CN102929682A - Preprocessing method and device for automatically extending TCL (Tool Command Language) - Google Patents
Preprocessing method and device for automatically extending TCL (Tool Command Language) Download PDFInfo
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Abstract
The invention discloses preprocessing method and device for automatically extending a TCL (Tool Command Language). A data type mapping module scans the global data structure of a TCL function realization code and the name and type of a read-write variable; an API (Application Programming Interface) scanning module of a programming language and an adaptive API generation module scan and process the outwards provided API interface of the TCL function realization code to automatically generate a corresponding TCL access interface and a TCL adaptation layer code; a global data read-write drive module of the programming language automatically processes a global variable to generate a TCL read-write interface; and a TCL extension generation module of the programming language carries out integrated compiling on the TCL function realization code to generate a corresponding TCL module, so that the extension of the TCL is completed. According to the invention, the seamless joint of the TCL and the programming language, such as a C language, a C++ language, a JAVA language, and the like, is realized, and the extension difficulty and extension cost of the TCL are reduced.
Description
Technical field
The present invention relates to a kind of Script Programming language, relate in particular to preprocess method and the device of automatic expansion TCL language.
Background technology
TCL (Tool Command Language, Tool Command Language) language is a kind of script, because the advantages such as its grammer is simple, powerful, cross-platform support, it is widely used in the aspects such as rapid prototype development, Script Programming, GUI (Graphical User Interface, graphic user interface) and test.A kind of data structure only supported in the TCL language: character string (string).It is all orders, all parameters of order, and the result of order, all datas type of a variable can be regarded character string as.
The characteristic of TCL comprises: anything all is an order, comprises syntactic structure (for, if etc.); Anything can redefine and heavy duty; All data types can be regarded character string as, and syntax rule is quite simple; Not only provide event-driven to socket (Socket) and file (File), and support time-based or user-defined event; And the definition of dynamic territory, C, C++ are provided, perhaps Java expansion interface, interpretative code, code can change dynamically, and Unicode supports completely, and irrelevant with operation platform, at Win32, UNIX, Mac is upper can be moved, and support and GUI are closely integrated.
Yet any script because the built-in function that provides is very limited, is very important characteristic in the expansion interface that provides the programming languages such as C, C++, TCL is no exception, and the expansion interface of C, C++, JAVA is provided.But because its TCL self structure needs, the programming personnel can not realize the slitless connection of the language such as TCL and C, C++, JAVA, the expansion module code must meet the structural requirement of TCL definition, so for correct expansion TCL, the programming personnel must learn TCL extension mechanism, TCL low level application programming interface (API, Application ProgrammingInterface) etc., then revise or increase corresponding programming code, so that realization and TCL's is integrated, the process that this is cumbersome has a strong impact on use cost and the convenience of TCL language.
As shown in Figure 1, it is the process flow diagram of the present TCL extended method that uses, it is by writing the function code, debug function code, the exploitation of TCL adaptation layer, code module and TCL are integrated, and generating the expansion that the TCL that supports expanded function finishes TCL, right this extended method not only will be finished and write the code that function realizes, and will finish the exploitation of TCL adaptation layer, therefore cause the expansion difficulty of TCL to increase, and the expansion cost is higher.
Summary of the invention
The object of the present invention is to provide a kind of preprocess method and device of automatic expansion TCL language, it can realize the slitless connection of the language such as TCL language and C, C++, JAVA, the programming personnel only needs the development function code, need not to pay close attention to the generative process of TCL adaptation code and TCL, to reduce expansion difficulty and the cost of TCL.
For achieving the above object, the present invention proposes following technical scheme: a kind of preprocess method of automatic expansion TCL language comprises the steps:
Title and the type of the global data structures in the scanning TCL function code and the read-write variable that externally provides;
The api interface that externally provides in the scanning TCL function code;
Scanned api interface is processed, automatically generated the adaptation layer code of corresponding TCL access interface and TCL language;
Global variable among the TCL that scanning is obtained is processed automatically, generates the read-write interface of TCL; And
Described adaptation layer code and function code are carried out integrated compiling, generate corresponding TCL module, and finish the expansion to the TCL language.
Further, described TCL function code is the concrete run time version that the TCL language provides function.
Global data structures among the described S1 in the scanning TCL function code comprises the source file that reads all practical function codes, extract wherein global variable and constant type definition and title, scan all header files, function parameter type definition in the file, extract the type definition of all related parameters of function, all Data classification types that obtain are processed.
