// This will generate a PROTOCOL_ERROR
throw new DecoderException( I18n.err( I18n.ERR_04069 ) );
}
Value value = tlv.getValue();
try
{
int messageId = IntegerDecoder.parse( value, 0, Integer.MAX_VALUE );
container.setMessageId( messageId );
if ( IS_DEBUG )
{
LOG.debug( "Ldap Message Id has been decoded : " + messageId );
}
}
catch ( IntegerDecoderException ide )
{
LOG.error( I18n.err( I18n.ERR_04070, Strings.dumpBytes(value.getData()), ide
.getLocalizedMessage() ) );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( ide.getMessage() );
}
}
} );
// ********************************************************************************************
// We have a ProtocolOp :
// If the Tag is 0x42, then it's an UnBindRequest.
// If the Tag is 0x4A, then it's a DelRequest.
// If the Tag is 0x50, then it's an AbandonRequest.
// If the Tag is 0x60, then it's a BindRequest.
// If the Tag is 0x61, then it's a BindResponse.
// If the Tag is 0x63, then it's a SearchRequest.
// If the Tag is 0x64, then it's a SearchResultEntry.
// If the Tag is 0x65, then it's a SearchResultDone
// If the Tag is 0x66, then it's a ModifyRequest
// If the Tag is 0x67, then it's a ModifyResponse.
// If the Tag is 0x68, then it's an AddRequest.
// If the Tag is 0x69, then it's an AddResponse.
// If the Tag is 0x6B, then it's a DelResponse.
// If the Tag is 0x6C, then it's a ModifyDNRequest.
// If the Tag is 0x6D, then it's a ModifyDNResponse.
// If the Tag is 0x6E, then it's a CompareRequest
// If the Tag is 0x6F, then it's a CompareResponse.
// If the Tag is 0x73, then it's a SearchResultReference.
// If the Tag is 0x77, then it's an ExtendedRequest.
// If the Tag is 0x78, then it's an ExtendedResponse.
//
// We create the associated object in this transition, and store it into the container.
// ********************************************************************************************
// --------------------------------------------------------------------------------------------
// Transition from Message ID to UnBindRequest Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... UnBindRequest ...
// unbindRequest ::= [APPLICATION 2] NULL
// We have to switch to the UnBindRequest grammar
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.UNBIND_REQUEST_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.UNBIND_REQUEST_STATE, LdapConstants.UNBIND_REQUEST_TAG,
new GrammarAction<LdapMessageContainer<UnbindRequestDecorator>>( "Unbind Request initialization" )
{
public void action( LdapMessageContainer<UnbindRequestDecorator> container ) throws DecoderException
{
// Create the UnbindRequest LdapMessage instance and store it in the container
UnbindRequestDecorator unbindRequest = new UnbindRequestDecorator(
container.getLdapCodecService(), new UnbindRequestImpl( container.getMessageId() ) );
container.setMessage( unbindRequest );
TLV tlv = container.getCurrentTLV();
int expectedLength = tlv.getLength();
// The Length should be null
if ( expectedLength != 0 )
{
LOG.error( I18n.err( I18n.ERR_04071, Integer.valueOf( expectedLength ) ) );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( I18n.err( I18n.ERR_04072 ) );
}
// We can quit now
container.setGrammarEndAllowed( true );
}
} );
// --------------------------------------------------------------------------------------------
// transition from UnBindRequest Message to Controls.
// --------------------------------------------------------------------------------------------
// unbindRequest UnbindRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
super.transitions[LdapStatesEnum.UNBIND_REQUEST_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.UNBIND_REQUEST_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Message ID to DelRequest Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... DelRequest ...
// delRequest ::= [APPLICATION 10] LDAPDN
//
// We store the Dn to bve deleted into the DelRequest object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.DEL_REQUEST_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.DEL_REQUEST_STATE, LdapConstants.DEL_REQUEST_TAG,
new GrammarAction<LdapMessageContainer<DeleteRequestDecorator>>( "Init del Request" )
{
public void action( LdapMessageContainer<DeleteRequestDecorator> container ) throws DecoderException
{
// Create the DeleteRequest LdapMessage instance and store it in the container
DeleteRequestDecorator delRequest = new DeleteRequestDecorator(
container.getLdapCodecService(), new DeleteRequestImpl( container.getMessageId() ) );
container.setMessage( delRequest );
// And store the Dn into it
// Get the Value and store it in the DelRequest
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length matched
// Dn
Dn entry = null;
if ( tlv.getLength() == 0 )
{
// This will generate a PROTOCOL_ERROR
throw new DecoderException( I18n.err( I18n.ERR_04073 ) );
}
else
{
byte[] dnBytes = tlv.getValue().getData();
String dnStr = Strings.utf8ToString(dnBytes);
try
{
entry = new Dn( dnStr );
}
catch ( LdapInvalidDnException ine )
{
String msg = I18n.err( I18n.ERR_04074, dnStr, Strings.dumpBytes(dnBytes), ine
.getLocalizedMessage() );
LOG.error( msg );
DeleteResponseImpl response = new DeleteResponseImpl( delRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_DN_SYNTAX,
Dn.EMPTY_DN, ine );
}
delRequest.setName( entry );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "Deleting Dn {}", entry );
}
}
} );
// --------------------------------------------------------------------------------------------
// transition from DelRequest Message to Controls.
// --------------------------------------------------------------------------------------------
// delRequest DelRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
super.transitions[LdapStatesEnum.DEL_REQUEST_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.DEL_REQUEST_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Message ID to AbandonRequest Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... AbandonRequest ...
// AbandonRequest ::= [APPLICATION 16] MessageID
//
// Create the AbandonRequest object, and store the ID in it
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.ABANDON_REQUEST_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.ABANDON_REQUEST_STATE, LdapConstants.ABANDON_REQUEST_TAG,
new GrammarAction<LdapMessageContainer<AbandonRequestDecorator>>( "Init Abandon Request" )
{
public void action( LdapMessageContainer<AbandonRequestDecorator> container ) throws DecoderException
{
// Create the AbandonRequest LdapMessage instance and store it in the container
AbandonRequestDecorator abandonRequest = new AbandonRequestDecorator(
container.getLdapCodecService(), new AbandonRequestImpl( container.getMessageId() ) );
container.setMessage( abandonRequest );
// The current TLV should be a integer
// We get it and store it in MessageId
TLV tlv = container.getCurrentTLV();
Value value = tlv.getValue();
if ( ( value == null ) || ( value.getData() == null ) )
{
String msg = I18n.err( I18n.ERR_04075 );
LOG.error( msg );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( msg );
}
try
{
int abandonnedMessageId = IntegerDecoder.parse( value, 0, Integer.MAX_VALUE );
abandonRequest.setAbandoned( abandonnedMessageId );
if ( IS_DEBUG )
{
LOG
.debug( "AbandonMessage Id has been decoded : {}", Integer
.valueOf( abandonnedMessageId ) );
}
container.setGrammarEndAllowed( true );
return;
}
catch ( IntegerDecoderException ide )
{
LOG.error( I18n
.err( I18n.ERR_04076, Strings.dumpBytes(value.getData()), ide.getMessage() ) );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( ide.getMessage() );
}
}
} );
// --------------------------------------------------------------------------------------------
// transition from AbandonRequest Message to Controls.
// --------------------------------------------------------------------------------------------
// abandonRequest AbandonRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
super.transitions[LdapStatesEnum.ABANDON_REQUEST_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.ABANDON_REQUEST_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Message ID to BindRequest Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... BindRequest ...
// BindRequest ::= [APPLICATION 0] SEQUENCE { ...
//
// We have to allocate a BindRequest
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.BIND_REQUEST_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.BIND_REQUEST_STATE, LdapConstants.BIND_REQUEST_TAG,
new GrammarAction<LdapMessageContainer<BindRequestDecorator>>( "Init BindRequest" )
{
public void action( LdapMessageContainer<BindRequestDecorator> container ) throws DecoderException
{
// Create the BindRequest LdapMessage instance and store it in the container
BindRequestDecorator bindRequest = new BindRequestDecorator(
container.getLdapCodecService(), new BindRequestImpl( container.getMessageId() ) );
container.setMessage( bindRequest );
// We will check that the request is not null
TLV tlv = container.getCurrentTLV();
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04077 );
LOG.error( msg );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( msg );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from BindRequest to version
// --------------------------------------------------------------------------------------------
// BindRequest ::= [APPLICATION 0] SEQUENCE {
// version INTEGER (1 .. 127),
// ....
//
// The Ldap version is parsed and stored into the BindRequest object
super.transitions[LdapStatesEnum.BIND_REQUEST_STATE.ordinal()][UniversalTag.INTEGER.getValue()] = new GrammarTransition(
LdapStatesEnum.BIND_REQUEST_STATE, LdapStatesEnum.VERSION_STATE, UniversalTag.INTEGER.getValue(),
new GrammarAction<LdapMessageContainer<BindRequestDecorator>>( "Store version" )
{
public void action( LdapMessageContainer<BindRequestDecorator> container ) throws DecoderException
{
BindRequest bindRequestMessage = container.getMessage();
// The current TLV should be a integer between 1 and 127
// We get it and store it in Version
TLV tlv = container.getCurrentTLV();
Value value = tlv.getValue();
try
{
int version = IntegerDecoder.parse( value, 1, 127 );
if ( IS_DEBUG )
{
LOG.debug( "Ldap version ", Integer.valueOf( version ) );
}
bindRequestMessage.setVersion3( version == 3 );
}
catch ( IntegerDecoderException ide )
{
LOG.error( I18n
.err( I18n.ERR_04078, Strings.dumpBytes(value.getData()), ide.getMessage() ) );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( ide.getMessage() );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from version to name
// --------------------------------------------------------------------------------------------
// BindRequest ::= [APPLICATION 0] SEQUENCE {
// ....
// name LDAPDN,
// ....
//
// The Ldap version is parsed and stored into the BindRequest object
super.transitions[LdapStatesEnum.VERSION_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.VERSION_STATE, LdapStatesEnum.NAME_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<BindRequestDecorator>>( "Store Bind Name value" )
{
public void action( LdapMessageContainer<BindRequestDecorator> container ) throws DecoderException
{
BindRequest bindRequestMessage = container.getMessage();
// Get the Value and store it in the BindRequest
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length name
if ( tlv.getLength() == 0 )
{
bindRequestMessage.setName( Dn.EMPTY_DN );
}
else
{
byte[] dnBytes = tlv.getValue().getData();
String dnStr = Strings.utf8ToString(dnBytes);
try
{
Dn dn = new Dn( dnStr );
bindRequestMessage.setName( dn );
}
catch ( LdapInvalidDnException ine )
{
String msg = "Incorrect Dn given : " + dnStr + " (" + Strings.dumpBytes(dnBytes)
+ ") is invalid";
LOG.error( "{} : {}", msg, ine.getMessage() );
BindResponseImpl response = new BindResponseImpl( bindRequestMessage.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_DN_SYNTAX,
Dn.EMPTY_DN, ine );
}
}
if ( IS_DEBUG )
{
LOG.debug( " The Bind name is {}", bindRequestMessage.getName() );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from name to Simple Authentication
// --------------------------------------------------------------------------------------------
// BindRequest ::= [APPLICATION 0] SEQUENCE {
// ....
// authentication AuthenticationChoice }
//
// AuthenticationChoice ::= CHOICE {
// simple [0] OCTET STRING,
// ...
//
// We have to create an Authentication Object to store the credentials.
super.transitions[LdapStatesEnum.NAME_STATE.ordinal()][LdapConstants.BIND_REQUEST_SIMPLE_TAG] = new GrammarTransition(
LdapStatesEnum.NAME_STATE, LdapStatesEnum.SIMPLE_STATE, LdapConstants.BIND_REQUEST_SIMPLE_TAG,
new GrammarAction<LdapMessageContainer<BindRequestDecorator>>( "Store Bind Simple Authentication value" )
{
public void action( LdapMessageContainer<BindRequestDecorator> container ) throws DecoderException
{
BindRequest bindRequestMessage = container.getMessage();
TLV tlv = container.getCurrentTLV();
// Allocate the Authentication Object
bindRequestMessage.setSimple( true );
// We have to handle the special case of a 0 length simple
if ( tlv.getLength() == 0 )
{
bindRequestMessage.setCredentials( StringConstants.EMPTY_BYTES );
}
else
{
bindRequestMessage.setCredentials( tlv.getValue().getData() );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "The simple authentication is : {}", Strings.dumpBytes(bindRequestMessage
.getCredentials()) );
}
}
} );
// --------------------------------------------------------------------------------------------
// transition from Simple Authentication to Controls.
// --------------------------------------------------------------------------------------------
// bindRequest BindRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
super.transitions[LdapStatesEnum.SIMPLE_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.SIMPLE_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from name to SASL Authentication
// --------------------------------------------------------------------------------------------
// BindRequest ::= [APPLICATION 0] SEQUENCE {
// ....
// authentication AuthenticationChoice }
//
// AuthenticationChoice ::= CHOICE {
// ...
// sasl [3] SaslCredentials }
// ...
//
// We have to create an Authentication Object to store the credentials.
super.transitions[LdapStatesEnum.NAME_STATE.ordinal()][LdapConstants.BIND_REQUEST_SASL_TAG] = new GrammarTransition(
LdapStatesEnum.NAME_STATE, LdapStatesEnum.SASL_STATE, LdapConstants.BIND_REQUEST_SASL_TAG,
new GrammarAction<LdapMessageContainer<BindRequestDecorator>>( "Initialize Bind SASL Authentication" )
{
public void action( LdapMessageContainer<BindRequestDecorator> container ) throws DecoderException
{
BindRequest bindRequestMessage = container.getMessage();
TLV tlv = container.getCurrentTLV();
// We will check that the sasl is not null
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04079 );
LOG.error( msg );
BindResponseImpl response = new BindResponseImpl( bindRequestMessage.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_CREDENTIALS,
bindRequestMessage.getName(), null );
}
bindRequestMessage.setSimple( false );
if ( IS_DEBUG )
{
LOG.debug( "The SaslCredential has been created" );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from SASL Authentication to Mechanism
// --------------------------------------------------------------------------------------------
// SaslCredentials ::= SEQUENCE {
// mechanism LDAPSTRING,
// ...
//
// We have to store the mechanism.
super.transitions[LdapStatesEnum.SASL_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.SASL_STATE, LdapStatesEnum.MECHANISM_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<BindRequestDecorator>>( "Store SASL mechanism" )
{
public void action( LdapMessageContainer<BindRequestDecorator> container ) throws DecoderException
{
BindRequest bindRequestMessage = container.getMessage();
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length
// mechanism
if ( tlv.getLength() == 0 )
{
bindRequestMessage.setSaslMechanism( "" );
}
else
{
bindRequestMessage.setSaslMechanism( Strings.utf8ToString(tlv.getValue().getData()) );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "The mechanism is : {}", bindRequestMessage.getSaslMechanism() );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from Mechanism to Credentials
// --------------------------------------------------------------------------------------------
// SaslCredentials ::= SEQUENCE {
// ...
// credentials OCTET STRING OPTIONAL }
//
// We have to store the mechanism.
super.transitions[LdapStatesEnum.MECHANISM_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.MECHANISM_STATE, LdapStatesEnum.CREDENTIALS_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<BindRequestDecorator>>( "Store SASL credentials" )
{
public void action( LdapMessageContainer<BindRequestDecorator> container )
{
BindRequest bindRequestMessage = container.getMessage();
// Get the Value and store it in the BindRequest
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length
// credentials
if ( tlv.getLength() == 0 )
{
bindRequestMessage.setCredentials( StringConstants.EMPTY_BYTES );
}
else
{
bindRequestMessage.setCredentials( tlv.getValue().getData() );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "The credentials are : {}", Strings.dumpBytes(bindRequestMessage
.getCredentials()) );
}
}
} );
// --------------------------------------------------------------------------------------------
// transition from from Mechanism to Controls.
// --------------------------------------------------------------------------------------------
// bindRequest BindRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
super.transitions[LdapStatesEnum.MECHANISM_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.MECHANISM_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// transition from credentials to Controls.
// --------------------------------------------------------------------------------------------
// bindRequest BindRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
super.transitions[LdapStatesEnum.CREDENTIALS_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.CREDENTIALS_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from MessageId to BindResponse message
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... BindResponse ...
// BindResponse ::= [APPLICATION 1] SEQUENCE { ...
// We have to switch to the BindResponse grammar
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.BIND_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.BIND_RESPONSE_STATE, LdapConstants.BIND_RESPONSE_TAG,
new GrammarAction<LdapMessageContainer<BindResponseDecorator>>( "Init BindReponse" )
{
public void action( LdapMessageContainer<BindResponseDecorator> container )
{
// Now, we can allocate the BindResponse Object
BindResponseDecorator bindResponse = new BindResponseDecorator(
container.getLdapCodecService(), new BindResponseImpl( container.getMessageId() ) );
container.setMessage( bindResponse );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from BindResponse message to Result Code BR
// --------------------------------------------------------------------------------------------
// BindResponse ::= [APPLICATION 1] SEQUENCE {
// COMPONENTS OF LDAPResult,
// ...
//
// LDAPResult ::= SEQUENCE {
// resultCode ENUMERATED {
// ...
//
// Stores the result code into the Bind Response object
super.transitions[LdapStatesEnum.BIND_RESPONSE_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.BIND_RESPONSE_STATE, LdapStatesEnum.RESULT_CODE_BR_STATE, UniversalTag.ENUMERATED.getValue(),
new ResultCodeAction() );
// --------------------------------------------------------------------------------------------
// Transition from Result Code BR to Matched Dn BR
// --------------------------------------------------------------------------------------------
// LDAPResult ::= SEQUENCE {
// ...
// matchedDN LDAPDN,
// ...
//
// Stores the matched Dn
super.transitions[LdapStatesEnum.RESULT_CODE_BR_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.RESULT_CODE_BR_STATE, LdapStatesEnum.MATCHED_DN_BR_STATE, UniversalTag.OCTET_STRING.getValue(),
new MatchedDNAction() );
// --------------------------------------------------------------------------------------------
// Transition from Matched Dn BR to Error Message BR
// --------------------------------------------------------------------------------------------
// LDAPResult ::= SEQUENCE {
// ...
// errorMessage LDAPString,
// ...
//
// Stores the error message
super.transitions[LdapStatesEnum.MATCHED_DN_BR_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.MATCHED_DN_BR_STATE, LdapStatesEnum.ERROR_MESSAGE_BR_STATE, UniversalTag.OCTET_STRING.getValue(),
new ErrorMessageAction() );
// --------------------------------------------------------------------------------------------
// Transition from Error Message BR to Server SASL credentials
// --------------------------------------------------------------------------------------------
// BindResponse ::= APPLICATION 1] SEQUENCE {
// ...
// serverSaslCreds [7] OCTET STRING OPTIONAL }
//
// Stores the sasl credentials
super.transitions[LdapStatesEnum.ERROR_MESSAGE_BR_STATE.ordinal()][LdapConstants.SERVER_SASL_CREDENTIAL_TAG] = new GrammarTransition(
LdapStatesEnum.ERROR_MESSAGE_BR_STATE, LdapStatesEnum.SERVER_SASL_CREDENTIALS_STATE,
LdapConstants.SERVER_SASL_CREDENTIAL_TAG, new ServerSASLCredsAction() );
// --------------------------------------------------------------------------------------------
// Transition from Error Message BR to Referrals BR
// --------------------------------------------------------------------------------------------
// LDAPResult ::= SEQUENCE {
// ...
