Top Level Namespace
Defined Under Namespace
Modules: CocoapodsPrecompile, Pod
Constant Summary collapse
- CONFIGURATION =
"Release"- PLATFORMS =
{ 'iphonesimulator' => 'iOS', 'appletvsimulator' => 'tvOS', 'watchsimulator' => 'watchOS' }
Instance Method Summary collapse
-
#build_for_iosish_platform(sandbox, build_dir, output_path, target, device, simulator, bitcode_enabled, simulator_default_arch) ⇒ Object
Build specific target to framework file @param [PodTarget] target a specific pod target.
-
#class_attr_accessor(symbol) ⇒ Object
attr_accessor for class variable.
- #xcodebuild(sandbox, target, sdk = 'macosx', deployment_target = nil, other_options = []) ⇒ Object
Instance Method Details
#build_for_iosish_platform(sandbox, build_dir, output_path, target, device, simulator, bitcode_enabled, simulator_default_arch) ⇒ Object
Build specific target to framework file
@param [PodTarget] target
a specific pod target
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# File 'lib/cocoapods-binary/rome/build_framework.rb', line 12 def build_for_iosish_platform(sandbox, build_dir, output_path, target, device, simulator, bitcode_enabled, simulator_default_arch) deployment_target = target.platform.deployment_target.to_s target_label = target.label # name with platform if it's used in multiple platforms Pod::UI.puts "Prebuilding #{target_label}..." = [] if bitcode_enabled += ['OTHER_CFLAGS="-fembed-bitcode"'] end xcodebuild(sandbox, target_label, device, deployment_target, ) xcodebuild(sandbox, target_label, simulator, deployment_target, + ["ARCHS=#{simulator_default_arch}",'ONLY_ACTIVE_ARCH=NO']) # paths target_name = target.name # equals target.label, like "AFNeworking-iOS" when AFNetworking is used in multiple platforms. module_name = target.product_module_name device_framwork_path = "#{build_dir}/#{CONFIGURATION}-#{device}/#{target_name}/#{module_name}.framework" simulator_framwork_path = "#{build_dir}/#{CONFIGURATION}-#{simulator}/#{target_name}/#{module_name}.framework" device_binary = device_framwork_path + "/#{module_name}" simulator_binary = simulator_framwork_path + "/#{module_name}" return unless File.file?(device_binary) && File.file?(simulator_binary) # the device_lib path is the final output file path # combine the bianries tmp_lipoed_binary_path = "#{build_dir}/#{target_name}" lipo_log = `lipo -create -output #{tmp_lipoed_binary_path} #{device_binary} #{simulator_binary}` puts lipo_log unless File.exist?(tmp_lipoed_binary_path) FileUtils.mv tmp_lipoed_binary_path, device_binary, :force => true # collect the swiftmodule file for various archs. device_swiftmodule_path = device_framwork_path + "/Modules/#{module_name}.swiftmodule" simulator_swiftmodule_path = simulator_framwork_path + "/Modules/#{module_name}.swiftmodule" if File.exist?(device_swiftmodule_path) FileUtils.cp_r simulator_swiftmodule_path + "/.", device_swiftmodule_path end # output output_path.mkpath unless output_path.exist? FileUtils.mv device_framwork_path, output_path, :force => true end |
#class_attr_accessor(symbol) ⇒ Object
attr_accessor for class variable. usage:
```
class Pod
class_attr_accessor :is_prebuild_stage
end
```
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# File 'lib/cocoapods-binary/tool/tool.rb', line 10 def class_attr_accessor(symbol) self.class.send(:attr_accessor, symbol) end |
#xcodebuild(sandbox, target, sdk = 'macosx', deployment_target = nil, other_options = []) ⇒ Object
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# File 'lib/cocoapods-binary/rome/build_framework.rb', line 63 def xcodebuild(sandbox, target, sdk='macosx', deployment_target=nil, =[]) args = %W(-project #{sandbox.project_path.realdirpath} -scheme #{target} -configuration #{CONFIGURATION} -sdk #{sdk} ) platform = PLATFORMS[sdk] args += Fourflusher::SimControl.new.destination(:oldest, platform, deployment_target) unless platform.nil? args += Pod::Executable.execute_command 'xcodebuild', args, true end |