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0b384b7284
acrn-hypervisor/misc/acrn-config/library/scenario_cfg_lib.py
Yan, Like 0b384b7284 acrn-config: support generation of per vcpu clos configuraton 
Added "vcpu_clos" to configuration XML, here is an example of VM2 with 2 vCPUs:
  <clos desc="Class of Service for Cache Allocation Technology. Please refer SDM 17.19.2 for details and use with caution.">
	<vcpu_clos>1</vcpu_clos>
	<vcpu_clos>0</vcpu_clos>
  </clos>

A macro will be generated in vm_configuration.h:
  #define VM2_VCPU_CLOS          {1U, 0U}

And the macro will be used in vm_configuration.c:
  struct acrn_vm_config vm_configs[CONFIG_MAX_VM_NUM] = {
	...
	{
		...
		.clos = VM2_VCPU_CLOS,
		...
	}
  }

Tracked-On: #4566
Signed-off-by: Yan, Like <like.yan@intel.com>
Reviewed-by: Victor Sun <victor.sun@intel.com>
2020-04-02 13:55:35 +08:00

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# Copyright (C) 2019 Intel Corporation. All rights reserved.
#
# SPDX-License-Identifier: BSD-3-Clause
#
import common
SOURCE_ROOT_DIR = common.SOURCE_PATH
HEADER_LICENSE = common.open_license()
BOARD_INFO_FILE = "board_info.txt"
SCENARIO_INFO_FILE = ""
LOAD_ORDER_TYPE = ['PRE_LAUNCHED_VM', 'SOS_VM', 'POST_LAUNCHED_VM']
START_HPA_LIST = ['0', '0x100000000', '0x120000000']
KERN_TYPE_LIST = ['KERNEL_BZIMAGE', 'KERNEL_ZEPHYR']
KERN_BOOT_ADDR_LIST = ['0x100000']
GUEST_FLAG = common.GUEST_FLAG
VM_SEVERITY = ['SEVERITY_SAFETY_VM', 'SEVERITY_RTVM', 'SEVERITY_SOS', 'SEVERITY_STANDARD_VM']
VUART_TYPE = ['VUART_LEGACY_PIO', 'VUART_PCI']
VUART_BASE = ['SOS_COM1_BASE', 'SOS_COM2_BASE', 'COM1_BASE',
'COM2_BASE', 'COM3_BASE', 'COM4_BASE', 'INVALID_COM_BASE']
AVALIBLE_COM1_BASE = ['INVALID_COM_BASE', 'COM1_BASE']
AVALIBLE_COM2_BASE = ['INVALID_COM_BASE', 'COM2_BASE']
VUART_IRQ = ['SOS_COM1_IRQ', 'SOS_COM2_IRQ', 'COM1_IRQ', 'COM2_IRQ', 'COM3_IRQ',
'COM4_IRQ', 'CONFIG_COM_IRQ', '3', '4', '6', '7']
PCI_DEV_NUM_LIST = ['SOS_EMULATED_PCI_DEV_NUM', 'VM0_CONFIG_PCI_DEV_NUM', 'VM1_CONFIG_PCI_DEV_NUM']
PCI_DEVS_LIST = ['sos_pci_devs', 'vm0_pci_devs', 'vm1_pci_devs']
COMMUNICATE_VM_ID = []
ERR_LIST = {}
VM_COUNT = 0
DEFAULT_VM_COUNT = {
'sdc':2,
'sdc2':4,
'industry':3,
'hybrid':3,
'logical_partition':2,
}
KATA_VM_COUNT = 0
LEGACY_TTYS = {
'ttyS0':'0x3F8',
'ttyS1':'0x2F8',
'ttyS2':'0x3E8',
'ttyS3':'0x2E8',
}
def prepare():
""" Check environment """
return common.check_env()
def print_yel(msg, warn=False):
"""
Print the message with color of yellow
:param msg: the stings which will be output to STDOUT
:param warn: the condition if needs to be output the color of yellow with 'Warning'
"""
common.print_if_yel(msg, warn)
def print_red(msg, err=False):
"""
Print the message with color of red
:param msg: the stings which will be output to STDOUT
:param err: the condition if needs to be output the color of red with 'Error'
"""
common.print_if_red(msg, err)
def usage(file_name):
""" This is usage for how to use this tool """
common.usage(file_name)
def get_param(args):
"""
Get the script parameters from command line
:param args: this the command line of string for the script without script name
"""
return common.get_param(args)
def get_scenario_name():
"""
Get board name from scenario.xml at fist line
:param scenario_file: it is a file what contains scenario information for script to read from
"""
(err_dic, scenario) = common.get_xml_attrib(SCENARIO_INFO_FILE, "scenario")