// referral [3] Referral OPTIONNAL }
//
// Initialiaze the referrals list
super.transitions[LdapStatesEnum.ERROR_MESSAGE_BR_STATE.ordinal()][LdapConstants.LDAP_RESULT_REFERRAL_SEQUENCE_TAG] = new GrammarTransition(
LdapStatesEnum.ERROR_MESSAGE_BR_STATE, LdapStatesEnum.REFERRALS_BR_STATE,
LdapConstants.LDAP_RESULT_REFERRAL_SEQUENCE_TAG, new InitReferralsAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referrals BR to Referral BR
// --------------------------------------------------------------------------------------------
// Referral ::= SEQUENCE SIZE (1..MAX) OF uri URI (RFC 4511)
// URI ::= LDAPString
//
// Add a first Referral
super.transitions[LdapStatesEnum.REFERRALS_BR_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.REFERRALS_BR_STATE, LdapStatesEnum.REFERRAL_BR_STATE, UniversalTag.OCTET_STRING.getValue(),
new ReferralAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referral BR to Referral BR
// --------------------------------------------------------------------------------------------
// Referral ::= SEQUENCE SIZE (1..MAX) OF uri URI (RFC 4511)
// URI ::= LDAPString
//
// Adda new Referral
super.transitions[LdapStatesEnum.REFERRAL_BR_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.REFERRAL_BR_STATE, LdapStatesEnum.REFERRAL_BR_STATE, UniversalTag.OCTET_STRING.getValue(),
new ReferralAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referral BR to Server SASL Credentials
// --------------------------------------------------------------------------------------------
// Referral ::= SEQUENCE SIZE (1..MAX) OF uri URI (RFC 4511)
// URI ::= LDAPString
//
// Adda new Referral
super.transitions[LdapStatesEnum.REFERRAL_BR_STATE.ordinal()][LdapConstants.SERVER_SASL_CREDENTIAL_TAG] = new GrammarTransition(
LdapStatesEnum.REFERRAL_BR_STATE, LdapStatesEnum.SERVER_SASL_CREDENTIALS_STATE,
LdapConstants.SERVER_SASL_CREDENTIAL_TAG, new ServerSASLCredsAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referral BR to Controls
// --------------------------------------------------------------------------------------------
// bindResponse BindResponse,
// ... },
// controls [0] Controls OPTIONAL }
//
// Adda new Referral
super.transitions[LdapStatesEnum.REFERRAL_BR_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.REFERRAL_BR_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Error Message BR to controls
// --------------------------------------------------------------------------------------------
// bindResponse BindResponse,
// ... },
// controls [0] Controls OPTIONAL }
//
//
super.transitions[LdapStatesEnum.ERROR_MESSAGE_BR_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.ERROR_MESSAGE_BR_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Server SASL credentials to Controls
// --------------------------------------------------------------------------------------------
// bindResponse BindResponse,
// ... },
// controls [0] Controls OPTIONAL }
//
super.transitions[LdapStatesEnum.SERVER_SASL_CREDENTIALS_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.SERVER_SASL_CREDENTIALS_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Result Code to Matched Dn
// --------------------------------------------------------------------------------------------
// LDAPResult ::= SEQUENCE {
// ...
// matchedDN LDAPDN,
// ...
//
// Stores the matched Dn
super.transitions[LdapStatesEnum.RESULT_CODE_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.RESULT_CODE_STATE, LdapStatesEnum.MATCHED_DN_STATE, UniversalTag.OCTET_STRING.getValue(),
new MatchedDNAction() );
// --------------------------------------------------------------------------------------------
// Transition from Matched Dn to Error Message
// --------------------------------------------------------------------------------------------
// LDAPResult ::= SEQUENCE {
// ...
// errorMessage LDAPString,
// ...
//
// Stores the error message
super.transitions[LdapStatesEnum.MATCHED_DN_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.MATCHED_DN_STATE, LdapStatesEnum.ERROR_MESSAGE_STATE, UniversalTag.OCTET_STRING.getValue(),
new ErrorMessageAction() );
// --------------------------------------------------------------------------------------------
// Transition from Error Message to Referrals
// --------------------------------------------------------------------------------------------
// LDAPResult ::= SEQUENCE {
// ...
// referral [3] Referral OPTIONNAL }
//
// Initialize the referrals list
super.transitions[LdapStatesEnum.ERROR_MESSAGE_STATE.ordinal()][LdapConstants.LDAP_RESULT_REFERRAL_SEQUENCE_TAG] = new GrammarTransition(
LdapStatesEnum.ERROR_MESSAGE_STATE, LdapStatesEnum.REFERRALS_STATE,
LdapConstants.LDAP_RESULT_REFERRAL_SEQUENCE_TAG, new GrammarAction<LdapMessageContainer<MessageDecorator<? extends Message>>>( "Init referrals list" )
{
public void action( LdapMessageContainer<MessageDecorator<? extends Message>> container ) throws DecoderException
{
TLV tlv = container.getCurrentTLV();
// If we have a Referrals sequence, then it should not be empty
// sasl credentials
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04080 );
LOG.error( msg );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( msg );
}
Message response = container.getMessage();
LdapResult ldapResult = ( ( ResultResponse ) response ).getLdapResult();
Referral referral = new ReferralImpl();
ldapResult.setReferral( referral );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from Referrals to Referral
// --------------------------------------------------------------------------------------------
// Referral ::= SEQUENCE SIZE (1..MAX) OF uri URI (RFC 4511)
// URI ::= LDAPString
//
// Add a first Referral
super.transitions[LdapStatesEnum.REFERRALS_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.REFERRALS_STATE, LdapStatesEnum.REFERRAL_STATE, UniversalTag.OCTET_STRING.getValue(),
new ReferralAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referral to Referral
// --------------------------------------------------------------------------------------------
// Referral ::= SEQUENCE SIZE (1..MAX) OF uri URI (RFC 4511)
// URI ::= LDAPString
//
// Adda new Referral
super.transitions[LdapStatesEnum.REFERRAL_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.REFERRAL_STATE, LdapStatesEnum.REFERRAL_STATE, UniversalTag.OCTET_STRING.getValue(),
new ReferralAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referral to Controls
// --------------------------------------------------------------------------------------------
// xxxResponse xxxResponse,
// ... },
// controls [0] Controls OPTIONAL }
//
// Adda new Referral
super.transitions[LdapStatesEnum.REFERRAL_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.REFERRAL_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Error Message to controls
// --------------------------------------------------------------------------------------------
// xxxResponse xxxResponse,
// ... },
// controls [0] Controls OPTIONAL }
//
//
super.transitions[LdapStatesEnum.ERROR_MESSAGE_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.ERROR_MESSAGE_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from MessageId to SearchResultEntry Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... SearchResultEntry ...
// SearchResultEntry ::= [APPLICATION 4] SEQUENCE { ...
//
// Initialize the searchResultEntry object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.SEARCH_RESULT_ENTRY_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.SEARCH_RESULT_ENTRY_STATE,
LdapConstants.SEARCH_RESULT_ENTRY_TAG, new GrammarAction<LdapMessageContainer<MessageDecorator<? extends Message>>>( "Init SearchResultEntry" )
{
public void action( LdapMessageContainer<MessageDecorator<? extends Message>> container )
{
// Now, we can allocate the SearchResultEntry Object
SearchResultEntryDecorator searchResultEntry = new SearchResultEntryDecorator(
container.getLdapCodecService(), new SearchResultEntryImpl( container.getMessageId() ) );
container.setMessage( searchResultEntry );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from SearchResultEntry Message to ObjectName
// --------------------------------------------------------------------------------------------
// SearchResultEntry ::= [APPLICATION 4] SEQUENCE { ...
// objectName LDAPDN,
// ...
//
// Store the object name.
super.transitions[LdapStatesEnum.SEARCH_RESULT_ENTRY_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.SEARCH_RESULT_ENTRY_STATE, LdapStatesEnum.OBJECT_NAME_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<SearchResultEntryDecorator>>( "Store search result entry object name Value" )
{
public void action( LdapMessageContainer<SearchResultEntryDecorator> container ) throws DecoderException
{
SearchResultEntryDecorator searchResultEntry = container.getMessage();
TLV tlv = container.getCurrentTLV();
Dn objectName = Dn.EMPTY_DN;
// Store the value.
if ( tlv.getLength() == 0 )
{
searchResultEntry.setObjectName( objectName );
}
else
{
byte[] dnBytes = tlv.getValue().getData();
String dnStr = Strings.utf8ToString(dnBytes);
try
{
objectName = new Dn( dnStr );
}
catch ( LdapInvalidDnException ine )
{
// This is for the client side. We will never decode LdapResult on the server
String msg = "The Dn " + Strings.dumpBytes(dnBytes) + "is invalid : "
+ ine.getMessage();
LOG.error( "{} : {}", msg, ine.getMessage() );
throw new DecoderException( msg, ine );
}
searchResultEntry.setObjectName( objectName );
}
if ( IS_DEBUG )
{
LOG.debug( "Search Result Entry Dn found : {}", searchResultEntry.getObjectName() );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from ObjectName to AttributesSR
// --------------------------------------------------------------------------------------------
// SearchResultEntry ::= [APPLICATION 4] SEQUENCE { ...
// ...
// attributes PartialAttributeList }
//
// PartialAttributeList ::= *SEQUENCE* OF SEQUENCE {
// ...
//
// We may have no attributes. Just allows the grammar to end
super.transitions[LdapStatesEnum.OBJECT_NAME_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.OBJECT_NAME_STATE, LdapStatesEnum.ATTRIBUTES_SR_STATE, UniversalTag.SEQUENCE.getValue(),
new GrammarAction<LdapMessageContainer<MessageDecorator<? extends Message>>>( "Pop and end allowed" )
{
public void action( LdapMessageContainer<MessageDecorator<? extends Message>> container ) throws DecoderException
{
container.setGrammarEndAllowed( true );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from AttributesSR to PartialAttributesList
// --------------------------------------------------------------------------------------------
// SearchResultEntry ::= [APPLICATION 4] SEQUENCE { ...
// ...
// attributes PartialAttributeList }
//
// PartialAttributeList ::= SEQUENCE OF *SEQUENCE* {
// ...
//
// nothing to do
super.transitions[LdapStatesEnum.ATTRIBUTES_SR_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTES_SR_STATE, LdapStatesEnum.PARTIAL_ATTRIBUTES_LIST_STATE,
UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from AttributesSR to Controls
// --------------------------------------------------------------------------------------------
// searchResultEntry SearchResultEntry,
// ... },
// controls [0] Controls OPTIONAL }
//
// Initialize the controls
super.transitions[LdapStatesEnum.ATTRIBUTES_SR_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTES_SR_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from PartialAttributesList to typeSR
// --------------------------------------------------------------------------------------------
// SearchResultEntry ::= [APPLICATION 4] SEQUENCE { ...
// ...
// attributes PartialAttributeList }
//
// PartialAttributeList ::= SEQUENCE OF SEQUENCE {
// type AttributeDescription,
// ...
//
// Store the attribute's name.
super.transitions[LdapStatesEnum.PARTIAL_ATTRIBUTES_LIST_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.PARTIAL_ATTRIBUTES_LIST_STATE, LdapStatesEnum.TYPE_SR_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<SearchResultEntryDecorator>>( "Store search result entry object name Value" )
{
public void action( LdapMessageContainer<SearchResultEntryDecorator> container ) throws DecoderException
{
SearchResultEntryDecorator searchResultEntry = container.getMessage();
TLV tlv = container.getCurrentTLV();
String type = "";
// Store the name
if ( tlv.getLength() == 0 )
{
// The type can't be null
String msg = I18n.err( I18n.ERR_04081 );
LOG.error( msg );
throw new DecoderException( msg );
}
else
{
type = getType(tlv.getValue().getData());
try
{
searchResultEntry.addAttribute( type );
}
catch ( LdapException ine )
{
// This is for the client side. We will never decode LdapResult on the server
String msg = "The Attribute type " + type + "is invalid : " + ine.getMessage();
LOG.error( "{} : {}", msg, ine.getMessage() );
throw new DecoderException( msg, ine );
}
}
if ( IS_DEBUG )
{
LOG.debug( "Attribute type : {}", type );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from typeSR to ValsSR
// --------------------------------------------------------------------------------------------
// SearchResultEntry ::= [APPLICATION 4] SEQUENCE { ...
// ...
// attributes PartialAttributeList }
//
// PartialAttributeList ::= SEQUENCE OF SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// We may have no value. Just allows the grammar to end
super.transitions[LdapStatesEnum.TYPE_SR_STATE.ordinal()][UniversalTag.SET.getValue()] = new GrammarTransition(
LdapStatesEnum.TYPE_SR_STATE, LdapStatesEnum.VALS_SR_STATE, UniversalTag.SET.getValue(),
new GrammarAction<LdapMessageContainer<MessageDecorator<? extends Message>>>( "Grammar end allowed" )
{
public void action( LdapMessageContainer<MessageDecorator<? extends Message>> container ) throws DecoderException
{
container.setGrammarEndAllowed( true );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from ValsSR to AttributeValueSR
// --------------------------------------------------------------------------------------------
// PartialAttributeList ::= SEQUENCE OF SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// AttributeValue ::= OCTET STRING
//
// Store the attribute value
super.transitions[LdapStatesEnum.VALS_SR_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.VALS_SR_STATE, LdapStatesEnum.ATTRIBUTE_VALUE_SR_STATE, UniversalTag.OCTET_STRING.getValue(),
new SearchResultAttributeValueAction() );
// --------------------------------------------------------------------------------------------
// Transition from ValsSR to PartialAttributesList
// --------------------------------------------------------------------------------------------
// PartialAttributeList ::= SEQUENCE OF SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// Loop when we don't have any attribute value. Nothing to do
super.transitions[LdapStatesEnum.VALS_SR_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.VALS_SR_STATE, LdapStatesEnum.PARTIAL_ATTRIBUTES_LIST_STATE, UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from ValsSR to Controls
// --------------------------------------------------------------------------------------------
// searchResultEntry SearchResultEntry,
// ... },
// controls [0] Controls OPTIONAL }
//
// Initialize the controls
super.transitions[LdapStatesEnum.VALS_SR_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.VALS_SR_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from AttributeValueSR to AttributeValueSR
// --------------------------------------------------------------------------------------------
// PartialAttributeList ::= SEQUENCE OF SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// AttributeValue ::= OCTET STRING
//
// Store the attribute value
super.transitions[LdapStatesEnum.ATTRIBUTE_VALUE_SR_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_VALUE_SR_STATE, LdapStatesEnum.ATTRIBUTE_VALUE_SR_STATE,
UniversalTag.OCTET_STRING.getValue(), new SearchResultAttributeValueAction() );
// --------------------------------------------------------------------------------------------
// Transition from AttributeValueSR to PartialAttributesList
// --------------------------------------------------------------------------------------------
// PartialAttributeList ::= SEQUENCE OF SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// Loop when we don't have any attribute value. Nothing to do
super.transitions[LdapStatesEnum.ATTRIBUTE_VALUE_SR_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_VALUE_SR_STATE, LdapStatesEnum.PARTIAL_ATTRIBUTES_LIST_STATE,
UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from AttributeValueSR to Controls
// --------------------------------------------------------------------------------------------
// searchResultEntry SearchResultEntry,
// ... },
// controls [0] Controls OPTIONAL }
//
// Initialize the controls
super.transitions[LdapStatesEnum.ATTRIBUTE_VALUE_SR_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_VALUE_SR_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// SearchResultDone Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... SearchResultDone ...
// SearchResultDone ::= [APPLICATION 5] SEQUENCE { ...
//
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.SEARCH_RESULT_DONE_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.SEARCH_RESULT_DONE_STATE,
LdapConstants.SEARCH_RESULT_DONE_TAG, new GrammarAction<LdapMessageContainer<SearchResultDoneDecorator>>( "Init search Result Done" )
{
public void action( LdapMessageContainer<SearchResultDoneDecorator> container )
{
// Now, we can allocate the SearchResultDone Object
SearchResultDoneDecorator searchResultDone = new SearchResultDoneDecorator(
container.getLdapCodecService(), new SearchResultDoneImpl( container.getMessageId() ) );
container.setMessage( searchResultDone );
LOG.debug( "Search Result Done found" );
}
} );
// --------------------------------------------------------------------------------------------
// SearchResultDone Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... SearchResultDone ...
// SearchResultDone ::= [APPLICATION 5] LDAPResult
//
// LDAPResult ::= SEQUENCE {
// resultCode ENUMERATED {
// ...
//
// Stores the result code
super.transitions[LdapStatesEnum.SEARCH_RESULT_DONE_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.SEARCH_RESULT_DONE_STATE, LdapStatesEnum.RESULT_CODE_STATE, UniversalTag.ENUMERATED.getValue(),
new ResultCodeAction() );
// --------------------------------------------------------------------------------------------
// Transition from Message ID to ModifyRequest Message
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ModifyRequest ...
// ModifyRequest ::= [APPLICATION 6] SEQUENCE { ...
//
// Creates the Modify Request object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.MODIFY_REQUEST_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.MODIFY_REQUEST_STATE, LdapConstants.MODIFY_REQUEST_TAG,
new GrammarAction<LdapMessageContainer<ModifyRequestDecorator>>( "Init ModifyRequest" )
{
public void action( LdapMessageContainer<ModifyRequestDecorator> container )
{
// Now, we can allocate the ModifyRequest Object
ModifyRequest modifyRequest = new ModifyRequestImpl( container.getMessageId() );
ModifyRequestDecorator modifyRequestDecorator = new ModifyRequestDecorator(
container.getLdapCodecService(), modifyRequest );
container.setMessage( modifyRequestDecorator );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from ModifyRequest Message to Object
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// object LDAPDN,
// ...
//
// Stores the object Dn
super.transitions[LdapStatesEnum.MODIFY_REQUEST_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.MODIFY_REQUEST_STATE, LdapStatesEnum.OBJECT_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<ModifyRequestDecorator>>( "Store Modify request object Value" )
{
public void action( LdapMessageContainer<ModifyRequestDecorator> container ) throws DecoderException
{
ModifyRequestDecorator modifyRequestDecorator = container.getMessage();
ModifyRequest modifyRequest = modifyRequestDecorator.getDecorated();
TLV tlv = container.getCurrentTLV();
Dn object = Dn.EMPTY_DN;
// Store the value.
if ( tlv.getLength() == 0 )
{
((ModifyRequest)modifyRequestDecorator.getDecorated()).setName( object );
}
else
{
byte[] dnBytes = tlv.getValue().getData();
String dnStr = Strings.utf8ToString(dnBytes);
try
{
object = new Dn( dnStr );
}
catch ( LdapInvalidDnException ine )
{
String msg = "Invalid Dn given : " + dnStr + " (" + Strings.dumpBytes(dnBytes)
+ ") is invalid";
LOG.error( "{} : {}", msg, ine.getMessage() );
ModifyResponseImpl response = new ModifyResponseImpl( modifyRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_DN_SYNTAX,
Dn.EMPTY_DN, ine );
}
modifyRequest.setName( object );
}
if ( IS_DEBUG )
{
LOG.debug( "Modification of Dn {}", modifyRequest.getName() );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from Object to modifications
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// ...
// modification *SEQUENCE OF* SEQUENCE {
// ...
//
// Initialize the modifications list
super.transitions[LdapStatesEnum.OBJECT_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.OBJECT_STATE, LdapStatesEnum.MODIFICATIONS_STATE, UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from modifications to modification sequence
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// ...
// modification SEQUENCE OF *SEQUENCE* {
// ...
//
// Nothing to do
super.transitions[LdapStatesEnum.MODIFICATIONS_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.MODIFICATIONS_STATE, LdapStatesEnum.MODIFICATIONS_SEQ_STATE, UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from modification sequence to operation
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// ...
