static void CompileFcToQd(string sourcePath)
{
QDeterminant = new QDet();
var FCconverter = Manufactory.CreateFlowChartConverter(ConverterTypes.JSON);
FCconverter.ParseDocument(sourcePath);
var actionList = new AList(FCconverter.GetBlocks(), FCconverter.GetLinks(), Opertaions);
QDeterminant = actionList.getqdet();
var result = new StringBuilder("");
if (QDeterminant.QDeterminant.Count > 0)
{
result.Append("{");
foreach (var qterm in QDeterminant.QDeterminant)
{
result.Append("(");
if (!String.IsNullOrEmpty(qterm.Logical))
{
result.Append(qterm.Logical).Append(",");
}
result.Append(qterm.Definitive).Append(");");
}
result.Remove(result.Length - 1, 1).Append("}");
}
Console.WriteLine("Save QD");
File.WriteAllText(Path.GetDirectoryName(sourcePath)+@"\Qdeterminant.qd",result.ToString());
}
public override IList<X509Crl> GetCRLsFromSignature()
{
IList<X509Crl> list = new AList<X509Crl>();
try
{
// Add certificates contained in SignedData
foreach (X509Crl crl in cmsSignedData.GetCrls
("Collection").GetMatches(null))
{
list.AddItem(crl);
}
// Add certificates in CAdES-XL certificate-values inside SignerInfo attribute if present
SignerInformation si = cmsSignedData.GetSignerInfos().GetFirstSigner(signerId);
if (si != null && si.UnsignedAttributes != null && si.UnsignedAttributes[PkcsObjectIdentifiers.IdAAEtsRevocationValues] != null)
{
RevocationValues revValues = RevocationValues.GetInstance(si.UnsignedAttributes[PkcsObjectIdentifiers.IdAAEtsRevocationValues].AttrValues[0]);
foreach (CertificateList crlObj in revValues.GetCrlVals())
{
X509Crl crl = new X509Crl(crlObj);
list.AddItem(crl);
}
}
}
/*catch (StoreException e)
{
throw new RuntimeException(e);
}*/
catch (CrlException e)
{
throw new RuntimeException(e);
}
return list;
}
public static Query GetQuery(Database database, string listDocId)
{
View view = database.GetView(ViewName);
if (view.Map == null)
{
view.Map += (IDictionary<string, object> document, EmitDelegate emitter)=>
{
if (Task.DocType.Equals(document.Get("type")))
{
var keys = new AList<object>();
keys.AddItem(document.Get("list_id"));
keys.AddItem(document.Get("created_at"));
emitter(keys, document);
}
};
}
Query query = view.CreateQuery();
query.Descending = true;
IList<object> startKeys = new AList<object>();
startKeys.AddItem(listDocId);
startKeys.AddItem(new Dictionary<string, object>());
IList<object> endKeys = new AList<object>();
endKeys.AddItem(listDocId);
query.StartKey = startKeys;
query.EndKey = endKeys;
return query;
}
public PreprocessorExpressionParser(TJS tjs, string script)
: base(script)
{
// private int mResult;
mIDs = new AList<string>();
mTJS = tjs;
}
/// <exception cref="Kirikiri.Tjs2.VariantException"></exception>
/// <exception cref="Kirikiri.Tjs2.TJSException"></exception>
public virtual void AssignStructure(Dispatch2 dsp, AList<Dispatch2> stack)
{
// assign structured data from dsp
//ArrayNI dicni = null;
if (dsp.GetNativeInstance(DictionaryClass.ClassID) != null)
{
// copy from dictionary
stack.AddItem(dsp);
try
{
CustomObject owner = mOwner.Get();
owner.Clear();
DictionaryNI.AssignStructCallback callback = new DictionaryNI.AssignStructCallback
(stack, owner);
dsp.EnumMembers(Interface.IGNOREPROP, callback, dsp);
}
finally
{
stack.Remove(stack.Count - 1);
}
}
else
{
throw new TJSException(Error.SpecifyDicOrArray);
}
}
/// <exception cref="NBoilerpipe.BoilerpipeProcessingException"></exception>
public bool Process(TextDocument doc)
{
bool changes = false;
IList<TextBlock> blocks = doc.GetTextBlocks();
IList<TextBlock> blocksNew = new AList<TextBlock>();
foreach (TextBlock tb in blocks)
{
string text = tb.GetText();
string[] paragraphs = text.Split("[\n\r]+");
if (paragraphs.Length < 2)
{
blocksNew.AddItem(tb);
continue;
}
bool isContent = tb.IsContent();
ICollection<string> labels = tb.GetLabels();
foreach (string p in paragraphs)
{
TextBlock tbP = new TextBlock(p);
tbP.SetIsContent(isContent);
tbP.AddLabels(labels);
blocksNew.AddItem(tbP);
changes = true;
}
}
if (changes)
{
blocks.Clear();
Sharpen.Collections.AddAll(blocks, blocksNew);
}
return changes;
}
public virtual void LogAllCommits()
{
IList<RevCommit> commits = new AList<RevCommit>();
Git git = Git.Wrap(db);
WriteTrashFile("Test.txt", "Hello world");
git.Add().AddFilepattern("Test.txt").Call();
commits.AddItem(git.Commit().SetMessage("initial commit").Call());
git.BranchCreate().SetName("branch1").Call();
Ref checkedOut = git.Checkout().SetName("branch1").Call();
NUnit.Framework.Assert.AreEqual("refs/heads/branch1", checkedOut.GetName());
WriteTrashFile("Test1.txt", "Hello world!");
git.Add().AddFilepattern("Test1.txt").Call();
commits.AddItem(git.Commit().SetMessage("branch1 commit").Call());
checkedOut = git.Checkout().SetName("master").Call();
NUnit.Framework.Assert.AreEqual("refs/heads/master", checkedOut.GetName());
WriteTrashFile("Test2.txt", "Hello world!!");
git.Add().AddFilepattern("Test2.txt").Call();
commits.AddItem(git.Commit().SetMessage("branch1 commit").Call());
Iterator<RevCommit> log = git.Log().All().Call().Iterator();
NUnit.Framework.Assert.IsTrue(log.HasNext());
NUnit.Framework.Assert.IsTrue(commits.Contains(log.Next()));
NUnit.Framework.Assert.IsTrue(log.HasNext());
NUnit.Framework.Assert.IsTrue(commits.Contains(log.Next()));
NUnit.Framework.Assert.IsTrue(log.HasNext());
NUnit.Framework.Assert.IsTrue(commits.Contains(log.Next()));
NUnit.Framework.Assert.IsFalse(log.HasNext());
}
public virtual void TestDatabase()
{
Send("PUT", "/database", Status.Created, null);
IDictionary<string, object> dbInfo = (IDictionary<string, object>)Send("GET", "/database"
, Status.Ok, null);
NUnit.Framework.Assert.AreEqual(0, dbInfo.Get("doc_count"));
NUnit.Framework.Assert.AreEqual(0, dbInfo.Get("update_seq"));
NUnit.Framework.Assert.IsTrue((int)dbInfo.Get("disk_size") > 8000);
Send("PUT", "/database", Status.PreconditionFailed, null);
Send("PUT", "/database2", Status.Created, null);
IList<string> allDbs = new AList<string>();
allDbs.AddItem("cblite-test");
allDbs.AddItem("database");
allDbs.AddItem("database2");
Send("GET", "/_all_dbs", Status.Ok, allDbs);
dbInfo = (IDictionary<string, object>)Send("GET", "/database2", Status.Ok, null);
NUnit.Framework.Assert.AreEqual("database2", dbInfo.Get("db_name"));
Send("DELETE", "/database2", Status.Ok, null);
allDbs.Remove("database2");
Send("GET", "/_all_dbs", Status.Ok, allDbs);
Send("PUT", "/database%2Fwith%2Fslashes", Status.Created, null);
dbInfo = (IDictionary<string, object>)Send("GET", "/database%2Fwith%2Fslashes", Status
.Ok, null);
NUnit.Framework.Assert.AreEqual("database/with/slashes", dbInfo.Get("db_name"));
}
public virtual IList<CertificateAndContext> GetCertificateBySubjectName(X509Name
subjectName)
{
IList<CertificateAndContext> list = new AList<CertificateAndContext>();
try
{
string url = GetAccessLocation(certificate, X509ObjectIdentifiers.IdADCAIssuers);
if (url != null)
{
X509CertificateParser parser = new X509CertificateParser();
X509Certificate cert = parser.ReadCertificate(httpDataLoader.Get(url));
if (cert.SubjectDN.Equals(subjectName))
{
list.Add(new CertificateAndContext());
}
}
}
catch (CannotFetchDataException)
{
return new List<CertificateAndContext>();
}
catch (CertificateException)
{
return new List<CertificateAndContext>();
}
return list;
}
public LocalSymbolList(int localCount)
{
//private int mStartWrite;
//private int mCountWrite;
mLocalCountStart = localCount;
//mStartWrite = mCountWrite = 0;
mList = new AList<string>();
}
public void Add(Kirikiri.Tjs2.ExprNode node)
{
if (mNodes == null)
{
mNodes = new AList<Kirikiri.Tjs2.ExprNode>();
}
mNodes.AddItem(node);
}
public virtual void TestJoinIterable()
{
IList<string> strings = new AList<string>();
strings.Add("A");
strings.Add("B");
strings.Add("C");
Sharpen.Tests.AreEqual("A;B;C", StringUtil.Join(strings.ToCharSequence(), ";"));
Sharpen.Tests.AreEqual(string.Empty, StringUtil.Join(new AList<string>().ToCharSequence(), ";"));
}
public LexicalAnalyzer(Compiler block, string script, bool isexpr, bool resultneeded
)
{
mRetValDeque = new LongQue();
mEmbeddableExpressionDataStack = new AList<EmbeddableExpressionData>();
mValues = new AList<object>();
mBlock = block;
mIsExprMode = isexpr;
mResultNeeded = resultneeded;
mPrevToken = -1;
int scriptLen = script.Length;
if (mIsExprMode)
{
mText = new char[scriptLen + 2];
Sharpen.Runtime.GetCharsForString(script, 0, scriptLen, mText, 0);
mText[scriptLen] = ';';
mText[scriptLen + 1] = (char)0;
}
else
{
//mStream = new StringStream(script+";");
if (script.StartsWith("#!") == true)
{
// #! を // に置换
mText = new char[scriptLen + 1];
Sharpen.Runtime.GetCharsForString(script, 2, scriptLen, mText, 2);
mText[0] = mText[1] = '/';
mText[scriptLen] = (char)0;
}
else
{
//mStream = new StringStream( "//" + script.substring(2));
mText = new char[scriptLen + 1];
Sharpen.Runtime.GetCharsForString(script, 0, scriptLen, mText, 0);
mText[scriptLen] = (char)0;
}
}
//mStream = new StringStream(script);
if (CompileState.mEnableDicFuncQuickHack)
{
//----- dicfunc quick-hack
//mDicFunc = false; // デフォルト值なので入れる必要なし
//if( mIsExprMode && (script.startsWith("[") == true || script.startsWith("%[") == true) ) {
char c = script[0];
if (mIsExprMode && (c == '[' || (c == '%' && script[1] == '[')))
{
mDicFunc = true;
}
}
//mIfLevel = 0;
//mPrevPos = 0;
//mNestLevel = 0;
mIsFirst = true;
//mRegularExpression = false;
//mBareWord = false;
PutValue(null);
}
/// <exception cref="System.IO.IOException"></exception>
//private IDictionary<DerObjectIdentifier, Asn1Encodable> ExtendUnsignedAttributes(IDictionary
// <DerObjectIdentifier, Asn1Encodable> unsignedAttrs, X509Certificate signingCertificate
// , DateTime signingDate, CertificateSource optionalCertificateSource)
private IDictionary ExtendUnsignedAttributes(IDictionary unsignedAttrs
, X509Certificate signingCertificate, DateTime signingDate
, CertificateSource optionalCertificateSource)
{
ValidationContext validationContext = certificateVerifier.ValidateCertificate(signingCertificate
, signingDate, optionalCertificateSource, null, null);
try
{
IList<X509CertificateStructure> certificateValues = new AList<X509CertificateStructure
>();
AList<CertificateList> crlValues = new AList<CertificateList>();
AList<BasicOcspResponse> ocspValues = new AList<BasicOcspResponse>();
foreach (CertificateAndContext c in validationContext.GetNeededCertificates())
{
if (!c.Equals(signingCertificate))
{
certificateValues.AddItem(X509CertificateStructure.GetInstance(((Asn1Sequence)Asn1Object.FromByteArray
(c.GetCertificate().GetEncoded()))));
}
}
foreach (X509Crl relatedcrl in validationContext.GetNeededCRL())
{
crlValues.AddItem(CertificateList.GetInstance((Asn1Sequence)Asn1Object.FromByteArray(((X509Crl
)relatedcrl).GetEncoded())));
}
foreach (BasicOcspResp relatedocspresp in validationContext.GetNeededOCSPResp())
{
ocspValues.AddItem((BasicOcspResponse.GetInstance((Asn1Sequence)Asn1Object.FromByteArray(
relatedocspresp.GetEncoded()))));
}
CertificateList[] crlValuesArray = new CertificateList[crlValues.Count];
BasicOcspResponse[] ocspValuesArray = new BasicOcspResponse[ocspValues.Count];
RevocationValues revocationValues = new RevocationValues(Sharpen.Collections.ToArray
(crlValues, crlValuesArray), Sharpen.Collections.ToArray(ocspValues, ocspValuesArray
), null);
//unsignedAttrs.Put(PkcsObjectIdentifiers.IdAAEtsRevocationValues, new Attribute
unsignedAttrs.Add(PkcsObjectIdentifiers.IdAAEtsRevocationValues, new BcCms.Attribute
(PkcsObjectIdentifiers.IdAAEtsRevocationValues, new DerSet(revocationValues))
);
X509CertificateStructure[] certValuesArray = new X509CertificateStructure[certificateValues
.Count];
//unsignedAttrs.Put(PkcsObjectIdentifiers.IdAAEtsCertValues, new Attribute(PkcsObjectIdentifiers.IdAAEtsCertValues, new DerSet(new DerSequence(Sharpen.Collections.ToArray(certificateValues
unsignedAttrs.Add(PkcsObjectIdentifiers.IdAAEtsCertValues, new BcCms.Attribute(PkcsObjectIdentifiers.IdAAEtsCertValues, new DerSet(new DerSequence(Sharpen.Collections.ToArray(certificateValues
, certValuesArray)))));
}
catch (CertificateEncodingException e)
{
throw new RuntimeException(e);
}
catch (CrlException e)
{
throw new RuntimeException(e);
}
return unsignedAttrs;
}
/// <exception cref="Kirikiri.Tjs2.VariantException"></exception>
/// <exception cref="Kirikiri.Tjs2.TJSException"></exception>
public static void SaveStructuredDataForObject(Dispatch2 dsp, AList<Dispatch2> stack
, TextWriteStreamInterface stream, string indentstr)
{
// check object recursion
int count = stack.Count;
for (int i = 0; i < count; i++)
{
Dispatch2 d = stack[i];
if (d == dsp)
{
// object recursion detected
stream.Write("null /* object recursion detected */");
return;
}
}
// determin dsp's object type
DictionaryNI dicni;
ArrayNI arrayni;
if (dsp != null)
{
dicni = (DictionaryNI)dsp.GetNativeInstance(DictionaryClass.ClassID);
if (dicni != null)
{
// dictionary
stack.AddItem(dsp);
dicni.SaveStructuredData(stack, stream, indentstr);
stack.Remove(stack.Count - 1);
return;
}
else
{
arrayni = (ArrayNI)dsp.GetNativeInstance(ArrayClass.ClassID);
if (arrayni != null)
{
// array
stack.AddItem(dsp);
arrayni.SaveStructuredData(stack, stream, indentstr);
stack.Remove(stack.Count - 1);
return;
}
else
{
// other objects
stream.Write("null /* (object) \"");
// stored as a null
Variant val = new Variant(dsp, dsp);
stream.Write(LexBase.EscapeC(val.AsString()));
stream.Write("\" */");
return;
}
}
}
stream.Write("null");
}
public override IList<AdvancedSignature> GetSignatures()
{
