- &space
- Typographical Conventions
- –align16 compiler option
- Accessing Small Amounts of Misaligned Data
- Accessing Small Amounts of Misaligned Data
- Driver Options
- –align32 compiler option
- Driver Options
- –align64 compiler option
- Driver Options
- –align8 compiler option
- Accessing Small Amounts of Misaligned Data
- Driver Options
- Accessing Small Amounts of Misaligned Data
- –automatic compiler option
- Using the –static Flag
- –backslash compiler option
- Driver Options
- –bestG compiler option
- Performance
- –C compiler option
- Driver Options
- Example: Erroneous C$DOACROSS
- –check_bounds compiler option
- Driver Options
- –chunk compiler option
- C$MP_SCHEDTYPE, C$CHUNK
- Driver Options
- –col72 compiler option
- Driver Options
- –cord compiler option
- Performance
- –cpp compiler option
- Driver Options
- –d_lines compiler option
- Driver Options
- –E compiler option
- Driver Options
- –expand_include compiler option
- Driver Options
- –extend_source compiler option
- Driver Options
- –F compiler option
- Driver Options
- –feedback compiler option
- Performance
- –framepointer compiler option
- Driver Options
- –g compiler option
- Reference Information
- Multiprocess Debugging Session
- Performance
- –i2 compiler option
- Driver Options
- –jmpopt compiler option
- Performance
- –l compiler option
- Linking Objects
- –listing compiler option
- Driver Options
- –lm compiler option
- Specifying Link Libraries
- –lp compiler option
- Specifying Link Libraries
- –m compiler option
- Driver Options
- –mp compiler option
- Driver Options
- Example: Erroneous C$DOACROSS
- Executing Spooled Routines
- Compiling and Running
- –mp_schedtype compiler option
- Driver Options
- C$MP_SCHEDTYPE, C$CHUNK
- –N compiler option
- Driver Options
- –nocpp compiler option
- Compilation
- Driver Options
- –noexpopt compiler option
- Driver Options
- –noextend_source compiler option
- Driver Options
- –nof77 compiler option
- Driver Options
- –noi4 compiler option
- Driver Options
- –noisam compiler option
- Driver Options
- –O compiler option
- Optimizing
- –old_rl compiler option
- Driver Options
- –onetrip compiler option
- Driver Options
- Driver Options
- –P compiler option
- Driver Options
- Profiling
- –pfa compiler option
- Driver Options
- –R compiler option
- Driver Options
- –r8 compiler option
- Driver Options
- –static compiler option
- Using the –static Flag
- Example: Erroneous C$DOACROSS
- Example 5: Function Call
- Driver Options
- Example: Erroneous C$DOACROSS
- –trapeuv compiler option
- Driver Options
- –u compiler option
- Driver Options
- Driver Options
- Driver Options
- –usefpidx compiler option
- Driver Options
- –vms_cc compiler option
- Driver Options
- –vms_endfile compiler option
- Driver Options
- –vms_library compiler option
- Driver Options
- –vms_stdin compiler option
- Driver Options
- –w compiler option
- Driver Options
- –w66 compiler option
- Driver Options
- –Xlocaldata loader directive
- Local COMMON Blocks
- alignment
- Alignment, Size, and Value Ranges
- Access of Misaligned Data
- archiver, ar
- Archiver
- arguments
- order
- Arguments
- passing between C and Fortran
- Arguments
- passing between Fortran and Pascal
- Arguments
- arrays
