3 Library functions
79,605 pages in section 3.
d_
da
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daemonrun in the background -
daemon.A header file including all other header files part of libdaemon.h -
daemonfdrun in the background -
dallocxgeneral purpose memory allocation functions -
Damagerepairs damaged graphics -
dane_API functioncert_ type_ name -
dane_API functioncert_ usage_ name -
dane_API functionmatch_ type_ name -
dane_API functionquery_ data -
dane_API functionquery_ deinit -
dane_API functionquery_ entries -
dane_API functionquery_ status -
dane_API functionquery_ tlsa -
dane_API functionquery_ to_ raw_ tlsa -
dane_API functionraw_ tlsa -
dane_API functionstate_ deinit -
dane_API functionstate_ init -
dane_API functionstate_ set_ dlv_ file -
dane_API functionstrerror -
dane_API functionverification_ status_ print -
dane_API functionverify_ crt -
dane_API functionverify_ crt_ raw -
dane_API functionverify_ session_ crt -
dasum -
dasum.f -
dasumsub -
dasumsub.f -
Dataobject containing undo information for storage in a command -
data_3d_ ind. txt -
data_3d_ mixed. txt -
data_test for off-screen data in given formsahead -
data_test for off-screen data in given formsbehind -
data_dependent_ random_ initializer. hpp -
datafileData file tag methods -
datasData subclasses for storing common undo information -
date_convert between tm struct and Windows DATE valuefrom_ tm -
date_convert between tm struct and Windows DATE valueto_ tm -
datetimeconvert between TAI labels and seconds -
dawsonDawson's integral -
daxpy -
daxpy.f -
daylightinitialize time conversion information
db
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dbdatabase access methods -
db1nrm2 -
dbbcsd -
dbbcsd.f -
DBD::Sybase database driver for the DBI moduleSybase -
dbdsdc -
dbdsdc.f -
dbdsqr -
dbdsqr.f -
dbdsvdx -
dbdsvdx.f -
dbdt01 -
dbdt01.f -
dbdt02 -
dbdt02.f -
dbdt03 -
dbdt03.f -
dbdt04 -
dbdt04.f -
dbdt05 -
dbdt05.f -
DBEDouble Buffer Extension -
dbeg -
dbignumLA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions -
dblat1 -
dblat1.f -
dblat2 -
dblat2.f -
dblat3 -
dblat3.f -
dblinkexecutes a query in a remote database -
dblink_builds a DELETE statement using supplied values for primary key field valuesbuild_ sql_ delete -
dblink_builds an INSERT statement using a local tuple, replacing the primary key field values with alternative supplied valuesbuild_ sql_ insert -
dblink_builds an UPDATE statement using a local tuple, replacing the primary key field values with alternative supplied valuesbuild_ sql_ update -
dblink_cancels any active query on the named connectioncancel_ query -
dblink_closes a cursor in a remote databaseclose -
dblink_opens a persistent connection to a remote databaseconnect -
dblink_opens a persistent connection to a remote database, insecurelyconnect_ u -
dblink_closes a persistent connection to a remote databasedisconnect -
dblink_gets last error message on the named connectionerror_ message -
dblink_executes a command in a remote databaseexec -
dblink_returns rows from an open cursor in a remote databasefetch -
dblink_returns the names of all open named dblink connectionsget_ connections -
dblink_retrieve async notifications on a connectionget_ notify -
dblink_returns the positions and field names of a relation's primary key fieldsget_ pkey -
dblink_gets an async query resultget_ result -
dblink_checks if connection is busy with an async queryis_ busy -
dblink_opens a cursor in a remote databaseopen -
dblink_sends an async query to a remote databasesend_ query -
dbmThe GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.) -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)clearerr -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)close -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)delete -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)dirfno -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)error -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)fetch -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)firstkey -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)nextkey -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)open -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)pagfno -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)rdonly -
dbm_The GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.)store -
dbmcloseThe GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.) -
dbminitThe GNU database manager. Includes dbm and ndbm compatability. (Version 1.8.3.) -
dbopendatabase access methods -
dbzsomewhat dbm-compatible database routines dbzfresh, dbzagain, dbzfetch, dbzstore - database routines dbzsync, dbzsize, dbzincore, dbzcancel, dbzdebug - database routines -
dbzcloseDatabase routines for InterNetNews -
dbzfetchDatabase routines for InterNetNews -
dbzinitDatabase routines for InterNetNews -
dbzstoreDatabase routines for InterNetNews
dc
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dcabs1 -
dcabs1.f -
dcabs1sub -
dcabs1sub.f -
dcblat1 -
dcgettexttranslate message -
dchk1 -
dchk2 -
dchk3 -
dchk4 -
dchk5 -
dchk6 -
dchkaadouble -
dchkab -
dchkab.f -
dchkbb -
dchkbb.f -
dchkbd -
dchkbd.f -
dchkbk -
dchkbk.f -
dchkbl -
dchkbl.f -
dchkdmd.f90 -
dchke -
dchkec -
dchkec.f -
dchkeedouble -
dchkeq -
dchkeq.f -
dchkgb -
dchkgb.f -
dchkge -
dchkge.f -
dchkgg -
dchkgg.f -
dchkgk -
dchkgk.f -
dchkgl -
dchkgl.f -
dchkgt -
dchkgt.f -
dchkhs -
dchkhs.f -
dchklq -
dchklq.f -
dchklqt -
dchklqt.f -
dchklqtp -
dchklqtp.f -
dchkorhr_col -
dchkorhr_col. f -
dchkpb -
dchkpb.f -
dchkpo -
dchkpo.f -
dchkpp -
dchkpp.f -
dchkps -
dchkps.f -
dchkpt -
dchkpt.f -
dchkq3 -
dchkq3.f -
dchkql -
dchkql.f -
dchkqp3rk -
dchkqp3rk.f -
dchkqr -
dchkqr.f -
dchkqrt -
dchkqrt.f -
dchkqrtp -
dchkqrtp.f -
dchkrfp -
dchkrfp.f -
dchkrq -
dchkrq.f -
dchksb -
dchksb.f -
dchksb2stg -
dchksb2stg.f -
dchksp -
dchksp.f -
dchkst -
dchkst.f -
dchkst2stg -
dchkst2stg.f -
dchksy -
dchksy.f -
dchksy_aa -
dchksy_aa. f -
dchksy_aa_ 2stage -
dchksy_aa_ 2stage. f -
dchksy_rk -
dchksy_rk. f -
dchksy_rook -
dchksy_rook. f -
dchktb -
dchktb.f -
dchktp -
dchktp.f -
dchktr -
dchktr.f -
dchktsqr -
dchktsqr.f -
dchktz -
dchktz.f -
dckcsd -
dckcsd.f -
dckglm -
dckglm.f -
dckgqr -
dckgqr.f -
dckgsv -
dckgsv.f -
dcklse -
dcklse.f -
dcngettexttranslate message and choose plural form -
dcombssqOther Auxiliary Routines -
dcopy -
dcopy.f -
dcsdts -
dcsdts.f
dd
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dd_Data descriptors globus_xio uses data descriptors to associate meta data with the data being writen or the data read. Data descriptors flow into the drivers read and write interface functions by way of the operation structure. If the driver is interested in viewing the data decriptor it can request it from the operation structure via a call to globus_xio_driver_operation_get_data_descriptor() and it can view any driver specific data descriptor via a call to globus_xio_driver_data_descriptor_get_specific(). The driver can modify values in the data descriptor by setting values before passing the request down the stack. Several functions are available to modify the data descriptors. There is no need to 'set()' the data descriptors back into the operation. The functions for manipluating the values in a DD affect the values xio has directly. Data descriptors flow back to the driver in the callbacks for the data operations. When calling finished operation on a data operation the driver must pass in a data descriptor. It should get this data descriptor from the io operation callback. Life Cycle: Passing in a data descriptor: A data descriptor is first created by the globus_xio user. The user can add driver specific data descriptors to it. Once the usre has created and set the attributes on its data descriptor to their liking they pass it into a globus_xio data operation (either read or write). When the data descriptor is passed on globus_xio will make an internal copy of it. It does this by first coping the user the level data descriptor and then walkinging through the list of driver specific data descriptor contianed in to and requesting the the driver make a copy of the driver specific data descriptor. If ever a driver specific data descriptor is NULL globus_xio need not call into its drivers dd_copy function. If ever the user level data descriptor is NULL globus_xio need not deal with the data descriptor functionality at all. A data descriptor coming back up the stack Once an io operation reachs the transport driver (the bottom of the stack) it takes on a slightly different role. On the way in it is describing what is requested to be done with the data, on the way out it is describing what has actually been done. Once the transport driver performs the operation it should adjust the data descriptor to reflect what has actually happened (few drivers will need to worry about this). Each driver on the way up can adjust the data descriptor and its driver specific data decriptor. When xio reachs the the top of the stack it calls a user callback. When that callback returns all memory associated with the data descriptor is cleaned up. The interface function globus_xio_driver_data_descriptor_free() is used for this.driver -
ddbtf2compute an LU factorization of a real m-by-n band matrix A without using partial pivoting with row interchanges -
ddbtrfcompute an LU factorization of a real m-by-n band matrix A without using partial pivoting or row interchanges -
ddiff -
ddisna -
ddisna.f -
ddot -
ddot.f -
ddotsub -
ddotsub.f -
ddrges -
ddrges.f -
ddrges3 -
ddrges3.f -
ddrgev -
ddrgev.f -
ddrgev3 -
ddrgev3.f -
ddrgsx -
ddrgsx.f -
ddrgvx -
ddrgvx.f -
ddrvab -
ddrvab.f -
ddrvac -
ddrvac.f -
ddrvbd -
ddrvbd.f -
ddrves -
ddrves.f -
ddrvev -
ddrvev.f -
ddrvgb -
ddrvgb.f -
ddrvgbx.f -
ddrvge -
ddrvge.f -
ddrvgex.f -
ddrvgt -
ddrvgt.f -
ddrvls -
ddrvls.f -
ddrvpb -
ddrvpb.f -
ddrvpo -
ddrvpo.f -
ddrvpox.f -
ddrvpp -
ddrvpp.f -
ddrvpt -
ddrvpt.f -
ddrvrf1 -
ddrvrf1.f -
ddrvrf2 -
ddrvrf2.f -
ddrvrf3 -
ddrvrf3.f -
ddrvrf4 -
ddrvrf4.f -
ddrvrfp -
ddrvrfp.f -
ddrvsg -
ddrvsg.f -
ddrvsg2stg -
ddrvsg2stg.f -
ddrvsp -
ddrvsp.f -
ddrvst -
ddrvst.f -
ddrvst2stg -
ddrvst2stg.f -
ddrvsx -
ddrvsx.f -
ddrvsy -
ddrvsy.f -
ddrvsy_aa -
ddrvsy_aa. f -
ddrvsy_aa_ 2stage -
ddrvsy_aa_ 2stage. f -
ddrvsy_rk -
ddrvsy_rk. f -
ddrvsy_rook -
ddrvsy_rook. f -
ddrvsyx.f -
ddrvvx -
ddrvvx.f -
ddttrfcompute an LU factorization of a complex tridiagonal matrix A using elimination without partial pivoting -
ddttrsvsolve one of the systems of equations L * X = B, L**T * X = B, or L**H * X = B,