[BASIC]

C01VRCK00C02 = Cluster installation (co-deployment of collector and analyzer)
C02VRCK00C02 = Cluster installation (separate deployment of collector and analyzer)
C03VRCK00C02 = Standalone installation
C11VRCK00C02 = MDA Cluster installation
K00 = No Limits
C02 = Product Only
CampusInsight=iMaster NCE-CampusInsight
FabricInsight=iMaster NCE-FabricInsight
LLD_PAGE_NAME=Product Info

base.name=Solution Planning
hld.name=HLD
lld.name=LLD
software.name=Software Package Verification
task_check_custom_offline=Offline Customized Check
check_north_south_divided=Verify southbound and northbound network port
check_ip_is_legal=Verify whether the IP address is valid.
check_float_ip=Verify floating IP address
check_cluster_name=Verify collector cluster name
check_agent_netcard=Verify collector collection network port
check_ptp_netcard=Verify collector PTP network port
check_out_ntp=Verify external NTP
check_cpu_and_os_conflict=Verify the CPU and OS.
custom_check_init_network_config=Network configuration check
custom_check_node_network_segment=Network segment overlapping check
custom_check_node_disk_iops=Disk iops
custom_check_feature_check = Feature check
check_advance_function=Verify advance function
custom_check_dpdk_physical=Checking the Data Collection Network Port

base_product=Product type
base_version=Version
base_arch_type=CPU Architecture Type
x86=x86
arm=ARM
step_plan=Step plan
blade_switch=Blade select
server_type=Server type
groupbox_step_plan=Installation Mode
step_plan.default=OS and software installation
namespace1.groupbox_basic_config=Network and Service Solution Planning
base_os_type=Operation System Type
EulerOS=Huawei Euler OS
SLES=Novell SUSE Linux Enterprise Server 12 SP5
Kylin=Kylin V10 Linux
base_analyzer_node_scale=Analyzer Node Quantity
base_agent_cluster_scale=Collector Cluster Quantity
base_north_south_divided=Southbound and Northbound Isolation
base_north_south_divided_campus=Southbound and Northbound Isolation
base_north_south_divided.remark=text1$1. Yes: Used in dual-plane networking. The southbound and northbound network ports of each node are different, and their IP addresses are in different network segments. The southbound network port is used for communication between FabricInsight and collectors, and the northbound network port is used for client access.|text1$2. No: Used in single-plane networking. The southbound and northbound network ports of each node are the same and used for communication between all services, and their IP addresses are in the same network segment.
base_north_south_divided_campus.remark=text1$1.  Yes: Used in dual-plane networking. The southbound and northbound network ports of each node are different, and their IP addresses are in different network segments. The southbound network port is used for communication between FabricInsight and devices, and the northbound network port is used for client access.|text1$2. No: Used in single-plane networking. The southbound and northbound network ports of each node are the same and used for communication between all services, and their IP addresses are in the same network segment.

lld_128_disk=128 GB
standalone_hld_disk=256 GB
lld_256_disk=256 GB low specifications
hld_disk=256 GB standard

memory_size_select=Memory
mem_128g=128 GB
mem_256g=256 GB

advance_function=Health
advancedinfo=ERSPAN flow visibility
basic_function=Basic functions
tradition_license=License Delivery Mode

health=Health
dpv=Data plane verification
01tradition_license_yes=Non-cloud license
02tradition_license_no=Cloud license
001empty=None
002netstream=NetStream
003ei=IFIT + Edge Intelligence
004fullstream-ei-netstream=AnyFlow
004advancedinfo=ERSPAN flow visibility
005fullstream-ei-netstream=AnyFlow
stream_analysis_function=Flow analysis
stream_analysis_function_common=Flow analysis
stream_analysis_function_euler=Flow analysis
stream_analysis_function_suse=Flow analysis
stream_analysis_function_kylin=Flow analysis
stream_analysis_function_scale=Flow analysis
stream_analysis_function.remark=NetStream: provides statistics analysis and display capabilities for network traffic in terms of various aspects.|IFIT + Edge Intelligence: IFIT provides on-demand and per-packet analysis capabilities for TCP and UDP traffic. This function applies to IFIT-capable switches. Edge intelligence provides on-demand and per-packet analysis capabilities for TCP, UDP, and multicast traffic. This function applies to switches that support intelligent traffic analysis.|ERSPAN flow visibility: provides visualized analysis for the correlation between networks and TCP applications.|AnyFlow: provides traffic statistics and abnormal session analysis capabilities for TCP and UDP applications based on the per-packet analysis capability of CE switches.When you install AnyFlow, NetStream traffic analysis and edge intelligence will be automatically installed.
stream_analysis_function_euler.remark=NetStream: provides statistics analysis and display capabilities for network traffic in terms of various aspects.|IFIT + Edge Intelligence: IFIT provides on-demand and per-packet analysis capabilities for TCP and UDP traffic. This function applies to IFIT-capable switches. Edge intelligence provides on-demand and per-packet analysis capabilities for TCP, UDP, and multicast traffic. This function applies to switches that support intelligent traffic analysis.|ERSPAN flow visibility: provides visualized analysis for the correlation between networks and TCP applications.|AnyFlow: provides traffic statistics and abnormal session analysis capabilities for TCP and UDP applications based on the per-packet analysis capability of CE switches.When you install AnyFlow, NetStream traffic analysis and edge intelligence will be automatically installed.
stream_analysis_function_suse.remark=NetStream: provides statistics analysis and display capabilities for network traffic in terms of various aspects.|IFIT + Edge Intelligence: IFIT provides on-demand and per-packet analysis capabilities for TCP and UDP traffic. This function applies to IFIT-capable switches. Edge intelligence provides on-demand and per-packet analysis capabilities for TCP, UDP, and multicast traffic. This function applies to switches that support intelligent traffic analysis.|ERSPAN flow visibility: provides visualized analysis for the correlation between networks and TCP applications.|AnyFlow: provides traffic statistics and abnormal session analysis capabilities for TCP and UDP applications based on the per-packet analysis capability of CE switches.When you install AnyFlow, NetStream traffic analysis and edge intelligence will be automatically installed.
stream_analysis_function_kylin.remark=NetStream: provides statistics analysis and display capabilities for network traffic in terms of various aspects.|IFIT + Edge Intelligence: IFIT provides on-demand and per-packet analysis capabilities for TCP and UDP traffic. This function applies to IFIT-capable switches. Edge intelligence provides on-demand and per-packet analysis capabilities for TCP, UDP, and multicast traffic. This function applies to switches that support intelligent traffic analysis.|AnyFlow: provides traffic statistics and abnormal session analysis capabilities for TCP and UDP applications based on the per-packet analysis capability of CE switches.When you install AnyFlow, NetStream traffic analysis and edge intelligence will be automatically installed.
stream_analysis_function_scale.remark=NetStream: provides statistics analysis and display capabilities for network traffic in terms of various aspects.|IFIT + Edge Intelligence: IFIT provides on-demand and per-packet analysis capabilities for TCP and UDP traffic. This function applies to IFIT-capable switches. Edge intelligence provides on-demand and per-packet analysis capabilities for TCP, UDP, and multicast traffic. This function applies to switches that support intelligent traffic analysis.|AnyFlow: provides traffic statistics and abnormal session analysis capabilities for TCP and UDP applications based on the per-packet analysis capability of CE switches.When you install AnyFlow, NetStream traffic analysis and edge intelligence will be automatically installed.
advance_function.remark=Health: provides network-wide health overview and faulty analysis capabilities.|Data plane verification: provides the verification and analysis capability for network-wide reachability and consistency based on data plane data.
basic_function.remark=Basic network analysis: provides network visibility and abnormal behavior analysis capabilities based on the Telemetry technology.
tradition_license.remark=Non-cloud license: The license management service is deployed on iMaster NCE-FabricInsight. This mode supports only license management for features related to iMaster NCE-FabricInsight.|Cloud license: The license management service is deployed on iMaster NCE-Fabric. This mode supports centralized management of software (iMaster NCE-FabricInsight and iMaster NCE-Fabric) and hardware (CloudEngine switch) licenses.
stream_analysis_function_single=Flow analysis
stream_analysis_function_single.remark=NetStream: provides statistics analysis and display capabilities for network traffic in terms of various aspects.

