github/acrn-hypervisor
1
0
Fork 0
mirror of https://github.com/projectacrn/acrn-hypervisor.git synced 2025-06-21 21:19:35 +00:00
Code Issues Projects Releases Wiki Activity
release_1.4.1
acrn-hypervisor/misc/acrn-config/scenario_config/vm_configurations_c.py
Vijay Dhanraj e1c5bd787d acrn-config: support non-contiguous HPA for pre-launched VM 
This patch modifies the python scripts in scenario,
board and vm-configuration to support,
	1. Generation of seperate ve820 for each VM.
	2. Ability to configure each VM's HPA from
	   acrn-config UI tool.
	3. Non-contiguous HPAs for pre-launched VMs.

Signed-off-by: Vijay Dhanraj <vijay.dhanraj@intel.com>
Tracked-On: #4195
Acked-by: Anthony Xu <anthony.xu@intel.com>
2019-12-10 09:52:18 +08:00

658 lines
25 KiB
Python
Raw Permalink Blame History

# Copyright (C) 2019 Intel Corporation. All rights reserved.
#
# SPDX-License-Identifier: BSD-3-Clause
#
import sys
import scenario_cfg_lib
import common
C_HEADER = scenario_cfg_lib.HEADER_LICENSE + r"""
#include <vm_config.h>
#include <vuart.h>
#include <pci_dev.h>
"""
def uuid2str(uuid):
"""
This is convert uuid format string to string format
:param uuid: uuid number generate by uuid
:return: string uuid
"""
str1 = ""
tmp_uuid = uuid.split('-')
tmp_uuid = str1.join(tmp_uuid)
return tmp_uuid
def uuid_output(uuid, uuid_string, config):
"""
This is generate uuid information
:param uuid:
:param uuid_string:
:param config:
:return:
"""
# UUID
print("\t\t.uuid = {{0x{0}U, 0x{1}U, 0x{2}U, 0x{3}U, 0x{4}U, 0x{5}U, 0x{6}U, 0x{7}U,\t\\".
format(uuid[0:2], uuid[2:4], uuid[4:6], uuid[6:8],
uuid[8:10], uuid[10:12], uuid[12:14], uuid[14:16]), file=config)
print("\t\t\t 0x{0}U, 0x{1}U, 0x{2}U, 0x{3}U, 0x{4}U, 0x{5}U, 0x{6}U, 0x{7}U}},".
format(uuid[16:18], uuid[18:20], uuid[20:22], uuid[22:24],
uuid[24:26], uuid[26:28], uuid[28:30], uuid[30:32]), file=config)
print("\t\t\t/* {0} */".format(uuid_string), file=config)
def vuart0_output(i, vm_type, vm_info, config):
"""
This is generate vuart 0 setting
:param i: vm id number
:param vm_type: vm load order type
:param vm_info: it is the class which contain all user setting information
:param config: it is the pointer which file write to
:return: None
"""
# SOS_VM vuart[0]
print("\t\t.vuart[0] = {", file=config)
print("\t\t\t.type = {0},".format(vm_info.vuart.v0_vuart[i]['type']), file=config)
if vm_type == "SOS_VM":
print("\t\t\t.addr.port_base = SOS_COM1_BASE,", file=config)
print("\t\t\t.irq = SOS_COM1_IRQ,", file=config)
elif vm_type == "PRE_LAUNCHED_VM":
print("\t\t\t.addr.port_base = COM1_BASE,", file=config)
print("\t\t\t.irq = COM1_IRQ,", file=config)
elif vm_type == "POST_LAUNCHED_VM":
print("\t\t\t.addr.port_base = {0},".format(
vm_info.vuart.v0_vuart[i]['base']), file=config)
if vm_info.vuart.v0_vuart[i]['base'] != "INVALID_COM_BASE":
print("\t\t\t.irq = {0},".format(
vm_info.vuart.v0_vuart[i]['irq']), file=config)
print("\t\t},", file=config)
def vuart1_output(i, vm_type, vuart1_vmid_dic, vm_info, config):
"""
This is generate vuart 1 setting
:param i: vm id number
:param vm_type: vm load order type
:param vuart1_vmid_dic: vuart1 and vm id mapping
:param vm_info: it is the class which contain all user setting information
:param config: it is the pointer which file write to