The process of among the described step S4 global variable among the TCL being processed automatically comprises:
The need that obtain among step S1 variable to be processed, copy in a .h file to generating with identical definition;
The TCL instruction functions body that generates variable read-write is defined in the .h file;
Generate the TCL instruction functions code of variable read-write in the .c file.
Described step S5 comprises:
Compile original function code, dynamic link library is provided;
Automatically the code file that produces for pre-service increases the interface format code, and
The dynamic link library that code and the former function code of the automatic generation of pre-service are compiled out compiles, and produces the new dynamic link library for TCL.
The present invention also proposes a kind of pretreatment unit of automatic expansion TCL language, comprising:
The data type mapping block, title and the type of the read-write variable that externally provides is provided the global data structures that is used for scanning TCL function code;
The API scan module of programming language function is used for the api interface that scanning TCL function code externally provides;
The adaptive API generation module of programming language TCL is used for scanned api interface is processed, and automatically generates the adaptation layer code of corresponding TCL access interface and TCL language;
Programming language global data read-write driver module is processed automatically for the global variable of the TCL that scanning is obtained, generates the read-write interface of TCL; And
Programming language TCL expands generation module, is used for described adaptation layer code and function code are carried out integrated compiling, generates corresponding TCL module, and finishes the expansion to the TCL language.
Further, described programming language comprises C, C++ and JAVA language.
Compared with prior art, preprocess method and the device of the automatic expansion TCL language that the present invention proposes have been realized the slitless connection between the programming languages such as TCL language and C, C++, JAVA, have reduced expansion difficulty and the expansion cost of TCL language.
Description of drawings
Fig. 1 is the process flow diagram of existing TCL expansion;
Fig. 2 adopts the present invention to expand the process flow diagram of TCL language;
Fig. 3 is the process flow diagram of the preprocess method of automatic expansion TCL language of the present invention;
Fig. 4 is the module map of the pretreatment unit of automatic expansion TCL language of the present invention.
Embodiment
Below in conjunction with accompanying drawing of the present invention, the technical scheme of the embodiment of the invention is carried out clear, complete description.
Such as Fig. 2, shown in Figure 3, the preprocess method of the automatic expansion TCL language that the present invention proposes, by writing the function code, after the debug process code, adopting automatic expansion pretreatment unit of the present invention to finish the pre-service of TCL language, also is just to say, the programming personnel only need finish writing of functional module code, can adopt preprocess method provided by the invention and device to finish expansion to the TCL language.
Specifically, the preprocessing process of TCL is by shining upon by data type in the data type mapping block in TCL language pretreatment unit, with different types of programming language language such as C, C++, JAVA etc. (following describe as an example of the C language example), carry out different processing procedures, specifically comprise the steps:
S1, global data structures and variable in the scanning TCL function code, the source file that mainly comprises the practical function code that the read functions module is all, extract wherein global variable and constant type definition and title, scan all header files (.h), function parameter type definition in the file is extracted the type definition of all related parameters of function; All data types that obtain are divided into following a few class to be processed accordingly:
1) C language or fundamental type that other language define, fundamental type refer to the type of definition that can Direct Recognition, such as integer (int), character (char) etc., are expressed as _ the@type name _@B_@variate-value;
2) User Defined compound type is such as structure (Struct); Be expressed as _@P_@type name _@variable internal memory pointer value, and for each member generates read-write interface, the TCL order format of generation is: write command variable name set member name is read command variable name get member name.
3) pointer type data, the pointer type data refer to the definition of all pointer type; Be expressed as _@P_ internal memory pointer value.
4) type that redefines by Typedef user depends on Source Type, directly uses the processing mode of Source Type to process.
S2, the api interface that externally provides in the scan function code, wherein said function code is the concrete run time version of the function that provides of TCL language.File by scanning user appointment at first carries out validity checking, and this validity checking comprises:
Whether the parameter of function defines in described step S1, if not definition, then prompting user scans unsuccessfully, if define among the step S1, then is for further processing;
Whether the rreturn value of function defines in step S1, if not definition of step S1, then prompting user scans unsuccessfully, if define, then validity checking is passed through.Bind according to defined method for expressing function among the step S1, and the output temporary file is among the next step S3.
S3 processes scanned api interface, automatically generates corresponding TCL access interface, and generates the adaptation layer code of TCL language.This step is carried out intelligent processing method mainly for the information that obtains among the step S2, generates the C file of a standard, and resulting API among the step S2 is carried out following flow process one by one:
S31 generates the defined standard C function structure of TCL, is exemplified below:
Wherein prefix can the user define, and default prefix is TCL_ADAPT.
