CN104955006A - Mobile phone short message debugging method, device and system - Google Patents
Mobile phone short message debugging method, device and system Download PDFInfo
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- CN104955006A CN104955006A CN201410121408.4A CN201410121408A CN104955006A CN 104955006 A CN104955006 A CN 104955006A CN 201410121408 A CN201410121408 A CN 201410121408A CN 104955006 A CN104955006 A CN 104955006A
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Abstract
The embodiment of the invention discloses a mobile phone short message debugging method, a device and a system. The system comprises a to-be-tested mobile phone, a short message server in communication connection with the to-be-tested mobile phone via an operator network, and a debugging device. The debugging device comprises a mobile phone connection module, a short message sending test module, and a short message receiving test module, wherein the mobile phone connection module is used for building communication connection between the debugging device and the to-be-tested mobile phone; in a short message sending test mode, the debugging device receives a to-be-sent short message edited in a user-defined mode, the to-be-sent short message is sent to the to-be-tested mobile phone, and the to-be-tested mobile phone sends the to-be-sent short message to the short message server; and in a short message receiving test mode, the debugging device receives a to-be-received short message sent by the to-be-tested mobile phone and analyzes and displays the to-be-received short message according to a data format set in a user-defined mode. The method, the device and the system of the invention are not restrained by the to-be-tested mobile phone and the operator, the cost can be reduced, and the debugging efficiency can be improved.
Description
Technical field
The present invention relates to the communications field, particularly relate to the transmitting-receiving of a kind of SMS adjustment method, Apparatus and system.
Background technology
SMS (Short message service is called for short SMS), in mobile phone development process, need comprehensively to test the serviceability of model machine under real network, whether inspection model machine can meet actual operation requirements.The checking that what this test process was focused on is with network-related functions under real network environment, and the software test under real network environment is at home in unconditional situation, abroad to the checking of mobile phone all functions, is field testing.In real network environment, test evaluation is carried out to mobile phone hardware and software function.Testing standard is: in real network environment, carry out the contrast test of function and performance with rival's product, to assess product present position in the market, for the bid of product and market orientation are prepared.
In this test, important link is exactly the debugging of SMS, and it is mutual that existing SMS debugging relies between operator completely, and debug process needs two effective SIM (Subscriber Identity Module; Subscriber identification module) card or the internal loopback of individual SIM card carry out.
Due to field testing can be carried out to different countries, use different operator's SIM card to carry out the test of SMS, therefore can find the problem of SMS in display or transmission and reception etc. (namely with the difference contrasting mobile phone).These problems are likely because the difference of operator's Service supportive produces, and are also likely that the leak writing aspect by code causes.Developer is after the feedback receiving field testing personnel, and the record data that can be provided by it carry out analyzing or the reproduction of this simulation.Mobile phone and contrast mobile phone indifference or fc-specific test FC case (test case) is by being successfully in field testing.
But existing SMS debugging is too strong to the dependence of operator, when running into some sporadic problems, needing a large amount of tests just can reappear, causing higher development cost.
In addition, during for situations such as the special short messages such as class0, class1, wap push or external operators, local operator cannot provide same services, causes reappearing, and can only rely on field testing completely, and exploitation debugging efficiency is too low.
Summary of the invention
Embodiment of the present invention technical problem to be solved is the defect too strong to the dependence of operator for SMS debugging plan in prior art, cost is higher, efficiency is lower, provides a kind of and does not rely on operator, cost is lower, efficiency is higher SMS adjustment method, Apparatus and system.
In order to solve the problems of the technologies described above, embodiments provide a kind of SMS adjustment method, described method comprises:
Set up the communication connection of debugging apparatus and mobile phone to be tested;
When entering short message sending test pattern, described debugging apparatus be received from definition editor note to be sent and will described short message sending to be sent to described mobile phone to be tested, described mobile phone to be tested by described short message sending to be sent to short message server;
When entering note reception test pattern, described debugging apparatus receives the note to be received of described mobile phone transmission to be tested and resolves the described note to be received of display according to the data format of self-defined setting, and wherein said note to be received is that described mobile phone to be tested receives from short message server.
