public virtual string GetId(GenericParser parser)
{
var identity = _command.Parameters.FirstOrDefault(p => p.IsIdentity);
if (identity != null) return parser[identity.DatafileColumn];
return parser["ID"] ?? parser["id"] ?? parser["Id"];
}
public IEnumerable<string> Run()
{
var onlyLogErrors = bool.Parse(ConfigurationManager.AppSettings["OnlyLogErrors"]);
using (GenericParser parser = new GenericParser())
{
parser.SetDataSource(_command.Datafile);
parser.ColumnDelimiter = ',';
parser.FirstRowHasHeader = true;
parser.SkipStartingDataRows = 0;
parser.MaxBufferSize = 4096;
parser.MaxRows = 1000000;
parser.TextQualifier = '\"';
_connection.Open();
var count = 0;
while (parser.Read())
{
SetParameters(parser);
count++;
Exception exception = null;
var affected = 0;
try
{
affected = _adaptor.Execute();
}
catch (Exception ex)
{
exception = ex;
}
if (exception != null)
yield return exception.ToString();
else if (affected == 0)
yield return count.ToString() + " : " + FailMessage(parser);
else if (!onlyLogErrors)
yield return count.ToString() + " : " + SuccessMessage(parser);
else
yield return "";
}
_connection.Close();
}
}
static Data ReadFieldData(string fname) {
var d = new Data();
var rows = new List<double[]>();
var labels = new List<string>();
using (GenericParser parser = new GenericParser()) {
parser.SetDataSource(fname);
parser.ColumnDelimiter = ',';
parser.FirstRowHasHeader = false;
parser.TextQualifier = '\"';
while(parser.Read()) {
rows.Add(StringKernalFunction(parser[0].Trim()));
labels.Add(parser[1]);
}
}
d.Features = rows.ToArray();
d.Labels = labels.ToArray();
return d;
}
private void btn2_Click(object sender, EventArgs e)
{
//ArgumentParser argParser = new ArgumentParser(args);
String dataSource = ofd1.FileName;//argParser["o"];
if (dataSource != null)
{
try
{
GenericParser parser = new GenericParser();
parser.SetDataSource(dataSource);
parser.FirstRowHasHeader = true;
parser.Read();
int columnCount = parser.ColumnCount;
//Work out the names of the Accounts we need to sum
List<string> ItemNames = new List<string>();
for (int i = 0; i < columnCount; i++)
{
ItemNames.Add (parser.GetColumnName(i));
}
// //Work out the numbers we need to sum
// List<Decimal> DecimalsToSum = new List<decimal>();
// for (int decimalCounter = 0; decimalCounter < columnCount; decimalCounter++)
// {
// DecimalsToSum.Add(Decimal.Parse(parser[decimalCounter]));
// }
//
// List<Tuple<Decimal,List<String>>> SumsAndOps = new List<Tuple<Decimal,List<String>>>();
// List<Tuple<Decimal,Decimal,List<String>>> AbsSumsAndOps = new List<Tuple<Decimal,Decimal,List<String>>>();
// List<String> OpsSoFar = new List<string>();
//
// callsCount = 0;
// BuildPathsAndSumsTogether (SumsAndOps, AbsSumsAndOps, DecimalsToSum, OpsSoFar, 0, 0, columnCount);
// SumsAndOps.Sort( (a,b) => a.Item1.CompareTo(b.Item1) );
// AbsSumsAndOps.Sort( (a,b) => a.Item1.CompareTo(b.Item1) );
//Work out the numbers we need to sum
List<Decimal> DecimalsToSum = new List<decimal>();
for (int decimalCounter = 0; decimalCounter < columnCount; decimalCounter++)
{
DecimalsToSum.Add(Decimal.Parse(parser[decimalCounter]));
}
//List<Tuple<Decimal,List<String>>> SumsAndOps = new List<Tuple<Decimal,List<String>>>();
List<String> OpsSoFar = new List<string>();
callsCount = 0;
maxAbsDiff = -9999;
BuildPathsAndSumsTogetherMinimal(DecimalsToSum, OpsSoFar, 0, 0, columnCount);