HLD_NETWORK_SOLUTION=Networking
HLD_HARDWARE_SOFTWARE_SPECIFICATION=Software and Hardware Specifications
hld_specification_namespace.hld_id_software_config=Software Configuration
hld_hdr_software_config=Configuration Item, Requirement
hld_software_config_os.name.default=Operating System
hld_software_config_os_euler.rule.default=Huawei Euler OS
hld_software_config_os_suse.rule.default=Novell SUSE Linux Enterprise Server - Multi-language version - Enterprise version - 12.0 SP5 (English version)
hld_software_config_os_kylin.rule.default=Kylin V10 Linux
hld_software_config_db.name.default=Database
hld_software_config_db.rule.default=Gauss100 OLTP 1.3.0
hld_software_config_fi.name.default=Big Data Platform
hld_software_config_fi.rule.default=FusionInsight HD {{fi_base_version}}
hld_software_config_vm.name.default=VM Type
hld_software_config_vm.rule1.default=VMWare ESXi:6.5/6.7
hld_software_config_vm.rule2.default=FusionSphere(KVM):6.5
hld_software_config_vm.rule3.default=FusionCompute(XEN):8.3
hld_specification_namespace.hld_id_analyzer_config=Analyzer Server Recommended Configuration
hld_specification_namespace.hld_id_analyzer_config.remark=Each server node recommended the following configuration requirements
hld_hdr_analyzer_config=Server Type, Configuration Item, Recommended Configuration
hld_analyzer_config_physical.default=256 GB Memory (Standard spec)
hld_analyzer_config_physical1.default=Physical Machine
hld_analyzer_config_physical_cpu.name.default=CPU
hld_analyzer_config_physical_cpu.name1.default=CPU
hld_analyzer_config_physical_cpu.rule_1.default=总核数40核/2.2GHz
hld_analyzer_config_physical_cpu.rule_2.default=40 cores or more/2.2 GHz
hld_analyzer_config_physical_cpu.rule1.default=2 x 14 core/2.2 GHz(x86)
hld_analyzer_config_physical_cpu.rule2.default=40 cores/2.2 GHz
hld_analyzer_config_physical_cpu.rule3.default=32 cores or more/2.2 GHz
hld_analyzer_config_physical_mem.name.default=Memory
hld_analyzer_config_physical_mem.name_1.default=Memory
hld_analyzer_config_physical_mem.rule.default=256G
hld_analyzer_config_physical_mem.rule_1.default=128 GB or above
hld_analyzer_config_physical_disk.name.default=Hard disk
hld_analyzer_config_physical_disk.name1.default=Hard disk
hld_analyzer_config_physical_disk.rule.default=2 x 2000 GB SAS + 2 x 900 GB SAS
hld_analyzer_config_physical_disk.rule1.default=4 x 1800GB-SAS 3.5-inch front hard disk + 2 x 1200GB-SAS 2.5-inch rear hard disk
hld_analyzer_config_physical_disk.rule2.default=System disk: 900 GB Data disk: 5000 GB  The random read/write speed of the hard disk is 100 MB/s or higher.
hld_analyzer_config_physical_disk.rule2_1.default=System disk: 900 GB Data disk: 3000 GB  The random read/write speed of the hard disk is 100 MB/s or higher.
hld_analyzer_config_physical_nic.name.default=Network adapter
hld_analyzer_config_physical_nic.name1.default=Network adapter
hld_analyzer_config_physical_nic.rule1.default=4 x GE + 2 x 10GE
hld_analyzer_config_physical_nic.rule2.default=At least one 10GE port is available. It is recommended that a server be configured with two NICs and each NIC have two 10GE ports.
hld_analyzer_config_physical_nic.rule4.default=2 x GE + 6 x 10GE
hld_analyzer_config_physical_nic.rule5.default=At least one 10GE port is available. It is recommended that a server be configured with two NICs and each NIC have two 10GE ports.
hld_analyzer_config_physical_server.name.default=Recommended server
hld_analyzer_config_physical_server.name1.default=Recommended server
hld_analyzer_config_physical_server.rule1.default=2288H V5 server 2 x 14 core/2.2 GHz CPU, 8 x 32 GB memory, 12 x 3000 GB SAS 3.5-inch front hard disk, 4 x 900 GB SAS 2.5-inch rear hard disk, 2 x GE+6 x 10GE, 2 x 1500 W power supply, SR450C-M 4G SAS/SATA RAID card, guide rail
hld_analyzer_config_physical_server.rule2.default=TaiShan 200 (Module 2280) Server(2 x 48Core/2.6GHz CPU,8 x 32GB Mem,12 x 1800GB HDD,2 x 4 x GE + 2 x 4 x 10GE,2 x 2000W PS,2G RAID)
hld_analyzer_config_physical_server.rule4.default=2288H V5 server (2 x 20 core /2.2GHz CPU,8 x 32GB memory, 12*1200GB SAS HDD, 2 x 4GE 6 x 10GE,2 x 900W power supply, 2G RAID card, guide rail)
hld_analyzer_config_physical3.default=256 GB Memory (Low spec)
hld_analyzer_config_physical3_cpu.name.default=CPU
hld_analyzer_config_physical3_cpu.rule_2.default=2 x 32 core/2.6 GHz(ARM)
hld_analyzer_config_physical3_mem.name.default=Memory
hld_analyzer_config_physical3_mem.rule.default=8 x 32 GB
hld_analyzer_config_physical3_disk.name.default=Hard disk
hld_analyzer_config_physical3_disk.rule2.default=6 x 1800GB
hld_analyzer_config_physical3_nic.name.default=Network adapter
hld_analyzer_config_physical3_nic.rule2.default=2 x 4 x GE + 2 x 4 x 10GE
hld_analyzer_config_physical3_server.name.default=Recommended server
hld_analyzer_config_physical3_server.rule2.default=TaiShan 200 (Model 2280) Server(2 x 32Core/2.6GHz CPU,8 x 32GB Mem,6 x 1800GB HDD,2 x 4 x GE+2 x 4 x 10GE,2 x 900W,2G RAID)
hld_analyzer_config_vm.default=256G Server（x86）
hld_analyzer_config_vm_cpu.name.default=CPU
hld_analyzer_config_vm_cpu.rule_1.default=32 vCPUs(x86)
hld_analyzer_config_vm_cpu.rule_2.default=32 vCPUs(ARM)
hld_analyzer_config_vm_mem.name.default=Memory
hld_analyzer_config_vm_mem.rule.default=256G
hld_analyzer_config_vm_disk.name.default=Disk
hld_analyzer_config_vm_disk.rule1.default=The system disk space is 900 GB and the total space of data disks is no less than 5 TB. 
hld_analyzer_config_vm_disk.rule2.default=Only local storage is supported. Network shared storage disks are not supported.
hld_analyzer_config_vm_disk.rule3.default=System disk: 900 GB Data disk: 3000 GB  The random read/write speed of the hard disk is 100 MB/s or higher.
hld_analyzer_config_vm_disk.rule4.default=System disk: 900 GB Data disk: 5000 GB  The random read/write speed of the hard disk is 100 MB/s or higher.
hld_analyzer_config_vm_nic.name.default=NIC
hld_analyzer_config_vm_nic.rule1.default=1 x (single-plane) vNIC/2 x (two-plane) vNICs
hld_analyzer_config_vm_nic.rule2.default=Communication bandwidth between analyzer clusters: greater than 200 Mbit/s

hld_specification_namespace.hld_id_collector_config=Collector Server Recommended Configuration
hld_specification_namespace.hld_id_collector_config.remark=Each server node recommended the following configuration requirements
hld_hdr_collector_config=Server Type, Configuration Item, Recommended Configuration

hld_collector_config_physical.default=256G
hld_collector_config_physical1.default=64 Server(x86)
hld_collector_config_physical_cpu.name.default=CPU
hld_collector_config_physical_cpu.name1.default=CPU
hld_collector_config_physical_cpu.rule_1.default=28 cores or more/2.2 GHz
hld_collector_config_physical_cpu.rule_2.default=2 x 48Core/2.6GHz (ARM)
hld_collector_config_physical_mem.name.default=Memory
hld_collector_config_physical_mem.name1.default=Memory
hld_collector_config_physical_mem.rule.default=64G
hld_collector_config_physical_mem.rule1.default=4 x 32GB
hld_collector_config_physical_disk.name.default=Disk
hld_collector_config_physical_disk.name1.default=Disk
hld_collector_config_physical_disk.rule1.default=600G The random read/write speed of the hard disk is 100 MB/s or higher.
hld_collector_config_physical_disk.rule2.default=12 x 1800GB HDD
hld_collector_config_physical_nic.name.default=NIC
hld_collector_config_physical_nic.name1.default=NIC
hld_collector_config_physical_nic.rule1.default=At least two 10GE ports are available.
hld_collector_config_physical_nic.rule2.default=The Intel 82599 NIC is required.
hld_collector_config_physical_nic.rule3.default=2 x 4 x GE+2 x 4 x 10GE
hld_collector_config_physical_server.name.default=Recommended Server
hld_collector_config_physical_server.name1.default=Recommended Server
hld_collector_config_physical_server.rule1.default=2288H V5 server (2 x 16 core /2.3GHz CPU,4 x 32GB memory, 8 x 1200GB SAS hard disk, 2 x 4GE + 6 x 10GE,2 x 900W power supply, 2G RAID card, guide rail)
hld_collector_config_physical_server.rule2.default=TaiShan 200 (Model 2280) Server(2 x 48Core/2.6GHz CPU,8 x 32GB Mem,12 x 1800GB HDD,2 x 4 x GE+2 x 4 x 10GE,2 x 2000W,2G RAID)

hld_collector_config_physical3.default=128G
hld_collector_config_physical3_cpu.name.default=CPU
hld_collector_config_physical3_cpu.rule_2.default=2 x 32Core/2.6GHz (ARM)
hld_collector_config_physical3_mem.name.default=Memory
hld_collector_config_physical3_mem.rule.default=4 x 32GB
hld_collector_config_physical3_disk.name.default=Disk
hld_collector_config_physical3_disk.rule.default=6 x 1800GB
hld_collector_config_physical3_nic.name.default=NIC
hld_collector_config_physical3_nic.rule3.default=2 x 4 x GE+2 x 4 x 10GE
hld_collector_config_physical3_nic.rule1.default=2 x 4 x GE + 3 x 2 x 10GE
hld_collector_config_physical3_server.name.default=Recommended Server
hld_collector_config_physical3_server.rule2.default=TaiShan 200 (Model 2280) Server(2 x 32Core/2.6GHz CPU,4 x 32GB Mem,6 x 1800GB HDD,2 x 4 x GE+2 x 4 x 10GE,2 x 900W,2G RAID)
hld_collector_config_physical3_server.rule1.default=2288X V5-Server (Analyzer Data Collection)(2 x 16Core/2.3GHz CPU,4 x 32G Memory,8 x 1200GB SAS HDD,9460-8i(2G cache) + SuperCap,2 x 4 x GE + 3 x 2 x 10GE,2 x 900W AC)



hld_hdr_package_summary=Software Package, Signature File, Usage Description, Obtaining Method
hld_hdr_package_summary_commission=Software Package, Usage Description
hld_package_namespace.hld_id_enterprise_download_diagram=Download Page
servertool_pkg.desc.default=EasySuite tool package

BASIC_CONFIG=Virtualization Configuration
ACCESS_CONFIG=Server configuration
OS_USER_PSW_CONFIG=OS User Password Configuration
SOFTWARE_PACKAGE_VALIDATE=Software package verification

lld_node_root_pwd_label_txt=Password of the root User
lld_nodes_user_headers=Config Item Name, Config Item Value, Description
en_US=English
zh_CN=Chinese

lld_outer_ntp_ip_remark_deault=If another synchronous NTP clock source is used, enter its IP address. Otherwise, leave it empty and ensure that the time and time zone of all nodes are correct. The active node of the cluster serves as the NTP clock source.
lld_node_os_lang_label.default=Analyzer language
lld_nodes_os_tzone_remark_deault=Used for configuring the cluser time zone. GMT: Greenwich;+: indicates the eastern time zone;-: indicates the western time zone. For countries or regions that support DST, set Time Zone Selection to the specific country or region.
lld_nodes_users=Node Information
lld_nodes_users.remark=
lld_nodes_config_headers=Node, Access IP Address, Description
product_node=FabricInsight Node

lld_main_node=FabricInsight Primary Node
lld_slave_node=FabricInsight Secondary Node
lld_computing_node=FabricInsight Services Node
lld_analyzer_node_simple_remark=A reachable route exists between the node IP address and the EasySuite server. In this case, you are advised to enter the IP address of the southbound network port.
lld_analyzer_node_simple_ws_remark=A reachable route exists between the node IP address and the EasySuite server. In this case.

