CN101630258A - Embedded Linux software integration development system on Windows platform and construction method thereof - Google Patents
Embedded Linux software integration development system on Windows platform and construction method thereof Download PDFInfo
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Abstract
The invention discloses an embedded Linux software integration development system on a Windows platform and a construction method thereof. The construction method comprises the following steps: installing a Linux virtual environment tool on a computer with a Windows operating system; transplanting an open source compilation tool (gcc) into the Linux virtual environment to run so as to generate a compiler; transplanting an open source debugging tool into the Linux virtual environment to run so as to generate a debugger; transplanting a graphical system on the Linux platform into the Linux virtual environment so as to generate a stimulation module; using a programming tool to produce a graphical user interface module so that the graphical user interface module can provide a graphical user interface port to invoke the complier, the debugger and the simulation module. The development system constructed by utilizing the method can form a set of integrate development tool environment, can greatly reduce the development difficulty of embedded Linux software, and simplify the research and production process, thereby reducing the production and management cost and enabling products to have more competitive advantages.
Description
Technical field
The present invention relates to the integrated development technique of software field, relate in particular to the integrated development technique of built-in Linux software on the windows platform.
Background technology
Along with the commercialization gradually of 3G network and popularizing of related service, Internet industry is also entering the next important stage of its development: mobile Internet age.Mobile Internet consumer electronics series products begins to enter comprehensive commercialization, mobile Internet consumer electronics series products all is based on the intelligent artifact of embedded system, it is more and more faster that it upgrades variation, be faced with the strong market demand and complicated day by day design challenge, tighter to exploitation time requirement, require to develop fast, produce and go on the market.
Therefore, exploitation one cover advanced person, powerful, simultaneously easy to use again, the embedded software integrated development system of friendly interface just seems most important.(GNU) instrument chain of increasing income is mainly used in existing built-in Linux software development, working environment all is to adopt the command line mode exploitation on the Linux platform, this development scheme makes beginner or the peopleware who is unfamiliar with the Linux platform be difficult to grasp relevant technology, is unfavorable for that built-in Linux software develops fast and apply.
Summary of the invention
The difficulty that the technical problem to be solved in the present invention is to use existing built-in Linux software development system to develop is bigger, and beginner or the software developer who is unfamiliar with the Linux platform be difficult to grasp the exploitation of built-in Linux software.Provided by the invention on the Windows of Microsoft series operating system platform embedded Linux software integration development system and construction method thereof, the operation that makes the programmer can need not to learn the Linux platform can join in the exploitation troop of built-in Linux software fast.
In order to solve the problems of the technologies described above, the invention provides embedded Linux software integration development system on a kind of windows platform, comprise: contain computing machine, graphical user interface module, background module, emulation module, compiler and the debugger of Windows operating system, make that the user can be based on the good interface environmental simulation exploitation built-in Linux software of windows; Wherein, background module adopts the Linux virtual environment tool, is used to generate the Linux virtual environment; Compiler is transplanted to the compilation tool gcc that increases income under the described Linux virtual environment and is generated, and is used to support the source program compiling based on different micro-processor architectures; Debugger is transplanted to the debugging acid gdb that increases income under the described Linux virtual environment and is generated, and is used to support the compiler debugging based on different micro-processor architectures; Emulation module is the graphics system on the Linux platform to be transplanted under the described Linux virtual environment generate, make the user can be on windows platform simulation run based on the various built-in Linux softwares of Linux community's face; Graphical user interface module is used to provide graphic user interface to call described compiler, debugger and emulation module.
Preferably, graphical user interface module also has the function of engineering management, comprises project files such as creation of operating system core engineering, system library engineering, application program engineering and file system engineering; Described project file is used to deposit the engineering and the compiling information of basic built-in Linux software, comprises information such as engineering name, path, compiler, the file that comprises, source code catalogue, Makefile position, configuration file position and software version number.
Preferably, graphical user interface module also has the text editing function, comprises file operations such as File Open, establishment, modification, preservation, provides the color based on c language semanteme to show, operations such as text copy, shearing, stickup are provided.
Preferably, this system also comprises the batch process module, be used on the windows platform realizing the packing of final program and record in batches, comprise the generation of Equipment Serial Number and record, the generation of MAC Address etc. and record, boot record and all other programs function such as record; Graphical user interface module also is used to provide graphic user interface to call described batch process module.