:return: None
"""
# vuart1: {vmid:target_vmid}
print("\t\t.vuart[1] = {", file=config)
print("\t\t\t.type = {0},".format(vm_info.vuart.v1_vuart[i]['type']), file=config)
if vm_type == "SOS_VM":
if vm_info.vuart.v1_vuart[i]['base'] != "INVALID_COM_BASE":
print("\t\t\t.addr.port_base = SOS_COM2_BASE,", file=config)
else:
print("\t\t\t.addr.port_base = INVALID_COM_BASE,", file=config)
else:
print("\t\t\t.addr.port_base = {0},".format(
vm_info.vuart.v1_vuart[i]['base']), file=config)
if vuart1_vmid_dic and i in vuart1_vmid_dic.keys():
if vm_type == "SOS_VM":
if vm_info.vuart.v1_vuart[i]['base'] != "INVALID_COM_BASE":
print("\t\t\t.irq = SOS_COM2_IRQ,", file=config)
else:
if vm_info.vuart.v1_vuart[i]['base'] != "INVALID_COM_BASE":
print("\t\t\t.irq = COM2_IRQ,", file=config)
if vm_info.vuart.v1_vuart[i]['base'] != "INVALID_COM_BASE":
print("\t\t\t.t_vuart.vm_id = {0}U,".format(
vm_info.vuart.v1_vuart[i]['target_vm_id']), file=config)
print("\t\t\t.t_vuart.vuart_id = {0}U,".format(
vm_info.vuart.v1_vuart[i]['target_uart_id']), file=config)
def vuart_output(i, vm_info, config):
"""
This is generate vuart setting
:param i: vm id number
:param vm_info: it is the class which contain all user setting information
:param config: it is the pointer which file write to
:return: None
"""
vuart1_vmid_dic = {}
vuart1_vmid_dic = scenario_cfg_lib.get_vuart1_vmid(vm_info.vuart.v1_vuart)
vm_type = scenario_cfg_lib.get_order_type_by_vmid(i)
vuart0_output(i, vm_type, vm_info, config)
vuart1_output(i, vm_type, vuart1_vmid_dic, vm_info, config)
print("\t\t},", file=config)
# pci_dev_num/pci_devs only for SOS_VM or logical_partition pre_launched_vm
if vm_type == "SOS_VM" or vm_type == "PRE_LAUNCHED_VM":
if vm_info.cfg_pci.pci_dev_num[i] and vm_info.cfg_pci.pci_dev_num[i] != None:
print("\t\t.pci_dev_num = {},".format(vm_info.cfg_pci.pci_dev_num[i]), file=config)
if vm_info.cfg_pci.pci_devs[i] and vm_info.cfg_pci.pci_devs[i] != None:
print("\t\t.pci_devs = {},".format(vm_info.cfg_pci.pci_devs[i]), file=config)
print("\t},", file=config)
def is_need_epc(epc_section, i, config):
"""
Check if it is need epc section
:param epc_section: struct epc_scectoin conatins base/size
:param i: the index of vm id
:param config: it is file pointer to store the information
:return: None
"""
# SOS_VM have not set epc section
vm_type = scenario_cfg_lib.get_order_type_by_vmid(i)
if vm_type == "SOS_VM":
return
if epc_section.base[i] == '0' and epc_section.size[i] == '0':
return
else:
print("\t\t.epc= {", file=config)
print('\t\t\t.base = "{0}",'.format(epc_section.base), file=config)
print('\t\t\t.size = {0},'.format(epc_section.size), file=config)
print("\t\t},", file=config)
def vcpu_affinity_output(vm_info, i, config):
"""
Output the vcpu affinity
:param vminfo: the data structure have all the xml items values
:param i: the index of vm id
:param config: file pointor to store the information
"""
if vm_info.load_order[i] == "SOS_VM":
return
cpu_bits = vm_info.get_cpu_bitmap(i)
print("\t\t.vcpu_num = {}U,".format(cpu_bits['cpu_num']), file=config)
print("\t\t.vcpu_affinity = VM{}_CONFIG_VCPU_AFFINITY,".format(i), file=config)
def get_guest_flag(flag_index):
"""
This is get flag index list
:param flag_index:
:return: flag index list in GUEST_FLAGS
"""
err_dic = {}
flag_str = ''
if not flag_index:
err_dic['guest flags'] = "No assign flag to the guest"
return (err_dic, flag_str)
for i in range(len(flag_index)):
if i == 0:
if len(flag_index) == 1:
# get the guest flag 0UL
if flag_index[0] == 0:
return (err_dic, common.GUEST_FLAG[flag_index[0]])
flag_str = "{0}".format(common.GUEST_FLAG[int(flag_index[0])])
else:
flag_str = "({0}".format(common.GUEST_FLAG[int(flag_index[0])])
else:
# flag_index lenght already minus 1
if i == len(flag_index) - 1:
flag_str = flag_str + " | {0})".format(common.GUEST_FLAG[int(flag_index[i])])
else:
flag_str = flag_str + " | {0}".format(common.GUEST_FLAG[int(flag_index[i])])
return (err_dic, flag_str)
def gen_source_header(config):
"""
This is the common header for vm_configuration.c
:param config: it is the pointer which file write to
:return: None
"""
print("{0}".format(C_HEADER), file=config)
def gen_sdc_source(vm_info, config):
"""
Generate vm_configuration.c of sdc scenario
:param vm_info: it is the class which contain all user setting information
:param config: it is the pointer which file write to
:return: None
"""
uuid_0 = uuid2str(vm_info.uuid[0])
uuid_1 = uuid2str(vm_info.uuid[1])
uuid_2 = uuid2str(vm_info.uuid[2])
(err_dic, sos_guest_flags) = get_guest_flag(vm_info.guest_flag_idx[0])
if err_dic:
return err_dic
gen_source_header(config)
# VM0
print("struct acrn_vm_config vm_configs[CONFIG_MAX_VM_NUM] = {", file=config)
print("\t{", file=config)
print("\t\t.load_order = {0},".format(
vm_info.load_order[0]), file=config)
print('\t\t.name = "{0}",'.format(vm_info.name[0]), file=config)
# UUID
uuid_output(uuid_0, vm_info.uuid[0], config)
print("", file=config)
print("\t\t/* Allow SOS to reboot the host since " +
"there is supposed to be the highest severity guest */", file=config)
print("\t\t.guest_flags = {0},".format(sos_guest_flags), file=config)
vcpu_affinity_output(vm_info, 0, config)
if vm_info.clos_set[0] == None or not vm_info.clos_set[0].strip():
print("\t\t.clos = {0}U,".format(0), file=config)
else:
print("\t\t.clos = {0}U,".format(vm_info.clos_set[0]), file=config)
print("\t\t.memory = {", file=config)
print("\t\t\t.start_hpa = {}UL,".format(vm_info.mem_info.mem_start_hpa[0]), file=config)
print("\t\t\t.size = {0},".format("CONFIG_SOS_RAM_SIZE"), file=config)
print("\t\t},", file=config)
print("\t\t.os_config = {", file=config)
print('\t\t\t.name = "{0}",'.format(vm_info.os_cfg.kern_name[0]), file=config)
print('\t\t\t.kernel_type = {0},'.format(vm_info.os_cfg.kern_type[0]), file=config)
print('\t\t\t.kernel_mod_tag = "{0}",'.format(
vm_info.os_cfg.kern_mod[0]), file=config)
print('\t\t\t.bootargs = {0},'.format(vm_info.os_cfg.kern_args[0]), file=config)
if (vm_info.os_cfg.ramdisk_mod[0].strip()):
print('\t\t\t.ramdisk_mod_tag = "{0}",'.format(
vm_info.os_cfg.ramdisk_mod[0]), file=config)
print("\t\t},", file=config)
# VUART
err_dic = vuart_output(0, vm_info, config)
if err_dic:
return err_dic
# VM1
print("\t{", file=config)
print("\t\t.load_order = {0},".format(vm_info.load_order[1]), file=config)
# UUID
uuid_output(uuid_1, vm_info.uuid[1], config)
is_need_epc(vm_info.epc_section, 1, config)
print("\t\t.vcpu_num = CONFIG_MAX_PCPU_NUM - CONFIG_MAX_KATA_VM_NUM - 1U,", file=config)