S32, the local variable of definition original function parameter type in described C function body, and the local variable of rreturn value type.Variable name adopts the user can define create-rule automatically, and acquiescence adopts the automatic numbering mode, and namely first parameter is V1, and second is V2, and number consecutively, rreturn value are RESULT.
S33 is according to scanning the concrete size that gained is determined objc and these two parameters of objv among the step S2.
S34 carries out the conversion process of type to the expression mode of each type according to step S1, wherein mainly comprise the validity checking logical code that generates input value, such as the int type, obtains the corresponding value of objv and is necessary for _@int_@B_@variate-value; Finish the character offset of taking out among the objv and resolve, obtain actual value and type; Finishing from the actual value of objv taking-up and the assignment of local variable, be defined as int V1 such as above-mentioned int type local variable, is the V1 assignment V1=variate-value then; Call the original function local variable as function parameter, local variable RESULT is as the rreturn value of function, if call function without rreturn value, then directly to compose be 0 to RESULT.
S35 processes rreturn value RESULT.The method for expressing to the data type according among the step S1 forms corresponding character types, calls TCL standard interface Tcl_SetResult (interp, RESULT, TCL_STATIC).
S36, the access instruction of generation TCL standard.Use function name as the TCL access instruction of function performance, automatically generate TCL standard interface function:
Tcl_CreateObj Command (interp, " function name ",
The function of the corresponding standard tcl interface that generates among the step S31 is by name:
(ClientData)NULL，(Tcl_CmdDeleteProc*)NULL)；
Concrete function conversion is exemplified below, and its Central Plains C code function is int add (int a, int b), generating code after the pre-service:
S4, the global variable among the TCL that scanning is obtained is processed automatically, generates the read-write interface of TCL.This module obtains the result to step S1 scanning and advances living intelligent processing method, generates the programming language header file, be the .h file in C language the inside, reaches the read write command code (.c) of variable.Step S1 scanning is obtained each variable to be handled as follows:
S41 the need that obtain among step S1 variable to be processed, copies in a .h file to generating with identical definition, also the direct original .h file of include.
S42, the TCL instruction functions body that generates variable read-write is defined in the .h file: order format is as follows: var+ variable name set and var+ variable name get.
S43 generates the TCL instruction functions code of variable read-write in the .c file, the same S3 of the generation form of function.
S44 does special processing for the structure categorical data, and its read write command is: var+ variable name get member's name and var+ variable name set member name.Other are processed with S42 and S43.
Concrete conversion is given an example:
Former C code has global variable char name[100];
Generating code after the pre-service:
.h in the file:
char?name[100]；
int?var_name_set(char*)；
//GET with the SET type, do not repeating here
.c in the file:
//GET with the SET type, do not repeating here.
S5 carries out integrated compiling to adaptation code and function code, generates corresponding TCL module, and finishes the expansion to the TCL language.This module mainly is divided into three steps:
S51 compiles original function code, and dynamic link library is provided.
S52, the code file increase TCL that produces for pre-service is automatic and the interface format code of C database.
S53 compiles the code of the automatic generation of pre-service after the step S52 processing and the dynamic link library that former function code is compiled out, produces the new dynamic link library for TCL.Compilation process is identical with common C file or other language files, adopts corresponding compiler to get final product.During the TCL invoked procedure, adopt load instruction load dynamic link library to get final product, load dynamic link library name [the storehouse another name that TCL loads].
As shown in Figure 4, the pretreatment unit of the automatic expansion TCL language that the present invention proposes, it comprises the data type mapping block, the extension process module of each language, wherein, the extension process module of each language comprises C according to the kind of programming language, C++ and JAVA language etc., corresponding each programming language, provide respectively the extension process module of C language, the extension process module of C Plus Plus, and the extension process module of JAVA language.
Wherein, the extension process module of C language comprises C function API scan module, the adaptive API generation module of C TCL, and the read-write of C TCL global data drives, and C TCL expansion generation module.The extension process module of C Plus Plus comprises C++ function API scan module, the adaptive API generation module of C++TCL, and the read-write of C++TCL global data drives, and C++TCL expansion generation module.The extension process module of JAVA language comprises JAVA function API scan module, the adaptive API generation module of JAVA TCL, and the read-write of JAVA TCL global data drives, and JAVA TCL expansion generation module.
