Just for the records: the respective libraries are built on Windows, too, with nightly testing. However, they have not yet been included in any of the released Windows installers.

We plan to include the with the following release.

Stefan

Thank you very much, Stefan. I asked for that because I can not build MonetDB from the sources on Windows. I've read build instructions several times, but I don't understand them. Although, I've successfully built other databases, such as MySQL, BerkeleyDB, Firebird, etc. Maybe, MonetDB Windows-build instructions are too heavy for my understanding. Maybe they are incomplete... Can you simply email me the once-built embedded libraries for Windows, or provide an internet link for me to download them myself? Maybe they are in MonetDB cvs tree?

On Mon, Jan 14, 2008 at 08:03:16PM +0300, Grigorio V. Moshkin wrote:

...

Just for the records: the respective libraries are built on Windows, too, with nightly testing. However, they have not yet been included in any of the released Windows installers.

We plan to include the with the following release.

Stefan

Thank you very much, Stefan. I asked for that because I can not build MonetDB from the sources on Windows. I've read build instructions several times, but I don't understand them. Although, I've successfully built other databases, such as MySQL, BerkeleyDB, Firebird, etc. Maybe, MonetDB Windows-build instructions are too heavy for my understanding. Maybe they are incomplete...

As Romulo already pointed out, we can only (try to) help once you share your problems (in detail) with us.

Can you simply email me the once-built embedded libraries for Windows, or provide an internet link for me to download them myself?

You might (depending on whether/how well nightly bulding did work) find them in "different flavors" at http://monetdb.cwi.nl/testing/projects/monetdb/Current/pathfinder/.Int.{32.32.d-Windows5.1,64.64.d-Windows5.2}/lib/libembeddedxq.{dll,lib} http://monetdb.cwi.nl/testing/projects/monetdb/Current/sql/.{Int,Mic}.{32.32.d-Windows5.1,64.64.d-Windows5.2}/lib/libembeddedsql5.{dll,lib} http://monetdb.cwi.nl/testing/projects/monetdb/Current/MonetDB5/.{Int,Mic}.{32.32.d-Windows5.1,64.64.d-Windows5.2}/lib/libembeddedmal.{dll,lib} ("{A,B}" lists alternatives; "Int" indicates Intel compiler, "Mic" indicates Microsoft Visual Studio compiler) Feel free to pick which every you need --- I have no idea, though, whether these once will work for you ...

Maybe they are in MonetDB cvs tree?

Nope. The CVS tree obviously only contains sources, but surely no binaries. Stefan -- | Dr. Stefan Manegold | mailto:Stefan.Manegold@cwi.nl | | CWI, P.O.Box 94079 | http://www.cwi.nl/~manegold/ | | 1090 GB Amsterdam | Tel.: +31 (20) 592-4212 | | The Netherlands | Fax : +31 (20) 592-4312 |

Stefan Manegold wrote:

http://monetdb.cwi.nl/testing/projects/monetdb/Current/pathfinder/.Int.{32.32.d-Windows5.1,64.64.d-Windows5.2}/lib/libembeddedxq.{dll,lib} http://monetdb.cwi.nl/testing/projects/monetdb/Current/sql/.{Int,Mic}.{32.32.d-Windows5.1,64.64.d-Windows5.2}/lib/libembeddedsql5.{dll,lib} http://monetdb.cwi.nl/testing/projects/monetdb/Current/MonetDB5/.{Int,Mic}.{32.32.d-Windows5.1,64.64.d-Windows5.2}/lib/libembeddedmal.{dll,lib}

("{A,B}" lists alternatives; "Int" indicates Intel compiler, "Mic" indicates Microsoft Visual Studio compiler)

Feel free to pick which every you need --- I have no idea, though, whether these once will work for you ...

Do these paths still work? I am looking for using the MonetDB as a Dll on win32. Thanks, Yuva -- View this message in context: http://www.nabble.com/embedded-SQL-server-under-Windows-tp14804094p15188768.... Sent from the monetdb-users mailing list archive at Nabble.com.

On Wed, Jan 30, 2008 at 10:31:02AM -0800, Yuvaraj A R wrote:

Stefan Manegold wrote:

...

http://monetdb.cwi.nl/testing/projects/monetdb/Current/pathfinder/.Int.{32.32.d-Windows5.1,64.64.d-Windows5.2}/lib/libembeddedxq.{dll,lib} http://monetdb.cwi.nl/testing/projects/monetdb/Current/sql/.{Int,Mic}.{32.32.d-Windows5.1,64.64.d-Windows5.2}/lib/libembeddedsql5.{dll,lib} http://monetdb.cwi.nl/testing/projects/monetdb/Current/MonetDB5/.{Int,Mic}.{32.32.d-Windows5.1,64.64.d-Windows5.2}/lib/libembeddedmal.{dll,lib}

("{A,B}" lists alternatives; "Int" indicates Intel compiler, "Mic" indicates Microsoft Visual Studio compiler)

Feel free to pick which every you need --- I have no idea, though, whether these once will work for you ...