print("\t\t.vcpu_affinity = VM{}_CONFIG_VCPU_AFFINITY,".format(1), file=config)
# VUART
err_dic = vuart_output(1, vm_info, config)
if err_dic:
return err_dic
# VM2
print("#if CONFIG_MAX_KATA_VM_NUM > 0", file=config)
print("\t{", file=config)
print("\t\t.load_order = POST_LAUNCHED_VM,", file=config)
uuid_output(uuid_2, vm_info.uuid[2], config)
vcpu_affinity_output(vm_info, 2, config)
is_need_epc(vm_info.epc_section, 2, config)
print("\t\t.vuart[0] = {", file=config)
print("\t\t\t.type = VUART_LEGACY_PIO,", file=config)
print("\t\t\t.addr.port_base = INVALID_COM_BASE,", file=config)
print("\t\t},", file=config)
print("\t\t.vuart[1] = {", file=config)
print("\t\t\t.type = VUART_LEGACY_PIO,", file=config)
print("\t\t\t.addr.port_base = INVALID_COM_BASE,", file=config)
print("\t\t}", file=config)
print("\t},", file=config)
print("#endif", file=config)
print("};", file=config)
return err_dic
def gen_sdc2_source(vm_info, config):
"""
Generate vm_configuration.c of sdc2 scenario
:param vm_info: it is the class which contain all user setting information
:param config: it is the pointer which file write to
:return: None
"""
uuid_0 = uuid2str(vm_info.uuid[0])
uuid_1 = uuid2str(vm_info.uuid[1])
uuid_2 = uuid2str(vm_info.uuid[2])
uuid_3 = uuid2str(vm_info.uuid[3])
(err_dic, sos_guest_flags) = get_guest_flag(vm_info.guest_flag_idx[0])
if err_dic:
return err_dic
gen_source_header(config)
# VM0
print("struct acrn_vm_config vm_configs[CONFIG_MAX_VM_NUM] = {", file=config)
print("\t{", file=config)
print("\t\t.load_order = {0},".format(
vm_info.load_order[0]), file=config)
print('\t\t.name = "{0}",'.format(vm_info.name[0]), file=config)
# UUID
uuid_output(uuid_0, vm_info.uuid[0], config)
print("", file=config)
print("\t\t/* Allow SOS to reboot the host since " +
"there is supposed to be the highest severity guest */", file=config)
print("\t\t.guest_flags = {0},".format(sos_guest_flags), file=config)
vcpu_affinity_output(vm_info, 0, config)
if vm_info.clos_set[0] == None or not vm_info.clos_set[0].strip():
print("\t\t.clos = {0}U,".format(0), file=config)
else:
print("\t\t.clos = {0}U,".format(vm_info.clos_set[0]), file=config)
print("\t\t.memory = {", file=config)
print("\t\t\t.start_hpa = {}UL,".format(vm_info.mem_info.mem_start_hpa[0]), file=config)
print("\t\t\t.size = {0},".format("CONFIG_SOS_RAM_SIZE"), file=config)
print("\t\t},", file=config)
print("\t\t.os_config = {", file=config)
print('\t\t\t.name = "{0}",'.format(vm_info.os_cfg.kern_name[0]), file=config)
print('\t\t\t.kernel_type = {0},'.format(vm_info.os_cfg.kern_type[0]), file=config)
print('\t\t\t.kernel_mod_tag = "{0}",'.format(
vm_info.os_cfg.kern_mod[0]), file=config)
print('\t\t\t.bootargs = {0},'.format(vm_info.os_cfg.kern_args[0]), file=config)
if (vm_info.os_cfg.ramdisk_mod[0].strip()):
print('\t\t\t.ramdisk_mod_tag = "{0}",'.format(
vm_info.os_cfg.ramdisk_mod[0]), file=config)
print("\t\t},", file=config)
# VUART
err_dic = vuart_output(0, vm_info, config)
if err_dic:
return err_dic
# VM1
print("\t{", file=config)
print("\t\t.load_order = {0},".format(vm_info.load_order[1]), file=config)
# UUID
uuid_output(uuid_1, vm_info.uuid[1], config)
vcpu_affinity_output(vm_info, 1, config)
is_need_epc(vm_info.epc_section, 1, config)
