CN102541709A - Serial port debugging tool and method - Google Patents
Serial port debugging tool and method Download PDFInfo
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- CN102541709A CN102541709A CN2010106066930A CN201010606693A CN102541709A CN 102541709 A CN102541709 A CN 102541709A CN 2010106066930 A CN2010106066930 A CN 2010106066930A CN 201010606693 A CN201010606693 A CN 201010606693A CN 102541709 A CN102541709 A CN 102541709A
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Abstract
The invention provides a serial port debugging tool and method. The serial port debugging tool comprises a serial port setting module, a serial port opening/closing selection module, an automatic debugging starting/stopping module, a first configuration module and an automatic loading module, wherein the first configuration module is used for storing data/instructions needed to be automatically executed; the automatic loading module is used for automatically inputting the data/instructions needed to be automatically executed in the first configuration module to a serial port; the instructions needed to be automatically executed are input to the serial port when the automatic debugging starting/stopping module is in a starting state, whether the data/instructions are executed or not is judged according to a condition needed to be judged, and the whole process is automatically executed without being operated by any person. By using the serial port debugging tool and method provided by the invention, the serial port setting step can be simplified, an intelligent instruction input function can be achieved, and data output by the serial port can be automatically detected, so that the automatic test requirement is met.
Description
[technical field]
The present invention relates to the automation application field of serial ports instruction, particularly a kind of Solarnumen Comdebug and method.
[background technology]
In embedded system development or maintenance process, need carry out corresponding performance adjustment, and debug serial port is an important means that realizes this process.Effectively work in order to ensure serial ports, must do function test and corresponding debugging each serial ports.Usually, will contain and remain the target machine of debug serial port and be called slave computer, the main frame corresponding with it (PC) is called host computer.At present, the method commonly used to the debugging of serial ports is directly to utilize general serial interactive software, such as " hyper terminal " program that provides in the Windows operating system; Specific practice is at first to be connected to the debug serial port of slave computer on the serial ports of host computer (PC) with the serial port connecting wire cable; Make host computer (PC) and slave computer serial ports set up the serial ports passage, and then start the hyper terminal program on the host computer (PC), carry out the serial port setting step of newly-built hyper terminal; Be provided with to accomplish and begin to import afterwards the test instruction of serial ports smoothness; The commissioning staff judges according to the data that receive from serial ports that show on the screen whether serial ports is unimpeded, under the unimpeded situation of serial ports; Import debug command through serial ports to slave computer again, carry out debugging slave computer.
Wherein, the serial port setting step of newly-built hyper terminal is ten steps nearly, comprising: information such as input area code, telephone number, be named by building hyper terminal, for it selects icon or the like.So the hyper terminal of using Windows operating system to carry is provided with operation more loaded down with trivial details.
In addition, in the time of owing to operation, interactive operation is frequent; Must when serial ports receives data, could import dependent instruction, single send out one and return one, and when serial ports sends data manual input dependent instruction; Efficient is low, is not suitable for robotization and mass job requirements.
Certainly, industry also has other serial port debugging method, such as on the basis that increases certain hardware supports, combining the mode of programming to realize AccessPort; Though improved automaticity; But this method cost is higher, and the program that is adopted implements more complicated, and portability is not high; There is not versatility, so be not widely used.
Therefore, existing serial port debugging method haves much room for improvement and develops.
[summary of the invention]
The present invention provides a kind of Solarnumen Comdebug and method; For solving the defective that exists in the above-mentioned prior art; Propose a kind ofly can reduce serial port setting step, intelligent instruction input, and automatically the serial ports output data is detected, realize the Solarnumen Comdebug and the method for test automation.
Technical scheme of the present invention comprises:
A kind of Solarnumen Comdebug is installed on the host computer, is used for AccessPort, it is characterized in that comprising:
One serial ports is provided with module, is used to select serial ports to reach serial ports is set;
One serial ports ON/OFF is selected module, after said serial port setting module sets, switches to out state, thereby opens serial port function;
One debugs the ON/OFF module automatically, is used for selecting whether to open the automatic debug function of serial ports;
One first configuration module is used to store the data/commands that need automatically perform;
One insmods automatically, under the state that said automatic debugging ON/OFF module is in out, the data/commands that need automatically perform in first configuration module is input to serial ports automatically, and whether carries out data/commands according to the conditional decision that needs are judged.
