CN1172990A - Executive guided type software manufacture method - Google Patents
Executive guided type software manufacture method Download PDFInfo
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- CN1172990A CN1172990A CN 96106978 CN96106978A CN1172990A CN 1172990 A CN1172990 A CN 1172990A CN 96106978 CN96106978 CN 96106978 CN 96106978 A CN96106978 A CN 96106978A CN 1172990 A CN1172990 A CN 1172990A
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Abstract
A software programming method (such as the fourth generation computer language) features "What you execute, What you obtain", that is, the program is written by standard "execution-writting" mode, which is different from the thraditional mode of execution after writting. Its advantages includes immediate debugging on writting, control of writting order based on execution environment, and protecting original program and conten.
Description
The present invention relates to the method for making of computer software, refer in particular to a kind of software manufacture method of carrying out guide type,, help the batch process of software as a kind of standard method.
General existing software manufacture method, implementation step are that the method can be referred to as waterfall type facture (Water Fall) again as shown in Figure 1, and it has following shortcoming in operation:
1, high risk and quality control difficulty: because each step must be finished item by item successively just and can carry out next procedure, so as long as any change is arranged in the preceding paragraph step, promptly can cause the change request of consequent step up to several times, therefore not only cause the high risk of thrashing, and the quality of system also is difficult to grasp.
2, be difficult for debug and test: at program making after the stage, just can carry out debug and test after program compiler and the connection in a large number, if but find to have different, must be back and forth repeatedly update routine, program compiler, test procedure etc., this is not only consuming time and have no efficient and can say.
3, easy care not: after system development finishes, can run into the mistake that demand is not inconsistent or does not measure unavoidably, at this moment, in a large amount of original programs, how to find relative program? if the program personnel of adding change, how carry out with lasting at the end that is maintained into of worrying program especially, follow above-mentioned traditional software method for making at present, these problems are very headachy really, are worth being improved.
The present invention aims to provide a kind of software manufacture method of carrying out guide type promptly at above-mentioned the deficiencies in the prior art.
This kind provided by the present invention carried out guided type software manufacture method, system is with the thinking pattern of a kind of " What YouRun Is What You Get " (literal translation is: what you carry out can the obtain what) method as foundation, its method for making is a kind of making and carries out and deposit, and the program development pattern of cooperation object guiding technique, there is one group of " carrying out one makes " change-over switch to come the making and the execution pattern of switched system, and in the program that is produced, greatly to whole procedure or form, little certain character narrate to form, all constituted by object one by one, and each object all has its character (attribute and function) separately, the attribute of object constitutes the performance of its static state, the function of object is then set up object reaction action to external world, when system is in making pattern (Designing Mode), the designer can add according to specification, delete required object, and the character of editor's object, execution pattern (Runtime Mode) each object down then can verily be done according to its character in fact, because the present invention carries out program making and execution pattern simultaneously, when making, be to use same object with execution pattern, so last resulting executive routine must verily reflect the conception when making, the present invention can be according to development process and test debug flow process, the program maintenance flow process illustrates the total system operation workflow, implementation step is that can find out has great different with existing software development step (as shown in Figure 1) significantly as shown in Figure 2.
To carry out the software manufacture method (What You Run Is WhatYou Get) of making guiding, it can produce following advantage to operating personnel after implementing according to this kind of the present invention:
1, reduces making step, increase productivity significantly: because the present invention adopts to carry out the learning concept of making again earlier, add the ability that vision is made, make development system can the consolidation procedure making, debug and steps such as test and system maintenance, so will improve the production and the making ability of software significantly.
2, be easier to debug and test: this method emphasizes that program making and test result (execution) they are one, so make and test and can carry out simultaneously, switch immediately, and the soil fertility that needn't spend time at editor, connect and operate again desire test and debug.
3, the surprising ability of maintenance: carry out and the interface that makes unification owing to adopt, so program personnel need only the place of carrying out mistake or desire change function in function software, switch to immediately and make the interface, even programmer has originally substituted change, also can obtain the program or the setting of being correlated with easily, and can revise immediately, finish immediately, therefore can boot make and related setting with the operation steps of carrying out, bring great software revolution really.
Below in conjunction with accompanying drawing the present invention is described in further details:
Fig. 1 is the implementation step synoptic diagram of existing software manufacture method;
Fig. 2 is the implementation step synoptic diagram of software manufacture method of the present invention;
Fig. 3 is the development process synoptic diagram of software manufacture method of the present invention;
Fig. 4 is a program debugging schematic flow sheet of the present invention;
Fig. 5 is a program maintenance schematic flow sheet of the present invention.
Consult and Figure 3 shows that implementing procedure synoptic diagram of the present invention, the present invention promptly enters execution pattern at the beginning as can be seen from Figure, this moment, system can create the initial form of the form of (Create) blank as whole application program automatically, because system is under the execution pattern (Runtime Mode), so the time designer can't make, must press making pattern (Designing Mode) switch system is switched to making pattern, the designer can be according to prior making planning under this pattern, required element is put into form just now in dilatory (Drag and Drop) mode, system's this element of construction in this form automatically in this process, then the designer can do suitable setting at the character of this element, after the designer has finished the making in the form, press the execution pattern switch again and switch to execution pattern, system can present all elements in the former form automatically in this process, so the character that element just sets under making pattern according to the designer comes actual operation to obtain making the result, and in traditional software development flow process, the element of making pattern institute construction is when carrying out, must be filed and destructing, also must and link (Link) through compiling (Compile), just can test, but the present invention directly prolongs with the element entity (Instance) under the making pattern, if the character of a certain element can be created out another new form in setting, this moment, system must switch to execution pattern, remove to create another new form on the spot, switching to making pattern again makes, finish next form, whole application program just as above-mentioned make with execution pattern under be developed fast and finish, this also is the spiritual place of the present invention " What You Run Is What You Get ".
