Uses of Class
com.ergotech.secs.SecsMsg

Packages that use SecsMsg

Package	Description
com.ergotech.secs
com.ergotech.secs.gem
com.ergotech.transsecs.secs

Uses of SecsMsg in com.ergotech.secs

Subclasses of SecsMsg in com.ergotech.secs

Modifier and Type	Class and Description
class	HSMSHeaderMsg This object is just for Sending HSMSHeaderMessages.
class	MultiBlockRequest
class	S0F0 A general purpose method.
class	S100F1 Are You There Request.
class	S100F10
class	S100F105 Tag File Directory Read (FDR).
class	S100F11
class	S100F13 Equipment Constant Request.
class	S100F14 New Equipment Constant Send (ECS).
class	S100F15 New Equipment Constant Send.
class	S100F16 New Equipment Constant Acknowledge.
class	S100F17 Date And Time Request.
class	S100F18 Data And Time Data.
class	S100F2 On Line Data.
class	S100F31 Date And Time Set Request.
class	S100F32 Date And Time Set Acknowledge.
class	S100F7
class	S100F8 S100F8
class	S100F9 New Equipment Constant Acknowledge.
class	S10F0 Abort Transaction.
class	S10F1 Terminal Request (TRN).
class	S10F2 Terminal Request Acknowledge (TRA).
class	S10F3 Terminal Display Single (VTN).
class	S10F4 Terminal Display, Single Acknowledge (VTA).
class	S10F5 Terminal Display, Multi-Block (VTN).
class	S10F6 Terminal Display, Multi-Block Acknowledge (VMA).
class	S15F0 Abort Transaction.
class	S15F1 On Line Data.
class	S15F10 On Line Data.
class	S15F11 On Line Data.
class	S15F12 Recipe Version Data
class	S15F13 Recipe Create Request
class	S15F14 On Line Data.
class	S15F15 Recipe Store Request.
class	S15F16 On Line Data.
class	S15F17 On Line Data.
class	S15F18 Recipe Store Request.
class	S15F19 On Line Data.
class	S15F2 Recipe Managerment Multi-block Grant.
class	S15F20 On Line Data.
class	S15F21 On Line Data.
class	S15F22 On Line Data.
class	S15F23 On Line Data.
class	S15F24 Recipe Store Request.
class	S15F25 On Line Data.
class	S15F26 On Line Data.
class	S15F27 On Line Data.
class	S15F28 Recipe Store Request.
class	S15F29 On Line Data.
class	S15F3 On Line Data.
class	S15F30 Recipe Store Request.
class	S15F31 On Line Data.
class	S15F32 Recipe Store Request.
class	S15F33 Recipe Store Request.
class	S15F34 On Line Data.
class	S15F35 On Line Data.
class	S15F36 On Line Data.
class	S15F37 On Line Data.
class	S15F38 On Line Data.
class	S15F39 On Line Data.
class	S15F4 On Line Data.
class	S15F40 On Line Data.
class	S15F41 On Line Data.
class	S15F42 On Line Data.
class	S15F43 On Line Data.
class	S15F44 DRNS Get Change Request Data
class	S15F45 DRNS Manager Segment Change Approval Request.
class	S15F46 DRNS Manger Segment Approval Acknowledge
class	S15F47 DRNS Manager Rebuild Request
class	S15F48 On Line Data.
class	S15F5 On Line Data.
class	S15F6 On Line Data.
class	S15F7 On Line Data.
class	S15F8 On Line Data.
class	S15F9 On Line Data.
class	S1F0 Abort Transaction.
class	S1F1 Are You There Request.
class	S1F10 Material Transfer Status Data (TSD).
class	S1F11 Status Variable Namelist Request(SVNR).
class	S1F12 Status Variable Namelist Reply (SVNRR).
class	S1F13 Establish Communications Request.
class	S1F14 Establish Communications Request Acknowledge.
class	S1F15 Request On-Line.
class	S1F16 On-Line Acknowledge.
class	S1F17 Request On-Line.
class	S1F18 On-Line Acknowledge.
class	S1F19 S1F19 Get Attribute.
class	S1F2 On Line Data.
class	S1F20 S1F20 Attribute Data.
class	S1F3 Selected Equipment Status Request.
class	S1F4 Selected Equipment Status Data.
class	S1F5 Formatted Status Request.
class	S1F6
class	S1F7 Fixed Form Request (FFR).
class	S1F8
class	S1F9 Material Transfer Status Request (TSR).
class	S2F0 Abort Transaction.
class	S2F1 This message is used to initiate the transfer of a process program or to select from stored programs.
class	S2F10 This message transfers a Service program.
class	S2F11 Service Program Directory Request.
class	S2F12 Service Program Directory Data.
class	S2F13 Equipment Constant Request.
class	S2F14 Equipment Constant Data.
class	S2F15 New Equipment Constant Send.
class	S2F16 New Equipment Constant Acknowledge.
class	S2F17 Date And Time Request.
class	S2F18 Data And Time Data.
class	S2F19 Reset/Initialize Send.
class	S2F2 This message gives permission for a Service program to be loaded.
class	S2F20 Reset Acknowledge (RIA).
class	S2F21 Remote Command Send.
class	S2F22 Remote Command Acknowledge (RCA).
class	S2F23 Trace Initialize Send.
class	S2F24 Trace Initialize Acknowledge.
class	S2F25 Loopback Disgnostic Request.
class	S2F26 Loopback Disgnostic Data.
class	S2F27 Initiate Processing Request.
class	S2F28 Initiate Processing Acknowldege.
class	S2F29 Equipment Constant Namelist Request.
class	S2F3 This message transfers a Service program.
class	S2F30 Equipment Constant Namelist.