String stuff = "yarr";
Decimal outcome = maxAbsDiff;
//BuildPathsAndSumsTogetherNoAbs (SumsAndOps, DecimalsToSum, OpsSoFar, 0, 0, columnCount);(SumsAndOps, DecimalsToSum, OpsSoFar, 0, 0, columnCount);
//SumsAndOps.Sort( (a,b) => a.Item1.CompareTo(b.Item1) );
// int countSuccess = 0;
// textBox1.Text = "";
// foreach(Tuple<Decimal,List<string>> sumWithOps in SumsAndOps) {
// if(sumWithOps.Item1 == 0) {
// countSuccess++;
//
// for(int account = 0; account < ItemNames.Count; account++) {
// textBox1.Text += (ItemNames[account].PadLeft(30) + ":"
// + DecimalsToSum[account].ToString().PadLeft(15).PadRight(4)
// + "(" + sumWithOps.Item2[account] + ")"
// + Environment.NewLine);
// Console.WriteLine(ItemNames[account]+":"+DecimalsToSum[account]+":"+sumWithOps.Item2[account]);
// }
// textBox1.Text += ("Balances To".PadLeft(30) + ":"
// + sumWithOps.Item1.ToString().PadLeft(15)
// + Environment.NewLine + Environment.NewLine);
// Console.WriteLine("Balances To" +":"+ sumWithOps.Item1);
// Console.WriteLine();
// }
// }
//
// if(countSuccess == 0) {
// int n = 20;
//
//// textBox1.Text = "This combination of numbers has no possible way to balance. The " + n + " solutions closest to 0 follow." + Environment.NewLine;
////
//// for(int closeResultPos = 0 ; closeResultPos < n || closeResultPos >= AbsSumsAndOps.Count; closeResultPos++) {
//// Tuple<Decimal,Decimal,List<string>> sumWithOps = AbsSumsAndOps[closeResultPos];
//// for(int account = 0; account < ItemNames.Count; account++) {
//// textBox1.Text += (ItemNames[account].PadLeft(30) + ":"
//// + DecimalsToSum[account].ToString().PadLeft(15).PadRight(4)
//// + "(" + sumWithOps.Item3[account] + ")"
//// + Environment.NewLine);
//// Console.WriteLine(ItemNames[account]+":"+DecimalsToSum[account]+":"+sumWithOps.Item3[account]);
//// }
////
//// textBox1.Text += ("Balances To".PadLeft(30) + ":"
//// + sumWithOps.Item2.ToString().PadLeft(15)
//// + Environment.NewLine + Environment.NewLine);
//// Console.WriteLine("Balances To" +":"+ sumWithOps.Item2);
//// Console.WriteLine();
//// }
// }
}
catch (Exception ex)
{
textBox1.Text = ex.Message;
}
}
}
void ISelfParser.ParseAndFill(BinaryReader reader)
{
this.CodecId = reader.ReadByte();
this.NumberOfData1 = reader.ReadByte();
_data = new List <AvlData>();
for (var index = 0; index < this.NumberOfData1; index++)
{
var avlData = GenericParser.Parse <AvlData>(reader);
_data.Add(avlData);
}
this.NumberOfData2 = reader.ReadByte();
if (this.NumberOfData1 != this.NumberOfData2)
{
throw new InvalidDataException("record counts are not equal");
}
if (this.NumberOfData1 != _data.Count)
{
throw new InvalidDataException("record counts are not equal");
}
if (reader.BaseStream.Position != reader.BaseStream.Length)
{
throw new InvalidDataException("unfinished avl array data");
}
}
public void RunTestCode(string basepath)
{
string xml = basepath + "test/testxml/home_config.xml";
XmlDocument doc = new XmlDocument();
doc.Load(xml);
XmlNode root = doc.LastChild;
HomeConfig data = new HomeConfig();
if (!data.Parse(root))
{
Console.WriteLine("解析{0}失败", xml);
return;
}
//写入bytes文件
byte[] b = GenericBuilder.GenericsEncode(data);
FileStream fs = File.Create("home_config.bytes");
fs.Write(b, 0, b.Length);
fs.Close();
//dump内容
HomeConfig d = GenericParser.GenericsDecode <HomeConfig>(b);
string s = GenericDump.Dump(d);
fs = File.Create("home_config.txt");