return (err_dic, scenario)
def is_config_file_match():
(err_dic, scenario_for_board) = common.get_xml_attrib(SCENARIO_INFO_FILE, "board")
(err_dic, board_name) = common.get_xml_attrib(BOARD_INFO_FILE, "board")
if scenario_for_board == board_name:
return (err_dic, True)
else:
return (err_dic, False)
def get_info(board_info, msg_s, msg_e):
"""
Get information which specify by argument
:param board_info: it is a file what contains board information for script to read from
:param msg_s: it is a pattern of key stings what start to match from board information
:param msg_e: it is a pattern of key stings what end to match from board information
"""
info_lines = common.get_board_info(board_info, msg_s, msg_e)
return info_lines
def get_processor_info(board_info):
"""
Get cpu core list
:param board_info: it is a file what contains board information for script to read from
:return: cpu processor which one cpu has
"""
processor_list = []
tmp_list = []
processor_info = get_info(board_info, "<CPU_PROCESSOR_INFO>", "</CPU_PROCESSOR_INFO>")
if not processor_info:
key = "vm:id=0,vcpu_affinity"
ERR_LIST[key] = "CPU core is not exists"
return processor_list
for processor_line in processor_info:
if not processor_line:
break
processor_list = processor_line.strip().split(',')
for processor in processor_list:
tmp_list.append(processor.strip())
break
return tmp_list
def get_rootdev_info(board_info):
"""
Get root devices from board info
:param board_info: it is a file what contains board information for script to read from
:return: root devices list
"""
rootdev_list = []
rootdev_info = get_info(board_info, "<BLOCK_DEVICE_INFO>", "</BLOCK_DEVICE_INFO>")
# none 'BLOCK_DEVICE_INFO' tag
if rootdev_info == None:
return rootdev_list
for rootdev_line in rootdev_info:
if not rootdev_line:
break
if not common.handle_root_dev(rootdev_line):
continue
root_dev = rootdev_line.strip().split(':')[0]
rootdev_list.append(root_dev)
return rootdev_list
def get_ttys_info(board_info):
"""
Get ttySn from board info
:param board_info: it is a file what contains board information for script to read from
:return: serial console list
"""
ttys_list = []
ttys_info = get_info(board_info, "<TTYS_INFO>", "</TTYS_INFO>")
for ttys_line in ttys_info:
if not ttys_line:
break
ttys_dev = ttys_line.split()[0].split(':')[1]
ttysn = ttys_dev.split('/')[-1]
# currently SOS console can only support legacy serial port
if ttysn not in list(LEGACY_TTYS.keys()):
continue
ttys_list.append(ttys_dev)
return ttys_list
def get_board_private_info(config_file):
(err_dic, scenario_name) = get_scenario_name()
if scenario_name == "logical_partition":
branch_tag = "os_config"
else:
branch_tag = "board_private"
private_info = {}
dev_private_tags = ['rootfs', 'console']
for tag_str in dev_private_tags:
dev_setting = get_sub_leaf_tag(config_file, branch_tag, tag_str)
if not dev_setting and tag_str == "console":
continue
private_info[tag_str] = dev_setting
return (err_dic, private_info)
def check_board_private_info():
(err_dic, private_info) = get_board_private_info(SCENARIO_INFO_FILE)
if not private_info['rootfs'] and err_dic:
ERR_LIST['vm:id=0,boot_private,rootfs'] = "The board have to chose one rootfs partition"
ERR_LIST.update(err_dic)
def get_vm_num(config_file):
"""
This is get vm count
:param config_file: it is a file what contains vm information for script to read from
:return: number of vm
"""
