public void AddFields()
{
int tag1 = 245;
string[] indicators1 = new string[2] {
"1", "0"
};
List <string> subfields1 = new List <string> {
"a", "Python", "c", "Guido"
};
MARCField newField1 = new MARCField(tag1, indicators1, subfields1, "");
int tag2 = 245;
string[] indicators2 = new string[2] {
"1", "0"
};
List <string> subfields2 = new List <string> {
"a", "Lisp", "c", "Norvig"
};
MARCField newField2 = new MARCField(tag2, indicators2, subfields2, "");
MARCRecord record = new MARCRecord();
record.AddFields(new MARCField[2] {
newField1, newField2
});
Assert.Contains(newField1, record.Fields);
Assert.Contains(newField2, record.Fields);
}
public void Title()
{
int tag = 245;
string[] indicators1 = new string[2] {
"0", "1"
};
List <string> subfields1 = new List <string> {
"a", "Foo :", "b", "bar"
};
MARCField field1 = new MARCField(tag, indicators1, subfields1);
MARCRecord record1 = new MARCRecord();
record1.AddField(field1);
Assert.Equals("Foo :bar", record1.Title);
string[] indicators2 = new string[2] {
"0", "1"
};
List <string> subfields2 = new List <string> {
"a", "Farghin"
};
MARCField field2 = new MARCField(tag, indicators2, subfields2);
MARCRecord record2 = new MARCRecord();
record2.AddField(field2);
Assert.Equals("Farghin", record2.Title);
}
public void GetFields()
{
MARCRecord record = new MARCRecord();
int tag1 = 650;
string[] indicators1 = new string[2] {
"", "0"
};
List <string> subfields1 = new List <string> {
"a", "Pogramming Language"
};
MARCField subject1 = new MARCField(tag1, indicators1, subfields1, "");
int tag2 = 651;
string[] indicators2 = new string[2] {
"", "0"
};
List <string> subfields2 = new List <string> {
"a", "Object Oriented"
};
MARCField subject2 = new MARCField(tag2, indicators2, subfields2, "");
record.AddFields(new MARCField[2] {
subject1, subject2
});
Dictionary <int, MARCField[]> found = record.GetFields(new int[2] {
650, 651
});
Assert.Equals(found[650][0], subject1);
Assert.Equals(found[651][0], subject2);
}
public void ToStringTest()
{
string answer = @"=LDR 01201nam 2200253 a 4500
=001 tes96000001\
=003 ViArRB
=005 199602210153555.7
=008 960221s1955\\\\dcuabcdjdbkoqu001\0deng\d
=040 \\$aViArRB$cViArRB
=050 \4$aPQ1234$b.T39 1955
=100 2\$aDeer-Doe, J.$q(Jane),$csaint,$d1355-1401,$cspirit.
=245 10$aNew test record number 1 with ordinary data$h[large print] /$cby Jane Deer-Doe ; edited by Patty O'Furniture.
=246 1\$aNew test record number one with ordinary data
=260 \\$aWashington, DC :$bLibrary of Congress,$c1955-<1957>
=300 \\$av. 1-<5> :$bill., maps, ports., charts ;$c cm.
=440 \0$aTest record series ;$vno. 1
=500 \\$aThis is a test of ordinary features like replacement of the mnemonics for currency and dollar signs and backslashes (backsolidus \) used for blanks in certain areas.
=500 \\$aThis is a test for the conversion of curly braces; the opening curly brace ({) and the closing curly brace (}).
=504 \\$aIncludes Bibliographies, discographies, filmographies, and reviews.
=500 \\$aIncludes index.
=650 \4$aTest record$xJuvenile.
=600 14$aDoe, John,$d1955- $xBiography.
=700 1\$aO'Furniture, Patty,$eed.
";
TextReader marcRecord = new StreamReader(@"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\makrtest.mrc", Encoding.Default);
string marcTransmission = marcRecord.ReadToEnd();
MARCRecord testRecord = new MARCRecord(marcTransmission);
Assert.Equals(answer, testRecord.ToString());
}
public void RemoveFields()
{
TextReader marcRecord = new StreamReader(@"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\makrtest.mrc", Encoding.Default);
string marcTransmission = marcRecord.ReadToEnd();
MARCRecord testRecord = new MARCRecord(marcTransmission);
//test when only one field is present
string removed650and500 = @"=LDR 01201nam 2200253 a 4500
=001 tes96000001\
=003 ViArRB
=005 199602210153555.7
=008 960221s1955\\\\dcuabcdjdbkoqu001\0deng\d
=040 \\$aViArRB$cViArRB
=050 \4$aPQ1234$b.T39 1955
=100 2\$aDeer-Doe, J.$q(Jane),$csaint,$d1355-1401,$cspirit.