StreamWriter sw = new StreamWriter(fs);
sw.WriteLine(s);
sw.Close();
fs.Close();
}
void ISelfParser.ParseAndFill(BinaryReader reader)
{
this.TimeStamp = GenericParser.Parse <AvlTimeStamp>(reader);
this.Priority = (AvlDataPriority)reader.ReadByte();
this.GpsElement = GenericParser.Parse <GpsElement>(reader);
this.IoElement = GenericParser.Parse <IoElement>(reader);
}
public Dictionary <int, Gemeente> GetGemeenten()
{
#if DEBUG
DebugWriter.WriteLine("-> GemeentenProvider::GetGemeenten");
var timer = new Stopwatch();
timer.Start();
#endif
Dictionary <int, Gemeente> gemeenten = new Dictionary <int, Gemeente>();
using GenericParser gemeentenReader = new GenericParser(Config.Path + "/" + Config.Gemeentenamen)
{
ColumnDelimiter = ';',
FirstRowHasHeader = true,
MaxBufferSize = 4096
};
while (gemeentenReader.Read())
{
if (gemeentenReader[2].Trim() != _taalCode)
{
continue;
}
gemeenten.Add(int.Parse(gemeentenReader[1].Trim()), new Gemeente {
NaamId = int.Parse(gemeentenReader[0].Trim()), Id = int.Parse(gemeentenReader[1].Trim()), TaalCode = gemeentenReader[2].Trim(), Naam = gemeentenReader[3].Trim()
});
}
DebugWriter.WriteLine("Gemeenten: " + gemeenten.Values.Count);
#if DEBUG
timer.Stop();
TimeSpan timeTaken = timer.Elapsed;
DebugWriter.WriteLine("<- GemeentenProvider::GetGemeenten: " + timeTaken.ToString(@"m\:ss\.fff"));
#endif
return(gemeenten);
}
private static IEnumerable <SeriesEntry> ReadSeriesEntries(string file)
{
using (var parser = new GenericParser(file))
{
parser.ColumnDelimiter = '\t';
parser.FirstRowHasHeader = true;
parser.TrimResults = true;
parser.MaxBufferSize = parser.MaxBufferSize * 10;
while (parser.Read())
{
if (!String.IsNullOrWhiteSpace(parser["Level"]))
{
yield return(new SeriesEntry
{
Id = parser["ID"],
Description = parser["Description"],
Reference = parser["Reference"],
Title = parser["Title"],
RelatedMaterial = parser["Related Material"],
SeperatedMaterial = parser["Separated Material"],
CoveringDates = Date.Parse(parser["Covering Dates"]).ToArray()
});
}
}
}
}
public void RunTestCode(string basepath)
{
string xml = basepath + "test/testxml/community_answer_library.xml";
XmlDocument doc = new XmlDocument();
doc.Load(xml);
XmlNode root = doc.LastChild;
AnswerLibrary data = new AnswerLibrary();
if (!data.Parse(root))
{
Console.WriteLine("解析{0}失败", xml);
return;
}
//写入bytes文件
byte[] b = GenericBuilder.GenericsEncode(data);
FileStream fs = File.Create("community_answer_library.bytes");
fs.Write(b, 0, b.Length);
fs.Close();
//dump内容
AnswerLibrary d = GenericParser.GenericsDecode <AnswerLibrary>(b);
string s = GenericDump.Dump(d);
fs = File.Create("community_answer_library.txt");
StreamWriter sw = new StreamWriter(fs);
sw.WriteLine(s);
sw.Close();
fs.Close();
}
private static void TestParse <T>(string stringValue, T expectedValue)
{
var result1 = GenericParser.Parse <T>(stringValue);
Assert.Equal(expectedValue, result1);
var result2 = GenericParser.Parse(stringValue, typeof(T));
Assert.Equal(expectedValue, result2);
var result3 = GenericParser.TryParse(stringValue, out T out1);
Assert.True(result3);
Assert.Equal(expectedValue, out1);
var result4 = GenericParser.TryParse(stringValue, out object out2, typeof(T));
Assert.True(result4);
Assert.Equal(expectedValue, out2);
var result5 = stringValue.Parse <T>();
Assert.Equal(expectedValue, result5);
var result6 = stringValue.Parse(typeof(T));
