/usr/include/synthesis/enginemodulebase.h is in libsynthesis-dev 3.4.0.47.4-2+b1.
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* @File enginemodulebase.h
*
* @Author Beat Forster (bfo@synthesis.ch)
*
* @brief TEngineModuleBase
* engine bus bar class
*
* Copyright (c) 2007-2011 by Synthesis AG + plan44.ch
*
*/
#ifndef ENGINEMODULEBASE_H
#define ENGINEMODULEBASE_H
#include "synthesis/generic_types.h"
#include "synthesis/sync_dbapidef.h"
#include "synthesis/sysync_noncopyable.h"
// we need STL strings
#include <string>
using namespace std;
namespace sysync {
// Engine module base
class TEngineModuleBase :
noncopyable
{
SDK_Interface_Struct fCIBuffer; // used for fCI if the caller of Connect() doesn't set something
public:
TEngineModuleBase(); // constructor
virtual ~TEngineModuleBase(); // destructor
UI_Call_In fCI; // call in structure
string fEngineName; // name of the SyncML engine to be connected
CVersion fPrgVersion; // program's SDK version
uInt16 fDebugFlags; // debug flags to be used
bool fCIisStatic; // this is kept purely for source code backwards compatibility:
// because fCI is *always* statically allocated
TSyError Connect( string aEngineName, // connect the SyncML engine
CVersion aPrgVersion= 0,
uInt16 aDebugFlags= DBG_PLUGIN_NONE );
TSyError Disconnect(); // disconnect the SyncML engine
virtual TSyError Init() = 0;
virtual TSyError Term() = 0;
// Engine init
// -----------
/// @brief Set the global mode for string paramaters (when never called, default params are UTF-8 with C-style line ends)
/// @param aCharSet[in] charset
/// @param aLineEndMode[in] line end mode (default is C-lineends of the platform (almost always LF))
/// @param aBigEndian[in] determines endianness of UTF16 text (defaults to little endian = intel order)
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError SetStringMode ( uInt16 aCharSet,
uInt16 aLineEndMode= LEM_CSTR,
bool aBigEndian = false ) = 0;
/// @brief init object, optionally passing XML config text in memory
/// @param aConfigXML[in] NULL or empty string if no external config needed, config text otherwise
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError InitEngineXML ( cAppCharP aConfigXML ) = 0;
/// @brief init object, optionally passing a open FILE for reading config
/// @param aConfigFilePath[in] path to config file
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError InitEngineFile ( cAppCharP aConfigFilePath ) = 0;
/// @brief init object, optionally passing a callback for reading config
/// @param aReaderFunc[in] callback function which can deliver next chunk of XML config data
/// @param aContext[in] free context pointer passed back with callback
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError InitEngineCB ( TXMLConfigReadFunc aReaderFunc, void *aContext ) = 0;
// Running a Sync Session
// ----------------------
/// @brief Open a session
/// @param aNewSessionH[out] receives session handle for all session execution calls
/// @param aSelector[in] selector, depending on session type. For multi-profile clients: profile ID to use
/// @param aSessionName[in] a text name/id to identify a session, useage depending on session type.
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError OpenSession( SessionH &aNewSessionH, uInt32 aSelector=0, cAppCharP aSessionName=NULL ) = 0;
/// @brief open session specific runtime parameter/settings key
/// @note key handle obtained with this call must be closed BEFORE SESSION IS CLOSED!
/// @param aNewKeyH[out] receives the opened key's handle on success
/// @param aSessionH[in] session handle obtained with OpenSession.
/// When used as callback from DBApi, this parameter is irrelevant and
/// must be set to NULL as a callback from DBApi has an implicit session context
/// automatically.
/// @param aMode[in] the open mode
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError OpenSessionKey ( SessionH aSessionH, KeyH &aNewKeyH, uInt16 aMode ) = 0;
/// @brief Executes sync session or other sync related activity step by step
/// @param aSessionH[in] session handle obtained with OpenSession
/// @param aStepCmd[in/out] step command (STEPCMD_xxx):
/// - tells caller to send or receive data or end the session etc.
/// - instructs engine to suspend or abort the session etc.
/// @param aInfoP[in] pointer to a TEngineProgressInfo structure, NULL if no progress info needed
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError SessionStep( SessionH aSessionH, uInt16 &aStepCmd, TEngineProgressInfo *aInfoP = NULL ) = 0;
/// @brief Get access to SyncML message buffer
/// @param aSessionH[in] session handle obtained with OpenSession
/// @param aForSend[in] direction send/receive
/// @param aBuffer[out] receives pointer to buffer (empty for receive, full for send)
/// @param aBufSize[out] receives size of empty or full buffer
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError GetSyncMLBuffer( SessionH aSessionH, bool aForSend, appPointer &aBuffer, memSize &aBufSize ) = 0;
/// @brief Return SyncML message buffer to engine
/// @param aSessionH[in] session handle obtained with OpenSession
/// @param aForSend[in] direction send/receive
/// @param aProcessed[in] number of bytes put into or read from the buffer
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError RetSyncMLBuffer( SessionH aSessionH, bool aForSend, memSize aProcessed ) = 0;
/// @brief Read data from SyncML message buffer
/// @param aSessionH[in] session handle obtained with OpenSession
/// @param aBuffer[in] pointer to buffer
/// @param aBufSize[in] size of buffer, maximum to be read
/// @param aMsgSize[out] size of data available in the buffer for read INCLUDING just returned data.
/// @note If the aBufSize is too small to return all available data LOCERR_TRUNCATED will be returned, and the
/// caller can repeat calls to ReadSyncMLBuffer to get the next chunk.
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError ReadSyncMLBuffer ( SessionH aSessionH, appPointer aBuffer, memSize aBufSize, memSize &aMsgSize ) = 0;
/// @brief Write data to SyncML message buffer
/// @param aSessionH[in] session handle obtained with OpenSession
/// @param aBuffer[in] pointer to buffer
/// @param aMsgSize[in] size of message to write to the buffer
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError WriteSyncMLBuffer( SessionH aSessionH, appPointer aBuffer, memSize aMsgSize ) = 0;
/// @brief Close a session
/// @note It depends on session type if this also destroys the session or if it may persist and can be re-opened.
/// @param aSessionH[in] session handle obtained with OpenSession
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError CloseSession( SessionH aSessionH ) = 0;
// Settings access
// ---------------
/// @brief open Settings key by path specification
/// @param aNewKeyH[out] receives the opened key's handle on success
/// @param aParentKeyH[in] NULL if path is absolute from root, handle to an open key for relative access
/// @param aPath[in] the path specification as null terminated string
/// @param aMode[in] the open mode
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError OpenKeyByPath ( KeyH &aNewKeyH,
KeyH aParentKeyH,
cAppCharP aPath, uInt16 aMode ) = 0;
/// @brief open Settings subkey key by ID or iterating over all subkeys
/// @param aNewKeyH[out] receives the opened key's handle on success
/// @param aParentKeyH[in] handle to the parent key
/// @param aID[in] the ID of the subkey to open,
/// or KEYVAL_ID_FIRST/KEYVAL_ID_NEXT to iterate over existing subkeys
/// or KEYVAL_ID_NEW to create a new subkey
/// @param aMode[in] the open mode
/// @return LOCERR_OK on success, DB_NoContent when no more subkeys are found with
/// KEYVAL_ID_FIRST/KEYVAL_ID_NEXT
/// or any other SyncML or LOCERR_xxx error code on failure
virtual TSyError OpenSubkey ( KeyH &aNewKeyH,
KeyH aParentKeyH,
sInt32 aID, uInt16 aMode ) = 0;
/// @brief delete Settings subkey key by ID
/// @param aParentKeyH[in] handle to the parent key
/// @param aID[in] the ID of the subkey to delete
/// @return LOCERR_OK on success
/// or any other SyncML or LOCERR_xxx error code on failure
virtual TSyError DeleteSubkey ( KeyH aParentKeyH, sInt32 aID ) = 0;
/// @brief Get key ID of currently open key. Note that the Key ID is only locally unique within
/// the parent key.