lld_commons_settings=Common Settings
lld_OS_timezone_label=Time Zone Selection
lld_ntp_settings=External NTP Server Configuration (at least a primary NTP clock source configured)
lld_ntp_config_header=Usage,NTP Server IP Address,Encryption mode,Encryption Algorithm,Key Index,Key
lld_outer_ntp_ip_lab_default=Primary synchronous NTP clock source IP address
lld_outer_ntp_ip_lab_default_bak_1=Secondary synchronous NTP clock source IP address
lld_outer_ntp_ip_lab_default_bak_2=Secondary synchronous NTP clock source IP address
NTP_v4_validation=NTP_V4(security authentication)
NTP_v4=NTP_V4(non-security authentication)
lld_outer_ntp_mmvalue_index.remark=The key index is an integer from 1 to 65534, excluding 10000.
lld_outer_ntp_mmvalue.remark=Please input a string of up to 30 ASCII characters,key does not support spaces backslashes or # characters.
lld_outer_ntp_mmvalue_index_bak_1.remark=The key index is an integer from 1 to 65534, excluding 10000.
lld_outer_ntp_mmvalue_bak_1.remark=Please input a string of up to 30 ASCII characters,key does not support spaces backslashes or # characters.
lld_outer_ntp_mmvalue_index_bak_2.remark=The key index is an integer from 1 to 65534, excluding 10000.
lld_outer_ntp_mmvalue_bak_2.remark=Please input a string of up to 30 ASCII characters,key does not support spaces backslashes or # characters.
namespace3.lld_network_config=Network Settings
lld_network_config_headers=Network Port,Network Port Name,Description
lld_netcard_access_lab_default=Northbound Network Port
lld_netcard_south_lab_default=Southbound Network Port
lld_netcard_internal_lab_default=Southbound Network Port
namespace3.lld_cloudsop_config=FabricInsight Settings
lld_analyser_config_header=Config Item Name, Config Item Value, Description
lld_common_config_header=Config Item Name, Config Item Value, Description
lld_insight_access_ip_lab_default=FabricInsight Login IP Address
lld_lvs_float_ip_lab_default=FabricInsight Southbound Floating IP Address
namespace3.lld_fi_config=FusionInsight Settings
lld_fi_config_headers=Config Item Name, Config Item Value
lld_fi_dbsrvice_ip_lab_default=FusionInsight Database Floating IP Address
lld_fi_dbsrvice_ip_lab.remark=Floating IP address used by the FusionInsight database service, The IP address must be unique and not used. In addition, the IP address must be in the same network segment as the southbound network port of analyzer cluster
lld_fi_webaccess_ip_lab_default=FusionInsight Login Floating IP Address
lld_fi_webaccess_ip_lab.remark=IP address for accessing the FusionInsight Manager, which must be in the same network segment as the network adapter of the northbound network port
lld_fi_om_ip_lab_default=FusionInsight Management Floating IP Address
lld_fi_om_ip_lab.remark=Floating IP address used by nodes in the FusionInsight cluster to communicate with the FusionInsightManager, which must be on the same network segment as the southbound communication network port of the analyzer cluster. 
fusioninsight_manager_user_pwd_label.default=FusionInsight login password
fi_login_passwd_error=The password must contain uppercase letters, lowercase letters, digits, and the following special characters: ~`!?,.:;-_'(){}[]/<>@#$%^&*+|=
lld_fi_access_mmvalue_lab_default=Management Plane Login Password
lld_agent_cluster_num_label=Collector Cluster Quantity
lld_agent_cluster_name_label=Collector Cluster Name
lld_agent_cluster_floatip=Collector floating IP address
lld_agent_cluster_use_snmp=Use Inband Management
lld_agent_cluster_node_label=Collector Node Quantity
lld_agent_cluster_node_config=Collector Node Configuration
lld_node_1_standalone_label=Node 1
lld_node_1_label=Node 1
lld_node_2_label=Node 2
lld_node_3_label=Node 3
lld_node_4_label=Node 4
lld_node_5_label=Node 5
lld_node_6_label=Node 6
lld_node_7_label=Node 7
lld_node_8_label=Node 8
lld_node_9_label=Node 9
lld_node_10_label=Node 10

lld_node_label=Node
lld_node_ip_label=Node IP Address
lld_date_nic_label=Data Reporting Network Port
lld_snmp_label=Device Management Network Port
lld_ptp_label=PTP clock synchronization network port
lld_dpdk_netcard_label=Data collection network port
lld_dpdk_ip_label=Data collection physical IP addresses
lld_agent_node_header=Config Item Name, Config Item Value(IP Address),Config Item Name, Config Item Value(Network Port Name),Config Item Name, Config Item Value(Network Port Name),Config Item Name, Config Item Value(Network Port Name),Config Item Name, Config Item Value(Network Port Name)
FABRICINSIGHT_ANALYZER_COMMON=Public Configuration
FABRICINSIGHT_ANALYZER=Analyzer Configuration
CampusInsight_ANALYZER=Analyzer Configuration
FABRIC_AGENT=Collector Cluster Configuration
agent_scale_num=Collector Node Quantity

lld_agent_cluster_1_name.remark=Collector cluster name, does not support modification after installation. The name can contain a maximum of 32 characters, including only letters, Chinese characters, "_", "-", and digits.
lld_agent_cluster_1_floatip.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 32-bit mask.
lld_agent_cluster_1_floatip_v6.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 128-bit mask.
expansion_lld_agent_cluster_3_floatip.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 32-bit mask.
expansion_lld_agent_cluster_3_floatipv6.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 128-bit mask.
lld_agent_cluster_1_use_snmp.remark=Outband management: The exclusive management port is used for device management.The device management network port must be different from the data collection network port.|Inband management: The service management port is used for device management.The device management network port must be the same with the data collection network port.
lld_date_nic_01_1_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_01_1_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_01_1_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_01_1_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_01_1_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_date_nic_01_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_01_1.remark=This parameter is used to manage devices on the data center network.
lld_ptp_01_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_01_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_01_1_ip.remark=The node IP address must be routable to the host where EasySuite resides.

lld_date_nic_01_2_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_01_2_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_01_2_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_01_2_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_01_2_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_date_nic_01_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_01_2.remark=This parameter is used to manage devices on the data center network.
lld_ptp_01_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_01_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_01_2_ip.remark=The node IP address must be routable to the host where EasySuite resides.

lld_agent_cluster_2_name.remark=Collector cluster name, does not support modification after installation. The name can contain a maximum of 32 characters, including only letters, Chinese characters, "_", "-", and digits.
lld_agent_cluster_2_floatip.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 32-bit mask.
lld_date_nic_02_1_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_02_1_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_02_1_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_02_1_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_02_1_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_agent_cluster_2_use_snmp.remark=Outband management: The exclusive management port is used for device management.The device management network port must be different from the data collection network port.|Inband management: The service management port is used for device management.The device management network port must be the same with the data collection network port.
lld_date_nic_02_2_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_02_2_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_02_2_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_02_2_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_02_2_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.


lld_agent_cluster_3_name.remark=Collector cluster name, does not support modification after installation. The name can contain a maximum of 32 characters, including only letters, Chinese characters, "_", "-", and digits.
lld_agent_cluster_3_floatip.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 32-bit mask.
lld_agent_cluster_3_use_snmp.remark=Outband management: The exclusive management port is used for device management.The device management network port must be different from the data collection network port.|Inband management: The service management port is used for device management.The device management network port must be the same with the data collection network port.
lld_date_nic_03_1_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_03_1_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_03_1_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_03_1_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_03_1_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_date_nic_03_2_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_03_2_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_03_2_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_03_2_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_03_2_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_agent_cluster_4_name.remark=Collector cluster name, does not support modification after installation. The name can contain a maximum of 32 characters, including only letters, Chinese characters, "_", "-", and digits.
lld_agent_cluster_4_floatip.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 32-bit mask.
lld_agent_cluster_4_use_snmp.remark=Outband management: The exclusive management port is used for device management.The device management network port must be different from the data collection network port.|Inband management: The service management port is used for device management.The device management network port must be the same with the data collection network port.
lld_date_nic_04_1_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_04_1_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_04_1_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_04_1_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_04_1_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_date_nic_04_2_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_04_2_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_04_2_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_04_2_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_04_2_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_agent_cluster_05_name.remark=Collector cluster name, does not support modification after installation. The name can contain a maximum of 32 characters, including only letters, Chinese characters, "_", "-", and digits.
lld_agent_cluster_05_floatip.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 32-bit mask.
lld_date_nic_05_1_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_05_1_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_05_1_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_05_1_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_05_1_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_date_nic_05_2_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_05_2_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_05_2_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_05_2_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_05_2_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_agent_cluster_06_name.remark=Collector cluster name, does not support modification after installation. The name can contain a maximum of 32 characters, including only letters, Chinese characters, "_", "-", and digits.
lld_agent_cluster_06_floatip.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 32-bit mask.
lld_date_nic_06_1_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_06_1_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_06_1_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_06_1_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_06_1_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_date_nic_06_2_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_06_2_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_06_2_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_06_2_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_06_2_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_agent_cluster_07_name.remark=Collector cluster name, does not support modification after installation. The name can contain a maximum of 32 characters, including only letters, Chinese characters, "_", "-", and digits.
lld_agent_cluster_07_floatip.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 32-bit mask.
lld_date_nic_07_1_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_07_1_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_07_1_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_07_1_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_07_1_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_date_nic_07_2_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_07_2_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_07_2_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_07_2_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_07_2_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_agent_cluster_08_name.remark=Collector cluster name, does not support modification after installation. The name can contain a maximum of 32 characters, including only letters, Chinese characters, "_", "-", and digits.
lld_agent_cluster_08_floatip.remark=If a cluster contains multiple collectors, this IP address is an independent IP address with a 32-bit mask.
lld_date_nic_08_1_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_08_1_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_08_1_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_08_1_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_08_1_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.
lld_date_nic_08_2_label.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_08_2_label.remark=This parameter is used to manage devices on the data center network.
lld_ptp_08_2_label.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_08_2_label.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_08_2_ip_label.remark=The node IP address must be routable to the host where EasySuite resides.



component=Component
scene=Custom stage
protection=Protection site
preinstall=Preinstalled

base_os_type_1=Operation System Type
base_os_type_2=Operation System Type
base_os_type_3=Operation System Type
base_agent_node_scale=Collector Node Quantity
base_analyzer_node_label=Analyzer Node Quantity
base_agent_node_label=Collector Node Quantity

scale=Network scale
use_lvs=use LVS
use_lvs.remark=Whether to use the product LVS
mgr_network=North-south divided
vm_type=VM type
region_alias=Cluster Name
region_alias.remark=Unique cluster ID. The IDs of the active and standby DR clusters must be different.