Assert.Equal(expectedValue, result6);
}
public List <Dictionary <string, string> > ParseTestResult(string input, List <RegExSelector> selectorModel)
{
var parser = new GenericParser();
var result = parser.ParseTestResult(input, selectorModel);
return(result);
}
public GenericParserHelper(DslSyntax syntax, string overrideKeyword = null)
{
DslSyntax = syntax;
ConceptType conceptType = DslSyntax.GetConceptType(typeof(TConceptInfo), overrideKeyword);
GenericParser = new GenericParser(conceptType);
}
public void SetParameters(GenericParser parser)
{
foreach (var param in _command.Parameters)
{
_adaptor.SetParameter(param.Name, parser[param.DatafileColumn]);
}
}
public void ImportQuests(string folder)
{
_questRewards = _questRewardDao.LoadAll().ToDictionary(x => x.QuestRewardId, x => x);
var actionList = new Dictionary <string, Func <Dictionary <string, string[][]>, object> >
{
{ nameof(QuestDto.QuestId), chunk => Convert.ToInt16(chunk["VNUM"][0][1]) },
{ nameof(QuestDto.QuestType), chunk => Convert.ToInt32(chunk["VNUM"][0][2]) },
{ nameof(QuestDto.AutoFinish), chunk => chunk["VNUM"][0][3] == "1" },
{ nameof(QuestDto.IsDaily), chunk => chunk["VNUM"][0][4] == "-1" },
{ nameof(QuestDto.RequiredQuestId), chunk => chunk["VNUM"][0][5] != "-1" ? short.Parse(chunk["VNUM"][0][5]) : (short?)null },
{ nameof(QuestDto.IsSecondary), chunk => chunk["VNUM"][0][6] != "-1" },
{ nameof(QuestDto.LevelMin), chunk => Convert.ToByte(chunk["LEVEL"][0][1]) },
{ nameof(QuestDto.LevelMax), chunk => Convert.ToByte(chunk["LEVEL"][0][2]) },
{ nameof(QuestDto.TitleI18NKey), chunk => chunk["TITLE"][0][1] },
{ nameof(QuestDto.DescI18NKey), chunk => chunk["DESC"][0][1] },
{ nameof(QuestDto.TargetX), chunk => chunk["TARGET"][0][1] == "-1" ? (short?)null : Convert.ToInt16(chunk["TARGET"][0][1]) },
{ nameof(QuestDto.TargetY), chunk => chunk["TARGET"][0][2] == "-1" ? (short?)null : Convert.ToInt16(chunk["TARGET"][0][2]) },
{ nameof(QuestDto.TargetMap), chunk => chunk["TARGET"][0][3] == "-1" ? (short?)null : Convert.ToInt16(chunk["TARGET"][0][3]) },
{ nameof(QuestDto.StartDialogId), chunk => chunk["TARGET"][0][1] == "-1" ? (int?)null : Convert.ToInt32(chunk["TALK"][0][1]) },
{ nameof(QuestDto.EndDialogId), chunk => chunk["TARGET"][0][2] == "-1" ? (int?)null : Convert.ToInt32(chunk["TALK"][0][2]) },
{ nameof(QuestDto.NextQuestId), chunk => chunk["LINK"][0][1] == "-1" ? (short?)null : Convert.ToInt16(chunk["LINK"][0][1]) },
{ nameof(QuestDto.QuestQuestReward), chunk => ImportQuestQuestRewards(chunk) },
{ nameof(QuestDto.QuestObjective), chunk => ImportQuestObjectives(chunk) },
};
var genericParser = new GenericParser <QuestDto>(folder + _fileQuestDat, "END", 0, actionList, _logger);
var quests = genericParser.GetDtos();
_questDao.InsertOrUpdate(quests);
_questQuestRewardDao.InsertOrUpdate(quests.Where(s => s.QuestQuestReward != null).SelectMany(s => s.QuestQuestReward));
_questObjectiveDao.InsertOrUpdate(quests.Where(s => s.QuestObjective != null).SelectMany(s => s.QuestObjective));
_logger.Information(LogLanguage.Instance.GetMessageFromKey(LogLanguageKey.QUESTS_PARSED), quests.Count);
}
public async Task <List <Shop> > Load()
{
var shopRootNode =
await GenericParser.Parse <ShopLayoutNode>(Path.Combine(DataRoot,
@"Data\Libs\Subsumption\Shops\ShopLayouts.xml"));
return(GetShops(shopRootNode).Select(GetShop).ToList());
}