=245 10$aNew test record number 1 with ordinary data$h[large print] /$cby Jane Deer-Doe ; edited by Patty O'Furniture.
=246 1\$aNew test record number one with ordinary data
=260 \\$aWashington, DC :$bLibrary of Congress,$c1955-<1957>
=300 \\$av. 1-<5> :$bill., maps, ports., charts ;$c cm.
=440 \0$aTest record series ;$vno. 1
=504 \\$aIncludes Bibliographies, discographies, filmographies, and reviews.
=600 14$aDoe, John,$d1955- $xBiography.
=700 1\$aO'Furniture, Patty,$eed.
";
testRecord.RemoveFields(new int[2] {
650, 500
});
Assert.Equals(removed650and500, testRecord.ToString());
}
public void GetField()
{
MARCRecord record = new MARCRecord();
int tag1 = 650;
string[] indicators1 = new string[2] {
"", "0"
};
List <string> subfields1 = new List <string> {
"a", "Pogramming Language"
};
MARCField subject1 = new MARCField(tag1, indicators1, subfields1, "");
int tag2 = 650;
string[] indicators2 = new string[2] {
"", "0"
};
List <string> subfields2 = new List <string> {
""
};
MARCField subject2 = new MARCField(tag2, indicators2, subfields2, "");
record.AddFields(new MARCField[2] {
subject1, subject2
});
MARCField[] found = record.GetField(650);
Assert.Equals(found[0], subject1);
Assert.Equals(found[1], subject2);
}
public void FormatedLeader()
{
TextReader marcRecord = new StreamReader(@"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\makrtest.mrc");
string marcTransmission = marcRecord.ReadToEnd();
MARCRecord testRecord = new MARCRecord(marcTransmission);
Assert.Equals(@"=LDR 01201nam 2200253 a 4500", testRecord.FormatedLeader);
}
private MARCRecord testProc(MARCRecord record)
{
record.AddField(new MARCField(999, new string[2] {
"", ""
}, new List <string> {
"a", "hello there!"
}));
return(record);
}
public void SaneRead()
{
char polishL = (char)0xa1;
TextReader marcRecord = new StreamReader(@"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\makrtest.mrc", Encoding.Default);
string marcTransmission = marcRecord.ReadToEnd();
string record2 = marcTransmission.Split(MARCConstants.END_OF_RECORD)[1];
//basic check that the value is even in the record at all
Assert.True(record2.Contains(polishL));
MARCRecord testRecord2 = new MARCRecord(record2);
}
private void ReadRecord()
{
char[] headerBuffer = new char[5];
char[] recordBuffer;
int recordLength;
this.file.ReadBlock(headerBuffer, 0, 5);
recordLength = Int32.Parse(new string(headerBuffer));
recordBuffer = new char[recordLength - headerBuffer.Length];
this.file.ReadBlock(recordBuffer, 0, recordLength - 5);
this.current = new MARCRecord(new string(headerBuffer) + new string(recordBuffer));
}
public void AddField()
{
int tag = 245;
string[] indicators = new string[2] {
"1", "0"
};
List <string> subfields = new List <string> {
"a", "Python", "c", "Guido"
};
MARCField newField = new MARCField(tag, indicators, subfields, "");
MARCRecord record = new MARCRecord();
record.AddField(newField);
Assert.Contains(newField, record.Fields);
}
public void DecodeMARC()
{
TextReader marcRecord = new StreamReader(@"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\makrtest.mrc");
string marcTransmission = marcRecord.ReadToEnd();
MARCRecord testRecord = new MARCRecord(marcTransmission);//decode should happen automatically here
Assert.Equals("4", testRecord.GetField(50)[0].Indicator2);
Assert.Equals(@"=008 960221s1955\\\\dcuabcdjdbkoqu001\0deng\d", testRecord.GetField(8)[0].ToString());
//Assert.Equals(@"=050 \4$aPQ1234$b.T39 1955", testRecord.GetField(50)[0].ToString());
Assert.Equals(@"=260 \\$aWashington, DC :$bLibrary of Congress,$c1955-<1957>", testRecord.GetField(260)[0].ToString());
Assert.Equals(@"=040 \\$aViArRB$cViArRB", testRecord.GetField(40)[0].ToString());
Assert.Equals(@"=600 14$aDoe, John,$d1955- $xBiography.", testRecord.GetField(600)[0].ToString());