- C
- Array Handling
- character
- Fortran Character Array Lengths
- declaring
- Alignment, Size, and Value Ranges
- Pascal
- Array Handling
- barrier function
- mp_setlock, mp_unsetlock, mp_barrier
- blocking slave threads
- mp_block and mp_unblock
- C functions
- calling from Fortran
- Names
- C macro preprocessor
- Driver Options
- Compilation
- C$
- C$
- C$&
- C$&
- C$CHUNK
- C$MP_SCHEDTYPE, C$CHUNK
- C$COPYIN
- Local COMMON Blocks
- C$DOACROSS
- C$DOACROSS
- and REDUCTION
- REDUCTION
- continuing with C$&
- C$&
- loop naming convention
- Loop Transformation
- nesting
- Nesting C$DOACROSS
- C$MP_SCHEDTYPE
- C$MP_SCHEDTYPE, C$CHUNK
- C-style comments
- accepting in Hollerith strings
- Compilation
- cache
- reducing conflicts
- Performance
- cache
- Cache Effects
- character arrays
- Fortran Character Array Lengths
- character variables
- Using Fortran Character Variables as Parameters
- CHUNK
- MP_SCHEDTYPE, CHUNK
- CHUNK
- Example:
- comments
- Compilation
- COMMON blocks
- Example: Erroneous C$DOACROSS
- SHARE, LOCAL, LASTLOCAL
- Alignment, Size, and Value Ranges
- Accessing Common Blocks of Data
- making local to a process
- Local COMMON Blocks
- compilation
- Compilation
- compiler options
- Driver Options
- –1
- Driver Options
- –align16
- Accessing Small Amounts of Misaligned Data
- Accessing Small Amounts of Misaligned Data
- Driver Options
- Alignment, Size, and Value Ranges
- –align32
- Driver Options
- –align64
- Driver Options
- –align8
- Driver Options
- Alignment, Size, and Value Ranges
- Accessing Small Amounts of Misaligned Data
- Accessing Small Amounts of Misaligned Data
- –automatic
- Using the –static Flag
- –backslash
- Driver Options
- –bestG
- Performance
- –C
- Example: Erroneous C$DOACROSS
- Driver Options
- –check_bounds
- Driver Options
- –chunk
- C$MP_SCHEDTYPE, C$CHUNK
- Driver Options
- –col72
- Driver Options
- –cord
- Performance
- –cpp
- Driver Options
- –d_lines
- Driver Options
- –E
- Driver Options
- –expand_include
- Driver Options
- –extend_source
- Driver Options
- –F
- Driver Options
- –feedback
- Performance
- –framepointer
- Driver Options
- –g
- Multiprocess Debugging Session
- Reference Information
- Performance
- –i2
- Driver Options
- –jmopt
- Performance
- –l
- Linking Objects
- –listing
- Driver Options
- –lm
- Specifying Link Libraries
- –lp
- Specifying Link Libraries
- –m
- Driver Options
- –mp
- Executing Spooled Routines
- Driver Options
- Compiling and Running
- Example: Erroneous C$DOACROSS
- –mp_schedtype
- C$MP_SCHEDTYPE, C$CHUNK
- Driver Options
- –N
- Driver Options
- –nocpp
- Compilation
- Driver Options
- –noexpopt
- Driver Options
- –noextend_source
- Driver Options
- –nof77
- Driver Options
- –noi4
- Driver Options
- –noisam
- Driver Options
- –O
- Optimizing
- –old_rl
- Driver Options
- –onetrip
- Driver Options
- Driver Options
- –p
- Profiling
- Driver Options
- –pfa
- Driver Options
- –R
- Driver Options
- –r8
- Driver Options
- –static
- Example 5: Function Call
- Using the –static Flag
- Driver Options
- Example: Erroneous C$DOACROSS
- Example: Erroneous C$DOACROSS
- –trapeuv
- Driver Options
- –U
- Driver Options
- Driver Options
- Driver Options
- –usefpidx
- Driver Options
- –vms_cc
- Driver Options
- –vms_endfile