// modification SEQUENCE OF SEQUENCE {
// operation ENUMERATED {
// ...
//
// Store operation type
super.transitions[LdapStatesEnum.MODIFICATIONS_SEQ_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.MODIFICATIONS_SEQ_STATE, LdapStatesEnum.OPERATION_STATE, UniversalTag.ENUMERATED.getValue(),
new GrammarAction<LdapMessageContainer<ModifyRequestDecorator>>( "Store operation type" )
{
public void action( LdapMessageContainer<ModifyRequestDecorator> container ) throws DecoderException
{
ModifyRequestDecorator modifyRequestDecorator = container.getMessage();
TLV tlv = container.getCurrentTLV();
// Decode the operation type
int operation = 0;
try
{
operation = IntegerDecoder.parse( tlv.getValue(), 0, 2 );
}
catch ( IntegerDecoderException ide )
{
String msg = I18n.err( I18n.ERR_04082, Strings.dumpBytes(tlv.getValue().getData()) );
LOG.error( msg );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( msg );
}
// Store the current operation.
modifyRequestDecorator.setCurrentOperation( operation );
if ( IS_DEBUG )
{
switch ( operation )
{
case LdapConstants.OPERATION_ADD:
LOG.debug( "Modification operation : ADD" );
break;
case LdapConstants.OPERATION_DELETE:
LOG.debug( "Modification operation : DELETE" );
break;
case LdapConstants.OPERATION_REPLACE:
LOG.debug( "Modification operation : REPLACE" );
break;
}
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from operation to modification
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// ...
// modification SEQUENCE OF SEQUENCE {
// ...
// modification AttributeTypeAndValues }
//
// AttributeTypeAndValues ::= SEQUENCE {
// ...
//
// Nothing to do
super.transitions[LdapStatesEnum.OPERATION_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.OPERATION_STATE, LdapStatesEnum.MODIFICATION_STATE, UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from modification to TypeMod
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// ...
// modification SEQUENCE OF SEQUENCE {
// ...
// modification AttributeTypeAndValues }
//
// AttributeTypeAndValues ::= SEQUENCE {
// type AttributeDescription,
// ...
//
// Stores the type
super.transitions[LdapStatesEnum.MODIFICATION_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.MODIFICATION_STATE, LdapStatesEnum.TYPE_MOD_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<ModifyRequestDecorator>>( "Store type" )
{
public void action( LdapMessageContainer<ModifyRequestDecorator> container ) throws DecoderException
{
ModifyRequestDecorator modifyRequestDecorator = container.getMessage();
ModifyRequest modifyRequest = modifyRequestDecorator.getDecorated();
TLV tlv = container.getCurrentTLV();
// Store the value. It can't be null
String type = null;
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04083 );
LOG.error( msg );
ModifyResponseImpl response = new ModifyResponseImpl( modifyRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_ATTRIBUTE_SYNTAX,
modifyRequest.getName(), null );
}
else
{
type = getType(tlv.getValue().getData());
modifyRequestDecorator.addAttributeTypeAndValues( type );
}
if ( IS_DEBUG )
{
LOG.debug( "Modifying type : {}", type );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from TypeMod to vals
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// ...
// modification SEQUENCE OF SEQUENCE {
// ...
// modification AttributeTypeAndValues }
//
// AttributeTypeAndValues ::= SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// Initialize the list of values
super.transitions[LdapStatesEnum.TYPE_MOD_STATE.ordinal()][UniversalTag.SET.getValue()] = new GrammarTransition(
LdapStatesEnum.TYPE_MOD_STATE, LdapStatesEnum.VALS_STATE, UniversalTag.SET.getValue(),
new GrammarAction<LdapMessageContainer<MessageDecorator<? extends Message>>>( "Init Attribute vals" )
{
public void action( LdapMessageContainer<MessageDecorator<? extends Message>> container )
{
TLV tlv = container.getCurrentTLV();
// If the length is null, we store an empty value
if ( tlv.getLength() == 0 )
{
LOG.debug( "No vals for this attribute" );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
LOG.debug( "Some vals are to be decoded" );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from vals to Attribute Value
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// ...
// modification SEQUENCE OF SEQUENCE {
// ...
// modification AttributeTypeAndValues }
//
// AttributeTypeAndValues ::= SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// AttributeValue ::= OCTET STRING
//
// Stores a value
super.transitions[LdapStatesEnum.VALS_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.VALS_STATE, LdapStatesEnum.ATTRIBUTE_VALUE_STATE, UniversalTag.OCTET_STRING.getValue(),
new ModifyAttributeValueAction() );
// --------------------------------------------------------------------------------------------
// Transition from vals to ModificationsSeq
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// ...
// modification SEQUENCE OF *SEQUENCE* {
// ...
// modification AttributeTypeAndValues }
//
// AttributeTypeAndValues ::= SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// AttributeValue ::= OCTET STRING
//
// Nothing to do
super.transitions[LdapStatesEnum.VALS_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.VALS_STATE, LdapStatesEnum.MODIFICATIONS_SEQ_STATE, UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from vals to Controls
// --------------------------------------------------------------------------------------------
// modifyRequest ModifyRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
// Nothing to do
super.transitions[LdapStatesEnum.VALS_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.VALS_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Attribute Value to Attribute Value
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// ...
// modification SEQUENCE OF SEQUENCE {
// ...
// modification AttributeTypeAndValues }
//
// AttributeTypeAndValues ::= SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// AttributeValue ::= OCTET STRING
//
// Stores a value
super.transitions[LdapStatesEnum.ATTRIBUTE_VALUE_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_VALUE_STATE, LdapStatesEnum.ATTRIBUTE_VALUE_STATE, UniversalTag.OCTET_STRING.getValue(),
new ModifyAttributeValueAction() );
// --------------------------------------------------------------------------------------------
// Transition from Attribute Value to ModificationsSeq
// --------------------------------------------------------------------------------------------
// ModifyRequest ::= [APPLICATION 6] SEQUENCE {
// ...
// modification SEQUENCE OF *SEQUENCE* {
// ...
// modification AttributeTypeAndValues }
//
// AttributeTypeAndValues ::= SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// AttributeValue ::= OCTET STRING
//
// Nothing to do
super.transitions[LdapStatesEnum.ATTRIBUTE_VALUE_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_VALUE_STATE, LdapStatesEnum.MODIFICATIONS_SEQ_STATE, UniversalTag.SEQUENCE.getValue(),
null );
// --------------------------------------------------------------------------------------------
// Transition from Attribute Value to Controls
// --------------------------------------------------------------------------------------------
// modifyRequest ModifyRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
// Nothing to do
super.transitions[LdapStatesEnum.ATTRIBUTE_VALUE_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_VALUE_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// ModifyResponse Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ModifyResponse ...
// ModifyResponse ::= [APPLICATION 7] SEQUENCE { ...
// We have to switch to the ModifyResponse grammar
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.MODIFY_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.MODIFY_RESPONSE_STATE, LdapConstants.MODIFY_RESPONSE_TAG,
new GrammarAction<LdapMessageContainer<ModifyResponseDecorator>>( "Init ModifyResponse" )
{
public void action( LdapMessageContainer<ModifyResponseDecorator> container )
{
// Now, we can allocate the ModifyResponse Object
ModifyResponseDecorator modifyResponse = new ModifyResponseDecorator(
container.getLdapCodecService(), new ModifyResponseImpl( container.getMessageId() ) );
container.setMessage( modifyResponse );
LOG.debug( "Modify response" );
}
} );
// --------------------------------------------------------------------------------------------
// ModifyResponse Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ModifyResponse ...
// ModifyResponse ::= [APPLICATION 7] LDAPResult
//
// LDAPResult ::= SEQUENCE {
// resultCode ENUMERATED {
// ...
//
// Stores the result code
super.transitions[LdapStatesEnum.MODIFY_RESPONSE_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.MODIFY_RESPONSE_STATE, LdapStatesEnum.RESULT_CODE_STATE, UniversalTag.ENUMERATED.getValue(),
new ResultCodeAction() );
// --------------------------------------------------------------------------------------------
// AddRequest Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... AddRequest ...
// AddRequest ::= [APPLICATION 8] SEQUENCE { ...
//
// Initialize the AddRequest object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.ADD_REQUEST_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.ADD_REQUEST_STATE, LdapConstants.ADD_REQUEST_TAG,
new GrammarAction<LdapMessageContainer<AddRequestDecorator>>( "Init addRequest" )
{
public void action( LdapMessageContainer<AddRequestDecorator> container ) throws DecoderException
{
// Now, we can allocate the AddRequest Object
int messageId = container.getMessageId();
AddRequestDecorator addRequest = new AddRequestDecorator(
container.getLdapCodecService(), new AddRequestImpl( messageId ) );
container.setMessage( addRequest );
// We will check that the request is not null
TLV tlv = container.getCurrentTLV();
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04084 );
LOG.error( msg );
// Will generate a PROTOCOL_ERROR
throw new DecoderException( msg );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from Add Request to Entry
// --------------------------------------------------------------------------------------------
// AddRequest ::= [APPLICATION 8] SEQUENCE {
// entry LDAPDN,
// ...
//
// Stores the Dn
super.transitions[LdapStatesEnum.ADD_REQUEST_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.ADD_REQUEST_STATE, LdapStatesEnum.ENTRY_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<AddRequestDecorator>>( "Store add request object Value" )
{
public void action( LdapMessageContainer<AddRequestDecorator> container ) throws DecoderException
{
AddRequestDecorator addRequest = container.getMessage();
TLV tlv = container.getCurrentTLV();
// Store the entry. It can't be null
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04085 );
LOG.error( msg );
AddResponseImpl response = new AddResponseImpl( addRequest.getMessageId() );
// I guess that trying to add an entry which Dn is empty is a naming violation...
// Not 100% sure though ...
throw new ResponseCarryingException( msg, response, ResultCodeEnum.NAMING_VIOLATION,
Dn.EMPTY_DN, null );
}
else
{
Dn entryDn = null;
byte[] dnBytes = tlv.getValue().getData();
String dnStr = Strings.utf8ToString(dnBytes);
try
{
entryDn = new Dn( dnStr );
}
catch ( LdapInvalidDnException ine )
{
String msg = "Invalid Dn given : " + dnStr + " (" + Strings.dumpBytes(dnBytes)
+ ") is invalid";
LOG.error( "{} : {}", msg, ine.getMessage() );
AddResponseImpl response = new AddResponseImpl( addRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_DN_SYNTAX,
Dn.EMPTY_DN, ine );
}
addRequest.setEntryDn( entryDn );
}
LOG.debug( "Adding an entry with Dn : {}", addRequest.getEntry() );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from Entry to Attributes
// --------------------------------------------------------------------------------------------
// AddRequest ::= [APPLICATION 8] SEQUENCE {
// ...
// attributes AttributeList }
//
// AttributeList ::= SEQUENCE OF ...
//
// Initialize the attribute list
super.transitions[LdapStatesEnum.ENTRY_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.ENTRY_STATE, LdapStatesEnum.ATTRIBUTES_STATE, UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from Attributes to Attribute
// --------------------------------------------------------------------------------------------
// AttributeList ::= SEQUENCE OF SEQUENCE {
//
// We don't do anything in this transition. The attribute will be created when we met the type
super.transitions[LdapStatesEnum.ATTRIBUTES_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTES_STATE, LdapStatesEnum.ATTRIBUTE_STATE, UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from Attribute to type
// --------------------------------------------------------------------------------------------
// AttributeList ::= SEQUENCE OF SEQUENCE {
// type AttributeDescription,
// ...
//
// AttributeDescription LDAPString
//
// We store the type in the current attribute
super.transitions[LdapStatesEnum.ATTRIBUTE_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_STATE, LdapStatesEnum.TYPE_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<AddRequestDecorator>>( "Store attribute type" )
{
public void action( LdapMessageContainer<AddRequestDecorator> container ) throws DecoderException
{
AddRequestDecorator addRequest = container.getMessage();
TLV tlv = container.getCurrentTLV();
// Store the type. It can't be null.
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04086 );
LOG.error( msg );
AddResponseImpl response = new AddResponseImpl( addRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_ATTRIBUTE_SYNTAX,
addRequest.getEntry().getDn(), null );
}
String type = getType(tlv.getValue().getData());
try
{
addRequest.addAttributeType( type );
}
catch ( LdapException ne )
{
String msg = I18n.err( I18n.ERR_04087 );
LOG.error( msg );
AddResponseImpl response = new AddResponseImpl( addRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_ATTRIBUTE_SYNTAX,
addRequest.getEntry().getDn(), ne );
}
if ( IS_DEBUG )
{
LOG.debug( "Adding type {}", type );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from type to vals
// --------------------------------------------------------------------------------------------
// AttributeList ::= SEQUENCE OF SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// Nothing to do here.
super.transitions[LdapStatesEnum.TYPE_STATE.ordinal()][UniversalTag.SET.getValue()] = new GrammarTransition(
LdapStatesEnum.TYPE_STATE, LdapStatesEnum.VALUES_STATE, UniversalTag.SET.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from vals to Value
// --------------------------------------------------------------------------------------------
// AttributeList ::= SEQUENCE OF SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// AttributeValue OCTET STRING
//
// Store the value into the current attribute
super.transitions[LdapStatesEnum.VALUES_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.VALUES_STATE, LdapStatesEnum.VALUE_STATE, UniversalTag.OCTET_STRING.getValue(), new ValueAction() );
// --------------------------------------------------------------------------------------------
// Transition from Value to Value
// --------------------------------------------------------------------------------------------
// AttributeList ::= SEQUENCE OF SEQUENCE {
// ...
// vals SET OF AttributeValue }
//
// AttributeValue OCTET STRING
//
// Store the value into the current attribute
super.transitions[LdapStatesEnum.VALUE_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.VALUE_STATE, LdapStatesEnum.VALUE_STATE, UniversalTag.OCTET_STRING.getValue(), new ValueAction() );
// --------------------------------------------------------------------------------------------
// Transition from Value to Attribute
// --------------------------------------------------------------------------------------------
// AttributeList ::= SEQUENCE OF SEQUENCE {
//
// Nothing to do here.
super.transitions[LdapStatesEnum.VALUE_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.VALUE_STATE, LdapStatesEnum.ATTRIBUTE_STATE, UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from Value to Controls
// --------------------------------------------------------------------------------------------
// AttributeList ::= SEQUENCE OF SEQUENCE {
//
// Initialize the controls
super.transitions[LdapStatesEnum.VALUE_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.VALUE_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// AddResponse Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... AddResponse ...
// AddResponse ::= [APPLICATION 9] LDAPResult
//
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.ADD_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.ADD_RESPONSE_STATE, LdapConstants.ADD_RESPONSE_TAG,
new GrammarAction<LdapMessageContainer<AddResponseDecorator>>( "Init AddResponse" )
{
public void action( LdapMessageContainer<AddResponseDecorator> container ) throws DecoderException
{
// Now, we can allocate the AddResponse Object
AddResponseDecorator addResponse = new AddResponseDecorator(
container.getLdapCodecService(), new AddResponseImpl( container.getMessageId() ) );
container.setMessage( addResponse );
// We will check that the request is not null
TLV tlv = container.getCurrentTLV();
int expectedLength = tlv.getLength();
if ( expectedLength == 0 )
{
String msg = I18n.err( I18n.ERR_04088 );
LOG.error( msg );
throw new DecoderException( msg );
}
LOG.debug( "Add Response" );
}
} );
// --------------------------------------------------------------------------------------------
// AddResponse Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... AddResponse ...
// AddResponse ::= [APPLICATION 9] LDAPResult
//
// LDAPResult ::= SEQUENCE {
// resultCode ENUMERATED {
// ...
//
// Stores the result code
super.transitions[LdapStatesEnum.ADD_RESPONSE_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.ADD_RESPONSE_STATE, LdapStatesEnum.RESULT_CODE_STATE, UniversalTag.ENUMERATED.getValue(),
new ResultCodeAction() );
// --------------------------------------------------------------------------------------------
// DelResponse Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... DelResponse ...
// DelResponse ::= [APPLICATION 11] LDAPResult
// We have to switch to the DelResponse grammar
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.DEL_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.DEL_RESPONSE_STATE, LdapConstants.DEL_RESPONSE_TAG,
new GrammarAction<LdapMessageContainer<DeleteResponseDecorator>>( "Init DelResponse" )
{
public void action( LdapMessageContainer<DeleteResponseDecorator> container )
{
// Now, we can allocate the DelResponse Object
DeleteResponseDecorator delResponse = new DeleteResponseDecorator(
container.getLdapCodecService(), new DeleteResponseImpl( container.getMessageId() ) );
container.setMessage( delResponse );
LOG.debug( "Del response " );
}
} );
// --------------------------------------------------------------------------------------------
// DelResponse Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... DelResponse ...
// DelResponse ::= [APPLICATION 11] LDAPResult
//
// LDAPResult ::= SEQUENCE {
// resultCode ENUMERATED {
// ...
//
// Stores the result code
super.transitions[LdapStatesEnum.DEL_RESPONSE_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.DEL_RESPONSE_STATE, LdapStatesEnum.RESULT_CODE_STATE, UniversalTag.ENUMERATED.getValue(),
new ResultCodeAction() );
// --------------------------------------------------------------------------------------------
// Transition from MessageID to ModifydDNRequest Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ModifyDNRequest ...
// ModifyDNRequest ::= [APPLICATION 12] SEQUENCE { ...
//
// Create the ModifyDNRequest Object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.MODIFY_DN_REQUEST_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.MODIFY_DN_REQUEST_STATE,
LdapConstants.MODIFY_DN_REQUEST_TAG, new GrammarAction<LdapMessageContainer<ModifyDnRequestDecorator>>( "Init Modify Dn Request" )
{
public void action( LdapMessageContainer<ModifyDnRequestDecorator> container )
{
// Now, we can allocate the ModifyDNRequest Object
ModifyDnRequestDecorator modifyDnRequest = new ModifyDnRequestDecorator(
container.getLdapCodecService(), new ModifyDnRequestImpl( container.getMessageId() ) );
container.setMessage( modifyDnRequest );
LOG.debug( "ModifyDn request" );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from ModifydDNRequest Message to EntryModDN
// --------------------------------------------------------------------------------------------
// ModifyDNRequest ::= [APPLICATION 12] SEQUENCE { ...
// entry LDAPDN,
// ...
//
// Stores the entry Dn
super.transitions[LdapStatesEnum.MODIFY_DN_REQUEST_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.MODIFY_DN_REQUEST_STATE, LdapStatesEnum.ENTRY_MOD_DN_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<ModifyDnRequestDecorator>>( "Store entry" )
{
public void action( LdapMessageContainer<ModifyDnRequestDecorator> container ) throws DecoderException
{
ModifyDnRequest modifyDnRequest = container.getMessage();
// Get the Value and store it in the modifyDNRequest
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length matched
// Dn
Dn entry = null;
if ( tlv.getLength() == 0 )
{
// This will generate a PROTOCOL_ERROR
throw new DecoderException( I18n.err( I18n.ERR_04089 ) );
}
else
{
byte[] dnBytes = tlv.getValue().getData();
String dnStr = Strings.utf8ToString(dnBytes);
try
{
entry = new Dn( dnStr );
}
catch ( LdapInvalidDnException ine )
{
String msg = "Invalid Dn given : " + dnStr + " (" + Strings.dumpBytes(dnBytes)
+ ") is invalid";
LOG.error( "{} : {}", msg, ine.getMessage() );
ModifyDnResponseImpl response = new ModifyDnResponseImpl( modifyDnRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_DN_SYNTAX,
Dn.EMPTY_DN, ine );
}
modifyDnRequest.setName( entry );
}
if ( IS_DEBUG )
{
LOG.debug( "Modifying Dn {}", entry );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from EntryModDN to NewRDN
// --------------------------------------------------------------------------------------------
// ModifyDNRequest ::= [APPLICATION 12] SEQUENCE { ...
