// This example shows how to use ordinals when reading fields.
// An ordinal is actual the index of a field in a record.
// If you access a field by its field name, then the name has
// to be converted to the corresponding ordinal.
// An field's ordinal will remain the same until the table in
// the file has ended. So typically, ordinals are calculated
// from field names after the first record is read in a table.
// These ordinal values can then be used until all the records
// in the table have been read.
//
// Use ordinals when a file is large and you want to read it
// as quickly as possible.
static void Main(string[] args)
{
// Name of file containing Meta
const string MetaFileName = "ExampleSequenceMeta.ftm";
// Name of file to be read
const string CsvFileName = "ExampleSequence.csv";
// Create Meta from file
FtMeta meta = FtMetaSerializer.Deserialize(MetaFileName);
// Create Reader
using (FtReader reader = new FtReader(meta, CsvFileName))
{
int[] recOrdinals = null;
object[] recObjects = null;
do
{
// Loop for each table in file fl
while (reader.Read())
{
// Read each record in table and write field values to console
if (recOrdinals == null)
{
// Ordinals only need to be calculated for first row of table.
// Will be the same for rest of records in table
recOrdinals = CalculateRecordOrdinals(reader);
recObjects = new object[recOrdinals.Length];
}
for (int i = 0; i < recOrdinals.Length; i++)
{
int ordinal = recOrdinals[i];
recObjects[i] = reader[ordinal]; // specify field by ordinal
}
Console.WriteLine(string.Format("{0},{1}: {2}", reader.RecordCount, reader.TableCount, string.Join(",", recObjects)));
}
recOrdinals = null; // Ordinals are no longer valid after table is finished
} while (reader.NextResult());
}
}
static void Main(string[] args)
{
// Name of file containing Meta
const string MetaFileName = "BasicExampleMeta.ftm";
// Name of file to be read
const string CsvFileName = "BasicExample.csv";
// Define FieldNames
const string PetNameFieldName = "PetName";
const string AgeFieldName = "Age";
const string ColorFieldName = "Color";
const string DateReceivedFieldName = "DateReceived";
const string PriceFieldName = "Price";
const string NeedsWalkingFieldName = "NeedsWalking";
const string TypeFieldName = "Type";
// Create Meta from file
FtMeta meta = FtMetaSerializer.Deserialize(MetaFileName);
// Create Reader
using (FtReader reader = new FtReader(meta, CsvFileName))
{
// Read each record in text file and write field values to console
object[] recObjects = new object[7];
int recNumber = 0;
while (reader.Read())
{
recNumber++;
recObjects[0] = reader[PetNameFieldName];
recObjects[1] = reader[AgeFieldName];
recObjects[2] = reader[ColorFieldName];
recObjects[3] = reader[DateReceivedFieldName];
recObjects[4] = reader[PriceFieldName];
recObjects[5] = reader[NeedsWalkingFieldName];
recObjects[6] = reader[TypeFieldName];
Console.WriteLine(recNumber.ToString() + ": " + string.Join(",", recObjects));
}
}
}
public void WebSiteBasicExample()
{
FtMeta meta = new FtMeta();
meta.LineCommentChar = '~';
meta.HeadingLineCount = 2;
FtStringMetaField petNameMetaField = meta.FieldList.New(FtStandardDataType.String) as FtStringMetaField;
petNameMetaField.Name = "PetName";
FtFloatMetaField ageMetaField = meta.FieldList.New(FtStandardDataType.Float) as FtFloatMetaField;
ageMetaField.Name = "Age";
FtStringMetaField colorMetaField = meta.FieldList.New(FtStandardDataType.String) as FtStringMetaField;
colorMetaField.Name = "Color";
FtDateTimeMetaField dateReceivedMetaField = meta.FieldList.New(FtStandardDataType.DateTime) as FtDateTimeMetaField;
dateReceivedMetaField.Name = "DateReceived";
dateReceivedMetaField.Format = "d MMM yyyy";
FtDecimalMetaField priceMetaField = meta.FieldList.New(FtStandardDataType.Decimal) as FtDecimalMetaField;
priceMetaField.Name = "Price";
FtBooleanMetaField needsWalkingMetaField = meta.FieldList.New(FtStandardDataType.Boolean) as FtBooleanMetaField;
needsWalkingMetaField.Name = "NeedsWalking";
FtStringMetaField typeMetaField = meta.FieldList.New(FtStandardDataType.String) as FtStringMetaField;
typeMetaField.Name = "Type";
string filePath = Path.Combine(TestFolder, BasicExampleFileName);
FtWriterSettings writerSettings = new FtWriterSettings();
writerSettings.Declared = true;
writerSettings.MetaReferenceType = FtMetaReferenceType.Embedded;
writerSettings.EmbeddedMetaIndent = true;
writerSettings.EmbeddedMetaIndentChars = " ";
using (StreamWriter strmWriter = new StreamWriter(filePath, false, System.Text.Encoding.UTF8))
{
using (FtWriter writer = new FtWriter(meta, strmWriter, writerSettings))
{
FtStringField petNameField = writer.FieldList.Get(petNameMetaField.Name) as FtStringField;
int petNameFieldIndex = writer.GetOrdinal(petNameMetaField.Name);
FtFloatField ageField = writer.FieldList.Get(ageMetaField.Name) as FtFloatField;
int ageFieldIndex = writer.GetOrdinal(ageMetaField.Name);
FtStringField colorField = writer.FieldList.Get(colorMetaField.Name) as FtStringField;
int colorFieldIndex = writer.GetOrdinal(colorMetaField.Name);
FtDateTimeField dateReceivedField = writer.FieldList.Get(dateReceivedMetaField.Name) as FtDateTimeField;
int dateReceivedFieldIndex = writer.GetOrdinal(dateReceivedMetaField.Name);