marcRecord.Close();
}
public void ProcessThenWriteSingeRecord()
{
MARCWriter proctest = new MARCWriter(@"proctest.dat");
MARCRecord procrecord = new MARCRecord();
proctest.ProcessThenWrite(new MARCWriter.MARCProcess(testProc), procrecord);
proctest.Close();
MARCReader test = new MARCReader(@"proctest.dat");
foreach (MARCRecord record in test)
{
string testValue = record.GetField(999)[0].FormatField();
Assert.Equals("hello there!", testValue);
}
test.Close();
}
public void AsMARC21()
{
TextReader marcRecord = new StreamReader(@"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\makrtest.mrc");
string marcTransmission = marcRecord.ReadToEnd();
MARCRecord testRecord = new MARCRecord(marcTransmission);//decode should happen automatically here
//right now I cannot check the header info
Assert.True(marcTransmission.Contains(testRecord.AsMARC21()));
marcRecord.Close();
TextReader singleMarcRecord = new StreamReader(@"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\one.dat");
string singleMarc = singleMarcRecord.ReadToEnd();
MARCRecord singleTest = new MARCRecord(singleMarc);
Assert.Equals(singleMarc, singleTest.AsMARC21());
singleMarcRecord.Close();
}
public void Author()
{
int tag = 100;
string[] indicators = new string[] { "1", "0" };
List <string> subfields = new List <string> {
"a", "Bletch, Foobie,", "d", "1979-1981."
};
MARCField field = new MARCField(tag, indicators, subfields);
MARCRecord record = new MARCRecord();
record.AddField(field);
Assert.Equals("Bletch, Foobie, 1979-1981.", record.Author);
MARCRecord blankRecord = new MARCRecord();
Assert.Null(blankRecord.Author);
}
public void ISBN()
{
int tag = 20;
string[] indicators = new string[] { "0", "1" };
List <string> subfields = new List <string> {
"a", "123456789"
};
MARCRecord record = new MARCRecord();
MARCField field = new MARCField(tag, indicators, subfields);
record.AddField(field);
Assert.Equals("123456789", record.ISBN);
MARCRecord blankRecord = new MARCRecord();
Assert.Null(blankRecord.ISBN);
}
public void MapField()
{
//test the case of 1:1 mapping
int tag = 245;
string[] indicators = new string[2] {
"1", "0"
};
List <string> subfields = new List <string> {
"a", "Python", "c", "Guido"
};
MARCField newField = new MARCField(tag, indicators, subfields, "");
MARCRecord record = new MARCRecord();
record.AddField(newField);
record.MapField(245, 300);
Assert.Equals(0, record.GetField(245).Length);
Assert.Equals(1, record.GetField(300).Length);
}
public void SortFields()
{
MARCRecord messyRecord = new MARCRecord();
messyRecord.AddField(new MARCField(999
, new string[2] {
"1", "0"
}
, new List <string> {
"a", "stuff"
}));
messyRecord.AddField(new MARCField(645
, new string[2] {
"1", "0"
}
, new List <string> {
"b", "more stuff"
}));
messyRecord.AddField(new MARCField(1
, new string[2] {
"1", "0"
}
, new List <string> {
"c", "zmore stuff"
}));
messyRecord.AddField(new MARCField(997
, new string[2] {
"1", "0"
}
, new List <string> {
"d", "stuffs stuff"
}));
messyRecord.SortFields();
MARCField[] sortedFields = messyRecord.Fields.ToArray();
for (int i = 0; i < sortedFields.Length - 1; i++)
{
Assert.True(Int32.Parse(sortedFields[i].tag) < Int32.Parse(sortedFields[i + 1].tag));
}
}
public void MediumNumberOfRecordsWithRecordArrays()
{
string toWriteFile = "groupsmedium.dat";
string source = @"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\makrtest.mrc";
MARCWriter groups = new MARCWriter(toWriteFile);
MARCReader ourHumbleReader = new MARCReader(source);
MARCRecord[] recordGroup = new MARCRecord[5];
int i = 0;
foreach (MARCRecord record in ourHumbleReader)
{
if (i == 5)
{
i = 0;
groups.Write(recordGroup);
}
recordGroup[i] = record;
i++;
}
for (int j = 0; j < i; j++)
{
groups.Write(recordGroup[j]);