// ...
// newrdn RelativeRDN,
// ...
//
// RelativeRDN :: LDAPString
//
// Stores the new Rdn
super.transitions[LdapStatesEnum.ENTRY_MOD_DN_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.ENTRY_MOD_DN_STATE, LdapStatesEnum.NEW_RDN_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<ModifyDnRequestDecorator>>( "Store new Rdn" )
{
public void action( LdapMessageContainer<ModifyDnRequestDecorator> container ) throws DecoderException
{
ModifyDnRequest modifyDnRequest = container.getMessage();
// Get the Value and store it in the modifyDNRequest
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length matched
// newDN
Rdn newRdn = null;
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04090 );
LOG.error( msg );
ModifyDnResponseImpl response = new ModifyDnResponseImpl( modifyDnRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_DN_SYNTAX,
modifyDnRequest.getName(), null );
}
else
{
byte[] dnBytes = tlv.getValue().getData();
String dnStr = Strings.utf8ToString(dnBytes);
try
{
Dn dn = new Dn( dnStr );
newRdn = dn.getRdn( 0 );
}
catch ( LdapInvalidDnException ine )
{
String msg = "Invalid new Rdn given : " + dnStr + " (" + Strings.dumpBytes(dnBytes)
+ ") is invalid";
LOG.error( "{} : {}", msg, ine.getMessage() );
ModifyDnResponseImpl response = new ModifyDnResponseImpl( modifyDnRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_DN_SYNTAX,
modifyDnRequest.getName(), ine );
}
modifyDnRequest.setNewRdn( newRdn );
}
if ( IS_DEBUG )
{
LOG.debug( "Modifying with new Rdn {}", newRdn );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from NewRDN to DeleteOldRDN
// --------------------------------------------------------------------------------------------
// ModifyDNRequest ::= [APPLICATION 12] SEQUENCE { ...
// ...
// deleteoldrdn BOOLEAN,
// ...
//
// Stores the deleteOldRDN flag
super.transitions[LdapStatesEnum.NEW_RDN_STATE.ordinal()][UniversalTag.BOOLEAN.getValue()] = new GrammarTransition(
LdapStatesEnum.NEW_RDN_STATE, LdapStatesEnum.DELETE_OLD_RDN_STATE, UniversalTag.BOOLEAN.getValue(),
new GrammarAction<LdapMessageContainer<ModifyDnRequestDecorator>>( "Store matching dnAttributes Value" )
{
public void action( LdapMessageContainer<ModifyDnRequestDecorator> container ) throws DecoderException
{
ModifyDnRequest modifyDnRequest = container.getMessage();
TLV tlv = container.getCurrentTLV();
// We get the value. If it's a 0, it's a FALSE. If it's
// a FF, it's a TRUE. Any other value should be an error,
// but we could relax this constraint. So if we have
// something
// which is not 0, it will be interpreted as TRUE, but we
// will generate a warning.
Value value = tlv.getValue();
try
{
modifyDnRequest.setDeleteOldRdn( BooleanDecoder.parse( value ) );
}
catch ( BooleanDecoderException bde )
{
LOG.error( I18n
.err( I18n.ERR_04091, Strings.dumpBytes(value.getData()), bde.getMessage() ) );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( bde.getMessage() );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
if ( modifyDnRequest.getDeleteOldRdn() )
{
LOG.debug( " Old Rdn attributes will be deleted" );
}
else
{
LOG.debug( " Old Rdn attributes will be retained" );
}
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from DeleteOldRDN to NewSuperior
// --------------------------------------------------------------------------------------------
// ModifyDNRequest ::= [APPLICATION 12] SEQUENCE { ...
// ...
// newSuperior [0] LDAPDN OPTIONAL }
//
// Stores the new superior
super.transitions[LdapStatesEnum.DELETE_OLD_RDN_STATE.ordinal()][LdapConstants.MODIFY_DN_REQUEST_NEW_SUPERIOR_TAG] = new GrammarTransition(
LdapStatesEnum.DELETE_OLD_RDN_STATE, LdapStatesEnum.NEW_SUPERIOR_STATE,
LdapConstants.MODIFY_DN_REQUEST_NEW_SUPERIOR_TAG,
new GrammarAction<LdapMessageContainer<ModifyDnRequestDecorator>>( "Store new superior" )
{
public void action( LdapMessageContainer<ModifyDnRequestDecorator> container ) throws DecoderException
{
ModifyDnRequest modifyDnRequest = container.getMessage();
// Get the Value and store it in the modifyDNRequest
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length matched
// Dn
Dn newSuperior = Dn.EMPTY_DN;
if ( tlv.getLength() == 0 )
{
if ( modifyDnRequest.getDeleteOldRdn() )
{
// This will generate a PROTOCOL_ERROR
throw new DecoderException( I18n.err( I18n.ERR_04092 ) );
}
else
{
LOG.warn( "The new superior is null, so we will change the entry" );
}
modifyDnRequest.setNewSuperior( newSuperior );
}
else
{
byte[] dnBytes = tlv.getValue().getData();
String dnStr = Strings.utf8ToString(dnBytes);
try
{
newSuperior = new Dn( dnStr );
}
catch ( LdapInvalidDnException ine )
{
String msg = "Invalid new superior Dn given : " + dnStr + " ("
+ Strings.dumpBytes(dnBytes) + ") is invalid";
LOG.error( "{} : {}", msg, ine.getMessage() );
ModifyDnResponseImpl response = new ModifyDnResponseImpl( modifyDnRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_DN_SYNTAX,
modifyDnRequest.getName(), ine );
}
modifyDnRequest.setNewSuperior( newSuperior );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "New superior Dn {}", newSuperior );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from DeleteOldRDN to Controls
// --------------------------------------------------------------------------------------------
// modifyDNRequest ModifyDNRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
// Stores the new superior
super.transitions[LdapStatesEnum.DELETE_OLD_RDN_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.DELETE_OLD_RDN_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from DeleteOldRDN to Controls
// --------------------------------------------------------------------------------------------
// modifyDNRequest ModifyDNRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
// Stores the new superior
super.transitions[LdapStatesEnum.NEW_SUPERIOR_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.NEW_SUPERIOR_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from MessageID to ModifyDNResponse Message.
// --------------------------------------------------------------------------------------------
// ModifyDNResponse ::= [APPLICATION 13] SEQUENCE {
// ...
//
// Creates the ModifyDNResponse
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.MODIFY_DN_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.MODIFY_DN_RESPONSE_STATE,
LdapConstants.MODIFY_DN_RESPONSE_TAG, new GrammarAction<LdapMessageContainer<ModifyDnResponseDecorator>>( "Init ModifyDNResponse" )
{
public void action( LdapMessageContainer<ModifyDnResponseDecorator> container )
{
// Now, we can allocate the ModifyDnResponse Object
ModifyDnResponseDecorator modifyDnResponse = new ModifyDnResponseDecorator(
container.getLdapCodecService(), new ModifyDnResponseImpl( container.getMessageId() ) );
container.setMessage( modifyDnResponse );
LOG.debug( "Modify Dn response " );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from ModifyDNResponse Message to Result Code
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ModifyDNResponse ...
// ModifyDNResponse ::= [APPLICATION 13] LDAPResult
//
// LDAPResult ::= SEQUENCE {
// resultCode ENUMERATED {
// ...
//
// Stores the result co // modifyDNRequest ModifyDNRequest,
// ... },
// controls [0] Controls OPTIONAL }
super.transitions[LdapStatesEnum.MODIFY_DN_RESPONSE_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.MODIFY_DN_RESPONSE_STATE, LdapStatesEnum.RESULT_CODE_STATE, UniversalTag.ENUMERATED.getValue(),
new ResultCodeAction() );
// --------------------------------------------------------------------------------------------
// Transition from Message ID to CompareResquest
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... CompareRequest ...
//
// CompareRequest ::= [APPLICATION 14] SEQUENCE {
// ...
//
// Initialize the Compare Request object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.COMPARE_REQUEST_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.COMPARE_REQUEST_STATE, LdapConstants.COMPARE_REQUEST_TAG,
new GrammarAction<LdapMessageContainer<CompareRequestDecorator>>( "Init Compare Request" )
{
public void action( LdapMessageContainer<CompareRequestDecorator> container )
{
// Now, we can allocate the CompareRequest Object
CompareRequestDecorator compareRequest = new CompareRequestDecorator(
container.getLdapCodecService(), new CompareRequestImpl( container.getMessageId() ) );
container.setMessage( compareRequest );
LOG.debug( "Compare Request" );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from CompareResquest to entryComp
// --------------------------------------------------------------------------------------------
// CompareRequest ::= [APPLICATION 14] SEQUENCE {
// entry LDAPDN,
// ...
//
// Stores the compared Dn
super.transitions[LdapStatesEnum.COMPARE_REQUEST_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.COMPARE_REQUEST_STATE, LdapStatesEnum.ENTRY_COMP_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<CompareRequestDecorator>>( "Store entry" )
{
public void action( LdapMessageContainer<CompareRequestDecorator> container ) throws DecoderException
{
CompareRequest compareRequest = container.getMessage();
// Get the Value and store it in the CompareRequest
TLV tlv = container.getCurrentTLV();
Dn entry = null;
// We have to handle the special case of a 0 length matched
// Dn
if ( tlv.getLength() == 0 )
{
// This will generate a PROTOCOL_ERROR
throw new DecoderException( I18n.err( I18n.ERR_04089 ) );
}
else
{
byte[] dnBytes = tlv.getValue().getData();
String dnStr = Strings.utf8ToString(dnBytes);
try
{
entry = new Dn( dnStr );
}
catch ( LdapInvalidDnException ine )
{
String msg = "Invalid Dn given : " + dnStr + " (" + Strings.dumpBytes(dnBytes)
+ ") is invalid";
LOG.error( "{} : {}", msg, ine.getMessage() );
CompareResponseImpl response = new CompareResponseImpl( compareRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_DN_SYNTAX,
Dn.EMPTY_DN, ine );
}
compareRequest.setName( entry );
}
if ( IS_DEBUG )
{
LOG.debug( "Comparing Dn {}", entry );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from entryComp to ava
// --------------------------------------------------------------------------------------------
// CompareRequest ::= [APPLICATION 14] SEQUENCE {
// ...
// ava AttributeValueAssertion }
//
// AttributeValueAssertion ::= SEQUENCE {
//
// Nothing to do
super.transitions[LdapStatesEnum.ENTRY_COMP_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.ENTRY_COMP_STATE, LdapStatesEnum.AVA_STATE, UniversalTag.SEQUENCE.getValue(), null );
// --------------------------------------------------------------------------------------------
// Transition from ava to AttributeDesc
// --------------------------------------------------------------------------------------------
// AttributeValueAssertion ::= SEQUENCE {
// attributeDesc AttributeDescription,
// ...
//
// AttributeDescription LDAPString
//
// Stores the attribute description
super.transitions[LdapStatesEnum.AVA_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.AVA_STATE, LdapStatesEnum.ATTRIBUTE_DESC_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<CompareRequestDecorator>>( "Store attribute desc" )
{
public void action( LdapMessageContainer<CompareRequestDecorator> container ) throws DecoderException
{
// Get the CompareRequest Object
CompareRequest compareRequest = container.getMessage();
// Get the Value and store it in the CompareRequest
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length matched
// Dn
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04093 );
LOG.error( msg );
CompareResponseImpl response = new CompareResponseImpl( compareRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_ATTRIBUTE_SYNTAX,
compareRequest.getName(), null );
}
String type = getType(tlv.getValue().getData());
compareRequest.setAttributeId( type );
if ( IS_DEBUG )
{
LOG.debug( "Comparing attribute description {}", compareRequest.getAttributeId() );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from AttributeDesc to Assertion Value
// --------------------------------------------------------------------------------------------
// AttributeValueAssertion ::= SEQUENCE {
// ...
// assertionValue AssertionValue }
//
// AssertionValue OCTET STRING
//
// Stores the attribute value
super.transitions[LdapStatesEnum.ATTRIBUTE_DESC_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_DESC_STATE, LdapStatesEnum.ASSERTION_VALUE_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<CompareRequestDecorator>>( "Store assertion value" )
{
public void action( LdapMessageContainer<CompareRequestDecorator> container )
{
// Get the CompareRequest Object
CompareRequest compareRequest = container.getMessage();
// Get the Value and store it in the CompareRequest
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length value
if ( tlv.getLength() == 0 )
{
compareRequest.setAssertionValue( "" );
}
else
{
if ( container.isBinary( compareRequest.getAttributeId() ) )
{
compareRequest.setAssertionValue( tlv.getValue().getData() );
if ( IS_DEBUG )
{
LOG.debug( "Comparing attribute value {}", Strings.dumpBytes(compareRequest
.getAssertionValue().getBytes()) );
}
}
else
{
compareRequest.setAssertionValue( Strings.utf8ToString(tlv.getValue().getData()) );
if ( LOG.isDebugEnabled() )
{
LOG.debug( "Comparing attribute value {}", compareRequest.getAssertionValue() );
}
}
}
// We can have an END transition
container.setGrammarEndAllowed( true );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value to Controls
// --------------------------------------------------------------------------------------------
// AttributeValueAssertion ::= SEQUENCE {
// ...
// assertionValue AssertionValue }
//
// AssertionValue OCTET STRING
//
// Stores the attribute value
super.transitions[LdapStatesEnum.ASSERTION_VALUE_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// CompareResponse Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... CompareResponse ...
// CompareResponse ::= [APPLICATION 15] LDAPResult
// We have to switch to the CompareResponse grammar
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.COMPARE_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.COMPARE_RESPONSE_STATE, LdapConstants.COMPARE_RESPONSE_TAG,
new GrammarAction<LdapMessageContainer<CompareResponseDecorator>>( "Init CompareResponse" )
{
public void action( LdapMessageContainer<CompareResponseDecorator> container ) throws DecoderException
{
// Now, we can allocate the CompareResponse Object
CompareResponseDecorator compareResponse = new CompareResponseDecorator(
container.getLdapCodecService(), new CompareResponseImpl( container.getMessageId() ) );
container.setMessage( compareResponse );
// We will check that the request is not null
TLV tlv = container.getCurrentTLV();
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04094 );
LOG.error( msg );
throw new DecoderException( msg );
}
LOG.debug( "Compare response " );
}
} );
// --------------------------------------------------------------------------------------------
// CompareResponse Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... CompareResponse ...
// CompareResponse ::= [APPLICATION 15] LDAPResult
//
// LDAPResult ::= SEQUENCE {
// resultCode ENUMERATED {
// ...
//
// Stores the result code
super.transitions[LdapStatesEnum.COMPARE_RESPONSE_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.COMPARE_RESPONSE_STATE, LdapStatesEnum.RESULT_CODE_STATE, UniversalTag.ENUMERATED.getValue(),
new ResultCodeAction() );
// --------------------------------------------------------------------------------------------
// Transition from MessageID to SearchResultReference Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... SearchResultReference ...
// SearchResultReference ::= [APPLICATION 19] SEQUENCE OF LDAPURL
//
// Initialization of SearchResultReference object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.SEARCH_RESULT_REFERENCE_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.SEARCH_RESULT_REFERENCE_STATE,
LdapConstants.SEARCH_RESULT_REFERENCE_TAG, new GrammarAction<LdapMessageContainer<SearchResultReferenceDecorator>>( "Init SearchResultReference" )
{
public void action( LdapMessageContainer<SearchResultReferenceDecorator> container ) throws DecoderException
{
// Now, we can allocate the SearchResultReference Object
SearchResultReferenceDecorator searchResultReference = new SearchResultReferenceDecorator(
container.getLdapCodecService(), new SearchResultReferenceImpl( container.getMessageId() ) );
container.setMessage( searchResultReference );
LOG.debug( "SearchResultReference response " );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from SearchResultReference Message to Reference
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... SearchResultReference ...
// SearchResultReference ::= [APPLICATION 19] SEQUENCE OF LDAPURL
//
// Initialization of SearchResultReference object
super.transitions[LdapStatesEnum.SEARCH_RESULT_REFERENCE_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.SEARCH_RESULT_REFERENCE_STATE, LdapStatesEnum.REFERENCE_STATE, UniversalTag.OCTET_STRING.getValue(),
new StoreReferenceAction() );
// --------------------------------------------------------------------------------------------
// Transition from Reference to Reference
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... SearchResultReference ...
// SearchResultReference ::= [APPLICATION 19] SEQUENCE OF LDAPURL
//
// Initialization of SearchResultReference object
super.transitions[LdapStatesEnum.REFERENCE_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.REFERENCE_STATE, LdapStatesEnum.REFERENCE_STATE, UniversalTag.OCTET_STRING.getValue(),
new StoreReferenceAction() );
// --------------------------------------------------------------------------------------------
// Transition from Reference to Controls
// --------------------------------------------------------------------------------------------
// searchResultReference SearchResultReference,
// ... },
// controls [0] Controls OPTIONAL }
//
// Initialization the controls
super.transitions[LdapStatesEnum.REFERENCE_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.REFERENCE_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Message Id to ExtendedRequest Message
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ExtendedRequest ...
// ExtendedRequest ::= [APPLICATION 23] SEQUENCE {
//
// Creates the ExtendedRequest object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.EXTENDED_REQUEST_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.EXTENDED_REQUEST_STATE, LdapConstants.EXTENDED_REQUEST_TAG,
new GrammarAction<LdapMessageContainer<ExtendedRequestDecorator>>( "Init Extended Request" )
{
public void action( LdapMessageContainer<ExtendedRequestDecorator> container ) throws DecoderException
{
// Now, we can allocate the ExtendedRequest Object
ExtendedRequestDecorator extendedRequest = new ExtendedRequestDecorator(
container.getLdapCodecService(), new ExtendedRequestImpl( container.getMessageId() ) );
container.setMessage( extendedRequest );
LOG.debug( "Extended request" );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from ExtendedRequest Message to RequestName
// --------------------------------------------------------------------------------------------
// ExtendedRequest ::= [APPLICATION 23] SEQUENCE {
// requestName [0] LDAPOID,
// ...
//
// Stores the name
super.transitions[LdapStatesEnum.EXTENDED_REQUEST_STATE.ordinal()][LdapConstants.EXTENDED_REQUEST_NAME_TAG] = new GrammarTransition(
LdapStatesEnum.EXTENDED_REQUEST_STATE, LdapStatesEnum.REQUEST_NAME_STATE,
LdapConstants.EXTENDED_REQUEST_NAME_TAG, new GrammarAction<LdapMessageContainer<ExtendedRequestDecorator>>( "Store name" )
{
public void action( LdapMessageContainer<ExtendedRequestDecorator> container ) throws DecoderException
{
// We can allocate the ExtendedRequest Object
ExtendedRequest extendedRequest = container.getMessage();
// Get the Value and store it in the ExtendedRequest
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length matched
// OID
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04095 );
LOG.error( msg );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( msg );
}
else
{
byte[] requestNameBytes = tlv.getValue().getData();
try
{
String requestName = Strings.utf8ToString(requestNameBytes);
if ( !OID.isOID( requestName ) )
{
String msg = "The Request name is not a valid OID : "
+ Strings.utf8ToString(requestNameBytes) + " ("
+ Strings.dumpBytes(requestNameBytes) + ") is invalid";
LOG.error( msg );
// throw an exception, we will get a PROTOCOL_ERROR
throw new DecoderException( msg );
}
extendedRequest.setRequestName( requestName );
}
catch ( DecoderException de )
{
String msg = "The Request name is not a valid OID : "
+ Strings.utf8ToString(requestNameBytes) + " ("
+ Strings.dumpBytes(requestNameBytes) + ") is invalid";
LOG.error( "{} : {}", msg, de.getMessage() );
// Rethrow the exception, we will get a PROTOCOL_ERROR
throw de;
}
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "OID read : {}", extendedRequest.getRequestName() );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from RequestName to RequestValue
// --------------------------------------------------------------------------------------------
// ExtendedRequest ::= [APPLICATION 23] SEQUENCE {
// ...