IList<AdvancedSignature> infos = new AList<AdvancedSignature>();
foreach (object o in this.cmsSignedData.GetSignerInfos().GetSigners())
{
SignerInformation i = (SignerInformation)o;
CAdESSignature info = new CAdESSignature(this.cmsSignedData, i.SignerID);
infos.AddItem(info);
}
return infos;
}
public override IList<X509Certificate> GetCertificates()
{
IList<X509Certificate> certificates = new AList<X509Certificate>();
try
{
throw new System.NotImplementedException();
//TODO jbonilla - validar como le hicimos en Intisign
//KeyStore keyStore = KeyStore.GetInstance(keyStoreType);
//keyStore.Load(new FileInputStream(keyStoreFile), password.ToCharArray());
//Enumeration<string> aliases = keyStore.Aliases();
//while (aliases.MoveNext())
//{
// string alias = aliases.Current;
// Sharpen.Certificate onecert = keyStore.GetCertificate(alias);
// LOG.Info("Alias " + alias + " Cert " + ((X509Certificate)onecert).SubjectDN);
// if (onecert != null)
// {
// certificates.AddItem((X509Certificate)onecert);
// }
// if (keyStore.GetCertificateChain(alias) != null)
// {
// foreach (Sharpen.Certificate cert in keyStore.GetCertificateChain(alias))
// {
// LOG.Info("Alias " + alias + " Cert " + ((X509Certificate)cert).SubjectDN);
// if (!certificates.Contains(cert))
// {
// certificates.AddItem((X509Certificate)cert);
// }
// }
// }
//}
}
catch (CertificateException)
{
throw new EncodingException(EncodingException.MSG.CERTIFICATE_CANNOT_BE_READ);
}
/*catch (KeyStoreException)
{
throw new EncodingException(EncodingException.MSG.CERTIFICATE_CANNOT_BE_READ);
}*/
catch (NoSuchAlgorithmException)
{
throw new EncodingException(EncodingException.MSG.CERTIFICATE_CANNOT_BE_READ);
}
catch (FileNotFoundException)
{
throw new EncodingException(EncodingException.MSG.CERTIFICATE_CANNOT_BE_READ);
}
catch (IOException)
{
throw new EncodingException(EncodingException.MSG.CERTIFICATE_CANNOT_BE_READ);
}
return certificates;
}
public virtual void SetUp()
{
Com.Drew.Metadata.Metadata metadata = new Com.Drew.Metadata.Metadata();
IList<sbyte[]> jpegSegments = new AList<sbyte[]>();
jpegSegments.Add(FileUtil.ReadBytes("Tests/Data/withXmpAndIptc.jpg.app1.1"));
new XmpReader().ReadJpegSegments(jpegSegments.AsIterable(), metadata, JpegSegmentType.App1);
ICollection<XmpDirectory> xmpDirectories = metadata.GetDirectoriesOfType<XmpDirectory>();
NUnit.Framework.Assert.IsNotNull(xmpDirectories);
Sharpen.Tests.AreEqual(1, xmpDirectories.Count);
_directory = xmpDirectories.Iterator().Next();
Sharpen.Tests.IsFalse(_directory.HasErrors());
}
public static string[] GetAllMatches(string input)
{
Sharpen.Pattern p = Sharpen.Pattern.Compile("([0-9]*\\.[0-9]+|[0-9]+|[a-zA-Z]+|[^\\w\\s])"
);
Matcher m = p.Matcher(input);
AList<string> matches = new AList<string>();
while (m.Find())
{
matches.AddItem(m.Group());
}
string[] matchArr = new string[matches.Count];
return Sharpen.Collections.ToArray(matches, matchArr);
}
public static Query GetQueryById(Database database, string userId)
{
View view = database.GetView(ByIdViewName);
if (view.GetMap() == null)
{
Mapper map = new _Mapper_52();
view.SetMap(map, null);
}
Query query = view.CreateQuery();
IList<object> keys = new AList<object>();
keys.AddItem(userId);
query.SetKeys(keys);
return query;
}
/// <exception cref="System.Exception"></exception>
public virtual void TestJsonArray()
{
IList<object> array = new AList<object>();
array.AddItem("01234567890");
array.AddItem("bar");
array.AddItem(5);
array.AddItem(3.5);
array.AddItem(true);
array.AddItem(new DateTime().ToString());
ObjectWriter mapper = new ObjectWriter();
byte[] json = mapper.WriteValueAsBytes(array);
JsonDocument jsdoc = new JsonDocument(json);
NUnit.Framework.Assert.AreEqual(array, jsdoc.JsonObject());
}
public IList<CertificateAndContext> GetCertificateBySubjectName(X509Name subjectName
)
{
IList<CertificateAndContext> list = new AList<CertificateAndContext>();
foreach (X509Certificate cert in GetCertificates())
{
if (subjectName.Equals(cert.SubjectDN))
{
CertificateAndContext cc = new CertificateAndContext(cert);
cc.SetCertificateSource(sourceType);
list.AddItem(cc);
}
}
return list;
}
/// <exception cref="Kirikiri.Tjs2.VariantException"></exception>
/// <exception cref="Kirikiri.Tjs2.TJSException"></exception>
public TJS()
{
// create script cache object
mCache = new ScriptCache(this);
mPPValues = new Dictionary<string, int>();
SetPPValue("version", VERSION_HEX);
SetPPValue("environment", ENV_JAVA_APPLICATION);
// TODO 适切な值を入れる
SetPPValue("compatibleSystem", 1);
// 互换システム true
mGlobal = new CustomObject(GLOBAL_HASH_BITS);
mScriptBlocks = new AList<WeakReference<ScriptBlock>>();
Dispatch2 dsp;
Variant val;
// Array
//dsp = new ArrayClass();
dsp = mArrayClass;
val = new Variant(dsp, null);
mGlobal.PropSet(MEMBERENSURE, "Array", val, mGlobal);
// Dictionary
//dsp = new DictionaryClass();
dsp = mDictionayClass;
val = new Variant(dsp, null);
mGlobal.PropSet(MEMBERENSURE, "Dictionary", val, mGlobal);
// Date //TODO: add date back
//dsp = new DateClass();
//val = new Variant(dsp, null);
//mGlobal.PropSet(MEMBERENSURE, "Date", val, mGlobal);
{
// Math
Dispatch2 math;
dsp = math = new MathClass();
val = new Variant(dsp, null);
mGlobal.PropSet(MEMBERENSURE, "Math", val, mGlobal);
// Math.RandomGenerator
dsp = new RandomGeneratorClass();
val = new Variant(dsp, null);
math.PropSet(MEMBERENSURE, "RandomGenerator", val, math);
}
// Exception
dsp = new ExceptionClass();
val = new Variant(dsp, null);
mGlobal.PropSet(MEMBERENSURE, "Exception", val, mGlobal);
// RegExp
dsp = new RegExpClass();
val = new Variant(dsp, null);
mGlobal.PropSet(MEMBERENSURE, "RegExp", val, mGlobal);
}
public override IList<BasicOcspResp> GetOCSPResponsesFromSignature()
{
IList<BasicOcspResp> list = new AList<BasicOcspResp>();
// Add certificates in CAdES-XL certificate-values inside SignerInfo attribute if present
SignerInformation si = cmsSignedData.GetSignerInfos().GetFirstSigner(signerId);
if (si != null && si.UnsignedAttributes != null && si.UnsignedAttributes[PkcsObjectIdentifiers.IdAAEtsRevocationValues] != null)
{
RevocationValues revValues = RevocationValues.GetInstance(si.UnsignedAttributes[PkcsObjectIdentifiers.IdAAEtsRevocationValues].AttrValues[0]);
foreach (BasicOcspResponse ocspObj in revValues.GetOcspVals())
{
BasicOcspResp bOcspObj = new BasicOcspResp(ocspObj);
list.AddItem(bOcspObj);
}
}
return list;
}
public Compiler(TJS owner)
{
mOwner = owner;
// Java で初期值となる初期化は省略
//mScript = null;
//mName = null;
//mInterCodeContext = null;
//mTopLevelContext = null;
//mLexicalAnalyzer = null;
//mUsingPreProcessor = false;
//mLineOffset = 0;
//mCompileErrorCount = 0;
//mNode = null;
mGeneratorStack = new Stack<InterCodeGenerator>();
mInterCodeGeneratorList = new AList<InterCodeGenerator>();
mInterCodeObjectList = new AList<InterCodeObject>();
}
public static string RegisterAccessToken(string accessToken, string email, string
origin)
{
lock (typeof(FacebookAuthorizer))
{
IList<string> key = new AList<string>();
key.AddItem(email);
key.AddItem(origin);
if (accessTokens == null)
{
accessTokens = new Dictionary<IList<string>, string>();
}
Log.D(Database.Tag, "FacebookAuthorizer registering key: " + key);
accessTokens.Put(key, accessToken);
return email;
}
}
public Lexer(Compiler block, string script, bool isexpr, bool resultneeded)
: base()
{
InitReservedWordsHashTable();
mRetValDeque = new Queue<TokenPair>();
mEmbeddableExpressionDataStack = new AList<EmbeddableExpressionData>();
mValues = new AList<object>();
mBlock = block;
mIsExprMode = isexpr;
mResultNeeded = resultneeded;
mPrevToken = -1;
if (mIsExprMode)
{
mStream = new StringStream(script + ";");
}
else
{
if (script.StartsWith("#!") == true)
{
// #! を // に置换
mStream = new StringStream("//" + Sharpen.Runtime.Substring(script, 2));
}
else
{
mStream = new StringStream(script);
}
}
if (CompileState.mEnableDicFuncQuickHack)
{
//----- dicfunc quick-hack
mDicFunc = false;
if (mIsExprMode && (script.StartsWith("[") == true || script.StartsWith("%[") ==
true))
{
mDicFunc = true;
}
}
//mIfLevel = 0;
//mPrevPos = 0;
//mNestLevel = 0;
mIsFirst = true;
//mRegularExpression = false;
//mBareWord = false;
PutValue(null);
}
public ConstArrayData()
{
// 保持したかどうか判定するためのハッシュ
// temporary
mByte = new AList<byte>();
mShort = new AList<short>();
mInteger = new AList<int>();
mLong = new AList<long>();
mDouble = new AList<double>();
mString = new AList<string>();
mByteBuffer = new AList<ByteBuffer>();
mByteHash = new Dictionary<byte, int>();
mShortHash = new Dictionary<short, int>();
mIntegerHash = new Dictionary<int, int>();
mLongHash = new Dictionary<long, int>();
mDoubleHash = new Dictionary<double, int>();
mStringHash = new Dictionary<string, int>();
mByteBufferHash = new Dictionary<ByteBuffer, int>();
}
/// <exception cref="System.IO.IOException"></exception>
public virtual Document ExtendSignatures(Document document, Document originalData
, SignatureParameters parameters)
{
try
{
CmsSignedData signedData = new CmsSignedData(document.OpenStream());
SignerInformationStore signerStore = signedData.GetSignerInfos();
AList<SignerInformation> siArray = new AList<SignerInformation>();
foreach (SignerInformation si in signerStore.GetSigners())
{
try
{
//jbonilla - Hack para evitar errores cuando una firma ya ha sido extendida.
//Se asume que sólo se extiende las firmas desde BES.
//TODO jbonilla - Se debería validar hasta qué punto se extendió (BES, T, C, X, XL).
if(si.UnsignedAttributes.Count == 0)
{
siArray.AddItem(ExtendCMSSignature(signedData, si, parameters, originalData));
}
else
{
LOG.Error("Already extended?");
siArray.AddItem(si);
}
}
catch (IOException)
{
LOG.Error("Exception when extending signature");
siArray.AddItem(si);
}
}
SignerInformationStore newSignerStore = new SignerInformationStore(siArray);
CmsSignedData extended = CmsSignedData.ReplaceSigners(signedData, newSignerStore);
return new InMemoryDocument(extended.GetEncoded());
}
catch (CmsException)
{
throw new IOException("Cannot parse CMS data");
}
}
public override IList<Couchbase.Lite.SavedRevision> GetRevisionHistory()
{
IList<Couchbase.Lite.SavedRevision> revisions = new AList<Couchbase.Lite.SavedRevision
>();
IList<RevisionInternal> internalRevisions = GetDatabase().GetRevisionHistory(revisionInternal
);
foreach (RevisionInternal internalRevision in internalRevisions)
{
if (internalRevision.GetRevId().Equals(GetId()))
{
revisions.AddItem(this);
}
else
{
Couchbase.Lite.SavedRevision revision = document.GetRevisionFromRev(internalRevision
);
revisions.AddItem(revision);
}
}
Sharpen.Collections.Reverse(revisions);
return Sharpen.Collections.UnmodifiableList(revisions);
}
internal override void ProcessInbox(RevisionList inbox)
{
var lastInboxSequence = inbox[inbox.Count - 1].GetSequence();
// Generate a set of doc/rev IDs in the JSON format that _revs_diff wants:
// <http://wiki.apache.org/couchdb/HttpPostRevsDiff>
var diffs = new Dictionary <String, IList <String> >();
foreach (var rev in inbox)
{
var docID = rev.GetDocId();
var revs = diffs.Get(docID);
if (revs == null)
{
revs = new AList <String>();
diffs[docID] = revs;
}
revs.AddItem(rev.GetRevId());
}
// Call _revs_diff on the target db:
Log.D(Tag, this + "|" + Thread.CurrentThread() + ": processInbox() calling asyncTaskStarted()");
Log.D(Tag, this + "|" + Thread.CurrentThread() + ": posting to /_revs_diff: " + diffs);
AsyncTaskStarted();
SendAsyncRequest(HttpMethod.Post, "/_revs_diff", diffs, (response, e) =>
{
try {
Log.D(Tag, this + "|" + Thread.CurrentThread() + ": /_revs_diff response: " + response);
var responseData = (JObject)response;
var results = responseData.ToObject <IDictionary <string, object> >();
if (e != null)
{
LastError = e;
RevisionFailed();
//Stop ();
}
else
{
if (results.Count != 0)
{
// Go through the list of local changes again, selecting the ones the destination server
// said were missing and mapping them to a JSON dictionary in the form _bulk_docs wants:
var docsToSend = new AList <object> ();
foreach (var rev in inbox)
{
IDictionary <string, object> properties = null;
var resultDocData = (JObject)results.Get(rev.GetDocId());
var resultDoc = resultDocData.ToObject <IDictionary <String, Object> >();
if (resultDoc != null)
{
var revs = ((JArray)resultDoc.Get("missing")).Values <String>().ToList();
if (revs != null && revs.Contains(rev.GetRevId()))
{
//remote server needs this revision
// Get the revision's properties
if (rev.IsDeleted())
{
properties = new Dictionary <string, object> ();
properties.Put("_id", rev.GetDocId());
properties.Put("_rev", rev.GetRevId());
properties.Put("_deleted", true);
}
else
{
// OPT: Shouldn't include all attachment bodies, just ones that have changed
var contentOptions = EnumSet.Of(TDContentOptions.TDIncludeAttachments, TDContentOptions.TDBigAttachmentsFollow);
try {
LocalDatabase.LoadRevisionBody(rev, contentOptions);
} catch (CouchbaseLiteException e1) {
Log.W(Tag, string.Format("%s Couldn't get local contents of %s", rev, this));
RevisionFailed();
continue;
}
properties = new Dictionary <String, Object> (rev.GetProperties());
}
if (properties.ContainsKey("_attachments"))
{
if (UploadMultipartRevision(rev))
{
continue;
}
}
if (properties != null)
{
// Add the _revisions list:
properties.Put("_revisions", LocalDatabase.GetRevisionHistoryDict(rev));
//now add it to the docs to send
docsToSend.AddItem(properties);
}
}
}
}
// Post the revisions to the destination. "new_edits":false means that the server should
// use the given _rev IDs instead of making up new ones.
var numDocsToSend = docsToSend.Count;
if (numDocsToSend > 0)
{
var bulkDocsBody = new Dictionary <String, Object> ();
bulkDocsBody.Put("docs", docsToSend);
bulkDocsBody.Put("new_edits", false);
Log.V(Tag, string.Format("%s: POSTing " + numDocsToSend + " revisions to _bulk_docs: %s", this, docsToSend));
ChangesCount += numDocsToSend;
Log.D(Tag, this + "|" + Thread.CurrentThread() + ": processInbox-before_bulk_docs() calling asyncTaskStarted()");
AsyncTaskStarted();
SendAsyncRequest(HttpMethod.Post, "/_bulk_docs", bulkDocsBody, (result, ex) => {
try
{
if (ex != null)
{
LastError = ex;
RevisionFailed();
}
else
{
Log.V(Tag, string.Format("%s: POSTed to _bulk_docs: %s", this, docsToSend));
LastSequence = string.Format("{0}", lastInboxSequence);
}
CompletedChangesCount += numDocsToSend;
}
finally
{
AsyncTaskFinished(1);
}
});
}
}
else
{
// If none of the revisions are new to the remote, just bump the lastSequence:
LastSequence = string.Format("{0}", lastInboxSequence);
}
}
}
finally
{
Log.D(Tag, this + "|" + Thread.CurrentThread() + ": processInbox() calling asyncTaskFinished()");
AsyncTaskFinished(1);
}
});
}
/// <param name="comparatorData">the comparatorData to set</param>
public virtual void SetComparatorData(AList <ComparatorData> comparatorData)
{
this.comparatorData = comparatorData;
}
public void TestViewGroupedStrings()
{
IDictionary <string, object> docProperties1 = new Dictionary <string, object>();
docProperties1["name"] = "Alice";
PutDoc(database, docProperties1);
IDictionary <string, object> docProperties2 = new Dictionary <string, object>();
docProperties2["name"] = "Albert";
PutDoc(database, docProperties2);
IDictionary <string, object> docProperties3 = new Dictionary <string, object>();
docProperties3["name"] = "Naomi";
PutDoc(database, docProperties3);
IDictionary <string, object> docProperties4 = new Dictionary <string, object>();
docProperties4["name"] = "Jens";
PutDoc(database, docProperties4);
IDictionary <string, object> docProperties5 = new Dictionary <string, object>();
docProperties5["name"] = "Jed";
PutDoc(database, docProperties5);
View view = database.GetView("default/names");
view.SetMapReduce((document, emitter) =>
{
string name = (string)document["name"];
if (name != null)
{
emitter(Sharpen.Runtime.Substring(name, 0, 1), 1);
}
}, (keys, values, rereduce) => View.TotalValues(values.ToList()), "1.0");
view.UpdateIndex();
QueryOptions options = new QueryOptions();
options.SetGroupLevel(1);
IList <QueryRow> rows = view.QueryWithOptions(options).ToList();
IList <IDictionary <string, object> > expectedRows = new AList <IDictionary <string, object> >();
IDictionary <string, object> row1 = new Dictionary <string, object>();
row1["key"] = "A";
row1["value"] = 2;
expectedRows.AddItem(row1);
IDictionary <string, object> row2 = new Dictionary <string, object>();
row2["key"] = "J";
row2["value"] = 2;
expectedRows.AddItem(row2);
IDictionary <string, object> row3 = new Dictionary <string, object>();
row3["key"] = "N";
row3["value"] = 1;
expectedRows.AddItem(row3);
Assert.AreEqual(row1["key"], rows[0].Key);
Assert.AreEqual(row1["value"], rows[0].Value);
Assert.AreEqual(row2["key"], rows[1].Key);
Assert.AreEqual(row2["value"], rows[1].Value);
Assert.AreEqual(row3["key"], rows[2].Key);
Assert.AreEqual(row3["value"], rows[2].Value);
}
private void KillBasedOnProgress(bool considerMaps)
{
bool fail = false;
if (considerMaps)
{
ReliabilityTest.Log.Info("Will kill tasks based on Maps' progress");
}
else
{
ReliabilityTest.Log.Info("Will kill tasks based on Reduces' progress");
}
ReliabilityTest.Log.Info("Initial progress threshold: " + this.threshold + ". Threshold Multiplier: "
+ this.thresholdMultiplier + ". Number of iterations: " + this.numIterations);
float thresholdVal = this.threshold;
int numIterationsDone = 0;
while (!this.killed)
{
try
{
float progress;
if (this.jc.GetJob(this.rJob.GetID()).IsComplete() || numIterationsDone == this.numIterations)
{
break;
}
if (considerMaps)
{
progress = this.jc.GetJob(this.rJob.GetID()).MapProgress();
}
else
{
progress = this.jc.GetJob(this.rJob.GetID()).ReduceProgress();
}
if (progress >= thresholdVal)
{
numIterationsDone++;
if (numIterationsDone > 0 && numIterationsDone % 2 == 0)
{
fail = true;
}
//fail tasks instead of kill
ClusterStatus c = this.jc.GetClusterStatus();
ReliabilityTest.Log.Info(new DateTime() + " Killing a few tasks");
ICollection <TaskAttemptID> runningTasks = new AList <TaskAttemptID>();
TaskReport[] mapReports = this.jc.GetMapTaskReports(this.rJob.GetID());
foreach (TaskReport mapReport in mapReports)
{
if (mapReport.GetCurrentStatus() == TIPStatus.Running)
{
Sharpen.Collections.AddAll(runningTasks, mapReport.GetRunningTaskAttempts());
}
}
if (runningTasks.Count > c.GetTaskTrackers() / 2)
{
int count = 0;
foreach (TaskAttemptID t in runningTasks)
{
ReliabilityTest.Log.Info(new DateTime() + " Killed task : " + t);
this.rJob.KillTask(t, fail);
if (count++ > runningTasks.Count / 2)
{
//kill 50%
break;
}
}
}
runningTasks.Clear();
TaskReport[] reduceReports = this.jc.GetReduceTaskReports(this.rJob.GetID());
foreach (TaskReport reduceReport in reduceReports)
{
if (reduceReport.GetCurrentStatus() == TIPStatus.Running)
{
Sharpen.Collections.AddAll(runningTasks, reduceReport.GetRunningTaskAttempts());
}
}
if (runningTasks.Count > c.GetTaskTrackers() / 2)
{
int count = 0;
foreach (TaskAttemptID t in runningTasks)
{
ReliabilityTest.Log.Info(new DateTime() + " Killed task : " + t);
this.rJob.KillTask(t, fail);
if (count++ > runningTasks.Count / 2)
{
//kill 50%
break;
}
}
}
thresholdVal = thresholdVal * this.thresholdMultiplier;
}
Sharpen.Thread.Sleep(5000);
}
catch (Exception)
{
this.killed = true;
}
catch (Exception e)
{
ReliabilityTest.Log.Fatal(StringUtils.StringifyException(e));
}
}
}
/// <summary>Fetches the contents of a revision from the remote db, including its parent revision ID.
/// </summary>
/// <remarks>
/// Fetches the contents of a revision from the remote db, including its parent revision ID.
/// The contents are stored into rev.properties.
/// </remarks>
internal void PullRemoteRevision(RevisionInternal rev)
{
Log.D(Tag, this + "|" + Thread.CurrentThread() + ": pullRemoteRevision with rev: " + rev);
Log.D(Tag, this + "|" + Thread.CurrentThread() + ": pullRemoteRevision() calling asyncTaskStarted()");
AsyncTaskStarted();
httpConnectionCount++;
// Construct a query. We want the revision history, and the bodies of attachments that have
// been added since the latest revisions we have locally.
// See: http://wiki.apache.org/couchdb/HTTP_Document_API#Getting_Attachments_With_a_Document
var path = new StringBuilder("/" + HttpUtility.UrlEncode(rev.GetDocId()) + "?rev=" + HttpUtility.UrlEncode(rev.GetRevId()) + "&revs=true&attachments=true");
var knownRevs = KnownCurrentRevIDs(rev);
if (knownRevs == null)
{
//this means something is wrong, possibly the replicator has shut down
Log.D(Tag, this + "|" + Thread.CurrentThread() + ": pullRemoteRevision() calling asyncTaskFinished()");
AsyncTaskFinished(1);
httpConnectionCount--;
return;
}
if (knownRevs.Count > 0)
{
path.Append("&atts_since=");
path.Append(JoinQuotedEscaped(knownRevs));
}
//create a final version of this variable for the log statement inside
//FIXME find a way to avoid this
var pathInside = path.ToString();
SendAsyncMultipartDownloaderRequest(HttpMethod.Get, pathInside, null, LocalDatabase, (result, e) =>
{
try
{
// OK, now we've got the response revision:
Log.D(Tag, this + ": pullRemoteRevision got response for rev: " + rev);
if (result != null)
{
var properties = ((JObject)result).ToObject <IDictionary <string, object> >();
var history = Database.ParseCouchDBRevisionHistory(properties);
if (history != null)
{
rev.SetProperties(properties);
// Add to batcher ... eventually it will be fed to -insertRevisions:.
var toInsert = new AList <object> ();
toInsert.AddItem(rev);
toInsert.AddItem(history);
Log.D(Tag, this + ": pullRemoteRevision add rev: " + rev + " to batcher");
downloadsToInsert.QueueObject(toInsert);
Log.D(Tag, this + "|" + Thread.CurrentThread() + ": pullRemoteRevision.onCompletion() calling asyncTaskStarted()");
AsyncTaskStarted();
}
else
{
Log.W(Tag, this + ": Missing revision history in response from " + pathInside);
CompletedChangesCount += 1;
}
}
else
{
if (e != null)
{
Log.E(Tag, "Error pulling remote revision", e);
LastError = e;
}
CompletedChangesCount += 1;
}
}
finally
{
Log.D(Tag, this + "|" + Thread.CurrentThread() + ": pullRemoteRevision.onCompletion() calling asyncTaskFinished()");
AsyncTaskFinished(1);
}
// Note that we've finished this task; then start another one if there
// are still revisions waiting to be pulled:
--httpConnectionCount;
PullRemoteRevisions();
});
}
/// <exception cref="System.IO.IOException"/>
internal virtual void GenCode(FileWriter hh, FileWriter cc, AList <string> options
)
{
CodeBuffer hb = new CodeBuffer();
string[] ns = this.module.Split("::");
for (int i = 0; i < ns.Length; i++)
{
hb.Append("namespace " + ns[i] + " {\n");
}
hb.Append("class " + this.name + " : public ::hadoop::Record {\n");
hb.Append("private:\n");
for (IEnumerator <JField <JType.CppType> > i_1 = this.fields.GetEnumerator(); i_1.HasNext
();)
{
JField <JType.CppType> jf = i_1.Next();
string name = jf.GetName();
JType.CppType type = jf.GetType();
type.GenDecl(hb, name);
}
// type info vars
hb.Append("static ::hadoop::RecordTypeInfo* p" + Consts.RtiVar + ";\n");
hb.Append("static ::hadoop::RecordTypeInfo* p" + Consts.RtiFilter + ";\n");
hb.Append("static int* p" + Consts.RtiFilterFields + ";\n");
hb.Append("static ::hadoop::RecordTypeInfo* setupTypeInfo();\n");
hb.Append("static void setupRtiFields();\n");
hb.Append("virtual void deserializeWithoutFilter(::hadoop::IArchive& " + Consts.RecordInput
+ ", const char* " + Consts.Tag + ");\n");
hb.Append("public:\n");
hb.Append("static const ::hadoop::RecordTypeInfo& getTypeInfo() " + "{return *p"
+ Consts.RtiVar + ";}\n");
hb.Append("static void setTypeFilter(const ::hadoop::RecordTypeInfo& rti);\n");
hb.Append("static void setTypeFilter(const ::hadoop::RecordTypeInfo* prti);\n");
hb.Append("virtual void serialize(::hadoop::OArchive& " + Consts.RecordOutput + ", const char* "
+ Consts.Tag + ") const;\n");
hb.Append("virtual void deserialize(::hadoop::IArchive& " + Consts.RecordInput +
", const char* " + Consts.Tag + ");\n");
hb.Append("virtual const ::std::string& type() const;\n");
hb.Append("virtual const ::std::string& signature() const;\n");
hb.Append("virtual bool operator<(const " + this.name + "& peer_) const;\n");
hb.Append("virtual bool operator==(const " + this.name + "& peer_) const;\n");
hb.Append("virtual ~" + this.name + "() {};\n");
for (IEnumerator <JField <JType.CppType> > i_2 = this.fields.GetEnumerator(); i_2.HasNext
();)
{
JField <JType.CppType> jf = i_2.Next();
string name = jf.GetName();
JType.CppType type = jf.GetType();
type.GenGetSet(hb, name);
}
hb.Append("}; // end record " + this.name + "\n");
for (int i_3 = ns.Length - 1; i_3 >= 0; i_3--)
{
hb.Append("} // end namespace " + ns[i_3] + "\n");
}
hh.Write(hb.ToString());
CodeBuffer cb = new CodeBuffer();
// initialize type info vars
cb.Append("::hadoop::RecordTypeInfo* " + this.fullName + "::p" + Consts.RtiVar +
" = " + this.fullName + "::setupTypeInfo();\n");
cb.Append("::hadoop::RecordTypeInfo* " + this.fullName + "::p" + Consts.RtiFilter
+ " = NULL;\n");
cb.Append("int* " + this.fullName + "::p" + Consts.RtiFilterFields + " = NULL;\n\n"
);
// setupTypeInfo()
cb.Append("::hadoop::RecordTypeInfo* " + this.fullName + "::setupTypeInfo() {\n");
cb.Append("::hadoop::RecordTypeInfo* p = new ::hadoop::RecordTypeInfo(\"" + this.
name + "\");\n");
for (IEnumerator <JField <JType.CppType> > i_4 = this.fields.GetEnumerator(); i_4.HasNext
();)
{
JField <JType.CppType> jf = i_4.Next();
string name = jf.GetName();
JType.CppType type = jf.GetType();
type.GenStaticTypeInfo(cb, name);
}
cb.Append("return p;\n");
cb.Append("}\n");
// setTypeFilter()
cb.Append("void " + this.fullName + "::setTypeFilter(const " + "::hadoop::RecordTypeInfo& rti) {\n"
);
cb.Append("if (NULL != p" + Consts.RtiFilter + ") {\n");
cb.Append("delete p" + Consts.RtiFilter + ";\n");
cb.Append("}\n");
cb.Append("p" + Consts.RtiFilter + " = new ::hadoop::RecordTypeInfo(rti);\n");
cb.Append("if (NULL != p" + Consts.RtiFilterFields + ") {\n");
cb.Append("delete p" + Consts.RtiFilterFields + ";\n");
cb.Append("}\n");
cb.Append("p" + Consts.RtiFilterFields + " = NULL;\n");
// set RTIFilter for nested structs. We may end up with multiple lines that
// do the same thing, if the same struct is nested in more than one field,
// but that's OK.
for (IEnumerator <JField <JType.CppType> > i_5 = this.fields.GetEnumerator(); i_5.HasNext
();)
{
JField <JType.CppType> jf = i_5.Next();
JType.CppType type = jf.GetType();
type.GenSetRTIFilter(cb);
}
cb.Append("}\n");
// setTypeFilter()
cb.Append("void " + this.fullName + "::setTypeFilter(const " + "::hadoop::RecordTypeInfo* prti) {\n"
);
cb.Append("if (NULL != prti) {\n");
cb.Append("setTypeFilter(*prti);\n");
cb.Append("}\n");
cb.Append("}\n");
// setupRtiFields()
this.GenSetupRTIFields(cb);
// serialize()
cb.Append("void " + this.fullName + "::serialize(::hadoop::OArchive& " + Consts.RecordOutput
+ ", const char* " + Consts.Tag + ") const {\n");
cb.Append(Consts.RecordOutput + ".startRecord(*this," + Consts.Tag + ");\n");
for (IEnumerator <JField <JType.CppType> > i_6 = this.fields.GetEnumerator(); i_6.HasNext
();)
{
JField <JType.CppType> jf = i_6.Next();
string name = jf.GetName();
JType.CppType type = jf.GetType();
if (type is JBuffer.CppBuffer)
{
cb.Append(Consts.RecordOutput + ".serialize(" + name + "," + name + ".length(),\""
+ name + "\");\n");
}
else
{
cb.Append(Consts.RecordOutput + ".serialize(" + name + ",\"" + name + "\");\n");
}
}
cb.Append(Consts.RecordOutput + ".endRecord(*this," + Consts.Tag + ");\n");
cb.Append("return;\n");
cb.Append("}\n");
// deserializeWithoutFilter()
cb.Append("void " + this.fullName + "::deserializeWithoutFilter(::hadoop::IArchive& "
+ Consts.RecordInput + ", const char* " + Consts.Tag + ") {\n");
cb.Append(Consts.RecordInput + ".startRecord(*this," + Consts.Tag + ");\n");
for (IEnumerator <JField <JType.CppType> > i_7 = this.fields.GetEnumerator(); i_7.HasNext
();)
{
JField <JType.CppType> jf = i_7.Next();
string name = jf.GetName();
JType.CppType type = jf.GetType();
if (type is JBuffer.CppBuffer)
{
cb.Append("{\nsize_t len=0; " + Consts.RecordInput + ".deserialize(" + name + ",len,\""
+ name + "\");\n}\n");
}
else
{
cb.Append(Consts.RecordInput + ".deserialize(" + name + ",\"" + name + "\");\n");
}
}
cb.Append(Consts.RecordInput + ".endRecord(*this," + Consts.Tag + ");\n");
cb.Append("return;\n");
cb.Append("}\n");
// deserialize()
cb.Append("void " + this.fullName + "::deserialize(::hadoop::IArchive& " + Consts
.RecordInput + ", const char* " + Consts.Tag + ") {\n");
cb.Append("if (NULL == p" + Consts.RtiFilter + ") {\n");
cb.Append("deserializeWithoutFilter(" + Consts.RecordInput + ", " + Consts.Tag +
");\n");
cb.Append("return;\n");
cb.Append("}\n");
cb.Append("// if we're here, we need to read based on version info\n");
cb.Append(Consts.RecordInput + ".startRecord(*this," + Consts.Tag + ");\n");
cb.Append("setupRtiFields();\n");
cb.Append("for (unsigned int " + Consts.RioPrefix + "i=0; " + Consts.RioPrefix +
"i<p" + Consts.RtiFilter + "->getFieldTypeInfos().size(); " + Consts.RioPrefix +
"i++) {\n");
int ct = 0;
for (IEnumerator <JField <JType.CppType> > i_8 = this.fields.GetEnumerator(); i_8.HasNext
();)
{
JField <JType.CppType> jf = i_8.Next();
string name = jf.GetName();
JType.CppType type = jf.GetType();
ct++;
if (1 != ct)
{
cb.Append("else ");
}
cb.Append("if (" + ct + " == p" + Consts.RtiFilterFields + "[" + Consts.RioPrefix
+ "i]) {\n");
if (type is JBuffer.CppBuffer)
{
cb.Append("{\nsize_t len=0; " + Consts.RecordInput + ".deserialize(" + name + ",len,\""
+ name + "\");\n}\n");
}
else
{
cb.Append(Consts.RecordInput + ".deserialize(" + name + ",\"" + name + "\");\n");
}
cb.Append("}\n");
}
if (0 != ct)
{
cb.Append("else {\n");
cb.Append("const std::vector< ::hadoop::FieldTypeInfo* >& typeInfos = p" + Consts
.RtiFilter + "->getFieldTypeInfos();\n");
cb.Append("::hadoop::Utils::skip(" + Consts.RecordInput + ", typeInfos[" + Consts
.RioPrefix + "i]->getFieldID()->c_str()" + ", *(typeInfos[" + Consts.RioPrefix +
"i]->getTypeID()));\n");
cb.Append("}\n");
}
cb.Append("}\n");
cb.Append(Consts.RecordInput + ".endRecord(*this, " + Consts.Tag + ");\n");
cb.Append("}\n");
// operator <
cb.Append("bool " + this.fullName + "::operator< (const " + this.fullName + "& peer_) const {\n"
);
cb.Append("return (1\n");
for (IEnumerator <JField <JType.CppType> > i_9 = this.fields.GetEnumerator(); i_9.HasNext
();)
{
JField <JType.CppType> jf = i_9.Next();
string name = jf.GetName();
cb.Append("&& (" + name + " < peer_." + name + ")\n");
}
cb.Append(");\n");
cb.Append("}\n");
cb.Append("bool " + this.fullName + "::operator== (const " + this.fullName + "& peer_) const {\n"
);
cb.Append("return (1\n");
for (IEnumerator <JField <JType.CppType> > i_10 = this.fields.GetEnumerator(); i_10.