Especially; Said Solarnumen Comdebug also comprises one first load module and the first transmission selection module corresponding with it; Said first load module is used for after starting said debugging acid; At any time manually import data/commands, said first sends the selection module, is used for the data/commands of manually selecting to send said first load module.
Especially, said Solarnumen Comdebug also comprises an input row custom block, and said input row custom block comprises several second load modules independent of each other, and being used to import need be to each bar data/commands of serial ports transmission; Said several second load modules also are furnished with several second transmissions respectively and select module, are used for the data/commands of manually selecting to send said second load module; Said input row custom block produces different data/commands through the different sending order of self-defined each bar data/commands and sends sequence.
Especially, said several second load modules can supply the user manually to import and use the data/commands that maybe need repeat to import always.
Especially; Also comprise second configuration module; The said second configuration module storage needs some data/commands of input, and said insmoding automatically is loaded into some data/commands that are stored in said second configuration module in said several second load modules automatically.
Especially, said Solarnumen Comdebug also comprises display module, cls module and preserves module, and said display module is used to the data that show that serial ports receives; Said cls module is used for said display module is carried out cls; Said preservation module is used for preserving all inputoutput datas of serial ports of debug process
A kind of serial port debugging method is reached by described Solarnumen Comdebug, before debugging, with the serial port connecting wire cable slave computer serial ports is connected with the host computer serial ports earlier, starts host computer and slave computer then respectively, and this method may further comprise the steps:
Step 1: start Solarnumen Comdebug; Select serial ports and serial ports is set; Open serial port function, said automatic debugging ON/OFF module is chosen as out state, said insmoding automatically depositing in data/commands character string DATA1 in said first configuration module; DATA2, DATA3 are loaded into serial ports automatically;
Step 2: serial ports receives data;
Step 3: judge whether DATA1, DATA2, DATA3 are all END, if, automatically perform end, if not, then continue execution in step 4;
Step 4: judge whether the current last received character string of serial ports equals setting value DATA1, if, continue execution in step 5, if not, then return step 2 and continue to receive serial data;
Step 5: judge whether DATA3 is empty, if, then jump directly to step 7, if not, then continue execution in step 6;
Step 6: whether the character string that serial ports received before DATA1 is identical with setting value DATA3, if, continue execution in step 7, if not, then return step 2 and continue to receive serial data;
Step 7: send DATA2 instruction character string to serial ports, return step 2 and continue to receive serial data.
Especially, said serial port debugging method also comprises the data of utilizing said display module demonstration serial ports to receive, and utilizes said preservation module to preserve all inputoutput datas of serial ports in the debug process.
A kind of serial port debugging method is reached by described Solarnumen Comdebug, and it may further comprise the steps:
Step 1: start Solarnumen Comdebug, select serial ports and serial ports is set, open serial port function;
Step 2: serial ports receives data;
Step 3: input needs the data/commands of execution in several second load modules of said input row custom block;
Step 4: successively select said several second transmissions to select module to send data/commands to serial ports by different sending orders.
Especially; In the said step 3, can in several second load modules of said input row custom block, hand input-data/instruction perhaps some data/commands in second configuration module be loaded into respectively in said several second load modules automatically through said insmoding automatically.
Especially, said serial port debugging method also comprises the data of utilizing said display module demonstration serial ports to receive, and utilizes said preservation module to preserve all inputoutput datas of serial ports in the debug process.
The beneficial effect of a kind of Solarnumen Comdebug of the present invention and method is: utilize Solarnumen Comdebug of the present invention and method, can reduce the serial port setting step; Through input row custom block, the user can import the data/commands that maybe need repeat to import commonly used therein, simplifies the manual input process of commonly used command, realizes the custom feature of data/commands list entries simultaneously; Utilize to insmod automatically, data/commands is loaded in the load module automatically, realize intelligent instruction input, in conjunction with the relevant configuration in the configuration module, automatically the serial ports output data is detected, automatic execution instruction is realized test automation; When some functional test projects needed the user to import, the user can import data/commands in advance in load module, realized the preparatory input function of data/commands; All inputoutput datas of serial ports in the test process can be preserved.