blade_model=Blade type
server_type.remark=Different models are selected and the parameters that need to be configured will be different
diskarray_type=Raid type


north_south_divided = Yes
north_south_not_divided = No

CH242_V3_DDR3_MZ512 = CH242 V3 DDR3 MZ512
5500_V3_12_600 = 5500 V3 12*600
5500_V3_24_600 = 5500 V3 24*600

id_step_plan_hardware_init=Hardware Initialization
id_step_plan_vm_install=Virtualization installation
id_step_plan_OS_install=OS Installing
id_step_plan_software_install=Software Installation


ei=Edge intelligence
p5=P5 Full flow analysis
netstream=Netstream
HLD_RELIABLE_PROTECTION=Reliability and Protection
HLD_SOFTWARE_LIST=Software Package List


hld_collector_config_vm.default=VM
hld_collector_config_vm_cpu.name.default=CPU
hld_collector_config_vm_cpu.rule_1.default=32 vCPU(x86)
hld_collector_config_vm_cpu.rule_2.default=32 vCPU(ARM)
hld_collector_config_vm_mem.name.default=Memory
hld_collector_config_vm_mem.rule.default=64GB
hld_collector_config_vm_disk.name.default=Disk
hld_collector_config_vm_disk.rule.default=600GB, The disk random read and write rate is equal to or greater than 100MB/s.
hld_collector_config_vm_nic.name.default=NIC
hld_collector_config_vm_nic.rule1.default=At least two GE ports

hld_hdr_reliability=Protection Type,Protection Scheme,Description,Protection Capability
hld_protection1.type.default=Software protection
hld_protection1.solution.default=Application service protection
hld_protection1.desc1.default=•Process restart: The process status is monitored in real time. If a service process stops unexpectedly or becomes faulty, the process is restarted. If the process cannot be started after 10 consecutive restart attempts, an alarm is generated to inform users to troubleshoot manually.
hld_protection1.desc2.default=•Automatic application service switchover
hld_protection1.desc3.default=◾When the active and standby nodes are running properly, only the services on the active node are in the running state. If a service process on the active node is faulty, the FabricInsight ensures services are uninterrupted by automatically starting service instances on the standby node.
hld_protection1.desc4.default=◾When cluster nodes are running properly, each node is in the multi-active state. If one node fails, other nodes share the load of the faulty node to provide services in a balanced manner.
hld_protection1.ability1.default=•Process restart time < 5 minutes
hld_protection1.ability3.default=•Service switchover 
hld_protection1.ability4.default=RPO=0
hld_protection1.ability5.default=RTO < 1 minute
hld_protection2.type.default=Software protection
hld_protection2.solution.default=Data protection
hld_protection2.desc1.default=•Automatic database switchover: When the master and slave nodes are running properly, the database on the master node is readable and writable, and the database on the slave node is read-only. If a service process on the master node is faulty, the FabricInsight ensures services are uninterrupted by automatically starting database services on the slave node.. The master/slave switchover does not affect services.
hld_protection2.desc2.default=•Backup and restoration: The backup and restore function is provided for data. Data is backed up in time. If the FabricInsight data becomes abnormal, it can be restored to the normal state through backup files.
hld_protection2.ability1.default=•Database switchover:
hld_protection2.ability2.default=RPO=0
hld_protection2.ability3.default=RTO < 1 minute
hld_protection2.ability5.default=•Backup duration < 60 minutes
hld_protection2.ability6.default=•Restoration duration < 120 minutes
hld_protection3.type.default=Cluster protection
hld_protection3.solution.default=Node protection
hld_protection3.desc1.default=•Service load balancing: Multiple nodes are deployed in an FabricInsight cluster to balance service processing and ensure performance.
hld_protection3.desc2.default=•Single-node fault: If a node of an FabricInsight cluster fails, other cluster nodes take over services of the faulty node to ensure that the cluster runs properly.
hld_protection3.ability1.default=•The node where the master database resides is faulty:
hld_protection3.ability2.default=RTO < 1 minute
hld_protection3.ability3.default=•Common node fault: RTO < 30 seconds

namespace3.lld_netcard_access.remark=Northbound Network Port

fusioninsight_manager_user_pwd_label.remark=This password will be set to the login password of the admin user of the management plane of FusionInsight. 

lld_date_nic_02_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_02_1.remark=This parameter is used to manage devices on the data center network.
lld_ptp_02_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_02_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_02_1_ip.remark=A reachable route exists between the node IP address and the PC where EasySuite is installed.
lld_date_nic_02_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_02_2.remark=This parameter is used to manage devices on the data center network.
lld_ptp_02_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_02_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_02_2_ip.remark=A reachable route exists between the node IP address and the PC where EasySuite is installed.
lld_date_nic_03_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_03_1.remark=This parameter is used to manage devices on the data center network.
lld_ptp_03_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_03_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_03_1_ip.remark=A reachable route exists between the node IP address and the PC where EasySuite is installed.
lld_date_nic_03_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_03_2.remark=This parameter is used to manage devices on the data center network.
lld_ptp_03_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_03_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_03_2_ip.remark=A reachable route exists between the node IP address and the PC where EasySuite is installed.
lld_date_nic_04_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_04_1.remark=This parameter is used to manage devices on the data center network.
lld_ptp_04_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_04_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_04_1_ip.remark=A reachable route exists between the node IP address and the PC where EasySuite is installed.
lld_date_nic_04_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_04_2.remark=This parameter is used to manage devices on the data center network.
lld_ptp_04_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_04_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_agent_node_04_2_ip.remark=A reachable route exists between the node IP address and the PC where EasySuite is installed.


base_server_type=Server type
base_server_config=Server Configuration
base_server_config.remark=text1$1. 128 GB: 2*16core CPU, 4*32G Memory, 8*1200G Hard disk. |text1$2. 256 GB low specifications: 2*16core CPU, 8*32G Memory, 8*1200G Hard disk. |text1$3. 256 GB standard: 2*20core CPU, 8*32G Memory, 12*1200G Hard disk.
base_two_level_server_config=Server Configuration
base_two_level_server_config.remark=text1$1. 128 GB: 2*16core CPU, 4*32G Memory, 8*1200G Hard disk. |text1$2. 256 GB: 2*16core CPU, 8*32G Memory, 8*1200G Hard disk.

base_analyzer_node_scale_1=Analyzer Node Quantity
base_analyzer_node_scale_2=Analyzer Node Quantity
base_scene_choices=Deployment Mode
base_scene_choices.remark=text1$1. Independent Deployment: iMaster NCE-CampusInsight is independently deployed and not interconnected with iMaster NCE-Campus. |text1$2. Integration Deployment: iMaster NCE-CampusInsight needs to be interconnected with iMaster NCE-Campus after being installed. 
classic=Independent Deployment
private=Integration Deployment
public=Integration Deployment
base_use_lvs=Southbound Load Balancing
base_use_lvs_1=Southbound Load Balancing
base_use_lvs_2=Southbound Load Balancing

base_use_lvs.remark=text1$1. FabricInsight Provides: Load Balancing Through the Analyzer. |text1$2. Customer Provides: Load Balancing Through Customer-Provided Load Balancer.
base_use_lvs_1.remark=Customer Provides: Load Balancing Through Customer-Provided Load Balancer.
base_use_lvs_2.remark=FabricInsight Provides: Load Balancing Through the Analyzer. 
base_north_south_divided_1=Southbound and Northbound Isolation
base_north_south_divided_2=Southbound and Northbound Isolation
base_north_south_divided_1.remark=text1$1. Yes: Used in dual-plane networking. Each node requires two network ports. Each of the two network ports carries data of a service plane, implementing isolation between the two network planes. The two service planes use two network segments. In this solution, select the same network port for the co-deployed planes on the installation page.|text1$2. No: Used in single-plane networking. Each node requires a network port to carry all service data of the cluster, All IP addresses are in the same network segment. In this solution, select the same network port for the service plane on the installation page.
base_north_south_divided_2.remark=text1$1. Yes: Used in dual-plane networking. Each node requires two network ports. Each of the two network ports carries data of a service plane, implementing isolation between the two network planes. The two service planes use two network segments. In this solution, select the same network port for the co-deployed planes on the installation page.|text1$2. No: Used in single-plane networking. Each node requires a network port to carry all service data of the cluster, All IP addresses are in the same network segment. In this solution, select the same network port for the service plane on the installation page.
aifabric=RoCE traffic analysis

hld_analyzer_config_physical_disk.rule3.default=12 x 1200GB SAS HDD

hld_collector_config_physical_disk.rule.default=12 x 1800GB
hld_collector_config_physical3_cpu.rule_1.default=2 x 16Core/2.3GHz (x86)
hld_collector_config_physical3_disk.rule1.default=8 x 1200GB SAS HDD

check_project_memo=need to pass scripts
check_north_south_divided_op=Verify southbound and northbound network port
check_raid=RAID configuration
check_ip_rule=Checking the Floating IP Address Segment
task_check_custom_online.pass_reason=volume of root partition should be larger than 15G

NODES_CONFIG=Node Configuration
common_header=Config Item Name, Config Item Value, Description
nodes_user_headers=Root Password
nodes_user_headers_commision_standalone=Login User, Login Password, Root Password
nodes_user_headers_commision_cluster=Login User, Login Password
username_password_config = OS User Passwords
username_password_config.remark = Ensure that the root user password of the primary FabricInsight node is the same as that of all expanded nodes.
username_password_config_scale = OS User Passwords
username_password_config_scale.remark = Ensure that the root user password of the primary FabricInsight node is the same as that of all expanded nodes.
username_password_config_op = OS User Passwords
username_password_config_op.remark =
id_username_password_config = OS User, Node, Password
nodes_config_headers=Node Type, Category, Southbound Service Configuration, Northbound Management Configuration
nodes_config_headers_cluster=Node, Access IP Address, Description
nodes_config_headers_standalne=Node, Access IP Address, Description
main_node=FabricInsight Primary Node
slave_node=FabricInsight Secondary Node
computing_node=FabricInsight Services Node

commons_settings=Common Settings
OS_timezone_label=Time Zone
outer_ntp_ip_lab.remark= If use other synchronous NTP clock source, please input the NTP clock source IP address; otherwise keep it empty
lld_bmc_ip_config=iBMC login information
lld_bmc_ip_config_headers=Node Type, iBMC IP, iBMC User, iBMC Password, SNMP Password
node_type=Node Type
lld_disk_num_config=RAID Configuration(Defautl Value Recommended)
raid_num=RAID Group
disk_num=Disk No.
raid_level=RAID Type
agent_node=Collector Node
mask=Subnet mask
destgw=Gateway
destip=Destination network segment
destmask=Destination subnet mask
nic=Network interface
divided_label=Category

namespace3.analyzer_network_config=Analyzer Network Settings
namespace3.agent_network_config=Collector Network Settings
namespace3.network_config=Network Settings
network_config_headers=Network Port,Network Port Name,Configure Bond
cluster_network_config_headers=Network Port,Network Port Name,Description
standalone_network_config_headers=Network Port,Network Port Name,Description
netcard_access_lab_default=Northbound Network Port
netcard_access_lab_ws_default=Network Port
netcard_south_lab_default=Southbound Network Port
netcard_internal_lab_default=Internal Communication Network Port of Analyzer Cluster

bond_enable=Yes
bond_disable=No

cloudsop_config=FabricInsight Settings
insight_access_ip_lab_default=FabricInsight Login IP Address
insight_access_ip_lab_commision_default=FabricInsight Login IP Address
insight_access_ip_lab_commision.remark=Change values as required. External floating IP address of the analyzer, which is used to log in to the analyzer and must be in the same network segment as the external access network port
lvs_float_ip_lab_default=Southbound Floating IP Address
lvs_float_ip_lab_commision_default=FabricInsight Southbound Floating IP Address
lvs_float_ip_lab_commision.remark=Southbound floating IP address of the analyzer, which is used for communication between the analyzer and southbound devices and must be in the same network segment as the analyzer southbound service network port, if not use, keep it empty.
oss_access_ip_label=FabricInsight Access IP Address(NAT)
lld_insight_oss_access_ip_lab.default=FabricInsight Access IP Address(NAT)
lld_insight_oss_access_ip.remark=IP address after NAT mapping. The Agile Controller-Campus uses this IP address to connect to the analyzer.
product_lang_label.default=FabricInsight language