Preferably, this system also comprises the auxiliary tools module, comprising: Target Board programming instrument, Target Board means of communication, Target Board download tool and embedded system state analysis instrument; Wherein, Target Board programming instrument is used for program image is arrived Target Board by the programming of jtag interface; The Target Board means of communication is used for passing down ordering Target Board, realizes the control to Target Board; The Target Board download tool is by network, usb and serial ports download the curing storer of Target Board or internal memory and start operation; Embedded system state analysis instrument is used to follow the tracks of the running status that the jtag interface obtains embedded Linux system, the analysis of built-in linux system reason etc. of makeing mistakes; Graphical user interface module also is used to provide graphic user interface to call described auxiliary tools module.
The present invention also provides the construction method of embedded Linux software integration development system on a kind of windows platform, it is characterized in that, comprise following steps: the Linux virtual environment tool is installed, generates the Linux virtual environment on the computing machine that contains Windows operating system; The compilation tool gcc that will increase income is transplanted under the described Linux virtual environment and moves, and generates compiler, makes compiler can support the source program compiling based on different micro-processor architectures; The debugging acid gdb that will increase income is transplanted under the described Linux virtual environment and moves, and generates debugger, makes debugger can support the compiler debugging based on different micro-processor architectures; Graphics system on the Linux platform is transplanted in the described Linux virtual environment, is generated emulation module, make the user can be on windows platform simulation run based on the various built-in Linux softwares of Linux community's face; Use programming tool to make graphical user interface module, make graphical user interface module can provide graphic user interface to call described compiler, debugger and emulation module.
Preferably, this construction method also comprises following steps: use programming tool to increase the engineering management function as graphical user interface module, comprise project files such as creation of operating system core engineering, system library engineering, application program engineering and file system engineering; Described project file is used to deposit the engineering and the compiling information of basic built-in Linux software, comprises information such as engineering name, path, compiler, the file that comprises, source code catalogue, Makefile position, configuration file position and software version number.
Preferably, this construction method also comprises following steps: use programming tool to increase the text editing function as graphical user interface module, comprise file operations such as File Open, establishment, modification, preservation, color based on c language semanteme shows operations such as text copy, shearing, stickup.
Preferably, this construction method, also comprise following steps: use programming tool to make and produce module in batches, be used on the windows platform realizing the packing of final program and record in batches, comprise the generation of Equipment Serial Number and record, the generation of MAC Address etc. and record, boot record and all other programs function such as record; Use programming tool to increase the function of graphical user interface module, make graphical user interface module can provide graphic user interface to call described batch process module.
Preferably, this construction method also comprises following steps: use programming tool to make the auxiliary tools module, comprising: Target Board programming instrument, Target Board means of communication, Target Board download tool and embedded system state analysis instrument; Wherein, Target Board programming instrument is used for program image is arrived Target Board by the programming of jtag interface; The Target Board means of communication is used for passing down ordering Target Board, realizes the control to Target Board; The Target Board download tool is by network, usb and serial ports download the curing storer of Target Board or internal memory and start operation; Embedded system state analysis instrument is used to follow the tracks of the running status that the jtag interface obtains embedded Linux system, the analysis of built-in linux system reason etc. of makeing mistakes; Use programming tool to increase the function of graphical user interface module, make graphical user interface module can provide graphic user interface to call described auxiliary tools module.
The user interface of the embedded Linux software integration development system that the inventive method makes up is good, debugging acid various commonly used on original Linux platform, as: code analysis tool, executing state analysis tool, telnet, ftp, flash programming instrument etc. all are integrated in this development system, be packaged into graphic user interface, form the complete developing instrument environment of a cover; Can reduce the development difficulty of built-in Linux software greatly, conveniently be easy to learn and use for the designer provides a kind of, the Integrated Development Environment of flexible and efficient built-in Linux software; Can simplify research and development and production procedure greatly, shorten the staff training time, develop software fast, effectively management project is produced product fast, follows the trail of finished product, thereby realization is produced and the reduction of handling cost, makes product have more competitive edge.
Description of drawings
The composition synoptic diagram of a preferred embodiment of embedded Linux software integration development system on Fig. 1 windows platform of the present invention.
Embodiment
The invention will be further described below in conjunction with the drawings and specific embodiments, can be implemented so that those skilled in the art can better understand the present invention also, but illustrated embodiment is not as a limitation of the invention.
As shown in Figure 1, embedded Linux software integration development system preferred embodiment on the windows platform of the present invention, this system comprises: background module, emulation module, compiler, debugger is produced module in batches, auxiliary tools module, graphical user interface module and the computing machine that contains Windows operating system.