class	S2F31 Date And Time Set Request.
class	S2F32 Date And Time Set Acknowledge.
class	S2F33 Define Report.
class	S2F34 On-Line Acknowledge.
class	S2F35 Link Event Report (LER).
class	S2F36 Link Event Report Acknowledge.
class	S2F37 Enable/Disable Event Report.
class	S2F38 Acknowledge or error.
class	S2F39 If a S2F33, S2F35, S2F45, OR S2F49 message is more than one block, this transaction must procede the message.
class	S2F4 This message transfers a Service program.
class	S2F40 Multi-block Grant.
class	S2F41 Host Command Send (HCS).
class	S2F42 Host Command Acknowledge (HCA).
class	S2F43 Reset Spooling Streams and Function (RSSF).
class	S2F44 Reset Spooling Acknowledge (RSA).
class	S2F45 Defined Variable Limit Attributes (DVLA).
class	S2F46 Variable Limit Attribute Acknowledge (VLAA).
class	S2F47 Variable Limit Attributes Request (VLAR).
class	S2F48 Variable Limit Attributes Send (VLAS).
class	S2F49 Enhanced Remote Command ( ).
class	S2F5 This message transfers a Service program.
class	S2F50 Enhanced Remote Command Acknowledge ( ).
class	S2F6 This message transfers a Service program.
class	S2F7 This message transfers a Service program.
class	S2F8 This message transfers a Service program.
class	S2F9 This message transfers a Service program.
class	S5F0 Abort Transaction.
class	S5F1 Alarm Report Send (ARS).
class	S5F2 Alarm Report Acknowledge (ARA).
class	S5F3 Enable/Disable Alarm Send (EAS).
class	S5F4 Enable/Disable Alarm Acknowledge (EAA).
class	S5F5 List Alarm Request (LAR).
class	S5F6 List Alarm Data (LAD).
class	S5F7 List alarms which are enabled (LEAR).
class	S5F8 List Enable Alarm Data (LEAD).
class	S6F0 Abort Transaction.
class	S6F1 Trace Data Send(TDS).
class	S6F10 Formatted Variable Acknowledge (FVA).
class	S6F11 Event Report Send (ERS).
class	S6F12 Equipment Report Acknowledge.
class	S6F13 Annotated Event Report Send (AERS).
class	S6F14 Annotated Event Report Acknowledge (AERA).
class	S6F15 Event Report Request (ERR).
class	S6F16 Event Report Data (ERD).
class	S6F17 Annotated Event Report Request (AERR).
class	S6F18 Annotated Event Report Data (AERD).
class	S6F19 Individual Report Request (IRR).
class	S6F2 Trace Data Acknowledge.
class	S6F20 Individual Report Data (IRD).
class	S6F21 Annotated Individual Report Request (AIRR).
class	S6F22 Annotated Individual Report Data (AIRD).
class	S6F23 Request Spooled Data (RSD).
class	S6F24 Request Spooled Data Acknowledgement Send(RSDAS).
class	S6F25 Notification Report Send ( ).
class	S6F26 Notification Report Send Acknowledge ( ).
class	S6F27 Trace Report Send (TRS).
class	S6F28 Trace Report Send Acknowledge ( ).
class	S6F29 Trace Report Request (TRR).
class	S6F3 Discrete Variable Data Send(DVS).
class	S6F30 Trace Report Data (TRD).
class	S6F4 Discrete Variable Data Acknowledge (DVA).
class	S6F5 Multi-block Data Send Inquire(MBI).
class	S6F6 Multi-block Grant (MBG).
class	S6F7 Data Transfer Request (DDR).
class	S6F8 Data Transfer Data(DDD).
class	S6F9 Formatted variable Send (FVS).
class	S6F99 Bad Function Number ( ).
class	S7F0 Abort Transaction.
class	S7F1 This message is used to initiate the transfer of a process program or to select from stored programs.
class	S7F10 M/P M Data (MMD).
class	S7F11 M/P M Update Send (UMS).
class	S7F12 This message is used to acknowledge or error.
class	S7F13 Delete M/P M Entry Send (DES).
class	S7F14 This message is used to acknowledge or error.
class	S7F15 This message is used by the host to chsnge the method of process program.
class	S7F16 This message is used to acknowledge or error.
class	S7F17 Delete Process Program Send (DPS).
class	S7F18 This message is used to acknowledge or error.
class	S7F19 Current EPPD Request (RER).
class	S7F2 This message gives permission for a process program to be loaded.
class	S7F20 Current EPPD Data (RED).
class	S7F3 This message is used to send a process program.
class	S7F4 This message is used to acknowledge a process program.
class	S7F5 This message is used to Request a process program.
class	S7F6 This message is used to Data a process program.
class	S7F7 This message is used to request the PPID for use on the material identified.
class	S7F8 This message is used to transmit a single matrix entry in response to F7 The format of this message is a list containing a PPID and a MID of the message to be sent.
class	S7F9 M/P M Request.
class	S99F3 Unrecognized Stream Type (USN).
class	S9F0 Abort Transaction.
class	S9F1 Unrecognized Device ID (UDN).
class	S9F11 Data Too Long (DLN).
class	S9F13 Conversation Timeout(CTN).
class	S9F3 Unrecognized Stream Type (USN).
class	S9F5 Unrecognized Function Type (UFN).
class	S9F7 Illegal Data (IDN).
class	S9F9 Transaction Timer Timeout (TTN).