/// @param aKeyH[in] an open key handle
/// @param aID[out] receives the ID of the open key, which can be used to re-access the
/// key within its parent using OpenSubkey()
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError GetKeyID ( KeyH aKeyH, sInt32 &aID ) = 0;
/// @brief Set text format parameters (when never called, default params are those set with global SetStringMode())
/// @param aKeyH[in] an open key handle
/// @param aCharSet[in] charset
/// @param aLineEndMode[in] line end mode (defaults to C-lineends of the platform (almost always LF))
/// @param aBigEndian[in] determines endianness of UTF16 text (defaults to little endian = intel order)
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError SetTextMode ( KeyH aKeyH, uInt16 aCharSet,
uInt16 aLineEndMode= LEM_CSTR,
bool aBigEndian = false ) = 0;
/// @brief Set time format parameters
/// @param aKeyH[in] an open key handle
/// @param aTimeMode[in] time mode, see TMODE_xxx (default is platform's lineratime_t when SetTimeMode() is not used)
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError SetTimeMode ( KeyH aKeyH, uInt16 aTimeMode ) = 0;
/// @brief Closes a key opened by OpenKeyByPath() or OpenSubKey()
/// @param aKeyH[in] an open key handle. Will be invalid when call returns with LOCERR_OK. Do not re-use!
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError CloseKey ( KeyH aKeyH ) = 0;
/// @brief Reads a named value in specified format into passed memory buffer
/// @param aKeyH[in] an open key handle
/// @param aValueName[in] name of the value to read. Some keys offer special ".XXX"
/// suffixes to value names, which return alternate values (like a timestamp field's
/// time zone name with ".TZNAME").
/// @param aValType[in] desired return type, see VALTYPE_xxxx
/// @param aBuffer[in/out] buffer where to store the data
/// @param aBufSize[in] size of buffer in bytes (ALWAYS in bytes, even if value is Unicode string)
/// Note: to get only size of a value (useful especially for strings), pass 0 as buffer size.
/// @param aValSize[out] actual size of value.
/// For VALTYPE_TEXT, size is string length (IN BYTES) excluding NULL terminator
/// Note that this will be set also when return value is LOCERR_BUFTOOSMALL,
/// to indicate the required buffer size
/// For values that can be truncated (strings), LOCERR_TRUNCATED will be returned
/// when returned value is not entire value - aValSize is truncated size then.
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
virtual TSyError GetValue ( KeyH aKeyH, cAppCharP aValName, uInt16 aValType,
appPointer aBuffer, memSize aBufSize, memSize &aValSize ) = 0;
/// @brief get value's ID for use with Get/SetValueByID()
/// @param aKeyH[in] an open key handle
/// @param aName[in] name of the value to write. Some keys offer special ".FLAG.XXX"
/// values, which return flag bits which can be added to the regular ID to obtain
/// alternate values (like the value name with ".FLAG.VALNAME", useful when iterating
/// over values).
/// @return KEYVAL_ID_UNKNOWN when no ID available for name, ID of value otherwise
virtual sInt32 GetValueID ( KeyH aKeyH, cAppCharP aName ) = 0;
/// @brief Reads a named value in specified format into passed memory buffer
/// @param aKeyH[in] an open key handle
/// @param aID[in] ID of the value to read
/// @param arrIndex[in] 0-based array element index for array values.
/// @param aValType[in] desired return type, see VALTYPE_xxxx
/// @param aBuffer[in/out] buffer where to store the data
/// @param aBufSize[in] size of buffer in bytes (ALWAYS in bytes, even if value is Unicode string)
/// Note: to get only size of a value (useful especially for strings), pass 0 as buffer size.
/// @param aValSize[out] actual size of value.
/// For VALTYPE_TEXT, size is string length (IN BYTES) excluding NULL terminator
/// Note that this will be set also when return value is LOCERR_BUFTOOSMALL,
/// to indicate the required buffer size
/// For values that can be truncated (strings), LOCERR_TRUNCATED will be returned
/// when returned value is not entire value - aValSize is truncated size then.