Background module, adopt Linux virtual environment tool--cygwin software (can certainly adopt other Linux virtual environment tool), this software provides a UNIX/Linux environment on the windows platform, can the helper developer UNIX/Linux software from the UNIX/Linux platform transplantation to windows platform, be a powerful tool set.Therefore, the cygwin software environment can realize the operation of built-in Linux software on windows platform.
Emulation module is mainly used in simulation run and the debugging built-in Linux software based on Linux community's face.When using Linux virtual environment tool such as cygwin software on the windows platform, program run possesses the ultimate system support, but lack graphic user interface (GUI), move by the graphics system on the Linux platform being transplanted in the cygwin software environment on the windows platform, promptly can realize can simulation run on windows platform based on the various built-in Linux softwares of Linux community's face, and operational effect is with identical on the Linux platform.
Compiler, with the gcc compilation tool of increasing income, by softwares such as cygwin, be transplanted on the windows platform and move, and be that it encapsulates the graphic user interface based on windows platform, compiler and make command information are outputed to output window, can realize location of error code etc. by output window; Make compiler can support compiling based on different microprocessors (arm, mips, x86) architecture.The process of transplanting gcc comprises: the configuration of the configuration of the configuration of glibc and compiling, gcc and compiling, g++ and compiling etc.
Debugger with the gdb debugging acid of increasing income, by softwares such as cygwin, is transplanted on the windows platform and is moved, and is the graphic user interface of its encapsulation based on windows platform, realizes basic information demonstration, code tracking, and breakpoint such as is provided with at function; Make the debugging of debugger support based on arm, mips, x86 architecture.The process of transplanting gdb comprises: the configuration of the configuration of gdb and compiling, gdbserver and compiling etc.Specifically, the gdb debugging acid of increasing income is based on the debugging acid collection on the Linux platform of command line mode, uses inconvenience and should not grasp; By adopting traditional gdb debugging agreement, the more original functions of gdb are transplanted, encapsulation and establishment graphic user interface, realized code line debugging acid based on the graphic user interface of windows platform, the user can (be Joint TestAction Group by debugging proxy or jtag, combined testing action group, be a kind of international standard test protocol) operation of built-in Linux software on the connected mode controlled target plate and stopping, Debugging message passes to computing machine and dynamically is presented in the graphic user interface by network or jtag line, make the user can grasp program run information intuitively, program is debugged.
Produce module in batches, allow the user on windows platform, can realize built-in Linux software final program packing and record in batches, comprising: with the generation of ERP system interconnection, Equipment Serial Number and record, the generation of MAC Address etc. and record, the recording of the recording of boot, all other programs.
The auxiliary tools module comprises: Target Board programming instrument, Target Board means of communication, Target Board download tool and embedded system state analysis instrument.
Target Board programming instrument is used for program image is arrived Target Board by the programming of jtag interface; The Target Board means of communication is used for passing down ordering Target Board, realizes the control to Target Board; The Target Board download tool is by network, usb and serial ports download the curing storer (hard disk, flash etc.) of Target Board or internal memory and start operation.Embedded system state analysis instrument is used to follow the tracks of the running status that the jtag interface obtains embedded Linux system, the analysis of built-in linux system reason etc. of makeing mistakes.By the jtag interface that utilizes processor to provide, analysis tool can be obtained information such as the map addresses, Memory Allocation, process operation, stack space, processor state, Interrupt Process process of embedded system; These information are carried out analysis-by-synthesis, the user can obtain the current code line that runs to of embedded system, part and integrated informations such as global variable value, function call level, memory overflow and the situation of crossing the border, and these information are for software developer's analytic system state and search the reason of makeing mistakes very large help is arranged.In the performance history of embedded system, the software developer often need understand the operation conditions of embedded system, and the analysis of built-in system moves the reason etc. of makeing mistakes.
Graphical user interface module, comprise an engineering management window, a plurality of text editing window, a plurality of output window and a suppressible order line window, be used to call emulation module, compiler, debugger, batch process module and auxiliary tools module, for they provide graphic user interface.
The engineering management window, the function of four class project files such as MOS core engineering, system library engineering, application program engineering and file system engineering is provided, project file is used to deposit the engineering and the compiling information of basic built-in Linux software, comprises source code catalogue, Makefile position, configuration file position, software version number etc.; At the text editing window, the editting function of program code is provided, comprise file operations such as File Open, establishment, modification, preservation, based on the color demonstration of c language semanteme, text maninulations such as text copy, shearing, stickup; Output window, the output information of demonstration compiling, debugging etc.; At suppressible order line window, realization and Target Board are mutual, resolve the host order and also pass to Target Board.