[description of drawings]
Fig. 1 is the structured flowchart of a kind of Solarnumen Comdebug of the present invention.
Fig. 2 is the concrete block diagram of the list entries custom block of a kind of Solarnumen Comdebug of the present invention.
Fig. 3 is the process flow diagram of first embodiment of a kind of serial port debugging method of the present invention.
Fig. 4 is the process flow diagram of second embodiment of a kind of serial port debugging method of the present invention.
[embodiment]
A kind of Solarnumen Comdebug of the present invention is installed on the host computer; Be used for AccessPort; Before debugging; Be connected with the serial ports 10 of upper pusher side with the serial ports 20 of serial port connecting wire cable earlier, start the PC (not shown) of upper pusher side then respectively the next pusher side, and the target machine of the next pusher side.
See also Fig. 1, a kind of Solarnumen Comdebug of the present invention is used for after starting this Solarnumen Comdebug, carrying out the serial ports selection and setting up serial ports by serial port setting module 30, comprises that setting serial ports commonly used such as COM port, baud rate and data bit length sets option; After serial ports is set completion, select module 40 to be chosen as out state the serial ports ON/OFF, thereby open serial port function.
The intellectuality instruction of automatic debugging acid of the present invention is carried out function and is realized through following these modules: debug ON/OFF module 50 automatically; When needs instruct input to serial ports automatically; Should debug ON/OFF module 50 automatically and be chosen as out state; Thereby allowing to insmod automatically 501 is input to serial ports with the instruction in first configuration module 502 automatically, and when serial ports received data, whether the conditional decision of judging as required needed the instruction character string of execution to serial ports transmissions; Whole process automatically performs fully, need not anyone operation.
See also Fig. 3, first embodiment of the invention has been set forth the implementation procedure of the intelligent instruction execution of this Solarnumen Comdebug function preferably, and it is realized through following steps:
Step S100: start Solarnumen Comdebug; Select serial ports and serial ports is set; Open serial port function, will debug the ON/OFF module automatically and be chosen as out state, the 501 data/commands character string DATA1 that will deposit in first configuration module 502 automatically insmod; DATA2, DATA3 are loaded into serial ports automatically;
Step S101: serial ports receives data;
Step S102: judge whether DATA1, DATA2, DATA3 are all END, if not, continue execution in step S103;
Step S103: judge whether the current last received character string of serial ports equals setting value DATA1, if continue execution in step S104;
Step S104: judge whether DATA3 is empty, if not, continue execution in step S105;
Step S105: whether the character string that serial ports received before DATA1 is identical with setting value DATA3, if continue execution in step 7, if continue execution in step S106;
Step S106: send DATA2 instruction character string to serial ports, return step S101 and continue to receive serial data.
Wherein in step S102, be all END, then automatically perform end, return step S101 and continue to receive serial data as if DATA1, DATA2, DATA3.
Wherein in step S103,, then return step S101 and continue to receive serial data if the current last received character string of serial ports is not equal to setting value DATA1.
Wherein in step S104,, then jump directly to step S106 if DATA3 is empty.
Wherein in step S105,, then return step S101 and continue to receive serial data if serial ports does not receive the DATA3 data.
In order to set forth the implementation procedure of intelligent instruction execution function in the first embodiment of the invention better, instruct instance to explain in detail below in conjunction with part:
Such as below YAMON＞prompt, needing execution command: load/D246K06.rec
In first configuration module 502, setting so in advance should be following:
YAMON＞，load/D246K06.rec，Program?MAC?address?to
Like this, debug automatically after ON/OFF module 50 opens, insmoding automatically 501 will be input to serial ports with this instruction in first configuration module 502 automatically.
