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| -rw-r--r-- | INSTALL | 28 |
1 files changed, 14 insertions, 14 deletions
@@ -11,13 +11,15 @@ go. Otherwise, you would need to download a dependency tarball from OpenAxiom's download web site. See instructions below. Note that a functional Lisp system (e.g. SBCL, GCL, CLisp, ECL, or -Clozure CL) ir needed only to build OpenAxiom. They are not needed +Clozure CL) is needed only to build OpenAxiom. They are not needed once the system is installed. Finally, you would need working C and C++ compilers -- you need compilers from GNU if you plan on using GCL. It is also recommended that you install X11 development headers and libraries, especially -Xpm. Windows (MingW/MSYS) users do not need X11 components. +Xpm, and QT development headers and libraries. Windows (MingW/MSYS) +users do not need X11 components, but they would need a functional +QT SDK (version 4.6 or higher.) Ah, one more note: OpenAxiom requires GNU Make. @@ -27,11 +29,11 @@ Ah, one more note: OpenAxiom requires GNU Make. If you are missing a Lisp system, you need to get one, either separately install it, or download the dependency tarball - open-axiom-1.3.x-dep.tar.bz2 + open-axiom-1.4.0-dep.tar.bz2 from the SourceForge download site -http://voxel.dl.sourceforge.net/sourceforge/open-axiom/open-axiom-1.3.x-dep.tar.bz2 +http://voxel.dl.sourceforge.net/sourceforge/open-axiom/open-axiom-1.4.0-dep.tar.bz2 If you already have a Lisp system installed, please go to step 2. Note however that if you want to build OpenAxiom with the GCL from @@ -41,23 +43,21 @@ environment, then you should add the option --enable-gcl to the configure command line. In short, add --enable-gcl if you specifically insist on GCL as the base Lisp runtime system. -1.a. Download the dependency tarball open-axiom-1.3.x-dep.tar.bz2 +1.a. Download the dependency tarball open-axiom-1.4.0-dep.tar.bz2 1.b. Decompress the dependency tarball - tar jxfv open-axiom-1.3.x-dep.tar.bz2 + tar jxfv open-axiom-1.4.0-dep.tar.bz2 That should decompress the dependency tarball in a directory -named open-axiom-1.3.x. Rename it to open-axiom-1.3.0, e.g.: - - mv open-axiom-1.3.x open-axiom-1.3.0 +named open-axiom-1.4.0. 2. Building OpenAxiom ------------------ It is assumed you have already downloaded open-axiom source tarball, -e.g. open-axiom-1.3.0.tar.bz2. +e.g. open-axiom-1.4.0.tar.bz2. Note: If you don't have a Lisp system in the build environment, please make sure that you have either followed the instructions in step 1., @@ -65,18 +65,18 @@ or have separately installed one before proceeding. 2.a. Decompress the OpenAxiom source tarball - tar jfxv open-axiom-1.3.0.tar.bz2 + tar jfxv open-axiom-1.4.0.tar.bz2 2.b. Configure OpenAxiom It is highly recommended that you build OpenAxiom in a directory different from the one that contains the sources. For example, you -may create a directory sibling to open-axiom-1.3.0 and build the +may create a directory sibling to open-axiom-1.4.0 and build the system from there: mkdir build-oa cd build-oa - ../open-axiom-1.3.0/configure + ../open-axiom-1.4.0/configure It is possible to tell configure where to put the final OpenAxiom executables. By default, when you just type in configure like above, @@ -84,7 +84,7 @@ it will configure the system with prefix /usr/local. You can instead say where you want it to be installed, let's say /banana/space. You would then have typed - ../open-axiom-1.3.0/configure --prefix=/banana/space + ../open-axiom-1.4.0/configure --prefix=/banana/space If you want to compile OpenAxiom with a specific Lisp system (not |