标签:cts
Cts框架分为9大部分:
cmd_options:命令行接受的参数选项,command包中。
device_requirements:设备相关要求,device包中
device_options:设备参数,device包中
builde_provider:版本提供者,build包中
target_preparer:预置条件准备,targetprep包中
test:测试类型,存在testtype包中
device_recovery:任务执行过程中设备异常后的设备恢复,device包中
logger:日志系统,log包中
result_reporter:结果统计报告,result包中
每一种任务都要配置好这9个组件,如果不配置,框架就采用自己的默认配置,但也是相当于配置了这几项,所以cts框架的核心在Configuration中。
private static synchronized Map<String, ObjTypeInfo> getObjTypeMap() { if (sObjTypeMap == null) { sObjTypeMap = new HashMap<String, ObjTypeInfo>(); sObjTypeMap.put(BUILD_PROVIDER_TYPE_NAME, new ObjTypeInfo(IBuildProvider.class, false)); sObjTypeMap.put(TARGET_PREPARER_TYPE_NAME, new ObjTypeInfo(ITargetPreparer.class, true)); sObjTypeMap.put(TEST_TYPE_NAME, new ObjTypeInfo(IRemoteTest.class, true)); sObjTypeMap.put(DEVICE_RECOVERY_TYPE_NAME, new ObjTypeInfo(IDeviceRecovery.class, false)); sObjTypeMap.put(LOGGER_TYPE_NAME, new ObjTypeInfo(ILeveledLogOutput.class, false)); sObjTypeMap.put(RESULT_REPORTER_TYPE_NAME, new ObjTypeInfo(ITestInvocationListener.class, true)); sObjTypeMap.put(CMD_OPTIONS_TYPE_NAME, new ObjTypeInfo(ICommandOptions.class, false)); sObjTypeMap.put(DEVICE_REQUIREMENTS_TYPE_NAME, new ObjTypeInfo(IDeviceSelection.class, false)); sObjTypeMap.put(DEVICE_OPTIONS_TYPE_NAME, new ObjTypeInfo(TestDeviceOptions.class, false)); } return sObjTypeMap; } /** * Creates an {@link Configuration} with default config objects. */ public Configuration(String name, String description) { mName = name; mDescription = description; mConfigMap = new LinkedHashMap<String, List<Object>>(); setCommandOptions(new CommandOptions()); setDeviceRequirements(new DeviceSelectionOptions()); setDeviceOptions(new TestDeviceOptions()); setBuildProvider(new StubBuildProvider()); setTargetPreparer(new StubTargetPreparer()); setTest(new StubTest()); setDeviceRecovery(new WaitDeviceRecovery()); setLogOutput(new StdoutLogger()); setTestInvocationListener(new TextResultReporter()); }
所有关于类的配置,cts只认你在Configuration类接口的实现类,你如果写了一个类没有继承9大类中的一个接口,你添加了,也会报错的。从上图可以看出,cts默认配置了上面几项,没有配置的采用默认的。这个讲完了,我们就从文章开头的代码开始将它是如何一步一步完成这些配置的。
以上一篇文章中的解析配置文件代码开始:
IConfiguration config = getConfigFactory().createConfigurationFromArgs(args);
调用的是ConfigurationFactory.createConfigurationFromArgs方法:
/** * {@inheritDoc} */ @Override public IConfiguration createConfigurationFromArgs(String[] arrayArgs) throws ConfigurationException { List<String> listArgs = new ArrayList<String>(arrayArgs.length); IConfiguration config = internalCreateConfigurationFromArgs(arrayArgs, listArgs); config.setOptionsFromCommandLineArgs(listArgs); return config; }
private IConfiguration internalCreateConfigurationFromArgs(String[] arrayArgs, List<String> optionArgsRef) throws ConfigurationException { if (arrayArgs.length == 0) { throw new ConfigurationException("Configuration to run was not specified"); } optionArgsRef.addAll(Arrays.asList(arrayArgs)); // first arg is config name final String configName = optionArgsRef.remove(0); ConfigurationDef configDef = getConfigurationDef(configName, false); return configDef.createConfiguration(); }
public class ConfigurationDef { /** a map of object type names to config object class name(s). */ private final Map<String, List<String>> mObjectClassMap; /** a list of option name/value pairs. */ private final List<OptionDef> mOptionList; /** a cache of the frequency of every classname */ private final Map<String, Integer> mClassFrequency; static class OptionDef { final String name; final String key; final String value; OptionDef(String optionName, String optionValue) { this(optionName, null, optionValue); } OptionDef(String optionName, String optionKey, String optionValue) { this.name = optionName; this.key = optionKey; this.value = optionValue; } } /** the unique name of the configuration definition */ private final String mName; /** a short description of the configuration definition */ private String mDescription = ""; public ConfigurationDef(String name) { mName = name; // use LinkedHashMap to keep objects in same order they were added. mObjectClassMap = new LinkedHashMap<String, List<String>>(); mOptionList = new ArrayList<OptionDef>(); mClassFrequency = new HashMap<String, Integer>(); }
mObjectClassMap:保存9大组件的,例如上面的build_provider、device_recovery、test、logger、result_reporter这些标签对应的类都保持该map对象中。
mOptionList:保存option标签的值,例如上面的enable-root的值。
现在进入debug模式验证一下是不是用上面两个属性保存的。将断点打在ConfigurationDef configDef = getConfigurationDef(configName, false);上,删除其他断点。重启debug。按F6跳到下一行,来看一下Variables一栏中值
可以看到mObjectClassMap的值为:
{build_provider=[com.android.cts.tradefed.build.CtsBuildProvider], device_recovery=[com.android.tradefed.device.WaitDeviceRecovery], test=[com.android.cts.tradefed.testtype.CtsTest], logger=[com.android.tradefed.log.FileLogger], result_reporter=[com.android.cts.tradefed.result.CtsXmlResultReporter, com.android.cts.tradefed.result.IssueReporter]}
标签:cts
原文地址:http://blog.csdn.net/itfootball/article/details/40299359