// requestValue [1] OCTET STRING OPTIONAL }
//
// Stores the value
super.transitions[LdapStatesEnum.REQUEST_NAME_STATE.ordinal()][LdapConstants.EXTENDED_REQUEST_VALUE_TAG] = new GrammarTransition(
LdapStatesEnum.REQUEST_NAME_STATE, LdapStatesEnum.REQUEST_VALUE_STATE,
LdapConstants.EXTENDED_REQUEST_VALUE_TAG, new GrammarAction<LdapMessageContainer<ExtendedRequestDecorator>>( "Store value" )
{
public void action( LdapMessageContainer<ExtendedRequestDecorator> container ) throws DecoderException
{
// We can allocate the ExtendedRequest Object
ExtendedRequest extendedRequest = container.getMessage();
// Get the Value and store it in the ExtendedRequest
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length matched
// value
if ( tlv.getLength() == 0 )
{
extendedRequest.setRequestValue( StringConstants.EMPTY_BYTES );
}
else
{
extendedRequest.setRequestValue( tlv.getValue().getData() );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "Extended value : {}", extendedRequest.getRequestValue() );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from RequestName to Controls
// --------------------------------------------------------------------------------------------
// extendedRequest EtendedRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
// Stores the value
super.transitions[LdapStatesEnum.REQUEST_NAME_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.REQUEST_NAME_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from RequestValue to Controls
// --------------------------------------------------------------------------------------------
// extendedRequest EtendedRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
// Stores the value
super.transitions[LdapStatesEnum.REQUEST_VALUE_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.REQUEST_VALUE_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from MessageId to ExtendedResponse Message.
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ExtendedResponse ...
// ExtendedResponse ::= [APPLICATION 24] SEQUENCE {
//
// Creates the ExtendeResponse object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.EXTENDED_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.EXTENDED_RESPONSE_STATE,
LdapConstants.EXTENDED_RESPONSE_TAG, new GrammarAction<LdapMessageContainer<ExtendedResponseDecorator>>( "Init Extended Reponse" )
{
public void action( LdapMessageContainer<ExtendedResponseDecorator> container ) throws DecoderException
{
// Now, we can allocate the ExtendedResponse Object
ExtendedResponseDecorator extendedResponse = new ExtendedResponseDecorator(
container.getLdapCodecService(), new ExtendedResponseImpl( container.getMessageId() ) );
container.setMessage( extendedResponse );
LOG.debug( "Extended Response" );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from ExtendedResponse Message to Result Code ER
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ExtendedResponse ...
// ExtendedResponse ::= [APPLICATION 24] SEQUENCE {
// COMPONENTS OF LDAPResult,
// ...
//
// Stores the result code
super.transitions[LdapStatesEnum.EXTENDED_RESPONSE_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.EXTENDED_RESPONSE_STATE, LdapStatesEnum.RESULT_CODE_ER_STATE, UniversalTag.ENUMERATED.getValue(),
new ResultCodeAction() );
// --------------------------------------------------------------------------------------------
// Transition from Result Code ER to Matched Dn ER
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ExtendedResponse ...
// ExtendedResponse ::= [APPLICATION 24] SEQUENCE {
// COMPONENTS OF LDAPResult,
// ...
//
//
super.transitions[LdapStatesEnum.RESULT_CODE_ER_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.RESULT_CODE_ER_STATE, LdapStatesEnum.MATCHED_DN_ER_STATE, UniversalTag.OCTET_STRING.getValue(),
new MatchedDNAction() );
// --------------------------------------------------------------------------------------------
// Transition from Matched Dn ER to Error Message ER
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ExtendedResponse ...
// ExtendedResponse ::= [APPLICATION 24] SEQUENCE {
// COMPONENTS OF LDAPResult,
// ...
//
//
super.transitions[LdapStatesEnum.MATCHED_DN_ER_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.MATCHED_DN_ER_STATE, LdapStatesEnum.ERROR_MESSAGE_ER_STATE, UniversalTag.OCTET_STRING.getValue(),
new ErrorMessageAction() );
// --------------------------------------------------------------------------------------------
// Transition from Error Message ER to Referrals ER
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ExtendedResponse ...
// ExtendedResponse ::= [APPLICATION 24] SEQUENCE {
// COMPONENTS OF LDAPResult,
// ...
//
//
super.transitions[LdapStatesEnum.ERROR_MESSAGE_ER_STATE.ordinal()][LdapConstants.LDAP_RESULT_REFERRAL_SEQUENCE_TAG] = new GrammarTransition(
LdapStatesEnum.ERROR_MESSAGE_ER_STATE, LdapStatesEnum.REFERRALS_ER_STATE,
LdapConstants.LDAP_RESULT_REFERRAL_SEQUENCE_TAG, new InitReferralsAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referrals ER to Referral ER
// --------------------------------------------------------------------------------------------
// Referral ::= SEQUENCE SIZE (1..MAX) OF uri URI (RFC 4511)
// URI ::= LDAPString
//
// Add a first Referral
super.transitions[LdapStatesEnum.REFERRALS_ER_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.REFERRALS_ER_STATE, LdapStatesEnum.REFERRAL_ER_STATE, UniversalTag.OCTET_STRING.getValue(),
new ReferralAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referral ER to Referral ER
// --------------------------------------------------------------------------------------------
// Referral ::= SEQUENCE SIZE (1..MAX) OF uri URI (RFC 4511)
// URI ::= LDAPString
//
// Adda new Referral
super.transitions[LdapStatesEnum.REFERRAL_ER_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.REFERRAL_ER_STATE, LdapStatesEnum.REFERRAL_ER_STATE, UniversalTag.OCTET_STRING.getValue(),
new ReferralAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referral ER to ResponseName
// --------------------------------------------------------------------------------------------
// Referral ::= SEQUENCE SIZE (1..MAX) OF uri URI (RFC 4511)
// URI ::= LDAPString
//
// Adda new Referral
super.transitions[LdapStatesEnum.REFERRAL_ER_STATE.ordinal()][LdapConstants.EXTENDED_RESPONSE_RESPONSE_NAME_TAG] = new GrammarTransition(
LdapStatesEnum.REFERRAL_ER_STATE, LdapStatesEnum.RESPONSE_NAME_STATE,
LdapConstants.EXTENDED_RESPONSE_RESPONSE_NAME_TAG, new ResponseNameAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referral ER to Response
// --------------------------------------------------------------------------------------------
// Referral ::= SEQUENCE SIZE (1..MAX) OF uri URI (RFC 4511)
// URI ::= LDAPString
//
// Adda new Referral
super.transitions[LdapStatesEnum.REFERRAL_ER_STATE.ordinal()][LdapConstants.EXTENDED_RESPONSE_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.REFERRAL_ER_STATE, LdapStatesEnum.RESPONSE_STATE,
LdapConstants.EXTENDED_RESPONSE_RESPONSE_TAG, new ResponseAction() );
// --------------------------------------------------------------------------------------------
// Transition from Referral ER to Controls
// --------------------------------------------------------------------------------------------
// extendedResponse ExtendedResponse,
// ... },
// controls [0] Controls OPTIONAL }
//
// Adda new Referral
super.transitions[LdapStatesEnum.REFERRAL_ER_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.REFERRAL_ER_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Error Message ER to Controls
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ExtendedResponse ...
// ExtendedResponse ::= [APPLICATION 24] SEQUENCE {
// COMPONENTS OF LDAPResult,
// ...
//
//
super.transitions[LdapStatesEnum.ERROR_MESSAGE_ER_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.ERROR_MESSAGE_ER_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Error Message ER to ResponseName
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ExtendedResponse ...
// ExtendedResponse ::= [APPLICATION 24] SEQUENCE {
// COMPONENTS OF LDAPResult,
// responseName [10] LDAPOID OPTIONAL,
// ...
//
// Stores the response name
super.transitions[LdapStatesEnum.ERROR_MESSAGE_ER_STATE.ordinal()][LdapConstants.EXTENDED_RESPONSE_RESPONSE_NAME_TAG] = new GrammarTransition(
LdapStatesEnum.ERROR_MESSAGE_ER_STATE, LdapStatesEnum.RESPONSE_NAME_STATE,
LdapConstants.EXTENDED_RESPONSE_RESPONSE_NAME_TAG, new ResponseNameAction() );
// --------------------------------------------------------------------------------------------
// Transition from Response Name to Response
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ExtendedResponse ...
// ExtendedResponse ::= [APPLICATION 24] SEQUENCE {
// ...
// responseName [10] LDAPOID OPTIONAL,
// response [11] OCTET STRING OPTIONAL}
//
// Stores the response
super.transitions[LdapStatesEnum.RESPONSE_NAME_STATE.ordinal()][LdapConstants.EXTENDED_RESPONSE_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.RESPONSE_NAME_STATE, LdapStatesEnum.RESPONSE_STATE,
LdapConstants.EXTENDED_RESPONSE_RESPONSE_TAG, new ResponseAction() );
// --------------------------------------------------------------------------------------------
// Transition from ResponseName to Controls
// --------------------------------------------------------------------------------------------
// extendedRequest EtendedRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
// Init the controls
super.transitions[LdapStatesEnum.RESPONSE_NAME_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.RESPONSE_NAME_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Error Message ER to Response
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... ExtendedResponse ...
// ExtendedResponse ::= [APPLICATION 24] SEQUENCE {
// COMPONENTS OF LDAPResult,
// ...
// response [11] OCTET STRING OPTIONAL}
//
// Stores the response
super.transitions[LdapStatesEnum.ERROR_MESSAGE_ER_STATE.ordinal()][LdapConstants.EXTENDED_RESPONSE_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.ERROR_MESSAGE_ER_STATE, LdapStatesEnum.RESPONSE_STATE,
LdapConstants.EXTENDED_RESPONSE_RESPONSE_TAG, new ResponseAction() );
// --------------------------------------------------------------------------------------------
// Transition from Response to Controls
// --------------------------------------------------------------------------------------------
// extendedRequest EtendedRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
// Init the controls
super.transitions[LdapStatesEnum.RESPONSE_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.RESPONSE_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Message Id to IntermediateResponse Message
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... IntermediateResponse ...
// IntermediateResponse ::= [APPLICATION 25] SEQUENCE {
//
// Creates the IntermediateResponse object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.INTERMEDIATE_RESPONSE_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.INTERMEDIATE_RESPONSE_STATE,
LdapConstants.INTERMEDIATE_RESPONSE_TAG, new GrammarAction<LdapMessageContainer<IntermediateResponseDecorator>>( "Init Intermediate Response" )
{
public void action( LdapMessageContainer<IntermediateResponseDecorator> container ) throws DecoderException
{
// Now, we can allocate the IntermediateResponse Object
IntermediateResponseDecorator intermediateResponse =
new IntermediateResponseDecorator( container.getLdapCodecService(),
new IntermediateResponseImpl( container.getMessageId() ) );
container.setMessage( intermediateResponse );
LOG.debug( "Intermediate Response" );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from IntermediateResponse Message to ResponseName
// --------------------------------------------------------------------------------------------
// IntermediateResponse ::= [APPLICATION 25] SEQUENCE {
// responseName [0] LDAPOID OPTIONAL,
// ...
//
// Stores the name
super.transitions[LdapStatesEnum.INTERMEDIATE_RESPONSE_STATE.ordinal()][LdapConstants.INTERMEDIATE_RESPONSE_NAME_TAG] = new GrammarTransition(
LdapStatesEnum.INTERMEDIATE_RESPONSE_STATE, LdapStatesEnum.INTERMEDIATE_RESPONSE_NAME_STATE,
LdapConstants.INTERMEDIATE_RESPONSE_NAME_TAG, new GrammarAction<LdapMessageContainer<IntermediateResponseDecorator>>( "Store response name" )
{
public void action( LdapMessageContainer<IntermediateResponseDecorator> container ) throws DecoderException
{
// We can get the IntermediateResponse Object
IntermediateResponse intermediateResponse = container.getMessage();
// Get the Value and store it in the IntermediateResponse
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length matched
// OID.
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04095 );
LOG.error( msg );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( msg );
}
else
{
byte[] responseNameBytes = tlv.getValue().getData();
String oidStr = Strings.utf8ToString(responseNameBytes);
if ( OID.isOID( oidStr ) )
{
OID.isOID( oidStr );
intermediateResponse.setResponseName( oidStr );
}
else
{
String msg = "The Intermediate Response name is not a valid OID : "
+ Strings.utf8ToString(responseNameBytes) + " ("
+ Strings.dumpBytes(responseNameBytes) + ") is invalid";
LOG.error( "{} : {}", msg, oidStr );
// Rethrow the exception, we will get a PROTOCOL_ERROR
throw new DecoderException( msg );
}
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "OID read : {}", intermediateResponse.getResponseName() );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from IntermediateResponse Message to ResponseValue (ResponseName is null)
// --------------------------------------------------------------------------------------------
// IntermediateResponse ::= [APPLICATION 25] SEQUENCE {
// ...
// responseValue [1] OCTET STRING OPTIONAL
// }
//
// Stores the value
super.transitions[LdapStatesEnum.INTERMEDIATE_RESPONSE_STATE.ordinal()][LdapConstants.INTERMEDIATE_RESPONSE_VALUE_TAG] = new GrammarTransition(
LdapStatesEnum.INTERMEDIATE_RESPONSE_STATE, LdapStatesEnum.INTERMEDIATE_RESPONSE_VALUE_STATE,
LdapConstants.INTERMEDIATE_RESPONSE_VALUE_TAG,
new GrammarAction<LdapMessageContainer<IntermediateResponseDecorator>>( "Store response value" )
{
public void action( LdapMessageContainer<IntermediateResponseDecorator> container ) throws DecoderException
{
// We can get the IntermediateResponse Object
IntermediateResponse intermediateResponse = container.getMessage();
// Get the Value and store it in the IntermediateResponse
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length matched
// value
if ( tlv.getLength() == 0 )
{
intermediateResponse.setResponseValue( StringConstants.EMPTY_BYTES );
}
else
{
intermediateResponse.setResponseValue( tlv.getValue().getData() );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "Value read : {}", Strings.dumpBytes(intermediateResponse.getResponseValue()) );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from ResponseName to ResponseValue
// --------------------------------------------------------------------------------------------
// IntermediateResponse ::= [APPLICATION 25] SEQUENCE {
// ...
// responseValue [1] OCTET STRING OPTIONAL }
//
// Stores the value
super.transitions[LdapStatesEnum.INTERMEDIATE_RESPONSE_NAME_STATE.ordinal()][LdapConstants.INTERMEDIATE_RESPONSE_VALUE_TAG] = new GrammarTransition(
LdapStatesEnum.INTERMEDIATE_RESPONSE_NAME_STATE, LdapStatesEnum.INTERMEDIATE_RESPONSE_VALUE_STATE,
LdapConstants.INTERMEDIATE_RESPONSE_VALUE_TAG,
new GrammarAction<LdapMessageContainer<IntermediateResponseDecorator>>( "Store value" )
{
public void action( LdapMessageContainer<IntermediateResponseDecorator> container ) throws DecoderException
{
// We can allocate the ExtendedRequest Object
IntermediateResponse intermediateResponse = container.getMessage();
// Get the Value and store it in the IntermediateResponse
TLV tlv = container.getCurrentTLV();
// We have to handle the special case of a 0 length matched
// value
if ( tlv.getLength() == 0 )
{
intermediateResponse.setResponseValue( StringConstants.EMPTY_BYTES );
}
else
{
intermediateResponse.setResponseValue( tlv.getValue().getData() );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "Response value : {}", intermediateResponse.getResponseValue() );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from ResponseName to Controls
// --------------------------------------------------------------------------------------------
// intermediateResponse IntermediateResponse,
// ... },
// controls [0] Controls OPTIONAL }
//
// Stores the value
super.transitions[LdapStatesEnum.INTERMEDIATE_RESPONSE_NAME_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.INTERMEDIATE_RESPONSE_NAME_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from ResponseValue to Controls
// --------------------------------------------------------------------------------------------
// intermediateResponse IntermediateResponse,
// ... },
// controls [0] Controls OPTIONAL }
//
// Stores the value
super.transitions[LdapStatesEnum.INTERMEDIATE_RESPONSE_VALUE_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.INTERMEDIATE_RESPONSE_VALUE_STATE, LdapStatesEnum.CONTROLS_STATE,
LdapConstants.CONTROLS_TAG, new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Controls
// --------------------------------------------------------------------------------------------
Action<LdapMessageContainer<MessageDecorator<? extends Message>>> addControl =
new GrammarAction<LdapMessageContainer<MessageDecorator<? extends Message>>>( "Add Control" )
{
public void action( LdapMessageContainer<MessageDecorator<? extends Message>> container ) throws DecoderException
{
TLV tlv = container.getCurrentTLV();
int expectedLength = tlv.getLength();
// The Length should be null
if ( expectedLength == 0 )
{
String msg = I18n.err( I18n.ERR_04096 );
LOG.error( msg );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( msg );
}
}
};
// ============================================================================================
// Transition from Controls to Control
// ============================================================================================
// ...
// Controls ::= SEQUENCE OF Control
// ...
//
// Initialize the controls
super.transitions[LdapStatesEnum.CONTROLS_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.CONTROLS_STATE, LdapStatesEnum.CONTROL_STATE, UniversalTag.SEQUENCE.getValue(), addControl );
// ============================================================================================
// Transition from Control to ControlType
// ============================================================================================
// Control ::= SEQUENCE {
// ...
//
// Create a new Control object, and store it in the message Container
super.transitions[LdapStatesEnum.CONTROL_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.CONTROL_STATE, LdapStatesEnum.CONTROL_TYPE_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<MessageDecorator<? extends Message>>>( "Set Control Type" )
{
public void action( LdapMessageContainer<MessageDecorator<? extends Message>> container ) throws DecoderException
{
TLV tlv = container.getCurrentTLV();
// Store the type
// We have to handle the special case of a 0 length OID
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04097 );
LOG.error( msg );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( msg );
}
byte[] value = tlv.getValue().getData();
String oidValue = Strings.asciiBytesToString(value);
// The OID is encoded as a String, not an Object Id
if ( !OID.isOID(oidValue) )
{
LOG.error( I18n.err( I18n.ERR_04098, Strings.dumpBytes(value) ) );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( I18n.err( I18n.ERR_04099, oidValue ) );
}
Message message = container.getMessage();
Control control = container.getLdapCodecService().newControl( oidValue );
message.addControl( control );
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "Control OID : " + oidValue );
}
}
} );
// ============================================================================================
// Transition from ControlType to Control Criticality
// ============================================================================================
// Control ::= SEQUENCE {
// ...
// criticality BOOLEAN DEFAULT FALSE,
// ...
//
// Store the value in the control object created before
super.transitions[LdapStatesEnum.CONTROL_TYPE_STATE.ordinal()][UniversalTag.BOOLEAN.getValue()] = new GrammarTransition(
LdapStatesEnum.CONTROL_TYPE_STATE, LdapStatesEnum.CRITICALITY_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<MessageDecorator<? extends Message>>>( "Set Criticality" )
{
public void action( LdapMessageContainer<MessageDecorator<? extends Message>> container ) throws DecoderException
{
TLV tlv = container.getCurrentTLV();
// Get the current control
Control control = null;
MessageDecorator<? extends Message> message = container.getMessage();
control = message.getCurrentControl();
// Store the criticality
// We get the value. If it's a 0, it's a FALSE. If it's
// a FF, it's a TRUE. Any other value should be an error,
// but we could relax this constraint. So if we have
// something
// which is not 0, it will be interpreted as TRUE, but we
// will generate a warning.