public void ParseIterationCountWithDefaultValueAndTwoDecimals()
{
var input = "QA TL 16;19.08.2018; PASSED";
var parser = new GenericParser();
var actual = int.Parse(parser.GetGenericString(input, new DefaultIterationRegExSelector().TestIterationCountSelector));
Assert.Equal(16, actual);
}
public async Task <List <RetailProduct> > Load()
{
var productList =
await GenericParser.Parse <Node>(Path.Combine(DataRoot,
@"Data\Libs\Subsumption\Shops\RetailProductPrices.xml"));
return(GetNodes(productList).Select(GetRetailProductFromNode).Where(i => i != null).ToList());
}
public static DataTable CsvToDataTable(string path, Dictionary <string, Type> expectedColumnsAndTypes, char seperator, string dateTimeFormat, CultureInfo cultureInfo = null)
{
if (cultureInfo == null)
{
cultureInfo = CultureInfo.InvariantCulture;
}
DataTable dt = new DataTable();
foreach (var pair in expectedColumnsAndTypes)
{
dt.Columns.Add(pair.Key, pair.Value);
}
using (GenericParser parser = new GenericParser())
{
parser.SetDataSource(path);
parser.ColumnDelimiter = seperator;
parser.FirstRowHasHeader = true;
//parser.SkipStartingDataRows = 10;
parser.MaxBufferSize = 4096;
parser.MaxRows = int.MaxValue;
parser.TextQualifier = '\"';
parser.SkipEmptyRows = true;
while (parser.Read())
{
DataRow row = dt.NewRow();
foreach (var pair in expectedColumnsAndTypes)
{
//OrderUuid,Exchange,Type,Quantity,Limit,CommissionPaid,Price,Opened,Closed
string value = parser[pair.Key];
if (string.IsNullOrWhiteSpace(value))
{
continue;
}
if (pair.Value == typeof(decimal))
{
row[pair.Key] = string.IsNullOrEmpty(value) ? 0 : decimal.Parse(value, cultureInfo);
}
else if (pair.Value == typeof(DateTime))
{
row[pair.Key] = DateTime.ParseExact(value, dateTimeFormat, cultureInfo);
}
else
{
row[pair.Key] = value;
}
}
dt.Rows.Add(row);
}
}
return(dt);
}
public async Task InsertSkillsAsync(string folder)
{
var actionList = new Dictionary <string, Func <Dictionary <string, string[][]>, object?> >
{
{ nameof(SkillDto.SkillVNum), chunk => Convert.ToInt16(chunk["VNUM"][0][2]) },
{ nameof(SkillDto.NameI18NKey), chunk => chunk["NAME"][0][2] },
{ nameof(SkillDto.SkillType), chunk => Convert.ToByte(chunk["TYPE"][0][2]) },
{ nameof(SkillDto.CastId), chunk => Convert.ToInt16(chunk["TYPE"][0][3]) },
{ nameof(SkillDto.Class), chunk => Convert.ToByte(chunk["TYPE"][0][4]) },
{ nameof(SkillDto.Type), chunk => Convert.ToByte(chunk["TYPE"][0][5]) },
{ nameof(SkillDto.Element), chunk => Convert.ToByte(chunk["TYPE"][0][7]) },
{ nameof(SkillDto.Combo), AddCombos },
{ nameof(SkillDto.CpCost), chunk => chunk["COST"][0][2] == "-1" ? (byte)0 : byte.Parse(chunk["COST"][0][2]) },
{ nameof(SkillDto.Price), chunk => Convert.ToInt32(chunk["COST"][0][3]) },
{ nameof(SkillDto.CastEffect), chunk => Convert.ToInt16(chunk["EFFECT"][0][3]) },
{ nameof(SkillDto.CastAnimation), chunk => Convert.ToInt16(chunk["EFFECT"][0][4]) },
{ nameof(SkillDto.Effect), chunk => Convert.ToInt16(chunk["EFFECT"][0][5]) },
{ nameof(SkillDto.AttackAnimation), chunk => Convert.ToInt16(chunk["EFFECT"][0][6]) },
{ nameof(SkillDto.TargetType), chunk => Convert.ToByte(chunk["TARGET"][0][2]) },
{ nameof(SkillDto.HitType), chunk => Convert.ToByte(chunk["TARGET"][0][3]) },
{ nameof(SkillDto.Range), chunk => Convert.ToByte(chunk["TARGET"][0][4]) },
{ nameof(SkillDto.TargetRange), chunk => Convert.ToByte(chunk["TARGET"][0][5]) },
