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Installation Guide for Windows

Last updated: 2024-12-02 15:16:03

    Operation Scenarios

    This document describes how to manipulate TcaplusDB Protobuf API on Windows x64.

    Runtime Environment

    OS: Microsoft Windows x86_64
    Compilation environment: Microsoft Visual Studio 2015 (VC14.0)

    Directions

    Downloading program package

    1. Download the dependency package and TcaplusDB Protobuf API program package. For more information, please see SDK Download.
    2. Decompress the packages. The program package structure is as shown below:
    Tcaplus_PbAPI_3.32.0.171987_Win64Vc14MT_Release_20180413
    |-- cfg # Configuration directory
    |-- docs # Documentation directory
    | `-- tcaplus
    |-- include # Dependency header file directory
    | `-- tcaplus_pb_api
    |-- lib # Library directory
    | |-- Debug
    | `-- Release
    |-- examples # Sample directory
    `-- tcaplus
    |-- C++_common_for_pb2 # Directory of sample common header files
    |-- C++_pb2_asyncmode_simpletable # Sample simple PB table in async mode
    |-- C++_pb2_coroutine_simpletable # Sample simple PB table in coroutine mode

    Preparing environment

    1. Please make sure that you have enabled the TcaplusDB service in the TcaplusDB Console and obtained the corresponding application information (such as the AppId, ZoneId, and AppKey).
    2. Decompress the dependency package and install the dependencies. This document uses the TSF4G_BASE-2.7.28.164975_Win64Vc14Mt_Release.zip dependency package as an example. You should download an appropriate dependency package here as needed. Supposing the root path for installation is D:\\Tencent\\tsf4gMT, relevant files will be installed under the D:\\Tencent\\tsf4gMT\\win64vc14MT path.
    3. Compile and install Porotbuf-3.5.1.
    Suppose the installation path is D:\\protobuf-3.5.1
    4. Compile and install OpenSSL-1.1.0f.
    Suppose the installation path is D:\\openssl-1.1.0f
    5. Set environment variables.
    TSF4G_HOME="D:\\Tencent\\tsf4gMT"
    PROTOBUF_HOME="D:\\protobuf-3.5.1"
    OPENSSL_HOME="D:\\openssl-1.1.0f"

    Constructing

    1. Decompress the TcaplusDB PB API installation package.
    2. Set the App information in the examples/tcaplus/C++_common_for_pb2/common.h file.
    DIR_URL_ARRAY: Tcapdir access point address list
    DIR_URL_COUNT: number of Tcapdir access point addresses
    TABLE_NAME: table name. Before using this feature, you need to use the table_test.xml file in the examples directory to create a TABLE_NAME table
    APP_ID: business ID
    ZONE_ID: regional business server ID
    SIGNATURE: business password
    //examples/tcaplus/C++_common_for_pb2/common.h
    /******************User-defined****************************/
    // Tcapdir access point address list
    static const char DIR_URL_ARRAY[][TCAPLUS_MAX_STRING_LENGTH] =
    {
    "tcp://10.xx.xx.21:9999"
    };
    // Number of Tcapdir access point addresses
    static const int32_t DIR_URL_COUNT = 1;
    // Table name
    static const char * TABLE_NAME = "tb_online";
    // Business ID
    static const int32_t APP_ID = 4;
    // Regional business server ID
    static const int32_t ZONE_ID = 1;
    // Business password
    static const char * SIGNATURE = "8e24269ba91fxxxa7e89b1cbb77368e";
    /******************User-defined******************************/
    3. Use examples\\tcaplus\\C++_pb2_coroutine_simpletable\\SingleOperation\\set as an example.
    set/
    |-- main.cpp # Sample code of main function
    |-- readme.txt
    |-- table_test.proto # .proto table definition file for Tcaplus. The table needs to be created in advance
    |-- pb_co_set.sln # VisualStudio solution file of the project
    |-- pb_co_set.vcxproj # VisualStudio project file of the project
    |-- proto_generate.cmd # .proto file compilation script
    `-- tlogconf.xml
    3.1. First, make sure that you have successfully created a table in the target application by using table_test.proto.
    3.2. Run the proto_generate.cmd script and generate the dependent files under the current path.
    table_test.pb.cc
    table_test.pb.h
    3.3. Open the project file pb_co_set.sln in Microsoft Visual Studio 2015.
    3.4. Generate the solution.
    3.5. If no errors occur, an executable file pb_co_set.exe will be generated under the examples\\tcaplus\\C++_pb2_coroutine_simpletable\\SingleOperation\\set/x64 path.

    Testing

    1. Copy the pb_co_set.exe and tlogconf.xml files into the same directory.
    2. Switch to the administrator role and use cmd.exe or powershell.exe to run the executable file pb_co_set.exe.
    3. Check the output.
    4. For detailed running information, please check the log file tcaplus_pb.log.
    5. To run the *_crypto sample code, please make sure that the libcrypto-1_1-x64.dll file is in the OpenSSL compilation directory under the system path.
    Output
    
    

    TcaplusDB PB API Command List

    TcaplusDB PB API provides various types of operations and supports async and coroutine modes. You can find the corresponding usage in the sample code. The list of TcaplusDB PB API commands are as shown below:
    Command
    Description
    SET
    Sets record by specifying all its primary keys. If the record already exists, an overwrite operation will be performed; otherwise, an insert operation will be performed.
    GET
    Queries record by specifying all its primary keys in TcaplusDB PB table. If the record does not exist, an error will be returned.
    ADD
    Inserts record by specifying all its primary keys. If the record already exists, an error will be returned.
    DELETE
    Deletes record by specifying all its primary keys. If the record does not exist, an error will be returned.
    BATCHGET
    Queries multiple records by specifying multiple set of primary keys in TcaplusDB PB table.
    TRAVERSE
    Traverses TcaplusDB PB table. Multiple records will be returned.
    FIELDGET
    Queries record by specifying all its primary keys in TcaplusDB PB table. This operation queries and transfers only the values of specified fields, which reduces the network transfer traffic. If the record does not exist, an error will be returned.
    FIELDSET
    Sets specified fields by specifying all primary keys of record. Only the values of specified fields will be transferred, which reduces the network traffic. If the data record already exists, an update operation will be performed; otherwise, an error will be returned.
    FIELDINC
    Auto-increments specified fields by specifying all primary keys of record. This command supports only fields in int32, int64, uint32, and uint64 types. It is similar to FIELDSET.
    GETBYPARTKEY
    Queries multiple eligible data entries by specifying certain primary keys. The specified primary key set must have an index created when the table is created; otherwise, an error will be returned.
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