Methods in com.ergotech.secs that return SecsMsg

Modifier and Type	Method and Description
SecsMsg	HSMSSessionManager.createMessage(byte[] unconverted) Creates a SecsMsg from the raw byte stream.
SecsMsg	SecsISessionManager.createMessage(byte[] unconverted) Creates a SecsMsg from the raw byte stream.
abstract SecsMsg	SessionManager.createMessage(byte[] unconverted) This method will convert the provided byte stream into a secs message.
static SecsMsg	SecsMsg.createMsg(int stream, int function, byte[] unconverted) This will create an instance of a message SF This will send the the raw, unconverted msg into the new message but it will not unconvert or interpret the header information.
SecsMsg	SecsMsg.getAbortTransaction() This will return the abort transaction for the current stream.
static SecsMsg	SecsMsg.getAbortTransaction(int stream) This will return the abort transaction for a specific stream.
SecsMsg	SecsMsg.getNACK() Returns a nack for this message (ie SxF0)
SecsMsg	SecsMsg.getPrimaryMessage() This method will returns the original message.
SecsMsg	SecsMsg.getResponseMessage() This method will returns the original message.
SecsMsg	SecsMsg.sendMessageAndWait() Sends a message using sendMessage and waits for a response.

Methods in com.ergotech.secs that return types with arguments of type SecsMsg

Modifier and Type	Method and Description
java.util.Hashtable<java.lang.Object,SecsMsg>	SessionManager.getWaitingMessages() Returns a Hashtable of messages waiting for an acknowledgment or a response.