Described data type mapping block is used for the global data structures of scan function code, and title and the type of the read-write variable that externally provides of functional module.
Described C function API scan module, C++ function API scan module, and the api interface that externally provides in the scan function code is provided JAVA function API scan module, the i.e. concrete run time version of the function that provides of TCL language.
The adaptive API generation module of described C TCL, the adaptive API generation module of C++TCL, the adaptive API generation module of JAVA TCL is respectively applied to the api interface in the function API scan module of correspondence is processed, and automatically generates corresponding TCL access interface, generates simultaneously the adaptation layer code of TCL language.
Described C TCL global data is read and write driving, and the read-write of C++TCL global data drives, and JAVATCL global data read-write driving is respectively applied to the global variable that scanning obtains is processed automatically the interface of generation TCL read-write.
Described C TCL expansion generation module, C++TCL expansion generation module, JAVA TCL expansion generation module are used for the adaptation code of above-mentioned generation and function code are carried out integrated compiling, generate corresponding TCL module, thereby finish the expansion of TCL language.
Technology contents of the present invention and technical characterictic have disclosed as above; yet those of ordinary skill in the art still may be based on teaching of the present invention and announcements and are done all replacement and modifications that does not deviate from spirit of the present invention; therefore; protection domain of the present invention should be not limited to the content that embodiment discloses; and should comprise various do not deviate from replacement of the present invention and modifications, and contained by the present patent application claim.
Claims (7)
1. the preprocess method of an automatic expansion TCL language is characterized in that comprising the steps:
S1, title and the type of the global data structures in the scanning TCL function code and the read-write variable that externally provides;
S2, the api interface that externally provides in the scanning TCL function code;
S3 processes scanned api interface, automatically generates the adaptation layer code of corresponding TCL access interface and TCL language;
S4, the global variable among the TCL that scanning is obtained is processed automatically, generates the read-write interface of TCL; And
S5 carries out integrated compiling to described adaptation layer code and function code, generates corresponding TCL module, and finishes the expansion to the TCL language.
2. method according to claim 1, it is characterized in that: TCL function code is the concrete run time version that the TCL language provides function among the described S1.
3. method according to claim 1, it is characterized in that: the global data structures among the described S1 in the scanning TCL function code comprises the source file that reads all practical function codes, extract wherein global variable and constant type definition and title, scan all header files, function parameter type definition in the file, extract the type definition of all related parameters of function, all Data classification types that obtain are processed.
4. method according to claim 1, it is characterized in that: the process of among the described step S4 global variable among the TCL being processed automatically comprises:
The need that obtain among step S1 variable to be processed, copy in a .h file to generating with identical definition;
The TCL instruction functions body that generates variable read-write is defined in the .h file;
Generate the TCL instruction functions code of variable read-write in the .c file.
5. method according to claim 1, it is characterized in that: described step S5 comprises:
Compile original function code, dynamic link library is provided;
Automatically the code file that produces for pre-service increases the interface format code, and
The dynamic link library that code and the former function code of the automatic generation of pre-service are compiled out compiles, and produces the new dynamic link library for TCL.
6. the pretreatment unit of an automatic expansion TCL language is characterized in that comprising:
The data type mapping block, title and the type of the read-write variable that externally provides is provided the global data structures that is used for scanning TCL function code;
The API scan module of programming language function is used for the api interface that scanning TCL function code externally provides;
The adaptive API generation module of programming language TCL is used for scanned api interface is processed, and automatically generates the adaptation layer code of corresponding TCL access interface and TCL language;
Programming language global data read-write driver module is processed automatically for the global variable of the TCL that scanning is obtained, generates the read-write interface of TCL; And
Programming language TCL expands generation module, is used for described adaptation layer code and function code are carried out integrated compiling, generates corresponding TCL module, and finishes the expansion to the TCL language.
7. device according to claim 6, it is characterized in that: described programming language comprises C, C++ and JAVA language.
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Effective date of registration: 20171215 Address after: Xinghan street Suzhou Industrial Park in Jiangsu province 215000 No. 5 Building No. 6 Room 201 Patentee after: Suzhou Sheng Ke science and Technology Co., Ltd. Address before: Xinghan Street Industrial Park of Suzhou city in Jiangsu province 215021 No. 5 (Tengfei Industrial Square) B building 4 floor 13/16 unit Patentee before: Centec Networks (Suzhou) Inc. |
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