gs7 specs

) $ (personal_defines) $ (includes)-g3 -o0-wall#-fdata-sectionscflags+=-fsingle-precision-constant-ffast-math#--specs=nano.specs-fltoasflags=$ ( PROCESSOR) ldflags=$ (PROCESSOR)-o0--specs=nano.specs-wl,-map=$ (PROgram). map#-wl,--gc-sectionsifdef semihostingldflags+=--specs=rdimon.specs-lc-lrdimoncflags+=- Dsemihostingendififeq ($ (Strip $ (S110)), 1) ldflags +-t

packageInstallation: Rpm-rebuild *.src.rpm Cd/usr/src/dist/rpms Description: The rpm--rebuild *.src.rpm command compiles the source code and generates a binary RPM package under/usr/src/dist/rpms, and then installs the binary package. Packgename as mentioned earlier, the two methods are as follows:FA 1:rpm-i your-package.src.rpmcd/usr/src/redhat/specsrpmbuild-bp your-package.specs #一个和你的软件包同名的specs文件cd/usr /src/redhat/build/your

In the words "Automake: from C to make", I started with a C language source code file and made a standard tar package. How do I make an RPM package with a bar bag? I have learned how to make RPM packages by referring to Linuxfans.org's article, "the RPM package principle (update 2010.11.22)". The following will show the process. establish a development environment first need software such as compilers Yum Groupinstall "Development Tools" and then do a little bit of the RPM configuration E

Recently a lot of friends asked how to make the RPM package, you can not compile the other server on the software directory complex to other servers directly apply and so on ... Here is a simple introduction, advanced complex does not. This method uses Rpmbuild to complete an RPM package by writing a spec file. Take Nginx as an example to introduce Production platform: CentOS 5.x x86_64 Four Step walk: The first step: building the directory structure MKDIR/USR/SRC/REDHAT/{SOURCES,

Run File hints: /usr/local/tools/fetion:/lib/libgcc_s.so.1:version ' gcc_4.2.0 ' not found (required by/usr/local/tools/fetion/lib/ libstdc++.so.6) View/lib/libgcc_s.so.1 file exists, is a link [Root@localhost tools]# Ll/lib/libgcc_s.so.1 lrwxrwxrwx 1 root 28 March 08:16/lib/libgcc_s.so.1-> libgcc_s-3.4.3-20041213.so.1 View the GCC version of the system is gcc (GCC) 3.4.3 [Root@localhost ~]# gcc--version GCC (gcc) 3.4.3 20041212 (Red Hat 3.4.3-9.el4) So want to upgrade GCC, did not find gcc_4.2.

the ansible operations master. Server environment: CentOS 6.4 x86_64 Minimal 1. Compile and generate OpenSSH RPM1.1 Tools required to install the build $ sudo yum-y groupinstall "Development Tools"$ sudo yum-y install pam-devel rpm-build rpmdevtools zlib-devel krb5-devel tcp_wrappers tcp_wrappers-devel tcp_wrappers-l Ibs 1.2 Configure the RPM compilation environment $ cd/home/dong.guo$ mkdir Rpmbuild$ CD Rpmbuild$ MKDIR-PV {build,buildroot,rpms,sources,

helloworld-1.0.0.tar.gz helloworld-1.0.0 4. Use Rpmdev-newspec to generate a spec skeleton file in the ~/rpmbuild/specs directory $ rpmdev-newspec Helloworld.spec Edit the Helloworld.spec file, which reads as follows Name: HelloWorld Version: 1.0.0 release : 1%{?dist} Summary: helloworld Group: Development/tools License: GPL #URL: Source0: %{name}-%{version}.tar.gz #BuildReq

Compile Fedora kernel from src RPM package for Fedora 8 and later versions Reference Http://fedoraproject.org/wiki/Docs/CustomKernel All of the following commands are run under a non-root user preparatory work Before you begin, make sure that the following necessary packages are installed on the system: Yum-utils Rpmdevtools The following command can be used to install: Su-c ' yum install yum-utils rpmdevtools ' Where Yum-utils package provides Yumdownloader and YUM-BUILDDEP these two

information. 　　 Just one place in the code. Note that each data is converted to lowercase when the signature is generated. At the end of this section there is demo download. Successful Data acquisition When looking at the log output below the information, I know already victory in sight, integrated so many interfaces, the process is almost the same, a few hours to get it, of course, to achieve all the interface, so that orders run up, there is a lot of work to do, and so on the back of the emp

This is the first technical blog that I wrote on CSDN, because I have recently been working on RPM packaging. Share it today. The advantage of RPM is that installation and post-upgrade are quick and easy, eliminating the need to manually compile the source code again. Save a lot of time. Here the Nginx Server installation package is tested for an instance. Environment: 1. System: CentOS release 6.5 (Final) x86_64 2. Hardware: KVM virtual machine, dual core cpu,2g memory, 50G HDD 3.user: Using

Tags: Linux Install Rpm-build [[emailprotected]~]#yuminstallrpm-build Create working directory [[Emailprotected] NBSP;~]#NBSP;MKDIRNBSP;-PNBSP;/ROOT/RPMBUILD/{BUILD,BUILDROOT,RPMS,SOURCES,SPECS,SRPMS} [[email Protected]~]#cpmysql-5.5.27.tar.gz/root/rpmbuild/sources/[[emailprotected] ~]#cpmy.cnf/root/rpmbuild/sources/[[emailprotected]~]#cpmysqld /root/rpmbuild/sources/[[emailprotected]~]#cd/root/rpmbuild/specs