Index

HP_SHLIB_VERSION pragma, 28

SHLIB_VERSION pragma, 28 procedure labels and PIC, 268 procedure linkage table, 262,

320 process ID, 320 prof profiler, 130

profile-based optimization, 274, 292, 321

+df option, 282, 284

+I and -I options, 277, 278 +P and -P options, 283 _clear_counters function, 282 -A linker option, 290

ar command, 291 atexit function, 278 -b linker option, 286 basic block, 274, 315 code generation, 279 compatibility with 9.0, 291 compiler incompatibilities, 291 crt0.o startup file, 277, 278 disk space usage, 288 empty flow.data file, 280 example, 276

flow.data file, 280, 284 flow.data file, renaming with

+df, 282, 284 FLOW_DATA environment

variable, 284 forking an instrumented

application, 282 -G linker option, 290 high-level optimization,

interaction with, 289 icrt0.o startup file, 277, 278 instrumenting with +I and -I,

277, 278

I-SOM file restrictions, 290 limitations, 288

linker performance, 279, 290 lock file, 282

malloc(), 288

nm command, 291 optimization levels, selecting,

285

optimizing with +P and -P,283 overview, 274

PBO_PGM_PATH environment variable, 281

profile data file, 280, 284 profile data for multiple

programs, 281 profiling phase, 279 program name, changing

(+pgm), 285

-r linker option, 287, 290 restrictions, 288

-s linker option, 290 scrt0.o startup file, 277 shared library optimization,

286

source code changes, 288 strip command, 291 temporary files, 288 when to use, 275

profiling

data file for PBO, 280, 284 phase of PBO, 279 search path, 47

shared libraries, 130, 161 program start-up,118

Q

-Q linker option, 28

-q linker option, 28, 45

R

-r linker option, 83, 271, 290 C++ limitation, 288 profile-based optimization, 287

relocatable object code, 260, 321 relocation, 42, 321

restricted binding, 59, 104, 321

RPATH, 321

run-time behavior changes, 30 run-time path environment

variables, 30

S

-S compiler option, 291 -s compiler option, 291 -S linker option, 28

-s linker option, 89, 290 scrt0.o startup file, 43, 277 search order for shared library

symbols, 143 search path

dynamic, 317

section mapping directive, 303, 307, 321

segment, 95, 309, 321 segment declaration, 303, 304,

321 SHARE_MAGIC, 28, 44 shared executable, 321 shared library, 321

+h option, 152

accessing explicitly loaded routines and data, 222

attaching, 48, 126, 315 binding, 48, 122, 126, 315 compared with archive, 122,

124 compatibility mode, 176 creating, 139

cxxdl.h header file, 199 data copy eliminated, 126 data linkage table, 262, 316 debugging, 130, 161 deferred binding, 49, 104, 126 definition of, 126, 129 dependency, 140, 316 dependent library, 140, 316 dl.h header file, 199

Index

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HP 9000 specifications

The Kenwood HP 9000 is a cutting-edge home appliance designed for culinary enthusiasts seeking to elevate their cooking experience. This powerful kitchen machine stands out for its multi-functionality, combining the roles of a food processor, blender, and mixer into one sleek unit.

One of the flagship features of the Kenwood HP 9000 is its robust motor, which delivers exceptional performance across various tasks. With a powerful motor that operates at multiple speeds, users can tackle everything from kneading dough to finely chopping vegetables with ease. The variable speed control allows for precision, ensuring that every ingredient is processed to perfection according to individual preferences.

The HP 9000 comes equipped with a variety of attachments that enhance its versatility. Among these are a stainless-steel mixing bowl, a dough hook, a whisk, and multiple cutting blades. This extensive array of accessories means that users can whip up delightful pastries, create homemade pasta, or prepare smoothies with minimal hassle. Each attachment is designed for easy attachment and removal, making the transition between tasks seamless and efficient.

Another key characteristic of the Kenwood HP 9000 is its advanced safety features. The design incorporates mechanisms that prevent the machine from operating unless all components are securely in place. This not only gives users peace of mind while cooking but also ensures longevity for the appliance, reducing the risk of wear and tear over time.

In terms of design, the HP 9000 is both modern and aesthetically pleasing. Its ergonomic shape and compact size make it easy to store and use in various kitchen settings, while the high-quality materials used in its construction guarantee durability and longevity. The user interface is intuitive, with clearly labeled buttons that facilitate operation, ensuring that even novice cooks can navigate the machine effortlessly.

Additionally, the Kenwood HP 9000 features innovative technologies, such as an integrated digital timer and a pulse function for added control during food preparation. These features enhance cooking precision, allowing users to achieve consistent results every time.

In summary, the Kenwood HP 9000 is an exceptional kitchen appliance that combines power, versatility, and safety. With its advanced features and user-friendly design, it is an ideal choice for anyone looking to simplify their cooking process while achieving professional-level results. Whether you're whipping up a quick meal or tackling an elaborate recipe, the HP 9000 is a reliable companion that will inspire culinary creativity.