return common.get_vm_count(config_file)
def get_sub_leaf_tag(config_file, branch_tag, tag_str=''):
"""
This is get tag value by tag_str from config file
:param config_file: it is a file what contains information for script to read from
:param branch_tag: it is key of patter to config file branch tag item
:param tag_str: it is key of pattern to config file leaf tag item
:return: value of tag_str item
"""
return common.get_leaf_tag_val(config_file, branch_tag, tag_str)
def get_order_type_by_vmid(idx):
"""
Get load order by vm id
:param idx: index of vm id
:return: load order type of index to vmid
"""
(err_dic, order_type) = common.get_load_order_by_vmid(SCENARIO_INFO_FILE, VM_COUNT, idx)
if err_dic:
ERR_LIST.update(err_dic)
return order_type
def vm_name_check(vm_names, item):
"""
Check vm name
:param vm_names: dictionary of vm name
:param item: vm name item in xml
:return: None
"""
for name_i, name_str in vm_names.items():
name_len = len(name_str)
if name_len > 32 or name_len == 0:
key = "vm:id={},{}".format(name_i, item)
ERR_LIST[key] = "VM name length should be in range [1,32] bytes"
def load_order_check(load_orders, item):
"""
Check load order type
:param load_orders: dictionary of vm load_order
:param item: vm name item in xml
:return: None
"""
sos_vm_ids = []
pre_vm_ids = []
post_vm_ids = []
for order_i, load_str in load_orders.items():
if load_str == "SOS_VM":
sos_vm_ids.append(order_i)
if load_str == "PRE_LAUNCHED_VM":
pre_vm_ids.append(order_i)
if load_str == "POST_LAUNCHED_VM":
post_vm_ids.append(order_i)
if not load_str:
key = "vm:id={},{}".format(order_i, item)
ERR_LIST[key] = "VM load should not empty"
return
if load_str not in LOAD_ORDER_TYPE:
key = "vm:id={},{}".format(order_i, item)
ERR_LIST[key] = "VM load order unknown"
if len(sos_vm_ids) >= 2:
key = "vm:id={},{}".format(sos_vm_ids[0], item)
ERR_LIST[key] = "SOS_VM number should not be greater than 1"
if post_vm_ids and sos_vm_ids:
if post_vm_ids[0] < sos_vm_ids[-1]:
key = "vm:id={},{}".format(post_vm_ids[0], item)
ERR_LIST[key] = "POST_LAUNCHED_VM should be configured after SOS_VM"
if pre_vm_ids and sos_vm_ids:
if sos_vm_ids[-1] < pre_vm_ids[-1]:
key = "vm:id={},{}".format(sos_vm_ids[0], item)
ERR_LIST[key] = "PRE_LAUNCHED_VM should be configured before SOS_VM"
def get_load_order_cnt(load_orders, type_name):
"""
Get load order type count
:param load_orders: dictionary of vm load_order
:param type_name: load order type for vm
:return: number for this load order type name
"""
type_cnt = 0
for load_str in load_orders.values():
if type_name == load_str:
type_cnt += 1
return type_cnt
def guest_flag_check(guest_flag_idx, branch_tag, leaf_tag):
guest_flag_len = len(common.GUEST_FLAG)
guest_num = len(guest_flag_idx)
for vm_i in range(guest_num):
flag_len = len(guest_flag_idx[vm_i])
if flag_len <= guest_flag_len:
continue
else:
key = "vm:id={},{},{}".format(vm_i, branch_tag, leaf_tag)
ERR_LIST[key] = "Unknow guest flag"
# for flag_i in range(flag_len):
# if guest_flag_idx[vm_i][flag_i] in common.GUEST_FLAG:
# continue
# else:
# key = "vm:id={},{},{}".format(vm_i, branch_tag, leaf_tag)
# ERR_LIST[key] = "Invalid guest flag"
def uuid_format_check(uuid_dic, item):
"""
Check uuid
:param uuid_dic: dictionary of vm uuid
:param item: vm uuid item in xml
:return: None
"""
uuid_len = 36
for uuid_i, uuid_str in uuid_dic.items():
if not uuid_str:
key = "vm:id={},{}".format(uuid_i, item)
