| want |  |
| example download | ... Files are packed in a ZIP file Borland DLL,or BPL are also incuded if you want to run the TESTISAM.EXE program without having the BCB development compiler. ... |
| example duplicate | ...]; int rc, recdata,recdata_dupli; dupli = new realisam(); char RetKey[MAX_KEY]; char buffer[BUF_LEN]; char tmp[250]; strcpy(tmp,"Do you want to build a duplicate dictionnary : files Dupli.ndx and Dupli.dat ? "); if (Application->MessageBoxA(tmp,"Isam Dictionary",MB_YESNO)==IDNO) retur... |
| wb_a | |
| example download | ...wb_a. html .... wb_z.html ... |
| example principle | ...s application is to build a dictionary from sequential files provided by the webster dictionnary. Each sequential file is associated to a letter : wb_a, wb_b, .... wb_z. Sequential files should installed in a subdirectory ("dictionary") of your application. The program will build an Isam databa... |
| wb_b | |
| example principle | ...ication is to build a dictionary from sequential files provided by the webster dictionnary. Each sequential file is associated to a letter : wb_a, wb_b, .... wb_z. Sequential files should installed in a subdirectory ("dictionary") of your application. The program will build an Isam database, wh... |
| wb_z | |
| example download | ...wb_a. html .... wb_z.html ... |
| example principle | ...to build a dictionary from sequential files provided by the webster dictionnary. Each sequential file is associated to a letter : wb_a, wb_b, .... wb_z. Sequential files should installed in a subdirectory ("dictionary") of your application. The program will build an Isam database, where entries... |
| webster | |
| example principle | ... The goal of this application is to build a dictionary from sequential files provided by the webster dictionnary. Each sequential file is associated to a letter : wb_a, wb_b, .... wb_z. Sequential files should installed in a subdirectory ("dictionary") of your application. The program will buil... |
| well | |
| realisamdoc overview | ... Real Isam is a tool used to manage files using the well known ISAM method (Indexed Sequential Access Method). This method is still very convenient for applications such as Internet, Intranet, Text database retrieval, when you need to store and get variable length documents at very high spee... |
| win95 | |
| realisamdoc overview | ...RealIsam is a 32-bits DLL and can be interfaced to any 32 bits application developped under Win95,Win98, NT,XP. ... |
| win98 | |
| realisamdoc overview | ...RealIsam is a 32-bits DLL and can be interfaced to any 32 bits application developped under Win95,Win98, NT,XP. ... |
| windows | |
| example stat | ...These measures were conducted using a desktop PC, under Windows XP-SP2, processor AMD Athlon XP 2800 (2.0 Ghz), RAM 512 MB, Hard Drive 120 GBytes. Values can vary depending on the PC characteristics. ... |
| realisamdoc open | ...ical block of datalen+8 bytes will be allocated and written. If data length is bigger than datalen, a second block is allocated, and so on... The Windows file management system works with multiples of 1024 bytes, and we recommand to work with datalen+8 such as 120 , 248, 504, 1016,2040 ... bytes in... |
| realisamdoc overview | ...Environment : Windows 95,98,NT,2000,XP. ... |
| word | |
| example include | ...call btBackupClick(TObject *Sender); void __fastcall btRestoreClick(TObject *Sender); void __fastcall eWordKeyUp(TObject *Sender, WORD &Key, TShiftState Shift); void __fastcall btUpdateClick(TObject *Sender); void __fastcall btDeleteClick(TObject *Send... |
| example principle | ...Search for a word : Enter a Word and click on the "Search" button ... |
| example principle | ...Search for a word : Enter a Word and click on the "Search" button ... |
| example principle | ... You can select a word in the displayed definition to search for the selected word. ... |
| example principle | ... You can select a word in the displayed definition to search for the selected word. ... |
| example search | ... Search for a word... |
| example search | ...SetTextBuf("Word Not Found"); } M_recdata=recdata; strcpy(M_Key,RetKey); } ... |
| example searchword | ... Search Database from a keyed word... |
| example searchword | ... void __fastcall TMainForm::eWordKeyUp(TObject *Sender, WORD &Key, TShiftState Shift) { if (Key==13) Search(); } //--------------------------------------------------------------------------- ... |
