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SearchIn the following topics, API operations in the SDK for Python 3 are used. You must install Python 3.9 or later and pip first. Install the SDKpip install alibabacloud_gpdb20160503pip install alibabacloud_tea_openapiIn this topic, alibabacloud_gpdb20160503 of V3.5.0 is used. To install a specific version, run the following commands:pip install alibabacloud_gpdb20160503==3.5.0pip install alibabacloud_tea_openapi==0.3.8Configure environment variablesConfigure the ALIBABA_CLOUD_ACCESS_KEY_ID and ALIBABA_CLOUD_ACCESS_KEY_SECRET environment variables. For Linux and macOS: Replace , , , and in the following commands with your AccessKey ID, your AccessKey secret, the ID of your AnalyticDB for PostgreSQL instance, and the region ID of your instance. Then, run the commands one by one on your device. For more information about how to obtain an AccessKey ID, see Create an AccessKey pair. export ALIBABA_CLOUD_ACCESS_KEY_ID=export ALIBABA_CLOUD_ACCESS_KEY_SECRET=export ADBPG_INSTANCE_ID=export ADBPG_INSTANCE_REGION=For Windows: Create an environment variable file. Add the ALIBABA_CLOUD_ACCESS_KEY_ID, ALIBABA_CLOUD_ACCESS_KEY_SECRET, ADBPG_INSTANCE_ID, and ADBPG_INSTANCE_REGION environment variables to the file. Then, set these environment variables to the prepared AccessKey ID, AccessKey secret, the ID of your AnalyticDB for PostgreSQL instance, and the region ID of your instance. Then, restart the Windows operating system. Build your clientfrom alibabacloud_tea_openapi import models as open_api_modelsfrom alibabacloud_gpdb20160503.client import Clientimport osALIBABA_CLOUD_ACCESS_KEY_ID = os.environ['ALIBABA_CLOUD_ACCESS_KEY_ID']ALIBABA_CLOUD_ACCESS_KEY_SECRET = os.environ['ALIBABA_CLOUD_ACCESS_KEY_SECRET']ADBPG_INSTANCE_ID = os.environ['ADBPG_INSTANCE_ID']ADBPG_INSTANCE_REGION = os.environ['ADBPG_INSTANCE_REGION']def get_client(): config = open_api_models.Config( access_key_id=ALI_CLOUD_ACCESS_KEY_ID, access_key_secret=ALI_CLOUD_ACCESS_KEY_SECRET ) config.region_id = ADBPG_INSTANCE_REGION # if ADBPG_INSTANCE_REGION in ("cn-beijing", "cn-hangzhou", "cn-shanghai", "cn-shenzhen", "cn-hongkong", "ap-southeast-1", "cn-hangzhou-finance", "cn-shanghai-finance-1", "cn-shenzhen-finance-1", "cn-beijing-finance-1"): config.endpoint = "gpdb.aliyuncs.com" else: config.endpoint = f'gpdb.{ADBPG_INSTANCE_REGION}.aliyuncs.com' return Client(config)

NTDS Settings object is one of two critical objects that distinguish domain controllers from other computer accounts in Active Directory. Among other things, the NTDS Settings object is the parent container for inbound connections from other domain controllers in the domain and in the forest.The domain name path of the Server-Reference attribute on FRS member objects becomes null (empty) if you delete NTDS Settings objects from the Configuration partition in Active Directory. This behavior is detected or recorded by the following tools or logs:The output of the ntfrsutl ds command:Event 13562 in the FRS event log on computers that are running Service Pack 2 (SP2) or later:Event Type: WarningEvent Source: NtFrsEvent Category: NoneEvent ID: 13562Date: mm/dd/yyyyTime:hh:mm:ss AM|PMUser: N/AComputer:computernameDescription:Following is the summary of warnings and errors encountered by File Replication service while polling the Domain Controller dc1.a.com for FRS replica set configuration information.The nTFRSMember object cn=dc1,cn=domain system volume (sysvol share),cn=file replication service,cn=system,dc=a,dc=com has a invalid value for the attribute ServerReference.Errors in the FRS debug logs:NtFrs_000X.log: FrsNewDsGetSysvolCxtions: S0: HH:MM:SS :DS: WARN - Member (cn=DC1,cn=domain system volume (sysvol share),cn=file replication service,cn=system,dc=a,dc=com) of sysvol replica set lacks server reference; skippingThe