HasNext();)
{
JField <JType.CppType> jf = i_10.Next();
string name = jf.GetName();
cb.Append("&& (" + name + " == peer_." + name + ")\n");
}
cb.Append(");\n");
cb.Append("}\n");
cb.Append("const ::std::string&" + this.fullName + "::type() const {\n");
cb.Append("static const ::std::string type_(\"" + this.name + "\");\n");
cb.Append("return type_;\n");
cb.Append("}\n");
cb.Append("const ::std::string&" + this.fullName + "::signature() const {\n");
cb.Append("static const ::std::string sig_(\"" + this._enclosing.GetSignature() +
"\");\n");
cb.Append("return sig_;\n");
cb.Append("}\n");
cc.Write(cb.ToString());
}
/// <exception cref="TjsException"></exception>
/// <exception cref="VariantException"></exception>
public virtual void AssignStructure(Dispatch2 dsp, AList <Dispatch2> stack)
{
// assign structured data from dsp
ArrayNI arrayni = (ArrayNI)dsp.GetNativeInstance(ArrayClass.ClassID);
if (arrayni != null)
{
// copy from array
stack.AddItem(dsp);
try
{
mItems.Clear();
int count = arrayni.mItems.Count;
for (int i = 0; i < count; i++)
{
Variant v = arrayni.mItems[i];
if (v.IsObject())
{
// object
Dispatch2 dsp1 = v.AsObject();
// determin dsp's object type
//DictionaryNI dicni = null;
//ArrayNI arrayni1 = null;
if (dsp1 != null && dsp1.GetNativeInstance(DictionaryClass.ClassID) != null)
{
//dicni = (DictionaryNI)ni.mValue;
// dictionary
bool objrec = false;
int scount = stack.Count;
for (int j = 0; j < scount; j++)
{
Dispatch2 d = stack[j];
if (d == dsp1)
{
// object recursion detected
objrec = true;
break;
}
}
if (objrec)
{
mItems.AddItem(new Variant());
}
else
{
// becomes null
Dispatch2 newobj = Tjs.CreateDictionaryObject();
mItems.AddItem(new Variant(newobj, newobj));
DictionaryNI newni;
if ((newni = (DictionaryNI)newobj.GetNativeInstance(DictionaryClass.ClassID)) !=
null)
{
newni.AssignStructure(dsp1, stack);
}
}
}
else
{
if (dsp1 != null && dsp1.GetNativeInstance(ArrayClass.ClassID) != null)
{
// array
bool objrec = false;
int scount = stack.Count;
for (int j = 0; j < scount; j++)
{
Dispatch2 d = stack[j];
if (d == dsp1)
{
// object recursion detected
objrec = true;
break;
}
}
if (objrec)
{
mItems.AddItem(new Variant());
}
else
{
// becomes null
Dispatch2 newobj = Tjs.CreateArrayObject();
mItems.AddItem(new Variant(newobj, newobj));
ArrayNI newni;
if ((newni = (ArrayNI)newobj.GetNativeInstance(ArrayClass.ClassID)) != null)
{
newni.AssignStructure(dsp1, stack);
}
}
}
else
{
// other object types
mItems.AddItem(v);
}
}
}
else
{
// others
mItems.AddItem(v);
}
}
}
finally
{
stack.Remove(stack.Count - 1);
}
}
else
{
throw new TjsException(Error.SpecifyDicOrArray);
}
}
/// <exception cref="System.IO.IOException"/>
private RawKeyValueIterator FinalMerge(JobConf job, FileSystem fs, IList <InMemoryMapOutput
<K, V> > inMemoryMapOutputs, IList <MergeManagerImpl.CompressAwarePath> onDiskMapOutputs
)
{
Log.Info("finalMerge called with " + inMemoryMapOutputs.Count + " in-memory map-outputs and "
+ onDiskMapOutputs.Count + " on-disk map-outputs");
long maxInMemReduce = GetMaxInMemReduceLimit();
// merge config params
Type keyClass = (Type)job.GetMapOutputKeyClass();
Type valueClass = (Type)job.GetMapOutputValueClass();
bool keepInputs = job.GetKeepFailedTaskFiles();
Path tmpDir = new Path(reduceId.ToString());
RawComparator <K> comparator = (RawComparator <K>)job.GetOutputKeyComparator();
// segments required to vacate memory
IList <Merger.Segment <K, V> > memDiskSegments = new AList <Merger.Segment <K, V> >();
long inMemToDiskBytes = 0;
bool mergePhaseFinished = false;
if (inMemoryMapOutputs.Count > 0)
{
TaskID mapId = inMemoryMapOutputs[0].GetMapId().GetTaskID();
inMemToDiskBytes = CreateInMemorySegments(inMemoryMapOutputs, memDiskSegments, maxInMemReduce
);
int numMemDiskSegments = memDiskSegments.Count;
if (numMemDiskSegments > 0 && ioSortFactor > onDiskMapOutputs.Count)
{
// If we reach here, it implies that we have less than io.sort.factor
// disk segments and this will be incremented by 1 (result of the
// memory segments merge). Since this total would still be
// <= io.sort.factor, we will not do any more intermediate merges,
// the merge of all these disk segments would be directly fed to the
// reduce method
mergePhaseFinished = true;
// must spill to disk, but can't retain in-mem for intermediate merge
Path outputPath = mapOutputFile.GetInputFileForWrite(mapId, inMemToDiskBytes).Suffix
(Org.Apache.Hadoop.Mapred.Task.MergedOutputPrefix);
RawKeyValueIterator rIter = Merger.Merge(job, fs, keyClass, valueClass, memDiskSegments
, numMemDiskSegments, tmpDir, comparator, reporter, spilledRecordsCounter, null,
mergePhase);
FSDataOutputStream @out = CryptoUtils.WrapIfNecessary(job, fs.Create(outputPath));
IFile.Writer <K, V> writer = new IFile.Writer <K, V>(job, @out, keyClass, valueClass
, codec, null, true);
try
{
Merger.WriteFile(rIter, writer, reporter, job);
writer.Close();
onDiskMapOutputs.AddItem(new MergeManagerImpl.CompressAwarePath(outputPath, writer
.GetRawLength(), writer.GetCompressedLength()));
writer = null;
}
catch (IOException e)
{
// add to list of final disk outputs.
if (null != outputPath)
{
try
{
fs.Delete(outputPath, true);
}
catch (IOException)
{
}
}
// NOTHING
throw;
}
finally
{
if (null != writer)
{
writer.Close();
}
}
Log.Info("Merged " + numMemDiskSegments + " segments, " + inMemToDiskBytes + " bytes to disk to satisfy "
+ "reduce memory limit");
inMemToDiskBytes = 0;
memDiskSegments.Clear();
}
else
{
if (inMemToDiskBytes != 0)
{
Log.Info("Keeping " + numMemDiskSegments + " segments, " + inMemToDiskBytes + " bytes in memory for "
+ "intermediate, on-disk merge");
}
}
}
// segments on disk
IList <Merger.Segment <K, V> > diskSegments = new AList <Merger.Segment <K, V> >();
long onDiskBytes = inMemToDiskBytes;
long rawBytes = inMemToDiskBytes;
MergeManagerImpl.CompressAwarePath[] onDisk = Sharpen.Collections.ToArray(onDiskMapOutputs
, new MergeManagerImpl.CompressAwarePath[onDiskMapOutputs.Count]);
foreach (MergeManagerImpl.CompressAwarePath file in onDisk)
{
long fileLength = fs.GetFileStatus(file).GetLen();
onDiskBytes += fileLength;
rawBytes += (file.GetRawDataLength() > 0) ? file.GetRawDataLength() : fileLength;
Log.Debug("Disk file: " + file + " Length is " + fileLength);
diskSegments.AddItem(new Merger.Segment <K, V>(job, fs, file, codec, keepInputs, (
file.ToString().EndsWith(Org.Apache.Hadoop.Mapred.Task.MergedOutputPrefix) ? null
: mergedMapOutputsCounter), file.GetRawDataLength()));
}
Log.Info("Merging " + onDisk.Length + " files, " + onDiskBytes + " bytes from disk"
);
diskSegments.Sort(new _IComparer_786());
// build final list of segments from merged backed by disk + in-mem
IList <Merger.Segment <K, V> > finalSegments = new AList <Merger.Segment <K, V> >();
long inMemBytes = CreateInMemorySegments(inMemoryMapOutputs, finalSegments, 0);
Log.Info("Merging " + finalSegments.Count + " segments, " + inMemBytes + " bytes from memory into reduce"
);
if (0 != onDiskBytes)
{
int numInMemSegments = memDiskSegments.Count;
diskSegments.AddRange(0, memDiskSegments);
memDiskSegments.Clear();
// Pass mergePhase only if there is a going to be intermediate
// merges. See comment where mergePhaseFinished is being set
Progress thisPhase = (mergePhaseFinished) ? null : mergePhase;
RawKeyValueIterator diskMerge = Merger.Merge(job, fs, keyClass, valueClass, codec
, diskSegments, ioSortFactor, numInMemSegments, tmpDir, comparator, reporter, false
, spilledRecordsCounter, null, thisPhase);
diskSegments.Clear();
if (0 == finalSegments.Count)
{
return(diskMerge);
}
finalSegments.AddItem(new Merger.Segment <K, V>(new MergeManagerImpl.RawKVIteratorReader
(this, diskMerge, onDiskBytes), true, rawBytes));
}
return(Merger.Merge(job, fs, keyClass, valueClass, finalSegments, finalSegments.Count
, tmpDir, comparator, reporter, spilledRecordsCounter, null, null));
}
/// <exception cref="System.IO.IOException"/>
internal virtual void GenCode(string destDir, AList <string> options)
{
string pkg = this.module;
string pkgpath = pkg.ReplaceAll("\\.", "/");
FilePath pkgdir = new FilePath(destDir, pkgpath);
FilePath jfile = new FilePath(pkgdir, this.name + ".java");
if (!pkgdir.Exists())
{
// create the pkg directory
bool ret = pkgdir.Mkdirs();
if (!ret)
{
throw new IOException("Cannnot create directory: " + pkgpath);
}
}
else
{
if (!pkgdir.IsDirectory())
{
// not a directory
throw new IOException(pkgpath + " is not a directory.");
}
}
CodeBuffer cb = new CodeBuffer();
cb.Append("// File generated by hadoop record compiler. Do not edit.\n");
cb.Append("package " + this.module + ";\n\n");
cb.Append("public class " + this.name + " extends org.apache.hadoop.record.Record {\n"
);
// type information declarations
cb.Append("private static final " + "org.apache.hadoop.record.meta.RecordTypeInfo "
+ Consts.RtiVar + ";\n");
cb.Append("private static " + "org.apache.hadoop.record.meta.RecordTypeInfo " + Consts
.RtiFilter + ";\n");
cb.Append("private static int[] " + Consts.RtiFilterFields + ";\n");
// static init for type information
cb.Append("static {\n");
cb.Append(Consts.RtiVar + " = " + "new org.apache.hadoop.record.meta.RecordTypeInfo(\""
+ this.name + "\");\n");
for (IEnumerator <JField <JType.JavaType> > i = this.fields.GetEnumerator(); i.HasNext
();)
{
JField <JType.JavaType> jf = i.Next();
string name = jf.GetName();
JType.JavaType type = jf.GetType();
type.GenStaticTypeInfo(cb, name);
}
cb.Append("}\n\n");
// field definitions
for (IEnumerator <JField <JType.JavaType> > i_1 = this.fields.GetEnumerator(); i_1.HasNext
();)
{
JField <JType.JavaType> jf = i_1.Next();
string name = jf.GetName();
JType.JavaType type = jf.GetType();
type.GenDecl(cb, name);
}
// default constructor
cb.Append("public " + this.name + "() { }\n");
// constructor
cb.Append("public " + this.name + "(\n");
int fIdx = 0;
for (IEnumerator <JField <JType.JavaType> > i_2 = this.fields.GetEnumerator(); i_2.HasNext
(); fIdx++)
{
JField <JType.JavaType> jf = i_2.Next();
string name = jf.GetName();
JType.JavaType type = jf.GetType();
type.GenConstructorParam(cb, name);
cb.Append((!i_2.HasNext()) ? string.Empty : ",\n");
}
cb.Append(") {\n");
fIdx = 0;
for (IEnumerator <JField <JType.JavaType> > i_3 = this.fields.GetEnumerator(); i_3.HasNext
(); fIdx++)
{
JField <JType.JavaType> jf = i_3.Next();
string name = jf.GetName();
JType.JavaType type = jf.GetType();
type.GenConstructorSet(cb, name);
}
cb.Append("}\n");
// getter/setter for type info
cb.Append("public static org.apache.hadoop.record.meta.RecordTypeInfo" + " getTypeInfo() {\n"
);
cb.Append("return " + Consts.RtiVar + ";\n");
cb.Append("}\n");
cb.Append("public static void setTypeFilter(" + "org.apache.hadoop.record.meta.RecordTypeInfo rti) {\n"
);
cb.Append("if (null == rti) return;\n");
cb.Append(Consts.RtiFilter + " = rti;\n");
cb.Append(Consts.RtiFilterFields + " = null;\n");
// set RTIFilter for nested structs.
// To prevent setting up the type filter for the same struct more than once,
// we use a hash map to keep track of what we've set.
