public void TestTypeMapper_BadRecordColumn_SkipError()
{
const string data = @" 12017-06-11 John Smith
22017-12-32 Tom Stallon
32017-08-13 Walter Kay";
var mapper = FixedLengthTypeMapper.Define <Person>();
mapper.Property(x => x.Id, 10);
mapper.Property(x => x.Created, 10);
mapper.Property(x => x.Name, 15);
StringReader stringReader = new StringReader(data);
List <int> errorRecords = new List <int>();
var reader = mapper.GetReader(stringReader);
reader.Error += (sender, e) =>
{
errorRecords.Add(e.RecordNumber);
e.IsHandled = true;
};
var people = reader.ReadAll().ToArray();
Assert.AreEqual(2, people.Count());
Assert.AreEqual(1, errorRecords.Count);
Assert.AreEqual(2, errorRecords[0]);
}
public void TestReader_WrappedWithIgnoredColumns()
{
var mapper = FixedLengthTypeMapper.Define(() => new ComplicatedPerson());
mapper.Property(x => x.PersonId, 10);
mapper.Ignored(1);
mapper.Property(x => x.Name, 10);
mapper.Ignored(1);
mapper.Property(x => x.CreatedOn, 10).OutputFormat("MM/dd/yyyy");
var people = new[]
{
new ComplicatedPerson()
{
PersonId = 1, Name = "Bob", CreatedOn = new DateTime(2018, 04, 25)
},
new ComplicatedPerson()
{
PersonId = 2, Name = "Tom", CreatedOn = new DateTime(2018, 04, 26)
},
new ComplicatedPerson()
{
PersonId = 3, Name = "Jane", CreatedOn = new DateTime(2018, 04, 27)
}
};
StringWriter writer = new StringWriter();
mapper.Write(writer, people, new FixedLengthOptions()
{
IsFirstRecordHeader = true
});
string output = writer.ToString();
mapper.CustomMapping(new RecordNumberColumn("RecordNumber"), 10)
.WithReader((p, v) => p.RecordNumber = (int)v)
.WithWriter(p => p.RecordNumber);
StringReader stringReader = new StringReader(output);
var options = new FixedLengthOptions()
{
IsFirstRecordHeader = true
};
var reader = mapper.GetReader(stringReader, options);
reader.RecordPartitioned += (sender, e) =>
{
e.IsSkipped = e.Values.Length >= 2 && e.Values[2] == "Tom";
};
var results = reader.ReadAll().ToArray();
Assert.AreEqual(2, results.Length);
Assert.AreEqual(1, results[0].PersonId);
Assert.AreEqual("Bob", results[0].Name);
Assert.AreEqual(new DateTime(2018, 04, 25), results[0].CreatedOn);
Assert.AreEqual(1, results[0].RecordNumber);
Assert.AreEqual(3, results[1].PersonId);
Assert.AreEqual("Jane", results[1].Name);
Assert.AreEqual(new DateTime(2018, 04, 27), results[1].CreatedOn);
Assert.AreEqual(2, results[1].RecordNumber);
}
public async Task TestTypeMapper_Roundtrip()
{
var mapper = FixedLengthTypeMapper.Define <Person>();
mapper.Property(p => p.Id, new Window(25)).ColumnName("id");
mapper.Property(p => p.Name, new Window(100)).ColumnName("name");
mapper.Property(p => p.Created, new Window(8)).ColumnName("created").InputFormat("yyyyMMdd").OutputFormat("yyyyMMdd");
mapper.Property(p => p.IsActive, new Window(5)).ColumnName("active");
var bob = new Person()
{
Id = 123, Name = "Bob", Created = new DateTime(2013, 1, 19), IsActive = true
};
StringWriter stringWriter = new StringWriter();
await mapper.WriteAsync(stringWriter, new Person[] { bob });
StringReader stringReader = new StringReader(stringWriter.ToString());
var reader = mapper.GetReader(stringReader);
var people = new List <Person>();
while (await reader.ReadAsync())
{
people.Add(reader.Current);
}
Assert.Equal(1, people.Count());
var person = people.SingleOrDefault();
Assert.Equal(bob.Id, person.Id);
Assert.Equal(bob.Name, person.Name);
Assert.Equal(bob.Created, person.Created);
Assert.True(person.IsActive);
}
public void TestTypeMapper_Roundtrip()
{
var mapper = FixedLengthTypeMapper.Define <Person>();
mapper.Property(p => p.Id, new Window(25)).ColumnName("id");
mapper.Property(p => p.Name, new Window(100)).ColumnName("name");
mapper.Property(p => p.Created, new Window(8)).ColumnName("created").InputFormat("yyyyMMdd").OutputFormat("yyyyMMdd");
mapper.Property(p => p.IsActive, new Window(5)).ColumnName("active");
var bob = new Person()
{
Id = 123, Name = "Bob", Created = new DateTime(2013, 1, 19), IsActive = true
};
var options = new FixedLengthOptions()
{
FillCharacter = '@'
};
StringWriter stringWriter = new StringWriter();
mapper.Write(stringWriter, new Person[] { bob }, options);
StringReader stringReader = new StringReader(stringWriter.ToString());
var people = mapper.Read(stringReader, options).ToArray();
Assert.AreEqual(1, people.Length);
var person = people.SingleOrDefault();
Assert.AreEqual(bob.Id, person.Id);
Assert.AreEqual(bob.Name, person.Name);
Assert.AreEqual(bob.Created, person.Created);
}
public void TestTypeMapper_RoundtripWithNull()
{
var mapper = FixedLengthTypeMapper.Define <Person>();
mapper.Property(p => p.Id, new Window(25)).ColumnName("id");
mapper.Property(p => p.Name, new Window(100)).ColumnName("name");
mapper.Property(p => p.Created, new Window(8)).ColumnName("created").InputFormat("yyyyMMdd").OutputFormat("yyyyMMdd");
using (MemoryStream stream = new MemoryStream())
{
var bob = new Person()
{
Id = 123, Name = null, Created = new DateTime(2013, 1, 19)
};
var options = new FixedLengthOptions()
{
FillCharacter = '@'
};
mapper.Write(stream, options, new Person[] { bob });
stream.Position = 0; // go back to the beginning of the stream
var people = mapper.Read(stream, options);
Assert.AreEqual(1, people.Count(), "The wrong number of people were returned.");