output of the ntfrsutl ds command parsed with the PERL script TOPCHK (which is available from Microsoft Product Support Services):S E R V E R S M I S S I N G I N B O U N D C O N N E C T I O N SThe following FRS Member servers have outbound replication partners but no inbound connection objects. There could be several reasons for this:There are no connection objects under the NTDS Settings object for this server. This is an error.The ServerReference Attribute for this server is null. This is an error.This server could be in a different domain so there will be no FRS member object for

Verify change certain aspects of the Active Directory. The following is the steps needed to view the Flexible Single Master Operation (FSMO) roles on a given Domain Controller.Ntdsutil.exe is the only tool that shows you all the FSMO role owners. You can view the PDC emulator, RID master, and infrastructure master role owners in Active Directory Users and Computers. You can view the schema master role owner in the Active Directory Schema snap-in. You can view the domain naming master role owner in Active Directory Domains and Trusts.Click Start, click Run, type cmd in the Open box, and then press ENTER.Type ntdsutil, and then press ENTER.Type domain management, and then press ENTER.Type connections, and then press ENTER.Type connect to serverServerName, whereServerName is the Name of the Domain Controller you would like to view, and then press ENTER.Type quit, and then press ENTER.Type select operation target, and then press ENTER.Type list roles for connected server, and then press ENTER. A list is displayed similar to what is listed below. Results may very depending on the roles the particular Domain Controller may hold. If you receive an error message, check the spelling of the commands as the syntax of the commands must be exact. If you need the syntax of a command, type? at each prompt:Server "dc1" knows about 5 rolesSchema - CN=NTDSSettings,CN=DC1,CN=Servers,CN=Default-First-Site-Name,CN=Sites,CN=Configuration,DC=corp,DC=comDomain - CN=NTDSSettings,CN=DC1,CN=Servers,CN=Default-First-Site-Name,CN=Sites,CN=Configuration,DC=corp,DC=comPDC - CN=NTDSSettings,CN=DC1,CN=Servers,CN=Default-First-Site-Name,CN=Sites,CN=Configuration,DC=corp,DC=comRID - CN=NTDSSettings,CN=DC1,CN=Servers,CN=Default-First-Site-Name,CN=Sites,CN=Configuration,DC=corp,DC=comInfrastructure - CN=NTDSSettings,CN=DC1,CN=Servers,CN=Default-First-Site-Name,CN=Sites,CN=Configuration,DC=corp,DC=comUse DCDIAGOn a Windows 2000 Domain Controller, run the following command:DCdiag /test:Knowsofroleholders /vYou must use the /v switch. This lists the owners of all FSMO roles in the enterprise.ReferencesFor additional information, click the article numbers below to view the articles:197132 Windows 2000 Active Directory FSMO Roles223346 FSMO Placement and Optimization on Windows 2000 Domains --> Feedback Additional resources In this article

Linux deployment includes some prerequisite verification before accessing the command line and installing the tool. ProcedureObtain the package from the Trend Vision One console.ImportantEach package is specific to your company. After installing the package, the endpoint starts reporting to your company's Trend Vision One console.Verify that the system is running OpenSSL version 1.1.1 or later by executing the following command:Extract the contents of the package by executing the following command:Verify that the signature and issuer of the certificate are valid.Execute the following command:openssl cms -verify -binary -no_check_time -in checksum.p7 -inform DER -verify -content checksum -purpose any -certsout need_to_check.certs -out /dev/nullThe expected output is Verification successful.NoteUse the need_to_check.certs certificate generated by the command in the subsequent verification steps.Verify