fi_config=FusionInsight Settings
fi_config_headers=Config Item Name, Config Item Value
fi_dbsrvice_ip_lab_default=FusionInsight Database Floating IP Address
fi_dbsrvice_ip_lab.remark=Floating IP address used by the FusionInsight database service, The IP address must be unique and not used. In addition, the IP address must be in the same network segment as the southbound network port of analyzer cluster
fi_dbsrvice_ip_lab_commision_default=FusionInsight Database Floating IP Address
fi_dbsrvice_ip_lab_commision.remark=Floating IP address used by the FusionInsight database service, The IP address must be unique and not used. In addition, the IP address must be in the same network segment as the southbound network port of analyzer cluster, if not use, keep it empty.
fi_webaccess_ip_lab_default=FusionInsight Login Floating IP Address
fi_webaccess_ip_lab.remark=IP address for accessing the FusionInsight Manager, which must be in the same network segment as the network adapter of the northbound network port
fi_webaccess_ip_lab_commision_default=FusionInsight Login Floating IP Address
fi_webaccess_ip_lab_commision.remark=IP address for accessing the FusionInsight Manager, which must be in the same network segment as the network adapter of the northbound network port, if not use, keep it empty.
fi_om_ip_lab_default=FusionInsight Management Floating IP Address
fi_om_ip_lab.remark=Floating IP address used by the FusionInsight cluster node to communicate with the FusionInsightManager. The floating IP address must be in the same network segment as the southbound network port of analyzer cluster.
fi_om_ip_lab_commision_default=FusionInsight Management Floating IP Address
fi_om_ip_lab_commision.remark=Floating IP address used by the FusionInsight cluster node to communicate with the FusionInsightManager. The floating IP address must be in the same network segment as the southbound network port of analyzer cluster, if not use, keep it empty.
fi_access_mmvalue_lab_default=Management Plane Login Password

lld_fi_config=FusionInsight Settings
lld_agent_cluster_1_config=Collector Cluster Settings
FABRIC_AGENT_NODE=Collector Node Configuration


hld_analyzer_config_physical4.default=128 GB memory
hld_analyzer_config_physical4_cpu.name.default=CPU
hld_analyzer_config_physical4_cpu.rule_2.default=2 x 32 core/2.6 GHz(ARM)
hld_analyzer_config_physical4_mem.name.default=Memory
hld_analyzer_config_physical4_mem.rule.default=4 x 32 GB
hld_analyzer_config_physical4_disk.name.default=Hard disk
hld_analyzer_config_physical4_disk.rule2.default=6 x 1800GB
hld_analyzer_config_physical4_nic.name.default=Network adapter
hld_analyzer_config_physical4_nic.rule2.default=2 x 4 x GE + 2 x 4 x 10GE
hld_analyzer_config_physical4_server.name.default=Recommended server
hld_analyzer_config_physical4_server.rule2.default=TaiShan 200 (Model 2280)(2 x 32 Core/ 4 x 32GB/6 x 1800GB)

hld_server_config.name.default=Server
hld_server_config.rule1.default=Huawei Server

advance_function_1=Health
advance_function_2=Health
advance_function_1.remark=Health: provides network-wide health overview and faulty analysis capabilities.|Data plane verification: provides the verification and analysis capability for network-wide reachability and consistency based on data plane data.
advance_function_2.remark=Health: provides network-wide health overview and faulty analysis capabilities.

lld_outer_ntp_ip.remark=If another synchronous NTP clock source is used, enter its IP address. Otherwise, leave it empty and ensure that the time and time zone of all nodes are correct. The active node of the cluster serves as the NTP clock source.



insight_task_check_ssh_private_cloud = Virtual node IP address login over SSH
insight_task_check_ssh_private_cloud.pass_reason = Log in to each node using the
insight_task_check_custom_online = Product business rules check
insight_task_check_custom_online_ws = Product business rules check
insight_task_check_custom_online.pass_reason = •Check whether the IP addresses of the network planes required on the Access  tab page are configured successfully.  •Check whether the host name is configured in the /etc/HOSTNAME file of each node, whether the mapping between the host names and IP addresses is configured in the /etc/hosts file, and whether the host names meet requirements.  •Check whether the OS version, VM resource specifications (vCPU, memory, and storage), and OS partition of each node meet requirements.  •Check whether the default gateway is configured for each node.
insight_task_check_custom_online_ws.pass_reason = •Check whether the IP addresses of the network planes required on the Access  tab page are configured successfully.  •Check whether the host name is configured in the /etc/HOSTNAME file , whether the mapping between the host names and IP addresses is configured in the /etc/hosts file, and whether the host names meet requirements.  •Check whether the OS version, and OS partition of each node meet requirements.  •Check whether the default gateway is configured.
insight_task_check_custom_offline.pass_reason=•Check whether the IP addresses is valid.
nodes=Node Type
access_ip=Southbound IP Address
access_ip.remark=text1$Ensure that the southbound IP address is reachable to the local PC.|text1$Ensure that the southbound IP address is different from any newly planned IP address of the node.
gategory=Category
south_config=Southbound Service Configuration
south_config.remark=The IP address set for Southbound Service Configuration of the FabricInsight node and local PC network must be reachable to each other.
north_config=Northbound Management Configuration
north_config.remark=Change values as required.
timezone_settings=Modify Time Zone
fi_login_pwd_desc=FusionInsight login password

IP=IP
check_netmask_is_valid=Verify the subnet mask.

custom_check_north_south_divided=North-South Isolation Check
custom_check_fi_mmvalue=FusionInsight Configuration Item Check
custom_check_product=Product Consistency Check


hld_analyzer_config_physical_1.default=128G Server（x86）
hld_analyzer_config_physical_256.default=256G Server（x86）
hld_analyzer_config_physical_2.default=Physical machine
hld_analyzer_config_physical_cpu.name_1.default=CPU
hld_analyzer_config_physical_cpu.name_2.default=CPU
hld_analyzer_config_physical_disk.name_1.default=Hard disk
hld_analyzer_config_physical_disk.name_2.default=Hard disk
hld_analyzer_config_physical_disk.rule_1.default=System disk: 900 GB Data disk: 3000 GB  The random read/write speed of the hard disk is 100 MB/s or higher. 
hld_analyzer_config_physical_disk.rule_2.default=6 x 1800GB-SAS 2.5-inch front hard disk
hld_analyzer_config_physical_disk.rule_5.default=12 x 1800GB-SAS 3.5-inch front hard disk
hld_analyzer_config_physical_nic.name_1.default=Network adapter
hld_analyzer_config_physical_nic.name_2.default=Network adapter
hld_analyzer_config_physical_nic.rule_1.default=At least one 10GE port is available. It is recommended that a server be configured with two NICs and each NIC have two 10GE ports.
hld_analyzer_config_physical_nic.rule_2.default=4 x GE + 1 x 4GE
hld_analyzer_config_physical_server.name_1.default=Recommended server
hld_analyzer_config_physical_server.name_2.default=Recommended server
hld_analyzer_config_physical_server.rule_1.default=2 x 20 core/2.1GHz CPU,8 x 32GB memory, 12*1200GB SAS HDD, 2 x 4 x GE + 3 x 2 x 10GE

hld_analyzer_config_vm_cpu.rule.default=40 cores or more/2.2 GHz
hld_analyzer_config_vm_nic.rule.default=At least one GE port is available. It is recommended that a server be configured with two NICs and each NIC have two GE ports.

hld_package_commission.desc.default=Install&Deploy Tool software package,which has been built in and does not need to be downloaded.

base_arch_type.remark=Select a CPU architecture for FabricInsight nodes.
modify_ip=IP address change



check_south_north_net_num=Checking the Planning of Southbound and Northbound Destination Network Segments

custom_check_service_status=Product Service Status Check
folat_ip_header=Config Item Name, IP Address
fi_ha_pwd_desc=HA certificate password

outer_ntp_ip_lab_default=Primary synchronous NTP clock source IP address
outer_ntp_ip_lab_default_bak_1=Secondary synchronous NTP clock source IP address
outer_ntp_ip_lab_default_bak_2=Secondary synchronous NTP clock source IP address

check_collector_ip_repeat=Plan checks for duplicate IP addresses
check_ptp_ip_segment=Check the PTP IP network segment.
change_ip_flag=Change IP
lld_node_01_label=Node 1
lld_node_02_label=Node 2
lld_node_03_label=Node 3
lld_node_04_label=Node 4
lld_belong_cluster_label=Home Collector Cluster
lld_data_nic_ip_label=Data reporting IP address
lld_snmp_ip_label=Devices management IP address
lld_ptp_ip_label=PTP clock synchronization IP address
lld_dpdk_netcard_ip_label=Data collection physical IP address
lld_agent_cluster_1_name_commision=Cluster 1
lld_agent_cluster_2_name_commision=Cluster 2
lld_agent_cluster_3_name_commision=Cluster 3
lld_agent_cluster_4_name_commision=Cluster 4
lld_agent_cluster_5_name_commision=Cluster 5
lld_agent_cluster_6_name_commision=Cluster 6
lld_agent_cluster_7_name_commision=Cluster 7
lld_agent_cluster_8_name_commision=Cluster 8
lld_data_nic_ip_01_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_ip_01_1.remark=This parameter is used to manage devices on the data center network.
lld_ptp_ip_01_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_ip_01_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_data_nic_ip_01_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_ip_01_2.remark=This parameter is used to manage devices on the data center network.
lld_ptp_ip_01_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_ip_01_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_data_nic_ip_02_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_ip_02_1.remark=This parameter is used to manage devices on the data center network.
lld_ptp_ip_02_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_ip_02_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_data_nic_ip_02_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_ip_02_2.remark=This parameter is used to manage devices on the data center network.
lld_ptp_ip_02_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_ip_02_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_data_nic_ip_03_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_ip_03_1.remark=This parameter is used to manage devices on the data center network.
lld_ptp_ip_03_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_ip_03_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_data_nic_ip_03_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_ip_03_2.remark=This parameter is used to manage devices on the data center network.
lld_ptp_ip_03_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_ip_03_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_data_nic_ip_04_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_ip_04_1.remark=This parameter is used to manage devices on the data center network.
lld_ptp_ip_04_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_ip_04_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.
lld_data_nic_ip_04_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
lld_snmp_ip_04_2.remark=This parameter is used to manage devices on the data center network.
lld_ptp_ip_04_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
lld_dpdk_netcard_ip_04_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.


base_nodes_config_headers=Node, Southbound IP Address, Description
omp_lld_analyzer_node_1_ip_remark=This node is the primary node, which must be reachable with EasySuite node. Its IP address must be the physical IP address of the southbound network port. the node provides a unified portal for centralized management of applications and nodes, the node provides functions such as product startup and stop, system monitoring, and backup and restoration, and features in high availability, the node provides data center device management, traffic collection, and traffic analysis capabilities.
scal_computing_node=New FabricInsight node
scal_lld_analyzer_node_rest_ip_remark=The IP address of this node must be the physical IP address of the southbound network port. This node and the EasySuite node must be reachable to each other. The node functions as a distributed data processing system to provide large-capacity data storage, query, and analysis. The node also provides device management, traffic collection, and traffic analysis and processing capabilities for data centers.
base_nodes_info=Active Management Node Configuration
FABRIC_AGENT_EXIST=New Collector for Old Clusters
base_lld_agent_node_header=New Node,Data Reporting IP Address,Data Reporting Network Port,Device Management Network Port,Data Collection Network Port

scale_check_cluster_name=Verify collector cluster name
scale_check_agent_netcard=Verify collector collection network port
custom_check_existing_collector_clusters_status=Collector planning check