Methods in com.ergotech.secs with parameters of type SecsMsg

Modifier and Type	Method and Description
byte[][]	HSMSSessionManager.convertToBytes(SecsMsg msg) Converts a SecsMsg into the raw byte stream.
byte[]	MsgManager.convertToBytes(SecsMsg msg)
byte[][]	SecsISessionManager.convertToBytes(SecsMsg msg) Converts a SecsMsg into the raw byte stream.
abstract byte[][]	SessionManager.convertToBytes(SecsMsg msg) Convert a SecsMsg to a byte stream suitable for passing through whatever port we are using.
void	SecsMsg.handleResponseMessage(int status, SecsMsg sm) This message will be called if the message receives an expected reply.
boolean	UnrecoverableErrorInterface.invalidDataFormat(java.lang.Object source, SecsMsg msg) This method is called if the system detects an invalid data format.
boolean	UnrecoverableErrorInterface.invalidStreamOrFunction(java.lang.Object source, SecsMsg msg) This method is called when a message is not understood.
boolean	SessionManager.isValidHostCommandMessage(SecsMsg msgIn) host command - must have at least this structure.
boolean	UnrecoverableErrorInterface.messageTimeout(SecsMsg msg) This method is called on a T3 timeout.
void	Logger.received(SecsMsg msg) Called whenever a message is received.
void	LoggerInterface.received(SecsMsg msg) Called whenever a message is received.
void	NetLogger.received(SecsMsg msg)
void	SyslogLogger.received(SecsMsg msg)
boolean	SessionManager.reprocessMessage(SecsMsg msg) This allows for a messages to be processed as though it had been received.
void	SpoolHandler.requestSpool(SecsMsg sm)
boolean	MessageResponseInterface.responseReceived(int status, SecsMsg primary, SecsMsg response) This method will be called when a response to the message is received.
boolean	MultiBlockRequest.responseReceived(int status, SecsMsg primary, SecsMsg response) The MsgResponseInterface.
boolean	TransactionManager.responseReceived(int status, SecsMsg primary, SecsMsg response) The MsgResponseInterface.
boolean	ECVoyeurHandler.S2F13(SecsMsg msg)
boolean	ECControllerHandler.S2F14(SecsMsg msg) Captures the reply messages for the controller asking for the latest EC
boolean	ECControllerHandler.S2F16(SecsMsg msg) Captures the reply messages for the controller asking for the latest EC
boolean	ERVoyeurHandler.S2F37(SecsMsg msg) Enable/Disable Event Report (EDER) This will register this connection to get updated for the given CEID's
boolean	ERControllerHandler.S6F11(SecsMsg msg) Captures the reply messages for the controller asking for the latest EC
boolean	HSMSSessionManager.sendHSMSHeaderMessage(byte byte3, byte sType, int sID, SecsMsg sm) This message creates a message that is only the HSMS header and sends it.
void	HSMSSessionManager.sendMessage(SecsMsg msg)
void	SecsISessionManager.sendMessage(SecsMsg msg) Sends the SECS Message over the HSMS link.
abstract void	SessionManager.sendMessage(SecsMsg msg) Sends the SECS Message over the HSMS link.
void	MultiBlockRequest.sendMultiBlockMsg(SecsMsg msg) Will send this message and if the response is OK it will send the real message.
void	Logger.sent(SecsMsg msg) Called whenever a message is sent.
void	LoggerInterface.sent(SecsMsg msg) Called whenever a message is sent.
void	NetLogger.sent(SecsMsg msg)
void	SyslogLogger.sent(SecsMsg msg)
void	SecsMsg.setPrimaryMessage(SecsMsg sm) This method will set the original message.
void	SecsMsg.setResponseMessage(SecsMsg sm) This method will set the response message.
boolean	MessageVerifier.verifyMessage(SecsMsg msg) The response from this message determines whether the message is blocked or not.
boolean	MessageVerifierOneItem.verifyMessage(SecsMsg msg)
boolean	SystemHandlerInterface.verifyMessage(SecsMsg msg) This method will be called on ALL outgoing messages (for each system message handler).
boolean	TransactionManager.verifyMessage(SecsMsg msg) This method checks to see if the outgoing message is a primary.