FtDecimalField priceField = writer.FieldList.Get(priceMetaField.Name) as FtDecimalField;
int priceFieldIndex = writer.GetOrdinal(priceMetaField.Name);
FtBooleanField needsWalkingField = writer.FieldList.Get(needsWalkingMetaField.Name) as FtBooleanField;
int needsWalkingFieldIndex = writer.GetOrdinal(needsWalkingMetaField.Name);
FtStringField typeField = writer.FieldList.Get(typeMetaField.Name) as FtStringField;
int typeFieldIndex = writer.GetOrdinal(typeMetaField.Name);
for (int i = 0; i < headingArray.Length; i++)
{
petNameField.Headings[i] = headingArray[i].PetName;
ageField.Headings[i] = headingArray[i].Age;
colorField.Headings[i] = headingArray[i].Color;
dateReceivedField.Headings[i] = headingArray[i].DateReceived;
priceField.Headings[i] = headingArray[i].Price;
needsWalkingField.Headings[i] = headingArray[i].NeedsWalking;
typeField.Headings[i] = headingArray[i].Type;
}
for (int i = 0; i < 2; i++)
{
if (recArray[i].PetName != null)
{
petNameField.Value = recArray[i].PetName;
}
if (recArray[i].Age.HasValue)
{
// test assigning to AsObject as Single
Single ageAsSingle = (Single)(recArray[i].Age.Value);
ageField.AsObject = ageAsSingle;
Assert.AreEqual <Single>(ageAsSingle, (Single)ageField.Value);
// test assigning to AsObject as Decimal
Decimal ageAsDecimal = (Decimal)(recArray[i].Age.Value);
ageField.AsObject = ageAsDecimal;
Assert.AreEqual <Decimal>(ageAsDecimal, (Decimal)ageField.Value);
// assign as Double
ageField.Value = recArray[i].Age.Value;
}
if (recArray[i].Color != null)
{
colorField.Value = recArray[i].Color;
}
if (recArray[i].DateReceived.HasValue)
{
dateReceivedField.Value = recArray[i].DateReceived.Value;
}
if (recArray[i].Price.HasValue)
{
// test assigning to AsObject as Single
Single priceAsSingle = (Single)(recArray[i].Price.Value);
priceField.AsObject = priceAsSingle;
Assert.AreEqual <Single>(priceAsSingle, (Single)priceField.Value);
// test assigning to AsObject as Double
Double priceAsDouble = (Double)(recArray[i].Price.Value);
priceField.AsObject = priceAsDouble;
Assert.AreEqual <Double>(priceAsDouble, (Double)priceField.Value);
// assign as Decimal
priceField.Value = recArray[i].Price.Value;
}
if (recArray[i].NeedsWalking.HasValue)
{
needsWalkingField.Value = recArray[i].NeedsWalking.Value;
}
if (recArray[i].Type != null)
{
typeField.Value = recArray[i].Type;
}
writer.Write();
}
for (int i = 2; i < 3; i++)
{
if (recArray[i].PetName == null)
{
writer.SetNull(i);
}
else
{
writer.SetString(petNameFieldIndex, recArray[i].PetName);
}
if (!recArray[i].Age.HasValue)
{
writer.SetNull(i);
}
else
{
// test assigning to AsObject as Single
Single ageAsSingle = (Single)recArray[i].Age.Value;
writer[ageMetaField.Name] = ageAsSingle;
Assert.AreEqual <Single>(ageAsSingle, (Single)ageField.Value);
// test assigning to AsObject as Decimal
Decimal ageAsDecimal = (Decimal)(recArray[i].Age.Value);
writer[ageMetaField.Name] = ageAsDecimal;
Assert.AreEqual <Decimal>(ageAsDecimal, (Decimal)ageField.Value);
// assign as Double
writer.SetDouble(ageFieldIndex, recArray[i].Age.Value);
}
if (recArray[i].Color == null)
{
writer.SetNull(i);
}
else
{
writer.SetString(colorFieldIndex, recArray[i].Color);
}
if (!recArray[i].DateReceived.HasValue)
{
writer.SetNull(i);
}
else
{
writer.SetDateTime(dateReceivedFieldIndex, recArray[i].DateReceived.Value);
}
if (!recArray[i].Price.HasValue)
{
writer.SetNull(i);
}
else
{
// test assigning to AsObject as Single
Single priceAsSingle = (Single)(recArray[i].Price.Value);
writer[priceField.Name] = priceAsSingle;
Assert.AreEqual <Single>(priceAsSingle, (Single)priceField.Value);
// test assigning to AsObject as Double
Double priceAsDouble = (Double)(recArray[i].Price.Value);
writer[priceField.Name] = priceAsDouble;
Assert.AreEqual <Double>(priceAsDouble, (Double)priceField.Value);
// assign as Decimal
writer.SetDecimal(priceFieldIndex, recArray[i].Price.Value);
}
if (!recArray[i].NeedsWalking.HasValue)
{
writer.SetNull(i);
}
else
{
writer.SetBoolean(needsWalkingFieldIndex, recArray[i].NeedsWalking.Value);
}
if (recArray[i].Type == null)
{
writer.SetNull(i);
}
else
{
writer.SetString(typeFieldIndex, recArray[i].Type);
}
writer.Write();
}
for (int i = 3; i < recArray.Length; i++)
{
if (recArray[i].PetName == null)
{
writer[petNameMetaField.Name] = null;
}
else
{
writer[petNameMetaField.Name] = recArray[i].PetName;
}
if (!recArray[i].Age.HasValue)
{
writer[ageMetaField.Name] = null;
}
else
{
// test assigning to AsObject as Single
Single ageAsSingle = (Single)recArray[i].Age.Value;
writer[ageMetaField.Name] = ageAsSingle;
Assert.AreEqual <Single>(ageAsSingle, (Single)ageField.Value);
// test assigning to AsObject as Decimal
Decimal ageAsDecimal = (Decimal)(recArray[i].Age.Value);
writer[ageMetaField.Name] = ageAsDecimal;
Assert.AreEqual <Decimal>(ageAsDecimal, (Decimal)ageField.Value);
// assign as Double
writer[ageMetaField.Name] = recArray[i].Age.Value;
}
if (recArray[i].Color == null)
{
writer[colorMetaField.Name] = null;
}
else
{
writer[colorMetaField.Name] = recArray[i].Color;
}
if (!recArray[i].DateReceived.HasValue)
{
writer[dateReceivedMetaField.Name] = null;
}
else
{
writer[dateReceivedMetaField.Name] = recArray[i].DateReceived.Value;