- Driver Options
- –vms_library
- Driver Options
- –vms_stdin
- Driver Options
- –w
- Driver Options
- –w66
- Driver Options
- list of
- Driver Options
- core files
- Run-Time Error Handling
- producing
- Run-Time Error Messages
- cpp
- Compilation
- data dependencies
- Example 2: Data Dependence
- analyzing for multiprocessing
- Analyzing Data Dependencies for Multiprocessing
- breaking
- Breaking Data Dependencies
- complicated
- Example 8: Complicated Independence
- inconsequential
- Example 9: Inconsequential Data Dependence
- rewritable
- Example 6: Rewritable Data Dependence
- data independence
- Analyzing Data Dependencies for Multiprocessing
- data types
- alignment
- Alignment, Size, and Value Ranges
- Access of Misaligned Data
- C
- Arguments
- Fortran
- Arguments
- Arguments
- Pascal
- Arguments
- DATE
- DATE
- dbx
- Debugging
- Run-Time Error Messages
- debugging
- Step 5: Debug on a Single Processor
- parallel Fortran programs
- Debugging Parallel Fortran
- with dbx
- Debugging
- direct files
- File Formats
- directives
- C$
- C$
- C$&
- C$&
- C$CHUNK
- C$MP_SCHEDTYPE, C$CHUNK
- C$DOACROSS
- C$DOACROSS
- C$MP_SCHEDTYPE
- C$MP_SCHEDTYPE, C$CHUNK
- list of
- Writing Parallel Fortran
- DO loops
- Analyzing Data Dependencies for Multiprocessing
- Parallel Loops
- Example 1: Loop Interchange
- Example: Erroneous C$DOACROSS
- DOACROSS
- and multiprocessing
- DOACROSS Implementation
- DOACROSS
- C$MP_SCHEDTYPE, C$CHUNK
- driver options
- Driver Options
- drivers
- Drivers
- dynamic scheduling
- MP_SCHEDTYPE, CHUNK
- environment variables
- Environment Variables: MP_SET_NUMTHREADS, MP_BLOCKTIME, MP_SETUP
- Environment Variables: MP_SCHEDTYPE, CHUNK
- Examples of Compiling
- f77_dump_flag
- Run-Time Error Handling
- Run-Time Error Messages
- equivalence statements
- Example: Erroneous C$DOACROSS
- Multiprocess Debugging Session
- error handling
- Run-Time Error Handling
- error messages
- run-time
- Run-Time Error Messages
- ERRSNS
- ERRSNS
- executable object
- Compilation
- EXIT
- EXIT
- external files
- File Formats
- EXTERNAL statement
- and –nof77 option
- Driver Options
- f77
- as driver
- Drivers
- supported file formats
- File Formats
- syntax
- Drivers
- f77_dump_flag
- Run-Time Error Handling
- Run-Time Error Messages
- file, object file tool
- Object File Tools
- files
- direct
- File Formats
- external
- File Formats
- position when opened
- File Positions
- preconnected
- Preconnected Files
- sequential unformatted
- File Formats
- supported formats
- File Formats
- UNKNOWN status
- Unknown File Status
- formats
- files
- File Formats
- Fortran
- conformance to standard with –nocpp
- Driver Options
- SVS
- Driver Options
- VMS
- Driver Options
- Driver Options
- Driver Options
- functions
- declaring in C
- Invocations
- declaring in Pascal
- Invocation
- in parallel loops
- Example 5: Function Call
- intrinsic
- Example 5: Function Call
- Function Extensions
- SECNDS
- SECNDS
- library
- Library Functions
- Example 5: Function Call
- RAN
- RAN
- side effects
- Example 5: Function Call
- global data area
- reducing
- Performance
- guided self-scheduling
- MP_SCHEDTYPE, CHUNK
- handle_sigfpes
- Trap Handling
- Hollerith strings
- and C-style comments
- Compilation
- IDATE
- IDATE
- IF clause
- IF
- IGCLD signal
- intercepting
- Compatibility With sproc
- interleave scheduling
- MP_SCHEDTYPE, CHUNK
- intrinsic subroutines
- Intrinsic Subroutine Extensions
- DATE
- DATE
- ERRSNS
- ERRSNS
- EXIT
- EXIT
- IDATE
- IDATE
- MVBITS
- MVBITS
- TIME
- TIME
- LASTLOCAL
- Analyzing Data Dependencies for Multiprocessing
- LASTLOCAL
- SHARE, LOCAL, LASTLOCAL
- libfpe.a
- Trap Handling
- libraries
- link
- Linking Objects
- specifying
- Specifying Link Libraries
- library functions
- Library Functions
- link libraries
- Linking Objects
- linking
- Linking Objects
- load balancing
- Load Balancing
- LOCAL
- Analyzing Data Dependencies for Multiprocessing
- SHARE, LOCAL, LASTLOCAL
- loop interchange
- Example 1: Loop Interchange
- loops
- Parallel Loops
- data dependencies
- Analyzing Data Dependencies for Multiprocessing
- tranformation
- Loop Transformation
- M4 macro preprocessor
- Driver Options
- m_fork
- and multiprocessing
- Compatibility With sproc
- macro preprocessor
- C
- Driver Options
- M4
- Driver Options
- makefiles
- Makefile Considerations
- master processes
- Parallel Loops
- Executing Spooled Routines
- misaligned data
- Access of Misaligned Data
- mkf2c
- The Wrapper Generator mkf2c
- mp_barrier
- mp_setlock, mp_unsetlock, mp_barrier
- mp_block
- mp_block and mp_unblock
- mp_blocktime
- mp_blocktime
- mp_create
- mp_setup, mp_create, and mp_destroy
- mp_destroy
- mp_setup, mp_create, and mp_destroy
- mp_my_threadnum
- mp_my_threadnum
- mp_numthreads
- mp_numthreads, mp_set_numthreads
- MP_PROFILE
- Environment Variable: MP_PROFILE
- MP_SCHEDTYPE
- MP_SCHEDTYPE, CHUNK
- C$MP_SCHEDTYPE, C$CHUNK
- MP_SET_NUMTHREADS
- Environment Variables: MP_SET_NUMTHREADS, MP_BLOCKTIME, MP_SETUP
- mp_numthreads, mp_set_numthreads
- mp_setlock
- mp_setlock, mp_unsetlock, mp_barrier
- mp_setup
- mp_setup, mp_create, and mp_destroy
- mp_simple_sched
- Profiling a Parallel Fortran Program
- and loop transformations
- Loop Transformation
- tasks executed
- Executing Spooled Routines
- mp_slave_control
- Executing Spooled Routines
- mp_slave_wait_for_work
- Profiling a Parallel Fortran Program
- mp_unblock
- mp_block and mp_unblock
- mp_unsetlock
- mp_setlock, mp_unsetlock, mp_barrier
- multi-language programs
- Compiling Multilanguage Programs
- multiprocessing
- and DOACROSS
- DOACROSS Implementation
- and load balancing
- Load Balancing
- associated overhead
- Work Quantum
- enabling directives
- Executing Spooled Routines
- Driver Options
- MVBITS
- MVBITS
- nm, object file tool
- Object File Tools
- NUM_THREADS
- Environment Variables: MP_SET_NUMTHREADS, MP_BLOCKTIME, MP_SETUP
- object files
- Compilation
- tools for interpreting
- Object File Tools
- object module
- Compilation
- objects
- linking
- Linking Objects
- odump
- Object File Tools
- optimizing
- Optimizing
- parallel blocks of code
- executing simultaneously
- Parallel Blocks
- parallel Fortran
- directives
- Writing Parallel Fortran
- parameters
- reduction of
- Reduction of Parameters
- Pascal
- interfacing with Fortran
- Fortran/Pascal Interface
- passing arguments
- Arguments
- Arguments
- Arguments
- performance
- improving
- Performance
- PFA
- Step 3: Analyze
