static void Main(string[] args)
{
string notation = "3!a15d";
string value = "EUR50000,00";
notation = "1!a6!n3!a15d";
value = "A" + "123456" + "ABC" + "1234,";
notation = "3*5a"; // ?
value = "A\nAA\nAAA";
notation = "5n[/5n]";
value = "123/11";
notation = "5!a";
value = "ABCDF";
SwiftParser parser = new SwiftParser(notation);
var result = parser.parse(value);
var bic = Bic.GetBic("HASPDEHHXXX");
Console.WriteLine("Instution Code --> {0}", bic.InstitutionCode);
Console.WriteLine("Country Code --> {0}", bic.CountryCode);
Console.WriteLine("LocationCode --> {0}", bic.LocationCode);
Console.WriteLine("BranchCode --> {0}", bic.BranchCode);
var bic1 = Bic.GetBic("HASPDEHH");
Console.ReadLine();
}
public void WHEN_valid_Tag()
{
string notation = "3!a15d";
string value = "EUR50000,00";
SwiftParser parser = new SwiftParser(notation);
var result = parser.parse(value);
Assert.AreEqual(2, result.Count);
}
public void WHEN_valid_Tag2()
{
string notation = "1!a6!n3!a15d";
string value = "A123456ABC1234,";
SwiftParser parser = new SwiftParser(notation);
var result = parser.parse(value);
Assert.AreEqual(4, result.Count);
}
public void GetMt543_SwiftFileOutput_ReturnSwiftMessage()
{
string messageText = "";
using (StreamReader stream = new StreamReader(@"..\..\..\SwiftFiles\Mt543"))
{
messageText = stream.ReadToEnd();
}
SwiftParser parser = new SwiftParser();
MT543 result = Mt.Category5.MT543.Parse(messageText);
Assert.AreEqual(messageText, result.ToString());
}
public static void Main(string[] args)
{
if (args.Length != 2)
{
Console.WriteLine("usage: SwiftTranslator.exe [input file] [output file]");
Environment.Exit(1);
}
string input = File.ReadAllText(args[0]);
var ms = new MemoryStream(Encoding.UTF8.GetBytes(input));
var lexer = new SwiftLexer(new AntlrInputStream(ms));
var tokens = new CommonTokenStream(lexer);
var parser = new SwiftParser(tokens);
var tree = parser.file();
var pastwk = new ParseTreeWalker();
/*
* Первым проходом по дереву проверим, не находятся ли два оператора на одной строке, не разделенные точкой
* с запятой
*
* В рамках грамматики ANTLR это проверить проблематично, потому что для этого нужно обрабатывать в ней
* символы переноса строки, а не пропускать их. Так как символы переноса строки в языке Swift разрешены
* почти везде, это приведет к необходимости пихать всюду `NEWLINE*`, что приведет грамматику в нечитаемый
* и неподдерживаемый вид, а также может привести к многочисленным трудноуловимым ошибкам вида "пропущено
* `NEWLINE*`". В данном случае возможная альтернатива двухпроходной обработке синтаксического дерева
* — предоварительная потока лексем на основе отдельной грамматики.
*/
SwiftStatementPlacementCheckListener collisionChecker = new SwiftStatementPlacementCheckListener();
pastwk.Walk(collisionChecker, tree);
if (!collisionChecker.IsValid)
{
foreach (Tuple <int, int> collisionLoc in collisionChecker.CollisionLocations)
{
Console.WriteLine($"Error 1889: At line {collisionLoc.Item1}, column {collisionLoc.Item2}: " +
"two consecutive statements should be separated by a newline or a semicolon");
}
Environment.Exit(1);
}
pastwk.Walk(new SwiftMainListener(args[1]), tree);
}
public static void Main(string[] args)
{
if (args.Length != 2)
{
Console.WriteLine("usage: SwiftTranslator.exe [input file] [output file]");
Environment.Exit(1);
}
string input = File.ReadAllText(args[0]);
var ms = new MemoryStream(Encoding.UTF8.GetBytes(input));