Value value = tlv.getValue();
try
{
control.setCritical( BooleanDecoder.parse( value ) );
}
catch ( BooleanDecoderException bde )
{
LOG.error( I18n
.err( I18n.ERR_04100, Strings.dumpBytes(value.getData()), bde.getMessage() ) );
// This will generate a PROTOCOL_ERROR
throw new DecoderException( bde.getMessage() );
}
// We can have an END transition
container.setGrammarEndAllowed( true );
if ( IS_DEBUG )
{
LOG.debug( "Control criticality : " + control.isCritical() );
}
}
} );
// ============================================================================================
// Transition from Control Criticality to Control Value
// ============================================================================================
// Control ::= SEQUENCE {
// ...
// controlValue OCTET STRING OPTIONAL }
//
// Store the value in the control object created before
super.transitions[LdapStatesEnum.CRITICALITY_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.CRITICALITY_STATE, LdapStatesEnum.CONTROL_VALUE_STATE, UniversalTag.OCTET_STRING.getValue(),
new ControlValueAction() );
// ============================================================================================
// Transition from Control Type to Control Value
// ============================================================================================
// Control ::= SEQUENCE {
// ...
// controlValue OCTET STRING OPTIONAL }
//
// Store the value in the control object created before
super.transitions[LdapStatesEnum.CONTROL_TYPE_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.CONTROL_TYPE_STATE, LdapStatesEnum.CONTROL_VALUE_STATE, UniversalTag.OCTET_STRING.getValue(),
new ControlValueAction() );
// ============================================================================================
// Transition from Control Type to Control
// ============================================================================================
// Control ::= SEQUENCE {
// ...
// controlValue OCTET STRING OPTIONAL }
//
// Store the value in the control object created before
super.transitions[LdapStatesEnum.CONTROL_TYPE_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.CONTROL_TYPE_STATE, LdapStatesEnum.CONTROL_STATE, UniversalTag.SEQUENCE.getValue(), addControl );
// ============================================================================================
// Transition from Control Criticality to Control
// ============================================================================================
// Control ::= SEQUENCE {
// ...
// controlValue OCTET STRING OPTIONAL }
//
// Store the value in the control object created before
super.transitions[LdapStatesEnum.CRITICALITY_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.CRITICALITY_STATE, LdapStatesEnum.CONTROL_STATE, UniversalTag.SEQUENCE.getValue(), addControl );
// ============================================================================================
// Transition from Control Value to Control
// ============================================================================================
// Control ::= SEQUENCE {
// ...
// controlValue OCTET STRING OPTIONAL }
//
// Store the value in the control object created before
super.transitions[LdapStatesEnum.CONTROL_VALUE_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.CONTROL_VALUE_STATE, LdapStatesEnum.CONTROL_STATE, UniversalTag.SEQUENCE.getValue(), addControl );
// --------------------------------------------------------------------------------------------
// Transition from message ID to SearchRequest Message
// --------------------------------------------------------------------------------------------
// LdapMessage ::= ... SearchRequest ...
// SearchRequest ::= [APPLICATION 3] SEQUENCE { ...
//
// Initialize the searchRequest object
super.transitions[LdapStatesEnum.MESSAGE_ID_STATE.ordinal()][LdapConstants.SEARCH_REQUEST_TAG] = new GrammarTransition(
LdapStatesEnum.MESSAGE_ID_STATE, LdapStatesEnum.SEARCH_REQUEST_STATE, LdapConstants.SEARCH_REQUEST_TAG,
new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "Init SearchRequest" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container )
{
// Now, we can allocate the SearchRequest Object
TLV tlv = container.getCurrentTLV();
SearchRequestDecorator searchRequest = new SearchRequestDecorator(
container.getLdapCodecService(), new SearchRequestImpl( container.getMessageId() ) );
searchRequest.setTlvId( tlv.getId());
container.setMessage( searchRequest );
LOG.debug( "Search Request" );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from SearchRequest Message to BaseObject
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// baseObject LDAPDN,
// ...
//
// We have a value for the base object, we will store it in the message
super.transitions[LdapStatesEnum.SEARCH_REQUEST_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.SEARCH_REQUEST_STATE, LdapStatesEnum.BASE_OBJECT_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "store base object value" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container ) throws DecoderException
{
SearchRequestDecorator searchRequestDecorator = container.getMessage();
SearchRequest searchRequest = searchRequestDecorator.getDecorated();
TLV tlv = container.getCurrentTLV();
// We have to check that this is a correct Dn
Dn baseObject = null;
// We have to handle the special case of a 0 length base
// object,
// which means that the search is done from the default
// root.
if ( tlv.getLength() != 0 )
{
byte[] dnBytes = tlv.getValue().getData();
String dnStr = Strings.utf8ToString(dnBytes);
try
{
baseObject = new Dn( dnStr );
}
catch ( LdapInvalidDnException ine )
{
String msg = "Invalid root Dn given : " + dnStr + " (" + Strings.dumpBytes(dnBytes)
+ ") is invalid";
LOG.error( "{} : {}", msg, ine.getMessage() );
SearchResultDoneImpl response = new SearchResultDoneImpl( searchRequest.getMessageId() );
throw new ResponseCarryingException( msg, response, ResultCodeEnum.INVALID_DN_SYNTAX,
Dn.EMPTY_DN, ine );
}
}
else
{
baseObject = Dn.EMPTY_DN;
}
searchRequest.setBase(baseObject);
LOG.debug( "Searching with root Dn : {}", baseObject );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from BaseObject to Scope
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// scope ENUMERATED {
// baseObject (0),
// singleLevel (1),
// wholeSubtree (2) },
// ...
//
// We have a value for the scope, we will store it in the message
super.transitions[LdapStatesEnum.BASE_OBJECT_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.BASE_OBJECT_STATE, LdapStatesEnum.SCOPE_STATE, UniversalTag.ENUMERATED.getValue(),
new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "store scope value" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container ) throws DecoderException
{
SearchRequest searchRequest = container.getMessage().getDecorated();
TLV tlv = container.getCurrentTLV();
// We have to check that this is a correct scope
Value value = tlv.getValue();
int scope = 0;
try
{
scope = IntegerDecoder.parse( value, LdapConstants.SCOPE_BASE_OBJECT,
LdapConstants.SCOPE_WHOLE_SUBTREE );
}
catch ( IntegerDecoderException ide )
{
String msg = I18n.err( I18n.ERR_04101, value.toString() );
LOG.error( msg );
throw new DecoderException( msg );
}
searchRequest.setScope( SearchScope.getSearchScope(scope) );
if ( IS_DEBUG )
{
switch ( scope )
{
case LdapConstants.SCOPE_BASE_OBJECT:
LOG.debug( "Searching within BASE_OBJECT scope " );
break;
case LdapConstants.SCOPE_SINGLE_LEVEL:
LOG.debug( "Searching within SINGLE_LEVEL scope " );
break;
case LdapConstants.SCOPE_WHOLE_SUBTREE:
LOG.debug( "Searching within WHOLE_SUBTREE scope " );
break;
}
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from Scope to DerefAlias
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// derefAliases ENUMERATED {
// neverDerefAliases (0),
// derefInSearching (1),
// derefFindingBaseObj (2),
// derefAlways (3) },
// ...
//
// We have a value for the derefAliases, we will store it in the message
super.transitions[LdapStatesEnum.SCOPE_STATE.ordinal()][UniversalTag.ENUMERATED.getValue()] = new GrammarTransition(
LdapStatesEnum.SCOPE_STATE, LdapStatesEnum.DEREF_ALIAS_STATE, UniversalTag.ENUMERATED.getValue(),
new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "store derefAliases value" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container ) throws DecoderException
{
SearchRequest searchRequest = container.getMessage().getDecorated();
TLV tlv = container.getCurrentTLV();
// We have to check that this is a correct derefAliases
Value value = tlv.getValue();
int derefAliases = 0;
try
{
derefAliases = IntegerDecoder.parse(value, LdapConstants.NEVER_DEREF_ALIASES,
LdapConstants.DEREF_ALWAYS);
}
catch ( IntegerDecoderException ide )
{
String msg = I18n.err( I18n.ERR_04102, value.toString() );
LOG.error( msg );
throw new DecoderException( msg );
}
searchRequest.setDerefAliases( AliasDerefMode.getDerefMode( derefAliases ) );
if ( IS_DEBUG )
{
switch ( derefAliases )
{
case LdapConstants.NEVER_DEREF_ALIASES:
LOG.debug( "Handling object strategy : NEVER_DEREF_ALIASES" );
break;
case LdapConstants.DEREF_IN_SEARCHING:
LOG.debug( "Handling object strategy : DEREF_IN_SEARCHING" );
break;
case LdapConstants.DEREF_FINDING_BASE_OBJ:
LOG.debug( "Handling object strategy : DEREF_FINDING_BASE_OBJ" );
break;
case LdapConstants.DEREF_ALWAYS:
LOG.debug( "Handling object strategy : DEREF_ALWAYS" );
break;
}
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from DerefAlias to SizeLimit
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// sizeLimit INTEGER (0 .. maxInt),
// ...
//
// We have a value for the sizeLimit, we will store it in the message
super.transitions[LdapStatesEnum.DEREF_ALIAS_STATE.ordinal()][UniversalTag.INTEGER.getValue()] = new GrammarTransition(
LdapStatesEnum.DEREF_ALIAS_STATE, LdapStatesEnum.SIZE_LIMIT_STATE, UniversalTag.INTEGER.getValue(),
new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "store sizeLimit value" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container ) throws DecoderException
{
SearchRequest searchRequest = container.getMessage().getDecorated();
TLV tlv = container.getCurrentTLV();
// The current TLV should be a integer
// We get it and store it in sizeLimit
Value value = tlv.getValue();
long sizeLimit = 0;
try
{
sizeLimit = LongDecoder.parse( value, 0, Integer.MAX_VALUE );
}
catch ( LongDecoderException lde )
{
String msg = I18n.err( I18n.ERR_04103, value.toString() );
LOG.error( msg );
throw new DecoderException( msg );
}
searchRequest.setSizeLimit( sizeLimit );
if ( IS_DEBUG )
{
LOG.debug( "The sizeLimit value is set to {} objects", Long.valueOf( sizeLimit ) );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from SizeLimit to TimeLimit
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// timeLimit INTEGER (0 .. maxInt),
// ...
//
// We have a value for the timeLimit, we will store it in the message
super.transitions[LdapStatesEnum.SIZE_LIMIT_STATE.ordinal()][UniversalTag.INTEGER.getValue()] = new GrammarTransition(
LdapStatesEnum.SIZE_LIMIT_STATE, LdapStatesEnum.TIME_LIMIT_STATE, UniversalTag.INTEGER.getValue(),
new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "store timeLimit value" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container ) throws DecoderException
{
SearchRequest searchRequest = container.getMessage().getDecorated();
TLV tlv = container.getCurrentTLV();
// The current TLV should be a integer
// We get it and store it in timeLimit
Value value = tlv.getValue();
int timeLimit = 0;
try
{
timeLimit = IntegerDecoder.parse( value, 0, Integer.MAX_VALUE );
}
catch ( IntegerDecoderException ide )
{
String msg = I18n.err( I18n.ERR_04104, value.toString() );
LOG.error( msg );
throw new DecoderException( msg );
}
searchRequest.setTimeLimit( timeLimit );
if ( IS_DEBUG )
{
LOG.debug( "The timeLimit value is set to {} seconds", Integer.valueOf( timeLimit ) );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from TimeLimit to TypesOnly
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// typesOnly BOOLEAN,
// ...
//
// We have a value for the typesOnly, we will store it in the message.
super.transitions[LdapStatesEnum.TIME_LIMIT_STATE.ordinal()][UniversalTag.BOOLEAN.getValue()] = new GrammarTransition(
LdapStatesEnum.TIME_LIMIT_STATE, LdapStatesEnum.TYPES_ONLY_STATE, UniversalTag.BOOLEAN.getValue(),
new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "store typesOnly value" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container ) throws DecoderException
{
SearchRequest searchRequest = container.getMessage().getDecorated();
TLV tlv = container.getCurrentTLV();
// We get the value. If it's a 0, it's a FALSE. If it's
// a FF, it's a TRUE. Any other value should be an error,
// but we could relax this constraint. So if we have
// something
// which is not 0, it will be interpreted as TRUE, but we
// will generate a warning.
Value value = tlv.getValue();
try
{
searchRequest.setTypesOnly( BooleanDecoder.parse( value ) );
}
catch ( BooleanDecoderException bde )
{
LOG.error( I18n
.err( I18n.ERR_04105, Strings.dumpBytes(value.getData()), bde.getMessage() ) );
throw new DecoderException( bde.getMessage() );
}
if ( IS_DEBUG )
{
LOG.debug( "The search will return {}", ( searchRequest.getTypesOnly() ? "only attributs type"
: "attributes types and values" ) );
}
}
} );
//============================================================================================
// Search Request And Filter
// This is quite complicated, because we have a tree structure to build,
// and we may have many elements on each node. For instance, considering the
// search filter :
// (& (| (a = b) (c = d)) (! (e = f)) (attr =* h))
// We will have to create an And filter with three children :
// - an Or child,
// - a Not child
// - and a Present child.
// The Or child will also have two children.
//
// We know when we have a children while decoding the PDU, because the length
// of its parent has not yet reached its expected length.
//
// This search filter :
// (&(|(objectclass=top)(ou=contacts))(!(objectclass=ttt))(objectclass=*top))
// is encoded like this :
// +----------------+---------------+
// | ExpectedLength | CurrentLength |
//+-----------------------------+----------------+---------------+
//|A0 52 | 82 | 0 | new level 1
//| A1 24 | 82 36 | 0 0 | new level 2
//| A3 12 | 82 36 18 | 0 0 0 | new level 3
//| 04 0B 'objectclass' | 82 36 18 | 0 0 13 |
//| 04 03 'top' | 82 36 18 | 0 20 18 |
//| | ^ ^ |
//| | | | |
//| | +---------------+ |
//+-----------------------------* end level 3 -------------------*
//| A3 0E | 82 36 14 | 0 0 0 | new level 3
//| 04 02 'ou' | 82 36 14 | 0 0 4 |
//| 04 08 'contacts' | 82 36 14 | 38 36 14 |
//| | ^ ^ ^ ^ |
//| | | | | | |
//| | | +-------------|--+ |
//| | +----------------+ |
//+-----------------------------* end level 3, end level 2 ------*
//| A2 14 | 82 20 | 38 0 | new level 2
//| A3 12 | 82 20 18 | 38 0 0 | new level 3
//| 04 0B 'objectclass' | 82 20 18 | 38 0 13 |
//| 04 03 'ttt' | 82 20 18 | 60 20 18 |
//| | ^ ^ ^ ^ |
//| | | | | | |
//| | | +-------------|--+ |
//| | +----------------+ |
//+-----------------------------* end level 3, end level 2 ------*
//| A4 14 | 82 20 | 60 0 | new level 2
//| 04 0B 'objectclass' | 82 20 | 60 13 |
//| 30 05 | 82 20 | 60 13 |
//| 82 03 'top' | 82 20 | 82 20 |
//| | ^ ^ ^ ^ |
//| | | | | | |
//| | | +-------------|--+ |
//| | +----------------+ |
//+-----------------------------* end level 2, end level 1 ------*
//+-----------------------------+----------------+---------------+
//
// When the current length equals the expected length of the parent PDU,
// then we are able to 'close' the parent : it has all its children. This
// is propagated through all the tree, until either there are no more
// parents, or the expected length of the parent is different from the
// current length.
// --------------------------------------------------------------------------------------------
// Transition from TypesOnly to AND filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// and [0] SET OF Filter,
// ...
//
// Init AND filter
super.transitions[LdapStatesEnum.TYPES_ONLY_STATE.ordinal()][LdapConstants.AND_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.TYPES_ONLY_STATE, LdapStatesEnum.AND_STATE, LdapConstants.AND_FILTER_TAG,
new InitAndFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from TypesOnly to OR filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// or [1] SET OF Filter,
// ...
//
// Init OR filter
super.transitions[LdapStatesEnum.TYPES_ONLY_STATE.ordinal()][LdapConstants.OR_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.TYPES_ONLY_STATE, LdapStatesEnum.OR_STATE, LdapConstants.OR_FILTER_TAG,
new InitOrFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from TypesOnly to NOT filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// not [2] SET OF Filter,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.TYPES_ONLY_STATE.ordinal()][LdapConstants.NOT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.TYPES_ONLY_STATE, LdapStatesEnum.NOT_STATE, LdapConstants.NOT_FILTER_TAG,
new InitNotFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from TypesOnly to Equality Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// Init Equality filter
super.transitions[LdapStatesEnum.TYPES_ONLY_STATE.ordinal()][LdapConstants.EQUALITY_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.TYPES_ONLY_STATE, LdapStatesEnum.EQUALITY_MATCH_STATE,
LdapConstants.EQUALITY_MATCH_FILTER_TAG, new InitEqualityMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from TypesOnly to Substrings filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// Init Substrings filter
super.transitions[LdapStatesEnum.TYPES_ONLY_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.TYPES_ONLY_STATE, LdapStatesEnum.SUBSTRING_FILTER_STATE,
LdapConstants.SUBSTRINGS_FILTER_TAG, new InitSubstringsFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from TypesOnly to GreaterOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// greaterOrEqual [5] AttributeValueAssertion,
// ...
//
// Init Greater Or Equal filter
super.transitions[LdapStatesEnum.TYPES_ONLY_STATE.ordinal()][LdapConstants.GREATER_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.TYPES_ONLY_STATE, LdapStatesEnum.GREATER_OR_EQUAL_STATE,
LdapConstants.GREATER_OR_EQUAL_FILTER_TAG, new InitGreaterOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from TypesOnly to LessOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// LessOrEqual [6] AttributeValueAssertion,
// ...
//
// Init Less Or Equal filter
super.transitions[LdapStatesEnum.TYPES_ONLY_STATE.ordinal()][LdapConstants.LESS_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.TYPES_ONLY_STATE, LdapStatesEnum.LESS_OR_EQUAL_STATE,
LdapConstants.LESS_OR_EQUAL_FILTER_TAG, new InitLessOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from TypesOnly to Present filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// present [7] AttributeDescription,
// ...
//
// Init Present Match filter
super.transitions[LdapStatesEnum.TYPES_ONLY_STATE.ordinal()][LdapConstants.PRESENT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.TYPES_ONLY_STATE, LdapStatesEnum.PRESENT_STATE, LdapConstants.PRESENT_FILTER_TAG,
new InitPresentFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from TypesOnly to Approx Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// approxMatch [8] AttributeValueAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.TYPES_ONLY_STATE.ordinal()][LdapConstants.APPROX_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.TYPES_ONLY_STATE, LdapStatesEnum.APPROX_MATCH_STATE, LdapConstants.APPROX_MATCH_FILTER_TAG,
new InitApproxMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from TypesOnly to Extensible Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion,
// ...
//
// Init Extensible Match filter
super.transitions[LdapStatesEnum.TYPES_ONLY_STATE.ordinal()][LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.TYPES_ONLY_STATE, LdapStatesEnum.EXTENSIBLE_MATCH_STATE,
LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG, new InitExtensibleMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from AND to AND filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// and [0] SET OF Filter,
// ...