{ nameof(SkillDto.UpgradeSkill), chunk => Convert.ToInt16(chunk["DATA"][0][2]) },
{ nameof(SkillDto.UpgradeType), chunk => Convert.ToInt16(chunk["DATA"][0][3]) },
{ nameof(SkillDto.CastTime), chunk => Convert.ToInt16(chunk["DATA"][0][6]) },
{ nameof(SkillDto.Cooldown), chunk => Convert.ToInt16(chunk["DATA"][0][7]) },
{ nameof(SkillDto.MpCost), chunk => Convert.ToInt16(chunk["DATA"][0][10]) },
{ nameof(SkillDto.ItemVNum), chunk => Convert.ToInt16(chunk["DATA"][0][12]) },
{ nameof(SkillDto.BCards), AddBCards },
{ nameof(SkillDto.MinimumAdventurerLevel), chunk => chunk["LEVEL"][0][3] != "-1" ? byte.Parse(chunk["LEVEL"][0][3]) : (byte)0 },
{ nameof(SkillDto.MinimumSwordmanLevel), chunk => chunk["LEVEL"][0][4] != "-1" ? byte.Parse(chunk["LEVEL"][0][4]) : (byte)0 },
{ nameof(SkillDto.MinimumArcherLevel), chunk => chunk["LEVEL"][0][5] != "-1" ? byte.Parse(chunk["LEVEL"][0][5]) : (byte)0 },
{ nameof(SkillDto.MinimumMagicianLevel), chunk => chunk["LEVEL"][0][6] != "-1" ? byte.Parse(chunk["LEVEL"][0][6]) : (byte)0 },
{ nameof(SkillDto.LevelMinimum), chunk => chunk["LEVEL"][0][2] != "-1" ? byte.Parse(chunk["LEVEL"][0][2]) : (byte)0 },
};
var genericParser = new GenericParser <SkillDto>(folder + _fileCardDat,
"#=========================================================", 1, actionList, _logger);
var skills = await genericParser.GetDtosAsync().ConfigureAwait(false);
foreach (var skill in skills.Where(s => s.Class > 31))
{
var firstskill = skills.Find(s => s.Class == skill.Class);
var skillscount = skills.Count(s => s.Class == skill.Class);
if ((firstskill == null) || (skill.SkillVNum <= firstskill.SkillVNum + 10))
{
skill.LevelMinimum = skill.Class switch
{
8 => (byte)(skillscount - 1 * 10),
9 => (byte)(skillscount - 4 * 4),
16 => (byte)skillscount switch
{
6 => 20,
5 => 15,
4 => 10,
3 => 5,
2 => 3,
_ => 0
},
public IEnumerable <string> Run()
{
var onlyLogErrors = bool.Parse(ConfigurationManager.AppSettings["OnlyLogErrors"]);
using (GenericParser parser = new GenericParser())
{
parser.SetDataSource(_command.Datafile);
parser.ColumnDelimiter = ',';
parser.FirstRowHasHeader = true;
parser.SkipStartingDataRows = 0;
parser.MaxBufferSize = 4096;
parser.MaxRows = 1000000;
parser.TextQualifier = '\"';
_connection.Open();
var count = 0;
while (parser.Read())
{
SetParameters(parser);
count++;
Exception exception = null;
var affected = 0;
try
{
affected = _adaptor.Execute();
}
catch (Exception ex)
{
exception = ex;
}
if (exception != null)
{
yield return(exception.ToString());
}
else if (affected == 0)
{
yield return(count.ToString() + " : " + FailMessage(parser));
}
else if (!onlyLogErrors)
{
yield return(count.ToString() + " : " + SuccessMessage(parser));
}
else
{
yield return("");
}
}
_connection.Close();
}
}
public void SplitIterationLinesWithCustomerLimiter()
{
var input = "QA TL1; 19.08.2018; PASSED###QA TL2; 20.08.2018; PASSED###QA TL1; 21.08.2018; PASSED";
var parser = new GenericParser();
var actual = parser.SplitIterationLines(input, "###");
Assert.Equal(3, actual.Count());
Assert.Equal("QA TL1; 21.08.2018; PASSED", actual[2]);
}
public void ParseWrongConcept_EmptyErrorForUnrecognizedKeyword()
{
var simpleParser = new GenericParser(typeof(SimpleConceptInfo), "simple");
var tokenReader = TestTokenReader("simp simple abc");
var ciOrError = simpleParser.Parse(tokenReader, new Stack <IConceptInfo>());
Assert.IsTrue(ciOrError.IsError);