that the certificate subject is Trend Micro, Inc and the issuer is DigiCert Inc by executing the following command:openssl crl2pkcs7 -nocrl -certfile need_to_check.certs | openssl pkcs7 -print_certs -nooutThe output should be:subject=C = US, O = "DigiCert, Inc.", CN = DigiCert Trusted G4 Code Signing RSA4096 SHA384 2021 CA1issuer=C = US, O = DigiCert Inc, OU = www.digicert.com, CN = DigiCert Trusted Root G4subject=businessCategory = Private Organization, jurisdictionC = TW, serialNumber = 23310837, C = TW, ST = Taipei City, L = Da\E2\80\99an District, O = "Trend Micro, Inc.", CN = "Trend Micro, Inc."issuer=C = US, O = "DigiCert, Inc.", CN = DigiCert Trusted G4 Code Signing RSA4096 SHA384 2021 CA1Verify that the checksum is valid by executing the following command:If the system does not return an error, you can begin installing the package.Install the agent.To install Trend Vision One Agent without a proxy, execute the following command:$ ./tmxbc installTo install Trend Vision One Agent with a specific proxy on the endpoint, execute the following command:$ ./tmxbc install --proxyURL For example:$ ./tmxbc install --proxyURL command only supports HTTP proxies and does not support the

IP2Location Python CSV ConverterThis Python script converts IP2Location CSV data file, that contains the IP address in numeric notation, into dot-decimal notation (such as x.x.x.x) or CIDR notation (x.x.x.x/24). It supports both the IP2Location commercial edition, DB1 to DB26 database and also the free edition, IP2Location LITE database. In addition to this, this converter can also be used to convert any CSV file that contains the IP number (the numeric notation).You can download the IP2Location CSV file at the below links:IP2Location Commercial DatabaseIP2Location LITE DatabasePlease do not use this script to convert IP2Location BIN data file. It only support the CSV format, not the binary format.RequirementThis script require ipaddress to work. For Python3 user, it is already been installed as part of Python3 standard library. For Python2 user, if you do not have the library installed, you can install the library by running the following command:pip install ipaddressFor Windows user, please install this library win_inet_pton before using this script, you can install the library by running the following command:pip install win-inet-ptonInstallationYou can install the script by using pip command:pip install ip2location-python-csv-converterFor Arch Linux user, you can also install the script by using the following commands:git clone && cd ip2location-python-csv-convertermakepkg -siUsageip2location-csv-converter [-range | -cidr | -hex] [-replace | -append] INPUT_FILE OUTPUT_FILEParametersParameterDescription-rangeIP numbers will be converted into the first IP address and last IP address in the range.-cidrIP numbers will be converted into CIDR format.-hexIP numbers will be converted into hexadecimal format. (auto padding)-hex4IP numbers will be converted into hexadecimal format. (pad IPv4)-hex6IP numbers will be converted into hexadecimal format. (pad IPv6)-replaceThe IP numbers in will be replaced to the selected format.-appendThe converted format will be appended after the IP numbers field.Example:Sample Input"17170432","17301503","IN","India""17301504","17367039","CN","China""17367040","17432575","MY","Malaysia""17432576","17435135","CN","China""17435136","17435391","AU","Australia""17435392","17465343","CN","China""17465344","17498111","TH","Thailand""17498112","17563647","KR","Korea, Republic of""17563648","17825791","CN","China""17825792","17842175","KR","Korea, Republic of"Convert into range with replace option:Command:ip2location-csv-converter -range -replace IP2LOCATION-DB1.CSV