}
if (!recArray[i].Price.HasValue)
{
writer[priceMetaField.Name] = null;
}
else
{
// test assigning to AsObject as Single
Single priceAsSingle = (Single)(recArray[i].Price.Value);
writer[priceField.Name] = priceAsSingle;
Assert.AreEqual <Single>(priceAsSingle, (Single)priceField.Value);
// test assigning to AsObject as Double
Double priceAsDouble = (Double)(recArray[i].Price.Value);
writer[priceField.Name] = priceAsDouble;
Assert.AreEqual <Double>(priceAsDouble, (Double)priceField.Value);
// assign as Decimal
writer[priceMetaField.Name] = recArray[i].Price.Value;
}
if (!recArray[i].NeedsWalking.HasValue)
{
writer[needsWalkingMetaField.Name] = null;
}
else
{
writer[needsWalkingMetaField.Name] = recArray[i].NeedsWalking.Value;
}
if (recArray[i].Type == null)
{
writer[typeMetaField.Name] = null;
}
else
{
writer[typeMetaField.Name] = recArray[i].Type;
}
writer.Write();
}
}
}
string DataFilePath = Path.Combine(DataFolder, BasicExampleFileName);
if (!TextFilesAreEqual(filePath, DataFilePath))
{
Assert.Fail("BasicExample does not match Test Data");
}
else
{
using (FtReader ftReader = new FtReader())
{
ftReader.Open(filePath);
using (StreamReader strmReader = new StreamReader(filePath))
{
Assert.AreEqual <bool>(true, ftReader.Declared);
Assert.AreEqual <bool>(true, ftReader.HeaderRead);
Assert.AreEqual <int>(headingArray.Length, ftReader.HeadingLineReadCount);
Assert.AreEqual <FtMetaReferenceType>(FtMetaReferenceType.Embedded, ftReader.MetaReferenceType);
Assert.AreEqual <FtLineType>(FtLineType.Heading, ftReader.LineType); // last line in header
FtStringField petNameField = ftReader.FieldList.Get(petNameMetaField.Name) as FtStringField;
int petNameFieldIndex = ftReader.GetOrdinal(petNameMetaField.Name);
FtFloatField ageField = ftReader.FieldList.Get(ageMetaField.Name) as FtFloatField;
int ageFieldIndex = ftReader.GetOrdinal(ageMetaField.Name);
FtStringField colorField = ftReader.FieldList.Get(colorMetaField.Name) as FtStringField;
int colorFieldIndex = ftReader.GetOrdinal(colorMetaField.Name);
FtDateTimeField dateReceivedField = ftReader.FieldList.Get(dateReceivedMetaField.Name) as FtDateTimeField;
int dateReceivedFieldIndex = ftReader.GetOrdinal(dateReceivedMetaField.Name);
FtDecimalField priceField = ftReader.FieldList.Get(priceMetaField.Name) as FtDecimalField;
int priceFieldIndex = ftReader.GetOrdinal(priceMetaField.Name);
FtBooleanField needsWalkingField = ftReader.FieldList.Get(needsWalkingMetaField.Name) as FtBooleanField;
int needsWalkingFieldIndex = ftReader.GetOrdinal(needsWalkingMetaField.Name);
FtStringField typeField = ftReader.FieldList.Get(typeMetaField.Name) as FtStringField;
int typeFieldIndex = ftReader.GetOrdinal(typeMetaField.Name);
// skip comment lines
string strmLine;
do
{
strmLine = strmReader.ReadLine();
}while (strmLine[0] == ftReader.LineCommentChar);
for (int i = 0; i < headingArray.Length; i++)
{
strmLine = strmReader.ReadLine();
Assert.AreEqual <string>(headingArray[i].PetName, petNameField.Headings[i]);
Assert.AreEqual <string>(headingArray[i].Age, ageField.Headings[i]);
Assert.AreEqual <string>(headingArray[i].Color, colorField.Headings[i]);
Assert.AreEqual <string>(headingArray[i].DateReceived, dateReceivedField.Headings[i]);
Assert.AreEqual <string>(headingArray[i].Price, priceField.Headings[i]);
Assert.AreEqual <string>(headingArray[i].NeedsWalking, needsWalkingField.Headings[i]);
Assert.AreEqual <string>(headingArray[i].Type, typeField.Headings[i]);
}
for (int i = 0; i < recArray.Length; i++)
{
ftReader.Read();
Assert.AreEqual <string>(strmLine, ftReader.Line);
Assert.AreEqual <int>(-1, ftReader.IgnoreExtraCharsLinePosition);
Assert.AreEqual <int>(i + 1, ftReader.RecordCount);
Assert.AreEqual <int>(1, ftReader.TableCount);
if (recArray[i].PetName == null)
{
Assert.AreEqual <bool>(true, petNameField.IsNull());
}
else
{
Assert.AreEqual <string>(recArray[i].PetName, petNameField.Value);
Assert.AreEqual <object>(recArray[i].PetName, ftReader[petNameMetaField.Name]);
Assert.AreEqual <object>(recArray[i].PetName, ftReader[petNameFieldIndex]);
Assert.AreEqual <string>(recArray[i].PetName, ftReader.GetString(petNameFieldIndex));
}
if (!recArray[i].Age.HasValue)
{
Assert.AreEqual <bool>(true, ageField.IsNull());
Assert.AreEqual <bool>(true, ftReader.IsDBNull(ageFieldIndex));
}
else
{
Assert.AreEqual <double>(recArray[i].Age.Value, ageField.Value);
Assert.AreEqual <object>(recArray[i].Age, ftReader[ageMetaField.Name]);
Assert.AreEqual <object>(recArray[i].Age, ftReader[ageFieldIndex]);
Assert.AreEqual <double>(recArray[i].Age.Value, ftReader.GetDouble(ageFieldIndex));
}
if (recArray[i].Color == null)
{
Assert.AreEqual <bool>(true, colorField.IsNull());
}
else
{
Assert.AreEqual <string>(recArray[i].Color, colorField.Value);
Assert.AreEqual <object>(recArray[i].Color, ftReader[colorMetaField.Name]);
Assert.AreEqual <object>(recArray[i].Color, ftReader[colorFieldIndex]);
Assert.AreEqual <string>(recArray[i].Color, ftReader.GetString(colorFieldIndex));
}
if (!recArray[i].DateReceived.HasValue)
{
Assert.AreEqual <bool>(true, dateReceivedField.IsNull());
}
else
{
Assert.AreEqual <DateTime>(recArray[i].DateReceived.Value, dateReceivedField.Value);
Assert.AreEqual <object>(recArray[i].DateReceived, ftReader[dateReceivedMetaField.Name]);
Assert.AreEqual <object>(recArray[i].DateReceived, ftReader[dateReceivedFieldIndex]);
Assert.AreEqual <DateTime>(recArray[i].DateReceived.Value, ftReader.GetDateTime(dateReceivedFieldIndex));
}
if (!recArray[i].Price.HasValue)
{
Assert.AreEqual <bool>(true, priceField.IsNull());
}
else
{
Assert.AreEqual <decimal>(recArray[i].Price.Value, priceField.Value);
Assert.AreEqual <object>(recArray[i].Price, ftReader[priceMetaField.Name]);
Assert.AreEqual <object>(recArray[i].Price, ftReader[priceFieldIndex]);
Assert.AreEqual <decimal>(recArray[i].Price.Value, ftReader.GetDecimal(priceFieldIndex));
}
if (!recArray[i].NeedsWalking.HasValue)
{
Assert.AreEqual <bool>(true, needsWalkingField.IsNull());
}
else
{
Assert.AreEqual <bool>(recArray[i].NeedsWalking.Value, needsWalkingField.Value);
Assert.AreEqual <object>(recArray[i].NeedsWalking, ftReader[needsWalkingMetaField.Name]);
Assert.AreEqual <object>(recArray[i].NeedsWalking, ftReader[needsWalkingFieldIndex]);
Assert.AreEqual <bool>(recArray[i].NeedsWalking.Value, ftReader.GetBoolean(needsWalkingFieldIndex));
}
if (recArray[i].Type == null)
{
Assert.AreEqual <bool>(true, typeField.IsNull());
}
else
{
Assert.AreEqual <string>(recArray[i].Type, typeField.Value);
Assert.AreEqual <object>(recArray[i].Type, ftReader[typeMetaField.Name]);
Assert.AreEqual <object>(recArray[i].Type, ftReader[typeFieldIndex]);
Assert.AreEqual <string>(recArray[i].Type, ftReader.GetString(typeFieldIndex));
}
strmLine = strmReader.ReadLine();
}
Assert.AreEqual <bool>(false, ftReader.Read());
Assert.AreEqual <int>(recArray.Length, ftReader.RecordCount);
}
// repeat but read header separately
ftReader.Open(filePath, false);
Assert.AreEqual <int>(0, ftReader.HeadingLineReadCount);
Assert.AreEqual <int>(0, ftReader.RecordCount);
Assert.AreEqual <int>(0, ftReader.TableCount);
Assert.AreEqual <bool>(true, ftReader.Declared);
Assert.AreEqual <bool>(false, ftReader.HeaderRead);
ftReader.ReadHeader();
Assert.AreEqual <bool>(true, ftReader.HeaderRead);
Assert.AreEqual <int>(headingArray.Length, ftReader.HeadingLineReadCount);
Assert.AreEqual <FtMetaReferenceType>(FtMetaReferenceType.Embedded, ftReader.MetaReferenceType);
Assert.AreEqual <FtLineType>(FtLineType.Heading, ftReader.LineType); // last line in header
ftReader.SeekEnd();
Assert.AreEqual <int>(recArray.Length, ftReader.RecordCount);
// repeat but reading each line individually
ftReader.Open(filePath, false);
Assert.AreEqual <bool>(false, ftReader.HeaderRead);
Assert.AreEqual <int>(0, ftReader.HeadingLineReadCount);
Assert.AreEqual <int>(0, ftReader.RecordCount);
Assert.AreEqual <int>(0, ftReader.TableCount);
ftReader.ReadLine();
Assert.AreEqual <FtLineType>(FtLineType.Signature, ftReader.LineType);
ftReader.ReadLine();
Assert.AreEqual <FtLineType>(FtLineType.Declaration2, ftReader.LineType);
Assert.AreEqual <FtMetaReferenceType>(FtMetaReferenceType.Embedded, ftReader.MetaReferenceType);
for (int i = 0; i < 10; i++)
{
ftReader.ReadLine();
if (i == 0)
{
Assert.AreEqual <FtLineType>(FtLineType.Comment, ftReader.LineType);
}
else
{
Assert.AreEqual <FtLineType>(FtLineType.EmbeddedMeta, ftReader.LineType);
}
}
for (int i = 0; i < headingArray.Length; i++)
{
ftReader.ReadLine();
Assert.AreEqual <FtLineType>(FtLineType.Heading, ftReader.LineType);
}
Assert.AreEqual <int>(headingArray.Length, ftReader.HeadingLineReadCount);
Assert.AreEqual <bool>(true, ftReader.HeaderRead);
for (int i = 0; i < recArray.Length; i++)
{
ftReader.ReadLine();
Assert.AreEqual <FtLineType>(FtLineType.Record, ftReader.LineType);
}
Assert.AreEqual <bool>(false, ftReader.Read());
Assert.AreEqual <int>(recArray.Length, ftReader.RecordCount);
Assert.AreEqual <int>(1, ftReader.TableCount);
}
}
}
static void Main(string[] args)
{
// Name of file containing Meta
const string MetaFileName = "ExampleSequenceMeta.ftm";
// Name of file to be read
const string CsvFileName = "ExampleSequence.csv";
// Define Field Names
const string TypeFieldName = "Type";
const string NameFieldName = "Name";
const string RunningSpeedFieldName = "RunningSpeed";
const string WalkDistanceFieldName = "WalkDistance";
const string TrainingFieldName = "Training";
const string TrainerFieldName = "Trainer";
const string SessionCostFieldName = "SessionCost";
const string ColorFieldName = "Color";
const string ChineseClassificationFieldName = "ChineseClassification";
// Define Type values
const long CatType = 1;
const long DogType = 2;
const long GoldFishType = 3;
const int MaxFieldCount = 7;
// Create Meta from file
FtMeta meta = FtMetaSerializer.Deserialize(MetaFileName);
// Create Reader
using (FtReader reader = new FtReader(meta, CsvFileName))
{
// Normally a reader.Read() will return false when a new table starts in a file.
// You would then need to call reader.NextResult() (or reader.NextTable()) to
// read the record from the next table.
// When a new table starts, you would need to get new field ordinal values with
// reader.GetOrdinal() if you are using field ordinals.
// However this example does not use field ordinal values. It just uses field names.
// Accordingly we want to reader.Read() to return true until no more records.