var person = people.SingleOrDefault();
Assert.AreEqual(bob.Id, person.Id, "The ID value was not persisted.");
Assert.AreEqual(bob.Name, person.Name, "The Name value was not persisted.");
Assert.AreEqual(bob.Created, person.Created, "The Created value was not persisted.");
}
}
public void TestWriter_WithSchema_SchemaCounted()
{
var outputMapper = FixedLengthTypeMapper.Define(() => new Person());
outputMapper.Property(x => x.Name, 10);
outputMapper.CustomMapping(new RecordNumberColumn("RecordNumber")
{
IncludeSchema = true
}, 10)
.WithReader((p, v) => p.RecordNumber = (int)v)
.WithWriter(p => p.RecordNumber);
outputMapper.Property(x => x.CreatedOn, 10).OutputFormat("MM/dd/yyyy");
var people = new[]
{
new Person()
{
Name = "Bob", CreatedOn = new DateTime(2018, 04, 25)
},
new Person()
{
Name = "Tom", CreatedOn = new DateTime(2018, 04, 26)
},
new Person()
{
Name = "Jane", CreatedOn = new DateTime(2018, 04, 27)
}
};
StringWriter writer = new StringWriter();
outputMapper.Write(writer, people, new FixedLengthOptions()
{
IsFirstRecordHeader = true
});
string output = writer.ToString();
var inputMapper = FixedLengthTypeMapper.Define(() => new Person());
inputMapper.Property(x => x.Name, 10);
inputMapper.Property(x => x.RecordNumber, 10);
inputMapper.Property(x => x.CreatedOn, 10).InputFormat("MM/dd/yyyy");
StringReader reader = new StringReader(output);
var results = inputMapper.Read(reader, new FixedLengthOptions()
{
IsFirstRecordHeader = true
}).ToArray();
Assert.AreEqual(3, results.Length);
Assert.AreEqual("Bob", results[0].Name);
Assert.AreEqual(2, results[0].RecordNumber);
Assert.AreEqual(new DateTime(2018, 04, 25), results[0].CreatedOn);
Assert.AreEqual("Tom", results[1].Name);
Assert.AreEqual(3, results[1].RecordNumber);
Assert.AreEqual(new DateTime(2018, 04, 26), results[1].CreatedOn);
Assert.AreEqual("Jane", results[2].Name);
Assert.AreEqual(4, results[2].RecordNumber);
Assert.AreEqual(new DateTime(2018, 04, 27), results[2].CreatedOn);
}
private static IFixedLengthTypeMapper <HeaderRecord> getHeaderTypeMapper()
{
var mapper = FixedLengthTypeMapper.Define(() => new HeaderRecord());
mapper.Property(x => x.BatchName, 25);
mapper.Property(x => x.RecordCount, 3);
return(mapper);
}
private IFixedLengthTypeMapper <FooterRecord> getFooterTypeMapper()
{
var mapper = FixedLengthTypeMapper.Define(() => new FooterRecord());
mapper.Property(x => x.TotalAmount, 10);
mapper.Property(x => x.AverageAmount, 10);
mapper.Property(x => x.IsCriteriaMet, 5);
return(mapper);
}
public void TestReader_WithSchema_WithIgnoredColumn_NoRecordSeparator_WithFilter_LogicalRecordsOnly()
{
var mapper = FixedLengthTypeMapper.Define(() => new Person());
mapper.Property(x => x.Name, 10);
mapper.Ignored(1);
var people = new[]
{
new Person()
{
Name = "Bob"
},
new Person()
{
Name = "Tom"
},
new Person()
{
Name = "Jane"
}
};
StringWriter writer = new StringWriter();
mapper.Write(writer, people, new FixedLengthOptions()
{
IsFirstRecordHeader = true,
HasRecordSeparator = false
});
string output = writer.ToString();
mapper.CustomMapping(new RecordNumberColumn("RecordNumber"), 10)
.WithReader((p, v) => p.RecordNumber = (int)v)
.WithWriter(p => p.RecordNumber);
StringReader stringReader = new StringReader(output);
var options = new FixedLengthOptions()
{
IsFirstRecordHeader = true,
HasRecordSeparator = false
};
var reader = mapper.GetReader(stringReader, options);
reader.RecordPartitioned += (sender, e) =>
{
e.IsSkipped = e.Values.Length >= 1 && e.Values[0] == "Tom";
};
var results = reader.ReadAll().ToArray();
Assert.AreEqual(2, results.Length);
Assert.AreEqual("Bob", results[0].Name);
Assert.AreEqual(1, results[0].RecordNumber);
Assert.AreEqual("Jane", results[1].Name);
Assert.AreEqual(2, results[1].RecordNumber);
}
private static IFixedLengthTypeMapper <DataRecord> getRecordTypeMapper()
{
var mapper = FixedLengthTypeMapper.Define(() => new DataRecord());
mapper.Property(x => x.Id, new Window(10)
{
Alignment = FixedAlignment.RightAligned
});
mapper.Property(x => x.Name, 25);
mapper.Property(x => x.CreatedOn, 10).InputFormat("yyyyMMdd").OutputFormat("yyyyMMdd");
mapper.Property(x => x.TotalAmount, 10);
return(mapper);
}
public void TestReader_WithSchema_SchemaNotCounted_NoFilter_LineCountMinusOne()
{
var mapper = FixedLengthTypeMapper.Define(() => new Person());
mapper.Property(x => x.Name, 10);
var people = new[]
{
new Person()
{
Name = "Bob"
},
new Person()
{
Name = "Tom"
},
new Person()
{
Name = "Jane"
}
};
StringWriter writer = new StringWriter();
mapper.Write(writer, people, new FixedLengthOptions()
{
IsFirstRecordHeader = true
});
string output = writer.ToString();
mapper.CustomMapping(new RecordNumberColumn("RecordNumber")
{
IncludeSchema = false, IncludeSkippedRecords = true
}, 10)
.WithReader((p, v) => p.RecordNumber = (int)v)
.WithWriter(p => p.RecordNumber);
StringReader reader = new StringReader(output);
var results = mapper.Read(reader, new FixedLengthOptions()
{
IsFirstRecordHeader = true
}).ToArray();
Assert.AreEqual(3, results.Length);
Assert.AreEqual("Bob", results[0].Name);
Assert.AreEqual(1, results[0].RecordNumber);
Assert.AreEqual("Tom", results[1].Name);
Assert.AreEqual(2, results[1].RecordNumber);