//
// Init AND filter
super.transitions[LdapStatesEnum.AND_STATE.ordinal()][LdapConstants.AND_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.AND_STATE, LdapStatesEnum.AND_STATE, LdapConstants.AND_FILTER_TAG, new InitAndFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from AND to OR filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// or [1] SET OF Filter,
// ...
//
// Init OR filter
super.transitions[LdapStatesEnum.AND_STATE.ordinal()][LdapConstants.OR_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.AND_STATE, LdapStatesEnum.OR_STATE, LdapConstants.OR_FILTER_TAG, new InitOrFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from AND to NOT filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// not [2] SET OF Filter,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.AND_STATE.ordinal()][LdapConstants.NOT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.AND_STATE, LdapStatesEnum.NOT_STATE, LdapConstants.NOT_FILTER_TAG, new InitNotFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from AND to Equality Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.AND_STATE.ordinal()][LdapConstants.EQUALITY_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.AND_STATE, LdapStatesEnum.EQUALITY_MATCH_STATE, LdapConstants.EQUALITY_MATCH_FILTER_TAG,
new InitEqualityMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from AND to Substrings filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// Init Substrings filter
super.transitions[LdapStatesEnum.AND_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.AND_STATE, LdapStatesEnum.SUBSTRING_FILTER_STATE, LdapConstants.SUBSTRINGS_FILTER_TAG,
new InitSubstringsFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from AND to GreaterOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// greaterOrEqual [5] AttributeValueAssertion,
// ...
//
// Init Greater Or Equal filter
super.transitions[LdapStatesEnum.AND_STATE.ordinal()][LdapConstants.GREATER_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.AND_STATE, LdapStatesEnum.GREATER_OR_EQUAL_STATE, LdapConstants.GREATER_OR_EQUAL_FILTER_TAG,
new InitGreaterOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from AND to LessOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// LessOrEqual [6] AttributeValueAssertion,
// ...
//
// Init Less Or Equal filter
super.transitions[LdapStatesEnum.AND_STATE.ordinal()][LdapConstants.LESS_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.AND_STATE, LdapStatesEnum.LESS_OR_EQUAL_STATE, LdapConstants.LESS_OR_EQUAL_FILTER_TAG,
new InitLessOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from AND to Present filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// present [7] AttributeDescription,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.AND_STATE.ordinal()][LdapConstants.PRESENT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.AND_STATE, LdapStatesEnum.PRESENT_STATE, LdapConstants.PRESENT_FILTER_TAG,
new InitPresentFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from AND to Approx Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// approxMatch [8] AttributeValueAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.AND_STATE.ordinal()][LdapConstants.APPROX_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.AND_STATE, LdapStatesEnum.APPROX_MATCH_STATE, LdapConstants.APPROX_MATCH_FILTER_TAG,
new InitApproxMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from AND to Extensible Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.AND_STATE.ordinal()][LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.AND_STATE, LdapStatesEnum.EXTENSIBLE_MATCH_STATE, LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG,
new InitExtensibleMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from OR to AND filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// and [0] SET OF Filter,
// ...
//
// Init AND filter
super.transitions[LdapStatesEnum.OR_STATE.ordinal()][LdapConstants.AND_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.OR_STATE, LdapStatesEnum.AND_STATE, LdapConstants.AND_FILTER_TAG, new InitAndFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from OR to OR filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// or [1] SET OF Filter,
// ...
//
// Init OR filter
super.transitions[LdapStatesEnum.OR_STATE.ordinal()][LdapConstants.OR_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.OR_STATE, LdapStatesEnum.OR_STATE, LdapConstants.OR_FILTER_TAG, new InitOrFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from OR to NOT filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// not [2] SET OF Filter,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.OR_STATE.ordinal()][LdapConstants.NOT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.OR_STATE, LdapStatesEnum.NOT_STATE, LdapConstants.NOT_FILTER_TAG, new InitNotFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from OR to Equality Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.OR_STATE.ordinal()][LdapConstants.EQUALITY_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.OR_STATE, LdapStatesEnum.EQUALITY_MATCH_STATE, LdapConstants.EQUALITY_MATCH_FILTER_TAG,
new InitEqualityMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from OR to Substrings filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// Init Substrings filter
super.transitions[LdapStatesEnum.OR_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.OR_STATE, LdapStatesEnum.SUBSTRING_FILTER_STATE, LdapConstants.SUBSTRINGS_FILTER_TAG,
new InitSubstringsFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from OR to GreaterOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// greaterOrEqual [5] AttributeValueAssertion,
// ...
//
// Init Greater Or Equal filter
super.transitions[LdapStatesEnum.OR_STATE.ordinal()][LdapConstants.GREATER_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.OR_STATE, LdapStatesEnum.GREATER_OR_EQUAL_STATE, LdapConstants.GREATER_OR_EQUAL_FILTER_TAG,
new InitGreaterOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from OR to LessOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// LessOrEqual [6] AttributeValueAssertion,
// ...
//
// Init Less Or Equal filter
super.transitions[LdapStatesEnum.OR_STATE.ordinal()][LdapConstants.LESS_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.OR_STATE, LdapStatesEnum.LESS_OR_EQUAL_STATE, LdapConstants.LESS_OR_EQUAL_FILTER_TAG,
new InitLessOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from OR to Present filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// present [7] AttributeDescription,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.OR_STATE.ordinal()][LdapConstants.PRESENT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.OR_STATE, LdapStatesEnum.PRESENT_STATE, LdapConstants.PRESENT_FILTER_TAG,
new InitPresentFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from OR to Approx Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// approxMatch [8] AttributeValueAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.OR_STATE.ordinal()][LdapConstants.APPROX_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.OR_STATE, LdapStatesEnum.APPROX_MATCH_STATE, LdapConstants.APPROX_MATCH_FILTER_TAG,
new InitApproxMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from OR to Extensible Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.OR_STATE.ordinal()][LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.OR_STATE, LdapStatesEnum.EXTENSIBLE_MATCH_STATE, LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG,
new InitExtensibleMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from NOT to AND filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// and [0] SET OF Filter,
// ...
//
// Init AND filter
super.transitions[LdapStatesEnum.NOT_STATE.ordinal()][LdapConstants.AND_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.NOT_STATE, LdapStatesEnum.AND_STATE, LdapConstants.AND_FILTER_TAG, new InitAndFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from NOT to OR filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// or [1] SET OF Filter,
// ...
//
// Init OR filter
super.transitions[LdapStatesEnum.NOT_STATE.ordinal()][LdapConstants.OR_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.NOT_STATE, LdapStatesEnum.OR_STATE, LdapConstants.OR_FILTER_TAG, new InitOrFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from NOT to NOT filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// not [2] SET OF Filter,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.NOT_STATE.ordinal()][LdapConstants.NOT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.NOT_STATE, LdapStatesEnum.NOT_STATE, LdapConstants.NOT_FILTER_TAG, new InitNotFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from NOT to Equality Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.NOT_STATE.ordinal()][LdapConstants.EQUALITY_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.NOT_STATE, LdapStatesEnum.EQUALITY_MATCH_STATE, LdapConstants.EQUALITY_MATCH_FILTER_TAG,
new InitEqualityMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from NOT to Substrings filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// Init Substrings filter
super.transitions[LdapStatesEnum.NOT_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.NOT_STATE, LdapStatesEnum.SUBSTRING_FILTER_STATE, LdapConstants.SUBSTRINGS_FILTER_TAG,
new InitSubstringsFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from NOT to GreaterOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// greaterOrEqual [5] AttributeValueAssertion,
// ...
//
// Init Greater Or Equal filter
super.transitions[LdapStatesEnum.NOT_STATE.ordinal()][LdapConstants.GREATER_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.NOT_STATE, LdapStatesEnum.GREATER_OR_EQUAL_STATE, LdapConstants.GREATER_OR_EQUAL_FILTER_TAG,
new InitGreaterOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from NOT to LessOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// LessOrEqual [6] AttributeValueAssertion,
// ...
//
// Init Less Or Equal filter
super.transitions[LdapStatesEnum.NOT_STATE.ordinal()][LdapConstants.LESS_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.NOT_STATE, LdapStatesEnum.LESS_OR_EQUAL_STATE, LdapConstants.LESS_OR_EQUAL_FILTER_TAG,
new InitLessOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from NOT to Present filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// present [7] AttributeDescription,
// ...
//
// Init present filter
super.transitions[LdapStatesEnum.NOT_STATE.ordinal()][LdapConstants.PRESENT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.NOT_STATE, LdapStatesEnum.PRESENT_STATE, LdapConstants.PRESENT_FILTER_TAG,
new InitPresentFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from NOT to Approx Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// approxMatch [8] AttributeValueAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.NOT_STATE.ordinal()][LdapConstants.APPROX_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.NOT_STATE, LdapStatesEnum.APPROX_MATCH_STATE, LdapConstants.APPROX_MATCH_FILTER_TAG,
new InitApproxMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from NOT to Extensible Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion,
// ...
//
// Init extensible match filter
super.transitions[LdapStatesEnum.NOT_STATE.ordinal()][LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.NOT_STATE, LdapStatesEnum.EXTENSIBLE_MATCH_STATE, LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG,
new InitExtensibleMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Equality match to Attribute Desc Filter
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// AttributeValueAssertion ::= SEQUENCE {
// attributeDesc AttributeDescription,
// ...
//
// Init Attribute Desc filter
super.transitions[LdapStatesEnum.EQUALITY_MATCH_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.EQUALITY_MATCH_STATE, LdapStatesEnum.ATTRIBUTE_DESC_FILTER_STATE,
UniversalTag.OCTET_STRING.getValue(), new InitAttributeDescFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Attribute Desc Filter to Assertion Value Filter
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// AttributeValueAssertion ::= SEQUENCE {
// ...
// assertionValue AssertionValue }
//
// Init Assertion Value filter
super.transitions[LdapStatesEnum.ATTRIBUTE_DESC_FILTER_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_DESC_FILTER_STATE, LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE,
UniversalTag.OCTET_STRING.getValue(), new InitAssertionValueFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to AND filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// and [0] SET OF Filter,
// ...
//
// Init AND filter
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][LdapConstants.AND_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.AND_STATE, LdapConstants.AND_FILTER_TAG,
new InitAndFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to OR filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// or [1] SET OF Filter,
// ...
//
// Init OR filter
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][LdapConstants.OR_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.OR_STATE, LdapConstants.OR_FILTER_TAG,
new InitOrFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to NOT filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// not [2] SET OF Filter,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][LdapConstants.NOT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.NOT_STATE, LdapConstants.NOT_FILTER_TAG,
new InitNotFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to Equality Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][LdapConstants.EQUALITY_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.EQUALITY_MATCH_STATE,
LdapConstants.EQUALITY_MATCH_FILTER_TAG, new InitEqualityMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to Substrings filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// Init Substrings filter
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.SUBSTRING_FILTER_STATE,
LdapConstants.SUBSTRINGS_FILTER_TAG, new InitSubstringsFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to GreaterOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// greaterOrEqual [5] AttributeValueAssertion,
// ...
//
// Init Greater Or Equal filter
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][LdapConstants.GREATER_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.GREATER_OR_EQUAL_STATE,
LdapConstants.GREATER_OR_EQUAL_FILTER_TAG, new InitGreaterOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to LessOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// LessOrEqual [6] AttributeValueAssertion,
// ...
//
// Init Less Or Equal filter
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][LdapConstants.LESS_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.LESS_OR_EQUAL_STATE,
LdapConstants.LESS_OR_EQUAL_FILTER_TAG, new InitLessOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to Present filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// present [7] AttributeDescription,
// ...
//
// Init present filter
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][LdapConstants.PRESENT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.PRESENT_STATE,
LdapConstants.PRESENT_FILTER_TAG, new InitPresentFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to Approx Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// approxMatch [8] AttributeValueAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][LdapConstants.APPROX_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.APPROX_MATCH_STATE,
LdapConstants.APPROX_MATCH_FILTER_TAG, new InitApproxMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to Extensible Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion,
// ...
//
// Init Assertion Value Filter filter
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.EXTENSIBLE_MATCH_STATE,
LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG, new InitExtensibleMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Assertion Value Filter to Attribute Description List
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// attributes AttributeDescriptionList }
//
// AttributeDescriptionList ::= SEQUENCE OF
// AttributeDescription
//
// Init attribute description list
super.transitions[LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.ASSERTION_VALUE_FILTER_STATE, LdapStatesEnum.ATTRIBUTE_DESCRIPTION_LIST_STATE,
UniversalTag.SEQUENCE.getValue(), new InitAttributeDescListAction() );
// --------------------------------------------------------------------------------------------
// Transition from Attribute Description List to AttributeDescription
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// attributes AttributeDescriptionList }
//
// AttributeDescriptionList ::= SEQUENCE OF
// AttributeDescription
//
// Store attribute description
super.transitions[LdapStatesEnum.ATTRIBUTE_DESCRIPTION_LIST_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_DESCRIPTION_LIST_STATE, LdapStatesEnum.ATTRIBUTE_DESCRIPTION_STATE,
UniversalTag.OCTET_STRING.getValue(), new AttributeDescAction() );
// --------------------------------------------------------------------------------------------
// Transition from Attribute Description List to Controls
// --------------------------------------------------------------------------------------------
// searchRequest SearchRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
// Empty attribute description list, with controls
super.transitions[LdapStatesEnum.ATTRIBUTE_DESCRIPTION_LIST_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_DESCRIPTION_LIST_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Attribute Description to AttributeDescription
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// attributes AttributeDescriptionList }
//
// AttributeDescriptionList ::= SEQUENCE OF
// AttributeDescription
//
// Store attribute description
super.transitions[LdapStatesEnum.ATTRIBUTE_DESCRIPTION_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_DESCRIPTION_STATE, LdapStatesEnum.ATTRIBUTE_DESCRIPTION_STATE,
UniversalTag.OCTET_STRING.getValue(), new AttributeDescAction() );
// --------------------------------------------------------------------------------------------
// transition from Attribute Description to Controls.
// --------------------------------------------------------------------------------------------
// searchRequest SearchRequest,
// ... },
// controls [0] Controls OPTIONAL }
//
super.transitions[LdapStatesEnum.ATTRIBUTE_DESCRIPTION_STATE.ordinal()][LdapConstants.CONTROLS_TAG] = new GrammarTransition(
LdapStatesEnum.ATTRIBUTE_DESCRIPTION_STATE, LdapStatesEnum.CONTROLS_STATE, LdapConstants.CONTROLS_TAG,
new ControlsInitAction() );
// --------------------------------------------------------------------------------------------
// Transition from Greater Or Equal to Attribute Desc Filter
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// greaterOrEqual [5] AttributeValueAssertion,
// ...
//
// AttributeValueAssertion ::= SEQUENCE {
// attributeDesc AttributeDescription,
// ...
//
// Init Attribute Desc filter
super.transitions[LdapStatesEnum.GREATER_OR_EQUAL_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.GREATER_OR_EQUAL_STATE, LdapStatesEnum.ATTRIBUTE_DESC_FILTER_STATE,
UniversalTag.OCTET_STRING.getValue(), new InitAttributeDescFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Less Or Equal to Attribute Desc Filter
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// lessOrEqual [6] AttributeValueAssertion,
// ...
//
// AttributeValueAssertion ::= SEQUENCE {
// attributeDesc AttributeDescription,
// ...
//
// Init Attribute Desc filter
super.transitions[LdapStatesEnum.LESS_OR_EQUAL_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.LESS_OR_EQUAL_STATE, LdapStatesEnum.ATTRIBUTE_DESC_FILTER_STATE,
UniversalTag.OCTET_STRING.getValue(), new InitAttributeDescFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Substrings to typeSubstring
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// SubstringFilter ::= SEQUENCE {
// type AttributeDescription,
// ...
//
// Init substring type
super.transitions[LdapStatesEnum.SUBSTRING_FILTER_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.SUBSTRING_FILTER_STATE, LdapStatesEnum.TYPE_SUBSTRING_STATE, UniversalTag.OCTET_STRING.getValue(),
new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "Store substring filter type" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container ) throws DecoderException
{
SearchRequestDecorator searchRequestDecorator = container.getMessage();
TLV tlv = container.getCurrentTLV();
// Store the value.
SubstringFilter substringFilter = ( SubstringFilter ) searchRequestDecorator.getTerminalFilter();
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04106 );
LOG.error( msg );
throw new DecoderException( msg );
}
else
{
String type = getType(tlv.getValue().getData());
substringFilter.setType( type );
// We now have to get back to the nearest filter which
// is not terminal.
searchRequestDecorator.setTerminalFilter( substringFilter );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from typeSubstring to substrings
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// SubstringFilter ::= SEQUENCE {
// ...
// substrings SEQUENCE OF CHOICE {
// ...
//
// Init substring type
super.transitions[LdapStatesEnum.TYPE_SUBSTRING_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.TYPE_SUBSTRING_STATE, LdapStatesEnum.SUBSTRINGS_STATE, UniversalTag.SEQUENCE.getValue(),
new GrammarAction<LdapMessageContainer<MessageDecorator<? extends Message>>>( "Substring Filter substringsSequence " )
{
public void action( LdapMessageContainer<MessageDecorator<? extends Message>> container ) throws DecoderException
{
TLV tlv = container.getCurrentTLV();
if ( tlv.getLength() == 0 )
{
LOG.error( I18n.err( I18n.ERR_04107 ) );
throw new DecoderException( "The substring sequence is empty" );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from substrings to Initial
// --------------------------------------------------------------------------------------------
// SubstringFilter ::= SEQUENCE {
// ...
// substrings SEQUENCE OF CHOICE {
// initial [0] LDAPSTRING,
// ...
//
// Store initial value
super.transitions[LdapStatesEnum.SUBSTRINGS_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_INITIAL_TAG] = new GrammarTransition(
LdapStatesEnum.SUBSTRINGS_STATE, LdapStatesEnum.INITIAL_STATE, LdapConstants.SUBSTRINGS_FILTER_INITIAL_TAG,
new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "Store substring filter initial Value" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container ) throws DecoderException
{
SearchRequestDecorator searchRequestDecorator = container.getMessage();
TLV tlv = container.getCurrentTLV();
// Store the value.
SubstringFilter substringFilter = ( SubstringFilter ) searchRequestDecorator.getTerminalFilter();
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04108 );
LOG.error( msg );
throw new DecoderException( msg );
}
substringFilter.setInitialSubstrings( Strings.utf8ToString(tlv.getValue().getData()) );
// We now have to get back to the nearest filter which is
// not terminal.
searchRequestDecorator.unstackFilters( container );
}
} );
// --------------------------------------------------------------------------------------------
// Transition from substrings to any
// --------------------------------------------------------------------------------------------
// SubstringFilter ::= SEQUENCE {
// ...
// substrings SEQUENCE OF CHOICE {
// ...
// any [1] LDAPSTRING,
// ...
//
// Store substring any type
super.transitions[LdapStatesEnum.SUBSTRINGS_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_ANY_TAG] = new GrammarTransition(
LdapStatesEnum.SUBSTRINGS_STATE, LdapStatesEnum.ANY_STATE, LdapConstants.SUBSTRINGS_FILTER_ANY_TAG,
new StoreAnyAction() );
// --------------------------------------------------------------------------------------------
// Transition from substrings to final
// --------------------------------------------------------------------------------------------
// SubstringFilter ::= SEQUENCE {
// ...
// substrings SEQUENCE OF CHOICE {
// ...