Constructors in com.ergotech.secs with parameters of type SecsMsg

Constructor and Description
MHEAD(SecsMsg msg) Create a new message from a SecsMsg
S9F1(SecsMsg receivedMessage) Creates this message from the message that caused the error.
S9F11(SecsMsg receivedMessage) Creates this message from the message that caused the error.
S9F3(SecsMsg receivedMessage) Creates this message from the message that caused the error.
S9F5(SecsMsg receivedMessage) Creates this message from the message that caused the error.
S9F7(SecsMsg receivedMessage) Creates this message from the message that caused the error.
S9F9(SecsMsg receivedMessage) Creates this message from the message that caused the error.
SHEAD(SecsMsg msg) Create a new message from a SecsMsg

Uses of SecsMsg in com.ergotech.secs.gem

Methods in com.ergotech.secs.gem that return SecsMsg

Modifier and Type	Method and Description
SecsMsg	GemHandler.generateReport(GemCEID ceid, ValueObjectInterface valueObject) This will be called by the report when it wants to send a specific report.
SecsMsg	ReportWriter.generateReport(GemCEID ceid, ValueObjectInterface theValue)
SecsMsg	GemHandler.generateReport(GemCEID ceid, ValueObjectInterface valueObject, int function, SecsMsg incoming) This will be called by the report when it wants to send a specific report.
SecsMsg	GemHandler.generateReport(GemCEID ceid, ValueObjectInterface valueObject, int function, SecsMsg incoming, boolean send) This will be called by the report when it wants to send a specific report.

