"fmt"
"sort"
"time"
"github.com/mitch000001/go-hbci/domain"
"github.com/mitch000001/go-hbci/element"
)
func NewPublicKeyRenewalSegment(number int, keyName domain.KeyName, pubKey *domain.PublicKey) *PublicKeyRenewalSegment {
if keyName.KeyType == "B" {
panic(fmt.Errorf("KeyType may not be 'B'"))
}
p := &PublicKeyRenewalSegment{
MessageID: element.NewNumber(2, 1),
FunctionID: element.NewNumber(112, 3),
KeyName: element.NewKeyName(keyName),
PublicKey: element.NewPublicKey(pubKey),
}
p.Segment = NewBasicSegment(number, p)
return p
}
type PublicKeyRenewalSegment struct {
Segment
// "2" für ‘Key-Management-Nachricht erwartet Antwort’
MessageID *element.NumberDataElement
// "112" für ‘Certificate Replacement’ (Ersatz des Zertifikats))
FunctionID *element.NumberDataElement
// Key type may not equal 'B'
KeyName *element.KeyNameDataElement
PublicKey *element.PublicKeyDataElement
Certificate *element.CertificateDataElement
}
func (p *PublicKeyRenewalSegment) Version() int { return 2 }
func (p *PublicKeyRenewalSegment) ID() string { return "HKSAK" }
func (p *PublicKeyRenewalSegment) referencedId() string { return "" }
func (p *PublicKeyRenewalSegment) sender() string { return senderUser }
func (p *PublicKeyRenewalSegment) elements() []element.DataElement {
return []element.DataElement{
p.MessageID,
p.FunctionID,
p.KeyName,
p.PublicKey,
p.Certificate,
}
}
func NewPublicKeyRequestSegment(number int, keyName domain.KeyName) *PublicKeyRequestSegment {
p := &PublicKeyRequestSegment{
MessageID: element.NewNumber(2, 1),
FunctionID: element.NewNumber(124, 3),
KeyName: element.NewKeyName(keyName),
}
p.ClientSegment = NewBasicSegment(number, p)
return p
}
type PublicKeyRequestSegment struct {
ClientSegment
// "2" für ‘Key-Management-Nachricht erwartet Antwort’
MessageID *element.NumberDataElement
// "124" für ‘Certificate Status Request’
FunctionID *element.NumberDataElement
KeyName *element.KeyNameDataElement
Certificate *element.CertificateDataElement
}
func (p *PublicKeyRequestSegment) Version() int { return 2 }
func (p *PublicKeyRequestSegment) ID() string { return "HKISA" }
func (p *PublicKeyRequestSegment) referencedId() string { return "" }
func (p *PublicKeyRequestSegment) sender() string { return senderUser }
func (p *PublicKeyRequestSegment) elements() []element.DataElement {
return []element.DataElement{
p.MessageID,
p.FunctionID,
p.KeyName,
p.Certificate,
}
}
func NewPublicKeyTransmissionSegment(dialogId string, number int, messageReference int, keyName domain.KeyName, pubKey *domain.PublicKey, refSegment *PublicKeyRequestSegment) *PublicKeyTransmissionSegment {
if messageReference <= 0 {
panic(fmt.Errorf("Message Reference number must be greater 0"))
}
p := &PublicKeyTransmissionSegment{
MessageID: element.NewNumber(1, 1),
DialogID: element.NewIdentification(dialogId),
MessageRef: element.NewNumber(messageReference, 4),
FunctionID: element.NewNumber(224, 3),
KeyName: element.NewKeyName(keyName),
PublicKey: element.NewPublicKey(pubKey),
}
header := element.NewReferencingSegmentHeader("HIISA", number, 2, refSegment.Header().Position.Val())
p.Segment = NewBasicSegmentWithHeader(header, p)
return p
}
type PublicKeyTransmissionSegment struct {
Segment
// "1" für ‘Key-Management-Nachricht ist Antwort’
MessageID *element.NumberDataElement
DialogID *element.IdentificationDataElement
MessageRef *element.NumberDataElement
// "224" für ‘Certificate Status Notice’
FunctionID *element.NumberDataElement
KeyName *element.KeyNameDataElement
PublicKey *element.PublicKeyDataElement
Certificate *element.CertificateDataElement
}
func (p *PublicKeyTransmissionSegment) Version() int { return 2 }
func (p *PublicKeyTransmissionSegment) ID() string { return "HIISA" }
func (p *PublicKeyTransmissionSegment) referencedId() string { return "HKISA" }
func (p *PublicKeyTransmissionSegment) sender() string { return senderBank }
func (p *PublicKeyTransmissionSegment) elements() []element.DataElement {
return []element.DataElement{
p.MessageID,
p.DialogID,
p.MessageRef,
p.FunctionID,
p.KeyName,
p.PublicKey,
p.Certificate,
}
}
const (
KeyCompromitted = "1"
KeyMaybeCompromitted = "501"