// final [2] LDAPSTRING }
//
// Store substring final type
super.transitions[LdapStatesEnum.SUBSTRINGS_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_FINAL_TAG] = new GrammarTransition(
LdapStatesEnum.SUBSTRINGS_STATE, LdapStatesEnum.FINAL_STATE, LdapConstants.SUBSTRINGS_FILTER_FINAL_TAG,
new StoreFinalAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to any
// --------------------------------------------------------------------------------------------
// SubstringFilter ::= SEQUENCE {
// ...
// substrings SEQUENCE OF CHOICE {
// ...
// any [1] LDAPSTRING,
// ...
//
// Store substring any type
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_ANY_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.ANY_STATE, LdapConstants.SUBSTRINGS_FILTER_ANY_TAG,
new StoreAnyAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to final
// --------------------------------------------------------------------------------------------
// SubstringFilter ::= SEQUENCE {
// ...
// substrings SEQUENCE OF CHOICE {
// ...
// final [2] LDAPSTRING }
//
// Store substring final type
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_FINAL_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.FINAL_STATE, LdapConstants.SUBSTRINGS_FILTER_FINAL_TAG,
new StoreFinalAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to Attribute Description List
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// attributes AttributeDescriptionList }
//
// AttributeDescriptionList ::= SEQUENCE OF
// AttributeDescription
//
// Init attribute description list
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.ATTRIBUTE_DESCRIPTION_LIST_STATE, UniversalTag.SEQUENCE.getValue(),
new InitAttributeDescListAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to AND filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// and [0] SET OF Filter,
// ...
//
// Init AND filter
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.AND_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.AND_STATE, LdapConstants.AND_FILTER_TAG,
new InitAndFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to OR filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// or [1] SET OF Filter,
// ...
//
// Init OR filter
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.OR_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.OR_STATE, LdapConstants.OR_FILTER_TAG,
new InitOrFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to NOT filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// not [2] SET OF Filter,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.NOT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.NOT_STATE, LdapConstants.NOT_FILTER_TAG,
new InitNotFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to Equality Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.EQUALITY_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.EQUALITY_MATCH_STATE, LdapConstants.EQUALITY_MATCH_FILTER_TAG,
new InitEqualityMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to Substrings filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// Init Substrings filter
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.SUBSTRING_FILTER_STATE, LdapConstants.SUBSTRINGS_FILTER_TAG,
new InitSubstringsFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to GreaterOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// greaterOrEqual [5] AttributeValueAssertion,
// ...
//
// Init Greater Or Equal filter
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.GREATER_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.GREATER_OR_EQUAL_STATE,
LdapConstants.GREATER_OR_EQUAL_FILTER_TAG, new InitGreaterOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to LessOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// LessOrEqual [6] AttributeValueAssertion,
// ...
//
// Init Less Or Equal filter
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.LESS_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.LESS_OR_EQUAL_STATE, LdapConstants.LESS_OR_EQUAL_FILTER_TAG,
new InitLessOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to Present filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// present [7] AttributeDescription,
// ...
//
// Init present filter
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.PRESENT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.PRESENT_STATE, LdapConstants.PRESENT_FILTER_TAG,
new InitPresentFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to Approx Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// approxMatch [8] AttributeValueAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.APPROX_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.APPROX_MATCH_STATE, LdapConstants.APPROX_MATCH_FILTER_TAG,
new InitApproxMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from initial to Extensible Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion,
// ...
//
// Init Assertion Value Filter filter
super.transitions[LdapStatesEnum.INITIAL_STATE.ordinal()][LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.INITIAL_STATE, LdapStatesEnum.EXTENSIBLE_MATCH_STATE,
LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG, new InitExtensibleMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to final
// --------------------------------------------------------------------------------------------
// SubstringFilter ::= SEQUENCE {
// ...
// substrings SEQUENCE OF CHOICE {
// ...
// final [2] LDAPSTRING }
//
// Store substring final type
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_FINAL_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.FINAL_STATE, LdapConstants.SUBSTRINGS_FILTER_FINAL_TAG,
new StoreFinalAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to any
// --------------------------------------------------------------------------------------------
// SubstringFilter ::= SEQUENCE {
// ...
// substrings SEQUENCE OF CHOICE {
// ...
// any [1] LDAPSTRING
// ...
//
// Store substring any type
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_ANY_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.ANY_STATE, LdapConstants.SUBSTRINGS_FILTER_ANY_TAG,
new StoreAnyAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to Attribute Description List
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// attributes AttributeDescriptionList }
//
// AttributeDescriptionList ::= SEQUENCE OF
// AttributeDescription
//
// Init attribute description list
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.ATTRIBUTE_DESCRIPTION_LIST_STATE, UniversalTag.SEQUENCE.getValue(),
new InitAttributeDescListAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to AND filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// and [0] SET OF Filter,
// ...
//
// Init AND filter
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.AND_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.AND_STATE, LdapConstants.AND_FILTER_TAG, new InitAndFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to OR filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// or [1] SET OF Filter,
// ...
//
// Init OR filter
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.OR_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.OR_STATE, LdapConstants.OR_FILTER_TAG, new InitOrFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to NOT filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// not [2] SET OF Filter,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.NOT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.NOT_STATE, LdapConstants.NOT_FILTER_TAG, new InitNotFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to Equality Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.EQUALITY_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.EQUALITY_MATCH_STATE, LdapConstants.EQUALITY_MATCH_FILTER_TAG,
new InitEqualityMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to Substrings filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// Init Substrings filter
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.SUBSTRING_FILTER_STATE, LdapConstants.SUBSTRINGS_FILTER_TAG,
new InitSubstringsFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to GreaterOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// greaterOrEqual [5] AttributeValueAssertion,
// ...
//
// Init Greater Or Equal filter
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.GREATER_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.GREATER_OR_EQUAL_STATE, LdapConstants.GREATER_OR_EQUAL_FILTER_TAG,
new InitGreaterOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to LessOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// LessOrEqual [6] AttributeValueAssertion,
// ...
//
// Init Less Or Equal filter
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.LESS_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.LESS_OR_EQUAL_STATE, LdapConstants.LESS_OR_EQUAL_FILTER_TAG,
new InitLessOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to Present filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// present [7] AttributeDescription,
// ...
//
// Init present filter
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.PRESENT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.PRESENT_STATE, LdapConstants.PRESENT_FILTER_TAG,
new InitPresentFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to Approx Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// approxMatch [8] AttributeValueAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.APPROX_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.APPROX_MATCH_STATE, LdapConstants.APPROX_MATCH_FILTER_TAG,
new InitApproxMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from any to Extensible Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion,
// ...
//
// Init Assertion Value Filter filter
super.transitions[LdapStatesEnum.ANY_STATE.ordinal()][LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.ANY_STATE, LdapStatesEnum.EXTENSIBLE_MATCH_STATE, LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG,
new InitExtensibleMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to Attribute Description List
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// attributes AttributeDescriptionList }
//
// AttributeDescriptionList ::= SEQUENCE OF
// AttributeDescription
//
// Init attribute description list
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.ATTRIBUTE_DESCRIPTION_LIST_STATE, UniversalTag.SEQUENCE.getValue(),
new InitAttributeDescListAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to AND filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// and [0] SET OF Filter,
// ...
//
// Init AND filter
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][LdapConstants.AND_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.AND_STATE, LdapConstants.AND_FILTER_TAG,
new InitAndFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to OR filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// or [1] SET OF Filter,
// ...
//
// Init OR filter
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][LdapConstants.OR_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.OR_STATE, LdapConstants.OR_FILTER_TAG, new InitOrFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to NOT filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// not [2] SET OF Filter,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][LdapConstants.NOT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.NOT_STATE, LdapConstants.NOT_FILTER_TAG,
new InitNotFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to Equality Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][LdapConstants.EQUALITY_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.EQUALITY_MATCH_STATE, LdapConstants.EQUALITY_MATCH_FILTER_TAG,
new InitEqualityMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to Substrings filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// Init Substrings filter
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.SUBSTRING_FILTER_STATE, LdapConstants.SUBSTRINGS_FILTER_TAG,
new InitSubstringsFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to GreaterOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// greaterOrEqual [5] AttributeValueAssertion,
// ...
//
// Init Greater Or Equal filter
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][LdapConstants.GREATER_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.GREATER_OR_EQUAL_STATE,
LdapConstants.GREATER_OR_EQUAL_FILTER_TAG, new InitGreaterOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to LessOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// LessOrEqual [6] AttributeValueAssertion,
// ...
//
// Init Less Or Equal filter
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][LdapConstants.LESS_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.LESS_OR_EQUAL_STATE, LdapConstants.LESS_OR_EQUAL_FILTER_TAG,
new InitLessOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to Present filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// present [7] AttributeDescription,
// ...
//
// Init present filter
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][LdapConstants.PRESENT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.PRESENT_STATE, LdapConstants.PRESENT_FILTER_TAG,
new InitPresentFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to Approx Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// approxMatch [8] AttributeValueAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][LdapConstants.APPROX_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.APPROX_MATCH_STATE, LdapConstants.APPROX_MATCH_FILTER_TAG,
new InitApproxMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from final to Extensible Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion,
// ...
//
// Init Assertion Value Filter filter
super.transitions[LdapStatesEnum.FINAL_STATE.ordinal()][LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.FINAL_STATE, LdapStatesEnum.EXTENSIBLE_MATCH_STATE,
LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG, new InitExtensibleMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to AND filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// and [0] SET OF Filter,
// ...
//
// Init AND filter
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][LdapConstants.AND_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.AND_STATE, LdapConstants.AND_FILTER_TAG,
new InitAndFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to OR filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// or [1] SET OF Filter,
// ...
//
// Init OR filter
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][LdapConstants.OR_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.OR_STATE, LdapConstants.OR_FILTER_TAG,
new InitOrFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to NOT filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// not [2] SET OF Filter,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][LdapConstants.NOT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.NOT_STATE, LdapConstants.NOT_FILTER_TAG,
new InitNotFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to Equality Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// equalityMatch [3] AttributeValueAssertion,
// ...
//
// Init NOT filter
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][LdapConstants.EQUALITY_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.EQUALITY_MATCH_STATE, LdapConstants.EQUALITY_MATCH_FILTER_TAG,
new InitEqualityMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to Substrings filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// substrings [4] SubstringFilter,
// ...
//
// Init Substrings filter
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][LdapConstants.SUBSTRINGS_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.SUBSTRING_FILTER_STATE, LdapConstants.SUBSTRINGS_FILTER_TAG,
new InitSubstringsFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to GreaterOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// greaterOrEqual [5] AttributeValueAssertion,
// ...
//
// Init Greater Or Equal filter
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][LdapConstants.GREATER_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.GREATER_OR_EQUAL_STATE,
LdapConstants.GREATER_OR_EQUAL_FILTER_TAG, new InitGreaterOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to LessOrEqual filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// LessOrEqual [6] AttributeValueAssertion,
// ...
//
// Init Less Or Equal filter
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][LdapConstants.LESS_OR_EQUAL_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.LESS_OR_EQUAL_STATE, LdapConstants.LESS_OR_EQUAL_FILTER_TAG,
new InitLessOrEqualFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to Present filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// present [7] AttributeDescription,
// ...
//
// Init present filter
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][LdapConstants.PRESENT_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.PRESENT_STATE, LdapConstants.PRESENT_FILTER_TAG,
new InitPresentFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to Approx Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// approxMatch [8] AttributeValueAssertion,
// ...
//
// Init Approx Match filter
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][LdapConstants.APPROX_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.APPROX_MATCH_STATE, LdapConstants.APPROX_MATCH_FILTER_TAG,
new InitApproxMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to Extensible Match filter
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// ...
//
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion,
// ...
//
// Init Assertion Value Filter filter
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.EXTENSIBLE_MATCH_STATE,
LdapConstants.EXTENSIBLE_MATCH_FILTER_TAG, new InitExtensibleMatchFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Present Filter to Attribute Description List
// --------------------------------------------------------------------------------------------
// SearchRequest ::= [APPLICATION 3] SEQUENCE {
// ...
// filter Filter,
// attributes AttributeDescriptionList }
//
// AttributeDescriptionList ::= SEQUENCE OF
// AttributeDescription
//
// Init attribute description list
super.transitions[LdapStatesEnum.PRESENT_STATE.ordinal()][UniversalTag.SEQUENCE.getValue()] = new GrammarTransition(
LdapStatesEnum.PRESENT_STATE, LdapStatesEnum.ATTRIBUTE_DESCRIPTION_LIST_STATE, UniversalTag.SEQUENCE.getValue(),
new InitAttributeDescListAction() );
// --------------------------------------------------------------------------------------------
// Transition from Approx Match to Attribute Desc Filter
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// approxMatch [8] AttributeValueAssertion,
// ...
//
// AttributeValueAssertion ::= SEQUENCE {
// attributeDesc AttributeDescription,
// ...
//
// Init Attribute Desc filter
super.transitions[LdapStatesEnum.APPROX_MATCH_STATE.ordinal()][UniversalTag.OCTET_STRING.getValue()] = new GrammarTransition(
LdapStatesEnum.APPROX_MATCH_STATE, LdapStatesEnum.ATTRIBUTE_DESC_FILTER_STATE,
UniversalTag.OCTET_STRING.getValue(), new InitAttributeDescFilterAction() );
// --------------------------------------------------------------------------------------------
// Transition from Extensible Match to MatchingRule
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion }
//
// MatchingRuleAssertion ::= SEQUENCE {
// matchingRule [1] MatchingRuleId OPTIONAL,
// ...
//
// Store the matching rule ID
super.transitions[LdapStatesEnum.EXTENSIBLE_MATCH_STATE.ordinal()][LdapConstants.MATCHING_RULE_ID_TAG] = new GrammarTransition(
LdapStatesEnum.EXTENSIBLE_MATCH_STATE, LdapStatesEnum.MATCHING_RULE_STATE,
LdapConstants.MATCHING_RULE_ID_TAG, new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "Store matching rule Value" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container ) throws DecoderException
{
SearchRequestDecorator searchRequest = container.getMessage();
TLV tlv = container.getCurrentTLV();
// Store the value.
ExtensibleMatchFilter extensibleMatchFilter = ( ExtensibleMatchFilter )
searchRequest.getTerminalFilter();
if ( tlv.getLength() == 0 )
{
String msg = I18n.err( I18n.ERR_04109 );
LOG.error( msg );
// It will generate a PROTOCOL_ERROR
throw new DecoderException( I18n.err( I18n.ERR_04109 ) );
}
else
{
extensibleMatchFilter.setMatchingRule( Strings.utf8ToString(tlv.getValue().getData()) );
}
}
} );
// --------------------------------------------------------------------------------------------
// Transition from Extensible Match to type matching rule
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion }
//
// MatchingRuleAssertion ::= SEQUENCE {
// ...
// type [2] AttributeDescription OPTIONAL,
// ...
//
// Store the matching rule ID
super.transitions[LdapStatesEnum.EXTENSIBLE_MATCH_STATE.ordinal()][LdapConstants.MATCHING_RULE_TYPE_TAG] = new GrammarTransition(
LdapStatesEnum.EXTENSIBLE_MATCH_STATE, LdapStatesEnum.TYPE_MATCHING_RULE_STATE,
LdapConstants.MATCHING_RULE_TYPE_TAG, new StoreTypeMatchingRuleAction() );
// --------------------------------------------------------------------------------------------
// Transition from Extensible Match to match value
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion }
//
// MatchingRuleAssertion ::= SEQUENCE {
// ...
// matchValue [3] AssertionValue,
// ...
//
// Store the matching rule ID
super.transitions[LdapStatesEnum.EXTENSIBLE_MATCH_STATE.ordinal()][LdapConstants.MATCH_VALUE_TAG] = new GrammarTransition(
LdapStatesEnum.EXTENSIBLE_MATCH_STATE, LdapStatesEnum.MATCH_VALUE_STATE, LdapConstants.MATCH_VALUE_TAG,
new StoreMatchValueAction() );
// --------------------------------------------------------------------------------------------
// Transition from matching rule to type matching rule
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion }
//
// MatchingRuleAssertion ::= SEQUENCE {
// ...
// type [2] AttributeDescription OPTIONAL,
// ...
//
// Store the matching rule ID
super.transitions[LdapStatesEnum.MATCHING_RULE_STATE.ordinal()][LdapConstants.MATCHING_RULE_TYPE_TAG] = new GrammarTransition(
LdapStatesEnum.MATCHING_RULE_STATE, LdapStatesEnum.TYPE_MATCHING_RULE_STATE,
LdapConstants.MATCHING_RULE_TYPE_TAG, new StoreTypeMatchingRuleAction() );
// --------------------------------------------------------------------------------------------
// Transition from matching rule to match value
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion }
//
// MatchingRuleAssertion ::= SEQUENCE {
// ...
// matchValue [3] AssertionValue,
// ...
//
// Store the matching rule ID
super.transitions[LdapStatesEnum.MATCHING_RULE_STATE.ordinal()][LdapConstants.MATCH_VALUE_TAG] = new GrammarTransition(
LdapStatesEnum.MATCHING_RULE_STATE, LdapStatesEnum.MATCH_VALUE_STATE, LdapConstants.MATCH_VALUE_TAG,
new StoreMatchValueAction() );
// --------------------------------------------------------------------------------------------
// Transition from matching type to match value
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion }
//
// MatchingRuleAssertion ::= SEQUENCE {
// ...
// matchValue [3] AssertionValue,
// ...
//
// Store the matching rule ID
super.transitions[LdapStatesEnum.TYPE_MATCHING_RULE_STATE.ordinal()][LdapConstants.MATCH_VALUE_TAG] = new GrammarTransition(
LdapStatesEnum.TYPE_MATCHING_RULE_STATE, LdapStatesEnum.MATCH_VALUE_STATE, LdapConstants.MATCH_VALUE_TAG,
new StoreMatchValueAction() );
// --------------------------------------------------------------------------------------------
// Transition from match value to dnAttributes
// --------------------------------------------------------------------------------------------
// Filter ::= CHOICE {
// ...
// extensibleMatch [9] MatchingRuleAssertion }
//
// MatchingRuleAssertion ::= SEQUENCE {
// ...
// dnAttributes [4] BOOLEAN DEFAULT FALSE }
//
// Store the dnAttributes flag
super.transitions[LdapStatesEnum.MATCH_VALUE_STATE.ordinal()][LdapConstants.DN_ATTRIBUTES_FILTER_TAG] = new GrammarTransition(
LdapStatesEnum.MATCH_VALUE_STATE, LdapStatesEnum.DN_ATTRIBUTES_STATE,
LdapConstants.DN_ATTRIBUTES_FILTER_TAG,
new GrammarAction<LdapMessageContainer<SearchRequestDecorator>>( "Store matching dnAttributes Value" )
{
public void action( LdapMessageContainer<SearchRequestDecorator> container ) throws DecoderException
{
SearchRequestDecorator searchRequest = container.getMessage();
TLV tlv = container.getCurrentTLV();
// Store the value.
ExtensibleMatchFilter extensibleMatchFilter = ( ExtensibleMatchFilter ) searchRequest.getTerminalFilter();
// We get the value. If it's a 0, it's a FALSE. If it's
// a FF, it's a TRUE. Any other value should be an error,
// but we could relax this constraint. So if we have
// something
// which is not 0, it will be interpreted as TRUE, but we
// will generate a warning.
Value value = tlv.getValue();
try
{
extensibleMatchFilter.setDnAttributes( BooleanDecoder.parse( value ) );
}
catch ( BooleanDecoderException bde )
{
LOG.error( I18n
.err( I18n.ERR_04110, Strings.dumpBytes(value.getData()), bde.getMessage() ) );
throw new DecoderException( bde.getMessage() );
}
if ( IS_DEBUG )