Tax Filing Service
| POST | /BatchValidiereUndDruckeErsteSeiteAsync | An asynchronous service to validate a batch of tax data and print the first page of their protocol printouts. |
|---|
import Foundation
import ServiceStack
/**
* An asynchronous service to validate a batch of tax data and print the first page of their protocol printouts.
*/
// @Api(Description="An asynchronous service to validate a batch of tax data and print the first page of their protocol printouts.")
public class BatchValidiereUndDruckeErsteSeiteAsync : BatchValidiereUndDruckeErsteSeiteBase
{
/**
* Should the PDF file be prepared for a double-sided printout with a margin for punching?. True: The straight sides are indented to the left for a stitching margin for punching. False: There is no indentation of the straight sides. The created PDF is only intended for printing pages page by page.
*/
// @ApiMember(Description="Should the PDF file be prepared for a double-sided printout with a margin for punching?. True: The straight sides are indented to the left for a stitching margin for punching. False: There is no indentation of the straight sides. The created PDF is only intended for printing pages page by page.", Name="DuplexDruck")
public var duplexDruck:Bool?
/**
* Name prefix of the generated transfer protocol file.
*/
// @ApiMember(Description="Name prefix of the generated transfer protocol file.", Name="ProtocolPrefix")
public var protocolPrefix:String
/**
* Footer text to be used on the printout (optional).
*/
// @ApiMember(Description="Footer text to be used on the printout (optional).", Name="FussText")
public var fussText:String
/**
* The batch of tax data to process.
*/
// @ApiMember(Description="The batch of tax data to process.", Name="Data")
public var data:[TaxData] = []
required public init(){ super.init() }
private enum CodingKeys : String, CodingKey {
case duplexDruck
case protocolPrefix
case fussText
case data
}
required public init(from decoder: Decoder) throws {
try super.init(from: decoder)
let container = try decoder.container(keyedBy: CodingKeys.self)
duplexDruck = try container.decodeIfPresent(Bool.self, forKey: .duplexDruck)
protocolPrefix = try container.decodeIfPresent(String.self, forKey: .protocolPrefix)
fussText = try container.decodeIfPresent(String.self, forKey: .fussText)
data = try container.decodeIfPresent([TaxData].self, forKey: .data) ?? []
}
public override func encode(to encoder: Encoder) throws {
try super.encode(to: encoder)
var container = encoder.container(keyedBy: CodingKeys.self)
if duplexDruck != nil { try container.encode(duplexDruck, forKey: .duplexDruck) }
if protocolPrefix != nil { try container.encode(protocolPrefix, forKey: .protocolPrefix) }
if fussText != nil { try container.encode(fussText, forKey: .fussText) }
if data.count > 0 { try container.encode(data, forKey: .data) }
}
}
/**
* A base service to validate a batch of tax data and print the first page of their protocol printouts.
*/
// @Api(Description="A base service to validate a batch of tax data and print the first page of their protocol printouts.")
public class BatchValidiereUndDruckeErsteSeiteBase : BatchBearbeiteVorgangBase, IDruckRequest
{
/**
* Should the PDF file be prepared for a double-sided printout with a margin for punching?. True: The straight sides are indented to the left for a stitching margin for punching. False: There is no indentation of the straight sides. The created PDF is only intended for printing pages page by page.
*/
// @ApiMember(Description="Should the PDF file be prepared for a double-sided printout with a margin for punching?. True: The straight sides are indented to the left for a stitching margin for punching. False: There is no indentation of the straight sides. The created PDF is only intended for printing pages page by page.", Name="DuplexDruck")
public var duplexDruck:Bool?
/**
* Name prefix of the generated transfer protocol file.
*/
// @ApiMember(Description="Name prefix of the generated transfer protocol file.", Name="ProtocolPrefix")
public var protocolPrefix:String
/**
* Footer text to be used on the printout (optional).
*/
// @ApiMember(Description="Footer text to be used on the printout (optional).", Name="FussText")
public var fussText:String
/**
* The batch of tax data to process.
*/
// @ApiMember(Description="The batch of tax data to process.", Name="Data")
public var data:[TaxData] = []
required public init(){ super.init() }
private enum CodingKeys : String, CodingKey {
case duplexDruck
case protocolPrefix
case fussText
case data
}
required public init(from decoder: Decoder) throws {
try super.init(from: decoder)
let container = try decoder.container(keyedBy: CodingKeys.self)
duplexDruck = try container.decodeIfPresent(Bool.self, forKey: .duplexDruck)
protocolPrefix = try container.decodeIfPresent(String.self, forKey: .protocolPrefix)
fussText = try container.decodeIfPresent(String.self, forKey: .fussText)
data = try container.decodeIfPresent([TaxData].self, forKey: .data) ?? []
}
public override func encode(to encoder: Encoder) throws {
try super.encode(to: encoder)
var container = encoder.container(keyedBy: CodingKeys.self)
if duplexDruck != nil { try container.encode(duplexDruck, forKey: .duplexDruck) }
if protocolPrefix != nil { try container.encode(protocolPrefix, forKey: .protocolPrefix) }
if fussText != nil { try container.encode(fussText, forKey: .fussText) }
if data.count > 0 { try container.encode(data, forKey: .data) }
}
}
/**
* A base service to process a batch of tax data.