# VUART
err_dic = vuart_output(1, vm_info, config)
if err_dic:
return err_dic
# VM2
print("\t{", file=config)
print("\t\t.load_order = {0},".format(vm_info.load_order[1]), file=config)
# UUID
uuid_output(uuid_2, vm_info.uuid[2], config)
vcpu_affinity_output(vm_info, 2, config)
is_need_epc(vm_info.epc_section, 2, config)
# VUART
err_dic = vuart_output(1, vm_info, config)
if err_dic:
return err_dic
print("", file=config)
# VM3
print("\t{", file=config)
print("\t\t.load_order = POST_LAUNCHED_VM,", file=config)
uuid_output(uuid_3, vm_info.uuid[3], config)
is_need_epc(vm_info.epc_section, 3, config)
vcpu_affinity_output(vm_info, 3, config)
print("\t\t.vuart[0] = {", file=config)
print("\t\t\t.type = VUART_LEGACY_PIO,", file=config)
print("\t\t\t.addr.port_base = INVALID_COM_BASE,", file=config)
print("\t\t},", file=config)
print("\t\t.vuart[1] = {", file=config)
print("\t\t\t.type = VUART_LEGACY_PIO,", file=config)
print("\t\t\t.addr.port_base = INVALID_COM_BASE,", file=config)
print("\t\t}", file=config)
print("\t},", file=config)
print("};", file=config)
return err_dic
def split_cmdline(cmd_str, config):
cmd_list = [i for i in cmd_str.split() if i != '']
if cmd_list:
cmd_len = len(cmd_list)
i = 0
for cmd_arg in cmd_list:
if not cmd_arg.strip():
continue
if i == 0:
print('\\\n\t\t\t\t"', end="", file=config)
if i % 4 == 0 and i != 0:
print("\\\n\t\t\t\t", end="", file=config)
print('{} '.format(cmd_arg), end="", file=config)
i += 1
if i == cmd_len:
print('"', file=config)
def gen_logical_partition_source(vm_info, config):
"""
Generate vm_configuration.c of logical_partition scenario
:param vm_info: it is the class which contain all user setting information
:param config: it is the pointer which file write to
:return: None
"""
err_dic = {}
gen_source_header(config)
for i in range(scenario_cfg_lib.VM_COUNT):
print("extern struct acrn_vm_pci_dev_config " +
"vm{0}_pci_devs[VM{1}_CONFIG_PCI_DEV_NUM];".format(i, i), file=config)
print("", file=config)
print("struct acrn_vm_config vm_configs[CONFIG_MAX_VM_NUM] = {", file=config)
for i in range(scenario_cfg_lib.VM_COUNT):
uuid = uuid2str(vm_info.uuid[i])
print("\t{{\t/* VM{0} */".format(i), file=config)
print("\t\t.load_order = {0},".format(vm_info.load_order[i]), file=config)
print('\t\t.name = "{0}",'.format(vm_info.name[i]), file=config)
# UUID
uuid_output(uuid, vm_info.uuid[i], config)
vcpu_affinity_output(vm_info, i, config)
# skip the vm0 for guest flag
# guest flags
(err_dic, guest_flags) = get_guest_flag(vm_info.guest_flag_idx[i])
if err_dic:
return err_dic
print("\t\t.guest_flags = {0},".format(guest_flags), file=config)
if vm_info.clos_set[i] == None or not vm_info.clos_set[i].strip():
print("\t\t.clos = {0}U,".format(0), file=config)
else:
print("\t\t.clos = {0}U,".format(vm_info.clos_set[i]), file=config)
print("\t\t.memory = {", file=config)
print("\t\t\t.start_hpa = VM{0}_CONFIG_MEM_START_HPA,".format(i), file=config)
print("\t\t\t.size = VM{0}_CONFIG_MEM_SIZE,".format(i), file=config)
print("\t\t\t.start_hpa2 = VM{0}_CONFIG_MEM_START_HPA2,".format(i), file=config)
print("\t\t\t.size_hpa2 = VM{0}_CONFIG_MEM_SIZE_HPA2,".format(i), file=config)
print("\t\t},", file=config)
is_need_epc(vm_info.epc_section, i, config)
