Method for realizing integrated translate and edit surroundings under three layers structure

Abstract

The invention discloses a realization method of integrated compiling environment under framework of three-layer, it uses XML main file, middle piece, mainframe information environment variable, and compiler of operation system to compile, background data and program can be maintained to database, and associating with XML file to realize linkage with background program, unite compiling integrated developing environment is realized, and compiling depending of background operation system is spurned, when transparence of user is realized, edition management of background program is resolved by XML file. The invention can realize integrated management of background program; developer can get rid of background operation system, developer can be vitrificated and edition can be configured.

Description

technical field [0001] The invention relates to a method for realizing an integrated compilation environment in computer programming, in particular to a method for realizing an integrated compilation environment under a three-layer structure. Background technique [0002] In the process of software development, especially in the three-tier architecture that requires front-end and back-end interaction, the front-end generally uses the most cutting-edge object-oriented programming tools, such as Microsoft.NET, the middleware uses BEA's TUXEDO, and the back-end uses The classic C / C++ language (hereinafter referred to as C++). The advantage of using this collocation is that the most advanced technology can be used and the efficiency of program execution can be guaranteed. [0003] But this also brings a series of troubles, especially when using the C++ compilation method, because it can only use the compiler of the operating system, the project developer needs to log in to the ...

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Problems solved by technology

[0003] But this also brings a series of troubles, especially when using the C++ compilation method, because it can only use the compiler of the operating system, the project developer needs to log in to the host computer to compile the C++ program, and this compiler will be due to Different operating systems vary. For example, IBM's AIX system uses xlC to compile, while HP's UNIX uses aCC to compile, and the compiled results are also not universal.

Obviously, this is bad for developers

In addition, because the background host does not have any graphical interface, and the file directory is complicated, developers must learn a set of basic operation commands of the background host to compile the background C++ program. a new cost

When the middleware is BEA's TUXEDO, if the compiled background C++ programs are scattered in various directories without unified management, it is easy to compile the same program into different function libraries or execution files when compiling from the background. And this is not allowed by TUXEDO. When TUXEDO calls, it randomly calls any one in the middle, which can easily cause program confusion.

In the process of joint development of project team members, it is not convenient to implement if only managing C++ programs through the background, and the management is more confusing

[0004] The information of each module in TUXEDO's UBB configuration file represents a batch of configurations. For developers, any configuration error will cause TUXEDO to fail to start, and TUXEDO is a link between the development of the three-tier architecture. Without the TUXEDO middleware, the architecture cannot run, but developers do not need to understand these configuration files in depth. All they need to know is which server numbers need to be used or which servers can be used in specific software development. No

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