Further, the step that described and mobile communication to be tested is connected comprises:
Described mobile phone to be tested arranges modem module;
By the modulation /demodulation model calling of data wire or bluetooth or WIFI and described mobile phone to be tested.
Further, described debugging apparatus is received from the note to be sent of definition editor and is comprised to the step of described mobile phone to be tested by described short message sending to be sent:
In described debugging apparatus, provide human-computer interaction interface, received the note to be sent of the unprocessed form of User Defined editor by described human-computer interaction interface;
The note to be sent of described unprocessed form is converted to the note to be sent of PDU form;
Recipient's number is sent to described mobile phone to be tested;
Described mobile phone to be tested is given by the short message sending to be sent of described PDU form, make described mobile phone to be tested by the short message sending to be sent of described recipient's number and described PDU form to short message server, so that the short message sending to be sent of described PDU form is given the mobile phone that described recipient's number is corresponding by described short message server.
Further, described debugging apparatus receives the note to be received of described mobile phone transmission to be tested and comprises according to the step of the described note to be received of data format parsing display of self-defined setting:
Setting data form;
Receive the note to be received that described mobile phone to be tested sends, wherein said note to be received is that described mobile phone to be tested receives from short message server;
Resolve described note to be received according to described data format and show the note to be received after resolving.
Correspondingly, present invention also offers a kind of SMS debugging apparatus, described device comprises:
Mobile phone link block, for setting up the communication connection of debugging apparatus and mobile phone to be tested;
Short message sending test module, during for entering short message sending test pattern, described debugging apparatus be received from definition editor note to be sent and will described short message sending to be sent to described mobile phone to be tested, described mobile phone to be tested by described short message sending to be sent to short message server;
Note receives test module, during for entering note reception test pattern, described debugging apparatus receives the note to be received of described mobile phone transmission to be tested and resolves the described note to be received of display according to the data format of self-defined setting, and wherein said note to be received is that described mobile phone to be tested receives from short message server.
Further, described mobile phone link block comprises:
Communication setting module, for arranging modem module on described mobile phone to be tested;
Communication connection module, for the modulation /demodulation model calling by data wire or bluetooth or WIFI and described mobile phone to be tested.
Further, described short message sending test module comprises:
Human-computer interaction module, for providing human-computer interaction interface when entering short message sending test pattern in described debugging apparatus, receives the note to be sent of the unprocessed form of User Defined editor by described human-computer interaction interface;
Short message encoding module, for being converted to the note to be sent of PDU form by the note to be sent of described unprocessed form;
Recipient's number sending module, for sending to described mobile phone to be tested by recipient's number;
SMS transmission module, for giving described mobile phone to be tested by the short message sending to be sent of described PDU form, make described mobile phone to be tested by the short message sending to be sent of described recipient's number and described PDU form to short message server, so that the short message sending to be sent of described PDU form is given the mobile phone that described recipient's number is corresponding by described short message server.
Further, described note reception test module comprises:
Messaging format arranges module, for when entering note and receiving test pattern, and setting data form;
Note receiver module, for receiving the note to be received that described mobile phone to be tested sends, wherein said note to be received is that described mobile phone to be tested receives from short message server;
Note parsing module, for resolving described note to be received according to described data format and showing the note to be received after resolving.
In addition, present invention also offers a kind of SMS debug system, the short message server comprise mobile phone to be tested, being connected by carrier network with described mobile communication to be tested, described system also comprises debugging apparatus;
Institute's debugging apparatus comprises:
Mobile phone link block, for setting up the communication connection of described debugging apparatus and mobile phone to be tested;
Short message sending test module, during for entering short message sending test pattern, described debugging apparatus be received from definition editor note to be sent and will described short message sending to be sent to described mobile phone to be tested, described mobile phone to be tested by described short message sending to be sent to short message server;
Note receives test module, during for entering note reception test pattern, described debugging apparatus receives the note to be received of described mobile phone transmission to be tested and resolves the described note to be received of display according to the data format of self-defined setting, wherein, described note to be received is that described mobile phone to be tested receives from short message server.
Further, described debugging apparatus is computer or the palmtop PC of accessing Internet.