Assert.AreEqual("", ciOrError.Error);
}
public bool CanBind(IBindRequest <T> request)
{
var descriptor = request.Target.Descriptor as ViewDescriptor <T>;
return(descriptor != null &&
!descriptor.HasViewModel() &&
request.Parsing.ViewModelType.IsNotEmpty() &&
GenericParser.IsGeneric(request.Parsing.ViewModelType));
}
public void ParseIterationResultWithDefaultValue()
{
var input = "QA TL1; 19.08.2018; PASSED ";
var parser = new GenericParser();
var actual = parser.GetGenericString(input, new DefaultIterationRegExSelector().TestIterationResultSelector);
Assert.Equal("PASSED", actual);
}
public bool CanBind(IBindRequest request)
{
var descriptor = request.Target.Descriptor as ViewDescriptor;
return(descriptor != null &&
!descriptor.HasViewModel() &&
!request.Target.IsPartial() &&
request.ViewModelType.IsNotEmpty() &&
GenericParser.IsGeneric(request.ViewModelType) == false);
}
// Compares two data files using a GenericEntity to easily compare actual values without bothering with newline differences,
// comments etc. nor trying to "understand" what they mean
public static void EnsureFilesAreFunctionallyEqual(string src, string dst, int expectedfields, int skiplines, char[] fieldseparators, Encoding encoding, bool hascomments)
{
var parser_in = new GenericParser(expectedfields, skiplines, fieldseparators, encoding, hascomments);
var parser_out = new GenericParser(expectedfields, 0, fieldseparators, encoding, false);
var expected = new GeoFileReader().ReadRecords <GenericEntity>(src, FileType.Plain, parser_in).ToArray();
var actual = new GeoFileReader().ReadRecords <GenericEntity>(dst, FileType.Plain, parser_out).ToArray();
CollectionAssert.AreEqual(expected, actual, new GenericEntityComparer());
}
public void should_return_null_when_generic_argument_type_is_not_in_assemblies()
{
ClassUnderTest = new GenericParser(new[] { typeof(Bar).Assembly });
const string typeName = "FubuMVC.Spark.Tests.SparkModel.Binding.Generic<FubuMVC.Spark.Tests.SparkModel.Binding.Baz, System.String>";
var type = ClassUnderTest.Parse(typeName);
type.ShouldBeNull();
}
public Type FindTypeByName(string typeFullName, Action <string> log)
{
if (GenericParser.IsGeneric(typeFullName))
{
var genericParser = new GenericParser(_graph.AllAssemblies());
return(genericParser.Parse(typeFullName));
}
return(findClosedTypeByFullName(typeFullName, log));
}
public Type FindTypeByName(string typeFullName, Assembly defaultAssembly, Action <string> log)
{
if (GenericParser.IsGeneric(typeFullName))
{
var genericParser = new GenericParser(_types.Assemblies);
return(genericParser.Parse(typeFullName));
}
return(findClosedTypeByFullName(typeFullName, defaultAssembly, log));
}
public void Test_TryParseFail()
{
var res1 = GenericParser.TryParse("foo", out int _);
Assert.False(res1);
var res2 = GenericParser.TryParse("bar", out object _, typeof(int));
Assert.False(res2);
}
public void should_return_null_when_type_is_not_in_assemblies()
{
ClassUnderTest = new GenericParser(new[] { typeof(String).Assembly });
const string typeName = "FubuMVC.Tests.View.Registration.Generic<FubuMVC.Tests.View.Registration.Baz>";
var type = ClassUnderTest.Parse(typeName);
type.ShouldBeNull();
}
private static Dictionary <Type, object> MakeStandardParsers()
{
Dictionary <Type, object> d = new Dictionary <Type, object>();
// You need to add an entry for every type you want to cope with.