- Analyzing Data Dependencies for Multiprocessing
- associated directives
- C$MP_SCHEDTYPE, C$CHUNK
- running from f77
- Driver Options
- pixie
- Profiling
- and multiprocessing
- Environment Variable: MP_PROFILE
- power Fortran accelerator
- Step 3: Analyze
- Analyzing Data Dependencies for Multiprocessing
- preconnected files
- Preconnected Files
- preprocessor
- cpp
- Compilation
- processes
- master
- Executing Spooled Routines
- Parallel Loops
- slave
- Parallel Loops
- Executing Spooled Routines
- prof
- Profiling
- profiling
- Profiling
- Step 2: Profile
- and multiprocessing
- Environment Variable: MP_PROFILE
- parallel Fortran program
- Profiling a Parallel Fortran Program
- programs
- multi-language
- Compiling Multilanguage Programs
- RAN
- RAN
- rand
- and multiprocessing
- Example 5: Function Call
- RATFOR
- and –R option
- Driver Options
- records
- File Formats
- recurrence
- and data dependency
- Example 3: Recurrence
- reduction
- and data dependency
- Example 4: Sum Reduction
- listing associated variables
- REDUCTION
- sum
- Example 4: Sum Reduction
- REDUCTION clause
- and C$DOACROSS
- REDUCTION
- run-time error handling
- Run-Time Error Handling
- run-time scheduling
- MP_SCHEDTYPE, CHUNK
- scheduling methods
- Loop Transformation
- MP_SCHEDTYPE, CHUNK
- Example:
- dynamic
- MP_SCHEDTYPE, CHUNK
- guided self-scheduling
- MP_SCHEDTYPE, CHUNK
- interleave
- MP_SCHEDTYPE, CHUNK
- run-time
- MP_SCHEDTYPE, CHUNK
- simple
- MP_SCHEDTYPE, CHUNK
- SECNDS
- SECNDS
- self-scheduling
- MP_SCHEDTYPE, CHUNK
- sequential unformatted files
- File Formats
- SHARE
- Analyzing Data Dependencies for Multiprocessing
- SHARE, LOCAL, LASTLOCAL
- SIGCLD
- mp_setup, mp_create, and mp_destroy
- simple scheduling
- MP_SCHEDTYPE, CHUNK
- size, object file tool
- Object File Tools
- slave processes
- Parallel Loops
- Executing Spooled Routines
- slave threads
- blocking
- mp_blocktime
- mp_block and mp_unblock
- source files
- Compilation
- spooled routines
- Loop Transformation
- sproc
- and multiprocessing
- Compatibility With sproc
- associated processes
- Executing Spooled Routines
- stdump, object file tool
- Object File Tools
- subprograms
- Names
- subroutines
- intrinsic
- Intrinsic Subroutine Extensions
- Example 5: Function Call
- system
- Intrinsic Subroutine Extensions
- DATE
- DATE
- ERRSNS
- ERRSNS
- EXIT
- EXIT
- IDATE
- IDATE
- MVBITS
- MVBITS
- subscripts
- checking range
- Driver Options
- sum reduction, example
- Example 4: Sum Reduction
- SVS Fortran
- Driver Options
- sychronizer
- Profiling a Parallel Fortran Program
- symbol table information
- producing
- Object File Tools
- syntax conventions
- Typographical Conventions
- system interface
- Library Functions
- system subroutines
- Intrinsic Subroutine Extensions
- TIME
- TIME
- trap handling
- Trap Handling
- ussetlock
- mp_setlock, mp_unsetlock, mp_barrier
- usunsetlock
- mp_setlock, mp_unsetlock, mp_barrier
- variables
- in parallel loops
- Analyzing Data Dependencies for Multiprocessing
- local
- Example 4: Local Variable
- VMS Fortran
- Driver Options
- Driver Options
- carriage control
- Driver Options
- where command
- Check the Slave
- work quantum
- Work Quantum
- wrapper generator
- mkf2c
- The Wrapper Generator mkf2c