ERR_LIST[key] = "VM uuid should not empty"
return
uuid_str_list = list(uuid_str)
key = "vm:id={},{}".format(uuid_i, item)
if len(uuid_str) != uuid_len:
ERR_LIST[key] = "VM uuid length should be 36 bytes"
if uuid_str_list[8] != '-':
ERR_LIST[key] = "VM uuid format unknown"
def get_leaf_tag_map(info_file, prime_item, item=''):
"""
:param info_file: some configurations in the info file
:param prime_item: the prime item in xml file
:param item: the item in xml file
:return: dictionary which item value could be indexed by vmid
"""
vmid_item_dic = common.get_leaf_tag_map(info_file, prime_item, item)
return vmid_item_dic
def cpus_per_vm_check(id_cpus_per_vm_dic, item):
"""
Check cpu number of per vm
:param item: vm pcpu_id item in xml
:return: None
"""
for id_key in id_cpus_per_vm_dic.keys():
vm_type = get_order_type_by_vmid(id_key)
cpus_vm_i = id_cpus_per_vm_dic[id_key]
if not cpus_vm_i and vm_type == "PRE_LAUNCHED_VM":
key = "vm:id={},{}".format(id_key, item)
ERR_LIST[key] = "VM have no assignment cpus"
def mem_start_hpa_check(id_start_hpa_dic, prime_item, item):
"""
Check host physical address
:param prime_item: the prime item in xml file
:param item: vm start_hpa item in xml
:return: None
"""
for id_key, hpa_str in id_start_hpa_dic.items():
hpa_strip_ul = hpa_str.strip('UL')
hpa_strip_u = hpa_str.strip('U')
if not hpa_str:
key = "vm:id={},{}".format(id_key, item)
ERR_LIST[key] = "VM start host physical memory address should not empty"
return
if hpa_strip_ul not in START_HPA_LIST and hpa_strip_u not in START_HPA_LIST:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
if '0x' not in hpa_str and '0X' not in hpa_str:
ERR_LIST[key] = "Address should be Hex format"
def mem_size_check(id_hpa_size_dic, prime_item, item):
"""
Check host physical size
:param prime_item: the prime item in xml file
:param item: vm size item in xml
:return: None
"""
for id_key, hpa_size in id_hpa_size_dic.items():
hpa_sz_strip_ul = hpa_size.strip('UL')
hpa_sz_strip_u = hpa_size.strip('U')
if not hpa_size:
key = "vm:id={},{}".format(id_key, item)
ERR_LIST[key] = "VM start host physical memory size should not empty"
return
if hpa_sz_strip_ul not in common.START_HPA_SIZE_LIST and hpa_sz_strip_u not in \
common.START_HPA_SIZE_LIST:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
if '0x' not in hpa_size and '0X' not in hpa_size:
ERR_LIST[key] = "Mem size should be Hex format"
def os_kern_name_check(id_kern_name_dic, prime_item, item):
"""
Check os kernel name
:param prime_item: the prime item in xml file
:param item: vm os config name item in xml
:return: None
"""
for id_key, kern_name in id_kern_name_dic.items():
if len(kern_name) > 32 or len(kern_name) == 0:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
ERR_LIST[key] = "VM os config kernel name length should be in range [1,32] bytes"
def os_kern_type_check(id_kern_type_dic, prime_item, item):
"""
Check os kernel type
:param prime_item: the prime item in xml file
:param item: vm os config type item in xml
:return: None
"""
for id_key, kern_type in id_kern_type_dic.items():
if not kern_type:
key = "vm:id={},{}".format(id_key, item)
ERR_LIST[key] = "VM os config kernel type should not empty"
return
if kern_type not in KERN_TYPE_LIST:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
ERR_LIST[key] = "VM os config kernel type unknown"
def os_kern_mod_check(id_kern_mod_dic, prime_item, item):
"""
Check os kernel mod