Assert.AreEqual("Jane", results[2].Name);
Assert.AreEqual(3, results[2].RecordNumber);
}
private static IFixedLengthTypeMapper <Contact> GetCollectionTypeMapper()
{
var mapper = FixedLengthTypeMapper.Define(() => new Contact());
mapper.CustomMapping(new Int32Column("Id"), 10).WithReader(c => c.Id).WithWriter(c => c.Id);
mapper.CustomMapping(new StringColumn("Name"), 10).WithReader(c => c.Name).WithWriter(c => c.Name);
mapper.CustomMapping(new StringColumn("Phone1"), 12).WithReader((c, phone1) =>
{
if (phone1 != null)
{
c.PhoneNumbers.Add((string)phone1);
}
}).WithWriter(c => c.PhoneNumbers.Count > 0 ? c.PhoneNumbers[0] : null);
mapper.CustomMapping(new StringColumn("Phone2"), 12).WithReader((c, phone2) =>
{
if (phone2 != null)
{
c.PhoneNumbers.Add((string)phone2);
}
}).WithWriter(c => c.PhoneNumbers.Count > 1 ? c.PhoneNumbers[1] : null);
mapper.CustomMapping(new StringColumn("Phone3"), 12).WithReader((c, phone3) =>
{
if (phone3 != null)
{
c.PhoneNumbers.Add((string)phone3);
}
}).WithWriter(c => c.PhoneNumbers.Count > 2 ? c.PhoneNumbers[2] : null);
mapper.CustomMapping(new StringColumn("Email1"), 15).WithReader((ctx, c, email1) =>
{
if (email1 != null)
{
c.Emails.Add((string)email1);
}
}).WithWriter((ctx, c, values) =>
{
values[ctx.LogicalIndex] = c.Emails.Count > 0 ? c.Emails[0] : null;
});
mapper.CustomMapping(new StringColumn("Email2"), 15).WithReader((ctx, c, email2) =>
{
if (email2 != null)
{
c.Emails.Add((string)email2);
}
}).WithWriter((ctx, c, values) =>
{
values[ctx.LogicalIndex] = c.Emails.Count > 1 ? c.Emails[1] : null;
});
return(mapper);
}
//*********************************************************************
//*
//* 'NAV2' RECORD TYPE - NAVAID REMARKS
//*
//*********************************************************************
//
//J T L S L E N
//U Y E T O L U
//S P N A C E M
//T E G R A M B
// T T T E E
// H I N R
// O T
public static IFixedLengthTypeMapper <NavaidRemark> GetNavaidRemarksMapper()
{
var mapper = FixedLengthTypeMapper.Define(() => new NavaidRemark());
// N FIELD DESCRIPTION
//
mapper.Property(x => x.RecordTypeIndicator, 4);
// NAV2: NAVAID REMARKS
mapper.Property(x => x.NavaidFacilityIdentifier, 4);
mapper.Property(x => x.NavaidFacitityTypeExVordme, 20);
// (SEE NAV1 RECORD FOR DESCRIPTION)
mapper.Property(x => x.NavaidRemarksFreeFormText, 600);
mapper.Property(x => x.Filler, 174);
return(mapper);
}
//
//********************************************************************
//*
//* 'NAV5' RECORD TYPE - FAN MARKERS ASSOCIATED WITH NAVAID
//*
//********************************************************************
//
//J T L S L E N
//U Y E T O L U
//S P N A C E M
//T E G R A M B
// T T T E E
// H I N R
// O T
public static IFixedLengthTypeMapper <FanMarkerAssociatedwithnavaid> GetFanmarkerMapper()
{
var mapper = FixedLengthTypeMapper.Define(() => new FanMarkerAssociatedwithnavaid());
mapper.Property(x => x.RecordTypeIndicator, 4);
// NAV5: FAN MARKER ASSOCIATED WITH NAVAID
mapper.Property(x => x.NavaidFacilityIdentifier, 4);
mapper.Property(x => x.NavaidFacitityTypeExVordme, 20);
// (SEE NAV1 RECORD DESCRIPTION)
mapper.Property(x => x.NamesOfFanMarkers, 30);
mapper.Property(x => x.SpaceAllocatedFor23MoreFanMarkers, 690);
// (NOTE: THIS RECORD MAY CONTAIN UP TO
// 24 FAN MARKERS)
mapper.Property(x => x.Blanks, 54);
return(mapper);
}
public void ShouldRoundTrip_TypeMappers()
{
const string message = @"Tom,Hanselman,2016-06-0426 Walking Ice,Ace
";
StringReader stringReader = new StringReader(message);
var nestedMapper = FixedLengthTypeMapper.Define <Stats>();
nestedMapper.Property(s => s.StartDate, 10).InputFormat("yyyy-MM-dd").OutputFormat("yyyy-MM-dd");
nestedMapper.Property(s => s.Age, 2);
nestedMapper.Property(s => s.StageName, new Window(20)
{
Alignment = FixedAlignment.RightAligned
});
var mapper = SeparatedValueTypeMapper.Define <Player>();
mapper.Property(p => p.FirstName);
mapper.Property(p => p.LastName);
mapper.ComplexProperty(p => p.Statistics, nestedMapper);
mapper.Property(p => p.NickName);
var players = mapper.Read(stringReader).ToArray();
Assert.Equal(1, players.Count());
var player = players.Single();
Assert.Equal("Tom", player.FirstName);
Assert.Equal("Hanselman", player.LastName);
Stats statistics = player.Statistics;
Assert.NotNull(statistics);
Assert.Equal(new DateTime(2016, 06, 04), statistics.StartDate);
Assert.Equal(26, statistics.Age);
Assert.Equal("Walking Ice", statistics.StageName);
Assert.Equal("Ace", player.NickName);
StringWriter stringWriter = new StringWriter();
mapper.Write(stringWriter, new Player[] { player });
string output = stringWriter.ToString();
Assert.Equal(message, output);
}
public void TestAnonymousTypeDefinition()
{
var mapper = FixedLengthTypeMapper.Define(() => new
{
Name = (string)null
});
mapper.Property(x => x.Name, 10).ColumnName("Name");
StringWriter writer = new StringWriter();
mapper.Write(writer, new[]
{
new { Name = "John" }, new { Name = "Sam" }
});
string result = writer.ToString();
string expected = $"John {Environment.NewLine}Sam {Environment.NewLine}";
Assert.AreEqual(expected, result);
}
public void TestTypeMapper_DefaultRecordSeparator_Intermixed()
{
var mapper = FixedLengthTypeMapper.Define <Person>();
mapper.Property(p => p.Id, new Window(25)).ColumnName("id");