/// @return LOCERR_OK on success, LOCERR_OUTOFRANGE when array index is out of range
/// SyncML or LOCERR_xxx error code on other failure
virtual TSyError GetValueByID ( KeyH aKeyH, sInt32 aID, sInt32 arrIndex,
uInt16 aValType,
appPointer aBuffer, memSize aBufSize, memSize &aValSize ) = 0;
/// @brief Writes a named value in specified format passed in memory buffer
/// @param aKeyH[in] an open key handle
/// @param aValueName[in] name of the value to write. Some keys offer special ".XXX"
/// suffixes to value names, which are used to set alternate values (like a
/// timestamp field's time zone name with ".TZNAME").
/// @param aValType[in] type of value passed in, see VALTYPE_xxxx
/// @param aBuffer[in] buffer containing the data
/// @param aValSize[in] size of value. For VALTYPE_TEXT, size can be passed as -1 if string is null terminated
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure. If value
/// buffer passed in is too small for aValType (such as only 2 bytes for a VALTYPE_INT32,
/// LOCERR_BUFTOOSMALL will be returned and nothing stored. If buffer passed in is too
/// long (e.g. for strings) to be entirely stored, only the beginning is stored and
/// LOCERR_TRUNCATED is returned.
virtual TSyError SetValue ( KeyH aKeyH, cAppCharP aValName, uInt16 aValType,
cAppPointer aBuffer, memSize aValSize ) = 0;
/// @brief Writes a named value in specified format passed in memory buffer
/// @param aKeyH[in] an open key handle
/// @param aID[in] ID of the value to read
/// @param arrIndex[in] 0-based array element index for array values.
/// @param aValType[in] type of value passed in, see VALTYPE_xxxx
/// @param aBuffer[in] buffer containing the data
/// @param aValSize[in] size of value. For VALTYPE_TEXT, size can be passed as -1 if string is null terminated
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure. If value
/// buffer passed in is too small for aValType (such as only 2 bytes for a VALTYPE_INT32,
/// LOCERR_BUFTOOSMALL will be returned and nothing stored. If buffer passed in is too
/// long (e.g. for strings) to be entirely stored, only the beginning is stored and
/// LOCERR_TRUNCATED is returned.
virtual TSyError SetValueByID ( KeyH aKeyH, sInt32 aID, sInt32 arrIndex,
uInt16 aValType,
cAppPointer aBuffer, memSize aValSize ) = 0;
// Convenience routines to close and NULL a handle in one step
// -----------------------------------------------------------
/// @brief Closes a key and nulls the handle
/// @param aKeyH[in/out] an open key handle. Will be set to NULL on exit (to make sure it is not re-used)
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
TSyError CloseKeyAndNULL ( KeyH &aKeyH )
{
TSyError sta = CloseKey(aKeyH);
if (sta==LOCERR_OK) aKeyH=NULL;
return sta;
};
/// @brief Closes a session and nulls the handle
/// @param aSessionH[in] session handle obtained with OpenSession
/// @return LOCERR_OK on success, SyncML or LOCERR_xxx error code on failure
TSyError CloseSessionAndNULL ( SessionH &aSessionH )
{
TSyError sta = CloseSession(aSessionH);
if (sta==LOCERR_OK) aSessionH=NULL;
return sta;
};
// Convenience routines to access Get/SetValue for specific types
// --------------------------------------------------------------
virtual TSyError GetStrValue ( KeyH aKeyH, cAppCharP aValName, string &aText );
virtual TSyError SetStrValue ( KeyH aKeyH, cAppCharP aValName, string aText );
virtual TSyError GetInt8Value ( KeyH aKeyH, cAppCharP aValName, sInt8 &aValue ); // signed
virtual TSyError GetInt8Value ( KeyH aKeyH, cAppCharP aValName, uInt8 &aValue ); // unsigned
virtual TSyError SetInt8Value ( KeyH aKeyH, cAppCharP aValName, uInt8 aValue );