*/
// @Api(Description="A base service to process a batch of tax data.")
public class BatchBearbeiteVorgangBase : IPost, Codable
{
/**
* The batch of tax data to process.
*/
// @ApiMember(Description="The batch of tax data to process.", Name="Data")
public var data:[TaxData] = []
required public init(){}
}
/**
* Represents a structure that encapsulates a tax declaration.
*/
// @Api(Description="Represents a structure that encapsulates a tax declaration.")
public class TaxData : Codable
{
/**
* The unique identifier of the tax data.
*/
// @ApiMember(Description="The unique identifier of the tax data.", IsRequired=true)
public var id:String
/**
* The XML-based tax declaration.
*/
// @ApiMember(Description="The XML-based tax declaration.", IsRequired=true)
public var content:String
required public init(){}
}
Swift BatchValidiereUndDruckeErsteSeiteAsync DTOs
To override the Content-type in your clients, use the HTTP Accept Header, append the .jsv suffix or ?format=jsv
The following are sample HTTP requests and responses. The placeholders shown need to be replaced with actual values.
POST /BatchValidiereUndDruckeErsteSeiteAsync HTTP/1.1
Host: taxfiling.pwc.de
Accept: text/jsv
Content-Type: text/jsv
Content-Length: length
{
duplexDruck: False,
protocolPrefix: String,
fussText: String,
data:
[
{
id: String,
content: String
}
]
}
HTTP/1.1 200 OK
Content-Type: text/jsv
Content-Length: length
[
{
rueckgabe:
{
erfolg:
{
telenummer:
[
String
],
ordnungsbegriffe:
[
String
]
},
transfers:
{
transferList:
[
{
transferTicket: String
}
]
},
fehlerRegelpruefungen:
[
{
nutzdatenticket: String,
feldidentifikator: String,
mehrfachzeilenindex: String,
lfdNrVordruck: String,
vordruckZeilennummer: String,
semantischeIndexes:
[
{
name: String,
value: String
}
],
untersachbereich: String,
privateKennnummer: String,
regelName: String,
fachlicheFehlerId: String,
text: String
}
],
hinweise:
[
{
nutzdatenticket: String,
feldidentifikator: String,
mehrfachzeilenindex: String,
lfdNrVordruck: String,
vordruckZeilennummer: String,
semantischeIndexes:
[
{
name: String,
value: String
}
],
untersachbereich: String,
privateKennnummer: String,
regelName: String,
fachlicheHinweisId: String,
text: String
}
]
},
serverantwort:
{
transferHeader:
{
version: String,
verfahren: ElsterAnmeldung,
datenArt: 34a,
vorgang: send-Auth,
transferTicket: String,
testmerker: 0,
sigUser:
{
inhalt: {}
},
empfaenger:
{
id: String,
ziel: BW
},
herstellerID: String,
datenLieferant: String,
eingangsDatum: 0001-01-01,
datei:
{
verschluesselung: PKCS#7v1.5,
kompression: GZIP,
transportSchluessel: String,
erstellung:
{
eric:
{
inhalt: {}
}
}
},
rc:
{
rueckgabe:
{
code: String,
text: String
},
stack:
{
code: String,
text: String
}
},
versionClient: String,
zusatz:
{
infos:
[
String
],
elsterInfos:
[
String
]
}
},
datenTeil:
{
nutzdatenbloecke:
[
{
nutzdatenHeader:
{
version: String,
nutzdatenTicket: String,
empfaenger:
{
id: L,
value: String
},
hersteller:
{
produktName: String,
produktVersion: String
},
datenLieferant: String,
rc:
{
rueckgabe:
{
code: String,
text: String
},
stack:
{
code: String,
text: String
}
},
zusatz:
{
infos:
[
String
],
elsterInfos:
[
String
]
}
},
nutzdaten:
{
inhalt: {}
}
}
]
}
},
transferProtocols:
[
{
metadata:
{
name: String,
fullName: String,
lastAccessTime: 0001-01-01,
lastAccessTimeUtc: 0001-01-01,
lastWriteTime: 0001-01-01,
lastWriteTimeUtc: 0001-01-01,
length: 0,
userId: 0,
groupId: 0,
othersCanRead: False,
groupCanExecute: False,
groupCanWrite: False,
groupCanRead: False,
ownerCanExecute: False,
ownerCanWrite: False,
ownerCanRead: False,
othersCanExecute: False,
othersCanWrite: False,
extensions:
{
String: String
}
},
name: String,
content: AA==
}
],
statusCode: ERIC_OK,
statusText: String,
id: String,
index: 0,
responseStatus:
{
errorCode: String,
message: String,
stackTrace: String,
errors:
[
{
errorCode: String,
fieldName: String,
message: String,
meta:
{
String: String
}
}
],
meta:
{
String: String
}
}
}
]