IDictionary <string, int> nestedStructMap = new Dictionary <string, int>();
foreach (JField <JType.JavaType> jf_1 in this.fields)
{
JType.JavaType type = jf_1.GetType();
type.GenSetRTIFilter(cb, nestedStructMap);
}
cb.Append("}\n");
// setupRtiFields()
this.GenSetupRtiFields(cb);
// getters/setters for member variables
for (IEnumerator <JField <JType.JavaType> > i_4 = this.fields.GetEnumerator(); i_4.HasNext
();)
{
JField <JType.JavaType> jf = i_4.Next();
string name = jf_1.GetName();
JType.JavaType type = jf_1.GetType();
type.GenGetSet(cb, name);
}
// serialize()
cb.Append("public void serialize(" + "final org.apache.hadoop.record.RecordOutput "
+ Consts.RecordOutput + ", final String " + Consts.Tag + ")\n" + "throws java.io.IOException {\n"
);
cb.Append(Consts.RecordOutput + ".startRecord(this," + Consts.Tag + ");\n");
for (IEnumerator <JField <JType.JavaType> > i_5 = this.fields.GetEnumerator(); i_5.HasNext
();)
{
JField <JType.JavaType> jf = i_5.Next();
string name = jf_1.GetName();
JType.JavaType type = jf_1.GetType();
type.GenWriteMethod(cb, name, name);
}
cb.Append(Consts.RecordOutput + ".endRecord(this," + Consts.Tag + ");\n");
cb.Append("}\n");
// deserializeWithoutFilter()
cb.Append("private void deserializeWithoutFilter(" + "final org.apache.hadoop.record.RecordInput "
+ Consts.RecordInput + ", final String " + Consts.Tag + ")\n" + "throws java.io.IOException {\n"
);
cb.Append(Consts.RecordInput + ".startRecord(" + Consts.Tag + ");\n");
for (IEnumerator <JField <JType.JavaType> > i_6 = this.fields.GetEnumerator(); i_6.HasNext
();)
{
JField <JType.JavaType> jf = i_6.Next();
string name = jf_1.GetName();
JType.JavaType type = jf_1.GetType();
type.GenReadMethod(cb, name, name, false);
}
cb.Append(Consts.RecordInput + ".endRecord(" + Consts.Tag + ");\n");
cb.Append("}\n");
// deserialize()
cb.Append("public void deserialize(final " + "org.apache.hadoop.record.RecordInput "
+ Consts.RecordInput + ", final String " + Consts.Tag + ")\n" + "throws java.io.IOException {\n"
);
cb.Append("if (null == " + Consts.RtiFilter + ") {\n");
cb.Append("deserializeWithoutFilter(" + Consts.RecordInput + ", " + Consts.Tag +
");\n");
cb.Append("return;\n");
cb.Append("}\n");
cb.Append("// if we're here, we need to read based on version info\n");
cb.Append(Consts.RecordInput + ".startRecord(" + Consts.Tag + ");\n");
cb.Append("setupRtiFields();\n");
cb.Append("for (int " + Consts.RioPrefix + "i=0; " + Consts.RioPrefix + "i<" + Consts
.RtiFilter + ".getFieldTypeInfos().size(); " + Consts.RioPrefix + "i++) {\n");
int ct = 0;
for (IEnumerator <JField <JType.JavaType> > i_7 = this.fields.GetEnumerator(); i_7.HasNext
();)
{
JField <JType.JavaType> jf = i_7.Next();
string name = jf_1.GetName();
JType.JavaType type = jf_1.GetType();
ct++;
if (1 != ct)
{
cb.Append("else ");
}
cb.Append("if (" + ct + " == " + Consts.RtiFilterFields + "[" + Consts.RioPrefix
+ "i]) {\n");
type.GenReadMethod(cb, name, name, false);
cb.Append("}\n");
}
if (0 != ct)
{
cb.Append("else {\n");
cb.Append("java.util.ArrayList<" + "org.apache.hadoop.record.meta.FieldTypeInfo> typeInfos = "
+ "(java.util.ArrayList<" + "org.apache.hadoop.record.meta.FieldTypeInfo>)" + "("
+ Consts.RtiFilter + ".getFieldTypeInfos());\n");
cb.Append("org.apache.hadoop.record.meta.Utils.skip(" + Consts.RecordInput + ", "
+ "typeInfos.get(" + Consts.RioPrefix + "i).getFieldID(), typeInfos.get(" + Consts
.RioPrefix + "i).getTypeID());\n");
cb.Append("}\n");
}
cb.Append("}\n");
cb.Append(Consts.RecordInput + ".endRecord(" + Consts.Tag + ");\n");
cb.Append("}\n");
// compareTo()
cb.Append("public int compareTo (final Object " + Consts.RioPrefix + "peer_) throws ClassCastException {\n"
);
cb.Append("if (!(" + Consts.RioPrefix + "peer_ instanceof " + this.name + ")) {\n"
);
cb.Append("throw new ClassCastException(\"Comparing different types of records.\");\n"
);
cb.Append("}\n");
cb.Append(this.name + " " + Consts.RioPrefix + "peer = (" + this.name + ") " + Consts
.RioPrefix + "peer_;\n");
cb.Append("int " + Consts.RioPrefix + "ret = 0;\n");
for (IEnumerator <JField <JType.JavaType> > i_8 = this.fields.GetEnumerator(); i_8.HasNext
();)
{
JField <JType.JavaType> jf = i_8.Next();
string name = jf_1.GetName();
JType.JavaType type = jf_1.GetType();
type.GenCompareTo(cb, name, Consts.RioPrefix + "peer." + name);
cb.Append("if (" + Consts.RioPrefix + "ret != 0) return " + Consts.RioPrefix + "ret;\n"
);
}
cb.Append("return " + Consts.RioPrefix + "ret;\n");
cb.Append("}\n");
// equals()
cb.Append("public boolean equals(final Object " + Consts.RioPrefix + "peer_) {\n"
);
cb.Append("if (!(" + Consts.RioPrefix + "peer_ instanceof " + this.name + ")) {\n"
);
cb.Append("return false;\n");
cb.Append("}\n");
cb.Append("if (" + Consts.RioPrefix + "peer_ == this) {\n");
cb.Append("return true;\n");
cb.Append("}\n");
cb.Append(this.name + " " + Consts.RioPrefix + "peer = (" + this.name + ") " + Consts
.RioPrefix + "peer_;\n");
cb.Append("boolean " + Consts.RioPrefix + "ret = false;\n");
for (IEnumerator <JField <JType.JavaType> > i_9 = this.fields.GetEnumerator(); i_9.HasNext
();)
{
JField <JType.JavaType> jf = i_9.Next();
string name = jf_1.GetName();
JType.JavaType type = jf_1.GetType();
type.GenEquals(cb, name, Consts.RioPrefix + "peer." + name);
cb.Append("if (!" + Consts.RioPrefix + "ret) return " + Consts.RioPrefix + "ret;\n"
);
}
cb.Append("return " + Consts.RioPrefix + "ret;\n");
cb.Append("}\n");
// clone()
cb.Append("public Object clone() throws CloneNotSupportedException {\n");
cb.Append(this.name + " " + Consts.RioPrefix + "other = new " + this.name + "();\n"
);
for (IEnumerator <JField <JType.JavaType> > i_10 = this.fields.GetEnumerator(); i_10
.HasNext();)
{
JField <JType.JavaType> jf = i_10.Next();
string name = jf_1.GetName();
JType.JavaType type = jf_1.GetType();
type.GenClone(cb, name);
}
cb.Append("return " + Consts.RioPrefix + "other;\n");
cb.Append("}\n");
cb.Append("public int hashCode() {\n");
cb.Append("int " + Consts.RioPrefix + "result = 17;\n");
cb.Append("int " + Consts.RioPrefix + "ret;\n");
for (IEnumerator <JField <JType.JavaType> > i_11 = this.fields.GetEnumerator(); i_11
.HasNext();)
{
JField <JType.JavaType> jf = i_11.Next();
string name = jf_1.GetName();
JType.JavaType type = jf_1.GetType();
type.GenHashCode(cb, name);
cb.Append(Consts.RioPrefix + "result = 37*" + Consts.RioPrefix + "result + " + Consts
.RioPrefix + "ret;\n");
}
cb.Append("return " + Consts.RioPrefix + "result;\n");
cb.Append("}\n");
cb.Append("public static String signature() {\n");
cb.Append("return \"" + this._enclosing.GetSignature() + "\";\n");
cb.Append("}\n");
cb.Append("public static class Comparator extends" + " org.apache.hadoop.record.RecordComparator {\n"
);
cb.Append("public Comparator() {\n");
cb.Append("super(" + this.name + ".class);\n");
cb.Append("}\n");
cb.Append("static public int slurpRaw(byte[] b, int s, int l) {\n");
cb.Append("try {\n");
cb.Append("int os = s;\n");
for (IEnumerator <JField <JType.JavaType> > i_12 = this.fields.GetEnumerator(); i_12
.HasNext();)
{
JField <JType.JavaType> jf = i_12.Next();
string name = jf_1.GetName();
JType.JavaType type = jf_1.GetType();
type.GenSlurpBytes(cb, "b", "s", "l");
}
cb.Append("return (os - s);\n");
cb.Append("} catch(java.io.IOException e) {\n");
cb.Append("throw new RuntimeException(e);\n");
cb.Append("}\n");
cb.Append("}\n");
cb.Append("static public int compareRaw(byte[] b1, int s1, int l1,\n");
cb.Append(" byte[] b2, int s2, int l2) {\n");
cb.Append("try {\n");
cb.Append("int os1 = s1;\n");
for (IEnumerator <JField <JType.JavaType> > i_13 = this.fields.GetEnumerator(); i_13
.HasNext();)
{
JField <JType.JavaType> jf = i_13.Next();
string name = jf_1.GetName();
JType.JavaType type = jf_1.GetType();
type.GenCompareBytes(cb);
}
cb.Append("return (os1 - s1);\n");
cb.Append("} catch(java.io.IOException e) {\n");
cb.Append("throw new RuntimeException(e);\n");
cb.Append("}\n");
cb.Append("}\n");
cb.Append("public int compare(byte[] b1, int s1, int l1,\n");
cb.Append(" byte[] b2, int s2, int l2) {\n");
cb.Append("int ret = compareRaw(b1,s1,l1,b2,s2,l2);\n");
cb.Append("return (ret == -1)? -1 : ((ret==0)? 1 : 0);");
cb.Append("}\n");
cb.Append("}\n\n");
cb.Append("static {\n");
cb.Append("org.apache.hadoop.record.RecordComparator.define(" + this.name + ".class, new Comparator());\n"
);
cb.Append("}\n");
cb.Append("}\n");
FileWriter jj = new FileWriter(jfile);
try
{
jj.Write(cb.ToString());
}
finally
{
jj.Close();
}
}
/// <exception cref="System.IO.IOException"/>
public override void Merge(IList <InMemoryMapOutput <K, V> > inputs)
{
if (inputs == null || inputs.Count == 0)
{
return;
}
//name this output file same as the name of the first file that is
//there in the current list of inmem files (this is guaranteed to
//be absent on the disk currently. So we don't overwrite a prev.
//created spill). Also we need to create the output file now since
//it is not guaranteed that this file will be present after merge
//is called (we delete empty files as soon as we see them
//in the merge method)
//figure out the mapId
TaskAttemptID mapId = inputs[0].GetMapId();
TaskID mapTaskId = mapId.GetTaskID();
IList <Merger.Segment <K, V> > inMemorySegments = new AList <Merger.Segment <K, V> >();
long mergeOutputSize = this._enclosing.CreateInMemorySegments(inputs, inMemorySegments
, 0);
int noInMemorySegments = inMemorySegments.Count;
Path outputPath = this._enclosing.mapOutputFile.GetInputFileForWrite(mapTaskId, mergeOutputSize
).Suffix(Org.Apache.Hadoop.Mapred.Task.MergedOutputPrefix);
FSDataOutputStream @out = CryptoUtils.WrapIfNecessary(this._enclosing.jobConf, this
._enclosing.rfs.Create(outputPath));
IFile.Writer <K, V> writer = new IFile.Writer <K, V>(this._enclosing.jobConf, @out,
(Type)this._enclosing.jobConf.GetMapOutputKeyClass(), (Type)this._enclosing.jobConf
.GetMapOutputValueClass(), this._enclosing.codec, null, true);
RawKeyValueIterator rIter = null;
MergeManagerImpl.CompressAwarePath compressAwarePath;
try
{
MergeManagerImpl.Log.Info("Initiating in-memory merge with " + noInMemorySegments
+ " segments...");
rIter = Merger.Merge(this._enclosing.jobConf, this._enclosing.rfs, (Type)this._enclosing
.jobConf.GetMapOutputKeyClass(), (Type)this._enclosing.jobConf.GetMapOutputValueClass
(), inMemorySegments, inMemorySegments.Count, new Path(this._enclosing.reduceId.
ToString()), (RawComparator <K>) this._enclosing.jobConf.GetOutputKeyComparator(),
this._enclosing.reporter, this._enclosing.spilledRecordsCounter, null, null);
if (null == this._enclosing.combinerClass)
{
Merger.WriteFile(rIter, writer, this._enclosing.reporter, this._enclosing.jobConf
);
}
else
{
this._enclosing.combineCollector.SetWriter(writer);
this._enclosing.CombineAndSpill(rIter, this._enclosing.reduceCombineInputCounter);
}
writer.Close();
compressAwarePath = new MergeManagerImpl.CompressAwarePath(outputPath, writer.GetRawLength
(), writer.GetCompressedLength());
MergeManagerImpl.Log.Info(this._enclosing.reduceId + " Merge of the " + noInMemorySegments
+ " files in-memory complete." + " Local file is " + outputPath + " of size " +
this._enclosing.localFS.GetFileStatus(outputPath).GetLen());
}
catch (IOException e)
{
//make sure that we delete the ondisk file that we created
//earlier when we invoked cloneFileAttributes
this._enclosing.localFS.Delete(outputPath, true);
throw;
}
// Note the output of the merge
this._enclosing.CloseOnDiskFile(compressAwarePath);
}
public virtual void TestAuxEventDispatch()
{
Configuration conf = new Configuration();
conf.SetStrings(YarnConfiguration.NmAuxServices, new string[] { "Asrv", "Bsrv" });
conf.SetClass(string.Format(YarnConfiguration.NmAuxServiceFmt, "Asrv"), typeof(TestAuxServices.ServiceA
), typeof(Org.Apache.Hadoop.Service.Service));
conf.SetClass(string.Format(YarnConfiguration.NmAuxServiceFmt, "Bsrv"), typeof(TestAuxServices.ServiceB
), typeof(Org.Apache.Hadoop.Service.Service));
conf.SetInt("A.expected.init", 1);
conf.SetInt("B.expected.stop", 1);
AuxServices aux = new AuxServices();
aux.Init(conf);
aux.Start();
ApplicationId appId1 = ApplicationId.NewInstance(0, 65);
ByteBuffer buf = ByteBuffer.Allocate(6);
buf.PutChar('A');
buf.PutInt(65);
buf.Flip();
AuxServicesEvent @event = new AuxServicesEvent(AuxServicesEventType.ApplicationInit
, "user0", appId1, "Asrv", buf);
aux.Handle(@event);
ApplicationId appId2 = ApplicationId.NewInstance(0, 66);
@event = new AuxServicesEvent(AuxServicesEventType.ApplicationStop, "user0", appId2
, "Bsrv", null);
// verify all services got the stop event
aux.Handle(@event);
ICollection <AuxiliaryService> servs = aux.GetServices();
foreach (AuxiliaryService serv in servs)
{
AList <int> appIds = ((TestAuxServices.LightService)serv).GetAppIdsStopped();
NUnit.Framework.Assert.AreEqual("app not properly stopped", 1, appIds.Count);
NUnit.Framework.Assert.IsTrue("wrong app stopped", appIds.Contains((int)66));
}
foreach (AuxiliaryService serv_1 in servs)
{
NUnit.Framework.Assert.IsNull(((TestAuxServices.LightService)serv_1).containerId);
NUnit.Framework.Assert.IsNull(((TestAuxServices.LightService)serv_1).resource);
}
ApplicationAttemptId attemptId = ApplicationAttemptId.NewInstance(appId1, 1);
ContainerTokenIdentifier cti = new ContainerTokenIdentifier(ContainerId.NewContainerId
(attemptId, 1), string.Empty, string.Empty, Resource.NewInstance(1, 1), 0, 0, 0,
Priority.NewInstance(0), 0);
Org.Apache.Hadoop.Yarn.Server.Nodemanager.Containermanager.Container.Container container
= new ContainerImpl(null, null, null, null, null, null, cti);
ContainerId containerId = container.GetContainerId();
Resource resource = container.GetResource();
@event = new AuxServicesEvent(AuxServicesEventType.ContainerInit, container);
aux.Handle(@event);
foreach (AuxiliaryService serv_2 in servs)
{
NUnit.Framework.Assert.AreEqual(containerId, ((TestAuxServices.LightService)serv_2
).containerId);
NUnit.Framework.Assert.AreEqual(resource, ((TestAuxServices.LightService)serv_2).
resource);
((TestAuxServices.LightService)serv_2).containerId = null;
((TestAuxServices.LightService)serv_2).resource = null;
}
@event = new AuxServicesEvent(AuxServicesEventType.ContainerStop, container);
aux.Handle(@event);
foreach (AuxiliaryService serv_3 in servs)
{
NUnit.Framework.Assert.AreEqual(containerId, ((TestAuxServices.LightService)serv_3
).containerId);
NUnit.Framework.Assert.AreEqual(resource, ((TestAuxServices.LightService)serv_3).
resource);
}
}
/// <summary>
/// Attempts to write the report to the given output using the specified
/// config.
/// </summary>
/// <remarks>
/// Attempts to write the report to the given output using the specified
/// config. It will open up the expected reducer output file and read in its
/// contents and then split up by operation output and sort by operation type
/// and then for each operation type it will generate a report to the specified
/// result file and the console.