NODE_CONFIG=Old Analyzer
NODE_EXPAND_CONFIG=New Analyzers
FABRIC_AGENT_EXPAND=New Collector Cluster
nodes_info=Node Configuration
lld_nodes_info=Node Configuration
nodes_info_commision=Information about the node to be modified
namespace_osuser.username_password_config=OS Password Settings
root_nodes=Active FabricInsight management node and all new nodes
sopuser_nodes=Active FabricInsight management node
scale_nodes_config_headers=New Node, Southbound IP Address, Description
Collector floating IP address=Collector Floating IP Address

expansion_lld_date_nic_01_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
expansion_lld_snmp_01_1.remark=This parameter is used to manage devices on the data center network.
expansion_lld_ptp_01_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
expansion_lld_dpdk_netcard_01_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.

expansion_lld_date_nic_01_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
expansion_lld_snmp_01_2.remark=This parameter is used to manage devices on the data center network.
expansion_lld_ptp_01_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
expansion_lld_dpdk_netcard_01_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.

expansion_lld_date_nic_02_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
expansion_lld_snmp_02_1.remark=This parameter is used to manage devices on the data center network.
expansion_lld_ptp_02_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
expansion_lld_dpdk_netcard_02_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.

expansion_lld_date_nic_02_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
expansion_lld_snmp_02_2.remark=This parameter is used to manage devices on the data center network.
expansion_lld_ptp_02_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
expansion_lld_dpdk_netcard_02_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.

expansion_lld_date_nic_03_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
expansion_lld_snmp_03_1.remark=This parameter is used to manage devices on the data center network.
expansion_lld_ptp_03_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
expansion_lld_dpdk_netcard_03_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.

expansion_lld_date_nic_03_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
expansion_lld_snmp_03_2.remark=This parameter is used to manage devices on the data center network.
expansion_lld_ptp_03_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
expansion_lld_dpdk_netcard_03_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.

expansion_lld_date_nic_04_1.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
expansion_lld_snmp_04_1.remark=This parameter is used to manage devices on the data center network.
expansion_lld_ptp_04_1.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
expansion_lld_dpdk_netcard_04_1.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.

expansion_lld_date_nic_04_2.remark=This parameter is used to connect to the analyzer to report data to the analyzer.
expansion_lld_snmp_04_2.remark=This parameter is used to manage devices on the data center network.
expansion_lld_ptp_04_2.remark=This parameter is used to synchronize the PTP clock between collectors in a cluster. Ensure that the IP addresses of the PTP clock synchronization network ports on the collector can communicate with each other at layer 2.
expansion_lld_dpdk_netcard_04_2.remark=This parameter is used to receive the ERSPAN mirroring packets sent by the data center switch.

expansion_base_analyzer_node_scale=New analyzers
expansion_base_analyzer_node_config=New analyzers Config
expansion_base_agent_cluster_scale=Existing collector clusters where nodes are to be added
new_agent_cluster_scale=New collector clusters
base_scene_choicesd.remark=Independent Deployment：FabricInsight can manage non-cloud-managed devices and is not integrated with other systems; Enterprise private cloud: FabricInsight can manage cloud-managed devices and needs to be integrated with th Agile Controller-Campus V300R003C10; Huawei cloud: FabricInsight can manage cloud-managed devices aand needs to to be integrated with th Agile Controller-Campus V300R003C10.


hld_collector_config_physical_server.rule.default=2288H V5 server 2 x 14 core/2.2 GHz CPU, 2 x 32 GB memory, 4 x 300 GB SAS 2.5-inch hard disk, 2 x GE+6 x 10GE, 2 x 1500 W power supply, SR450C-M 2G SAS/SATA RAID card, guide rail




lld_disk_num_config_headers=Node Type, RAID Group, Disk No., RAID Type
node_vm_eth0_nic_1.remark=If NIC bonding needs to be configured, set this parameter to the value of Physical network port 1 in Bond Configuration.

outer_ntp_ip_lab_1.remark=1) If Agile Controller-Campus is configured with NTP servers, FabricInsight must use the same NTP servers. | 2) If no NTP server is configured for Agile Controller-Campus: | 2.1) When Agile Controller-Campus is deployed in a cluster, the IP address of the management plane NIC on the active FusionInsight management node of Agile Controller-Campus must be reachable from the primary and secondary FabricInsight nodes. | 2.2) When Agile Controller-Campus is deployed in a single-node system, the IP address of the management plane NIC of Agile Controller-Campus must be reachable from the primary and secondary FabricInsight nodes.
outer_ntp_ip_lab_2.remark=1) If Agile Controller-Campus is configured with NTP servers, FabricInsight must use the same NTP servers. | 2) If no NTP server is configured for Agile Controller-Campus: | 2.1) When Agile Controller-Campus is deployed in a cluster, the IP address of the management plane NIC on the active FusionInsight management node of Agile Controller-Campus must be reachable from the primary and secondary FabricInsight nodes. | 2.2) When Agile Controller-Campus is deployed in a single-node system, the IP address of the management plane NIC of Agile Controller-Campus must be reachable from the primary and secondary FabricInsight nodes.

hld_analyzer_config_physical_nic.rule3.default=At least one 10GE port is available. It is recommended that a server be configured with two NICs and each NIC have two 10GE ports.
hld_analyzer_config_physical_server.rule3.default=2288X V5 server (2 x 20 Core/2.1 GHz CPU, 8 x 32 GB Memory, 12 x 1200GB SAS HDD, 9460-8i(2G cache) + SuperCap, 2 x 4 x GE + 3 x 2 x 10GE, 2 x 900W AC)
hld_analyzer_config_physical_server.rule5.default=2288X V5 Analyzer SN03 (2 x 20Core/2.1GHz CPU,8 x 32G Memory,12 x 1200GB SAS HDD,9460-8i(2G cache) + SuperCap,2 x 4 x GE + 3 x 2 x 10GE,2 x 900W AC)
hld_analyzer_config_physical3_cpu.rule_1.default=2 x 16 core/2.3 GHz(x86)
hld_analyzer_config_physical3_disk.rule1.default=8 x 1200GB SAS HDD
hld_analyzer_config_physical3_nic.rule1.default=2 x 4 x GE + 3 x 2 x 10GE
hld_analyzer_config_physical3_server.rule1.default=2288X V5 server (2 x 16 Core/2.3GHz CPU, 8 x 32 GB Memory, 8 x 1200GB SAS HDD, 9460-8i(2G cache) + SuperCap, 2 x 4 x GE + 3 x 2 x 10GE,2 x 900W AC)

hld_analyzer_config_physical4_cpu.rule_1.default=2 x 16 core/2.3 GHz(x86)
hld_analyzer_config_physical4_disk.rule1.default=8 x 1200GB SAS HDD
hld_analyzer_config_physical4_nic.rule1.default=2 x 4 x GE + 3 x 2 x 10GE
hld_analyzer_config_physical4_server.rule1.default=2288X V5 Server (2 x 16 Core/2.3GHz CPU, 4 x 32G Memory, 8 x 1200GB SAS HDD, 9460-8i(2G cache) + SuperCap,2 x 4 x GE + 3 x 2 x 10GE,2 x 900W AC)

2288X_V5=2288X V5
components=Select Component
basicinfo=Basic network analysis
wlan_location=Wireless Location
application_analyzer=Application Analysis
campus_cluster_components=Select Component
campus_cluster_components.remark=Basic network analysis: provides network quality, user access visibility, and abnormal behavior analysis capabilities based on the Telemetry technology.
campus_cluster_components_pro=Select Component
campus_cluster_components_pro.remark=Basic network analysis: provides network quality, user access visibility, and abnormal behavior analysis capabilities based on the Telemetry technology.|Wireless Location: provides basic wireless location functions, including heatmap display and Wi-Fi interference source location.|Application Analysis: provides basic application analysis functions, including application traffic visibility and application quality display.
campus_cluster_components_pro_no_application=Select Component
campus_cluster_components_pro_no_application.remark=Application Analysis: provides basic application analysis functions, including application traffic visibility and application quality display.|Wireless Location: provides basic wireless location functions, including heatmap display and Wi-Fi interference source location.|IFIT:provides fault analysis for WAN-side applications.
campus_cluster_components_pro_no_location=Select Component
campus_cluster_components_pro_no_location.remark=Basic network analysis: provides network quality, user access visibility, and abnormal behavior analysis capabilities based on the Telemetry technology.|Application Analysis: provides basic application analysis functions, including application traffic visibility and application quality display.
campus_standalone_components1=Select Component
campus_standalone_components2=Select Component
campus_standalone_components1.remark=When a wireless location is installed in a single-node system, the total memory of the server must be greater than or equal to 256 GB.|Basic network analysis: provides network quality, user access visibility, and abnormal behavior analysis capabilities based on the Telemetry technology.
campus_standalone_components2.remark=When a wireless location is installed in a single-node system, the total memory of the server must be greater than or equal to 256 GB.|Basic network analysis: provides network quality, user access visibility, and abnormal behavior analysis capabilities based on the Telemetry technology.|Wireless Location Component: provides basic wireless location functions, including heatmap display and Wi-Fi interference source location.|Application Analysis: provides basic application analysis functions, including application traffic visibility and application quality display.


msp_public=Integration Deployment


hld_analyzer_config_physical_disk.rule_3.default=System disk: 900 GB Data disk: 3000 GB  The random read/write speed of the hard disk is 100 MB/s or higher.
standalone_private=Integration Deployment
standalone=Independent Deployment

use_ipv6=Protocol Stack
use_ipv6_1=Protocol Stack
use_ipv6_2=Protocol Stack

hld_analyzer_config_physical_mda.default=128G Server(x86)
hld_analyzer_config_physical_cpu.rule_mda.default=32 cores or more/2.2 GHz
hld_analyzer_config_physical_mem.rule_mda.default=128G
hld_analyzer_config_physical_disk.rule_mda.default=System disk: 900 GB Data disk: 2000 GB  The random read/write speed of the hard disk is 100 MB/s or higher.
hld_analyzer_config_physical_nic.rule_mda.default=At least one 10GE port is available. It is recommended that a server be configured with two NICs and each NIC have two 10GE ports.
hld_analyzer_config_physical_mda_standalone.default=256G Server(x86)
hld_analyzer_config_physical_cpu.rule_mda_standalone.default=40 cores or more/2.2 GHz
hld_analyzer_config_physical_mem.rule_mda_standalone.default=256G
hld_analyzer_config_physical_disk.rule_mda_standalone.default=System disk: 900 GB Data disk: 6000 GB  The random read/write speed of the hard disk is 100 MB/s or higher.
hld_analyzer_config_physical_nic.rule_mda_standalone.default=At least one GE port is available. It is recommended that a server be configured with two NICs and each NIC have two 10GE ports.
base_arch_type_mda=CPU Architecture Type
base_arch_type_mda.remark=Select the CPU architecture type of the corresponding FabricInsight MDA node.
base_north_south_divided_mda=Southbound and Northbound Isolation
base_north_south_divided_mda.remark=text1$1. Yes:Used in dual-plane networking. The southbound and northbound network ports of each node use different network ports, and their IP addresses are in different network segments. The southbound network port is used for communication between the FabricInsight MDA cluster and the FabricInsight cluster, and the northbound network port is used for client access.|text1$2. No:  Used in single-plane networking. The southbound and northbound network ports of each node use the same network port, and their IP addresses are in the same network segment. Both network ports are used for communication between all services.

