方法2: 继承ConfigurationSection类,配合ConfigurationProperty特性来实现 public class ObjectContainerElement : ConfigurationElement { [ConfigurationProperty("provider", IsRequired = true)] public string Provider set { this["provider"] = (object)value; } } [ConfigurationProperty /// public class AgileFRConfigurationHandler : ConfigurationSection { [ConfigurationProperty
] ,ConfigurationProperty的构造函数中传入的name字符串将会用于config文件中,表示各参数的属性名称。 实现代码如下: namespace Demo { public class Section1 : ConfigurationSection { [ConfigurationProperty null) writer.WriteCData(CommandText); return true; } [ConfigurationProperty 在创建ConfigurationSection的继承类时,创建一个表示集合的属性就可以了,注意[ConfigurationProperty]的各参数。 get { return this["key"].ToString(); } set { this["key"] = value; } } [ConfigurationProperty
ExecutableFileJobStepAssmbler))] public class ExecutableJobStepData : JobStepData { [ConfigurationProperty return this["arguments"] as NamedElementCollection<ArgumentEntry>; } } [ConfigurationProperty return this["variables"] as NamedElementCollection<VariableEntry>; } } [ConfigurationProperty return this["batchJobs"] as NamedElementCollection<BatchJobEntry>; } } [ConfigurationProperty { return this["description"] as string; } } [ConfigurationProperty
1: public sealed class ReliableSessionElement : BindingElementExtensionElement 2: { 3: [ConfigurationProperty AcknowledgementInterval { get; set; } 5: public override Type BindingElementType { get; } 6: [ConfigurationProperty TimeSpan InactivityTimeout { get; set; } 10: [IntegerValidator(MinValue=1, MaxValue=0x4000), ConfigurationProperty =4)] 11: public int MaxPendingChannels { get; set; } 12: [IntegerValidator(MinValue=1), ConfigurationProperty ("maxRetryCount", DefaultValue=8)] 13: public int MaxRetryCount { get; set; } 14: [ConfigurationProperty
return (string)this["fileName"]; } set { this["fileName"] = value; } } [ConfigurationProperty return (long)this["maxUsers"]; } set { this["maxUsers"] = value; } } [ConfigurationProperty (TimeSpan)this["maxIdleTime"]; } set { this["maxIdleTime"] = value; } } } } ConfigurationProperty 对于每一个标记有此特性的属性,.NET Framework 都使用反射来读取修饰参数,并创建相关的 ConfigurationProperty 实例。 title { get { return (string)base["title"]; } set { title = value; } } //subTitle属性 [ConfigurationProperty
ExecutableFileJobStepAssmbler))] public class ExecutableJobStepData : JobStepData { [ConfigurationProperty return this["arguments"] as NamedElementCollection<ArgumentEntry>; } } [ConfigurationProperty return this["variables"] as NamedElementCollection<VariableEntry>; } } [ConfigurationProperty return this["batchJobs"] as NamedElementCollection<BatchJobEntry>; } } [ConfigurationProperty { return this["description"] as string; } } [ConfigurationProperty
] ,ConfigurationProperty的构造函数中传入的name字符串将会用于config文件中,表示各参数的属性名称。 实现代码如下: namespace Demo { public class Section1 : ConfigurationSection { [ConfigurationProperty null) writer.WriteCData(CommandText); return true; } [ConfigurationProperty 在创建ConfigurationSection的继承类时,创建一个表示集合的属性就可以了,注意[ConfigurationProperty]的各参数。 get { return this["key"].ToString(); } set { this["key"] = value; } } [ConfigurationProperty
/// public class SiteConfig : ConfigurationSection { private static ConfigurationProperty ); [ConfigurationProperty("", Options = ConfigurationPropertyOptions.IsDefaultCollection)] 在类中声明一个配置元素的子元素 private static ConfigurationProperty _property,子元素的配置实体类型是KeyValueConfigurationCollection private static ConfigurationProperty _property = new ConfigurationProperty(string.Empty, typeof(KeyValueConfigurationCollection [ConfigurationProperty("", Options = ConfigurationPropertyOptions.IsDefaultCollection)] private