mapper.Property(p => p.Name, new Window(100)).ColumnName("name");
mapper.Property(p => p.Created, new Window(8)).ColumnName("created").InputFormat("yyyyMMdd").OutputFormat("yyyyMMdd");
string rawData = "123 Bob 20130119\r\n234 Sam 20130119\r345 Ron 20130119\n456 Carl 20130119\r\n";
StringReader stringReader = new StringReader(rawData);
var options = new FixedLengthOptions()
{
HasRecordSeparator = true, RecordSeparator = null
};
var people = mapper.Read(stringReader, options).ToArray();
Assert.AreEqual(4, people.Count());
}
public void TestRoundTrip_FixedLength()
{
var mapper = FixedLengthTypeMapper.Define(() => new Person());
mapper.Property(x => x.Id, 10).ColumnName("Id");
mapper.Property(x => x.Name, 25).ColumnName("Name");
mapper.Property(x => x.Address1.Street, 50).ColumnName("Street");
mapper.Property(x => x.Address1.City, 50).ColumnName("City");
mapper.Property(x => x.Address1.State, 2).ColumnName("State");
mapper.Property(x => x.Address1.Zip, 5).ColumnName("Zip");
mapper.Property(x => x.IsActive, 5).ColumnName("IsActive");
mapper.Property(x => x.CreatedOn, 10).ColumnName("CreatedOn").InputFormat("yyyyMMdd").OutputFormat("yyyyMMdd");
mapper.UseFactory(() => new Address());
var expected = new Person()
{
Id = 123,
Name = "Bob",
Address1 = new Address()
{
Street = "Test Street 1",
City = "Test City",
State = "PA",
Zip = "55555"
},
IsActive = true,
CreatedOn = new DateTime(2017, 11, 05)
};
StringWriter writer = new StringWriter();
mapper.Write(writer, new[] { expected });
StringReader reader = new StringReader(writer.ToString());
var results = mapper.Read(reader).ToArray();
Assert.Equal(1, results.Length);
var result = results[0];
assertEqual(expected, result);
assertEqual(expected.Address1, result.Address1);
}
public List <Customer> Parse(StringReader stringReader)
{
var mapper = FixedLengthTypeMapper.Define <Customer>();
mapper.Property(c => c.Id, new Window(10)).ColumnName(nameof(Customer.Id));
mapper.Property(c => c.FirstName, new Window(20)).ColumnName(nameof(Customer.FirstName));
mapper.Property(c => c.MiddleName, new Window(20)).ColumnName(nameof(Customer.MiddleName));
mapper.Property(c => c.LastName, new Window(20)).ColumnName(nameof(Customer.LastName));
mapper.Property(c => c.Suffix, new Window(8)).ColumnName(nameof(Customer.Suffix));
mapper.Property(c => c.Street, new Window(40)).ColumnName(nameof(Customer.Street));
mapper.Property(c => c.City, new Window(20)).ColumnName(nameof(Customer.City));
mapper.Property(c => c.State, new Window(2)).ColumnName(nameof(Customer.State));
mapper.Property(c => c.Zip, new Window(5)).ColumnName(nameof(Customer.Zip));
mapper.Property(c => c.Zip4, new Window(4)).ColumnName(nameof(Customer.Zip4));
mapper.Property(c => c.Age, new Window(3)).ColumnName(nameof(Customer.Age));
var customers = mapper.Read(stringReader, null).ToList();
return(customers);
}
//
//*********************************************************************
//*
//* 'NAV3' RECORD TYPE - COMPULSORY AND NON-COMPULSORY
//* AIRSPACE FIXES ASSOCIATED WITH NAVAID
//*
//*********************************************************************
//
//J T L S L E N
//U Y E T O L U
//S P N A C E M
//T E G R A M B
// T T T E E
// H I N R
// O T
public static IFixedLengthTypeMapper <AirspaceFixAssociatedWithNavaid> GetAirspaceFixesAssociatedWithNavaidMapper()
{
var mapper = FixedLengthTypeMapper.Define(() => new AirspaceFixAssociatedWithNavaid());
mapper.Property(x => x.RecordTypeIndicator, 4);
// NAV3: CUMPULSORY AND NON-CUMPULSORY AIRSPACE
// FIXES ASSOCIATED WITH NAVAID
mapper.Property(x => x.NavaidFacilityIdentifier, 4);
mapper.Property(x => x.NavaidFacitityTypeExVordme, 20);
// (SEE NAV1 RECORD FOR NAVAID FACILITY TYPE)
mapper.Property(x => x.NamesOfFixesFixfileTheIdsOf, 36);
// THE STATE IN WHICH THE FIX IS LOCATED, AND
// THE ASSOCIATED ICAO REGION CODE.
// (EX: FIX NAME*FIX STATE*ICAO REGION CODE -
// WHITE*TX*K1; ORICH*LA*K2)
mapper.Property(x => x.SpaceAllocatedFor20MoreFixes, 720);
// (NOTE: THIS RECORD MAY CONTAIN UP TO
// 21 FIX DATA)
mapper.Property(x => x.Blanks, 18);
return(mapper);
}
//
//
//*********************************************************************
//*
//* 'NAV4' RECORD TYPE - HOLDING PATTERNs (HPF) ASSOCIATED
//* WITH NAVAID
//*
//*********************************************************************
//
//J T L S L E N
//U Y E T O L U
//S P N A C E M
//T E G R A M B
// T T T E E
// H I N R
// O T
public static IFixedLengthTypeMapper <HoldingPattern> GetHoldingPatternMapper()
{
var mapper = FixedLengthTypeMapper.Define(() => new HoldingPattern());
mapper.Property(x => x.RecordTypeIndicator, 4);
// NAV4: HOLDING PATTERNS ASSOCIATED WITH NAVAID
mapper.Property(x => x.NavaidFacilityIdentifier, 4);
mapper.Property(x => x.NavaidFacitityTypeExVordme, 20);
// (SEE 'NAV1' RECORD FOR DESCRIPTION)
//
mapper.Property(x => x.NamesOfHoldingPatterns, 80);
// AND THE STATE IN WHICH THE
// HOLDING PATTERN(S) IS (ARE) LOCATED.
// (EX: NAVAID NAME & FAC TYPE*NAV STATE-
// GEORGETOWN NDB*TX)
mapper.Property(x => x.PatternNumberOfTheHoldingPattern, 3);
mapper.Property(x => x.SpaceAllocatedFor8MoreHoldingPatterns, 664);
// EACH HOLDING PATTERN HAS 80 CHARACTER NAME
// AND 3 FOR PATTERN (NUMBER).