}
groups.Close();
StreamReader answer = new StreamReader(source, Encoding.Default);
StreamReader result = new StreamReader(toWriteFile);
char[] answerBuffer = new char[1];
char[] resultBuffer = new char[1];
while (answer.Peek() != -1 && result.Peek() != -1)
{
answer.ReadBlock(answerBuffer, 0, 1);
result.ReadBlock(resultBuffer, 0, 1);
Assert.Equals(answerBuffer[0], resultBuffer[0]);
}
}
public void HasField()
{
int tag = 245;
string[] indicators = new string[2] {
"1", "0"
};
List <string> subfields = new List <string> {
"a", "Python", "c", "Guido"
};
MARCField newField = new MARCField(tag, indicators, subfields, "");
MARCRecord record = new MARCRecord();
record.AddField(newField);
Assert.True(record.HasField(245));
Assert.False(record.HasField(300));
//test after a map
record.MapField(245, 300);
Assert.True(record.HasField(300));
Assert.False(record.HasField(245));
}
public void OneRecordWrite()
{
string answer = new StreamReader(@"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\one.mrk").ReadToEnd();
MARCBreakerWriter file = new MARCBreakerWriter("breakerOneTest.mrk");
MARCReader reader = new MARCReader(@"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\one.dat");
MARCRecord theRecord = new MARCRecord();
foreach (MARCRecord record in reader)
{
theRecord = record;
}
file.Write(theRecord);
file.Close();
string result = new StreamReader("breakerOneTest.mrk").ReadToEnd();
//only checks that all of the characters so far are the same, not that the strings are identical
for (int i = 0; i < answer.Length && i < result.Length; i++)
{
Assert.Equals(answer[i], result[i], "difference at " + i + " of " + result.Length + "\n " + (char)answer[i] + " v. " + (char)result[i]);
}
Assert.Equals(answer.Length, result.Length, "The answer differs by " + (answer.Length - result.Length).ToString());
}
public virtual void Write(MARCRecord record)
{
this.fileStream.Write(record.AsMARC21());
}
/*
* Applies a process to a record, and then write that record.
* note: the process must return a MARCrecord
*/
public void ProcessThenWrite(MARCProcess process, MARCRecord record)
{
Write(process(record));
}
public void MARCMakerFormat()
{
string answer = @"=LDR 01201nam 2200253 a 4500
=001 tes96000001\
=003 ViArRB
=005 199602210153555.7
=008 960221s1955\\\\dcuabcdjdbkoqu001\0deng\d
=040 \\$aViArRB$cViArRB
=050 \4$aPQ1234$b.T39 1955
=100 2\$aDeer-Doe, J.$q(Jane),$csaint,$d1355-1401,$cspirit.
=245 10$aNew test record number 1 with ordinary data$h[large print] /$cby Jane Deer-Doe ; edited by Patty O'Furniture.
=246 1\$aNew test record number one with ordinary data
=260 \\$aWashington, DC :$bLibrary of Congress,$c1955-<1957>
=300 \\$av. 1-<5> :$bill., maps, ports., charts ;$c cm.
=440 \0$aTest record series ;$vno. 1
=500 \\$aThis is a test of ordinary features like replacement of the mnemonics for currency and dollar signs and backslashes (backsolidus \) used for blanks in certain areas.
=500 \\$aThis is a test for the conversion of curly braces; the opening curly brace ({lcub}) and the closing curly brace ({rcub}).
=504 \\$aIncludes Bibliographies, discographies, filmographies, and reviews.
=500 \\$aIncludes index.
=650 \4$aTest record$xJuvenile.
=600 14$aDoe, John,$d1955- $xBiography.
=700 1\$aO'Furniture, Patty,$eed." + "\r\n\r\n";
string answer2 = @"=LDR 02665nam 2200229 a 4500
=001 tes96000002\
=003 ViArRB
=005 19960221075055.7
=008 960221s1955\\\\dcuabcdjdbkoqu001\0dspa\d
=020 \\$a8472236579
=040 \\$aViArRB$cViArRB
=050 \4$aPQ1234$b.T39 1955
=100 2\$aDeer-Doe, Jane,$d1957-
=245 10$aNew test record number 2 with currently defined ANSEL characters (mostly diacritics) input with their real hexadecimal values$h[large print] /$cby Jane Deer-Doe
=260 \\$aWashington, DC :$bLibrary of Congress,$c1955.