print("\t\t.os_config = {", file=config)
print('\t\t\t.name = "{0}",'.format(vm_info.os_cfg.kern_name[i]), file=config)
print("\t\t\t.kernel_type = {0},".format(
vm_info.os_cfg.kern_type[i]), file=config)
print('\t\t\t.kernel_mod_tag = "{0}",'.format(
vm_info.os_cfg.kern_mod[i]), file=config)
if (vm_info.os_cfg.ramdisk_mod[i].strip()):
print('\t\t\t.ramdisk_mod_tag = "{0}",'.format(
vm_info.os_cfg.ramdisk_mod[i]), file=config)
print("\t\t\t.bootargs = VM{0}_CONFIG_OS_BOOTARG_CONSOLE\t\\".format(i), file=config)
print("\t\t\t\tVM{0}_CONFIG_OS_BOOTARG_MAXCPUS\t\t\\".format(i), file=config)
print("\t\t\t\tVM{0}_CONFIG_OS_BOOTARG_ROOT\t\t\\".format(i), file=config)
#print("\t\t\t\t{0}".format(vm_info.os_cfg.kern_args_append[i].strip()), file=config)
split_cmdline(vm_info.os_cfg.kern_args[i].strip(), config)
print("\t\t},", file=config)
# VUART
err_dic = vuart_output(i, vm_info, config)
if err_dic:
return err_dic
print("};", file=config)
return err_dic
def gen_industry_source(vm_info, config):
"""
Generate vm_configuration.c of industry scenario
:param vm_info: it is the class which contain all user setting information
:param config: it is the pointer which file write to
:return: None
"""
err_dic = {}
gen_source_header(config)
print("struct acrn_vm_config vm_configs[CONFIG_MAX_VM_NUM] = {", file=config)
for i in range(scenario_cfg_lib.VM_COUNT):
uuid = uuid2str(vm_info.uuid[i])
print("\t{", file=config)
print("\t\t.load_order = {0},".format(vm_info.load_order[i]), file=config)
if i == 0:
print('\t\t.name = "{0}",'.format(vm_info.name[i]), file=config)
# UUID
uuid_output(uuid, vm_info.uuid[i], config)
is_need_epc(vm_info.epc_section, i, config)
if i == 0:
(err_dic, sos_guest_flags) = get_guest_flag(vm_info.guest_flag_idx[i])
if err_dic:
return err_dic
print("\t\t")
print("\t\t.guest_flags = {0},".format(sos_guest_flags), file=config)
vcpu_affinity_output(vm_info, i, config)
if i == 0:
if vm_info.clos_set[i] == None or not vm_info.clos_set[i].strip():
print("\t\t.clos = {0}U,".format(0), file=config)
else:
print("\t\t.clos = {0}U,".format(vm_info.clos_set[i]), file=config)
print("\t\t.memory = {", file=config)
print("\t\t\t.start_hpa = 0UL,", file=config)
print("\t\t\t.size = CONFIG_SOS_RAM_SIZE,", file=config)
print("\t\t},", file=config)
print("\t\t.os_config = {", file=config)
print('\t\t\t.name = "{0}",'.format(vm_info.os_cfg.kern_name[i]), file=config)
print('\t\t\t.kernel_type = {0},'.format(
vm_info.os_cfg.kern_type[i]), file=config)
print('\t\t\t.kernel_mod_tag = "{0}",'.format(
vm_info.os_cfg.kern_mod[i]), file=config)
if (vm_info.os_cfg.ramdisk_mod[i].strip()):
print('\t\t\t.ramdisk_mod_tag = "{0}",'.format(
vm_info.os_cfg.ramdisk_mod[i]), file=config)
print("\t\t\t.bootargs = {0}".format(
vm_info.os_cfg.kern_args[i]), file=config)
print("\t\t},", file=config)
if i == 2:
print("\t\t/* The hard RTVM must be launched as VM2 */", file=config)
(err_dic, vm_guest_flags) = get_guest_flag(vm_info.guest_flag_idx[i])
if err_dic:
return err_dic
print("\t\t.guest_flags = {0},".format(vm_guest_flags), file=config)
# VUART
err_dic = vuart_output(i, vm_info, config)
if err_dic:
return err_dic
print("};", file=config)
return err_dic
def gen_hybrid_source(vm_info, config):
"""
Generate vm_configuration.c of hybrid scenario