Do these paths still work?

They do --- provided the nightly build was successful; check http://monetdb.cwi.nl/Development/TestWeb/Current/sql/ and in particuar (e.g.) http://monetdb.cwi.nl/testing/projects/monetdb/Current/sql/.Makes3/index_sho... or http://monetdb.cwi.nl/testing/projects/monetdb/Current/sql/.Makes3/index.htm... for the latest status info. Stefan

I am looking for using the MonetDB as a Dll on win32. Thanks, Yuva

-- | Dr. Stefan Manegold | mailto:Stefan.Manegold@cwi.nl | | CWI, P.O.Box 94079 | http://www.cwi.nl/~manegold/ | | 1090 GB Amsterdam | Tel.: +31 (20) 592-4212 | | The Netherlands | Fax : +31 (20) 592-4312 |

Yuvaraj Athur Raghuvir wrote:

Thanks. I have done as suggested in the referred posting[1].

I see that in the docs [2] there is an Mbedded Example. To start with I would like to make that work. For this I need the matching header files. Where should I pick them from? I could not find them in the installation package. Oh, sorry, I see you refer to my post [1]. I forgot to attach my modified header, Mapi.h, that I made by hand from original Mapi.h and embeddedclient.h. My variant of Mapi.h is "all you need" to include to use monetdb embedded. See attach.

