search for: jeanmichael

> The main advantage of the clang-built Android ARM(32-bit) hammerhead kernel for my Nexus 5 has been the better battery usage when compared to that of gcc-built kernel, with the same kernel config and hardware(my Nexus 5 Android Smartphone). Details of the same can be found below. To be fair, the GCC version which comes with the android ndk has not been updated for four years, while the clang

...n("__log_finite"), > pointerToJITTargetAddress(&__log_finite) }, > { J->mangleAndIntern("__exp2_finite"), > pointerToJITTargetAddress(&__exp2_finite) } > })); > > -- Lang. > > On Mon, Oct 5, 2020 at 12:31 PM Jean-Michaël Celerier < > jeanmichael.celerier at gmail.com> wrote: > >> Hello, >> Right now I am just using a Generator to look for symbols in my process >> (which links dynamically against libc / libm). >> It seems to have no trouble finding every other libc / libm / libc++ / >> ... symbol so I ass...

Hello, Right now I am just using a Generator to look for symbols in my process (which links dynamically against libc / libm). It seems to have no trouble finding every other libc / libm / libc++ / ... symbol so I assumed that it was not necessary to specifically link against libm where these __finite symbols reside: $ nm -D /usr/lib/libm.so.6 | grep finite 0000000000050540 T

Hello, I would like to share my successful bring-up of LLVM/clang-built Linux ARM(32-bit) hammerhead kernel for Android running on my Nexus 5 smartphone. After having successfully brought up LLVM/clang-built Linux kernel(since v4.15.7 to the most recent v4.17) on x86_64, I was interested in accomplishing the same on the ARM platform of my Nexus 5 - Android smartphone. So, here is the complete