=300 \\$a300 p. :$bill., maps, ports., charts ;$c cm.
=440 \0$aTest record series ;$vno. 2
=500 \\$aThis is a test of diacritics like the uppercase Polish L in {Lstrok}{acute}od{acute}z, the uppercase Scandinavia O in {Ostrok}st, the uppercase D with crossbar in {Dstrok}uro, the uppercase Icelandic thorn in {THORN}ann, the uppercase digraph AE in {AElig}gir, the uppercase digraph OE in {OElig}uvres, the soft sign in rech{softsign}, the middle dot in col{middot}lecci{acute}o, the musical flat in F{flat}, the patent mark in Frizbee{reg}, the plus or minus sign in {plusmn}54%, the uppercase O-hook in B{Ohorn}, the uppercase U-hook in X{Uhorn}A, the alif in mas{mlrhring}alah, the ayn in {mllhring}arab, the lowercase Polish l in W{lstrok}oc{lstrok}aw, the lowercase Scandinavian o in K{ostrok}benhavn, the lowercase d with crossbar in {dstrok}avola, the lowercase Icelandic thorn in {thorn}ann, the lowercase digraph ae in v{aelig}re, the lowercase digraph oe in c{oelig}ur, the lowercase hardsign in s{hardsign}ezd, the Turkish dotless i in masal{inodot}, the British pound sign in {pound}5.95, the lowercase eth in ver{eth}ur, the lowercase o-hook (with pseudo question mark) in S{hooka}{ohorn}, the lowercase u-hook in T{uhorn} D{uhorn}c, the pseudo question mark in c{hooka}ui, the grave accent in tr{grave}es, the acute accent in d{acute}esir{acute}ee, the circumflex in c{circ}ote, the tilde in ma{tilde}nana, the macron in T{macr}okyo, the breve in russki{breve}i, the dot above in {dot}zaba, the dieresis (umlaut) in L{uml}owenbr{uml}au, the caron (hachek) in {caron}crny, the circle above (angstrom) in {ring}arbok, the ligature first and second halves in d{llig}i{rlig}ad{llig}i{rlig}a, the high comma off center in rozdel{rcommaa}ovac, the double acute in id{dblac}oszaki, the candrabindu (breve with dot above) in Ali{candra}iev, the cedilla in {cedil}ca va comme {cedil}ca, the right hook in viet{ogon}a, the dot below in te{dotb}da, the double dot below in {under}k{under}hu{dbldotb}tbah, the circle below in Sa{dotb}msk{ringb}rta, the double underscore in {dblunder}Ghulam, the left hook in Lech Wa{lstrok}{commab}esa, the right cedilla (comma below) in kh{rcedil}ong, the upadhmaniya (half circle below) in {breveb}humantu{caron}s, double tilde, first and second halves in {ldbltil}n{rdbltil}galan, high comma (centered) in g{commaa}eotermika
=504 \\$aIncludes Bibliographies, discographies, filmographies, and reviews.
=500 \\$aIncludes index.
=650 \4$aTest record$xJuvenile.
=600 14$aDoe, John,$d1955- $xBiography." + "\r\n\r\n";
TextReader marcRecord = new StreamReader(@"C:\Documents and Settings\wkurt\My Documents\Visual Studio 2008\Projects\TestMARC\TestMARC\makrtest.mrc", Encoding.Default);
string marcTransmission = marcRecord.ReadToEnd();
string record2 = marcTransmission.Split(MARCConstants.END_OF_RECORD)[1];
MARCRecord testRecord = new MARCRecord(marcTransmission);
Assert.Equals(answer, testRecord.MARCMakerFormat());
MARCRecord testRecord2 = new MARCRecord(record2);
StringReader resultStream = new StringReader(testRecord2.MARCMakerFormat());
StringReader answerStream = new StringReader(answer2);
while (resultStream.Peek() != -1 && answerStream.Peek() != -1)
{
string answerLine = answerStream.ReadLine();
string resultLine = resultStream.ReadLine();
Assert.Equals(answerLine, resultLine, CharDiff(answerLine, resultLine));
}
}
public override void Write(MARCRecord record)
{
fileStream.Write(record.MARCMakerFormat());
}
public void TestRecordLeaderInvalid()
{
string data = "foo";
MARCRecord record = new MARCRecord(data);
}
public void TestBaseAddressInvalid()
{
string data = "00695cam 2200241Ia 45x00";
MARCRecord record = new MARCRecord(data);
}