#ifndef _MAPI_H_INCLUDED #define _MAPI_H_INCLUDED #include /* for FILE * */ #define MAPI_AUTO 0 /* automatic type detection */ #define MAPI_TINY 1 #define MAPI_UTINY 2 #define MAPI_SHORT 3 #define MAPI_USHORT 4 #define MAPI_INT 5 #define MAPI_UINT 6 #define MAPI_LONG 7 #define MAPI_ULONG 8 #define MAPI_LONGLONG 9 #define MAPI_ULONGLONG 10 #define MAPI_CHAR 11 #define MAPI_VARCHAR 12 #define MAPI_FLOAT 13 #define MAPI_DOUBLE 14 #define MAPI_DATE 15 #define MAPI_TIME 16 #define MAPI_DATETIME 17 #define MAPI_NUMERIC 18 #define PLACEHOLDER '?' #define MAPI_SEEK_SET 0 #define MAPI_SEEK_CUR 1 #define MAPI_SEEK_END 2 #define MAPI_TRACE 1 #define MAPI_TRACE_LANG 2 typedef int MapiMsg; #define MOK 0 #define MERROR (-1) #define MTIMEOUT (-2) #define MMORE (-3) #define MSERVER (-4) #define LANG_MAL 0 #define LANG_MIL 1 #define LANG_SQL 2 #define LANG_XQUERY 3 typedef struct MapiStruct *Mapi; /* this definition is a straight copy from sql/include/sql_query.h */ typedef enum sql_query_t { Q_PARSE = 0, Q_TABLE = 1, Q_UPDATE = 2, Q_SCHEMA = 3, Q_TRANS = 4, Q_PREPARE = 5, Q_BLOCK = 6 } sql_query_t; typedef struct MapiStatement *MapiHdl; #ifdef __cplusplus extern "C" { #endif /* avoid using "#ifdef WIN32" so that this file does not need our config.h */ #if defined(_MSC_VER) || defined(__CYGWIN__) || defined(__MINGW32__) #ifndef LIBMAPI #define mapi_export extern __declspec(dllimport) #else #define mapi_export extern __declspec(dllexport) #endif #else #define mapi_export extern #endif /* three structures used for communicating date/time information */ /* these structs are deliberately compatible with the ODBC versions SQL_DATE_STRUCT, SQL_TIME_STRUCT, and SQL_TIMESTAMP_STRUCT */ typedef struct { /* used by MAPI_DATE */ short year; unsigned short month; unsigned short day; } MapiDate; typedef struct { /* used by MAPI_TIME */ unsigned short hour; unsigned short minute; unsigned short second; } MapiTime; typedef struct { /* used by MAPI_DATETIME */ short year; unsigned short month; unsigned short day; unsigned short hour; unsigned short minute; unsigned short second; unsigned int fraction; /* in 1000 millionths of a second (10e-9) */ } MapiDateTime; /* connection-oriented functions */ mapi_export Mapi mapi_mapi(const char *host, int port, const char *username, const char *password, const char *lang, const char *dbname); mapi_export MapiMsg mapi_destroy(Mapi mid); mapi_export MapiMsg mapi_start_talking(Mapi mid); mapi_export Mapi mapi_connect(const char *host, int port, const char *username, const char *password, const char *lang, const char *dbname); mapi_export Mapi mapi_connect_ssl(const char *host, int port, const char *username, const char *password, const char *lang, const char *dbname); #ifdef ST_READ /* if stream.h was included */ mapi_export stream **mapi_embedded_init(Mapi *midp, char *lang); #endif mapi_export MapiMsg mapi_disconnect(Mapi mid); mapi_export MapiMsg mapi_reconnect(Mapi mid); mapi_export MapiMsg mapi_ping(Mapi mid); mapi_export MapiMsg mapi_error(Mapi mid); mapi_export char *mapi_error_str(Mapi mid); mapi_export void mapi_noexplain(Mapi mid, char *errorprefix); mapi_export MapiMsg mapi_explain(Mapi mid, FILE *fd); mapi_export MapiMsg mapi_explain_query(MapiHdl hdl, FILE *fd); mapi_export MapiMsg mapi_explain_result(MapiHdl hdl, FILE *fd); mapi_export MapiMsg mapi_output(Mapi mid, char *output); mapi_export MapiMsg mapi_stream_into(Mapi mid, char *docname, char *colname, FILE *fp); mapi_export MapiMsg mapi_profile(Mapi mid, int flag); mapi_export MapiMsg mapi_trace(Mapi mid, int flag); mapi_export int mapi_get_trace(Mapi mid); mapi_export MapiMsg mapi_log(Mapi mid, const char *nme); mapi_export MapiMsg mapi_setAutocommit(Mapi mid, int autocommit); mapi_export char *mapi_result_error(MapiHdl hdl); mapi_export MapiMsg mapi_next_result(MapiHdl hdl); mapi_export MapiMsg mapi_needmore(MapiHdl hdl); mapi_export int mapi_more_results(MapiHdl hdl); mapi_export MapiHdl mapi_new_handle(Mapi mid); mapi_export MapiMsg mapi_close_handle(MapiHdl hdl); mapi_export MapiMsg mapi_bind(MapiHdl hdl, int fnr, char **ptr); mapi_export MapiMsg mapi_bind_var(MapiHdl hdl, int fnr, int type, void *ptr); mapi_export MapiMsg mapi_bind_numeric(MapiHdl hdl, int fnr, int scale, int precision, void *ptr); mapi_export MapiMsg mapi_clear_bindings(MapiHdl hdl); mapi_export MapiMsg mapi_param_type(MapiHdl hdl, int fnr, int ctype, int sqltype, void *ptr); mapi_export MapiMsg mapi_param_string(MapiHdl hdl, int fnr, int sqltype, char *ptr, int *sizeptr); mapi_export MapiMsg mapi_param(MapiHdl hdl, int fnr, char **ptr); mapi_export MapiMsg mapi_param_numeric(MapiHdl hdl, int fnr, int scale, int precision, void *ptr); mapi_export MapiMsg mapi_clear_params(MapiHdl hdl); mapi_export MapiHdl mapi_prepare(Mapi mid, const char *cmd); mapi_export MapiMsg mapi_prepare_handle(MapiHdl hdl, const char *cmd); mapi_export MapiMsg mapi_virtual_result(MapiHdl hdl, int columns, const char **columnnames, const char **columntypes, const int *columnlengths, int tuplecount, const char ***tuples); mapi_export MapiMsg mapi_execute(MapiHdl hdl); mapi_export MapiMsg mapi_execute_array(MapiHdl hdl, char **val); mapi_export MapiMsg mapi_fetch_reset(MapiHdl hdl); mapi_export MapiMsg mapi_finish(MapiHdl hdl); mapi_export MapiHdl mapi_prepare_array(Mapi mid, const char *cmd, char **val); mapi_export MapiHdl mapi_query(Mapi mid, const char *cmd); mapi_export MapiMsg mapi_query_handle(MapiHdl hdl, const char *cmd); mapi_export MapiHdl mapi_query_prep(Mapi mid); mapi_export MapiMsg mapi_query_part(MapiHdl hdl, const char *cmd, size_t size); mapi_export MapiMsg mapi_query_done(MapiHdl hdl); mapi_export MapiHdl mapi_quick_query(Mapi mid, const char *cmd, FILE *fd); mapi_export MapiHdl mapi_query_array(Mapi mid, const char *cmd, char **val); mapi_export MapiHdl mapi_quick_query_array(Mapi mid, const char *cmd, char **val, FILE *fd); mapi_export MapiHdl mapi_stream_query(Mapi mid, const char *cmd, int windowsize); mapi_export MapiMsg mapi_cache_limit(Mapi mid, int limit); mapi_export MapiMsg mapi_cache_shuffle(MapiHdl hdl, int percentage); mapi_export MapiMsg mapi_cache_freeup(MapiHdl hdl, int percentage); mapi_export MapiMsg mapi_quick_response(MapiHdl hdl, FILE *fd); mapi_export MapiMsg mapi_seek_row(MapiHdl hdl, int rowne, int whence); mapi_export MapiMsg mapi_timeout(Mapi mid, int time); mapi_export int mapi_fetch_row(MapiHdl hdl); mapi_export int mapi_fetch_all_rows(MapiHdl hdl); mapi_export int mapi_get_field_count(MapiHdl hdl); mapi_export int mapi_get_row_count(MapiHdl hdl); mapi_export int mapi_rows_affected(MapiHdl hdl); mapi_export char *mapi_fetch_field(MapiHdl hdl, int fnr); mapi_export MapiMsg mapi_store_field(MapiHdl hdl, int fnr, int outtype, void *outparam); mapi_export char **mapi_fetch_field_array(MapiHdl hdl); mapi_export char *mapi_fetch_line(MapiHdl hdl); mapi_export int mapi_split_line(MapiHdl hdl); mapi_export char *mapi_get_lang(Mapi mid); mapi_export char *mapi_get_dbname(Mapi mid); mapi_export char *mapi_get_host(Mapi mid); mapi_export char *mapi_get_user(Mapi mid); mapi_export char *mapi_get_mapi_version(Mapi mid); mapi_export char *mapi_get_monet_version(Mapi mid); mapi_export int mapi_get_monet_versionId(Mapi mid); mapi_export char *mapi_get_motd(Mapi mid); mapi_export int mapi_is_connected(Mapi mid); mapi_export char *mapi_get_table(MapiHdl hdl, int fnr); mapi_export char *mapi_get_name(MapiHdl hdl, int fnr); mapi_export char *mapi_get_type(MapiHdl hdl, int fnr); mapi_export int mapi_get_len(MapiHdl hdl, int fnr); mapi_export char *mapi_get_query(MapiHdl hdl); mapi_export int mapi_get_querytype(MapiHdl hdl); mapi_export int mapi_get_tableid(MapiHdl hdl); mapi_export char *mapi_quote(const char *msg, int size); mapi_export char *mapi_unquote(char *msg); mapi_export MapiHdl mapi_get_active(Mapi mid); // GARANT BEGIN from embeddedclient.h typedef enum opt_kind { opt_builtin = 0, opt_config = 1, opt_cmdline = 2 } opt_kind; typedef struct opt { opt_kind kind; char *name; char *value; } opt; mapi_export Mapi monetdb_sql(char *dbfarm, char *dbname); mapi_export Mapi embedded_sql(opt *set, int len); // GARANT BEGIN self mapi_export Mapi embedded_mal(opt *set, int len); // GARANT BEGIN from monet_options.h /* mo_print_options will print the option set on stderr */ mapi_export void mo_print_options(opt *set, int setlen); /* mo_find_option, finds the option with the given name in the option set (set,setlen). */ mapi_export char *mo_find_option(opt *set, int setlen, const char *name); /* the option values can contain ${prefix} and ${exec_prefix}, these will be substituted using the mo_substitute function. The return value is a newly allocated buffer, it is the caller's responsibility to free the buffer. */ #ifdef WIN32 /* on Windows, the option values can also contain %prefix% and %exec_prefix% which will be substituted as well. */ #endif mapi_export char *mo_substitute(opt *set, int setlen, char *name); /* mo_system_config will add the options from the system config file (returns the new setlen) */ mapi_export int mo_system_config(opt **Set, int setlen); /* mo_builtin_settings, will place the builtin settings into a new option set (returns the length of this set). */ mapi_export int mo_builtin_settings(opt **Set); /* mo_add_option will add a single option to the option set (returns new length) */ mapi_export int mo_add_option(opt **Set, int setlen, opt_kind kind, const char *name, const char *value); /* mo_free_options will free the resouces take by the options set */ mapi_export void mo_free_options(opt *set, int setlen); // GARANT END #ifdef __cplusplus } #endif #endif /* _MAPI_H_INCLUDED */