/// </remarks>
/// <param name="cfg">the config specifying the files and output</param>
/// <exception cref="System.Exception">if files can not be opened/closed/read or invalid format
/// </exception>
private void WriteReport(ConfigExtractor cfg)
{
Path dn = cfg.GetOutputPath();
Log.Info("Writing report using contents of " + dn);
FileSystem fs = dn.GetFileSystem(cfg.GetConfig());
FileStatus[] reduceFiles = fs.ListStatus(dn);
BufferedReader fileReader = null;
PrintWriter reportWriter = null;
try
{
IList <OperationOutput> noOperations = new AList <OperationOutput>();
IDictionary <string, IList <OperationOutput> > splitTypes = new SortedDictionary <string
, IList <OperationOutput> >();
foreach (FileStatus fn in reduceFiles)
{
if (!fn.GetPath().GetName().StartsWith("part"))
{
continue;
}
fileReader = new BufferedReader(new InputStreamReader(new DataInputStream(fs.Open
(fn.GetPath()))));
string line;
while ((line = fileReader.ReadLine()) != null)
{
string[] pieces = line.Split("\t", 2);
if (pieces.Length == 2)
{
OperationOutput data = new OperationOutput(pieces[0], pieces[1]);
string op = (data.GetOperationType());
if (op != null)
{
IList <OperationOutput> opList = splitTypes[op];
if (opList == null)
{
opList = new AList <OperationOutput>();
}
opList.AddItem(data);
splitTypes[op] = opList;
}
else
{
noOperations.AddItem(data);
}
}
else
{
throw new IOException("Unparseable line " + line);
}
}
fileReader.Close();
fileReader = null;
}
FilePath resFile = null;
if (cfg.GetResultFile() != null)
{
resFile = new FilePath(cfg.GetResultFile());
}
if (resFile != null)
{
Log.Info("Report results being placed to logging output and to file " + resFile.GetCanonicalPath
());
reportWriter = new PrintWriter(new FileOutputStream(resFile));
}
else
{
Log.Info("Report results being placed to logging output");
}
ReportWriter reporter = new ReportWriter();
if (!noOperations.IsEmpty())
{
reporter.BasicReport(noOperations, reportWriter);
}
foreach (string opType in splitTypes.Keys)
{
reporter.OpReport(opType, splitTypes[opType], reportWriter);
}
}
finally
{
if (fileReader != null)
{
fileReader.Close();
}
if (reportWriter != null)
{
reportWriter.Close();
}
}
}
public static void Main(string[] args)
{
// Workaround for MS bug: Assert(false) will not fire in debugger
Debug.Listeners.Clear();
Debug.Listeners.Add(new DefaultTraceListener());
Console.WriteLine("Running tests on stable code...");
// Omitted: unit tests that throw & catch exceptions (those are below)
// Loyc.Essentials
RunTests.Run(new ListExtTests());
RunTests.Run(new MathExTests());
RunTests.Run(new UStringTests());
RunTests.Run(new StringExtTests());
RunTests.Run(new HashTagsTests());
RunTests.Run(new LocalizeTests());
RunTests.Run(new SymbolTests());
RunTests.Run(new ThreadExTests());
RunTests.Run(new ListTests <InternalList <int> >(false, delegate(int n) { var l = InternalList <int> .Empty; l.Resize(n); return(l); }));
RunTests.Run(new ListRangeTests <InternalList <int> >(false, delegate() { return(InternalList <int> .Empty); }));
RunTests.Run(new ListTests <DList <int> >(false, delegate(int n) { var l = new DList <int>(); l.Resize(n); return(l); }));
RunTests.Run(new DequeTests <DList <int> >(delegate() { return(new DList <int>()); }));
RunTests.Run(new ListRangeTests <DList <int> >(false, delegate() { return(new DList <int>()); }));
// Loyc.Collections
RunTests.Run(new CPTrieTests());
RunTests.Run(new SimpleCacheTests());
RunTests.Run(new InvertibleSetTests());
// Test with small node sizes as well as the standard node size,
// including the minimum size of 3 (the most problematic size).
int seed = Environment.TickCount;
RunTests.Run(new AListTests(false, seed, 8, 8));
RunTests.Run(new BListTests(false, seed, 3, 3));
RunTests.Run(new BDictionaryTests(false, seed, 6, 6));
RunTests.Run(new SparseAListTests(false, seed, 10, 10));
RunTests.Run(new DequeTests <AList <int> >(delegate() { return(new AList <int>()); }));
RunTests.Run(new DequeTests <SparseAList <int> >(delegate() { return(new SparseAList <int>()); }));
RunTests.Run(new DictionaryTests <BDictionary <object, object> >(true, true));
RunTests.Run(new ListTests <AList <int> >(false, delegate(int n) { var l = new AList <int>(); l.Resize(n); return(l); }));
RunTests.Run(new ListRangeTests <AList <int> >(false, delegate() { return(new AList <int>()); }, 12345));
RunTests.Run(new ListTests <SparseAList <int> >(false, delegate(int n) { var l = new SparseAList <int>(); l.Resize(n); return(l); }, 12345));
RunTests.Run(new ListRangeTests <SparseAList <int> >(false, delegate() { return(new SparseAList <int>()); }, 12345));
// Loyc.Utilities
RunTests.Run(new LineMathTests());
RunTests.Run(new PointMathTests());
RunTests.Run(new IntSetTests());
RunTests.Run(new ExtraTagsInWListTests());
RunTests.Run(new UGTests());
// Loyc.Syntax
RunTests.Run(new LesLexerTests());
RunTests.Run(new LesParserTests());
RunTests.Run(new TokensToTreeTests());
RunTests.Run(new StreamCharSourceTests());
for (;;)
{
ConsoleKeyInfo k;
Console.WriteLine();
Console.WriteLine("What do you want to do?");
Console.WriteLine("1. Run unit tests that expect exceptions");
Console.WriteLine("2. Run unit tests on unstable code");
Console.WriteLine("9. Benchmarks");
Console.WriteLine("Z. List encodings");
Console.WriteLine("Press ESC or ENTER to Quit");
Console.WriteLine((k = Console.ReadKey(true)).KeyChar);
if (k.Key == ConsoleKey.Escape || k.Key == ConsoleKey.Enter)
{
break;
}
else if (k.KeyChar == '1')
{
// Loyc.Essentials
RunTests.Run(new GTests());
// Loyc.Utilities
RunTests.Run(new GoInterfaceTests());
// Loyc.Collections
RunTests.Run(new MapTests());
RunTests.Run(new SparseAListTests(true, seed, 8, 4));
RunTests.Run(new SparseAListTests());
RunTests.Run(new AListTests());
RunTests.Run(new BListTests());
RunTests.Run(new BDictionaryTests());
RunTests.Run(new MSetTests()); // derived from MutableSetTests<MSet<STI>, STI>
RunTests.Run(new SymbolSetTests()); // derived from MutableSetTests<MSet<Symbol>, Symbol>
RunTests.Run(new ImmSetTests()); // tests for Set<T>
RunTests.Run(new MapTests()); // derived from DictionaryTests<MMap<object, object>>
RunTests.Run(new RWListTests());
RunTests.Run(new WListTests());
RunTests.Run(new RVListTests());
RunTests.Run(new VListTests());
}
else if (k.KeyChar == '2')
{
RunTests.Run(new KeylessHashtableTests());
}
else if (k.KeyChar == '9')
{
RunBenchmarks();
}
else if (k.KeyChar == 'z' || k.KeyChar == 'Z')
{
foreach (EncodingInfo inf in Encoding.GetEncodings())
{
Console.WriteLine("{0} {1}: {2}", inf.CodePage, inf.Name, inf.DisplayName);
}
}
}
}
public virtual void TestInMemoryAndOnDiskMerger()
{
JobID jobId = new JobID("a", 0);
TaskAttemptID reduceId1 = new TaskAttemptID(new TaskID(jobId, TaskType.Reduce, 0)
, 0);
TaskAttemptID mapId1 = new TaskAttemptID(new TaskID(jobId, TaskType.Map, 1), 0);
TaskAttemptID mapId2 = new TaskAttemptID(new TaskID(jobId, TaskType.Map, 2), 0);
LocalDirAllocator lda = new LocalDirAllocator(MRConfig.LocalDir);
MergeManagerImpl <Text, Text> mergeManager = new MergeManagerImpl <Text, Text>(reduceId1
, jobConf, fs, lda, Reporter.Null, null, null, null, null, null, null, null, new
Progress(), new MROutputFiles());
// write map outputs
IDictionary <string, string> map1 = new SortedDictionary <string, string>();
map1["apple"] = "disgusting";
map1["carrot"] = "delicious";
IDictionary <string, string> map2 = new SortedDictionary <string, string>();
map1["banana"] = "pretty good";
byte[] mapOutputBytes1 = WriteMapOutput(conf, map1);
byte[] mapOutputBytes2 = WriteMapOutput(conf, map2);
InMemoryMapOutput <Text, Text> mapOutput1 = new InMemoryMapOutput <Text, Text>(conf
, mapId1, mergeManager, mapOutputBytes1.Length, null, true);
InMemoryMapOutput <Text, Text> mapOutput2 = new InMemoryMapOutput <Text, Text>(conf
, mapId2, mergeManager, mapOutputBytes2.Length, null, true);
System.Array.Copy(mapOutputBytes1, 0, mapOutput1.GetMemory(), 0, mapOutputBytes1.
Length);
System.Array.Copy(mapOutputBytes2, 0, mapOutput2.GetMemory(), 0, mapOutputBytes2.
Length);
// create merger and run merge
MergeThread <InMemoryMapOutput <Text, Text>, Text, Text> inMemoryMerger = mergeManager
.CreateInMemoryMerger();
IList <InMemoryMapOutput <Text, Text> > mapOutputs1 = new AList <InMemoryMapOutput <Text
, Text> >();
mapOutputs1.AddItem(mapOutput1);
mapOutputs1.AddItem(mapOutput2);
inMemoryMerger.Merge(mapOutputs1);
NUnit.Framework.Assert.AreEqual(1, mergeManager.onDiskMapOutputs.Count);
TaskAttemptID reduceId2 = new TaskAttemptID(new TaskID(jobId, TaskType.Reduce, 3)
, 0);
TaskAttemptID mapId3 = new TaskAttemptID(new TaskID(jobId, TaskType.Map, 4), 0);
TaskAttemptID mapId4 = new TaskAttemptID(new TaskID(jobId, TaskType.Map, 5), 0);
// write map outputs
IDictionary <string, string> map3 = new SortedDictionary <string, string>();
map3["apple"] = "awesome";
map3["carrot"] = "amazing";
IDictionary <string, string> map4 = new SortedDictionary <string, string>();
map4["banana"] = "bla";
byte[] mapOutputBytes3 = WriteMapOutput(conf, map3);
byte[] mapOutputBytes4 = WriteMapOutput(conf, map4);
InMemoryMapOutput <Text, Text> mapOutput3 = new InMemoryMapOutput <Text, Text>(conf
, mapId3, mergeManager, mapOutputBytes3.Length, null, true);
InMemoryMapOutput <Text, Text> mapOutput4 = new InMemoryMapOutput <Text, Text>(conf
, mapId4, mergeManager, mapOutputBytes4.Length, null, true);
System.Array.Copy(mapOutputBytes3, 0, mapOutput3.GetMemory(), 0, mapOutputBytes3.
Length);
System.Array.Copy(mapOutputBytes4, 0, mapOutput4.GetMemory(), 0, mapOutputBytes4.
Length);
// // create merger and run merge
MergeThread <InMemoryMapOutput <Text, Text>, Text, Text> inMemoryMerger2 = mergeManager
.CreateInMemoryMerger();
IList <InMemoryMapOutput <Text, Text> > mapOutputs2 = new AList <InMemoryMapOutput <Text
, Text> >();
mapOutputs2.AddItem(mapOutput3);
mapOutputs2.AddItem(mapOutput4);
inMemoryMerger2.Merge(mapOutputs2);
NUnit.Framework.Assert.AreEqual(2, mergeManager.onDiskMapOutputs.Count);
IList <MergeManagerImpl.CompressAwarePath> paths = new AList <MergeManagerImpl.CompressAwarePath
>();
IEnumerator <MergeManagerImpl.CompressAwarePath> iterator = mergeManager.onDiskMapOutputs
.GetEnumerator();
IList <string> keys = new AList <string>();
IList <string> values = new AList <string>();
while (iterator.HasNext())
{
MergeManagerImpl.CompressAwarePath next = iterator.Next();
ReadOnDiskMapOutput(conf, fs, next, keys, values);
paths.AddItem(next);
}
NUnit.Framework.Assert.AreEqual(keys, Arrays.AsList("apple", "banana", "carrot",
"apple", "banana", "carrot"));
NUnit.Framework.Assert.AreEqual(values, Arrays.AsList("awesome", "bla", "amazing"
, "disgusting", "pretty good", "delicious"));
mergeManager.Close();
mergeManager = new MergeManagerImpl <Text, Text>(reduceId2, jobConf, fs, lda, Reporter
.Null, null, null, null, null, null, null, null, new Progress(), new MROutputFiles
());
MergeThread <MergeManagerImpl.CompressAwarePath, Text, Text> onDiskMerger = mergeManager
.CreateOnDiskMerger();
onDiskMerger.Merge(paths);
NUnit.Framework.Assert.AreEqual(1, mergeManager.onDiskMapOutputs.Count);
keys = new AList <string>();
values = new AList <string>();
ReadOnDiskMapOutput(conf, fs, mergeManager.onDiskMapOutputs.GetEnumerator().Next(
), keys, values);
NUnit.Framework.Assert.AreEqual(keys, Arrays.AsList("apple", "apple", "banana", "banana"
, "carrot", "carrot"));
NUnit.Framework.Assert.AreEqual(values, Arrays.AsList("awesome", "disgusting", "pretty good"
, "bla", "amazing", "delicious"));
mergeManager.Close();
NUnit.Framework.Assert.AreEqual(0, mergeManager.inMemoryMapOutputs.Count);
NUnit.Framework.Assert.AreEqual(0, mergeManager.inMemoryMergedMapOutputs.Count);
NUnit.Framework.Assert.AreEqual(0, mergeManager.onDiskMapOutputs.Count);
}
/// <param name="cleanupCommands">the cleanupCommands to set</param>
public virtual void SetCleanupCommands(AList <CLICommand> cleanupCommands)
{
this.cleanupCommands = cleanupCommands;
}
public ArrayListBackedIterator(AList <X> data)
: base(data)
{
}
public ArrayNI()
{
//super(); // スーパークラスでは何もしていない
mItems = new AList <Variant>();
}
// An special edit which acts as a sentinel value by marking the end the
// list of edits
/// <summary>Does the three way merge between a common base and two sequences.</summary>
/// <remarks>Does the three way merge between a common base and two sequences.</remarks>
/// <?></?>
/// <param name="cmp">comparison method for this execution.</param>
/// <param name="base">the common base sequence</param>
/// <param name="ours">the first sequence to be merged</param>
/// <param name="theirs">the second sequence to be merged</param>
/// <returns>the resulting content</returns>
public MergeResult <S> Merge <S>(SequenceComparator <S> cmp, S @base, S ours, S theirs
) where S : Sequence
{
IList <S> sequences = new AList <S>(3);
sequences.AddItem(@base);
sequences.AddItem(ours);
sequences.AddItem(theirs);
MergeResult <S> result = new MergeResult <S>(sequences);
if (ours.Size() == 0)
{
if (theirs.Size() != 0)
{
EditList theirsEdits = diffAlg.Diff(cmp, @base, theirs);
if (!theirsEdits.IsEmpty())
{
// we deleted, they modified -> Let their complete content
// conflict with empty text
result.Add(1, 0, 0, MergeChunk.ConflictState.FIRST_CONFLICTING_RANGE);
result.Add(2, 0, theirs.Size(), MergeChunk.ConflictState.NEXT_CONFLICTING_RANGE);
}
else
{
// we deleted, they didn't modify -> Let our deletion win
result.Add(1, 0, 0, MergeChunk.ConflictState.NO_CONFLICT);
}
}
else
{
// we and they deleted -> return a single chunk of nothing
result.Add(1, 0, 0, MergeChunk.ConflictState.NO_CONFLICT);
}
return(result);
}
else
{
if (theirs.Size() == 0)
{
EditList oursEdits = diffAlg.Diff(cmp, @base, ours);
if (!oursEdits.IsEmpty())
{
// we modified, they deleted -> Let our complete content
// conflict with empty text
result.Add(1, 0, ours.Size(), MergeChunk.ConflictState.FIRST_CONFLICTING_RANGE);
result.Add(2, 0, 0, MergeChunk.ConflictState.NEXT_CONFLICTING_RANGE);
}
else
{
// they deleted, we didn't modify -> Let their deletion win
result.Add(2, 0, 0, MergeChunk.ConflictState.NO_CONFLICT);
}
return(result);
}
}
EditList oursEdits_1 = diffAlg.Diff(cmp, @base, ours);
Iterator <Edit> baseToOurs = oursEdits_1.Iterator();
EditList theirsEdits_1 = diffAlg.Diff(cmp, @base, theirs);
Iterator <Edit> baseToTheirs = theirsEdits_1.Iterator();
int current = 0;
// points to the next line (first line is 0) of base
// which was not handled yet
Edit oursEdit = NextEdit(baseToOurs);
Edit theirsEdit = NextEdit(baseToTheirs);
// iterate over all edits from base to ours and from base to theirs
// leave the loop when there are no edits more for ours or for theirs
// (or both)
while (theirsEdit != END_EDIT || oursEdit != END_EDIT)
{
if (oursEdit.GetEndA() < theirsEdit.GetBeginA())
{
// something was changed in ours not overlapping with any change
// from theirs. First add the common part in front of the edit
// then the edit.
if (current != oursEdit.GetBeginA())
{
result.Add(0, current, oursEdit.GetBeginA(), MergeChunk.ConflictState.NO_CONFLICT
);
}
result.Add(1, oursEdit.GetBeginB(), oursEdit.GetEndB(), MergeChunk.ConflictState.
