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Tietokoneet ja elektroniikka Ohjelmistot STMicroelectronics PGI Käyttöohjeet

comdlg32. STMicroelectronics PGI

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Mainos

Info Dokumentti Chat Liittyvät

Mainos

Chapter 23. Fortran Module/Library Interfaces for Windows

InitializeSid

IsTokenRestricted

IsValidAcl

IsValidSid

LogonUser

LookupAccountName

LookupPrivilegeDisplayName

LookupPrivilegeValue

MakeAbsoluteSD2

MapGenericMask

ObjectCloseAuditAlarm

ObjectOpenAuditAlarm

OpenBackupEventLog

OpenEventLog

OpenThreadToken

PrivilegedServiceAuditAlarm

ReadEventLog

ReportEvent

SetAclInformation

SetKernelObjectSecurity

SetPrivateObjectSecurityEx

SetSecurityDescriptorDacl

SetSecurityDescriptorOwner

SetSecurityDescriptorSacl

SetTokenInformation

IsTextUnicode

IsTokenUntrusted

IsValidSecurityDescriptor

IsWellKnownSid

LogonUserEx

LookupAccountSid

LookupPrivilegeName

MakeAbsoluteSD

MakeSelfRelativeSD

NotifyChangeEventLog

ObjectDeleteAuditAlarm

ObjectPrivilegeAuditAlarm

OpenEncryptedFileRaw

OpenProcessToken

PrivilegeCheck

ReadEncryptedFileRaw

RegisterEventSource

RevertToSelf

SetFileSecurity

SetPrivateObjectSecurity

SetSecurityDescriptorControl

SetSecurityDescriptorGroup

SetSecurityDescriptorRMControl

SetThreadToken

WriteEncryptedFileRaw

comdlg32

The following table lists the functions that comdlg32

includes:

AfxReplaceText

CommDlgExtendedError

GetOpenFileName

PrintDlg

ChooseColor

FindText

GetSaveFileName

PrintDlgEx

ChooseFont

GetFileTitle

PageSetupDlg

ReplaceText

dfwbase

These are the functions that dfwbase

includes:

397

/

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Sisällysluettelo

Fortran Directives and C/C++ Pragmas

Running SMP Parallel Programs

36

Running Data Parallel HPF Programs

36

Using the PGI Compilers on Linux

37

Linux Header Files

37

Running Parallel Programs on Linux

38

Using the PGI Compilers on Windows

38

BASH Shell Environment

38

Windows Command Prompt

39

Using the PGI Compilers on SUA and SFU

39

Subsystem for Unix Applications (SUA and SFU)

39

SUA/SFU Header Files

39

Running Parallel Programs on SUA and SFU

40

Using Shared object files in SFU and SUA

40

Using the PGI Compilers on Mac OS X

40

Mac OS X Header Files

40

Mac OS Debugging Requirements

40

Linking on Mac OS X

41

Running Parallel Programs on Mac OS X

Command-line Options Syntax

45

Command-line Suboptions

46

Command-line Conflicting Options

46

Using –fast and –fastsse Options

48

Other Performance-related Options

Loop Optimization: Unrolling, Vectorization, and Parallelization

52

Interprocedural Analysis (IPA) and Optimization

52

Function Inlining

52

Profile-Feedback Optimization (PFO)