lld_main_node_mda=FabricInsight MDA Primary Node
lld_slave_node_mda=FabricInsight MDA Secondary Node
lld_computing_node_mda=FabricInsight MDA Service Node
lld_standalone_node_mda=FabricInsight MDA Node

lld_analyzer_node_1_mda_ip_remark=The IP address of the node must be routable to the PC where EasySuite is located. This node provides a unified portal for centralized management of applications and nodes, offers functions such as product startup and stop, system monitoring, and backup and restoration, and features in high availability. This node collects, analyzes, and processes data in the MDA scenario.
lld_analyzer_node_2_mda_ip_remark=The IP address of the node must be routable to the PC where EasySuite is located. This node provides a unified portal for centralized management of applications and nodes, offers functions such as product startup and stop, system monitoring, and backup and restoration, and features in high availability. This node uses a distributed data processing system that provides large-capacity data storage, query, and analysis capabilities, and collects, analyzes, and processes data in the MDA scenario.
lld_analyzer_node_rest_mda_ip_remark=The IP address of the node must be routable to the PC where EasySuite is located. This node uses a distributed data processing system that provides large-capacity data storage, query, and analysis capabilities, and collects, analyzes, and processes data in the MDA scenario.
lld_analyzer_node_standalone_mda_ip_remark=A reachable route exists between the node IP address and the EasySuite server. In this case, you are advised to enter the IP address of the southbound network port. 

lld_insight_access_ip_lab_mda_default=FabricInsight MDA Login IP Address

lld_node_{0}_mda.remark=Cluster Node (Data Analysis Service)
root_nodes_mda=Active FabricInsight MDA management node and all new nodes
sopuser_nodes_mda=Active FabricInsight MDA management node
db_login_pwd_label_mda.default=FabricInsight MDA Database Password
cloudsop_pwd_label_mda.default=Initial Login Password of FabricInsight MDA Management/Service Plane
os_others_user_node_mda_desc=All new nodes of FabricInsight MDA

lld_lvs_float_ip_lab_mda_default=FabricInsight MDA Southbound Floating IP Address

insight_north_ip_des_remark=Northbound plane
insight_south_ip_des_remark=Southbound plane

acc_2288x_v5_blade_snmppwd_1.remark=text1$Set the SNMP encryption password of the currently entered iBMC user.|text1$Password rules：|text1$•Must be 8 to 20 characters long.|text1$•Contains at least one space or one of the following specialcharacters: `~!@#\$%^&*()-_=+\\|[{}];:,<.>/?|text1$•Contain at least two types of the following characters:uppercase letters, lowercase letters, and digits.|text1$•Cannot be the username or the username spelled backwards.|text1$•Have at least two new characters when compared with the previous password (not required from iBMC V3.01.12.01).
acc_2288x_v5_blade_snmppwd_2.remark=text1$Set the SNMP encryption password of the currently entered iBMC user.|text1$Password rules：|text1$•Must be 8 to 20 characters long.|text1$•Contains at least one space or one of the following specialcharacters: `~!@#\$%^&*()-_=+\\|[{}];:,<.>/?|text1$•Contain at least two types of the following characters:uppercase letters, lowercase letters, and digits.|text1$•Cannot be the username or the username spelled backwards.|text1$•Have at least two new characters when compared with the previous password (not required from iBMC V3.01.12.01).
acc_2288x_v5_blade_snmppwd_3.remark=text1$Set the SNMP encryption password of the currently entered iBMC user.|text1$Password rules：|text1$•Must be 8 to 20 characters long.|text1$•Contains at least one space or one of the following specialcharacters: `~!@#\$%^&*()-_=+\\|[{}];:,<.>/?|text1$•Contain at least two types of the following characters:uppercase letters, lowercase letters, and digits.|text1$•Cannot be the username or the username spelled backwards.|text1$•Have at least two new characters when compared with the previous password (not required from iBMC V3.01.12.01).
acc_2288x_v5_blade_snmppwd_4.remark=text1$Set the SNMP encryption password of the currently entered iBMC user.|text1$Password rules：|text1$•Must be 8 to 20 characters long.|text1$•Contains at least one space or one of the following specialcharacters: `~!@#\$%^&*()-_=+\\|[{}];:,<.>/?|text1$•Contain at least two types of the following characters:uppercase letters, lowercase letters, and digits.|text1$•Cannot be the username or the username spelled backwards.|text1$•Have at least two new characters when compared with the previous password (not required from iBMC V3.01.12.01).

os_root_user_pwd_lable.default=root User Password
os_others_user_pwd_label.default=Other OS User Passwords
db_login_pwd_label.default=FabricInsight Database Password
cloudsop_pwd_label.default=Initial Login Password of FabricInsight Management/Service Plane
pwd_config_headers=Configuration Item, Value, Description
cloudsop_passwd_error=The password must contain 8 to 32 characters, including uppercase letters, lowercase letters, digits, and the following special characters: ~`!?,.:;-_'(){}[]/<>@#$%^&*+|=
os_user_others_desc=Others
all_node_desc=All
os_user_others.remark=Includes sopuser, ossadm, and ossuser users.
os_others_user_node_desc=All new nodes of FabricInsight
os_others_user_desc=Other User Passwords
os_others_user.remark=The passwords will be set to the passwords of the sopuser, ossadm, or ossuser user and the protection password for the integrity verification key.
hld_package_cloudcollector.desc.default=Collector software package

FABRIC_AGENT_PARAM=Collector Configuration
dcn_tenant_id_label.default=Tenant ID
hld_specification_namespace.hld_id_cloud_collector_config=Collector Server Recommended Configuration
hld_cloud_collector_config_physical_cpu_x86.rule.default=8Core/2.3GHz
hld_cloud_collector_config_physical_mem_x86.rule.default=32GB
hld_cloud_collector_config_physical_disk_x86.rule.default=600GB,IO > 50MB/s
hld_cloud_collector_config_physical_nic_x86.rule.default=1 x GE (northbound access); 2 x 10GE (southbound data collection & data reporting)

hld_cloud_collector_config_physical_cpu_arm.rule.default=16Core/2.3GHz
hld_cloud_collector_config_physical_mem_arm.rule.default=32GB
hld_cloud_collector_config_physical_disk_arm.rule.default=600GB,IO > 50MB/s
hld_cloud_collector_config_physical_nic_arm.rule.default=1 x GE (northbound access); 2 x 10GE (southbound data collection & data reporting)

hld_cloud_collector_config_vm_cpu_x86.rule.default=16Core/2.3GHz
hld_cloud_collector_config_vm_mem_x86.rule.default=32GB
hld_cloud_collector_config_vm_disk_x86.rule.default=600GB,IO > 50MB/s
hld_cloud_collector_config_vm_nic_x86.rule.default=1 x GE (northbound access); 2 x 10GE (southbound data collection & data reporting)

hld_cloud_collector_config_vm_cpu_arm.rule.default=16Core/2.3GHz
hld_cloud_collector_config_vm_mem_arm.rule.default=32GB
hld_cloud_collector_config_vm_disk_arm.rule.default=600GB,IO > 50MB/s
hld_cloud_collector_config_vm_nic_arm.rule.default=1 x GE (northbound access); 2 x 10GE (southbound data collection & data reporting)
campus_cluster_ifit=IFIT
ifit=IFIT
campus_cluster_ifit.remark=IFIT:provides fault analysis for WAN-side applications.|Yes: IFIT is configured.|No: IFIT is not configrued.
hld_analyzer_config_fabric_cpu.rule_01_02_256.default=40cores or more/2.2GHz
hld_analyzer_config_fabric_mem.rule_01_02_256.default=256G
hld_analyzer_config_fabric_disk.rule_01_02_256.default=System disk: 900 GB Data disk: 8T  The random read/write speed of the hard disk is 100 MB/s or higher.
hld_analyzer_config_fabric_nic.rule_01_02_256.default=At least one 10GE port is available. It is recommended that a server be configured with two NICs and each NIC have two 10GE ports.

base_scene_choices_expand=Application Scenario
base_scene_choices_expand.remark=On-Premises Scenario: Customers purchase Huawei product software and deploy the software on their networks or the IaaS platform to perform O&M management on their own networks.|MSP-owned Cloud Scenario: Managed service providers or carriers purchase Huawei product software and deploy the software in their data centers or public clouds to provide SaaS services.|Huawei Cloud Management Scenario (Huawei Engineers Only): Customers purchase cloud management network SaaS services of Huawei cloud to manage their networks.
local_deployment=On-Premises Scenario
public_cloud=Huawei Cloud Management Scenario (Huawei Engineers Only)
msp_cloud=MSP-owned Cloud Scenario
warning_description=Warning: The following configuration items marked with an asterisk (*) cannot be modified after installation. The configuration items that need to be modified must be reinstalled. Ensure that the configuration items are correctly selected.
base_scene_choices_1=Deployment Mode
base_scene_choices_2=Deployment Mode
base_scene_choices_3=Deployment Mode
product_lang_des=After the product is installed, the product language cannot be modified. If the language is modified, the product must be reinstalled.
os_root_user_pwd_desc=Enter the password of the root user on all existing nodes. The password is used for communication between EasySuite and nodes. Ensure that the passwords of the root user on all nodes are the same.
os_root_user_pwd_ws_desc=Enter the password of the root user on all existing nodes. The password is used for communication between EasySuite and nodes. 
os_others_user_pwd_desc=The passwords will be set to the passwords of the sopuser, ossadm, or ossuser user and the protection password for the integrity verification key.
db_login_pwd_desc=This password will be set to the password of the GaussDB or Redis database administrator.
cloudsop_pwd_desc=The password will be set to the initial login password of the admin user for FabricInsight management/service plane.
ip_des1=External floating IP address of the analyzer, which is used to log in to the analyzer and must be in the same network segment as the northbound network port.
ip_des2=The IP address must be on the same network segment as the IP address of the southbound network port, which is used for communication between FabricInsight and network devices.
ip_dcn_des1=FabricInsight login IP address, which is used to log in to the analyzer. The IP address must be on the same network segment as that of the northbound network port.
ip_dcn_des2=If the load balancing function is used, enter an IP address that is on the same network segment as that of the southbound network port of the analyzer. The IP address is used for communication between the analyzer and southbound devices.
ip_mda_des1=FabricInsight MDA login IP address, which is used to log in to the analyzer. The IP address must be on the same network segment as that of the northbound network port.
dcn_ip_dcn_des2=If the load balancing function is used, enter an IP address that is on the same network segment as that of the southbound network port of the analyzer. The IP address is used for communication between the analyzer and network devices.
ip_mda_des2=If the load balancing function is used, enter an IP address that is on the same network segment as that of the southbound network port of FabricInsight MDA. The IP address is used for communication between FabricInsight MDA and FabricInsight.
netcard_access_desc=Port used by clients to access FabricInsight or third-party systems to connect to FabricInsight through northbound APIs
netcard_south_desc=Port used by FabricInsight to communicate with network devices
mda_netcard_access_desc=Port used by clients to access FabricInsight MDA or third-party systems to connect to FabricInsight MDA through northbound APIs
mda_netcard_south_desc=Used for communication between FabricInsight MDA and the FabricInsight cluster
mda_cloudsop_pwd_desc=The password will be set to the initial login password of the FabricInsight MDA Management/service plane.
dcn_netcard_south_desc=Used for communication between the analyzer and collectors
base_scene_choices_1.remark=text1$1. Independent Deployment: iMaster NCE-CampusInsight is independently deployed and not interconnected with iMaster NCE-Campus. |text1$2. Integration Deployment: iMaster NCE-CampusInsight needs to be interconnected with iMaster NCE-Campus after being installed.
base_scene_choices_2.remark=Integration Deployment: iMaster NCE-CampusInsight needs to be interconnected with iMaster NCE-Campus after being installed.
base_scene_choices_3.remark=Integration Deployment: iMaster NCE-CampusInsight needs to be interconnected with iMaster NCE-Campus after being installed.
lld_agent_cluster_node_1_config=Notice: After the product is installed, all network ports configured on the collector cannot be modified. If the network ports are modified, the collector must be reinstalled.
time_zone_des=Used for configuring the cluser time zone. GMT: Greenwich;+: indicates the eastern time zone;-: indicates the western time zone. For countries or regions that support DST, set Time Zone Selection to the specific country or region.
things_to_know_description=Notice:
things_to_know_description1=1. You need to obtain detailed project information and installation requirements from the product manager or service manager of the current project before installation.
things_to_know_description2=2. The configuration items marked with an asterisk (*) cannot be modified after installation. If you need to modify them, reinstall the product. Ensure that the configuration items are correctly set.
things_to_know_description3=3. If you do not select ERSPAN flow visibility for Flow analysis, reinstall FabricInsight and configure this function again.
things_to_know_description3_ci_standalone=3. MSP-owned Cloud Scenario deployment and Huawei Cloud Management Scenario deployment are not support in standalone installation.
scale_lld_analyzer_node_1_ip_remark=This node is the primary node, which must be reachable with EasySuite node. Its IP address must be the physical IP address of the southbound network port. the node provides a unified portal for centralized management of applications and nodes, the node provides functions such as product startup and stop, system monitoring, and backup and restoration, and features in high availability, the node provides data center device management, traffic collection, and traffic analysis capabilities.