mapper.Property(x => x.Blanks, 27);
return(mapper);
}
//
//********************************************************************
//*
//* NAV6' RECORD TYPE - VOR RECEIVER CHECKPOINTS ASSOCIATED WITH NAVAID
//*
//********************************************************************
//
//J T L S L E N
//U Y E T O L U
//S P N A C E M
//T E G R A M B
// T T T E E
// H I N R
// O T
public static IFixedLengthTypeMapper <VorReceiverCheckpointAssociatedWithNavaid> GetReceiverCheckpointMapper()
{
var mapper = FixedLengthTypeMapper.Define(() => new VorReceiverCheckpointAssociatedWithNavaid());
mapper.Property(x => x.RecordTypeIndicator, 4);
// NAV6: VOR RECEIVER CHECKPOINT ASSOCIATED WITH NAVAID
mapper.Property(x => x.NavaidFacilityIdentifier, 4);
mapper.Property(x => x.NavaidFacitityTypeExVordme, 20);
// (SEE NAV1 RECORD DESCRIPTION)
mapper.Property(x => x.AirgroundCode, 2);
// A=AIR, G=GROUND, G1=GROUND ONE
mapper.Property(x => x.BearingOfCheckpoint, 3);
mapper.Property(x => x.AltitudeOnlyWhenCheckpointIsInAir, 5);
mapper.Property(x => x.AirportId, 4);
mapper.Property(x => x.StateCodeInWhichAssociatedCityIsLocated, 2);
mapper.Property(x => x.NarrativeDescriptionAssociatedWith, 75);
// THE CHECKPOINT IN AIR
mapper.Property(x => x.NarrativeDescriptionAssociatedWith1, 75);
// THE CHECKPOINT ON GROUND
mapper.Property(x => x.Blanks, 608);
return(mapper);
}
public void TestTypeMapper_IgnoredSeparators_RoundTrip()
{
var mapper = FixedLengthTypeMapper.Define <Person>();
mapper.Property(p => p.Id, new Window(25)).ColumnName("id");
mapper.Ignored(new Window(1)
{
FillCharacter = '|'
});
mapper.Property(p => p.Name, new Window(100)).ColumnName("name");
mapper.Ignored(new Window(1)
{
FillCharacter = '|'
});
mapper.Property(p => p.Created, new Window(8)).ColumnName("created").InputFormat("yyyyMMdd").OutputFormat("yyyyMMdd");
var bob = new Person()
{
Id = 123, Name = "Bob Smith", Created = new DateTime(2013, 1, 19)
};
var options = new FixedLengthOptions()
{
FillCharacter = ' '
};
StringWriter stringWriter = new StringWriter();
mapper.Write(stringWriter, new Person[] { bob }, options);
StringReader stringReader = new StringReader(stringWriter.ToString());
var people = mapper.Read(stringReader, options).ToArray();
Assert.Single(people);
var person = people.SingleOrDefault();
Assert.Equal(bob.Id, person.Id);
Assert.Equal(bob.Name, person.Name);
Assert.Equal(bob.Created, person.Created);
}
public void TestTypeMapper_NullableBoolean_RoundTripsTrue()
{
var mapper = FixedLengthTypeMapper.Define <Person>();
mapper.Property(x => x.IsActive, 10).ColumnName("is_active");
Person person = new Person()
{
IsActive = true
};
StringWriter stringWriter = new StringWriter();
mapper.Write(stringWriter, new Person[] { person });
StringReader stringReader = new StringReader(stringWriter.ToString());
var people = mapper.Read(stringReader).ToArray();
Assert.AreEqual(1, people.Length);
var first = people.SingleOrDefault();
Assert.AreEqual(true, first.IsActive);
}
public async Task TestTypeMapper_Roundtrip_NoSeparator()
{
var mapper = FixedLengthTypeMapper.Define <Person>();
mapper.Property(p => p.Id, new Window(25)).ColumnName("id");
mapper.Property(p => p.Name, new Window(100)).ColumnName("name");
mapper.Property(p => p.Created, new Window(8)).ColumnName("created").InputFormat("yyyyMMdd").OutputFormat("yyyyMMdd");
mapper.Property(p => p.IsActive, new Window(5)).ColumnName("active");
var bob = new Person()
{
Id = 123, Name = "Bob", Created = new DateTime(2013, 1, 19), IsActive = true
};
var options = new FixedLengthOptions()
{
HasRecordSeparator = false
};
StringWriter stringWriter = new StringWriter();
await mapper.WriteAsync(stringWriter, new Person[] { bob, bob }, options);
StringReader stringReader = new StringReader(stringWriter.ToString());
var reader = mapper.GetReader(stringReader, options);
var people = new List <Person>();
while (await reader.ReadAsync())
{
people.Add(reader.Current);
}
Assert.AreEqual(2, people.Count());
var person1 = people.First();
Assert.AreEqual(bob.Id, person1.Id);
Assert.AreEqual(bob.Name, person1.Name);
Assert.AreEqual(bob.Created, person1.Created);
Assert.AreEqual(true, person1.IsActive);
}
public static IFixedLengthTypeMapper <Navaid> GetNavaidMapper()
{
var mapper = FixedLengthTypeMapper.Define(() => new Navaid());
//
// NAVAID
// DATA BASE RECORD LAYOUT
// (NAV-FILE)
//
//INFORMATION EFFECTIVE DATE: 02/06/2014
//
// RECORD FORMAT: FIXED
// LOGICAL RECORD LENGTH: 802
//
//
//FILE STRUCTURE DESCRIPTION:
//--------------------------
// THERE ARE A VARIABLE NUMBER OF FIXED LENGTH RECORDS FOR
// A SINGLE NAVIGATIONAL AID (NAVAID). THE NUMBER OF RECORDS IS
// DETERMINED BY THE REMARKS, AIRSPACE FIXES, HOLDING PATTERNS, AND
// FAN MARKERS RELATED TO EACH NAVAID.
// THE RECORDS ARE IDENTIFIABLE BY A RECORD TYPE INDICATOR - (NAV1,
// NAV2, NAV3, NAV4, NAV5, NAV6), THE NAVAID FACILITY
// LOCATION IDENTIFIER, AND THE NAVAID FACILITY TYPE.
//
// EACH RECORD ENDS WITH A CARRIAGE RETURN CHARACTER AND LINE FEED
// CHARACTER (CR/LF). THIS LINE TERMINATOR IS NOT INCLUDED IN THE
// LOGICAL RECORD LENGTH.
//
// THE FILE IS SORTED BY STATE, CITY, NAVAID NAME, AND FACILITY
// LOCATION IDENTIFIER.
//
//
//DESCRIPTION OF THE RECORD TYPES:
//-------------------------------
// THE 'NAV1' RECORD TYPE CONTAINS BASIC NAVAID INFORMATION.
// THERE IS ALWAYS A NAV1 RECORD.
//
// THE 'NAV2' RECORD WILL CONTAINS ONE 600 CHARACTER REMARK
// PERTAINING TO THE PRECEEDING NAV1 RECORD.
//
// THE 'NAV3' RECORD WILL CONTAIN THE COMPULSORY AND NON-COMPULSORY
// AIRSPACE FIXES ASSOCIATED WITH THE PRECEDING
// NAV1 RECORD. THE RECORD IS PADDED TO ALLOW FOR A MAXIMUM
// OF 18 - 35 CHARACTER FIX ENTRIES.
//
// THE 'NAV4' RECORD TYPE CONTAINS THE HOLDING PATTERN ASSOCIATED
// WITH THE PRECEDING NAV1 RECORD. WHEN MORE THAN 9 HOLDING PATTERNS
// EXIST, TWO OR MORE NAV4 RECORDS ARE CREATED FOR ONE PRECEDING
// NAV1 RECORD.
