135  * and stops other vCPUs so the event can be reported.  The
138  * the event for 'stopped_vcpu' is cleared.  vCPUs will loop in their
162 static struct vcpu **vcpus;  variable
496 	/* Resume any stopped vCPUs. */  in close_connection()
927 	assert(vcpus[vcpuid] == NULL);  in gdb_cpu_add()
928 	vcpus[vcpuid] = vcpu;  in gdb_cpu_add()
936 	 * If a vcpu is added while vcpus are stopped, suspend the new  in gdb_cpu_add()
955 		 * execution, vCPUs will be unsuspended from the kernel's point  in gdb_cpu_add()
1200 	if (vm_get_register_set(vcpus[cur_vcpu], nitems(gdb_regset),  in gdb_read_regs()
1229 	if (vm_get_register(vcpus[cur_vcpu], gdb_regset[reg].id, &regval) ==  in gdb_read_one_reg()
1270 		error = guest_vaddr2paddr(vcpus[cur_vcpu], gva, &gpa);  in gdb_read_mem()
1322 				error = read_mem(vcpus[cur_vcpu], gpa, &val,  in gdb_read_mem()
1395 		error = guest_vaddr2paddr(vcpus[cur_vcpu], gva, &gpa);  in gdb_write_mem()
1444 				error = write_mem(vcpus[cur_vcpu], gpa, val,  in gdb_write_mem()
1475 		if (vm_set_capability(vcpus[vcpu], GDB_BREAKPOINT_CAP,  in set_breakpoint_caps()
1531 	error = guest_vaddr2paddr(vcpus[cur_vcpu], gva, &gpa);  in update_sw_breakpoint()
1944 		if (!gdb_step_vcpu(vcpus[cur_vcpu])) {  in handle_command()
2239 	vcpus = calloc(guest_ncpus, sizeof(*vcpus));  in init_gdb()