Class: Rscons::ConfigureOp
- Inherits:
-
Object
- Object
- Rscons::ConfigureOp
- Defined in:
- lib/rscons/configure_op.rb
Overview
Class to manage a configure operation.
Defined Under Namespace
Classes: ConfigureFailure
Instance Method Summary collapse
-
#check_c_compiler(*ccc) ⇒ void
Check for a working C compiler.
-
#check_c_header(header_name, options = {}) ⇒ Object
Check for a C header.
-
#check_cfg(options = {}) ⇒ Object
Check for a package or configure program output.
-
#check_cxx_compiler(*ccc) ⇒ void
Check for a working C++ compiler.
-
#check_cxx_header(header_name, options = {}) ⇒ Object
Check for a C++ header.
-
#check_d_compiler(*cdc) ⇒ void
Check for a working D compiler.
-
#check_d_import(d_import, options = {}) ⇒ Object
Check for a D import.
-
#check_lib(lib, options = {}) ⇒ Object
Check for a library.
-
#check_program(program, options = {}) ⇒ Object
Check for a executable program.
-
#close(success) ⇒ void
Close the log file handle.
-
#complete(status, options) ⇒ Object
Perform processing common to several configure checks.
-
#initialize(options) ⇒ ConfigureOp
constructor
Create a ConfigureOp.
-
#log_and_test_command(command, options = {}) ⇒ String, Process::Status
Execute a test command and log the result.
-
#store_append(vars, options = {}) ⇒ Object
Store construction variables for appending into the Cache.
-
#store_merge(vars, options = {}) ⇒ Object
Store construction variables for merging into the Cache.
-
#store_parse(flags, options = {}) ⇒ Object
Store flags to be parsed into the Cache.
Constructor Details
#initialize(options) ⇒ ConfigureOp
Create a ConfigureOp.
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# File 'lib/rscons/configure_op.rb', line 21 def initialize() # Default options. [:build_dir] ||= "build" [:prefix] ||= "/usr/local" @work_dir = "#{[:build_dir]}/configure" FileUtils.mkdir_p(@work_dir) @log_fh = File.open("#{@work_dir}/config.log", "wb") cache = Cache.instance cache["failed_commands"] = [] cache["configuration_data"] = {} cache["configuration_data"]["build_dir"] = [:build_dir] cache["configuration_data"]["prefix"] = [:prefix] if project_name = [:project_name] Ansi.write($stdout, "Configuring ", :cyan, project_name, :reset, "...\n") else $stdout.puts "Configuring project..." end Ansi.write($stdout, "Setting build directory... ", :green, [:build_dir], :reset, "\n") Ansi.write($stdout, "Setting prefix... ", :green, [:prefix], :reset, "\n") store_merge("prefix" => [:prefix]) end |
Instance Method Details
#check_c_compiler(*ccc) ⇒ void
This method returns an undefined value.
Check for a working C compiler.
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# File 'lib/rscons/configure_op.rb', line 63 def check_c_compiler(*ccc) $stdout.write("Checking for C compiler... ") = {} if ccc.last.is_a?(Hash) = ccc.slice!(-1) end if ccc.empty? # Default C compiler search array. ccc = %w[gcc clang] end cc = ccc.find do |cc| test_c_compiler(cc) end complete(cc ? 0 : 1, .merge(success_message: cc)) end |
#check_c_header(header_name, options = {}) ⇒ Object
Check for a C header.
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# File 'lib/rscons/configure_op.rb', line 141 def check_c_header(header_name, = {}) check_cpppath = [nil] + ([:check_cpppath] || []) Ansi.write($stdout, "Checking for C header '", :cyan, header_name, :reset, "'... ") File.open("#{@work_dir}/cfgtest.c", "wb") do |fh| fh.puts <<-EOF #include "#{header_name}" int main(int argc, char * argv[]) { return 0; } EOF end vars = { "LD" => "${CC}", "_SOURCES" => "#{@work_dir}/cfgtest.c", "_TARGET" => "#{@work_dir}/cfgtest.o", "_DEPFILE" => "#{@work_dir}/cfgtest.mf", } status = 1 check_cpppath.each do |cpppath| env = BasicEnvironment.new if cpppath env["CPPPATH"] += Array(cpppath) end command = env.build_command("${CCCMD}", vars) _, _, status = log_and_test_command(command) if status == 0 if cpppath store_append({"CPPPATH" => Array(cpppath)}, ) end break end end complete(status, ) end |
#check_cfg(options = {}) ⇒ Object
Check for a package or configure program output.