According to SMS adjustment method of the present invention, the debug function of the short message receiving-transmitting of assist in debugging mobile phone to be tested is fetched by the communication link setting up debugging apparatus and mobile phone to be tested, can the various types of note of self-defined editor, and be no longer subject to the restriction of mobile phone to be tested and operator, thus field testing can be reduced, reduce costs, improve debugging efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of the SMS debug system that one embodiment of the invention provides;
Fig. 2 be embodiment illustrated in fig. 1 in the structural representation of short message sending test module;
Fig. 3 be embodiment illustrated in fig. 1 in note receive the structural representation of test module;
Fig. 4 is the flow chart of the SMS adjustment method that one embodiment of the invention provides;
Fig. 5 be embodiment illustrated in fig. 4 in the flow chart of short message sending adjustment method;
Fig. 6 be embodiment illustrated in fig. 4 in note receive the flow chart of adjustment method.
Embodiment
In order to make technical problem solved by the invention, technical scheme and beneficial effect clearly understand, below in conjunction with drawings and Examples, the present invention is described in further detail.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Referring to Fig. 1, is the structural representation of the SMS debug system that one embodiment of the invention provides.As shown in Figure 1, SMS debug system comprises debugging apparatus 100, mobile phone to be tested 200, the short message server 300 that communicated to connect by carrier network and described mobile phone to be tested 200.
Particularly, short message server 300 is short message service centers of the operator in mobile phone 200 to be tested corresponding to SIM card, debugging apparatus 100 can be accessing Internet and have the electronic equipment of any appropriate of functional processor, such as, debugging apparatus 100 can be computer or the palmtop PC of accessing Internet, after computer or palmtop PC and mobile phone to be tested 200 being communicated to connect, computer or palmtop PC can complete the transmitting-receiving debugging of SMS.Again such as, debugging apparatus 100 can also be other mobile internet devices (Mobile Intemet Devices, MID), intelligent communications terminal, and the embodiment of the present invention does not do concrete restriction.
Wherein, debugging apparatus 100 comprises:
Mobile phone link block 110, for setting up the communication connection of described debugging apparatus 100 and mobile phone 200 to be tested.
Particularly, mobile phone link block 110 can be connected with mobile phone 200 to be tested by wired and/or communication arbitrarily well known to those skilled in the art, and such as data wire connects, bluetooth connects, WIFI connects.Manually mobile phone link block 110 and mobile phone 200 to be tested can be coupled together by user, also by mobile phone link block 110 Automatic-searching mobile phone 200 to be tested, then can establish a communications link with it.
Mobile phone link block 110 can comprise: communication setting module, for arranging modem module on described mobile phone 200 to be tested; Communication connection module, for the modulation /demodulation model calling by data wire or bluetooth or WIFI and described mobile phone to be tested 200.Wherein, modulation /demodulation module on mobile phone 200 to be tested can by supplier development, when mobile phone link block 110 and modulation /demodulation model calling on mobile phone 200 to be tested, need specific driving to support, it connects disconnection can provide data file to be described by supplier.
User can be detected by mobile phone link block 110 and whether successfully connect mobile phone 200 to be tested, and such as, user inputs AT order and carriage return, if return OK, then represents and mobile phone 200 to be tested successful connection; If return ERROR, then represent and mobile phone 200 to be tested connection failure.
Short message sending test module 120, during for entering short message sending test pattern, described debugging apparatus 100 is received from the note to be sent of definition editor, and give described mobile phone 200 to be tested by described short message sending to be sent, described mobile phone to be tested 200 by described short message sending to be sent to short message server 300, then short message server 300 by short message sending to be sent to the mobile phone of specifying (such as third party's mobile phone or mobile phone to be tested 200 self), can complete short message sending test process.
Note receives test module 130, during for entering note reception test pattern, described debugging apparatus 100 receives the note to be received of described mobile phone to be tested 200 transmission and resolves the described note to be received of display according to the data format of self-defined setting, wherein, described note to be received is that described mobile phone to be tested 200 receives from short message server 300.
The SMS debugging apparatus that the embodiment of the present invention provides and system, the function of receiving and sending short message of assist in debugging mobile phone to be tested is fetched by the communication link setting up debugging apparatus and mobile phone to be tested, can the various types of note of self-defined editor, and be no longer subject to the restriction of mobile phone to be tested and operator, thus field testing can be reduced, reduce costs, improve debugging efficiency.