//
// THE 'NAV5' RECORD TYPE CONTAINS THE FAN MARKERS ASSOCIATED WITH
// THE PRECEDING NAV1 RECORD. THE RECORD IS PADDED TO ALLOW FOR A
// MAXIMUM OF 23 - 26 CHARACTER FAN MARKER ENTRIES.
//
// THE 'NAV6' RECORD TYPE CONTAINS THE CHECKPOINTS ASSOCIATED WITH
// THE PRECEDING NAV1 RECORD.
//
// EACH NAV1 RECORD MAY HAVE NONE, ONE OR MANY ASSOCIATED NAV2,
// NAV3, NAV4, NAV5 OR NAV6 RECORDS. EACH NAV1, NAV2, NAV3, NAV4,
// NAV5, AND NAV6 RECORD CONTAINS THE BASIC NAVAID IDENTIFYING
// INFORMATION.
//
//(NAVAID FACILITY LOCATION IDENTIFIER AND THE NAVAID FACILITY TYPE).
//
//GENERAL INFORMATION:
//-------------------
// 1. LEFT JUSTIFIED FIELDS HAVE TRAILING BLANKS
// 2. RIGHT JUSTIFIED FIELDS HAVE LEADING BLANKS
// 3. ELEMENT NUMBER IS FOR TERMINAL REFERENCE ONLY
// AND NOT IN THE RECORD.
// 4. THE UNIQUE NAV ID (ELEMENT NUMBER: DLID) IS MADE UP OF
// THE FACILITY IDENT, THE FACILITY TYPE CODE, AND THE CITY.
// 5. LATITUDE AND LONGITUDE INFORMATION IS REPRESENTED
// IN TWO WAYS:
// A. FORMATTED:
// -----------
// LATITUDE DD-MM-SS.SSSH
// LONGITUDE DDD-MM-SS.SSSH
//
// WHERE: DD IS DEGREES
// MM IS MINUTES
// SS.SSS IS SECONDS
// H IS DECLINATION
// EXAMPLE: LAT- 39-06-51.070N
// LONG- 075-27-54.660W
//
// B. IN ALL SECONDS :
// ----------------
// LATITUDE AND LONGITUDE SSSSSS.SSSH
// WHERE SSSSSS.SSS IS THE DEG/MIN/SEC CONVERTED
// TO ALL SECONDS
// H IS THE DECLINATION
//
// EXAMPLE: LAT- 140811.070N
// LONG- 27164.66W
//
//
//****************************************************************
//
// 'NAV1' RECORD TYPE - BASE DATA
//
//****************************************************************
//
//J T L S L E N
//U Y E T O L U
//S P N A C E M
//T E G R A M B
// T T T E E
// H I N R
// O T
// N FIELD DESCRIPTION
//
mapper.Property(x => x.RecordTypeIndicator, 4);
// NAV1: BASIC NAVAID INFORMATION
mapper.Property(x => x.NavaidFacilityIdentifier, 4);
//****************NOTE: Current unique key for this file is:
// 3 letter id + type + city
mapper.Property(x => x.NavaidFacilityType, 20);
// (EX: VOR/DME)
// NAVAID NAVAID
//
// TYPE DESCRIPTION
// ---- ------------
// VORTAC A FACILITY CONSISTING OF TWO
// COMPONENTS, VOR AND TACAN,
// WHICH PROVIDES THREE INDIVIDUAL
// SERVICES: VOR AZIMUTH, TACAN
// AZIMUTH AND TACAN DISTANCE(DME)
// AT ONE SITE.
//
// VOR/DME VHF OMNI-DIRECTIONAL RANGE WITH
// ASSOCIATED DISTANCE MEASURING
// EQUIPMENT
//
// FAN MARKER THERE ARE 3 TYPES OF EN ROUTE
// MARKER BEACONS. FAN MARKER
// LOW POWERED FAN MARKERS AND
// Z MARKERS.
// A FAN MARKER IS USED TO PROVIDE
// A POSITIVE IDENTIFICATION OF
// POSITIONS AT DEFINITE POINTS
// ALONG THE AIRWAYS.
//
// CONSOLAN A LOW FREQUENCY, LONG-DISTANCE
// NAVAID USED PRINCIPALLY FOR
// TRANSOCEANIC NAVIGATION.
//
// MARINE NDB A NON DIRECTIONAL BEACON
// USED PRIMARILY FOR MARINE
// (SURFACE) NAVIGATION.
//
// MARINE NDB/DME A NON DIRECTINAL BEACON
// WITH ASSOCIATED DISTANCE
// MEASURING EQUIPMENT; USED
// PRIMARILY FOR MARINE (SURFACE)
// NAVIGATION.
//
// VOT A FAA VOR TEST FACILITY
//
// NDB A NONDIRECTIONAL BEACON
//
// NDB/DME NON DIRECTIONAL BEACON WITH
// ASSOCIATED DISTANCE MEASURING
// EQUIPMENT.
//
// TACAN A TACTICAL AIR NAVIGATION
// SYSTEM PROVIDING ASIMUTH AND
// SLANT RANGE DISTANCE.
//
// UHF/NDB ULTRA HIGH FREQUENCY/
// NON DIRECTIONAL BEACON
//
// VOR A VHF OMNI-DIRECTIONAL RANGE
// PROVIDENCE ASIMUTH ONLY
//
// DME DISTANCE MEASURING EQUIPMENT ONLY
//
mapper.Property(x => x.OfficialNavaidFacilityIdentifier, 4);
//
// -----------------------------------------------
// ADMINISTRATIVE DATA
// -----------------------------------------------
mapper.Property(x => x.EffectiveDateThisDateCoincidesWith, 10).InputFormat("MM/dd/yyyy");
// THE 56-DAY CHARTING AND PUBLICATION CYCLE
// EFFECTIVE DATE.
mapper.Property(x => x.NameOfNavaidexWashington, 30);
mapper.Property(x => x.CityAssociatedWithTheNavaid, 40);
// (EX: WASHINGTON)
mapper.Property(x => x.StateNameWhereAssociatedCityIsLocated, 30);
// (MAY NOT BE SAME STATE WHERE NAVAID IS
// LOCATED) (EX: DC)
mapper.Property(x => x.StatePostOfficeCodeWhereAssociated, 2);
// CITY IS LOCATED.