virtual TSyError GetInt16Value ( KeyH aKeyH, cAppCharP aValName, sInt16 &aValue ); // signed
virtual TSyError GetInt16Value ( KeyH aKeyH, cAppCharP aValName, uInt16 &aValue ); // unsigned
virtual TSyError SetInt16Value ( KeyH aKeyH, cAppCharP aValName, uInt16 aValue );
virtual TSyError GetInt32Value ( KeyH aKeyH, cAppCharP aValName, sInt32 &aValue ); // signed
virtual TSyError GetInt32Value ( KeyH aKeyH, cAppCharP aValName, uInt32 &aValue ); // unsigned
virtual TSyError SetInt32Value ( KeyH aKeyH, cAppCharP aValName, uInt32 aValue );
virtual void AppendSuffixToID ( KeyH aKeyH, sInt32 &aID, cAppCharP aSuffix );
// Tunnel Interface Methods ---------------------------------------------------------------------
virtual TSyError StartDataRead ( SessionH aSessionH, cAppCharP lastToken,
cAppCharP resumeToken ) = 0;
virtual TSyError ReadNextItem ( SessionH aSessionH, ItemID aID, appCharP *aItemData,
sInt32 *aStatus, bool aFirst ) = 0;
virtual TSyError ReadItem ( SessionH aSessionH, cItemID aID, appCharP *aItemData ) = 0;
virtual TSyError EndDataRead ( SessionH aSessionH ) = 0;
virtual TSyError StartDataWrite ( SessionH aSessionH ) = 0;
virtual TSyError InsertItem ( SessionH aSessionH, cAppCharP aItemData, ItemID aID )= 0;
virtual TSyError UpdateItem ( SessionH aSessionH, cAppCharP aItemData, cItemID aID,
ItemID updID )= 0;
virtual TSyError MoveItem ( SessionH aSessionH, cItemID aID, cAppCharP newParID )= 0;
virtual TSyError DeleteItem ( SessionH aSessionH, cItemID aID ) = 0;
virtual TSyError EndDataWrite ( SessionH aSessionH, bool success, appCharP *newToken )= 0;
virtual void DisposeObj ( SessionH aSessionH, void* memory ) = 0;
// -- asKey --
virtual TSyError ReadNextItemAsKey( SessionH aSessionH, ItemID aID, KeyH aItemKey,
sInt32 *aStatus, bool aFirst )= 0;
virtual TSyError ReadItemAsKey ( SessionH aSessionH, cItemID aID, KeyH aItemKey )= 0;
virtual TSyError InsertItemAsKey ( SessionH aSessionH, KeyH aItemKey, ItemID aID )= 0;
virtual TSyError UpdateItemAsKey ( SessionH aSessionH, KeyH aItemKey, cItemID aID,
ItemID updID )= 0;
virtual TSyError debugPuts(cAppCharP aFile, int aLine, cAppCharP aFunction,
int aDbgLevel, cAppCharP aLinePrefix,
cAppCharP aText) { return LOCERR_NOTIMP; }
}; // TEngineModuleBase
// debug level masks (original definition in sysync_debug.h)
#define DBG_HOT 0x00000001 // hot information
#define DBG_ERROR 0x00000002 // Error conditions
/**
* @param aFile source file name from which log entry comes
* @param aLine source file line
* @param aFunction function name
* @param aDbgLevel same bit mask as in the internal TDebugLogger;
* currently DBG_HOT and DBG_ERROR are defined publicly
* @param aLinePrefix a short string to be displayed in front of each line;
* the advantage of passing this separately instead of
* making it a part of aText is that the logger might
* be able to insert the prefix more efficiently and/or
* (depending on the log format) with extra formatting
* @param aText the text to be printed, may consist of multiple lines;
* the log always starts a new line after the text, regardless
* of how many newlines might be at the end of the text
*/
void SySyncDebugPuts(void* aCB,
cAppCharP aFile, int aLine, cAppCharP aFunction,
int aDbgLevel, cAppCharP aLinePrefix,
cAppCharP aText);
// factory function declarations - must be implemented in the source file of the leaf derivates of TEngineInterface
#ifdef SYSYNC_CLIENT
TEngineModuleBase *newClientEngine(void);
#endif
#ifdef SYSYNC_SERVER
TEngineModuleBase *newServerEngine(void);
#endif
} // namespace sysync
#endif // ENGINEMODULEBASE_H
// eof
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