// Set AutoNextTable to true for this behaviour.
reader.AutoNextTable = true;
// Read each record in text file and write field values to console
int recNumber = 0;
while (reader.Read())
{
recNumber++;
object[] recObjects = new object[MaxFieldCount];
// read Root Sequence Fields
recObjects[0] = reader[TypeFieldName];
recObjects[1] = reader[NameFieldName];
int fieldCount;
// Type Field specifies what type of record this is and what fields there are
long type = (long)recObjects[0];
switch (type)
{
case CatType:
recObjects[2] = reader[RunningSpeedFieldName];
fieldCount = 3;
break;
case DogType:
recObjects[2] = reader[WalkDistanceFieldName];
recObjects[3] = reader[RunningSpeedFieldName];
recObjects[4] = reader[TrainingFieldName];
bool training = (bool)recObjects[4];
if (!training)
{
fieldCount = 5;
}
else
{
recObjects[5] = reader[TrainerFieldName];
recObjects[6] = reader[SessionCostFieldName];
fieldCount = 7;
}
break;
case GoldFishType:
recObjects[2] = reader[ColorFieldName];
recObjects[3] = reader[ChineseClassificationFieldName];
fieldCount = 4;
break;
default:
fieldCount = 2;
break;
}
Array.Resize <object>(ref recObjects, fieldCount);
Console.WriteLine(recNumber.ToString() + ": " + string.Join(",", recObjects));
}
}
}
static void Main(string[] args)
{
// Name of file to be read
const string FileName = "BasicExample.csv";
// Define FieldNames
const string PetNameFieldName = "PetName";
const string AgeFieldName = "Age";
const string ColorFieldName = "Color";
const string DateReceivedFieldName = "DateReceived";
const string PriceFieldName = "Price";
const string NeedsWalkingFieldName = "NeedsWalking";
const string TypeFieldName = "Type";
// Create Meta that represents structure and format of BasicExample.csv file
FtMeta meta = new FtMeta();
// All FtMeta defaults apply to BasicExample.csv except for HeadingLineCount
meta.HeadingLineCount = 2;
// Add fields
// Add in order of fields in file so index does not have to be explicitly set
FtMetaField metaField;
metaField = meta.FieldList.New(FtStandardDataType.String);
metaField.Name = PetNameFieldName;
metaField = meta.FieldList.New(FtStandardDataType.Float);
metaField.Name = AgeFieldName;
metaField = meta.FieldList.New(FtStandardDataType.String);
metaField.Name = ColorFieldName;
metaField = meta.FieldList.New(FtStandardDataType.DateTime);
metaField.Name = DateReceivedFieldName;
// Default format for Date Time is not used in "Date Received" field. Specify the date format used.
((FtDateTimeMetaField)metaField).Format = "d MMM yyyy";
metaField = meta.FieldList.New(FtStandardDataType.Decimal);
metaField.Name = PriceFieldName;
metaField = meta.FieldList.New(FtStandardDataType.Boolean);
metaField.Name = NeedsWalkingFieldName;
metaField = meta.FieldList.New(FtStandardDataType.String);
metaField.Name = TypeFieldName;
// Create Reader
using (FtReader reader = new FtReader(meta, FileName))
{
// Read each record in text file and write field values to console
object[] recObjects = new object[7];
int recNumber = 0;
while (reader.Read())
{
recNumber++;
recObjects[0] = reader[PetNameFieldName];
recObjects[1] = reader[AgeFieldName];
recObjects[2] = reader[ColorFieldName];
recObjects[3] = reader[DateReceivedFieldName];
recObjects[4] = reader[PriceFieldName];
recObjects[5] = reader[NeedsWalkingFieldName];
recObjects[6] = reader[TypeFieldName];
Console.WriteLine(recNumber.ToString() + ": " + string.Join(",", recObjects));
}
}
}
public void Sequence()
{
int fieldsAffectedFromIndex;
string metaFilePath = Path.Combine(DataFolder, SequenceMetaFileName);
FtMeta meta = FtMetaSerializer.Deserialize(metaFilePath);
FtWriter writer = new FtWriter(meta, filePath);
// root fields
FtStringField root1_StrConstField;
FtDateTimeField root2_DateTimeField;
FtIntegerField root3_IntRedirField;
FtDecimalField level1_1_DecimalField;
FtFloatField level1_1_FloatRedirField;
FtBooleanField level1_Null_BooleanField;
FtStringField level1_1_StringField;
FtDateTimeField level1_2_DateTimeField;
//FtStringField level1_3_StringField;
FtStringField level2_10_StringField;
FtStringField level2_11_StringField;
// in this case, root fields are never affected by redirects
root1_StrConstField = writer.FieldList[Root1_StrConstFieldName] as FtStringField;
root2_DateTimeField = writer.FieldList[Root2_DateTimeFieldName] as FtDateTimeField;
root3_IntRedirField = writer.FieldList[Root3_IntRedirFieldName] as FtIntegerField;
// Record 1 - no redirect
root2_DateTimeField.Value = Record1_Root2DateTimeValue;
root3_IntRedirField.SetValue(Record1_Root3IntRedirValue, out fieldsAffectedFromIndex);
Assert.AreEqual(-1, fieldsAffectedFromIndex);
Assert.AreEqual(Record1_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
writer.Write();
Assert.AreEqual(1, writer.RecordCount);
Assert.AreEqual(Record1_TableListCount, writer.TableCount);
Assert.AreEqual(Record1_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// Record 2 - no redirect
root2_DateTimeField.Value = Record2_Root2DateTimeValue;
root3_IntRedirField.SetValue(Record2_Root3IntRedirValue, out fieldsAffectedFromIndex);
Assert.AreEqual(-1, fieldsAffectedFromIndex);
Assert.AreEqual(Record2_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Record2_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
writer.Write();
Assert.AreEqual(2, writer.RecordCount);
Assert.AreEqual(Record2_TableListCount, writer.TableCount);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// Record 3 - root redirect 1
root2_DateTimeField.Value = Record3_Root2DateTimeValue;
root3_IntRedirField.SetValue(Record3_Root3IntRedirValue, out fieldsAffectedFromIndex);
// redirect to level1_1 sequence
{
Assert.AreEqual(3, fieldsAffectedFromIndex);
Assert.AreEqual(Record3_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Record3_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// remove redirection
root3_IntRedirField.SetValue(20, out fieldsAffectedFromIndex);
Assert.AreEqual(3, fieldsAffectedFromIndex);
Assert.AreEqual(Root_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
root3_IntRedirField.SetValue(Record3_Root3IntRedirValue, out fieldsAffectedFromIndex);
Assert.AreEqual(3, fieldsAffectedFromIndex);
Assert.AreEqual(Record3_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Record3_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
level1_1_DecimalField = writer.FieldList[Level1_1_DecimalFieldName] as FtDecimalField;
level1_1_FloatRedirField = writer.FieldList[Level1_1_FloatRedirFieldName] as FtFloatField;