Consult and Figure 4 shows that program debugging schematic flow sheet of the present invention, when the program of programmer's made is understood mistake on the occurrence logic unavoidably, debug this moment step can't be avoided, how can be at hundreds of modules, the place locates errors rapidly in thousands of procedure codes, just become very white elephant, " Running--Designing Mode " of the present invention (carrying out a making pattern) method then provides effective debug ability, the module and the procedure code at place immediately can locate errors, implementation method of the present invention is to test when switching to execution pattern, as run into wrong the generation, can impel whole procedure to be parked in this mistake module place and can't continue to carry out and, as long as this moment, the designer clicked the making pattern switch, will will should switch to making pattern by the mistake module, the designer can carry out debug work at this module rapidly.
Figure 5 shows that program maintenance schematic flow sheet of the present invention; wherein the problem of program maintenance can be divided into program function and human resources two aspects; when program function deficiency or specification change; or old programmer leaves office; when the new procedures teacher takes over; what the problem of program maintenance was just natural appears in one's mind out; the present invention has then significantly reduced the problem of safeguarding; its method is exactly the corresponding form that executive routine is revised to desire; click the making pattern switch and switch to making pattern; make amendment at this place immediately; click the execution pattern switch again after revising well and switch to execution pattern; allowing program continue to carry out gets final product; so the designer of new catcher also can promptly find the program module that will change at last; finish the work of maintenance fast; easy to operate; can save the time of a large amount of finders position; progress along with computer technology; when hardware technology is advanced by leaps and bounds; the software industry is but facing to so-called＜software crisis 〉; the applicant is as the software development dealer; be the settlement procedure exploitation; debug; the human resources that faced when safeguarding; man-hour problem; be to drop into painstaking effort through years of researches; finishing of software program method for making of the present invention arranged then; for the painstaking effort of possessing research are not for many years plagiarized by the people; and the technology that discloses this method for making is for the industry reference, so propose patented claim in accordance with the law.
Claims (3)
1, a kind of execution guided type software manufacture method, it is characterized by in making procedure of software, promptly enter execution pattern at the beginning, this moment, system can create the initial form of the form of (Create) blank as whole application program automatically, because system is under the execution pattern (Runtime Mode), so the time designer can't make, must press making pattern (Designing Mode) switch system is switched to making pattern, the designer can be according to prior making planning under this pattern, required element is put into form just now in dilatory (Drag and Drop) mode, system's this element of construction in this form automatically in this process, then the designer can do suitable setting at the character of this element, after the designer has finished the making in the form, press the execution pattern switch again and switch to execution pattern, system can present all elements in the former form automatically in this process, so the character that element just sets under making pattern according to the designer comes actual operation to obtain making the result, if the character of a certain element can be created out another new form in setting, this moment, system must switch to execution pattern, remove another new form of construction on the spot, switching to making pattern again makes, finish next form, whole application program just as above-mentioned make with execution pattern under being developed fast and finishing.
2, a kind of execution guided type software manufacture method as claimed in claim 1, it is characterized in that testing when program is switched to execution pattern, as run into wrong the generation, can impel whole procedure to be parked in this mistake module place and can't continue to carry out and, as long as this moment, the designer clicked the making pattern switch, will will should switch to making pattern by the mistake module, the designer can carry out debug work at this module rapidly.
3, a kind of execution guided type software manufacture method as claimed in claim 1, the problem that it is characterized in that wherein program maintenance can be divided into program function and human resources two aspects, when program function deficiency or specification change, or old programmer leaves office, when the new procedures teacher takes over, what the problem of program maintenance was just natural appears in one's mind out, the corresponding solution of the present invention is exactly the corresponding form that executive routine is revised to desire, click the making pattern switch and switch to making pattern, make amendment at this place immediately, click the execution pattern switch again after revising well and switch to execution pattern, allowing program continue to carry out gets final product, so the designer of new catcher also can promptly find the program module that will change at last, finishes the maintenance work of program apace.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96106978 CN1172990A (en) | 1996-08-02 | 1996-08-02 | Executive guided type software manufacture method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96106978 CN1172990A (en) | 1996-08-02 | 1996-08-02 | Executive guided type software manufacture method |
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| Publication Number | Publication Date |
|---|---|
| CN1172990A true CN1172990A (en) | 1998-02-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 96106978 Pending CN1172990A (en) | 1996-08-02 | 1996-08-02 | Executive guided type software manufacture method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100429620C (en) * | 2005-03-14 | 2008-10-29 | 捷讯研究有限公司 | System and method for applying development patterns for component based applications |
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1996
- 1996-08-02 CN CN 96106978 patent/CN1172990A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100429620C (en) * | 2005-03-14 | 2008-10-29 | 捷讯研究有限公司 | System and method for applying development patterns for component based applications |
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