var lexer = new SwiftLexer(new AntlrInputStream(ms));
var tokens = new CommonTokenStream(lexer);
var parser = new SwiftParser(tokens);
var tree = parser.file();
var pastwk = new ParseTreeWalker();
pastwk.Walk(new SwiftSuperListener(args[1]), tree);
}
public void GetSwiftMessage_SwiftFileOutput_ReturnSwiftMessage()
{
string messageText = "";
using (StreamReader stream = new StreamReader(@"..\..\..\SwiftFiles\GetSwiftMessage_SwiftFileOutput_ReturnSwiftMessage"))
{
messageText = stream.ReadToEnd();
}
SwiftMessage swiftMessage = new SwiftMessage()
{
Block1 = new SwiftBlock1()
{
ApplicationId = "F",
ServiceId = "01",
LogicalTerminalAddress = "TESTBIC12XXX",
SessionNumber = "0360",
SequenceNumber = "105154",
},
Block2 = new SwiftBlock2Output()
{
Direction = Direction.Output,
MessageType = "564",
InputTime = "1057",
MessageInputReference = new MessageInputReference()
{
InputDate = "130214",
LogicalTerminalAddress = "TESTBIC34XXX",
SessionNumber = "2626",
SequenceNumber = "493828"
},
ReceiverOutputDate = "130214",
ReceiverOutputTime = "1757",
MessagePriority = "N"
},
Block3 = new SwiftBlock3()
{
new SwiftTag("103", "CAD"),
new SwiftTag("108", "2RDRQDHM3WO"),
},
Block4 = new SwiftBlock4()
{
new SwiftTag("16R", "GENL"),
new SwiftTag("20C", ":CORP//1234567890123456"),
new SwiftTag("20C", ":SEME//9876543210987654"),
new SwiftTag("23G", "NEWM"),
new SwiftTag("22F", ":CAEV//INTR"),
new SwiftTag("22F", ":CAMV//MAND"),
new SwiftTag("98C", ":PREP//20220202105733"),
new SwiftTag("25D", ":PROC//ENTL"),
new SwiftTag("16S", "GENL"),
new SwiftTag("16R", "USECU"),
new SwiftTag("35B", "ISIN CH0101010101\r\n/XS/232323232\r\nFINANCIAL INSTRUMENT ACME"),
new SwiftTag("16R", "FIA"),
new SwiftTag("22F", ":MICO//A007"),
new SwiftTag("16S", "FIA"),
new SwiftTag("16R", "ACCTINFO"),
new SwiftTag("97A", ":SAFE//99999"),
new SwiftTag("94F", ":SAFE//NCSD/TESTBIC0ABC"),
new SwiftTag("93B", ":ELIG//FAMT/500000,"),
new SwiftTag("93B", ":SETT//FAMT/500000,"),
new SwiftTag("16S", "ACCTINFO"),
new SwiftTag("16S", "USECU"),
new SwiftTag("16R", "CADETL"),
new SwiftTag("98A", ":ANOU//20220113"),
new SwiftTag("98A", ":RDTE//20220113"),
new SwiftTag("69A", ":INPE//20220214/20220214"),
new SwiftTag("99A", ":DAAC//360"),
new SwiftTag("92K", ":INTR//UKWN"),
new SwiftTag("22F", ":ADDB//CAPA"),
new SwiftTag("16S", "CADETL"),
new SwiftTag("16R", "CAOPTN"),
new SwiftTag("13A", ":CAON//001"),
new SwiftTag("22F", ":CAOP//CASH"),
new SwiftTag("11A", ":OPTN//USD"),
new SwiftTag("17B", ":DFLT//Y"),
new SwiftTag("16R", "CASHMOVE"),
new SwiftTag("22H", ":CRDB//CRED"),
new SwiftTag("22H", ":CONT//ACTU"),
new SwiftTag("97A", ":CASH//89898"),
new SwiftTag("19B", ":ENTL//USD3333,"),
new SwiftTag("19B", ":TXFR//USD3333,"),
new SwiftTag("19B", ":NETT//USD3333,"),
new SwiftTag("98A", ":PAYD//20220214"),
new SwiftTag("98A", ":VALU//20220214"),
new SwiftTag("98A", ":EARL//20220214"),
new SwiftTag("92A", ":INTP//0,75"),
new SwiftTag("92A", ":TAXR//0,"),
new SwiftTag("16S", "CASHMOVE"),
new SwiftTag("16S", "CAOPTN"),
new SwiftTag("16R", "ADDINFO"),
new SwiftTag("70E", ":ADTX//PAYMENT UPON RECEIPT OF FUNDS - \r\nTIMELY PAYMENT EXPECTED"),
new SwiftTag("16S", "ADDINFO"),
},
Block5 = new SwiftBlock5()
{
new SwiftTag("CHK", "C77F8E009597")
}
};
SwiftParser parser = new SwiftParser();
var result = parser.GetSwiftMessage(messageText);
Assert.AreEqual(result, swiftMessage);
}