The construction method of embedded Linux software integration development system preferred embodiment on the windows platform of the present invention, this method specifically comprises following each step:
Linux virtual environment tool--cygwin software (can certainly adopt other Linux virtual environment tool) is installed on the computing machine that contains Windows 2000 operating systems, and this software provides the running environment of the built-in Linux software under Windows 2000 operating systems;
Use Microsoft Visual Studio C++ tool making graphical user interface module, this module is used to call emulation module, compiler, debugger, batch process module and auxiliary tools module, for they provide graphic user interface; This module comprises: engineering management window, text editing window, a plurality of output window and a suppressible order line window, all these windows are integrated in the application program, and be called graphical user interface program WLinuxIDE.Concrete function is: at the engineering management window, can select different engineerings, show the file that engineering comprised; At the text editing window, can realize the editor of program code; At output window, show the output information of compiling, debugging etc.; At suppressible order line window, realization and Target Board are mutual, resolve the host order and also pass to Target Board.
The instruments of increasing income such as GNU gcc 4.2.0, make are transplanted in the cygwin software environment, generate the compiler on the windows platform, and by revising the make instrument with compilation process and WLinuxIDE combination, realize reporting an error, locate and function such as modification of error code, all functions of compiler are integrated among the WLinuxIDE.
The instruments of increasing income such as GNU gdb are transplanted in the cygwin software environment, generate the debugger on the windows platform, and by revising the gdb instrument, debug process and WLinuxIDE are combined, functions such as the operation of code, tracking, display message, all functions of debugger are integrated among the WLinuxIDE.
Graphics system on the Linux platform is transplanted in the cygwin software environment on the windows platform, generate the emulation module on the windows platform, and simulation process and WLinuxIDE combined, make based on the various built-in Linux softwares of Linux community's face can simulation run on windows platform, debug, check operational effect, all functions of emulation module are integrated among the WLinuxIDE.
Use one of Microsoft Visual Studio C++ tool making to produce module in batches, realize the packing of final program and record in batches, and and WLinuxIDE combine, all functions of producing module in batches are integrated among the WLinuxIDE.The production function realizes by script, can avoid the direct labor fully because the production mistake that the knowledge deficiency causes.This tool of production can satisfy research staff's the program requirements of recording equally.
Use a series of auxiliary tools modules of Microsoft Visual Studio C++ tool making, comprise: Target Board programming instrument, Target Board means of communication, Target Board download tool and embedded system state analysis instrument, and these instruments and WLinuxIDE are combined, and all functions of these instruments are integrated among the WLinuxIDE.
In a word, more than all functions of each module finally all be integrated among the graphical user interface program WLinuxIDE, allow a complete set of processes such as the user can realize the writing of built-in Linux software, debugs, moves under a unified interface, production, avoid the operation of user's overspending time study Linux platform, the efficient that has improved research and development and produced owing to being unfamiliar with the Linux platform.
The above embodiment is the preferred embodiment that proves absolutely that the present invention lifts, and protection scope of the present invention is not limited thereto.Being equal to that those skilled in the art are done on basis of the present invention substitutes or conversion, all within protection scope of the present invention.Protection scope of the present invention is as the criterion with claims.
Claims (10)
1. embedded Linux software integration development system on the windows platform, it is characterized in that, comprise: contain computing machine, graphical user interface module, background module, emulation module, compiler and the debugger of Windows operating system, make that the user can be based on the good interface environmental simulation exploitation built-in Linux software of windows; Wherein,
Described background module adopts the Linux virtual environment tool, is used to generate the Linux virtual environment;
Described compiler is transplanted to the compilation tool gcc that increases income under the described Li nux virtual environment and is generated, and is used to support the source program compiling based on different micro-processor architectures;
Described debugger is transplanted to the debugging acid gdb that increases income under the described Linux virtual environment and is generated, and is used to support the compiler debugging based on different micro-processor architectures;
Described emulation module is the graphics system on the Linux platform to be transplanted under the described Linux virtual environment generate, make the user can be on windows platform simulation run based on the various built-in Linux softwares of Linux community's face;
Described graphical user interface module is used to provide graphic user interface to call described compiler, debugger and emulation module.
2. embedded Linux software integration development system on the windows platform as claimed in claim 1, it is characterized in that, described graphical user interface module also has the function of engineering management, comprises project files such as creation of operating system core engineering, system library engineering, application program engineering and file system engineering; Described project file is used to deposit the engineering and the compiling information of basic built-in Linux software, comprises information such as engineering name, path, compiler, the file that comprises, source code catalogue, Makefile position, configuration file position and software version number.