53

Scalar SSE Code Generation

56

Vectorization Sub-options

Vectorization Example Using SSE/SSE2 Instructions

60

Auto-parallelization Sub-options

Loops That Fail to Parallelize

Building a Program Without IPA – Single Step

67

Building a Program Without IPA - Several Steps

68

Building a Program Without IPA Using Make

68

Building a Program with IPA

69

Building a Program with IPA - Single Step

69

Building a Program with IPA - Several Steps

70

Building a Program with IPA Using Make

Using an Inline Library

78

Working with Inline Libraries

80

Dependencies

80

Updating Inline Libraries - Makefiles

80

OpenMP Shared-Memory Parallel Programming Model

Compiling and Linking MPI Applications

102

Debugging MPI Applications

102

Profiling MPI Applications

103

Compiling using OpenMPI

105

Generate MPI Profile Data

106

MSMPI Environment

106

Compiling using MSMPI

106

Generate MPI Profile Data

106

Compiling using OpenMPI

107

Generate MPI Profile Data

User-directed Accelerator Programming

110

Features Not Covered or Implemented

Levels of Parallelism

114

Separate Host and Accelerator Memory Considerations

Enable Accelerator Directives

Free-Form Fortran Directives

117

Fixed-Form Fortran Directives

118

Accelerator Directive Summary

118

Runtime Library Definitions

123

Runtime Library Routines

124

Multiple Processor Targets

TAU - Tuning and Analysis Utility

129

Supported Fortran Intrinsics Summary Table

129

Supported C Intrinsics Summary Table

130

Prefetch Directive Syntax

140

Prefetch Directive Format Requirements

140

Sample Usage of Prefetch Directive

140

Prefetch Pragma Syntax

141

Sample Usage of Prefetch Pragma

Shared Object Error Message

146

Shared Object-Related Compiler Switches

Setting Environment Variables on Linux

159

Setting Environment Variables on Windows

160

Setting Environment Variables on Mac OSX

Runtime Library Considerations

173

64-bit Linux Considerations

174

Linux Redistributable Files

174

Restrictions on Linux Portability

174

Installing the Linux Portability Package

174

Licensing for Redistributable Files

175

PGI Redistributables

175

Microsoft Redistributables

175

Generating Generic x86 Code

176

Generating Code for a Specific Processor

176

PGI Unified Binary Command-line Switches

177

PGI Unified Binary Directives and Pragmas

177

Fortran Named Common Blocks

182

Passing by Value (%VAL)

183

Character Return Values

183

Complex Return Values

184

Example - Fortran Calling C

185

Example - C Calling Fortran

186

Example - C++ Calling C

187

Example - C Calling C++

187

Example - Fortran Calling C++

188

Example - C++ Calling Fortran

189

Win32 Fortran Calling Conventions

190

Symbol Name Construction and Calling Example

191

Using the Default Calling Convention

192

Using the STDCALL Calling Convention

192

Using the C Calling Convention

193

Using the UNIX Calling Convention

193

Using the CREF Calling Convention

Additional Constraints

Multiple Alternative Constraints

Assembly String Modifiers

FORTRAN 77 Aggregate Data Type Extensions

223

Fortran 90 Aggregate Data Types (Derived Types)

224

C and C++ Scalars

224

C and C++ Aggregate Data Types

226

Class and Object Data Layout

Other Type Keywords in C and C++

228

Build-Related PGI Options

229

PGI Debug-Related Compiler Options

232

PGI Optimization-Related Compiler Options

233

PGI Linking and Runtime-Related Compiler Options

233

Code Generation Controls

289

C/C++ Language Controls

293

Environment Controls

295

Fortran Language Controls

296

Inlining Controls

298

Optimization Controls

300

Miscellaneous Controls

310

Task Characteristics and Activities

319

Task Scheduling Points

OMP_MAX_ACTIVE_LEVELS

Accelerator Compute Region Directive

348

Accelerator Data Region Directive

349

Accelerator Loop Mapping Directive

350

Combined Directive

351

Accelerator Declarative Data Directive

351

Accelerator Update Directive

update device|host (list)

Loop Scheduling Clauses

Declarative Data Directive Clauses

361

reflected (list)

361

Update Directive Clauses

Nested Class Name Mangling

371

Local Class Name Mangling

371

Template Class Name Mangling

Function Calling Sequence

385

Register Usage Conventions

385

Function Return Values

388

Argument Passing

389

Function Calling Sequence

392

Function Return Values

394

Argument Passing

395

Linux86-64 Fortran Supplement

397

Fortran Fundamental Types

398

Naming Conventions

398

Argument Passing and Return Conventions

399

Inter-language Calling

Function Calling Sequence

402

Function Return Values

404

Argument Passing

405

Win64/SUA64 Fortran Supplement

407

Fortran Fundamental Types

407

Fortran Naming Conventions

408

Fortran Argument Passing and Return Conventions

408

Inter-language Calling

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PGI Compiler Reference Manual Release 2013

PGI

Release 2013

Viiteopas

NVIDIA PGI Visual Fortran User's Guide | AI Chat & PDF Download

Nvidia

PGI Visual Fortran

Käyttöopas

PGI Visual Fortran User Manual | AI Chat & PDF Access

Nvidia

PGI Visual Fortran

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