// (MAY NOT BE SAME STATE WHERE NAVAID IS
// LOCATED) (EX: DC)
mapper.Property(x => x.FaaRegionResponsibleForNavaidCode, 3);
// (EX: AEA)
//
// REGION
// CODES REGION NAME
// ---- -----------
// AAL ALASKA
// ACE CENTRAL
// AEA EASTERN
// AGL GREAT LAKES
// AIN INTERNATIONAL
// ANE NEW ENGLAND
// ANM NORTHWEST MOUNTAIN
// ASO SOUTHERN
// ASW SOUTHWEST
// AWP WESTERN-PACIFIC
//
//
mapper.Property(x => x.CountryNavaidLocatedIfOtherThanUs, 30);
// (NAME) (EX: CANADA)
mapper.Property(x => x.CountryPostOfficeCodeNavaid, 2);
// LOCATED IF OTHER THAN U.S. (EX: CA)
mapper.Property(x => x.NavaidOwnerNameExUsNavy, 50);
mapper.Property(x => x.NavaidOperatorNameExUsNavy, 50);
mapper.Property(x => x.CommonSystemUsageYOrN, 1);
// DEFINES HOW THE NAVAID IS USED.
mapper.Property(x => x.NavaidPublicUseYOrN, 1);
// DEFINES BY WHOM THE NAVAID IS USED
mapper.Property(x => x.ClassOfNavaid, 11);
// THE NAVAID CLASS DESIGNATOR MAY BE COMPRISED
// OF AN ALTITUDE CODE (VOR, VORTAC, VOR/DME, AND
// TACAN FACILITIES ONLY), AND/OR A COMBINATION
// OF CLASS CODES.
//
//
// _______________________
//
// ALTITUDE CODE ALTITUDE DESCRIPTION
// ------------- --------------------
// H HIGH
// L LOW
// T TERMINAL
//
// SEPARATOR CHARACTER: - (DASH)
// -------------------
//
// CLASS CODE/DESCRIPTION
// ----------------------
// AB AUTOMATIC WEATHER BROADCAST.
//
// DME UHF STANDARD (TACAN COMPATIBLE) DISTANCE
// MEASURING EQUIPMENT.
//
// DME(Y) UHF STANDARD (TACAN COMPATIBLE) DISTANCE
// MEASURING EQUIPMENT THAT REQUIRES TACAN
// RECEIVERS TO BE PLACED IN THE 'Y' MODE
// TO RECEIVE DME
//
// H NON-DIRECTIONAL RADIO BEACON (NDB),
// (HOMING), POWER 50 WATTS TO LESS THAN
// 2000 WATTS (50 NM AT ALL ALTITUDES).
//
// HH NON-DIRECTIONAL RADIO BEACON (NDB),
// (HOMING), POWER 2000 WATTS OR MORE
// (75 NM AT ALL ALTITUDES)
//
// H-SAB NON-DIRECTIONAL RADIO BEACON PROVIDING
// AUTOMATIC TRANSCRIBED WEATHER SERVICE.
//
// LMM COMPASS LOCATOR STATION WHEN INSTALLED
// AT MIDDLE MARKER SITE (15 NM AT ALL
// ALTITUDES).
//
// LOM COMPASS LOCATOR STATION WHEN INSTALLED
// AT OUTER MARKER SITE (15 NM AT ALL
// ALTITUDES).
//
// MH NON-DIRECTIONAL RADIO BEACON (NDB)
// (HOMING), POWER LESS THAN 50 WATTS
// (25 NM AT ALL ALTITUDES)
//
// S SIMULTANEOUS RANGE HOMING SIGNAL AND/OR
// VOICE
//
// SABH NON-DIRECTIONAL RADIO BEACON (NDB) NOT
// AUTHORIZED FOR IFR OR ATC. PROVIDES
// AUTOMATIC WEATHER BROADCASTS.
//
// TACAN UHF NAVIGATIONAL FACILITY-OMNIDIREC-
// TIONAL COURSE AND DISTANCE INFORMATION.
//
// VOR VHF NAVIGATIONAL FACILITY-OMNIDIREC-
// TIONAL COURSE ONLY.
//
// VOR/DME COLLOCATED VOR NAVIGATIONAL FACILITY
// AND UHF STANDARD DISTANCE MEASURING
// EQUIPMENT.
//
// VORTAC COLLOCATED VOR AND TACAN NAVIGATIONAL
// FACILITIES.
//
// W WITHOUT VOICE ON RADIO FACILITY
// FREQUENCY.
//
// Z VHF STATION LOCATION MARKER AT A LF
// RADIO FACILITY.
//
// EXAMPLES: H-ABVORTAC, L-VOR, H, HH, MH-SAB,
// MHW/LOM, H-SAB/LOM
//
// NOTE: MULTIPLE CLASS CODE TYPES MAY BE
// SEPARATED BY A / (SLANT) OR A - (DASH)
//
// **** AUXILIARY CANADA CLASS CODES ****
// --------------------
//
// THESE CODES MAY APPEAR SINGLY, IN
// MULTIPLES, OR COMBINED WITH THE CODES LISTED
// ABOVE:
//
// CLASS CODE/DESCRIPTION
// ----------------------
//
// A ATIS(AUTOMATIC TERMINAL INFORMATION
// SERVICE)
//
// C TRANSCRIBED WEATHER BROADCAST STATION
//
// B SCHEDULED WEATHER BROADCAST
//
// T FSS OR OTHER ATC AGENCY (EXCEPT PAR)
// CAN TRANSMIT ON THIS NAVIGATION FRE-
// QUENCY BUT NOT RECEIVE
//
// P PRECISION APPROACH RADAR BACK-UP FRE-
// QUENCY
//
// L NDB POWER OUTPUT LESS THAN 50 WATTS
//
// M NDB POWER OUTPUT 50 TO LESS THAN 2000
// WATTS
//
// H NDB POWER OUTPUT 2000 WATTS OR MORE
//
// Z 75 MHZ STATION LOCATION MARKER OR FAN
// MARKER
//
// EXAMPLE: M,L,CTMZ,TPM,MZ,LZ,TMZ,BT,
// TACAN,VOR/DME,VOR
//
// ------ END OF N28 DESCRIPTION -----
//
//
mapper.Property(x => x.HoursOfOperationOfNavaid, 11);
// (EX: 0800-2400)
mapper.Property(x => x.IdentifierOfArtccWithHighAltitudeBoundaryThatTheNavaid, 4);
// FALLS WITHIN.
mapper.Property(x => x.NameOfArtccWithHighAltitudeBoundaryThatTheNavaid, 30);
// FALLS WITHIN.
mapper.Property(x => x.IdentifierOfArtccWithLowAltitudeBoundaryThatTheNavaid, 4);
// FALLS WITHIN.
mapper.Property(x => x.NameOfArtccWithLowAltitudeBoundaryThatTheNavaid, 30);
// FALLS WITHIN.