3. embedded Linux software integration development system on the windows platform as claimed in claim 1, it is characterized in that, described graphical user interface module also has the text editing function, comprise file operations such as File Open, establishment, modification, preservation, provide color to show, operations such as text copy, shearing, stickup are provided based on c language semanteme.
4. embedded Linux software integration development system on the windows platform as claimed in claim 1, it is characterized in that, also comprise the batch process module, be used on the windows platform realizing the packing of final program and record in batches, comprise the generation of Equipment Serial Number and record, the generation of MAC Address etc. and record, boot record and all other programs function such as record;
Described graphical user interface module also is used to provide graphic user interface to call described batch process module.
5. embedded Linux software integration development system on the windows platform as claimed in claim 1, it is characterized in that, also comprise the auxiliary tools module, comprising: Target Board programming instrument, Target Board means of communication, Target Board download tool and embedded system state analysis instrument; Wherein,
Target Board programming instrument is used for program image is arrived Target Board by the programming of jtag interface;
The Target Board means of communication is used for passing down ordering Target Board, realizes the control to Target Board;
The Target Board download tool is by network, usb and serial ports download the curing storer of Target Board or internal memory and start operation;
Embedded system state analysis instrument is used to follow the tracks of the running status that the jtag interface obtains embedded Linux system, the analysis of built-in linux system reason etc. of makeing mistakes;
Described graphical user interface module also is used to provide graphic user interface to call described auxiliary tools module.
6. the construction method of embedded Linux software integration development system on the windows platform is characterized in that, comprises following steps:
The Linux virtual environment tool is installed on the computing machine that contains Windows operating system, generates the Linux virtual environment;
The compilation tool gcc that will increase income is transplanted under the described L inux virtual environment and moves, and generates compiler, makes described compiler can support the source program compiling based on different micro-processor architectures;
The debugging acid gdb that will increase income is transplanted under the described Linux virtual environment and moves, and generates debugger, makes described debugger can support the compiler debugging based on different micro-processor architectures;
Graphics system on the Linux platform is transplanted in the described Linux virtual environment, is generated emulation module, make the user can be on windows platform simulation run based on the various built-in Linux softwares of Linux community's face;
Use programming tool to make graphical user interface module, make described graphical user interface module can provide graphic user interface to call described compiler, debugger and emulation module.
7. the construction method of embedded Linux software integration development system is characterized in that on the windows platform as claimed in claim 6, also comprises following steps:
Use programming tool to increase the engineering management function, comprise project files such as creation of operating system core engineering, system library engineering, application program engineering and file system engineering as graphical user interface module; Described project file is used to deposit the engineering and the compiling information of basic built-in Linux software, comprises information such as engineering name, path, compiler, the file that comprises, source code catalogue, Makefile position, configuration file position and software version number.
8. the construction method of embedded Linux software integration development system is characterized in that on the windows platform as claimed in claim 6, also comprises following steps:
Use programming tool to increase the text editing function, comprise file operations such as File Open, establishment, modification, preservation, based on the color demonstration of c language semanteme, operations such as text copy, shearing, stickup as graphical user interface module.
9. the construction method of embedded Linux software integration development system is characterized in that on the windows platform as claimed in claim 6, also comprises following steps:
Use programming tool to make and produce module in batches, be used on the windows platform realizing the packing of final program and record in batches, comprise the generation of Equipment Serial Number and record, the generation of MAC Address etc. and record, boot record and all other programs function such as record;
Use programming tool to increase the function of described graphical user interface module, make described graphical user interface module can provide graphic user interface to call described batch process module.
10. embedded Linux software integration development system on the windows platform as claimed in claim 6 is characterized in that, also comprises following steps:
Use programming tool to make the auxiliary tools module, comprising: Target Board programming instrument, Target Board means of communication, Target Board download tool and embedded system state analysis instrument; Wherein, Target Board programming instrument is used for program image is arrived Target Board by the programming of jtag interface; The Target Board means of communication is used for passing down ordering Target Board, realizes the control to Target Board; The Target Board download tool is by network, usb and serial ports download the curing storer of Target Board or internal memory and start operation; Embedded system state analysis instrument is used to follow the tracks of the running status that the jtag interface obtains embedded Linux system, the analysis of built-in linux system reason etc. of makeing mistakes;
Use programming tool to increase the function of described graphical user interface module, make described graphical user interface module can provide graphic user interface to call described auxiliary tools module.
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