Index

A

addressresolution,  [+]
Advanced optimization qualifiers,  [+]
Annotated source,  [+]
  qualifier settings, [+]
  renaming, [+]
arch in annotated source,  [+]
Architecture,  [+]
arclimit,  [+]
arl, #pragma,  [+]
Assertions,  [+], [+]
  C preprocessor interaction, [+]

C

cacheline,  [+], [+]
cachesize,  [+], [+]
cache_prefetch_line_count,  [+]
Calling tree,  [+]
C compiler
  and KAP, [+]
ckapargs,  [+]
cmp,  [+]
cmpoptions,  [+]
Compilation performance statistics,  [+]
concurrent, #pragma,  [+]
concurrent call, #pragma,  [+]
concurrent ignore call, #pragma,  [+]
concurrentize,  [+]

Concurrent processing

  see parallel processing
Conventions,  [+]
C preprocessor,  [+]
  effect on assertions and directives, [+]
c qualifier,  [+]

D

Data dependence
  analysis, [+]
  code example, [+]
  definitions, [+]
  direction vectors, [+]
  relations, [+]
  varieties of, [+]
DECthreads,  [+]
  #pragma _KAP no side effects warning, [+]
  setting number, [+]
  setting stacksize, [+]
  setting synchronization, [+]
Directives,  [+], [+]
  C preprocessor interaction, [+]
distinct, #pragma,  [+]
dpregisters,  [+], [+]

E

each_invariant_if_growth,  [+], [+]
Error messages
  syntax, [+]
ev4,  [+], [+]
ev5,  [+], [+]

F

File
  input-output qualifiers, [+]
  naming conventions, [+]
fpregisters,  [+], [+]
fuse,  [+]
fuselevel,  [+]

G

General optimization
  qualifiers, [+]

H

heaplimit,  [+]

I

Induction variable recognition,  [+]
inline,  [+]
inline_and_copy,  [+]
inline_create,  [+]
inline_depth,  [+]
inline_from,  [+]
inline_from_files,  [+]
inline_from_libraries,  [+]
inline_looplevel,  [+]
inline_manual,  [+]
inline_optimize,  [+]
Inlining,  [+]
  example, [+]
  inhibiting, [+]
  #pragmas, [+]
  recursive, [+], [+]
Inlining and IPA
  directives, [+]
  examples, [+]
  notes, [+]
  qualifiers, [+], [+]
Input and output sets,  [+]
Input/output
  qualifiers, [+]
interchange,  [+]
IPA,  [+]
  example, [+]
ipa_create,  [+]
ipa_depth,  [+]
ipa_from,  [+]
ipa_from_files,  [+]
ipa_from_libraries,  [+]
ipa_looplevel,  [+]
ipa_manual,  [+]
ipa_optimize,  [+]

K

KAP
  as standalone preprocessor, [+]
  general information, [+]
  qualifiers, [+], [+]
kapc
  parallel preprocessing, [+]
  serial preprocessing, [+]
kcc
  explanation, [+]
  parallel execution, [+]
  serial execution, [+]
KMP_SPINLOCKS,  [+]
KMP_STACKSIZE,  [+]

L

Language qualifiers,  [+]
Library creation,  [+]
limit,  [+]
lines,  [+]
list,  [+]
Listing file support,  [+]
Listing qualifiers,  [+]
listingwidth,  [+]
listoptions,  [+], [+]
Loop
  fusion, [+]
  peeling, [+]
  reordering, [+]
  rerolling, [+]
  summary table, [+]
  table, [+]
  table messages, [+]
  two-version, [+]
  unrolling, [+]
Loop-carried dependence,  [+]

M

machine,  [+]
maxssiz,  [+]
max_invariant_if_growth,  [+]
Memory management,  [+], [+]
minconcurrent,  [+]
  #pragma, [+]
Mutex synchronization,  [+]

N

namepartitioning,  [+]
natural,  [+]
no side effects, #pragma,  [+]

O

Optimization control
  advanced, [+]
  general, [+]
Optimization tips,  [+]
optimize,  [+], [+], [+], [+], [+], [+]

P

PARALLEL, environment logical,  [+]
Parallel processing
  assertions, [+]
  concurrentize qualifier, [+]
  directive, [+]
  environment logicals, [+]
  kapc, [+]
  kcc driver, [+]
  #pragma _KAP no side effects, [+]
  program execution, [+]
  qualifiers, [+]
  two-version loop, [+]

#pragmas

  see assertions
Program
  optimizing, [+], [+]
  parallel preprocessing, [+]
  running on SMP, [+]

R

recursion,  [+]
roundoff,  [+], [+], [+], [+]
routine,  [+]

S

scalaropt,  [+], [+], [+], [+], [+], [+]
scheduling,  [+]
serial, #pragma,  [+]
setassociativity,  [+], [+]
signed,  [+]
skip,  [+]
Spinlock synchronization,  [+]
stdio,  [+]
Symmetric multiprocessors
  running programs on, [+]
Syntax
  error messages, [+]
syntax, command qualifier,  [+]
Syntax rules
  qualifiers, [+]

T

Transformations,  [+]
Troubleshooting,  [+]
tune=architecture,  [+]
Two-version loop,  [+]

U

unroll,  [+], [+]
unroll2,  [+]
unroll3,  [+]

V

verbose,  [+]