level1_1_StringField = writer.FieldList[Level1_1_StringFieldName] as FtStringField;
level1_1_DecimalField.Value = Record3_Level1_1_DecimalValue;
level1_1_FloatRedirField.Value = Record3_Level1_1_FloatRedirValue;
level1_1_StringField.Value = Record3_Level1_1_StringValue;
}
writer.Write();
Assert.AreEqual(3, writer.RecordCount);
Assert.AreEqual(Record3_TableListCount, writer.TableCount);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// Record 4 - root redirect 1
root2_DateTimeField.Value = Record4_Root2DateTimeValue;
root3_IntRedirField.SetValue(Record4_Root3IntRedirValue, out fieldsAffectedFromIndex);
// redirect to level1_1 sequence
{
Assert.AreEqual(3, fieldsAffectedFromIndex);
Assert.AreEqual(Record4_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Record4_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
level1_1_DecimalField = writer.FieldList[Level1_1_DecimalFieldName] as FtDecimalField;
level1_1_FloatRedirField = writer.FieldList[Level1_1_FloatRedirFieldName] as FtFloatField;
level1_1_StringField = writer.FieldList[Level1_1_StringFieldName] as FtStringField;
level1_1_DecimalField.Value = Record4_Level1_1_DecimalValue;
level1_1_FloatRedirField.Value = Record4_Level1_1_FloatRedirValue;
level1_1_StringField.Value = Record4_Level1_1_StringValue;
}
writer.Write();
Assert.AreEqual(4, writer.RecordCount);
Assert.AreEqual(Record4_TableListCount, writer.TableCount);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// Record 5 - root redirect 1
root2_DateTimeField.Value = Record5_Root2DateTimeValue;
root3_IntRedirField.SetValue(Record5_Root3IntRedirValue, out fieldsAffectedFromIndex);
// redirect to level1_1 sequence
{
Assert.AreEqual(3, fieldsAffectedFromIndex);
Assert.AreEqual(Record5_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Record4_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
level1_1_DecimalField = writer.FieldList[Level1_1_DecimalFieldName] as FtDecimalField;
level1_1_FloatRedirField = writer.FieldList[Level1_1_FloatRedirFieldName] as FtFloatField;
level1_1_StringField = writer.FieldList[Level1_1_StringFieldName] as FtStringField;
level1_1_DecimalField.Value = Record5_Level1_1_DecimalValue;
level1_1_FloatRedirField.Value = Record5_Level1_1_FloatRedirValue;
level1_1_StringField.Value = Record5_Level1_1_StringValue;
}
writer.Write();
Assert.AreEqual(5, writer.RecordCount);
Assert.AreEqual(Record5_TableListCount, writer.TableCount);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// Record 6 - root redirect Null
root2_DateTimeField.Value = Record6_Root2DateTimeValue;
root3_IntRedirField.SetNull(out fieldsAffectedFromIndex);
// redirect to level1_Null sequence
{
Assert.AreEqual(3, fieldsAffectedFromIndex);
Assert.AreEqual(Record6_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Record6_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
level1_Null_BooleanField = writer.FieldList[Level1_Null_BooleanFieldName] as FtBooleanField;
level1_Null_BooleanField.Value = Record6_level1_Null_BooleanValue;
}
writer.Write();
Assert.AreEqual(6, writer.RecordCount);
Assert.AreEqual(Record6_TableListCount, writer.TableCount);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// Record 7 - root redirect 2
root2_DateTimeField.Value = Record7_Root2DateTimeValue;
root3_IntRedirField.SetValue(Record7_Root3IntRedirValue, out fieldsAffectedFromIndex);
// redirect to level1_2 sequence
{
Assert.AreEqual(3, fieldsAffectedFromIndex);
Assert.AreEqual(Record7_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Record7_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
level1_2_DateTimeField = writer.FieldList[Level1_2_DateTimeFieldName] as FtDateTimeField;
// leave it null
}
writer.Write();
Assert.AreEqual(7, writer.RecordCount);
Assert.AreEqual(Record7_TableListCount, writer.TableCount);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// Record 8 - root redirect 1
root2_DateTimeField.Value = Record8_Root2DateTimeValue;
root3_IntRedirField.SetValue(Record8_Root3IntRedirValue, out fieldsAffectedFromIndex);
// redirect to level1_1 sequence
{
Assert.AreEqual(3, fieldsAffectedFromIndex);
Assert.AreEqual(6, writer.FieldList.Count);
Assert.AreEqual(2, writer.SequenceInvokationList.Count);
level1_1_DecimalField = writer.FieldList[Level1_1_DecimalFieldName] as FtDecimalField;
level1_1_FloatRedirField = writer.FieldList[Level1_1_FloatRedirFieldName] as FtFloatField;
level1_1_StringField = writer.FieldList[Level1_1_StringFieldName] as FtStringField;
level1_1_DecimalField.Value = Record8_Level1_1_DecimalValue;
level1_1_FloatRedirField.SetValue(Record8_Level1_1_FloatRedirValue, out fieldsAffectedFromIndex); // redirect
// redirect to Level2_10 sequence
{
Assert.AreEqual(5, fieldsAffectedFromIndex);
Assert.AreEqual(Record8_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Record8_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
Assert.AreEqual(-1, writer.FieldList.IndexOfName(Level1_1_StringFieldName)); // should have been discarded by Redirect
level2_10_StringField = writer.FieldList[Level2_10_StringFieldName] as FtStringField;
level2_10_StringField.Value = Record8_level2_10_StringValue;
}
}
writer.Write();
Assert.AreEqual(8, writer.RecordCount);
Assert.AreEqual(Record8_TableListCount, writer.TableCount);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// Record 9 - root redirect 1
root2_DateTimeField.Value = Record9_Root2DateTimeValue;
root3_IntRedirField.SetValue(Record9_Root3IntRedirValue, out fieldsAffectedFromIndex);
// redirect to level1_1 sequence
{
Assert.AreEqual(3, fieldsAffectedFromIndex);
Assert.AreEqual(6, writer.FieldList.Count);
Assert.AreEqual(2, writer.SequenceInvokationList.Count);
level1_1_DecimalField = writer.FieldList[Level1_1_DecimalFieldName] as FtDecimalField;
level1_1_FloatRedirField = writer.FieldList[Level1_1_FloatRedirFieldName] as FtFloatField;
level1_1_StringField = writer.FieldList[Level1_1_StringFieldName] as FtStringField;
level1_1_DecimalField.Value = Record9_Level1_1_DecimalValue;
level1_1_FloatRedirField.SetValue(Record9_Level1_1_FloatRedirValue, out fieldsAffectedFromIndex); // redirect
// redirect to Level2_10 sequence
{
Assert.AreEqual(5, fieldsAffectedFromIndex);
Assert.AreEqual(Record9_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Record9_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
Assert.AreEqual(-1, writer.FieldList.IndexOfName(Level1_1_StringFieldName)); // should have been discarded by Redirect
