def get_tasks(self): # comparing proc with task proc_addr = self.symbol_list["_kernproc"] nprocs = struct.unpack("=I", self.x86_mem_pae.read(self.base_address + self.symbol_list["_nprocs"], 4))[0] task_addr = self.symbol_list["_tasks"] task_count_addr = self.symbol_list["_tasks_count"] task_count_ptr = self.x86_mem_pae.read(task_count_addr + self.base_address, 4) task_count = struct.unpack("=I", task_count_ptr)[0] proc_list = get_proc_list( self.x86_mem_pae, proc_addr, self.arch, self.os_version, self.build, self.base_address, nprocs ) task_list, check_count = get_task_list( self.x86_mem_pae, task_addr, task_count, self.arch, self.os_version, self.build, self.base_address, nprocs ) # if check_count != task_count: # print '[+] check_count: %d, task_count: %d'%(check_count, task_count) valid_task_list, hide_task_list = proc_lookup( proc_list, task_list, self.x86_mem_pae, self.arch, self.os_version, self.build, self.base_address, nprocs ) print "[+] Linked task list" task_print(valid_task_list) if len(hide_task_list) != 0: print "" print "[+] Unlinked task list" task_print(hide_task_list)
def get_ps(self): sym_addr = self.symbol_list["_kernproc"] nprocs = struct.unpack("=I", self.x86_mem_pae.read(self.base_address + self.symbol_list["_nprocs"], 4))[0] proc_list = get_proc_list( self.x86_mem_pae, sym_addr, self.arch, self.os_version, self.build, self.base_address, nprocs ) proc_print(proc_list, self.os_version)
def get_tasks(self): # comparing proc with task proc_addr = self.symbol_list['_kernproc'] task_addr = self.symbol_list['_tasks'] task_count_addr = self.symbol_list['_tasks_count'] task_count_ptr = self.x86_mem_pae.read( task_count_addr + self.base_address, 4) task_count = struct.unpack('=I', task_count_ptr)[0] proc_list = get_proc_list(self.x86_mem_pae, proc_addr, self.arch, self.os_version, self.build, self.base_address) task_list, check_count = get_task_list(self.x86_mem_pae, task_addr, task_count, self.arch, self.os_version, self.build, self.base_address) #if check_count != task_count: # print '[+] check_count: %d, task_count: %d'%(check_count, task_count) valid_task_list, hide_task_list = proc_lookup( proc_list, task_list, self.x86_mem_pae, self.arch, self.os_version, self.build, self.base_address) print '[+] Linked task list' task_print(valid_task_list) if len(hide_task_list) != 0: print '' print '[+] Unlinked task list' task_print(hide_task_list)
def get_ps(self): sym_addr = self.symbol_list['_kernproc'] nprocs = struct.unpack( '=I', self.x86_mem_pae.read( self.base_address + self.symbol_list['_nprocs'], 4))[0] proc_list = get_proc_list(self.x86_mem_pae, sym_addr, self.arch, self.os_version, self.build, self.base_address, nprocs) proc_print(proc_list, self.os_version)
def get_tasks(self): # comparing proc with task proc_addr = self.symbol_list['_kernproc'] task_addr = self.symbol_list['_tasks'] task_count_addr = self.symbol_list['_tasks_count'] task_count_ptr = self.x86_mem_pae.read(task_count_addr+self.base_address, 4); task_count = struct.unpack('=I', task_count_ptr)[0] proc_list = get_proc_list(self.x86_mem_pae, proc_addr, self.arch, self.os_version, self.build, self.base_address) task_list, check_count = get_task_list(self.x86_mem_pae, task_addr, task_count, self.arch, self.os_version, self.build, self.base_address) #if check_count != task_count: # print '[+] check_count: %d, task_count: %d'%(check_count, task_count) valid_task_list, hide_task_list = proc_lookup(proc_list, task_list, self.x86_mem_pae, self.arch, self.os_version, self.build, self.base_address) print '[+] Linked task list' task_print(valid_task_list) if len(hide_task_list) != 0: print '' print '[+] Unlinked task list' task_print(hide_task_list)
def get_ps(self): sym_addr = self.symbol_list['_kernproc'] proc_list = get_proc_list(self.x86_mem_pae, sym_addr, self.arch, self.os_version, self.build, self.base_address) proc_print(proc_list, self.os_version)