Methods in com.ergotech.secs.gem with parameters of type SecsMsg

Modifier and Type	Method and Description
boolean	OnlineHandler.blockOnVerify(SecsMsg msg, int state) Returns false if the message verifiers exist and the message is acceptable to the verifiers.
SecsMsg	GemHandler.generateReport(GemCEID ceid, ValueObjectInterface valueObject, int function, SecsMsg incoming) This will be called by the report when it wants to send a specific report.
SecsMsg	GemHandler.generateReport(GemCEID ceid, ValueObjectInterface valueObject, int function, SecsMsg incoming, boolean send) This will be called by the report when it wants to send a specific report.
SecsFormat	GemHandler.getData(SecsMsg msg) This will return the data from the message provide.
void	Log4JLogger.received(SecsMsg msg) Called when a message is received.
boolean	CommunicationsHandler.responseReceived(int status, SecsMsg primary, SecsMsg response) This method receives the response to the S1F13 sent out in "Not Communicating" and will change the state to "Wait Delay" if appropriate.
boolean	EventOutSpooler.responseReceived(int status, SecsMsg primary, SecsMsg response) The MsgResponseInterface.
boolean	EventSpooler.responseReceived(int status, SecsMsg primary, SecsMsg response) The MsgResponseInterface.
boolean	GemSpoolHandler.responseReceived(int status, SecsMsg primary, SecsMsg response) The MsgResponseInterface.
boolean	GemHandler.S1F1(SecsMsg msg) Respond to an S1F1.
boolean	GemHandler.S1F11(SecsMsg msg) This method receives an S1F11 and sends an S1F12.
boolean	GemHandler.S1F13(SecsMsg msg) This method receives an S21F13 and sends an S2F14.
boolean	OnlineHandler.S1F13(SecsMsg msg) This will allow S1F13's to go through if offline.
boolean	OnlineHandler.S1F14(SecsMsg msg) This will allow the replys to a S1F14 to go through.
boolean	OnlineHandler.S1F15(SecsMsg msg) Request OFF-LINE.
boolean	OnlineHandler.S1F17(SecsMsg msg) Request ON-LINE.
boolean	GemHandler.S1F21(SecsMsg msg) This method receives an S1F21 and sends an S1F22.
boolean	GemHandler.S1F23(SecsMsg msg) This method receives an S1F23 (CEID list request) and sends an S1F24 reply.
boolean	GemHandler.S1F3(SecsMsg msg) This method receives an S1F3 and sends an S1F4.
boolean	GemHandler.S2F13(SecsMsg msg) This method receives an S21F13 and sends an S2F14.
boolean	GemHandler.S2F15(SecsMsg msg) This method receives an S21F15 and sends an S2F16.
boolean	GemHandler.S2F17(SecsMsg msg) This method recieves an S2F17.
boolean	GemHandler.S2F23(SecsMsg msg) This method recieves an S2F23.
boolean	GemHandler.S2F29(SecsMsg msg) This method receives an S2F29 and sends an S2F30.
boolean	GemHandler.S2F31(SecsMsg msg) This method receives an S2F31 and sends an S2F32.
boolean	GemHandler.S2F33(SecsMsg msg)
boolean	GemHandler.S2F35(SecsMsg msg) This method receives an S2F35 and sends an S2F36.
boolean	GemHandler.S2F37(SecsMsg msg) This method receives an S2F37 and sends an S2F38.
boolean	GemHandler.S2F39(SecsMsg msg) Stream 2 multi-block Request.
boolean	GemSpoolHandler.S2F43(SecsMsg msg) This method receives an S2F43 and sends an S2F44.
boolean	GemHandler.S2F45(SecsMsg msg) This will receive a S2F44 secs msg.
boolean	GemHandler.S2F47(SecsMsg msg) This method receives an S2F47 and sends an S2F48.
boolean	GemHandler.S5F3(SecsMsg msg) Enable/Disable alarm send (EAS).
boolean	GemHandler.S5F5(SecsMsg msg) List alarm request.
boolean	GemHandler.S5F7(SecsMsg msg) List Enabled Alarm Request.
boolean	GemHandler.S6F15(SecsMsg msg) Respond to the S6F15 message.
boolean	GemHandler.S6F17(SecsMsg msg) Respond to the S6F17 message.
boolean	GemHandler.S6F19(SecsMsg msg) S6F19 - Report Request.
boolean	GemHandler.S6F21(SecsMsg msg) S6F21 - Annotated Report Request.
boolean	GemSpoolHandler.S6F23(SecsMsg msg) Process the S6F23 message.
boolean	GemHandler.S6F5(SecsMsg msg) Stream 6 multi-block Request.
boolean	OnlineHandler.sendingAllowed(SecsMsg msg, java.util.Map<java.lang.String,MessageVerifier> verifiers) This will return true if the msg is allowed to be sent while in local_online mode.
static void	GemHandler.sendS9F7(SecsMsg msg) Send an S9F7 message.
void	OnlineHandler.sendSxF0(SecsMsg msg) Send the SxF0 message.
void	Log4JLogger.sent(SecsMsg msg) Called when a message is sent.
void	TraceServer.setInitialziationMessage(SecsMsg s2f23) Set the message that created us.
boolean	GemSpoolHandler.spoolMessage(SecsMsg msg) This will accept spool requests and determine how to handle them.
boolean	CommunicationsHandler.verifyMessage(SecsMsg msg) This checks outgoing messages to make sure that we allow them to go out.
boolean	EventOutSpooler.verifyMessage(SecsMsg msg) This method checks to see if the outgoing message is a primary.
boolean	EventSpooler.verifyMessage(SecsMsg msg)
boolean	GemSpoolHandler.verifyMessage(SecsMsg msg) This checks to see if we need to spool the message.
boolean	OnlineHandler.verifyMessage(SecsMsg msg) This checks outgoing messages to make sure that we allow them to go out.

Uses of SecsMsg in com.ergotech.transsecs.secs

Methods in com.ergotech.transsecs.secs that return SecsMsg

Modifier and Type	Method and Description
SecsMsg	SecsDefinedMessage.createMessage() Create the message.
SecsMsg	VIBInMessageBean.createMessage() Create the secs message.
abstract SecsMsg	VIBMessageBean.createMessage() Create the secs message.
SecsMsg	FileRecipeManager.getResponse(SecsMsg msg) This method handles S7F3 (Process Program Send), S7F5 (Process Program Request), S7F17 (Process Program Delete), and S7F19 (Current EPPD Request).
SecsMsg	SecsDefinedMessage.getSecsMsg() Returns the Secs Message.
SecsMsg	VIBMessageBean.getSecsMsg() returns the raw secs message associated with this object.
SecsMsg	SecsDefinedMessage.sendMessage() Send the message.
SecsMsg	VIBMessageBean.sendMessage() Send the message.
SecsMsg	VIBMessageBean.sendMessage(int deviceId) Send the message.

