![]() The fix is most likely simply removing the -export-dynamic flag. Gcc: error: unrecognized option '-export-dynamic' ![]() Wstrict-prototypes -export-dynamic -o zzipwrap zzipwrap.o libzzipwrap.la thread-safe -o libzzipwrap.la -rpath /usr/lib wrap.lo. Wstrict-prototypes -export-dynamic -release 0 -version-info 13:59 Werror-implicit-function-declaration -Wstrict-aliasing -Warray-bounds Wsign-compare -Wmissing-declarations -Wdeclaration-after-statement mfloat-abi=hard -mfpu=vfpv3-d16 -mthumb -D_USE_MMAP -Wall -Wpointer-arith libtool -silent -tag=CC -mode=link gcc -O2 -g -march=armv7-a When completed move them down to Completed.Įcho 'Cflags: -I$' >zzipwrap.pc Please add notes regarding specific packages here. plplot perl-PDL-Graphics-PLplot valgrind plpa openmpi Problematic packages Step 3: build nant without bootstrap mode: Step 2: build log4net using the nant built in step 1: Simple circular dependency - djdelorie working on bootstrapping These packages have circular dependencies on themselvesĮrlang-R14B fpc mlton vinagre mono perl-Math-Random-MT-Auto sbcl eclipse icu4j fixed in xerces-c-3.0.1-22.fc15 Self & Circular dependencies Trying build with corrected dos2unix arguments (-k instead of -U) Hno 10:40, 23 September 2011 (UTC)ĭone. Seems fixed in F16, but also a newer version. Seems to have been failing for some time but appears dos2unix did not exit with an error and only an error message before. Use uuid-1.6.2-5.fc15 instead.Ĭalls dos2unix with bad arguments. uuid-1.6.2-4.fc15 in F15 GA is broken - trivial spec error. Trying with a dummy bootstrap package just providing the needed provides.ĭone. Use 15 instead.ĭepends on itself, probably in rpm triggers. 12 in F15 GA is broken - trivial gcc compile error. busybox-1.18.2-5.fc15 pulled in from updates (earlier versions don't compile on ARM)ĭepends on perl(XML::LibXML::Common), perl(XML::LibXML)ĭone. Seems to be FTBFS after glibmm24 packaging change.ĭone. not-foundĬonfigure: error: Can't find tools to build java programs. Needed for koji (jcm) java-1.5.0-gcj java-1.6.0-openjdk pki-core DEBUG util.py:247: Error: No Package found for osutilĬMake Error at /usr/share/cmake/Modules/FindPackageHandleStandardArgs.cmake:91 (MESSAGE):Ĭould NOT find JNI (missing: JNI_LIBRARIES JAVA_AWT_LIBRARYĬhecking for a jsr-14-compliant java 1.4 compiler. When we come to do the koji build, the stage4 SRPMs will be used as a source, so there is no need to seperately record/list the packages that had to pulled in from updates. If a F15 update is needed to solve an ARM-related problem that exists with the GA package, simply push that update into stage4 and note this (and the reasoning) under "Completed" below. ![]() Updates packages to build directly into ARM GA Kwizart: but the workaround is to make them built with /usr/include/libv4l1-videodev.h from libv4l-devel and make them link with -lv4l1 Kwizart: hno, they need to be converted to fully support v4l2 have quite many packages FTBFS with "fatal error: linux/videodev.h: No such file or directory". Known F15 issues linux/videodev.h hno: Hmm. 7 Packages Needing ARM Patches Upstreamed.2 Updates packages to build directly into ARM GA.SpeedCrunch supports the following operators, listed in order of decreasing precedence: OperatorĮxponentiation Both variants are equivalent. We also distinguish unary operators (which act on a single number/operand) and binary operators (which link two operands). When writing an expression like 10+5*4, which operation will be executed first? The common rules of operator precedence tell us that in this case multipication shall be computed first, hence the result is 30. However, only about 78 significant digits are stored at any point. the part preceding the exponent) is required exactly one exponent must be specified.Ĭompared to most calculators, SpeedCrunch can accept very large numbers without overflowing (e.g. If the sign is ‘+’, you may simply omit it: e0, E10. So e+10, e-4, E-0 are all valid scale expressions. The scale of a number (sometimes called its exponent) always begins with the scale character E or e followed by a signed integer. Here, the e represents *10^, but it is considered a part of the number literal and treated with higher precedence. Naturally, in SpeedCrunch this could be written as 1.234*10^-9, but there’s also a shorthand notation: 1.234e-9. These are more commonly expressed in scientific notation for instance, 1.234*10 -9 is preferable to 0.000000001234. When dealing with very small or very large numbers (think the size of an atom or of a galaxy) the notation above is inconvenient.
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