Launching virtual machines 46 3.4 VirtualBox events 46 4 The VirtualBox shell 48 5 Classes (interfaces) 50 5.1 IAdditionsFacility 50 5.1.1 Attributes 50 5.2 IAdditionsStateChangedEvent (IEvent) virtualization engine below. It is completely documented in this SDK Reference – see chapter 5, Classes (interfaces), page 50 and chapter 6, Enumerations (enums), page 317 – and available to anyone who wishes to programmatically. We chose the name "Main API" to differentiate it from other programming interfaces of VirtualBox that may be publicly accessible. With the Main API, you can create, configure, start

with all headers that must not be attached to the module • the module purview with all exported interfaces • the implementation is compiled separately with C semantics module; #include standard C headers

Launching virtual machines 48 3.4 VirtualBox events 48 4 The VirtualBox shell 50 5 Classes (interfaces) 52 5.1 IAdditionsFacility 52 5.1.1 Attributes 52 5.2 IAdditionsStateChangedEvent (IEvent) virtualization engine below. It is completely documented in this SDK Reference – see chapter 5, Classes (interfaces), page 52 and chapter 6, Enumerations (enums), page 345 – and available to anyone who wishes to programmatically. We chose the name "Main API" to differentiate it from other programming interfaces of VirtualBox that may be publicly accessible. With the Main API, you can create, configure, start

with version 2.1 . . . . . . . . . . . . . . . . . . . . . 42 8 License information 44 9 Classes (interfaces) 45 9.1 IAppliance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . virtualization engine below. It is completely documented in this SDK Reference – see chapter 9, Classes (interfaces), page 45 and chapter 10, Enumerations (enums), page 223 – and available to anyone who wishes to VirtualBox programmatically. We chose the name “Main API” to differentiate it from other programming interfaces of VirtualBox that may be publicly accessible. With the Main API, you can create, configure, start

instructions for setting up automatic discovery of network devices, active agents, file systems, network interfaces, etc. Distributed monitoring deals with the possibilities of using Zabbix in larger and more complex automatic discovery of network devices • agent auto registration • discovery of file systems, network interfaces and SNMP OIDs ## Fast web interface • a web-based frontend in PHP • accessible from anywhere HP-UX. Note: net.if.in, net.if.out and net.if.total items do not provide statistics of loopback interfaces (e.g. lo0). sensor is now supported on Linux 2.6+. zabbix[hosts] internal check returns the number

Checking for dependencies ..... 3.4. Customizing the nature of a bean ..... 3.4.1. Lifecycle interfaces ..... 3.4.2. Knowing who you are ..... 3.4.3. FactoryBean ..... 3.5. Abstract and child bean proxies ..... 58 5.5.1. Basics ..... 58 5.5.2. JavaBean properties ..... 59 5.5.3. Proxying interfaces ..... 60 5.5.4. Proxying classes ..... 61 5.5.5. Using 'global' advisors ..... 62 Exposing web services using XFire ..... 195 17.6. Auto-detection is not implemented for remote interfaces ..... 197 17.7. Considerations when choosing a technology ..... 197 18. Sending Email with

Checking for dependencies ..... 3.4. Customizing the nature of a bean ..... 3.4.1. Lifecycle interfaces ..... 3.4.2. Knowing who you are ..... 3.4.3. FactoryBean ..... 3.5. Abstract and child bean proxies ..... 57 5.5.1. Basics ..... 57 5.5.2. JavaBean properties ..... 58 5.5.3. Proxying interfaces ..... 59 5.5.4. Proxying classes ..... 60 5.5.5. Using 'global' advisors ..... 61 Exposing web services using XFire ..... 194 17.6. Auto-detection is not implemented for remote interfaces ..... 196 17.7. Considerations when choosing a technology ..... 196 18. Sending Email with

Applications ..... 73 1.6.2. ApplicationContextAware and BeanNameAware ..... 74 1.6.3. Other Aware Interfaces ..... 75 1.7. Bean Definition Inheritance ..... 76 1.8. Container Extension Points ..... 78 JavaBean Properties ..... 417 6.4.3. JDK- and CGLIB-based proxies ..... 418 6.4.4. Proxying Interfaces ..... 419 6.4.5. Proxying Classes ..... 421 6.4.6. Using "Global" Advisors ..... 422 compatible with Spring. That is, the class being developed does not need to implement any specific interfaces or to be coded in a specific fashion. Simply specifying the bean class should suffice. However

Checking for dependencies ..... 3.4. Customizing the nature of a bean ..... 3.4.1. Lifecycle interfaces ..... 3.4.2. Knowing who you are ..... 3.4.3. FactoryBean ..... 3.5. Abstract and child bean proxies ..... 59 5.5.1. Basics ..... 59 5.5.2. JavaBean properties ..... 60 5.5.3. Proxying interfaces ..... 61 5.5.4. Proxying classes ..... 62 5.5.5. Using 'global' advisors ..... 63 Exposing web services using XFire ..... 203 15.6. Auto-detection is not implemented for remote interfaces ..... 204 15.7. Considerations when choosing a technology ..... 205 16. Accessing and implementing

Checking for dependencies ..... 3.4. Customizing the nature of a bean ..... 3.4.1. Lifecycle interfaces ..... 3.4.2. Knowing who you are ..... 3.4.3. FactoryBean ..... 3.5. Abstract and child bean proxies ..... 67 6.5.1. Basics ..... 67 6.5.2. JavaBean properties ..... 68 6.5.3. Proxying interfaces ..... 69 6.5.4. Proxying classes ..... 70 6.5.5. Using 'global' advisors ..... 71 Exposing web services using XFire ..... 214 16.6. Auto-detection is not implemented for remote interfaces ..... 215 16.7. Considerations when choosing a technology ..... 216 17. Accessing and implementing