NCE-Tools = NCE-DR Arbitration
is_protection_hot=DR Network Isolation
is_protection_hot.remark=YES: The DR network uses an independent network plane.|NO: The DR network uses the southbound network plane by default. In a non-DR scenario, this parameter is set to NO.|The value of this parameter must be the same for the primary and secondary sites.
is_protection_hot_1=DR Network Isolation
is_protection_hot_1.remark=YES: The DR network uses an independent network plane.|NO: The DR network uses the southbound network plane by default. In a non-DR scenario, this parameter is set to NO.|The value of this parameter must be the same for the primary and secondary sites.
is_protection_hot_2=DR Network Isolation
is_protection_hot_2.remark=YES: The DR network uses an independent network plane.|NO: The DR network uses the southbound network plane by default. In a non-DR scenario, this parameter is set to NO.|The value of this parameter must be the same for the primary and secondary sites.
is_protection_hot_3=DR Network Isolation
is_protection_hot_3.remark=YES: The DR network uses an independent network plane.|NO: The DR network uses the southbound network plane by default. In a non-DR scenario, this parameter is set to NO.|The value of this parameter must be the same for the primary and secondary sites.
lld_netcard_protection_hot_lab_default=Heartbeat/Replication Network Port
lld_netcard_protection_hot_desc=Used for heartbeat communication and data replication between the primary and secondary sites in the DR scenario. Enter a network port different from the southbound and northbound network ports.


netcard_south_lab_default_both=Southbound Network Port (IPv6)
north_type_1=Northbound Protocol Stack
north_type_2=Northbound Protocol Stack
south_type_1=Southbound Protocol Stack
south_type_2=Southbound Protocol Stack
south_type_3=Southbound Protocol Stack
north_type=Northbound Protocol Stack
south_type=Southbound Protocol Stack
dip_float_ip_lab_default_ipv4=FabricInsight Southbound Floating IP Address for Traffic Forwarding
dip_float_ip_lab_default_ipv6=FabricInsight Southbound Floating IP Address for Traffic Forwarding
IPv4=IPv4
IPv6=IPv6
both=Dual stack (IPv4&IPv6)

lld_dip_float_dip_lab_default=FabricInsight Southbound Floating IP Address for Traffic Forwarding
lld_dip_float_dip_lab_mda_default=FabricInsight MDA Southbound Floating IP Address for Traffic Forwarding
dip_des2=The IP address must be on the same network segment as the IP address of the southbound network port, which is used for forwarding southbound traffic to internal nodes.
lvs_float_ip_lab_default_ipv6=FabricInsight Southbound Floating IPv6 Address
lld_dip_float_dip_lab_default_ipv6=FabricInsight Southbound Floating IPv6 Address for Traffic Forwarding
ip_des2_ipv6=The IP address must be on the same network segment as the IPv6 address of the southbound network port, which is used for communication between FabricInsight and network devices.
dip_des2_ipv6=The IP address must be on the same network segment as the IPv6 address of the southbound network port, which is used for forwarding southbound traffic to internal nodes.

hld_package_icmr.desc.default=FabricInsight project framework package
hld_package_analyzer.desc.default=FabricInsight software package for analysis services
hld_package_cloudsop.desc.default=FabricInsight basic software package
hld_package_omp.desc.default=FabricInsight software package for the management plane
hld_package_osmediation.desc.default=FabricInsight tool package for operating systems
hld_package_os_patch.desc.default=FabricInsight patch package for operating systems
servertool_package.desc.default=EasySuite tool package
hld_package_os.desc.default=EulerOS installation package

task_pre_rollback_kafka_and_hdfs=Rolling Back the Big Data Component
task_uninstall_rollback_node=Uninstalling the Product from the Rollback Node
task_product_data_backup=Back Up Software
pre_task_product_data_backup=Checking the backup server
lld_outer_ntp_algorism.remark=The digest algorithm type of time synchronization packets must be the same as that configured on the NTP server. For security purposes, you are advised to set the digest type to SHA256.
lld_outer_ntp_algorism_bak_1.remark=The digest algorithm type of time synchronization packets must be the same as that configured on the NTP server. For security purposes, you are advised to set the digest type to SHA256.
lld_outer_ntp_algorism_bak_2.remark=The digest algorithm type of time synchronization packets must be the same as that configured on the NTP server. For security purposes, you are advised to set the digest type to SHA256.
custom_config_easysuite_part=Disk partition cleanup
custom_check_disk_partition=Disk partition customization
hard_disk_type=Disk Type
hard_disk_type_1=Disk Type
hard_disk_type_2=Disk Type
workstation_standalone=Independent Deployment
workstation_standalone_private=Integration Deployment
workstation_cluster=Independent Deployment
workstation_private=Integration Deployment
os_others_user_pwd_label_ws.default=Product Passwords
os_others_user_pwd_ws_desc=The user-defined password will be set to the initial login password of the admin user on the FabricInsight management plane/service plane, the initial passwords of sopuser, ossadm, and ossuser, and the initial password of the integrity check key. In addition, set this parameter to the password of the Gauss and Redis database administrator.
hld_analyzer_config_physical_cpu_ws.rule1.default=20cores or more/2.2GHz
hld_analyzer_config_physical_disk_ws.rule1.default=System disk: 900 GB Data disk: 2000 GB  The random read/write speed of the hard disk is 10 MB/s or higher.
hld_analyzer_config_physical_cpu_ws.rule2.default=20cores or more/2.2GHz
hld_analyzer_config_physical_disk_ws.rule2.default=System disk: 900 GB Data disk: 2000 GB  The random read/write speed of the hard disk is 10 MB/s or higher.
hld_analyzer_config_physical_cpu_ws.rule3.default=10cores or more/2.4GHz
hld_analyzer_config_physical_disk_ws.rule3.default=3 * 1.92T
hld_analyzer_config_physical_cpu_ws.rule4.default=20cores or more/2.2GHz
hld_analyzer_config_physical_disk_ws.rule4.default=System disk: 900 GB Data disk: 3000 GB  The random read/write speed of the hard disk is 10 MB/s or higher.
netcard_access_ws_desc=Ports used by clients to access FabricInsight and FabricInsight to communicate with network devices.
product_node_ws=FabricInsight Node IP address
things_to_know_description_ws=Independent Deployment: iMaster NCE-CampusInsight is independently deployed and not interconnected with iMaster NCE-Campus.Integration Deployment: iMaster NCE-CampusInsight needs to be interconnected with iMaster NCE-Campus after being installed.
install_mode_lable_desc=Deployment Mode
install_mode=Solution Configuration

network_port_type=Network port type
optical_port=Optical port
electrical_port=Electrical port

workstation_nodes_info2=Node Information
workstation_nodes_info=Node Information
workstation_nodes_config_headers=IP Address,Subnet mask,Gateway,Destination network segment,Destination subnet mask
workstation_lld_bmc_ip_config_headers=iBMC IP,iBMC User,iBMC Password
workstation_id_username_password_config = Password Type,Password Configuration,Description
workstation_raid_level=RAID Type
workstation_scene_choices_des=Independent Deployment: iMaster NCE-CampusInsight is independently deployed and not interconnected with iMaster NCE-Campus. Integration Deployment: iMaster NCE-CampusInsight needs to be interconnected with iMaster NCE-Campus after being installed. 
workstation_netcard_south_first_1=Physical network port 1
workstation_netcard_south_first_2=Physical network port 1
workstation_netcard_south_second_1=Physical network port 2
workstation_netcard_south_second_2=Physical network port 2
workstaton_network_config_headers=NIC Name,Physical NIC
workstation_pwd_type_desc=Global password
workstation_pwd_use_desc=The passwords include OS users (ossadm, sopuser, ossuser, and ftpuser), database administrators (sys and dbuser), and web page administrators (administrators of the management plane and service plane). Password rules: 1. The password contains 8 to 64 characters. 2. The password must contain at least four types of the following: uppercase letters, lowercase letters, digits, and special characters ~@#^*-_+[{}]:./?. 3. The password cannot contain more than two consecutive identical characters. 4. The same character cannot appear for more than three times. 5. The positive and reverse characters of the password must be different and case-insensitive.
workstation_hld_analyzer_config_physical_cpu.rule.default=20 cores or more/2.2 GHz
workstation_hld_analyzer_config_physical_disk.rule.default=3 * 960G SSD
workstation_hld_analyzer_single_config_physical_nic.rule.default=One NIC have two GE ports
workstation_lld_bmc_ip_config=iBMC login information
workstation_lld_disk_num_config=RAID Configuration

cluster_mem_config=Server Configuration
