bottom of the stack resides the hypervisor – the core of the virtualization engine, con- trolling execution of the virtual machines and making sure they do not conflict with each other or whatever the host scripts can use COM and VirtualBox interfaces to control almost all aspects of virtual machine execution. As an example, use the following commands to instantiate the VirtualBox object and start a VM: user some feedback on success too print "created HDD with id: %s" %(hdd.id) # 0 means continue execution, other values mean exit from the interpreter return 0 commands = { ’myCreateHDD’: [’Create virtual

bottom of the stack resides the hypervisor – the core of the virtualization engine, con- trolling execution of the virtual machines and making sure they do not conflict with each other or whatever the host scripts can use COM and VirtualBox interfaces to control almost all aspects of virtual machine execution. As an example, use the following commands to instantiate the VirtualBox object and start a VM: user some feedback on success too print "created HDD with id: %s" %(hdd.id) # 0 means continue execution, other values mean exit from the interpreter return 0 commands = { ’myCreateHDD’: [’Create virtual

bottom of the stack resides the hypervisor – the core of the virtualization engine, con- trolling execution of the virtual machines and making sure they do not conflict with each other or whatever the host scripts can use COM and VirtualBox interfaces to control almost all aspects of virtual machine execution. As an example, use the following commands to instantiate the VirtualBox object and start a VM: user some feedback on success too print "created HDD with id: %s" %(hdd.id) # 0 means continue execution, other values mean exit from the interpreter return 0 commands = { ’myCreateHDD’: [’Create virtual

bottom of the stack resides the hypervisor – the core of the virtualization engine, con- trolling execution of the virtual machines and making sure they do not conflict with each other or whatever the host scripts can use COM and VirtualBox interfaces to control almost all aspects of virtual machine execution. As an example, use the following commands to instantiate the VirtualBox object and start a VM: user some feedback on success too print "created HDD with id: %s" %(hdd.id) # 0 means continue execution, other values mean exit from the interpreter return 0 commands = { ’myCreateHDD’: [’Create virtual

bottom of the stack resides the hypervisor – the core of the virtualization engine, con- trolling execution of the virtual machines and making sure they do not conflict with each other or whatever the host scripts can use COM and VirtualBox interfaces to control almost all aspects of virtual machine execution. As an example, use the following commands to instantiate the VirtualBox object and start a VM: user some feedback on success too print "created HDD with id: %s" %(hdd.id) # 0 means continue execution, other values mean exit from the interpreter return 0 commands = { ’myCreateHDD’: [’Create virtual

bottom of the stack resides the hypervisor – the core of the virtualization engine, con- trolling execution of the virtual machines and making sure they do not conflict with each other or whatever the host scripts can use COM and VirtualBox interfaces to control almost all aspects of virtual machine execution. As an example, use the following commands to instantiate the VirtualBox object and start a VM: user some feedback on success too print "created HDD with id: %s" %(hdd.id) # 0 means continue execution, other values mean exit from the interpreter return 0 commands = { ’myCreateHDD’: [’Create virtual

bottom of the stack resides the hypervisor – the core of the virtualization engine, con- trolling execution of the virtual machines and making sure they do not conflict with each other or whatever the host scripts can use COM and VirtualBox interfaces to control almost all aspects of virtual machine execution. As an example, use the following commands to instantiate the VirtualBox object and start a VM: user some feedback on success too print "created HDD with id: %s" %(hdd.id) # 0 means continue execution, other values mean exit from the interpreter return 0 commands = { ’myCreateHDD’: [’Create virtual

bottom of the stack resides the hypervisor – the core of the virtualization engine, con- trolling execution of the virtual machines and making sure they do not conflict with each other or whatever the host scripts can use COM and VirtualBox interfaces to control almost all aspects of virtual machine execution. As an example, use the following commands to instantiate the VirtualBox object and start a VM: -ldl -lpthread 2.3.6.10 Conversion of code using legacy C binding This section aims to make the task of converting code using the legacy C binding to the new style a breeze, by pointing out some key

bottom of the stack resides the hypervisor – the core of the virtualization engine, con- trolling execution of the virtual machines and making sure they do not conflict with each other or whatever the host scripts can use COM and VirtualBox interfaces to control almost all aspects of virtual machine execution. As an example, use the following commands to instantiate the VirtualBox object and start a VM: $^ -ldl -lpthread 2.3.6.10 Conversion of code using legacy C binding This section aims to make the task of converting code using the legacy C binding to the new style a breeze, by pointing out some key

bottom of the stack resides the hypervisor – the core of the virtualization engine, con- trolling execution of the virtual machines and making sure they do not conflict with each other or whatever the host scripts can use COM and VirtualBox interfaces to control almost all aspects of virtual machine execution. As an example, use the following commands to instantiate the VirtualBox object and start a VM: $^ -ldl -lpthread 2.3.6.10 Conversion of code using legacy C binding This section aims to make the task of converting code using the legacy C binding to the new style a breeze, by pointing out some key