Methods in com.ergotech.transsecs.secs with parameters of type SecsMsg

Modifier and Type	Method and Description
VIBMessageBean	TransSecsController.getMatchingPrimary(SecsMsg msg) Returns the VIBMessageBean matching the system bytes of the provided SecsMsg or null if there is no matching message.
VIBMessageBean	TransSecsController.getMatchingResponse(SecsMsg msg) Returns VIBMessageBean that represents the response to the SecsMsg provided or null if no response can be found.
SecsMsg	FileRecipeManager.getResponse(SecsMsg msg) This method handles S7F3 (Process Program Send), S7F5 (Process Program Request), S7F17 (Process Program Delete), and S7F19 (Current EPPD Request).
boolean	TransSecsController.handleHandCraftedMessage(SecsMsg msg)
boolean	VIBMessageBean.hostMessageParameterMatchError(SecsMsg hostMessage, java.util.Set<java.lang.String> matched, SecsFormat00 paramList, java.util.List<java.lang.String> expected) Indicate that an error has occured in processing a host message and create the error list if appropriate.
boolean	FileRecipeManager.processMessage(SecsMsg msg) This method handles S7F3 (Process Program Send), S7F5 (Process Program Request), S7F17 (Process Program Delete), and S7F19 (Current EPPD Request).
boolean	RecipeManagerInterface.processMessage(SecsMsg msg) This method should return true if the message is handled, otherwise false.
boolean	SecsDefinedMessage.processMessage(SecsMsg msg) Process the response to the sent message - if any.
boolean	VIBMessageBean.processMessage(SecsMsg msg) Process the response to the sent message - if any.
boolean	TransSecsController.processMessage(SecsMsg msg, int whichPort) Iterate through the messages.
boolean	TransSecsController.processMessage(SecsMsg msg, SessionManager toSessionManager) Process the message and send it to the appropriate wrapper.
boolean	VoyeurPassThroughMessageHandler.processMessage(SecsMsg msg, WrapperInterface toWrapper) Process the message and send it to the appropriate wrapper.
boolean	VoyeurPassThroughMessageHandler.processMessageFromEquipment(SecsMsg msg) Process the message and send it to the appropriate wrapper.
boolean	VoyeurPassThroughMessageHandler.processMessageFromHost(SecsMsg msg) Process the message and send it to the appropriate wrapper.
boolean	SecsDefinedMessage.publishData(SecsMsg msg) Publishes the data from unsolicted messages is they match an incoming message.
abstract boolean	VIBMessageBean.publishData(SecsMsg msg) Publishs the data from unsolicted messages is they match an incoming message.
boolean	VIBOutMessageBean.publishData(SecsMsg msg) Publishs the data from unsolicted messages is they match an incoming message.
void	TransSecsController.publishReport(SecsMsg incoming) This will be called by a recieved report to publish all the VIDs.
void	Log4JLogger.received(SecsMsg msg) Called when a message is received.
void	MultiLogger.received(SecsMsg msg) Passed through to all the loggers.
void	VIBLogger.received(SecsMsg msg) Called to display the SML of the messages received.
boolean	VIBMessageBean.receiveMessage(SecsMsg msg, boolean doPublish) Process the response to the sent message.
abstract boolean	VIBMessageBean.receiveMessage(SecsMsg msg, boolean doPublish, boolean logInfo) Process the response to the sent message.
boolean	VIBOutMessageBean.receiveMessage(SecsMsg msg, boolean doPublish, boolean logInfo) Process the incoming message.
boolean	VIBMessageBean.responseReceived(int status, SecsMsg primary, SecsMsg response) The MsgResponseInterface.
boolean	VIBMessageBean.sendErrorResponse(SecsMsg hostMessage, boolean defaultReturn) Send the S2F42 if appropriate.
boolean	TransSecsController.sendResponse(VIBMessageBean msg, SecsMsg incoming) /** This method will send a response to a received message.
void	Log4JLogger.sent(SecsMsg msg) Called when a message is sent.
void	MultiLogger.sent(SecsMsg msg) Passed through to all the loggers.
void	VIBLogger.sent(SecsMsg msg) Called to display the SML of the sent message.
void	VIBMessageBean.setSecsMsg(SecsMsg sm) Sets the raw secs message associated with this object.