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# File 'lib/rscons/configure_op.rb', line 124 def check_cfg( = {}) if package = [:package] Ansi.write($stdout, "Checking for package '", :cyan, package, :reset, "'... ") elsif program = [:program] Ansi.write($stdout, "Checking '", :cyan, program, :reset, "'... ") end program ||= "pkg-config" args = [:args] || %w[--cflags --libs] command = [program, *args, package].compact stdout, _, status = log_and_test_command(command) if status == 0 store_parse(stdout, ) end complete(status, ) end |
#check_cxx_compiler(*ccc) ⇒ void
This method returns an undefined value.
Check for a working C++ compiler.
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# File 'lib/rscons/configure_op.rb', line 85 def check_cxx_compiler(*ccc) $stdout.write("Checking for C++ compiler... ") = {} if ccc.last.is_a?(Hash) = ccc.slice!(-1) end if ccc.empty? # Default C++ compiler search array. ccc = %w[g++ clang++] end cc = ccc.find do |cc| test_cxx_compiler(cc) end complete(cc ? 0 : 1, .merge(success_message: cc)) end |
#check_cxx_header(header_name, options = {}) ⇒ Object
Check for a C++ header.
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# File 'lib/rscons/configure_op.rb', line 177 def check_cxx_header(header_name, = {}) check_cpppath = [nil] + ([:check_cpppath] || []) Ansi.write($stdout, "Checking for C++ header '", :cyan, header_name, :reset, "'... ") File.open("#{@work_dir}/cfgtest.cxx", "wb") do |fh| fh.puts <<-EOF #include "#{header_name}" int main(int argc, char * argv[]) { return 0; } EOF end vars = { "LD" => "${CXX}", "_SOURCES" => "#{@work_dir}/cfgtest.cxx", "_TARGET" => "#{@work_dir}/cfgtest.o", "_DEPFILE" => "#{@work_dir}/cfgtest.mf", } status = 1 check_cpppath.each do |cpppath| env = BasicEnvironment.new if cpppath env["CPPPATH"] += Array(cpppath) end command = env.build_command("${CXXCMD}", vars) _, _, status = log_and_test_command(command) if status == 0 if cpppath store_append({"CPPPATH" => Array(cpppath)}, ) end break end end complete(status, ) end |
#check_d_compiler(*cdc) ⇒ void
This method returns an undefined value.
Check for a working D compiler.
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# File 'lib/rscons/configure_op.rb', line 107 def check_d_compiler(*cdc) $stdout.write("Checking for D compiler... ") = {} if cdc.last.is_a?(Hash) = cdc.slice!(-1) end if cdc.empty? # Default D compiler search array. cdc = %w[gdc ldc2] end dc = cdc.find do |dc| test_d_compiler(dc) end complete(dc ? 0 : 1, .merge(success_message: dc)) end |
#check_d_import(d_import, options = {}) ⇒ Object
Check for a D import.
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# File 'lib/rscons/configure_op.rb', line 213 def check_d_import(d_import, = {}) check_d_import_path = [nil] + ([:check_d_import_path] || []) Ansi.write($stdout, "Checking for D import '", :cyan, d_import, :reset, "'... ") File.open("#{@work_dir}/cfgtest.d", "wb") do |fh| fh.puts <<-EOF import #{d_import}; int main() { return 0; } EOF end vars = { "LD" => "${DC}", "_SOURCES" => "#{@work_dir}/cfgtest.d", "_TARGET" => "#{@work_dir}/cfgtest.o", "_DEPFILE" => "#{@work_dir}/cfgtest.mf", } status = 1 check_d_import_path.each do |d_import_path| env = BasicEnvironment.new if d_import_path env["D_IMPORT_PATH"] += Array(d_import_path) end command = env.build_command("${DCCMD}", vars) _, _, status = log_and_test_command(command) if status == 0 if d_import_path store_append({"D_IMPORT_PATH" => Array(d_import_path)}, ) end break end end complete(status, ) end |
#check_lib(lib, options = {}) ⇒ Object
Check for a library.