IP2LOCATION-DB1.NEW.CSVOutput:"1.6.0.0","1.7.255.255","IN","India""1.8.0.0","1.8.255.255","CN","China""1.9.0.0","1.9.255.255","MY","Malaysia""1.10.0.0","1.10.9.255","CN","China""1.10.10.0","1.10.10.255","AU","Australia""1.10.11.0","1.10.127.255","CN","China""1.10.128.0","1.10.255.255","TH","Thailand""1.11.0.0","1.11.255.255","KR","Korea, Republic of""1.12.0.0","1.15.255.255","CN","China""1.16.0.0","1.16.63.255","KR","Korea, Republic of"Convert into CIDR with replace option:Command:ip2location-csv-converter -cidr -replace IP2LOCATION-DB1.CSV IP2LOCATION-DB1.NEW.CSVOutput:"1.6.0.0/15","IN","India""1.8.0.0/16","CN","China""1.9.0.0/16","MY","Malaysia""1.10.0.0/21","CN","China""1.10.8.0/23","CN","China""1.10.10.0/24","AU","Australia""1.10.11.0/24","CN","China""1.10.12.0/22","CN","China""1.10.16.0/20","CN","China""1.10.32.0/19","CN","China"Convert into hexadecimal with replace option:Command:ip2location-csv-converter -hex -replace IP2LOCATION-DB1.CSV IP2LOCATION-DB1.NEW.CSVOutput:"01060000","0107ffff","IN","India""01080000","0108ffff","CN","China""01090000","0109ffff","MY","Malaysia""010a0000","010a09ff","CN","China""010a0a00","010a0aff","AU","Australia""010a0b00","010a7fff","CN","China""010a8000","010affff","TH","Thailand""010b0000","010bffff","KR","Korea, Republic of""010c0000","010fffff","CN","China""01100000","01103fff","KR","Korea, Republic of"Convert into range with append option:Command:ip2location-csv-converter -range -append IP2LOCATION-DB1.CSV IP2LOCATION-DB1.NEW.CSVOutput:"17170432","17301503","1.6.0.0","1.7.255.255","IN","India""17301504","17367039","1.8.0.0","1.8.255.255","CN","China""17367040","17432575","1.9.0.0","1.9.255.255","MY","Malaysia""17432576","17435135","1.10.0.0","1.10.9.255","CN","China""17435136","17435391","1.10.10.0","1.10.10.255","AU","Australia""17435392","17465343","1.10.11.0","1.10.127.255","CN","China""17465344","17498111","1.10.128.0","1.10.255.255","TH","Thailand""17498112","17563647","1.11.0.0","1.11.255.255","KR","Korea, Republic of""17563648","17825791","1.12.0.0","1.15.255.255","CN","China""17825792","17842175","1.16.0.0","1.16.63.255","KR","Korea, Republic of"Convert into CIDR with append option:Command:ip2location-csv-converter -cidr -append IP2LOCATION-DB1.CSV IP2LOCATION-DB1.NEW.CSVOutput:"17170432","17301503","1.6.0.0/15","IN","India""17301504","17367039","1.8.0.0/16","CN","China""17367040","17432575","1.9.0.0/16","MY","Malaysia""17432576","17435135","1.10.0.0/21","CN","China""17432576","17435135","1.10.8.0/23","CN","China""17435136","17435391","1.10.10.0/24","AU","Australia""17435392","17465343","1.10.11.0/24","CN","China""17435392","17465343","1.10.12.0/22","CN","China""17435392","17465343","1.10.16.0/20","CN","China""17435392","17465343","1.10.32.0/19","CN","China""17435392","17465343","1.10.64.0/18","CN","China""17465344","17498111","1.10.128.0/17","TH","Thailand""17498112","17563647","1.11.0.0/16","KR","Korea, Republic of""17563648","17825791","1.12.0.0/14","CN","China""17825792","17842175","1.16.0.0/18","KR","Korea, Republic of"Convert into hexadecimal with append option:Command:ip2location-csv-converter -hex -append IP2LOCATION-DB1.CSV IP2LOCATION-DB1.NEW.CSVOutput:"01060000","0107ffff","17170432","17301503","IN","India""01080000","0108ffff","17301504","17367039","CN","China""01090000","0109ffff","17367040","17432575","MY","Malaysia""010a0000","010a09ff","17432576","17435135","CN","China""010a0a00","010a0aff","17435136","17435391","AU","Australia""010a0b00","010a7fff","17435392","17465343","CN","China""010a8000","010affff","17465344","17498111","TH","Thailand""010b0000","010bffff","17498112","17563647","KR","Korea, Republic of""010c0000","010fffff","17563648","17825791","CN","China""01100000","01103fff","17825792","17842175","KR","Korea, Republic of"Custom Input FileYou can use this converter for a custom input file provided the input is in CSV format, with the first and second field contain the ip from and ip to information in numeric format.SupportURL: