/macosx-10.10.1/CPANInternal-159.1/JSON-RPC-0.96/lib/JSON/ |
H A D | RPC.pm | 111 $client->prepare($uri, ['sum', 'echo']);
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/macosx-10.10.1/IOFireWireFamily-456/IOFireWireFamily.kmodproj/ |
H A D | IOFireWireMultiIsochReceive.cpp | 268 error = bufferDesc->prepare() ;
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H A D | IOFWUserCommand.cpp | 203 IOReturn error = fMem->prepare() ; 284 error = fMem->prepare() ; 468 IOReturn error = fMem->prepare() ; 521 result = fMem->prepare() ; 1025 IOReturn error = fMem->prepare() ; 1066 result = fMem->prepare() ;
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H A D | IOFWCompareAndSwapCommand.cpp | 220 IOReturn status = fMembers->fMemory->prepare( kIODirectionOutIn );
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H A D | IOFWDCLProgram.cpp | 169 if ( desc && kIOReturnSuccess != desc->prepare() ) 171 ErrorLog("couldn't prepare memory descriptor\n") ; 202 ErrorLog("couldn't prepare memory DMA command\n") ;
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H A D | IOFWRingBufferQ.cpp | 75 if ( fMemDescriptor->prepare( (IODirection)(options & kIOMemoryDirectionMask) ) != kIOReturnSuccess )
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H A D | IOFWUserAsyncStreamListener.cpp | 228 status = ( kIOReturnSuccess == fPacketQueueBuffer->prepare() ) ;
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H A D | IOFWUserIsochPort.cpp | 263 status = memory->prepare( kIODirectionInOut ); 292 // set memory descriptor and don't prepare it 299 status = dma_command->prepare( 0, length, true ); 429 error = bufferDesc->prepare( kIODirectionPrepareToPhys32 ) ; 467 error = userProgramExportDesc->prepare() ;
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H A D | IOFWWriteQuadCommand.cpp | 244 IOReturn status = ((MemberVariables*)fMembers->fSubclassMembers)->fMemory->prepare( kIODirectionOutIn );
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/macosx-10.10.1/IOSCSIParallelFamily-300.0.2/TestTools/AppleSCSIHBAEmulator/ |
H A D | AppleSCSIEmulatorAdapter.cpp | 933 inquiryBuffer->prepare ( ); 938 inquiryPage00Buffer->prepare ( ); 943 inquiryPage80Buffer->prepare ( ); 948 inquiryPage83Buffer->prepare ( );
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/macosx-10.10.1/apr-32/apr-util/apr-util/include/private/ |
H A D | apr_dbd_internal.h | 193 /** prepare: prepare a statement 204 * @param statement - statement to prepare. May point to null on entry. 207 int (*prepare)(apr_pool_t *pool, apr_dbd_t *handle, const char *query, member in struct:apr_dbd_driver_t
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/macosx-10.10.1/WebKit2-7600.1.25/DatabaseProcess/IndexedDB/sqlite/ |
H A D | SQLiteIDBCursor.cpp | 183 if (m_statement->prepare() != SQLResultOk) { 184 LOG_ERROR("Could not create cursor statement (prepare/id) - '%s'", m_transaction->sqliteTransaction()->database().lastErrorMsg()); 361 if (objectStoreStatement.prepare() != SQLResultOk
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/macosx-10.10.1/ruby-106/ruby/test/rake/ |
H A D | helper.rb | 415 task :prepare do 419 file "scopedep.rb" => [:prepare] do
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/macosx-10.10.1/vim-55/runtime/syntax/ |
H A D | esqlc.vim | 28 syntax keyword esqlcPreProc prepare fetch goto continue found sqlerror work
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H A D | atlas.vim | 22 syn keyword atlasStatement prepare execute
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/macosx-10.10.1/IOFireWireSBP2-425/IOFireWireSBP2/ |
H A D | IOFireWireSBP2ORB.cpp | 497 status = memory->prepare( kIODirectionInOut ); 536 // set memory descriptor and don't prepare it 542 status = dma_command->prepare( 0, length, true ); 554 dma_command->prepare( 0, length, true ); 790 // set memory descriptor and don't prepare it 796 status = dma_command->prepare( 0, fPageTableSize, true ); 1142 status = memory->prepare( withDirection ); 1181 status = memory->prepare( withDirection ); 1259 IOLog( "After prepare\n" ); 1261 IOLog( "After prepare [all...] |
/macosx-10.10.1/BerkeleyDB-21/db/test/ |
H A D | rep075.tcl | 56 puts "Rep$tnum: close DBs after prepare" 58 puts "Rep$tnum: close DBs before prepare" 158 # Create and prepare 2 transactions: 173 error_check_good commit [$txn1 prepare $gid] 0 180 error_check_good commit [$txn2 prepare $gid] 0
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/macosx-10.10.1/CPANInternal-159.1/Log-Log4perl-1.40/lib/Log/Log4perl/ |
H A D | DateFormat.pm | 42 $self->prepare($format); 49 sub prepare { subroutine
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/macosx-10.10.1/IOFireWireAVC-422.4.0/IOFireWireAVC/ |
H A D | IOFireWireAVCCommand.cpp | 348 IOReturn err = fMem->prepare(); 520 IOReturn err = fMem->prepare();
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/macosx-10.10.1/IOATAFamily-253.0.1/ |
H A D | IOPCIATA.cpp | 242 _prdBuffer->prepare ( );
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/macosx-10.10.1/IOPCIFamily-239.1.2/AppleSamplePCI/ |
H A D | AppleSamplePCIUserClient.cpp | 229 err = memDesc->prepare( kIODirectionOutIn ); 231 IOLog("IOMemoryDescriptor::prepare failed(%x)\n", err);
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/macosx-10.10.1/IOSCSIParallelFamily-300.0.2/ |
H A D | SCSIParallelTask.cpp | 154 status = buffer->prepare ( kIODirectionOutIn );
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/macosx-10.10.1/Security-57031.1.35/Security/include/security_utilities/ |
H A D | ip++.h | 210 void prepare(int fdFlags, int domain, int type, int protocol = 0);
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/macosx-10.10.1/Security-57031.1.35/Security/libsecurity_utilities/lib/ |
H A D | ip++.h | 210 void prepare(int fdFlags, int domain, int type, int protocol = 0);
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/macosx-10.10.1/xnu-2782.1.97/iokit/IOKit/ |
H A D | IODMACommand.h | 186 @param mappingOptions is the type of mapping that is required to translate an IOMemoryDescriptor into the desired number of bits. For instance if your hardware only supports 32 bits but must run on machines with > 4G of RAM some mapping will be required. Number of bits will be specified in numAddressBits, see below.This parameter can take 3 values:- kNonCoherent - used for non-coherent hardware transfers, Mapped - Validate that all I/O bus generated addresses are within the number of addressing bits specified, Bypassed indicates that bypassed addressing is required, this is used when the hardware transferes are into coherent memory but no mapping is required. See also prepare() for failure cases. 209 @param mapType is the type of mapping that is required to translate an IOMemoryDescriptor into the desired number of bits. For instance if your hardware only supports 32 bits but must run on machines with > 4G of RAM some mapping will be required. Number of bits will be specified in numAddressBits, see below. This parameter can take 3 values:- kNonCoherent - used for non-coherent hardware transfers, Mapped - Validate that all I/O bus generated addresses are within the number of addressing bits specified, Bypassed indicates that bypassed addressing is required, this is used when the hardware transfers are into coherent memory but no mapping is required. See also prepare() for failure cases. 244 @param mappingOptions is the type of mapping that is required to translate an IOMemoryDescriptor into the desired number of bits. For instance if your hardware only supports 32 bits but must run on machines with > 4G of RAM some mapping will be required. Number of bits will be specified in numAddressBits, see below.This parameter can take 3 values:- kNonCoherent - used for non-coherent hardware transfers, Mapped - Validate that all I/O bus generated addresses are within the number of addressing bits specified, Bypassed indicates that bypassed addressing is required, this is used when the hardware transferes are into coherent memory but no mapping is required. See also prepare() for failure cases. 261 @discussion The DMA command will configure itself based on the information that it finds in the memory descriptor. It looks for things like the direction of the memory descriptor and whether the current memory descriptor is already mapped into some IOMMU. As a programmer convenience it can also prepare the DMA command immediately. See prepare(). Note the IODMACommand is designed to used multiple times with a succession of memory descriptors, making the pooling of commands possible. It is an error though to attempt to reset a currently prepared() DMA command. Warning: This routine may block so never try to autoprepare an IODMACommand while in a gated context, i.e. one of the WorkLoops action call outs. 263 @param autoPrepare An optional boolean variable that will call the prepare() function automatically after the memory descriptor is processed. Defaults to true. 264 @result Returns kIOReturnSuccess, kIOReturnBusy if currently prepared, kIOReturnNoSpace if the length(mem) >= Maximum Transfer Size or the error codes returned by prepare() (qv). 281 /*! @function prepare 284 @param offset defines the starting offset in the memory descriptor the DMA command will operate on. genIOVMSegments will produce its results based on the offset and length passed to the prepare method. 285 @param length defines the ending position in the memory descriptor the DMA command will operate on. genIOVMSegments will produce its results based on the offset and length passed to the prepare metho [all...] |