In this example DATA1 be YAMON＞, DATA2 is load/D246K06.rec, DATA3 is Program MAC address to
Judge according to above-mentioned steps S102; Because DATA1, DATA2, DATA3 are not all END, just continue execution in step S103: judge whether the current last received character string of serial ports equals setting value DATA1, judge promptly serial ports 10 receives in the data YAMON＞prompt whether occurs; When YAMON＞prompt occurring; Continue execution in step S104: judge whether DATA3 is empty, because DATA3 is not empty, then continue execution in step S105: whether the character string that serial ports received before DATA1 is identical with setting value DATA3; Judge promptly whether serial ports has received character string Program MAC address to; If such character string occurs, just send the instruction character (as: load/D246K06.rec) of DATA2 representative to serial ports, return step S101 then and continue to receive serial data.
Whole process all automatically performs, and need not anyone operation.
See also Fig. 1; A kind of Solarnumen Comdebug of the present invention also comprises input row custom block 60; The concrete block diagram of this input row custom block 60 sees also Fig. 2; Comprise several second load module 601a independent of each other, 602a, 603a ... 620a, and with second load module match respectively be provided with several second send and select module 601b, 602b, 603b ... 620b.The user can manually import data/commands commonly used, that maybe need repeat to import in these 20 second load modules; Clicking corresponding second transmission in right side selects module then can send data/commands; So not only can simplify the manually step of input of commonly used command; And can produce different data/commands through the different sending order of self-defined each bar data/commands and send sequence, realize the custom feature of data/commands list entries.
Wherein, the number of this second load module can be revised as required.
Further; Also can be stored in the data/commands of needs input in the one second configuration module (not shown); Like this, when opening this Solarnumen Comdebug, will be written into corresponding data/commands automatically in several second load modules at every turn; So just need data/commands manually not imported one by one, more simple and convenient.
See also Fig. 4, a kind of Solarnumen Comdebug of the present invention realizes that the method for the custom feature of data/commands list entries may further comprise the steps:
Step S201: start Solarnumen Comdebug, select serial ports and serial ports is set, open serial port function;
Step S202: serial ports receives data;
Step S203: input needs the data/commands of execution in several second load modules of said input row custom block;
Step S204: successively select said several second transmissions to select module to send data/commands to serial ports by different sending orders.
A kind of Solarnumen Comdebug of the present invention also comprises one first load module (not shown) and the first transmission selection module (not shown) corresponding with it; This first load module is used for after starting said debugging acid; At any time manually import data/commands; Module is selected in this first transmission, is used for the data/commands of manually selecting to send this first load module.Usually in some engineering test processes, when some functional test projects needed the user to import, the user can import data/commands in advance in this first load module, sent data at the enter key of clicking this first transmission selection module or PC.Utilize this first load module, can be in input and transmission data/commands under the non-accepting state, overcome the Solarnumen Comdebug of interactive operation formula in the past must could be imported dependent instruction when serial ports receives data defective at serial ports.
A kind of Solarnumen Comdebug of the present invention also comprises display module 70, preserves module 80 and cls module (not shown), and this display module 70 is used to the data that show that serial ports receives; This cls module is used for this display module 70 is carried out cls; This preservation module 80 is used for preserving all inputoutput datas of serial ports of debug process.
A kind of Solarnumen Comdebug of the present invention and method have greatly been simplified the serial port setting step, have realized the intelligent input function of instruction, and automatically the serial ports output data have been detected, and have satisfied the test automation demand.
Claims (10)
1. Solarnumen Comdebug is characterized in that comprising:
One serial ports is provided with module, is used to select serial ports to reach serial ports is set;
One serial ports ON/OFF is selected module, after said serial port setting module sets, switches to out state, thereby opens serial port function;
One debugs the ON/OFF module automatically, is used for selecting whether to open the automatic debug function of serial ports;
One first configuration module is used to store the data/commands that need automatically perform;
One insmods automatically, under the state that said automatic debugging ON/OFF module is in out, the data/commands that need automatically perform in first configuration module is input to serial ports automatically, and whether carries out data/commands according to the conditional decision that needs are judged.