| example stat | ...-Extract Entry Word into Key ... |
| example wordmouseup | ... Select a word from the definition displayed... |
| index_summary item40 | ...h for a word... |
| index_summary item46 | ...t a word from the definition displayed... |
| index_summary item49 | ...h Database from a keyed word... |
| words | |
| realisamdoc overview | ...Companion tools as words indexation and desindexation, local search engines, SQL interface are existing, but they are not integrated in the DLL ... |
| work | |
| realisamdoc open | ... than datalen, a second block is allocated, and so on... The Windows file management system works with multiples of 1024 bytes, and we recommand to work with datalen+8 such as 120 , 248, 504, 1016,2040 ... bytes in order to improve the access time. ... |
| working | |
| example include | ...#define MAX_KEY 250 #define BUF_LEN 50000 struct time t1; struct time t2; int nbsec1,nbsec2,delta; realisam *dict; // working database realisam *dupli; // another instance for duplication example char base_directory[MAX_PATH]; char dict_directory[MA... |
| works | |
| realisamdoc open | ...will be allocated and written. If data length is bigger than datalen, a second block is allocated, and so on... The Windows file management system works with multiples of 1024 bytes, and we recommand to work with datalen+8 such as 120 , 248, 504, 1016,2040 ... bytes in order to improve the access t... |
| write | |
| example stat | ... Read/Write operations per second, each operation includes the following actions: ... |
| realisamdoc deleterecord | ...ete a data record (more precisely, rewrite the record with a null data length). The free space is not managed under realisam. It is recommended to write an utility to copy a old database in a new one if there is too many records deleted. ... |
| realisamdoc getnew | ...Return the new physical position where to write data in the data file. Use a WriteRecord to write the data. ... |
| realisamdoc getnew | ...Return the new physical position where to write data in the data file. Use a WriteRecord to write the data. ... |
| realisamdoc open | ...cording the extension required) datalen = Data physical block length . This value is not the real data length, but an average size. realisam will write data in consecutive blocks of datalen + 8 bytes. If real length is less than datalen, a physical block of datalen+8 bytes will be allocated and wr... |
| realisamdoc rewriterecord | ...buffer : pointer on the data to write ... |
| realisamdoc rewriterecord | ...Rewrite a data record to a previous location. If data length is bigger than the previous write, the function can create new physical blocks. Developer has to specifiy the new data length. ... |
| realisamdoc setindex | .... If the index was declared with a unique type of key, it returns an error when trying to write again the same key. For indexes with duplicate keys, there is no limit to the number of duplicate keys. If this function is not called, the default value is 0 (no duplicate keys). ... |
| realisamdoc writekey | ...Write a key in an index of the database. A data record record address is associated with this key. ... |
| realisamdoc writerecord | ... buffer contains data to write. lendata is the length of data ... |
| realisamdoc writerecord | ...Write a data record at a position previously defined by a call to GetNewRecordNumber. Data can be text or binary. Length is a parameter to provide . For characters strings ended with 0x00, the developer can insert the last byte 0x00, or can insert it when the program read the data. ... |
| writekey | |
| example add | ...WriteKey(INDEX,Key,recdata); rc = dict->WriteRecord(buffer,strlen(buffer)+1); } } else // Key does not exist { recdata=dict->GetNewRecordNumber(); rc = dict->WriteKey(INDEX,Key,recdata); rc = dict->WriteRecord(buffer,strlen(buffer)+1); ... |
| example add | ...WriteKey(INDEX,Key,recdata); rc = dict->WriteRecord(buffer,strlen(buffer)+1); } StatusBar1->SimpleText="Entry Added"; } //--------------------------------------------------------------------------- ... |
| example duplicate | ...WriteKey(INDEX,RetKey,recdata_dupli); rc = dupli->WriteRecord(buffer,strlen(buffer)+1); rc = dict->ReadNextKey(RetKey,&recdata); } dupli->CloseEngine(); First(); Screen->Cursor = oldCursor; EnableButtons(); Application->MessageBoxA("Duplication Finished","RealIsam",MB_O... |