NO_CONFLICT);
current = oursEdit.GetEndA();
oursEdit = NextEdit(baseToOurs);
}
else
{
if (theirsEdit.GetEndA() < oursEdit.GetBeginA())
{
// something was changed in theirs not overlapping with any
// from ours. First add the common part in front of the edit
// then the edit.
if (current != theirsEdit.GetBeginA())
{
result.Add(0, current, theirsEdit.GetBeginA(), MergeChunk.ConflictState.NO_CONFLICT
);
}
result.Add(2, theirsEdit.GetBeginB(), theirsEdit.GetEndB(), MergeChunk.ConflictState
.NO_CONFLICT);
current = theirsEdit.GetEndA();
theirsEdit = NextEdit(baseToTheirs);
}
else
{
// here we found a real overlapping modification
// if there is a common part in front of the conflict add it
if (oursEdit.GetBeginA() != current && theirsEdit.GetBeginA() != current)
{
result.Add(0, current, Math.Min(oursEdit.GetBeginA(), theirsEdit.GetBeginA()), MergeChunk.ConflictState
.NO_CONFLICT);
}
// set some initial values for the ranges in A and B which we
// want to handle
int oursBeginB = oursEdit.GetBeginB();
int theirsBeginB = theirsEdit.GetBeginB();
// harmonize the start of the ranges in A and B
if (oursEdit.GetBeginA() < theirsEdit.GetBeginA())
{
theirsBeginB -= theirsEdit.GetBeginA() - oursEdit.GetBeginA();
}
else
{
oursBeginB -= oursEdit.GetBeginA() - theirsEdit.GetBeginA();
}
// combine edits:
// Maybe an Edit on one side corresponds to multiple Edits on
// the other side. Then we have to combine the Edits of the
// other side - so in the end we can merge together two single
// edits.
//
// It is important to notice that this combining will extend the
// ranges of our conflict always downwards (towards the end of
// the content). The starts of the conflicting ranges in ours
// and theirs are not touched here.
//
// This combining is an iterative process: after we have
// combined some edits we have to do the check again. The
// combined edits could now correspond to multiple edits on the
// other side.
//
// Example: when this combining algorithm works on the following
// edits
// oursEdits=((0-5,0-5),(6-8,6-8),(10-11,10-11)) and
// theirsEdits=((0-1,0-1),(2-3,2-3),(5-7,5-7))
// it will merge them into
// oursEdits=((0-8,0-8),(10-11,10-11)) and
// theirsEdits=((0-7,0-7))
//
// Since the only interesting thing to us is how in ours and
// theirs the end of the conflicting range is changing we let
// oursEdit and theirsEdit point to the last conflicting edit
Edit nextOursEdit = NextEdit(baseToOurs);
Edit nextTheirsEdit = NextEdit(baseToTheirs);
for (; ;)
{
if (oursEdit.GetEndA() >= nextTheirsEdit.GetBeginA())
{
theirsEdit = nextTheirsEdit;
nextTheirsEdit = NextEdit(baseToTheirs);
}
else
{
if (theirsEdit.GetEndA() >= nextOursEdit.GetBeginA())
{
oursEdit = nextOursEdit;
nextOursEdit = NextEdit(baseToOurs);
}
else
{
break;
}
}
}
// harmonize the end of the ranges in A and B
int oursEndB = oursEdit.GetEndB();
int theirsEndB = theirsEdit.GetEndB();
if (oursEdit.GetEndA() < theirsEdit.GetEndA())
{
oursEndB += theirsEdit.GetEndA() - oursEdit.GetEndA();
}
else
{
theirsEndB += oursEdit.GetEndA() - theirsEdit.GetEndA();
}
// A conflicting region is found. Strip off common lines in
// in the beginning and the end of the conflicting region
// Determine the minimum length of the conflicting areas in OURS
// and THEIRS. Also determine how much bigger the conflicting
// area in THEIRS is compared to OURS. All that is needed to
// limit the search for common areas at the beginning or end
// (the common areas cannot be bigger then the smaller
// conflicting area. The delta is needed to know whether the
// complete conflicting area is common in OURS and THEIRS.
int minBSize = oursEndB - oursBeginB;
int BSizeDelta = minBSize - (theirsEndB - theirsBeginB);
if (BSizeDelta > 0)
{
minBSize -= BSizeDelta;
}
int commonPrefix = 0;
while (commonPrefix < minBSize && cmp.Equals(ours, oursBeginB + commonPrefix, theirs
, theirsBeginB + commonPrefix))
{
commonPrefix++;
}
minBSize -= commonPrefix;
int commonSuffix = 0;
while (commonSuffix < minBSize && cmp.Equals(ours, oursEndB - commonSuffix - 1, theirs
, theirsEndB - commonSuffix - 1))
{
commonSuffix++;
}
minBSize -= commonSuffix;
// Add the common lines at start of conflict
if (commonPrefix > 0)
{
result.Add(1, oursBeginB, oursBeginB + commonPrefix, MergeChunk.ConflictState.NO_CONFLICT
);
}
// Add the conflict (Only if there is a conflict left to report)
if (minBSize > 0 || BSizeDelta != 0)
{
result.Add(1, oursBeginB + commonPrefix, oursEndB - commonSuffix, MergeChunk.ConflictState
.FIRST_CONFLICTING_RANGE);
result.Add(2, theirsBeginB + commonPrefix, theirsEndB - commonSuffix, MergeChunk.ConflictState
.NEXT_CONFLICTING_RANGE);
}
// Add the common lines at end of conflict
if (commonSuffix > 0)
{
result.Add(1, oursEndB - commonSuffix, oursEndB, MergeChunk.ConflictState.NO_CONFLICT
);
}
current = Math.Max(oursEdit.GetEndA(), theirsEdit.GetEndA());
oursEdit = nextOursEdit;
theirsEdit = nextTheirsEdit;
}
}
}
// maybe we have a common part behind the last edit: copy it to the
// result
if (current < @base.Size())
{
result.Add(0, current, @base.Size(), MergeChunk.ConflictState.NO_CONFLICT);
}
return(result);
}
/// <exception cref="System.IO.IOException"/>
internal virtual void GenCppCode(FileWriter hh, FileWriter cc, AList <string> options
)
{
((JRecord.CppRecord)GetCppType()).GenCode(hh, cc, options);
}
/// <param name="f"></param>
/// <param name="fh"></param>
/// <exception cref="System.IO.IOException">System.IO.IOException</exception>
/// <exception cref="NGit.Api.Errors.PatchApplyException">NGit.Api.Errors.PatchApplyException
/// </exception>
private void Apply(FilePath f, FileHeader fh)
{
RawText rt = new RawText(f);
IList <string> oldLines = new AList <string>(rt.Size());
for (int i = 0; i < rt.Size(); i++)
{
oldLines.AddItem(rt.GetString(i));
}
IList <string> newLines = new AList <string>(oldLines);
foreach (HunkHeader hh in fh.GetHunks())
{
StringBuilder hunk = new StringBuilder();
for (int j = hh.GetStartOffset(); j < hh.GetEndOffset(); j++)
{
hunk.Append((char)hh.GetBuffer()[j]);
}
RawText hrt = new RawText(Sharpen.Runtime.GetBytesForString(hunk.ToString()));
IList <string> hunkLines = new AList <string>(hrt.Size());
for (int i_1 = 0; i_1 < hrt.Size(); i_1++)
{
hunkLines.AddItem(hrt.GetString(i_1));
}
int pos = 0;
for (int j_1 = 1; j_1 < hunkLines.Count; j_1++)
{
string hunkLine = hunkLines[j_1];
switch (hunkLine[0])
{
case ' ':
{
if (!newLines[hh.GetNewStartLine() - 1 + pos].Equals(Sharpen.Runtime.Substring(hunkLine
, 1)))
{
throw new PatchApplyException(MessageFormat.Format(JGitText.Get().patchApplyException
, hh));
}
pos++;
break;
}
case '-':
{
if (!newLines[hh.GetNewStartLine() - 1 + pos].Equals(Sharpen.Runtime.Substring(hunkLine
, 1)))
{
throw new PatchApplyException(MessageFormat.Format(JGitText.Get().patchApplyException
, hh));
}
newLines.Remove(hh.GetNewStartLine() - 1 + pos);
break;
}
case '+':
{
newLines.Add(hh.GetNewStartLine() - 1 + pos, Sharpen.Runtime.Substring(hunkLine,
1));
pos++;
break;
}
}
}
}
if (!IsNoNewlineAtEndOfFile(fh))
{
newLines.AddItem(string.Empty);
}
if (!rt.IsMissingNewlineAtEnd())
{
oldLines.AddItem(string.Empty);
}
if (!IsChanged(oldLines, newLines))
{
return;
}
// don't touch the file
StringBuilder sb = new StringBuilder();
string eol = rt.Size() == 0 || (rt.Size() == 1 && rt.IsMissingNewlineAtEnd()) ? "\n"
: rt.GetLineDelimiter();
foreach (string l in newLines)
{
sb.Append(l);
if (eol != null)
{
sb.Append(eol);
}
}
Sharpen.Runtime.DeleteCharAt(sb, sb.Length - 1);
FileWriter fw = new FileWriter(f);
fw.Write(sb.ToString());
fw.Close();
}
public DictionaryEnumCallback(AList <Variant> items)
{
mItems = items;
}
/// <exception cref="System.IO.IOException"/>
internal virtual void GenJavaCode(string destDir, AList <string> options)
{
((JRecord.JavaRecord)GetJavaType()).GenCode(destDir, options);
}
/// <exception cref="Com.Drew.Imaging.Png.PngProcessingException"/>
/// <exception cref="System.IO.IOException"/>
private static void ProcessChunk([NotNull] Com.Drew.Metadata.Metadata metadata, [NotNull] PngChunk chunk)
{
PngChunkType chunkType = chunk.GetChunkType();
sbyte[] bytes = chunk.GetBytes();
if (chunkType.Equals(PngChunkType.Ihdr))
{
PngHeader header = new PngHeader(bytes);
PngDirectory directory = new PngDirectory(PngChunkType.Ihdr);
directory.SetInt(PngDirectory.TagImageWidth, header.GetImageWidth());
directory.SetInt(PngDirectory.TagImageHeight, header.GetImageHeight());
directory.SetInt(PngDirectory.TagBitsPerSample, header.GetBitsPerSample());
directory.SetInt(PngDirectory.TagColorType, header.GetColorType().GetNumericValue());
directory.SetInt(PngDirectory.TagCompressionType, header.GetCompressionType());
directory.SetInt(PngDirectory.TagFilterMethod, header.GetFilterMethod());
directory.SetInt(PngDirectory.TagInterlaceMethod, header.GetInterlaceMethod());
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.Plte))
{
PngDirectory directory = new PngDirectory(PngChunkType.Plte);
directory.SetInt(PngDirectory.TagPaletteSize, bytes.Length / 3);
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.tRNS))
{
PngDirectory directory = new PngDirectory(PngChunkType.tRNS);
directory.SetInt(PngDirectory.TagPaletteHasTransparency, 1);
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.sRGB))
{
int srgbRenderingIntent = new SequentialByteArrayReader(bytes).GetInt8();
PngDirectory directory = new PngDirectory(PngChunkType.sRGB);
directory.SetInt(PngDirectory.TagSrgbRenderingIntent, srgbRenderingIntent);
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.cHRM))
{
PngChromaticities chromaticities = new PngChromaticities(bytes);
PngChromaticitiesDirectory directory = new PngChromaticitiesDirectory();
directory.SetInt(PngChromaticitiesDirectory.TagWhitePointX, chromaticities.GetWhitePointX());
directory.SetInt(PngChromaticitiesDirectory.TagWhitePointX, chromaticities.GetWhitePointX());
directory.SetInt(PngChromaticitiesDirectory.TagRedX, chromaticities.GetRedX());
directory.SetInt(PngChromaticitiesDirectory.TagRedY, chromaticities.GetRedY());
directory.SetInt(PngChromaticitiesDirectory.TagGreenX, chromaticities.GetGreenX());
directory.SetInt(PngChromaticitiesDirectory.TagGreenY, chromaticities.GetGreenY());
directory.SetInt(PngChromaticitiesDirectory.TagBlueX, chromaticities.GetBlueX());
directory.SetInt(PngChromaticitiesDirectory.TagBlueY, chromaticities.GetBlueY());
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.gAMA))
{
int gammaInt = new SequentialByteArrayReader(bytes).GetInt32();
PngDirectory directory = new PngDirectory(PngChunkType.gAMA);
directory.SetDouble(PngDirectory.TagGamma, gammaInt / 100000.0);
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.iCCP))
{
SequentialReader reader = new SequentialByteArrayReader(bytes);
string profileName = reader.GetNullTerminatedString(79);
PngDirectory directory = new PngDirectory(PngChunkType.iCCP);
directory.SetString(PngDirectory.TagIccProfileName, profileName);
sbyte compressionMethod = reader.GetInt8();
if (compressionMethod == 0)
{
// Only compression method allowed by the spec is zero: deflate
// This assumes 1-byte-per-char, which it is by spec.