2. a kind of Solarnumen Comdebug according to claim 1; It is characterized in that: said Solarnumen Comdebug also comprises one first load module and the first transmission selection module corresponding with it; Said first load module is used for after starting said debugging acid; At any time manually import data/commands, said first sends the selection module, is used for the data/commands of manually selecting to send said first load module.
3. a kind of Solarnumen Comdebug according to claim 1; It is characterized in that: said Solarnumen Comdebug also comprises an input row custom block; Said input row custom block comprises several second load modules independent of each other, and being used to import need be to each bar data/commands of slave computer serial ports transmission; Said several second load modules also are furnished with several second transmissions respectively and select module, are used for the data/commands of manually selecting to send said second load module; Said input row custom block produces different data/commands sequences through the different sending order of self-defined each bar data/commands.
4. a kind of Solarnumen Comdebug according to claim 3 is characterized in that: said several second load modules can supply the user manually to import and use the data/commands that maybe need repeat to import always.
5. a kind of Solarnumen Comdebug according to claim 3; It is characterized in that: also comprise second configuration module; The said second configuration module storage needs some data/commands of input, and said insmoding automatically is loaded into some data/commands that are stored in said second configuration module respectively in said several second load modules automatically.
6. a kind of Solarnumen Comdebug according to claim 1 is characterized in that: said Solarnumen Comdebug also comprises display module, cls module and preserves module that said display module is used to show the data that receive from the slave computer serial ports; Said cls module is used for said display module is carried out cls; Said preservation module is used for preserving all inputoutput datas of serial ports of debug process.
7. a serial port debugging method is reached by described Solarnumen Comdebug, and it may further comprise the steps:
Step 1: start Solarnumen Comdebug; Select serial ports and serial ports is set; Open serial port function, said automatic debugging ON/OFF module is chosen as out state, said insmoding automatically depositing in data/commands character string DATA1 in said first configuration module; DATA2, DATA3 are loaded into serial ports automatically;
Step 2: serial ports receives data;
Step 3: judge whether DATA1, DATA2, DATA3 are all END, if, automatically perform end, if not, then continue execution in step 4;
Step 4: judge whether the current last received character string of serial ports equals setting value DATA1, if, continue execution in step 5, if not, then return step 2 and continue to receive serial data;
Step 5: judge whether DATA3 is empty, if, then jump directly to step 7, if not, then continue execution in step 6;
Step 6: whether the character string that serial ports received before DATA1 is identical with setting value DATA3, if, continue execution in step 7, if not, then return step 2 and continue to receive serial data;
Step 7: send DATA2 instruction character string to serial ports, return step 2 and continue to receive serial data.
8. a serial port debugging method is reached by described Solarnumen Comdebug, and it may further comprise the steps:
Step 1: start Solarnumen Comdebug, select serial ports and serial ports is set, open serial port function;
Step 2: serial ports receives data;
Step 3: input needs the data/commands of execution in several second load modules of said input row custom block;
Step 4: successively select said several second transmissions to select module to send data/commands to serial ports by different sending orders.
9. a kind of serial port debugging method according to claim 8; It is characterized in that: in the said step 3, can in several second load modules of said input row custom block, hand input-data/instruction perhaps some data/commands in second configuration module be loaded into respectively in said several second load modules automatically through said insmoding automatically.
10. according to claim 7 or 8 described a kind of serial port debugging methods; It is characterized in that: said serial port debugging method also comprises the data of utilizing said display module demonstration serial ports to receive, and utilizes said preservation module to preserve all inputoutput datas of serial ports in the debug process.
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| CN103699424A (en) * | 2013-05-22 | 2014-04-02 | 深圳市隆科电子有限公司 | Method for simulating and emulating MTK software |
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| CN107341079B (en) * | 2017-07-02 | 2021-06-18 | 中国航空工业集团公司雷华电子技术研究所 | Automatic serial port debugging system and method |
| CN107967229A (en) * | 2017-12-22 | 2018-04-27 | 安徽博微长安电子有限公司 | A kind of serial ports automatic identifying method, system and computer-readable recording medium |
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Application publication date: 20120704 |