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https://github.com/projectacrn/acrn-hypervisor.git
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db14c2f89f
Parse KATA VM count number from scenario config with vm_type 'KATA_VM' and Remove MAX_KATA_VM_NUM from scenario config xmls. Tracked-On: #4641 Signed-off-by: Wei Liu <weix.w.liu@intel.com> Acked-by: Victor Sun <victor.sun@intel.com>
131 lines
3.8 KiB
Python
131 lines
3.8 KiB
Python
# Copyright (C) 2020 Intel Corporation. All rights reserved.
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#
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# SPDX-License-Identifier: BSD-3-Clause
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#
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import os
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import sys
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import common
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import getopt
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ERR_LIST = {}
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N_Y = ['n', 'y']
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SCHEDULER_TYPE = ['SCHED_NOOP', 'SCHED_IORR', 'SCHED_BVT']
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RANGE_DB = {
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'LOG_LEVEL':{'min':0,'max':6},
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'LOG_DESTINATION_BITMAP':{'min':0,'max':7},
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'EMULATED_MMIO_REGIONS':{'min':0,'max':128},
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'PT_IRQ_ENTRIES':{'min':0,'max':256},
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'IOAPIC_NUM':{'min':1,'max':10},
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'IOAPIC_LINES':{'min':1,'max':120},
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'PCI_DEV_NUM':{'min':1,'max':1024},
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'MSIX_TABLE_NUM':{'min':1,'max':2048},
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}
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def empty_check(val, prime_item, item):
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if not val or val == None:
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key = 'hv,{},{}'.format(prime_item, item)
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ERR_LIST[key] = "{} should not empty".format(item)
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return True
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return False
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def is_numeric_check(str_value, prime_item, item):
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# to skip for strip 0x/0X
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if str_value == '0':
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return True
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str_hex_0x = str_value.lstrip('0x')
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str_hex_0X = str_value.lstrip('0X')
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if not str_hex_0x.isnumeric() and not str_hex_0X.isnumeric():
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if not isinstance(int(str_hex_0x, 16), int) and not isinstance(int(str_hex_0X, 16), int):
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key = 'hv,{},{}'.format(prime_item, item)
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ERR_LIST[key] = "{} should be a numeric".format(item)
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return False
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return True
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def range_check(str_value, prime_item, item, range_val):
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value = common.num2int(str_value)
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if value < range_val['min'] or value > range_val['max']:
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key = 'hv,{},{}'.format(prime_item, item)
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ERR_LIST[key] = "{} should be in range[{},{}]".format(item, range_val['min'], range_val['max'])
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def release_check(sel_str, dbg_opt, rel_str):
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if empty_check(sel_str, dbg_opt, rel_str):
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return
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if sel_str not in N_Y:
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key = 'hv,{},{}'.format(dbg_opt, rel_str)
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ERR_LIST[key] = "{} should be in {}".format(rel_str, N_Y)
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def hv_range_check(str_val, branch_tag, item, range_db):
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if empty_check(str_val, branch_tag, item):
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return
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if not is_numeric_check(str_val, branch_tag, item):
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return
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range_check(str_val, branch_tag, item, range_db)
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def hv_size_check(str_val, branch_tag, item):
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if empty_check(str_val, branch_tag, item):
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return
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if not is_numeric_check(str_val, branch_tag, item):
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return
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def ir_entries_check(str_num, cap, cap_ir_entries):
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hv_size_check(str_num, cap, cap_ir_entries)
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val = common.num2int(str_num)
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if val % 2 != 0:
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key = 'hv,{},{}'.format(cap, cap_ir_entries)
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ERR_LIST[key] = "{} should be a value of 2^n".format(cap_ir_entries)
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def uefi_load_name_check(str_name, mis, mis_uefi_name):
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if empty_check(str_name, mis, mis_uefi_name):
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return
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name_len = len(str_name)
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if name_len > 256 or name_len < 1:
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key = 'hv,{},{}'.format(mis, mis_uefi_name)
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ERR_LIST[key] = "{} length should be in range[1, 256]".format(mis_uefi_name)
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def ny_support_check(sel_str, feat, feat_item):
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if empty_check(sel_str, feat, feat_item):
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return
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if sel_str not in N_Y:
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key = 'hv,{},{}'.format(feat, feat_item)
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ERR_LIST[key] = "{} should be in {}".format(feat_item, N_Y)
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def scheduler_check(sel_str, feat, feat_scheduler):
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if empty_check(sel_str, feat, feat_scheduler):
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return
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if sel_str not in SCHEDULER_TYPE:
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key = 'hv,{},{}'.format(feat, feat_scheduler)
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ERR_LIST[key] = "{} should be in {}".format(feat_scheduler, SCHEDULER_TYPE)
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def get_select_range(branch_tag, range_key):
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range_list = []
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if range_key not in RANGE_DB.keys():
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key = "hv,{},{}".format(branch_tag, range_key)
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ERR_LIST[key] = "It is invalid for {}.".format(range_key)
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return range_list
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for range_i in range(RANGE_DB[range_key]['min'], RANGE_DB[range_key]['max'] + 1):
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range_list.append(str(range_i))
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return range_list
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