d[typeof(int)] = new GenericParser <int>(int.TryParse);
d[typeof(long)] = new GenericParser <long>(long.TryParse);
d[typeof(float)] = new GenericParser <float>(float.TryParse);
return(d);
}
private bool Validate()
{
if (string.IsNullOrWhiteSpace(txtFilename.Text))
{
ErrorMessage.Show("You must specify an input file!");
return(false);
}
if (!File.Exists(txtFilename.Text))
{
ErrorMessage.Show("File does not exist!");
return(false);
}
// Extract Column Headers...
ColumnNames = new List <String>();
GenericParser parser = null;
try {
using (parser = new GenericParserAdapter(Filename)) {
parser.ColumnDelimiter = Delimiter.ToCharArray()[0];
parser.FirstRowHasHeader = IsFirstRowContainNames;
parser.MaxRows = 2;
parser.TextQualifier = _textQualifier;
if (parser.Read())
{
for (int i = 0; i < parser.ColumnCount; ++i)
{
if (IsFirstRowContainNames)
{
ColumnNames.Add(parser.GetColumnName(i));
}
else
{
ColumnNames.Add("Column" + i);
}
}
}
else
{
ErrorMessage.Show("Failed to extract column names from data source!");
return(false);
}
}
} finally {
if (parser != null)
{
System.GC.SuppressFinalize(parser);
}
}
return(true);
}
public virtual string SuccessMessage(GenericParser parser)
{
return string.Format("PROCESSED {0} : Id {1}", _command.Datafile, GetId(parser));
}
public virtual string FailMessage(GenericParser parser)
{
return string.Format("NO ROWS AFFECTED {0} : {1}", _command.Datafile, GetId(parser));
}
/// <summary>
/// Uses the <see cref="GenericParser"/> to read the Csv file.
/// </summary>
private static void _GenericParser11Csv()
{
string s;
using (GenericParser gp = new GenericParser(PerformanceTests.CSV_DATA_FILE))
{
gp.MaxBufferSize = 4096;
while (gp.Read())
{
for (int i = 0; i < gp.ColumnCount; ++i)
s = gp[i];
}
}
}
public void SetParameters(GenericParser parser)
{
foreach (var param in _command.Parameters)
{
_adaptor.SetParameter(param.Name, parser[param.DatafileColumn]);
}
}
/// <summary>
/// Uses the <see cref="GenericParser"/> to read the FixedWidth file.
/// </summary>
private static void _GenericParser11FixedWidth()
{
string s;
using (GenericParser gp = new GenericParser(PerformanceTests.FW_DATA_FILE))
{
gp.MaxBufferSize = 4096;
gp.ColumnWidths = new int[PerformanceTests.NUMBER_OF_COLUMNS_IN_DATA] { 5, 5, 1, 28, 42, 15, 13, 9, 9, 1, 13, 14, 13, 6 };
gp.TrimResults = true;
while (gp.Read())
{
for (int i = 0; i < gp.ColumnCount; ++i)
s = gp[i];
}
}
}