:param prime_item: the prime item in xml file
:param item: vm os config mod item in xml
:return: None
"""
for id_key, kern_mod in id_kern_mod_dic.items():
if len(kern_mod) > 32 or len(kern_mod) == 0:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
ERR_LIST[key] = "VM os config kernel mod tag should be in range [1,32] bytes"
def os_kern_args_check(id_kern_args_dic, prime_item, item):
"""
Check os kernel args
:param prime_item: the prime item in xml file
:param item: vm os config args item in xml
:return: None
"""
for id_key, kern_args in id_kern_args_dic.items():
vm_type = get_order_type_by_vmid(id_key)
if vm_type == "SOS_VM" and kern_args != "SOS_VM_BOOTARGS":
key = "vm:id={},{},{}".format(id_key, prime_item, item)
ERR_LIST[key] = "VM os config kernel service os should be SOS_VM_BOOTARGS"
def os_kern_console_check(id_kern_console_dic, prime_item, item):
"""
Check os kernel console
:param prime_item: the prime item in xml file
:param item: vm os config console item in xml
:return: None
"""
for id_key, kern_console in id_kern_console_dic.items():
if kern_console and "ttyS" not in kern_console:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
ERR_LIST[key] = "VM os config kernel console should be ttyS[0..3]"
def os_kern_load_addr_check(id_kern_load_addr_dic, prime_item, item):
"""
Check os kernel load address
:param prime_item: the prime item in xml file
:param item: vm os config load address item in xml
:return: None
"""
for id_key, kern_load_addr in id_kern_load_addr_dic.items():
if not kern_load_addr:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
ERR_LIST[key] = "VM os config kernel load address should not empty"
return
if '0x' not in kern_load_addr and '0X' not in kern_load_addr:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
ERR_LIST[key] = "VM os config kernel load address should Hex format"
def os_kern_entry_addr_check(id_kern_entry_addr_dic, prime_item, item):
"""
Check os kernel entry address
:param prime_item: the prime item in xml file
:param item: vm os config entry address item in xml
:return: None
"""
for id_key, kern_entry_addr in id_kern_entry_addr_dic.items():
if not kern_entry_addr:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
ERR_LIST[key] = "VM os config kernel entry address should not empty"
return
if '0x' not in kern_entry_addr and '0X' not in kern_entry_addr:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
ERR_LIST[key] = "VM os config kernel entry address should Hex format"
def os_kern_root_dev_check(id_kern_rootdev_dic, prime_item, item):
"""
Check os kernel rootfs partitions
:param prime_item: the prime item in xml file
:param item: vm os config rootdev item in xml
:return: None
"""
for id_key, kern_rootdev in id_kern_rootdev_dic.items():
if not kern_rootdev:
key = "vm:id={},{},{}".format(id_key, prime_item, item)
ERR_LIST[key] = "VM os config kernel root device should not empty"
def pci_dev_num_check(id_dev_num_dic, item):
"""
Check vm pci device number
:param item: vm pci_dev_num item in xml
:return: None
"""
for id_key, pci_dev_num in id_dev_num_dic.items():
vm_type = get_order_type_by_vmid(id_key)
if vm_type != "POST_LAUNCHED_VM" and pci_dev_num:
if pci_dev_num not in PCI_DEV_NUM_LIST:
key = "vm:id={},{}".format(id_key, item)
ERR_LIST[key] = "VM pci device number shoud be one of {}".format(PCI_DEV_NUM_LIST)
def pci_devs_check(id_devs_dic, item):
"""
Check vm pci devices