level2_10_StringField = writer.FieldList[Level2_10_StringFieldName] as FtStringField;
level2_10_StringField.Value = Record9_level2_10_StringValue;
}
}
writer.Write();
Assert.AreEqual(9, writer.RecordCount);
Assert.AreEqual(Record9_TableListCount, writer.TableCount);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// Record 10 - root redirect 1
root2_DateTimeField.Value = Record10_Root2DateTimeValue;
root3_IntRedirField.SetValue(Record10_Root3IntRedirValue, out fieldsAffectedFromIndex);
// redirect to level1_1 sequence
{
Assert.AreEqual(3, fieldsAffectedFromIndex);
Assert.AreEqual(6, writer.FieldList.Count);
Assert.AreEqual(2, writer.SequenceInvokationList.Count);
level1_1_DecimalField = writer.FieldList[Level1_1_DecimalFieldName] as FtDecimalField;
level1_1_FloatRedirField = writer.FieldList[Level1_1_FloatRedirFieldName] as FtFloatField;
level1_1_StringField = writer.FieldList[Level1_1_StringFieldName] as FtStringField;
level1_1_DecimalField.Value = Record10_Level1_1_DecimalValue;
level1_1_StringField.Value = Record10_Level1_1_StringValue;
level1_1_FloatRedirField.SetValue(Record10_Level1_1_FloatRedirValue, out fieldsAffectedFromIndex); // redirect
// redirect to Level2_11 sequence
{
Assert.AreEqual(6, fieldsAffectedFromIndex);
Assert.AreEqual(Record10_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Record10_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
Assert.AreEqual(5, writer.FieldList.IndexOfName(Level1_1_StringFieldName)); // confirm not discarded
Assert.AreEqual(Record10_Level1_1_StringValue, level1_1_StringField.Value);
level2_11_StringField = writer.FieldList[Level2_11_StringFieldName] as FtStringField;
level2_11_StringField.Value = Record10_level2_11_StringValue;
}
}
writer.Write();
Assert.AreEqual(10, writer.RecordCount);
Assert.AreEqual(Record10_TableListCount, writer.TableCount);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
// Record 11 - no redirect
root2_DateTimeField.Value = Record11_Root2DateTimeValue;
root3_IntRedirField.SetValue(Record11_Root3IntRedirValue, out fieldsAffectedFromIndex);
Assert.AreEqual(-1, fieldsAffectedFromIndex);
Assert.AreEqual(Record11_FieldListCount, writer.FieldList.Count);
Assert.AreEqual(Root_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
writer.Write();
Assert.AreEqual(11, writer.RecordCount);
Assert.AreEqual(Record11_TableListCount, writer.TableCount);
Assert.AreEqual(Record11_SequenceInvokationListCount, writer.SequenceInvokationList.Count);
writer.Close();
string dataFilePath = Path.Combine(DataFolder, SequenceFileName);
if (!TextFilesAreEqual(filePath, dataFilePath))
{
Assert.Fail("Sequence does not match Test Data");
}
else
{
FtReader reader = new FtReader(meta);
reader.Open(filePath);
Assert.AreEqual <bool>(false, reader.Declared);
Assert.AreEqual <bool>(true, reader.HeaderRead);
Assert.AreEqual <int>(1, reader.HeadingLineReadCount);
Assert.AreEqual <FtMetaReferenceType>(FtMetaReferenceType.None, reader.MetaReferenceType);
Assert.AreEqual <FtLineType>(FtLineType.Heading, reader.LineType); // last line in header
root1_StrConstField = reader.FieldList[Root1_StrConstFieldName] as FtStringField;
root2_DateTimeField = reader.FieldList[Root2_DateTimeFieldName] as FtDateTimeField;
root3_IntRedirField = reader.FieldList[Root3_IntRedirFieldName] as FtIntegerField;
// Record 1
reader.Read();
Assert.AreEqual(Record1_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record1_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(1, reader.RecordCount);
Assert.AreEqual(Record1_TableListCount, reader.TableCount);
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record1_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <long>(Record1_Root3IntRedirValue, root3_IntRedirField.Value);
// Record 2
reader.Read();
Assert.AreEqual(Record2_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record2_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(2, reader.RecordCount);
Assert.AreEqual(Record2_TableListCount, reader.TableCount);
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record2_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <long>(Record2_Root3IntRedirValue, root3_IntRedirField.Value);
// Record 3
bool readResult = reader.Read();
Assert.AreEqual <bool>(false, readResult);
Assert.AreEqual(2, reader.RecordCount);
Assert.AreEqual(Record2_TableListCount, reader.TableCount);
reader.AutoNextTable = true;
readResult = reader.Read();
Assert.AreEqual <bool>(true, readResult);
Assert.AreEqual(Record3_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record3_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(3, reader.RecordCount);
Assert.AreEqual(Record3_TableListCount, reader.TableCount);
root1_StrConstField = reader.FieldList[Root1_StrConstFieldName] as FtStringField;
root2_DateTimeField = reader.FieldList[Root2_DateTimeFieldName] as FtDateTimeField;
root3_IntRedirField = reader.FieldList[Root3_IntRedirFieldName] as FtIntegerField;
level1_1_DecimalField = reader.FieldList[Level1_1_DecimalFieldName] as FtDecimalField;
level1_1_FloatRedirField = reader.FieldList[Level1_1_FloatRedirFieldName] as FtFloatField;
level1_1_StringField = reader.FieldList[Level1_1_StringFieldName] as FtStringField;
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record3_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <long>(Record3_Root3IntRedirValue, root3_IntRedirField.Value);
Assert.AreEqual <decimal>(Record3_Level1_1_DecimalValue, level1_1_DecimalField.Value);
Assert.AreEqual <double>(Record3_Level1_1_FloatRedirValue, level1_1_FloatRedirField.Value);
Assert.AreEqual <string>(Record3_Level1_1_StringValue, level1_1_StringField.Value);
// Record 4
reader.Read();
Assert.AreEqual(Record4_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record4_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(4, reader.RecordCount);
Assert.AreEqual(Record4_TableListCount, reader.TableCount);
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record4_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <long>(Record4_Root3IntRedirValue, root3_IntRedirField.Value);
Assert.AreEqual <decimal>(Record4_Level1_1_DecimalValue, level1_1_DecimalField.Value);
Assert.AreEqual <double>(Record4_Level1_1_FloatRedirValue, level1_1_FloatRedirField.Value);
Assert.AreEqual <string>(Record4_Level1_1_StringValue, level1_1_StringField.Value);
// Record 5
reader.Read();
Assert.AreEqual(Record5_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record5_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(5, reader.RecordCount);