KeyRevocationMisc = "999"
)
var validRevocationReasons = []string{
KeyCompromitted,
KeyMaybeCompromitted,
KeyRevocationMisc,
}
func NewPublicKeyRevocationSegment(number int, keyName domain.KeyName, reason string) *PublicKeyRevocationSegment {
if sort.SearchStrings(validRevocationReasons, reason) > len(validRevocationReasons) {
panic(fmt.Errorf("Reason must be one of %v", validRevocationReasons))
}
p := &PublicKeyRevocationSegment{
MessageID: element.NewNumber(2, 1),
FunctionID: element.NewNumber(130, 3),
KeyName: element.NewKeyName(keyName),
RevocationReason: element.NewAlphaNumeric(reason, 3),
Date: element.NewSecurityDate(element.SecurityTimestamp, time.Now()),
}
p.Segment = NewBasicSegment(number, p)
return p
}
type PublicKeyRevocationSegment struct {
Segment
// "2" für ‘Key-Management-Nachricht erwartet Antwort’
MessageID *element.NumberDataElement
// "130" für ‘Certificate Revocation’ (Zertifikatswiderruf)
FunctionID *element.NumberDataElement
KeyName *element.KeyNameDataElement
// "1" für ‘Schlüssel des Zertifikatseigentümers kompromittiert’
// "501" für ‘Zertifikat ungültig wegen Verdacht auf Kompromittierung’
// "999" für ‘gesperrt aus sonstigen Gründen’
RevocationReason *element.AlphaNumericDataElement
Date *element.SecurityDateDataElement
Certificate *element.CertificateDataElement
}
func (p *PublicKeyRevocationSegment) Version() int { return 2 }
func (p *PublicKeyRevocationSegment) ID() string { return "HKSSP" }
func (p *PublicKeyRevocationSegment) referencedId() string { return "" }
func (p *PublicKeyRevocationSegment) sender() string { return senderUser }
func (p *PublicKeyRevocationSegment) elements() []element.DataElement {
return []element.DataElement{
p.MessageID,
p.FunctionID,
p.KeyName,
p.RevocationReason,
p.Date,
p.Certificate,
}
}
func NewPublicKeyRevocationConfirmationSegment(dialogId string, number int, messageReference int, keyName domain.KeyName, reason string, refSegment *PublicKeyRevocationSegment) *PublicKeyRevocationConfirmationSegment {
if messageReference <= 0 {
panic(fmt.Errorf("Message Reference number must be greater 0"))
}
if sort.SearchStrings(validRevocationReasons, reason) > len(validRevocationReasons) {
panic(fmt.Errorf("Reason must be one of %v", validRevocationReasons))
}
p := &PublicKeyRevocationConfirmationSegment{
MessageID: element.NewNumber(1, 1),
DialogID: element.NewIdentification(dialogId),
MessageRef: element.NewNumber(messageReference, 4),
FunctionID: element.NewNumber(231, 3),
KeyName: element.NewKeyName(keyName),
RevocationReason: element.NewAlphaNumeric(reason, 3),
Date: element.NewSecurityDate(element.SecurityTimestamp, time.Now()),
}
header := element.NewReferencingSegmentHeader("HISSP", number, 2, refSegment.Header().Position.Val())
p.Segment = NewBasicSegmentWithHeader(header, p)
return p
}
type PublicKeyRevocationConfirmationSegment struct {
Segment
// "1" für ‘Key-Management-Nachricht ist Antwort’
MessageID *element.NumberDataElement
DialogID *element.IdentificationDataElement
MessageRef *element.NumberDataElement
// "231" für ‘Revocation Confirmation’ (Bestätigung des Zertifikatswiderrufs)
FunctionID *element.NumberDataElement
KeyName *element.KeyNameDataElement
// "1" für ‘Schlüssel des Zertifikatseigentümers kompromittiert’
// "501" für ‘Zertifikat ungültig wegen Verdacht auf Kompromittierung’
// "999" für ‘gesperrt aus sonstigen Gründen’
RevocationReason *element.AlphaNumericDataElement
Date *element.SecurityDateDataElement
Certificate *element.CertificateDataElement
}
func (p *PublicKeyRevocationConfirmationSegment) Version() int { return 2 }
func (p *PublicKeyRevocationConfirmationSegment) ID() string { return "HISSP" }
func (p *PublicKeyRevocationConfirmationSegment) referencedId() string { return "HKSSP" }
func (p *PublicKeyRevocationConfirmationSegment) sender() string { return senderBank }
func (p *PublicKeyRevocationConfirmationSegment) elements() []element.DataElement {
return []element.DataElement{
p.MessageID,
p.DialogID,
p.MessageRef,
p.FunctionID,
p.KeyName,
p.RevocationReason,
p.Date,
p.Certificate,
}
}
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