| index_summary item10 | ...WriteKey... |
| realisamdoc getnew | ...WriteKey(0,key,recdata); // index 0 if (!rc) { error / duplicate key... } else { // data are stored in buffer rc = db1->WriteRecord(buffer,strlen(buffer)); .............. } ................. // end rc = db1->CloseEngine(); rc = db2->Clos... |
| realisamdoc include | ...ta,int len, int RecNumber); int DeleteRecord(int RecNumber); int ReadRecord(char *pdata,int RecNumber); int GetNewRecordNumber(); int WriteKey(short Index,char *Key,int RecNumber); int DeleteKey(short Index,char *Key,int RecNumber); int ReadFirstKey(short Index,char *ReturnKey,int... |
| realisamdoc number | ...WriteKey(0,Key,recdata); if (rc) db->WriteRecord(buffer,strlen(buffer)+1); .............. ... |
| realisamdoc writekey | ...WriteKey(1,"politics",recdata); // on index 1 , duplicate keys allowed ................. // End processing rc = db1->CloseEngine(); rc = db2->CloseEngine(); ... |
| realisamdoc writekey | ...WriteKey... |
| realisamdoc writekey | ...WriteKey(int Index, char *key, int recdata); db is a pointer on the database. ... |
| realisamdoc writekey | ...WriteKey(0,key,recdata); // index 0 if (!rc) { error / duplicate key ... } rc = db1->WriteKey(1,"politics",recdata); // on index 1 , duplicate keys allowed ................. // End processing rc = db1->CloseEngine(); rc = db2->CloseEngine(); ... |
| realisamdoc writerecord | ...WriteKey(0,"microsoft",recdata); if (rc) // key insert ok { db->WriteRecord(buffer,strlen(buffer)+1); ....... } else ............. ... |
| writerecord | |
| example add | ...WriteRecord(buffer,strlen(buffer)+1); } } else // Key does not exist { recdata=dict->GetNewRecordNumber(); rc = dict->WriteKey(INDEX,Key,recdata); rc = dict->WriteRecord(buffer,strlen(buffer)+1); } StatusBar1->SimpleText="Entry Added"; } //-... |
| example add | ...WriteRecord(buffer,strlen(buffer)+1); } StatusBar1->SimpleText="Entry Added"; } //--------------------------------------------------------------------------- ... |
| example duplicate | ...WriteRecord(buffer,strlen(buffer)+1); rc = dict->ReadNextKey(RetKey,&recdata); } dupli->CloseEngine(); First(); Screen->Cursor = oldCursor; EnableButtons(); Application->MessageBoxA("Duplication Finished","RealIsam",MB_OK); } //---------------------------------------------... |
| index_summary item12 | ...WriteRecord... |
| realisamdoc getnew | ...Return the new physical position where to write data in the data file. Use a WriteRecord to write the data. ... |
| realisamdoc getnew | ...WriteRecord(buffer,strlen(buffer)); .............. } ................. // end rc = db1->CloseEngine(); rc = db2->CloseEngine(); ... |
| realisamdoc include | ...OpenEngine(char *FileName,short BlockSize,char *ndx, char*dat); int CloseEngine(void); int SetIndexMode(short Index, short Value); int WriteRecord(char *pdata,int len); int RewriteRecord(char *pdata,int len, int RecNumber); int DeleteRecord(int RecNumber); int ReadRecord(char *pda... |
| realisamdoc number | ...WriteRecord(buffer,strlen(buffer)+1); .............. ... |
| realisamdoc writerecord | ...WriteRecord(char *buffer,int lendata); db is the database pointer. ... |
| realisamdoc writerecord | ...WriteRecord... |
| realisamdoc writerecord | ...WriteRecord(buffer,strlen(buffer)+1); ....... } else ............. ... |
| writes | |
| realisamdoc overview | ...sam, at contrary to other relational databases, ignores the field notion, and does not try to classify data in numeric, date or text fields : it writes binary or text data according the length specified, and returns all these bytes when a reading operation is required. It is the responsability ... |
| written | |
| example source | ... This program is written using the Borland C++ Builder (Version BCB5) ... |
| realisamdoc open | ...e data in consecutive blocks of datalen + 8 bytes. If real length is less than datalen, a physical block of datalen+8 bytes will be allocated and written. If data length is bigger than datalen, a second block is allocated, and so on... The Windows file management system works with multiples of 1024... |
| realisamdoc readrecord | ...he length is totally unknown, a call to RecordLength function allows to allocate the right amount of memory. ReadRecord restores the entire data written previously, including binary data. For character strings stored without a 0x00 terminator, it is recommended to terminate the string with a 0 aft... |