:param vm_info: it is the class which contain all user setting information
:param config: it is the pointer which file write to
:return: None
"""
err_dic = {}
(err_dic, post_vm_i) = scenario_cfg_lib.get_first_post_vm()
if err_dic:
return err_dic
gen_source_header(config)
print("struct acrn_vm_config vm_configs[CONFIG_MAX_VM_NUM] = {", file=config)
for i in range(scenario_cfg_lib.VM_COUNT):
uuid = uuid2str(vm_info.uuid[i])
print("\t{{\t/* VM{0} */".format(i), file=config)
print("\t\t.load_order = {0},".format(vm_info.load_order[i]), file=config)
if i != 2:
print('\t\t.name = "{0}",'.format(vm_info.name[i]), file=config)
# UUID
uuid_output(uuid, vm_info.uuid[i], config)
if i != 2:
(err_dic, sos_guest_flags) = get_guest_flag(vm_info.guest_flag_idx[i])
if err_dic:
return err_dic
print("\t\t.guest_flags = {0},".format(sos_guest_flags), file=config)
vcpu_affinity_output(vm_info, i, config)
if i != 2:
if vm_info.clos_set[i] == None or not vm_info.clos_set[i].strip():
print("\t\t.clos = {0}U,".format(0), file=config)
else:
print("\t\t.clos = {0}U,".format(vm_info.clos_set[i]), file=config)
print("\t\t.memory = {", file=config)
if i == 0:
print("\t\t\t.start_hpa = VM0_CONFIG_MEM_START_HPA,", file=config)
print("\t\t\t.size = VM0_CONFIG_MEM_SIZE,", file=config)
print("\t\t\t.start_hpa2 = VM0_CONFIG_MEM_START_HPA2,", file=config)
print("\t\t\t.size_hpa2 = VM0_CONFIG_MEM_SIZE_HPA2,", file=config)
elif i == 1:
print("\t\t\t.start_hpa = 0UL,", file=config)
print("\t\t\t.size = CONFIG_SOS_RAM_SIZE,", file=config)
print("\t\t},", file=config)
is_need_epc(vm_info.epc_section, i, config)
print("\t\t.os_config = {", file=config)
print('\t\t\t.name = "{0}",'.format(vm_info.os_cfg.kern_name[i]), file=config)
print('\t\t\t.kernel_type = {0},'.format(
vm_info.os_cfg.kern_type[i]), file=config)
print('\t\t\t.kernel_mod_tag = "{0}",'.format(
vm_info.os_cfg.kern_mod[i]), file=config)
if (vm_info.os_cfg.ramdisk_mod[i].strip()):
print('\t\t\t.ramdisk_mod_tag = "{0}",'.format(
vm_info.os_cfg.ramdisk_mod[i]), file=config)
if i < post_vm_i:
if not vm_info.os_cfg.kern_args[i] or not vm_info.os_cfg.kern_args[i].strip():
print('\t\t\t.bootargs = "",', file=config)
else:
print("\t\t\t.bootargs = {0},".format(
vm_info.os_cfg.kern_args[i]), file=config)
if i == 0:
print("\t\t\t.kernel_load_addr = {0},".format(
vm_info.os_cfg.kern_load_addr[i]), file=config)
print("\t\t\t.kernel_entry_addr = {0},".format(
vm_info.os_cfg.kern_entry_addr[i]), file=config)
print("\t\t},", file=config)
# VUART
err_dic = vuart_output(i, vm_info, config)
if err_dic:
return err_dic
print("};", file=config)
return err_dic
def generate_file(scenario, vm_info, config):
"""
Start to generate vm_configurations.c
:param config: it is a file pointer of board information for writing to
"""
err_dic = {}
if scenario == 'sdc':
err_dic = gen_sdc_source(vm_info, config)
elif scenario == 'sdc2':
err_dic = gen_sdc2_source(vm_info, config)
elif scenario == 'logical_partition':
err_dic = gen_logical_partition_source(vm_info, config)
elif scenario == 'industry':
err_dic = gen_industry_source(vm_info, config)
else:
# scenario is 'hybrid'
err_dic = gen_hybrid_source(vm_info, config)
return err_dic
Reference in New Issue View Git Blame Copy Permalink