int bytesLeft = bytes.Length - profileName.Length - 2;
sbyte[] compressedProfile = reader.GetBytes(bytesLeft);
InflaterInputStream inflateStream = new InflaterInputStream(new ByteArrayInputStream(compressedProfile));
new IccReader().Extract(new RandomAccessStreamReader(inflateStream), metadata);
inflateStream.Close();
}
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.bKGD))
{
PngDirectory directory = new PngDirectory(PngChunkType.bKGD);
directory.SetByteArray(PngDirectory.TagBackgroundColor, bytes);
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.tEXt))
{
SequentialReader reader = new SequentialByteArrayReader(bytes);
string keyword = reader.GetNullTerminatedString(79);
int bytesLeft = bytes.Length - keyword.Length - 1;
string value = reader.GetNullTerminatedString(bytesLeft);
IList <KeyValuePair> textPairs = new AList <KeyValuePair>();
textPairs.Add(new KeyValuePair(keyword, value));
PngDirectory directory = new PngDirectory(PngChunkType.iTXt);
directory.SetObject(PngDirectory.TagTextualData, textPairs);
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.iTXt))
{
SequentialReader reader = new SequentialByteArrayReader(bytes);
string keyword = reader.GetNullTerminatedString(79);
sbyte compressionFlag = reader.GetInt8();
sbyte compressionMethod = reader.GetInt8();
string languageTag = reader.GetNullTerminatedString(bytes.Length);
string translatedKeyword = reader.GetNullTerminatedString(bytes.Length);
int bytesLeft = bytes.Length - keyword.Length - 1 - 1 - 1 - languageTag.Length - 1 - translatedKeyword.Length - 1;
string text = null;
if (compressionFlag == 0)
{
text = reader.GetNullTerminatedString(bytesLeft);
}
else
{
if (compressionFlag == 1)
{
if (compressionMethod == 0)
{
text = StringUtil.FromStream(new InflaterInputStream(new ByteArrayInputStream(bytes, bytes.Length - bytesLeft, bytesLeft)));
}
else
{
PngDirectory directory = new PngDirectory(PngChunkType.iTXt);
directory.AddError("Invalid compression method value");
metadata.AddDirectory(directory);
}
}
else
{
PngDirectory directory = new PngDirectory(PngChunkType.iTXt);
directory.AddError("Invalid compression flag value");
metadata.AddDirectory(directory);
}
}
if (text != null)
{
if (keyword.Equals("XML:com.adobe.xmp"))
{
// NOTE in testing images, the XMP has parsed successfully, but we are not extracting tags from it as necessary
new XmpReader().Extract(text, metadata);
}
else
{
IList <KeyValuePair> textPairs = new AList <KeyValuePair>();
textPairs.Add(new KeyValuePair(keyword, text));
PngDirectory directory = new PngDirectory(PngChunkType.iTXt);
directory.SetObject(PngDirectory.TagTextualData, textPairs);
metadata.AddDirectory(directory);
}
}
}
else
{
if (chunkType.Equals(PngChunkType.tIME))
{
SequentialByteArrayReader reader = new SequentialByteArrayReader(bytes);
int year = reader.GetUInt16();
int month = reader.GetUInt8() - 1;
int day = reader.GetUInt8();
int hour = reader.GetUInt8();
int minute = reader.GetUInt8();
int second = reader.GetUInt8();
Sharpen.Calendar calendar = Sharpen.Calendar.GetInstance(Sharpen.Extensions.GetTimeZone("UTC"));
//noinspection MagicConstant
calendar.Set(year, month, day, hour, minute, second);
PngDirectory directory = new PngDirectory(PngChunkType.tIME);
directory.SetDate(PngDirectory.TagLastModificationTime, calendar.GetTime());
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.pHYs))
{
SequentialByteArrayReader reader = new SequentialByteArrayReader(bytes);
int pixelsPerUnitX = reader.GetInt32();
int pixelsPerUnitY = reader.GetInt32();
sbyte unitSpecifier = reader.GetInt8();
PngDirectory directory = new PngDirectory(PngChunkType.pHYs);
directory.SetInt(PngDirectory.TagPixelsPerUnitX, pixelsPerUnitX);
directory.SetInt(PngDirectory.TagPixelsPerUnitY, pixelsPerUnitY);
directory.SetInt(PngDirectory.TagUnitSpecifier, unitSpecifier);
metadata.AddDirectory(directory);
}
else
{
if (chunkType.Equals(PngChunkType.sBIT))
{
PngDirectory directory = new PngDirectory(PngChunkType.sBIT);
directory.SetByteArray(PngDirectory.TagSignificantBits, bytes);
metadata.AddDirectory(directory);
}
}
}
}
}
}
}
}
}
}
}
}
}
}
public ArrayListBackedIterator(AList <X> data)
{
this.data = data;
this.iter = this.data.GetEnumerator();
}
/// <exception cref="System.Exception"/>
public override int Run(string[] args)
{
// -directlyAccessNodeLabelStore is a additional option for node label
// access, so just search if we have specified this option, and remove it
IList <string> argsList = new AList <string>();
for (int i = 0; i < args.Length; i++)
{
if (args[i].Equals("-directlyAccessNodeLabelStore"))
{
directlyAccessNodeLabelStore = true;
}
else
{
argsList.AddItem(args[i]);
}
}
args = Sharpen.Collections.ToArray(argsList, new string[0]);
YarnConfiguration yarnConf = GetConf() == null ? new YarnConfiguration() : new YarnConfiguration
(GetConf());
bool isHAEnabled = yarnConf.GetBoolean(YarnConfiguration.RmHaEnabled, YarnConfiguration
.DefaultRmHaEnabled);
if (args.Length < 1)
{
PrintUsage(string.Empty, isHAEnabled);
return(-1);
}
int exitCode = -1;
int i_1 = 0;
string cmd = args[i_1++];
exitCode = 0;
if ("-help".Equals(cmd))
{
if (i_1 < args.Length)
{
PrintUsage(args[i_1], isHAEnabled);
}
else
{
PrintHelp(string.Empty, isHAEnabled);
}
return(exitCode);
}
if (Usage.Contains(cmd))
{
if (isHAEnabled)
{
return(base.Run(args));
}
System.Console.Out.WriteLine("Cannot run " + cmd + " when ResourceManager HA is not enabled"
);
return(-1);
}
//
// verify that we have enough command line parameters
//
if ("-refreshAdminAcls".Equals(cmd) || "-refreshQueues".Equals(cmd) || "-refreshNodes"
.Equals(cmd) || "-refreshServiceAcl".Equals(cmd) || "-refreshUserToGroupsMappings"
.Equals(cmd) || "-refreshSuperUserGroupsConfiguration".Equals(cmd))
{
if (args.Length != 1)
{
PrintUsage(cmd, isHAEnabled);
return(exitCode);
}
}
try
{
if ("-refreshQueues".Equals(cmd))
{
exitCode = RefreshQueues();
}
else
{
if ("-refreshNodes".Equals(cmd))
{
exitCode = RefreshNodes();
}
else
{
if ("-refreshUserToGroupsMappings".Equals(cmd))
{
exitCode = RefreshUserToGroupsMappings();
}
else
{
if ("-refreshSuperUserGroupsConfiguration".Equals(cmd))
{
exitCode = RefreshSuperUserGroupsConfiguration();
}
else
{
if ("-refreshAdminAcls".Equals(cmd))
{
exitCode = RefreshAdminAcls();
}
else
{
if ("-refreshServiceAcl".Equals(cmd))
{
exitCode = RefreshServiceAcls();
}
else
{
if ("-getGroups".Equals(cmd))
{
string[] usernames = Arrays.CopyOfRange(args, i_1, args.Length);
exitCode = GetGroups(usernames);
}
else
{
if ("-addToClusterNodeLabels".Equals(cmd))
{
if (i_1 >= args.Length)
{
System.Console.Error.WriteLine(NoLabelErrMsg);
exitCode = -1;
}
else
{
exitCode = AddToClusterNodeLabels(args[i_1]);
}
}
else
{
if ("-removeFromClusterNodeLabels".Equals(cmd))
{
if (i_1 >= args.Length)
{
System.Console.Error.WriteLine(NoLabelErrMsg);
exitCode = -1;
}
else
{
exitCode = RemoveFromClusterNodeLabels(args[i_1]);
}
}
else
{
if ("-replaceLabelsOnNode".Equals(cmd))
{
if (i_1 >= args.Length)
{
System.Console.Error.WriteLine(NoMappingErrMsg);
exitCode = -1;
}
else
{
exitCode = ReplaceLabelsOnNodes(args[i_1]);
}
}
else
{
exitCode = -1;
System.Console.Error.WriteLine(Sharpen.Runtime.Substring(cmd, 1) + ": Unknown command"
);
PrintUsage(string.Empty, isHAEnabled);
}
}
}
}
}
}
}
}
}
}
}
catch (ArgumentException arge)
{
exitCode = -1;
System.Console.Error.WriteLine(Sharpen.Runtime.Substring(cmd, 1) + ": " + arge.GetLocalizedMessage
());
PrintUsage(cmd, isHAEnabled);
}
catch (RemoteException e)
{
//
// This is a error returned by hadoop server. Print
// out the first line of the error mesage, ignore the stack trace.
exitCode = -1;
try
{
string[] content;
content = e.GetLocalizedMessage().Split("\n");
System.Console.Error.WriteLine(Sharpen.Runtime.Substring(cmd, 1) + ": " + content
[0]);
}
catch (Exception ex)
{
System.Console.Error.WriteLine(Sharpen.Runtime.Substring(cmd, 1) + ": " + ex.GetLocalizedMessage
());
}
}
catch (Exception e)
{
exitCode = -1;
System.Console.Error.WriteLine(Sharpen.Runtime.Substring(cmd, 1) + ": " + e.GetLocalizedMessage
());
}
if (null != localNodeLabelsManager)
{
localNodeLabelsManager.Stop();
}
return(exitCode);
}
/// <summary>
/// Verify a DN remains in DECOMMISSION_INPROGRESS state if it is marked
/// as dead before decommission has completed.
/// </summary>
/// <remarks>
/// Verify a DN remains in DECOMMISSION_INPROGRESS state if it is marked
/// as dead before decommission has completed. That will allow DN to resume
/// the replication process after it rejoins the cluster.
/// </remarks>
/// <exception cref="System.Exception"/>
public virtual void TestDecommissionStatusAfterDNRestart()
{
DistributedFileSystem fileSys = (DistributedFileSystem)cluster.GetFileSystem();
// Create a file with one block. That block has one replica.
Path f = new Path("decommission.dat");
DFSTestUtil.CreateFile(fileSys, f, fileSize, fileSize, fileSize, (short)1, seed);
// Find the DN that owns the only replica.
RemoteIterator <LocatedFileStatus> fileList = fileSys.ListLocatedStatus(f);
BlockLocation[] blockLocations = fileList.Next().GetBlockLocations();
string dnName = blockLocations[0].GetNames()[0];
// Decommission the DN.
FSNamesystem fsn = cluster.GetNamesystem();
DatanodeManager dm = fsn.GetBlockManager().GetDatanodeManager();
DecommissionNode(fsn, localFileSys, dnName);
dm.RefreshNodes(conf);
// Stop the DN when decommission is in progress.
// Given DFS_DATANODE_BALANCE_BANDWIDTHPERSEC_KEY is to 1 and the size of
// the block, it will take much longer time that test timeout value for
// the decommission to complete. So when stopDataNode is called,
// decommission should be in progress.
MiniDFSCluster.DataNodeProperties dataNodeProperties = cluster.StopDataNode(dnName
);
IList <DatanodeDescriptor> dead = new AList <DatanodeDescriptor>();
while (true)
{
dm.FetchDatanodes(null, dead, false);
if (dead.Count == 1)
{
break;
}
Sharpen.Thread.Sleep(1000);
}
// Force removal of the dead node's blocks.
BlockManagerTestUtil.CheckHeartbeat(fsn.GetBlockManager());
// Force DatanodeManager to check decommission state.
BlockManagerTestUtil.RecheckDecommissionState(dm);
// Verify that the DN remains in DECOMMISSION_INPROGRESS state.
NUnit.Framework.Assert.IsTrue("the node should be DECOMMISSION_IN_PROGRESSS", dead
[0].IsDecommissionInProgress());
// Check DatanodeManager#getDecommissionNodes, make sure it returns
// the node as decommissioning, even if it's dead
IList <DatanodeDescriptor> decomlist = dm.GetDecommissioningNodes();
NUnit.Framework.Assert.IsTrue("The node should be be decommissioning", decomlist.
Count == 1);
// Delete the under-replicated file, which should let the
// DECOMMISSION_IN_PROGRESS node become DECOMMISSIONED
CleanupFile(fileSys, f);
BlockManagerTestUtil.RecheckDecommissionState(dm);
NUnit.Framework.Assert.IsTrue("the node should be decommissioned", dead[0].IsDecommissioned
());
// Add the node back
cluster.RestartDataNode(dataNodeProperties, true);
cluster.WaitActive();
// Call refreshNodes on FSNamesystem with empty exclude file.
// This will remove the datanodes from decommissioning list and
// make them available again.
WriteConfigFile(localFileSys, excludeFile, null);
dm.RefreshNodes(conf);
}
public void TestViewCollationRaw()
{
IList <object> list1 = new AList <object>();
list1.AddItem("a");
IList <object> list2 = new AList <object>();
list2.AddItem("b");
IList <object> list3 = new AList <object>();
list3.AddItem("b");
list3.AddItem("c");
IList <object> list4 = new AList <object>();
list4.AddItem("b");
list4.AddItem("c");
list4.AddItem("a");
IList <object> list5 = new AList <object>();
list5.AddItem("b");
list5.AddItem("d");
IList <object> list6 = new AList <object>();
list6.AddItem("b");
list6.AddItem("d");
list6.AddItem("e");
// Based on CouchDB's "view_collation.js" test
IList <object> testKeys = new AList <object>();
testKeys.AddItem(0);
testKeys.AddItem(2.5);
testKeys.AddItem(10);
testKeys.AddItem(false);
testKeys.AddItem(null);
testKeys.AddItem(true);
testKeys.AddItem(list1);
testKeys.AddItem(list2);
testKeys.AddItem(list3);
testKeys.AddItem(list4);
testKeys.AddItem(list5);
testKeys.AddItem(list6);
testKeys.AddItem(" ");
testKeys.AddItem("A");
testKeys.AddItem("B");
testKeys.AddItem("_");
testKeys.AddItem("a");
testKeys.AddItem("aa");
testKeys.AddItem("b");
testKeys.AddItem("ba");
testKeys.AddItem("bb");
testKeys.AddItem("~");
int i = 0;
foreach (object key in testKeys)
{
IDictionary <string, object> docProperties = new Dictionary <string, object>();
docProperties.Put("_id", Sharpen.Extensions.ToString(i++));
docProperties["name"] = key;
PutDoc(database, docProperties);
}
View view = database.GetView("default/names");
view.SetMapReduce((document, emitter) =>
emitter(document["name"], null), null, "1.0");
view.Collation = ViewCollation.Raw;
QueryOptions options = new QueryOptions();
IList <QueryRow> rows = view.QueryWithOptions(options).ToList();
i = 0;
foreach (QueryRow row in rows)
{
Assert.AreEqual(testKeys[i++], row.Key);
}
database.Close();
}
/// <summary>Construct the merge commit message.</summary>
/// <remarks>Construct the merge commit message.</remarks>
/// <param name="refsToMerge">the refs which will be merged</param>
/// <param name="target">the branch ref which will be merged into</param>
/// <returns>merge commit message</returns>
public virtual string Format(IList <Ref> refsToMerge, Ref target)
{
StringBuilder sb = new StringBuilder();
sb.Append("Merge ");
IList <string> branches = new AList <string>();
IList <string> remoteBranches = new AList <string>();
IList <string> tags = new AList <string>();
IList <string> commits = new AList <string>();
IList <string> others = new AList <string>();
foreach (Ref @ref in refsToMerge)
{
if (@ref.GetName().StartsWith(Constants.R_HEADS))
{
branches.AddItem("'" + Repository.ShortenRefName(@ref.GetName()) + "'");
}
else
{
if (@ref.GetName().StartsWith(Constants.R_REMOTES))
{
remoteBranches.AddItem("'" + Repository.ShortenRefName(@ref.GetName()) + "'");
}
else
{
if (@ref.GetName().StartsWith(Constants.R_TAGS))
{
tags.AddItem("'" + Repository.ShortenRefName(@ref.GetName()) + "'");
}
else
{
if (@ref.GetName().Equals(@ref.GetObjectId().GetName()))
{
commits.AddItem("'" + @ref.GetName() + "'");
}
else
{
others.AddItem(@ref.GetName());
}
}
}
}
}
IList <string> listings = new AList <string>();
if (!branches.IsEmpty())
{
listings.AddItem(JoinNames(branches, "branch", "branches"));
}
if (!remoteBranches.IsEmpty())
{
listings.AddItem(JoinNames(remoteBranches, "remote branch", "remote branches"));
}
if (!tags.IsEmpty())
{
listings.AddItem(JoinNames(tags, "tag", "tags"));
}
if (!commits.IsEmpty())
{
listings.AddItem(JoinNames(commits, "commit", "commits"));
}
if (!others.IsEmpty())
{
listings.AddItem(StringUtils.Join(others, ", ", " and "));
}
sb.Append(StringUtils.Join(listings, ", "));
string targetName = target.GetLeaf().GetName();
if (!targetName.Equals(Constants.R_HEADS + Constants.MASTER))
{
string targetShortName = Repository.ShortenRefName(targetName);
sb.Append(" into " + targetShortName);
}
return(sb.ToString());
}
/// <summary>
/// <inheritDoc/>
///
/// </summary>
/// <exception cref="System.IO.IOException"/>
public override IList <InputSplit> GetSplits(JobContext job)
{
ResultSet results = null;
Statement statement = null;
try
{
statement = connection.CreateStatement();
results = statement.ExecuteQuery(GetCountQuery());
results.Next();
long count = results.GetLong(1);
int chunks = job.GetConfiguration().GetInt(MRJobConfig.NumMaps, 1);
long chunkSize = (count / chunks);
results.Close();
statement.Close();
IList <InputSplit> splits = new AList <InputSplit>();
// Split the rows into n-number of chunks and adjust the last chunk
// accordingly
for (int i = 0; i < chunks; i++)
{
DBInputFormat.DBInputSplit split;
if ((i + 1) == chunks)
{
split = new DBInputFormat.DBInputSplit(i * chunkSize, count);
}
else
{
split = new DBInputFormat.DBInputSplit(i * chunkSize, (i * chunkSize) + chunkSize
);
}
splits.AddItem(split);
}
connection.Commit();
return(splits);
}
catch (SQLException e)
{
throw new IOException("Got SQLException", e);
}
finally
{
try
{
if (results != null)
{
results.Close();
}
}
catch (SQLException)
{
}
try
{
if (statement != null)
{
statement.Close();
}
}
catch (SQLException)
{
}
CloseConnection();
}
}
/// <param name="testCommands">the testCommands to set</param>
public virtual void SetTestCommands(AList <CLICommand> testCommands)
{
this.testCommands = testCommands;
}