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# File 'lib/rscons/configure_op.rb', line 249 def check_lib(lib, = {}) check_libpath = [nil] + ([:check_libpath] || []) Ansi.write($stdout, "Checking for library '", :cyan, lib, :reset, "'... ") File.open("#{@work_dir}/cfgtest.c", "wb") do |fh| fh.puts <<-EOF int main(int argc, char * argv[]) { return 0; } EOF end vars = { "LD" => "${CC}", "LIBS" => [lib], "_SOURCES" => "#{@work_dir}/cfgtest.c", "_TARGET" => "#{@work_dir}/cfgtest.exe", } status = 1 check_libpath.each do |libpath| env = BasicEnvironment.new if libpath env["LIBPATH"] += Array(libpath) end command = env.build_command("${LDCMD}", vars) _, _, status = log_and_test_command(command) if status == 0 if libpath store_append({"LIBPATH" => Array(libpath)}, ) end break end end if status == 0 store_append({"LIBS" => [lib]}, ) end complete(status, ) end |
#check_program(program, options = {}) ⇒ Object
Check for a executable program.
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# File 'lib/rscons/configure_op.rb', line 287 def check_program(program, = {}) Ansi.write($stdout, "Checking for program '", :cyan, program, :reset, "'... ") path = Util.find_executable(program) complete(path ? 0 : 1, .merge(success_message: path)) end |
#close(success) ⇒ void
This method returns an undefined value.
Close the log file handle.
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# File 'lib/rscons/configure_op.rb', line 49 def close(success) @log_fh.close @log_fh = nil cache = Cache.instance cache["configuration_data"]["configured"] = success cache.write end |
#complete(status, options) ⇒ Object
Perform processing common to several configure checks.
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# File 'lib/rscons/configure_op.rb', line 387 def complete(status, ) = [:success_message] || "found" = [:fail_message] || "not found" if status == 0 Ansi.write($stdout, :green, "#{}\n") if [:set_define] store_append("CPPDEFINES" => [[:set_define]]) end else should_fail = if .has_key?(:fail) [:fail] else ![:set_define] end color = should_fail ? :red : :yellow Ansi.write($stdout, color, "#{}\n") if [:on_fail].is_a?(String) $stdout.puts([:on_fail]) elsif [:on_fail].is_a?(Proc) [:on_fail].call end if should_fail raise ConfigureFailure.new end end end |
#log_and_test_command(command, options = {}) ⇒ String, Process::Status
Execute a test command and log the result.
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# File 'lib/rscons/configure_op.rb', line 304 def log_and_test_command(command, = {}) begin @log_fh.puts("Command: #{command.join(" ")}") stdout, stderr, status = Open3.capture3(*command, stdin_data: [:stdin]) @log_fh.puts("Exit status: #{status.to_i}") @log_fh.write(stdout) @log_fh.write(stderr) [stdout, stderr, status] rescue Errno::ENOENT ["", "", 127] end end |
#store_append(vars, options = {}) ⇒ Object
Store construction variables for appending into the Cache.
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# File 'lib/rscons/configure_op.rb', line 345 def store_append(vars, = {}) store_vars = store_common() store_vars["append"] ||= {} vars.each_pair do |key, value| if store_vars["append"][key].is_a?(Array) and value.is_a?(Array) store_vars["append"][key] += value else store_vars["append"][key] = value end end end |
#store_merge(vars, options = {}) ⇒ Object
Store construction variables for merging into the Cache.
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# File 'lib/rscons/configure_op.rb', line 327 def store_merge(vars, = {}) store_vars = store_common() store_vars["merge"] ||= {} vars.each_pair do |key, value| store_vars["merge"][key] = value end end |
#store_parse(flags, options = {}) ⇒ Object
Store flags to be parsed into the Cache.
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# File 'lib/rscons/configure_op.rb', line 367 def store_parse(flags, = {}) store_vars = store_common() store_vars["parse"] ||= [] store_vars["parse"] << flags end |