resulting executable will run only on UltraSPARC chips. 2.19. APACHE PERFORMANCE TUNING 79 • Linux on x86 By default, APR uses mutex-based atomics on Linux. If you configure with --enable-nonportable-atomics primary Windows platform for running Apache 2.0 is Windows NT. The binary installer only works with the x86 family of processors, such as Intel and AMD processors. Running Apache on Windows 9x is not thoroughly However this isn’t an issue because the times used here are UTC, which "always" go forward. Note that x86 based Unixes may need proper configuration for this to be true – they should be configured to assume

and higher concurrency), but the resulting executable will run only on UltraSPARC chips. Linux on x86 By default, APR uses mutex-based atomics on Linux. If you configure with --enable-nonportable-atomics platform for running Apache 2.2 is Windows 2000 or later. The binary installer only works with the x86 family of processors, such as Intel and AMD processors. Always obtain and install the current service on APR's atomic compare-and-swap operations for thread synchronization. If you are compiling for an x86 target and you don't need to support 386s, or you are compiling for a SPARC and you don't need to run

and higher concurrency), but the resulting executable will run only on UltraSPARC chips. Linux on x86 By default, APR uses mutex-based atomics on Linux. If you configure with --enable-nonportable-atomics platform for running Apache 2.2 is Windows 2000 or later. The binary installer only works with the x86 family of processors, such as Intel and AMD processors. Always obtain and install the current service on APR's atomic compare-and-swap operations for thread synchronization. If you are compiling for an x86 target and you don't need to support 386s, or you are compiling for a SPARC and you don't need to run

and higher concurrency), but the resulting executable will run only on UltraSPARC chips. Linux on x86 By default, APR uses mutex-based atomics on Linux. If you configure with --enable-nonportable-atomics platform for running Apache 2.2 is Windows 2000 or later. The binary installer only works with the x86 family of processors, such as Intel and AMD processors. Always obtain and install the current service on APR's atomic compare-and-swap operations for thread synchronization. If you are compiling for an x86 target and you don't need to support 386s, or you are compiling for a SPARC and you don't need to run

and higher concurrency), but the resulting executable will run only on UltraSPARC chips. Linux on x86 By default, APR uses mutex-based atomics on Linux. If you configure with --enable-nonportable-atomics platform for running Apache 2.2 is Windows 2000 or later. The binary installer only works with the x86 family of processors, such as Intel and AMD processors. Always obtain and install the current service on APR's atomic compare-and-swap operations for thread synchronization. If you are compiling for an x86 target and you don't need to support 386s, or you are compiling for a SPARC and you don't need to run

and higher concurrency), but the resulting executable will run only on UltraSPARC chips. Linux on x86 By default, APR uses mutex-based atomics on Linux. If you configure with --enable-nonportable-atomics platform for running Apache 2.2 is Windows 2000 or later. The binary installer only works with the x86 family of processors, such as Intel and AMD processors. Always obtain and install the current service on APR's atomic compare-and-swap operations for thread synchronization. If you are compiling for an x86 target and you don't need to support 386s, or you are compiling for a SPARC and you don't need to run

platform for running Apache 2.2 is Windows 2000 or later. The binary installer only works with the x86 family of processors, such as Intel and AMD processors. Always obtain and install the current service will run only on UltraSPARC chips. 310 CHAPTER 9. APACHE MISCELLANEOUS DOCUMENTATION • Linux on x86 By default, APR uses mutex-based atomics on Linux. If you configure with --enable-nonportable-atomics However this isn’t an issue because the times used here are UTC, which "always" go forward. Note that x86 based Unixes may need proper configuration for this to be true – they should be configured to assume

and higher concurrency), but the resulting executable will run only on UltraSPARC chips. Linux on x86 By default, APR uses mutex-based atomics on Linux. If you configure with --enable-nonportable-atomics on APR's atomic compare-and-swap operations for thread synchronization. If you are compiling for an x86 target and you don't need to support 386s, or you are compiling for a SPARC and you don't need to run However this isn't an issue because the times used here are UTC, which "always" go forward. Note that x86 based Unixes may need proper configuration for this to be true -- they should be configured to assume

and higher concurrency), but the resulting executable will run only on UltraSPARC chips. Linux on x86 By default, APR uses mutex-based atomics on Linux. If you configure with --enable-nonportable-atomics on APR's atomic compare-and-swap operations for thread synchronization. If you are compiling for an x86 target and you don't need to support 386s, or you are compiling for a SPARC and you don't need to run However this isn't an issue because the times used here are UTC, which "always" go forward. Note that x86 based Unixes may need proper configuration for this to be true -- they should be configured to assume

and higher concurrency), but the resulting executable will run only on UltraSPARC chips. Linux on x86 By default, APR uses mutex-based atomics on Linux. If you configure with --enable-nonportable-atomics on APR's atomic compare-and-swap operations for thread synchronization. If you are compiling for an x86 target and you don't need to support 386s, or you are compiling for a SPARC and you don't need to run However this isn't an issue because the times used here are UTC, which "always" go forward. Note that x86 based Unixes may need proper configuration for this to be true -- they should be configured to assume