:param item: vm pci_devs item in xml
:return: None
"""
for id_key, pci_dev in id_devs_dic.items():
vm_type = get_order_type_by_vmid(id_key)
if vm_type != "POST_LAUNCHED_VM" and pci_dev:
if pci_dev not in PCI_DEVS_LIST:
key = "vm:id={},{}".format(id_key, item)
ERR_LIST[key] = "VM pci device shoud be one of {}".format(PCI_DEVS_LIST)
def get_vuart1_vmid(vm_vuart1):
"""
Get vmid:vuart1 dictionary
:param vm_vuart1: vm_vuart1 setting from xml
:return: dictionary of vmid:vuart1
"""
vm_id_dic = {}
for i in range(VM_COUNT):
for key in vm_vuart1[i].keys():
if key == "target_vm_id":
vm_id_dic[i] = vm_vuart1[i][key]
# remove the unavailable vimid:target_vmid from dictonary
vmid_list = list(vm_id_dic.keys())
for vmid in vmid_list:
new_vmid = vm_id_dic[vmid]
if int(new_vmid) in vmid_list and vmid == int(vm_id_dic[int(new_vmid)]):
continue
else:
vm_id_dic.pop(vmid)
return vm_id_dic
def cpus_assignment(cpus_per_vm, index):
"""
Get cpu id assignment for vm by vm index
:param cpus_per_vm: a dictionary by vmid:cpus
:param index: vm index
:return: cpu assignment string
"""
vm_cpu_bmp = {}
for i in range(len(cpus_per_vm[index])):
if i == 0:
if len(cpus_per_vm[index]) == 1:
cpu_str = "{{AFFINITY_CPU({0}U)}}".format(cpus_per_vm[index][0])
else:
cpu_str = "{{AFFINITY_CPU({0}U)".format(cpus_per_vm[index][0])
else:
if i == len(cpus_per_vm[index]) - 1:
cpu_str = cpu_str + ", AFFINITY_CPU({0}U)}}".format(cpus_per_vm[index][i])
else:
cpu_str = cpu_str + ", AFFINITY_CPU({0}U)".format(cpus_per_vm[index][i])
vm_cpu_bmp['cpu_map'] = cpu_str
vm_cpu_bmp['cpu_num'] = len(cpus_per_vm[index])
return vm_cpu_bmp
def clos_assignment(clos_per_vm, index):
"""
Get clos id assignment for vm by vm index
:param clos_per_vm: a dictionary by vmid:cpus
:param index: vm index
:return: clos assignment string
"""
vm_clos_bmp = {}
for i in range(len(clos_per_vm[index])):
if i == 0:
if len(clos_per_vm[index]) == 1:
clos_str = "{{{0}U}}".format(clos_per_vm[index][0])
else:
clos_str = "{{{0}U".format(clos_per_vm[index][0])
else:
if i == len(clos_per_vm[index]) - 1:
clos_str = clos_str + ", {0}U}}".format(clos_per_vm[index][i])
else:
clos_str = clos_str + ", {0}U".format(clos_per_vm[index][i])
vm_clos_bmp['clos_map'] = clos_str
return vm_clos_bmp
def get_vuart_info_id(config_file, idx):
"""
Get vuart information by vuart id indexx
:param config_file: it is a file what contains information for script to read from
:param idx: vuart index in range: [0,1]
:return: dictionary which stored the vuart-id
"""
tmp_tag = common.get_vuart_info_id(config_file, idx)
return tmp_tag
def avl_vuart_ui_select(scenario_info):
vm_num = get_vm_num(scenario_info)
tmp_vuart = {}
for vm_i in range(vm_num):
vm_type = get_order_type_by_vmid(vm_i)
if vm_type == "SOS_VM":
key = "vm={},vuart=0,base".format(vm_i)
tmp_vuart[key] = ['SOS_COM1_BASE', 'INVALID_COM_BASE']
key = "vm={},vuart=1,base".format(vm_i)
tmp_vuart[key] = ['SOS_COM2_BASE', 'INVALID_COM_BASE']
else:
key = "vm={},vuart=0,base".format(vm_i)
tmp_vuart[key] = ['INVALID_COM_BASE', 'COM1_BASE']
key = "vm={},vuart=1,base".format(vm_i)
tmp_vuart[key] = ['INVALID_COM_BASE', 'COM2_BASE']
return tmp_vuart
def get_first_post_vm():
for i in range(VM_COUNT):
(err_dic, vm_type) = common.get_load_order_by_vmid(SCENARIO_INFO_FILE, VM_COUNT, i)
if vm_type == "POST_LAUNCHED_VM":
break
return (err_dic, i)
def mkdir(path):
common.mkdir(path)
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