Assert.AreEqual(Record5_TableListCount, reader.TableCount);
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record5_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <long>(Record5_Root3IntRedirValue, root3_IntRedirField.Value);
Assert.AreEqual <decimal>(Record5_Level1_1_DecimalValue, level1_1_DecimalField.Value);
Assert.AreEqual <double>(Record5_Level1_1_FloatRedirValue, level1_1_FloatRedirField.Value);
Assert.AreEqual <string>(Record5_Level1_1_StringValue, level1_1_StringField.Value);
// Record 6
reader.Read();
Assert.AreEqual(Record6_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record6_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(6, reader.RecordCount);
Assert.AreEqual(Record6_TableListCount, reader.TableCount);
root1_StrConstField = reader.FieldList[Root1_StrConstFieldName] as FtStringField;
root2_DateTimeField = reader.FieldList[Root2_DateTimeFieldName] as FtDateTimeField;
root3_IntRedirField = reader.FieldList[Root3_IntRedirFieldName] as FtIntegerField;
level1_Null_BooleanField = reader.FieldList[Level1_Null_BooleanFieldName] as FtBooleanField;
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record6_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <bool>(true, root3_IntRedirField.IsNull());
Assert.AreEqual <bool>(Record6_level1_Null_BooleanValue, level1_Null_BooleanField.Value);
// Record 7
reader.Read();
Assert.AreEqual(Record7_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record7_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(7, reader.RecordCount);
Assert.AreEqual(Record7_TableListCount, reader.TableCount);
root1_StrConstField = reader.FieldList[Root1_StrConstFieldName] as FtStringField;
root2_DateTimeField = reader.FieldList[Root2_DateTimeFieldName] as FtDateTimeField;
root3_IntRedirField = reader.FieldList[Root3_IntRedirFieldName] as FtIntegerField;
level1_2_DateTimeField = reader.FieldList[Level1_2_DateTimeFieldName] as FtDateTimeField;
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record7_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <long>(Record7_Root3IntRedirValue, root3_IntRedirField.Value);
Assert.AreEqual <bool>(true, level1_2_DateTimeField.IsNull());
// Record 8
reader.Read();
Assert.AreEqual(Record8_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record8_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(8, reader.RecordCount);
Assert.AreEqual(Record8_TableListCount, reader.TableCount);
root1_StrConstField = reader.FieldList[Root1_StrConstFieldName] as FtStringField;
root2_DateTimeField = reader.FieldList[Root2_DateTimeFieldName] as FtDateTimeField;
root3_IntRedirField = reader.FieldList[Root3_IntRedirFieldName] as FtIntegerField;
level1_1_DecimalField = reader.FieldList[Level1_1_DecimalFieldName] as FtDecimalField;
level1_1_FloatRedirField = reader.FieldList[Level1_1_FloatRedirFieldName] as FtFloatField;
Assert.AreEqual <int>(-1, reader.FieldList.IndexOfName(Level1_1_StringFieldName));
level2_10_StringField = reader.FieldList[Level2_10_StringFieldName] as FtStringField;
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record8_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <long>(Record8_Root3IntRedirValue, root3_IntRedirField.Value);
Assert.AreEqual <decimal>(Record8_Level1_1_DecimalValue, level1_1_DecimalField.Value);
Assert.AreEqual <double>(Record8_Level1_1_FloatRedirValue, level1_1_FloatRedirField.Value);
Assert.AreEqual <string>(Record8_level2_10_StringValue, level2_10_StringField.Value);
// Record 9
reader.Read();
Assert.AreEqual <int>(-1, reader.FieldList.IndexOfName(Level1_1_StringFieldName));
Assert.AreEqual(Record9_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record9_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(9, reader.RecordCount);
Assert.AreEqual(Record9_TableListCount, reader.TableCount);
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record9_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <long>(Record9_Root3IntRedirValue, root3_IntRedirField.Value);
Assert.AreEqual <decimal>(Record9_Level1_1_DecimalValue, level1_1_DecimalField.Value);
Assert.AreEqual <double>(Record9_Level1_1_FloatRedirValue, level1_1_FloatRedirField.Value);
Assert.AreEqual <string>(Record9_level2_10_StringValue, level2_10_StringField.Value);
// Record 10
reader.Read();
Assert.AreEqual(Record10_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record10_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(10, reader.RecordCount);
Assert.AreEqual(Record10_TableListCount, reader.TableCount);
root1_StrConstField = reader.FieldList[Root1_StrConstFieldName] as FtStringField;
root2_DateTimeField = reader.FieldList[Root2_DateTimeFieldName] as FtDateTimeField;
root3_IntRedirField = reader.FieldList[Root3_IntRedirFieldName] as FtIntegerField;
level1_1_DecimalField = reader.FieldList[Level1_1_DecimalFieldName] as FtDecimalField;
level1_1_FloatRedirField = reader.FieldList[Level1_1_FloatRedirFieldName] as FtFloatField;
level1_1_StringField = reader.FieldList[Level1_1_StringFieldName] as FtStringField;
level2_11_StringField = reader.FieldList[Level2_11_StringFieldName] as FtStringField;
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record10_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <long>(Record10_Root3IntRedirValue, root3_IntRedirField.Value);
Assert.AreEqual <decimal>(Record10_Level1_1_DecimalValue, level1_1_DecimalField.Value);
Assert.AreEqual <double>(Record10_Level1_1_FloatRedirValue, level1_1_FloatRedirField.Value);
Assert.AreEqual <string>(Record10_Level1_1_StringValue, level1_1_StringField.Value);
Assert.AreEqual <string>(Record10_level2_11_StringValue, level2_11_StringField.Value);
// Record 11
reader.Read();
Assert.AreEqual(Record11_FieldListCount, reader.FieldList.Count);
Assert.AreEqual(Record11_SequenceInvokationListCount, reader.SequenceInvokationList.Count);
Assert.AreEqual(11, reader.RecordCount);
Assert.AreEqual(Record11_TableListCount, reader.TableCount);
root1_StrConstField = reader.FieldList[Root1_StrConstFieldName] as FtStringField;
root2_DateTimeField = reader.FieldList[Root2_DateTimeFieldName] as FtDateTimeField;
root3_IntRedirField = reader.FieldList[Root3_IntRedirFieldName] as FtIntegerField;
Assert.AreEqual <string>(Root1StrConstValue, root1_StrConstField.Value);
Assert.AreEqual <DateTime>(Record11_Root2DateTimeValue, root2_DateTimeField.Value);
Assert.AreEqual <long>(Record11_Root3IntRedirValue, root3_IntRedirField.Value);
reader.Close();
}
}