// -----------------------------------------------
// GEOGRAPHICAL POSITION DATA
// -----------------------------------------------
//
mapper.Property(x => x.NavaidLatitudeFormatted, 14);
mapper.Property(x => x.NavaidLatitudeAllSeconds, 11);
mapper.Property(x => x.NavaidLongitudeFormatted, 14);
mapper.Property(x => x.NavaidLongitudeAllSeconds, 11);
mapper.Property(x => x.LatitudelongitudeSurveryAccuracyCode, 1);
//
// (N38) SURVERY ACCURACY CODE/DESCRIPTION
// ---------------------------------
// 0 = UNKNOWN
// 1 = DEGREE
// 2 = 10 MINUTES
// 3 = 1 MINUTE
// 4 = 10 SECONDS
// 5 = 1 SECOND OR BETTER
// 6 = NOS
// 7 = 3RD ORDER TRIANGULATION
//
mapper.Property(x => x.LatitudeOfTacanPortionOfVortacWhenTacan, 14);
// IS NOT SITED WITH VOR (FORMATTED)
mapper.Property(x => x.LatitudeOfTacanPortionOfVortacWhenTacan1, 11);
// IS NOT SITED WITH VOR (ALL SECONDS)
mapper.Property(x => x.LongitudeOfTacanPortionOfVortacWhenTacan, 14);
// IS NOT SITED WITH VOR (FORMATTED)
mapper.Property(x => x.LongitudeOfTacanPortionOfVortacWhenTacan1, 11);
// IS NOT SITED WITH VOR (ALL SECONDS)
mapper.Property(x => x.ElevationInTenthOfAFootMsl, 7);
// (N45) MAGNETIC VARIATION
// ------------------
mapper.Property(x => x.MagneticVariationDegrees0099, 5);
// FOLLOWED BY MAGNETIC VARIATION
// DIRECTION (E,W)
// (EX: 8080W)
mapper.Property(x => x.MagneticVariationEpochYear0099, 4);
// --- END OF N45 DESCRIPTION ---
//
// -----------------------------------------------
// FACILITIES/FEATURES OF NAVAID
// -----------------------------------------------
//
mapper.Property(x => x.SimultaneousVoiceFeatureYnOrNull, 3);
mapper.Property(x => x.PowerOutputInWatts, 4);
mapper.Property(x => x.AutomaticVoiceIdentificationFeature, 3);
// (Y, N, OR NULL)
mapper.Property(x => x.MonitoringCategory, 1);
//
// (N36) MONITORING CATEGORY (1,2,3,4)
// -----------------------------
// 1-INTERNAL MONITORING PLUS A STATUS INDICATOR
// INSTALLED AT CONTROL POINT. (REVERTS TO A
// TEMPORARY CATEGORY 3 STATUS WHEN THE CONTROL
// POINT IS NOT MANNED.)
//
// 2-INTERNAL MONITORING WITH STATUS INDICATOR AT
// CONTROL POINT INOPERATIVE BUT PILOT REPORTS
// INDICATE FACILITY IS OPERATING NORMALLY.
// (THIS IS A TEMPORARY SITUATION THAT
// REQUIRES NO PROCEDURAL ACTION.)
//
// 3-INTERNAL MONITORING ONLY. STATUS INDICATOR
// NON INSTALLED AT CONTROL POINT.
//
// 4-INTERNAL MONITOR NOT INSTALLED. REMOTE
// STATUS INDICATOR PROVIDED AT CONTROL POINT.
// THIS CATEGORY IS APPLICABLE ONLY TO
// NON-DIRECTIONAL BEACONS.
// ---- END OF N36 DESCRIPTION ----
//
mapper.Property(x => x.RadioVoiceCallName, 30);
// (EX: WASHINGTON RADIO)
mapper.Property(x => x.ChannelTacanNavaidTransmitsOn, 4);
// (EX : 051X)
mapper.Property(x => x.FrequencyTheNavaidTransmitsOn, 6);
// (EXCEPT TACAN)
// (EX: 110.60 298)
mapper.Property(x => x.TransmittedFanMarkermarineRadioBeacon, 24);
// IDENTIFIER EX: (DOT,DASH SEQUENCE USED)
mapper.Property(x => x.FanMarkerTypeBoneOrElliptical, 10);
mapper.Property(x => x.TrueBearingOfMajorAxisOfFanMarker, 3);
// EX: IN WHOLE DEGREES (001-360)
mapper.Property(x => x.ProtectedFrequencyAltitude, 1);
// H=HIGH, L=LOW, T=TERMINAL
//
//
//
// CLASS ALTITIUDE MILES
// ----- --------- -----
// T 12,000' AND BELOW 25
// L BELOW 18,000' 40
// H BELOW 18,000' 40
// H WITHIN THE CONTER- 100
// MINOUS 48 STATES
// ONLY BETWEEN 14,500'
// AND 17,999'
// H 18,000' FL 450 130
// H ABOVE FL 450 100
//
mapper.Property(x => x.LowAltitudeFacilityUsedInHighStructure, 3);
// (Y, N, OR NULL)
mapper.Property(x => x.NavaidZMarkerAvailableYNOrNull, 3);
mapper.Property(x => x.TranscribedWeatherBroadcastHoursTweb, 9);
// (EX: 0500-2200)
mapper.Property(x => x.TranscribedWeatherBroadcastPhoneNumber, 20);
mapper.Property(x => x.AssociatedControllingFssIdent, 4);
mapper.Property(x => x.AssociatedControllingFssName, 30);
mapper.Property(x => x.HoursOfOperationOfControllingFss, 100);
// (EX: 0800-2400)
mapper.Property(x => x.NotamAccountabilityCodeIdent, 4);
//
// -----------------------------------------------
// CHARTING DATA
// -----------------------------------------------
//
mapper.Property(x => x.QuadrantIdentificationAndRangeLegBearing, 16);
// (LFR ONLY) (EX: 151N190A311N036A)
//
// -----------------------------------------------
// NAVAID STATUS
// -----------------------------------------------
//
mapper.Property(x => x.NavigationAidStatus, 30);
// N42
//
// -----------------------------------------------
// PITCH, CATCH, AND SUA/ATCAA FLAGS
// -----------------------------------------------
//
mapper.Property(x => x.PitchFlagYOrN, 1);
//
mapper.Property(x => x.CatchFlagYOrN, 1);
//
mapper.Property(x => x.SuaatcaaFlagYOrN, 1);
//
mapper.Property(x => x.NavaidRestrictionFlag, 1);
// (Y, N, OR NULL)
mapper.Property(x => x.HiwasFlag, 1);
// (Y, N, OR NULL)
mapper.Property(x => x.TranscribedWeatherBroadcastTwebRestriction, 1);
// (Y, N, OR NULL)
//
//
return(mapper);
}