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Diffstat (limited to 'xmake/scripts/platform/linux/prober.lua')
| -rw-r--r-- | xmake/scripts/platform/linux/prober.lua | 198 |
1 files changed, 0 insertions, 198 deletions
diff --git a/xmake/scripts/platform/linux/prober.lua b/xmake/scripts/platform/linux/prober.lua deleted file mode 100644 index 4e50b13cf..000000000 --- a/xmake/scripts/platform/linux/prober.lua +++ /dev/null @@ -1,198 +0,0 @@ ---!The Automatic Cross-platform Build Tool --- --- XMake is free software; you can redistribute it and/or modify --- it under the terms of the GNU Lesser General Public License as published by --- the Free Software Foundation; either version 2.1 of the License, or --- (at your option) any later version. --- --- XMake is distributed in the hope that it will be useful, --- but WITHOUT ANY WARRANTY; without even the implied warranty of --- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the --- GNU Lesser General Public License for more details. --- --- You should have received a copy of the GNU Lesser General Public License --- along with XMake; --- If not, see <a href="http://www.gnu.org/licenses/"> http://www.gnu.org/licenses/</a> --- --- Copyright (C) 2009 - 2015, ruki All rights reserved. --- --- @author ruki --- @file prober.lua --- - --- load modules -local os = require("base/os") -local path = require("base/path") -local utils = require("base/utils") -local string = require("base/string") -local tools = require("tools/tools") -local config = require("base/config") -local global = require("base/global") - --- define module: prober -local prober = prober or {} - --- probe the architecture -function prober._probe_arch(configs) - - -- get the architecture - local arch = configs.get("arch") - - -- ok? - if arch then return true end - - -- init the default architecture - if configs.get("cross") then - configs.set("arch", "none") - else - configs.set("arch", xmake._ARCH) - end - - -- trace - utils.printf("checking for the architecture ... %s", configs.get("arch")) - - -- ok - return true -end - --- probe the make -function prober._probe_make(configs) - - -- ok? - local make = configs.get("make") - if make then return true end - - -- probe the make path - make = tools.probe("make", {"/usr/bin", "/usr/local/bin", "/opt/bin", "/opt/local/bin"}) - - -- probe ok? update it - if make then configs.set("make", make) end - - -- trace - utils.printf("checking for the make ... %s", utils.ifelse(make, make, "no")) - - -- ok - return true -end - --- probe the ccache -function prober._probe_ccache(configs) - - -- ok? - local ccache_enable = configs.get("ccache") - if ccache_enable and configs.get("__ccache") then return true end - - -- disable? - if type(ccache_enable) == "boolean" and not ccache_enable then - configs.set("__ccache", nil) - return true - end - - -- probe the ccache path - local ccache_path = tools.probe("ccache", {"/usr/bin", "/usr/local/bin", "/opt/bin", "/opt/local/bin"}) - - -- probe ok? update it - if ccache_path then - configs.set("ccache", true) - configs.set("__ccache", ccache_path) - else - configs.set("ccache", false) - end - - -- trace - utils.printf("checking for the ccache ... %s", utils.ifelse(ccache_path, ccache_path, "no")) - - -- ok - return true -end - --- probe the tool path -function prober._probe_toolpath(configs, kind, cross, names, description) - - -- check - assert(kind) - - -- get the cross - cross = configs.get("cross") or cross - - -- done - local toolpath = nil - local toolchains = configs.get("toolchains") - for _, name in ipairs(utils.wrap(names)) do - - -- attempt to get it from the given cross toolchains - if toolchains then - toolpath = tools.probe(cross .. (configs.get(kind) or name), toolchains) - end - - -- attempt to get it directly from the configure - if not toolpath then - toolpath = configs.get(kind) - end - - -- attempt to run it directly - if not toolpath then - toolpath = tools.probe(cross .. name) - end - - -- probe ok? - if toolpath then - - -- update config - configs.set(kind, toolpath) - - -- end - break - end - - end - - -- trace - if toolpath then - utils.printf("checking for %s (%s) ... %s", description, kind, path.filename(toolpath)) - else - utils.printf("checking for %s (%s) ... no", description, kind) - end - - -- ok - return true -end - --- probe the toolchains -function prober._probe_toolchains(configs) - - -- done - if not prober._probe_toolpath(configs, "cc", "", "gcc", "the c compiler") then return false end - if not prober._probe_toolpath(configs, "cxx", "", {"g++", "gcc"}, "the c++ compiler") then return false end - if not prober._probe_toolpath(configs, "as", "", "gcc", "the assember") then return false end - if not prober._probe_toolpath(configs, "ld", "", {"g++", "gcc"}, "the linker") then return false end - if not prober._probe_toolpath(configs, "ar", "", "ar", "the static library linker") then return false end - if not prober._probe_toolpath(configs, "sh", "", {"g++", "gcc"}, "the shared library linker") then return false end - if not prober._probe_toolpath(configs, "sc", "", "swiftc", "the swift compiler") then return false end - return true -end - --- probe the project configure -function prober.config() - - -- call all probe functions - return utils.call( { prober._probe_arch - , prober._probe_make - , prober._probe_ccache - , prober._probe_toolchains} - , nil - , config) -end - --- probe the global configure -function prober.global() - - -- call all probe functions - return utils.call( { prober._probe_make - , prober._probe_ccache} - , nil - , global) -end - --- return module: prober -return prober |