")] 6: public Uri ExternalMetadataLocation { get; set; } 7: 8: //HTTP 9: [ConfigurationProperty httpGetUrl")] 12: public Uri HttpGetUrl { get; set; } 13: [StringValidator(MinLength=0), ConfigurationProperty "httpGetBinding", DefaultValue="")] 14: public string HttpGetBinding { get; set; } 15: [ConfigurationProperty 16: public string HttpGetBindingConfiguration { get; set; } 17: 18: //HTTPS 19: [ConfigurationProperty "")] 24: public string HttpsGetBinding { get; set; } 25: [StringValidator(MinLength=0), ConfigurationProperty
1: public class ResourceSettings: ConfigurationSection 2: { 3: [ConfigurationProperty("defaultProvider this["defaultProvider"];} 7: set{this["defaultProvider"] = value;} 8: } 9: [ConfigurationProperty class DbResourceProviderConfigurationElement : ResourceProviderConfigurationElement 2: { 3: [ConfigurationProperty class XmlResourceProviderConfigurationElement : ResourceProviderConfigurationElement 16: { 17: [ConfigurationProperty 1: public class NameTypeConfigurationElement : ConfigurationElement 2: { 3: [ConfigurationProperty
getPropertySourcesAsMap().forEach((name, source) -> candidates.forEach((metadata) -> { ConfigurationProperty configurationProperty = source .getConfigurationProperty(ConfigurationPropertyName.of(metadata.getId ())); if (configurationProperty ! = null) { result.add(name, new PropertyMigration(configurationProperty
getPropertySourcesAsMap().forEach((name, source) -> candidates.forEach((metadata) -> { ConfigurationProperty configurationProperty = source .getConfigurationProperty(ConfigurationPropertyName.of(metadata.getId ())); if (configurationProperty ! = null) { result.add(name, new PropertyMigration(configurationProperty
sealed class ServiceThrottlingElement : BehaviorExtensionElement 2: { 3: //其他成员 4: [ConfigurationProperty maxConcurrentCalls", DefaultValue = 16)] 5: public int MaxConcurrentCalls { get; set; } 6: 7: [ConfigurationProperty ", DefaultValue = 26)] 8: public int MaxConcurrentInstances { get; set; } 9: 10: [ConfigurationProperty
: ConfigurationSection
{
///
: ConfigurationSection
{
///
. /// [ConfigurationProperty("name", IsRequired = true)] public string indicating the connection string to connect to the concrete database. /// [ConfigurationProperty /// A flag which determines if this is the default database. /// [ConfigurationProperty operation are all executed using command builder or stored procedure. /// [ConfigurationProperty / A CommandType enumeration indicating if the default command type. /// [ConfigurationProperty
System.Configuration; namespace ConfigTest { public class MyConfigClass : ConfigurationSection { [ConfigurationProperty { get { return (string)this["name"]; } set { this["name"] = value; } } [ConfigurationProperty
return section;
}
///
name, Bindable<T> target, BindHandler handler, Context context, boolean allowRecursiveBinding) { ConfigurationProperty target, elementBinder)); } private <T> Object bindProperty(Bindable<T> target, Context context, ConfigurationProperty = context.getConverter().convert(result, target); return result; } bindObject方法先通过findProperty获取ConfigurationProperty
1: public class RoomManagerSettings: ConfigurationSection 2: { 3: [ConfigurationProperty("rooms 1: public class RoomConfigurationElement : NameConfigurationElement 2: { 3: [ConfigurationProperty 1: public class WindowBuilderData : ExtensionConfigurationElement<Room> 2: { 3: [ConfigurationProperty { return (int)this["width"]; } 7: set { this["width"] = value; } 8: } 9: [ConfigurationProperty