object-oriented client layer. We shall refer to this as the “raw web service”. You will then have neither native object orientation nor full type safety, since web services are neither object-oriented nor stateful language has support for parsing WSDL files and somehow integrating the remote procedure calls into the native language syntax – for example, as shown in the Java sample in chapter 2.2.1, Raw web service example VirtualBox internals. On a Windows host, all parts of VirtualBox will use the COM functionality that is native to Windows. On other hosts (including Linux), VirtualBox comes with a built-in implementation of

object-oriented client layer. We shall refer to this as the “raw web service”. You will then have neither native object orientation nor full type safety, since web services are neither object-oriented nor stateful language has support for parsing WSDL files and somehow integrating the remote procedure calls into the native language syntax – for example, like in the Java sample shown in chapter 6.1, Raw web service example VirtualBox internals. On a Windows host, all parts of VirtualBox will use the COM functionality that is native to Windows. On other hosts (including Linux), VirtualBox comes with a built-in implementation of

object-oriented client layer. We shall refer to this as the “raw web service”. You will then have neither native object orientation nor full type safety, since web services are neither object-oriented nor stateful language has support for parsing WSDL files and somehow integrating the remote procedure calls into the native language syntax – for example, like in the Java sample shown in chapter 2.2.1, Raw web service example VirtualBox internals. On a Windows host, all parts of VirtualBox will use the COM functionality that is native to Windows. On other hosts (including Linux), VirtualBox comes with a built-in implementation of

object-oriented client layer. We shall refer to this as the “raw web service”. You will then have neither native object orientation nor full type safety, since web services are neither object-oriented nor stateful language has support for parsing WSDL files and somehow integrating the remote procedure calls into the native language syntax – for example, like in the Java sample shown in chapter 6.1, Raw web service example VirtualBox internals. On a Windows host, all parts of VirtualBox will use the COM functionality that is native to Windows. On other hosts (including Linux), VirtualBox comes with a built-in implementation of

VirtualBox can run any x86 operating system (DOS, Win- dows, OS/2, FreeBSD, OpenBSD), but to achieve near-native performance of the guest code on your machine, we had to go through a lot of optimizations that are details 2.3.3 Performing the installation VirtualBox is available in a number of package formats native to various common Linux distribu- tions (see chapter 1.4, Supported host operating systems, page the host. One then can perform drag’n drop operations between the host and a VM as it would be a native drag’n drop operation on the host OS. At the moment drag’n drop is implemented for Windows- and X-Windows-based

VirtualBox can run any x86 operating system (DOS, Win- dows, OS/2, FreeBSD, OpenBSD), but to achieve near-native performance of the guest code on your machine, we had to go through a lot of optimizations that are details 2.3.3 Performing the installation VirtualBox is available in a number of package formats native to various common Linux distribu- tions (see chapter 1.4, Supported host operating systems, page is not defined or 16 is reached. The following example adds a video mode that corresponds to the native display resolution of many notebook computers: VBoxManage setextradata "VM name" "CustomVideoMode1"

VirtualBox can run any x86 operating system (DOS, Win- dows, OS/2, FreeBSD, OpenBSD), but to achieve near-native performance of the guest code on your machine, we had to go through a lot of optimizations that are details 2.3.3 Performing the installation VirtualBox is available in a number of package formats native to various common Linux distribu- tions (see chapter 1.4, Supported host operating systems, page is not defined or 16 is reached. The following example adds a video mode that corresponds to the native display resolution of many notebook computers: VBoxManage setextradata "VM name" "CustomVideoMode1"

object-oriented client layer. We shall refer to this as the “raw web service”. You will then have neither native object orientation nor full type safety, since web services are neither object-oriented nor stateful language has support for parsing WSDL files and somehow integrating the remote procedure calls into the native language syntax – for example, like in the Java sample shown in chapter 2.2.1, Raw web service example VirtualBox internals. On a Windows host, all parts of VirtualBox will use the COM functionality that is native to Windows. On other hosts (including Linux), VirtualBox comes with a built-in implementation of

VirtualBox can run any x86 operating system (DOS, Win- dows, OS/2, FreeBSD, OpenBSD), but to achieve near-native performance of the guest code on your machine, we had to go through a lot of optimizations that are details 2.3.3 Performing the installation VirtualBox is available in a number of package formats native to various common Linux distribu- tions (see chapter 1.4, Supported host operating systems, page is not defined or 16 is reached. The following example adds a video mode that corresponds to the native display resolution of many notebook computers: VBoxManage setextradata "VM name" "CustomVideoMode1"

object-oriented client layer. We shall refer to this as the “raw web service”. You will then have neither native object orientation nor full type safety, since web services are neither object-oriented nor stateful language has support for parsing WSDL files and somehow integrating the remote procedure calls into the native language syntax – for example, like in the Java sample shown in chapter 2.2.1, Raw web service example VirtualBox internals. On a Windows host, all parts of VirtualBox will use the COM functionality that is native to Windows. On other hosts (including Linux), VirtualBox comes with a built-in implementation of