Refer to Fig. 2, be embodiment illustrated in fig. 1 in the structural representation of short message sending test module 120.As shown in Figure 2, short message sending test module 120 comprises:
Human-computer interaction module 121, for providing human-computer interaction interface when entering short message sending test pattern in described debugging apparatus, receives the note to be sent of the unprocessed form of User Defined editor by described human-computer interaction interface.
Concrete, human-computer interaction module 121 can for dissimilar and note that is form, different human-computer interaction interfaces is provided, facilitate the note to be sent of type needed for User Defined editor or form, the note to be sent of the unprocessed form of user's input can comprise recipient's number and short message text etc.
Short message encoding module 122, for being converted to the note to be sent of PDU (Protocol Description Unit, protocol specification unit) form by the note to be sent of described unprocessed form.
Particularly, short message encoding module 122 can according to 3GPP agreement (The3rd Generation Partnership Project, be called for short 3GPP agreement) the unified note to be sent being converted to PDU form of note to be sent of unprocessed form (can be any type or the form of User Defined editor) that human-computer interaction module 121 is received, the note to be sent of PDU form comprises short message server address size, the short message server type of number, note number (short message server number), file header byte, information type, recipient's type of number, recipient's number, short message encoding type, note length, short message text etc.PDU form is a kind of comparatively common messaging format, and wherein, short message text is through hexadecimal code.It will be appreciated by those skilled in the art that in other embodiments of the invention, the short message encoding to be sent of unprocessed form can also be become the note to be sent of other messaging formats by short message encoding module 122, the note to be sent of such as Text form.
Recipient's number sending module 123, for sending to described mobile phone to be tested 200 by recipient's number.
SMS transmission module 124, for giving described mobile phone 200 to be tested by the short message sending to be sent of described PDU form, make described mobile phone to be tested by the short message sending to be sent of described recipient's number and described PDU form to short message server 300, so that the short message sending to be sent of described PDU form is given the mobile phone that described recipient's number is corresponding by described short message server.
Particularly, the short message sending to be sent of PDU form can be given mobile phone 200 to be tested by AT order (such as AT+CMGS) by SMS transmission module 124.
Refer to Fig. 3, be embodiment illustrated in fig. 1 in note receive the structural representation of test module 130.As shown in Figure 3, note reception test module 130 comprises:
Messaging format arranges module 131, for when entering note and receiving test pattern, and setting data form.
Particularly, messaging format arranges module 131 and AT order (such as AT+CMGF) can be utilized to arrange specify the data format of note.
Note receiver module 132, for receiving the note to be received that described mobile phone to be tested 200 sends, wherein, described note to be received is that described mobile phone to be tested 200 receives from short message server 300.
Particularly, when note receiver module 132 receives note to be received, can short message prompt tones be sent, receive new message to point out.Certainly, usually short message prompt tones can be sent by mobile phone 200 to be tested.
Note parsing module 133, for resolving described note to be received according to described data format and showing the note to be received after resolving.
Particularly, note parsing module 133 can utilize AT order (such as AT+CMGR) to read note to be received, and according to 3GPP agreement and messaging format arrange module 131 arrange data format resolve note to be received, then display it.
Employ AT order in embodiment above about short message receiving-transmitting test, AT Command Set is the industrial standard of modem communication interface, and AT order is that modulator-demodulator can identify and the order performed, and following table 1 is AT order conventional in short message receiving-transmitting test.
Table 1
| AT order | Function |
| AT+CMGC | Send a note order |
| AT+CMGR | Short message reading |
| AT+CMGS | Send note |
| AT+CMSS | Note is sent from SIM internal memory |
| AT+CNMI | Show the note received |
| AT+CPMS | Select note internal memory |
| AT+CMGF | Select messaging format: 0PDU; 1Text |
| AT+CSCA | Short breath server address |
| AT+CSMS | Select short message service |
Referring to Fig. 4, is the flow chart of the SMS adjustment method that one embodiment of the invention provides.As shown in Figure 4, the method comprises:
S401, set up the communication connection of debugging apparatus and mobile phone to be tested.
Particularly, can be connected by wired and/or communication arbitrarily well known to those skilled in the art with mobile phone to be tested, such as data wire connection, bluetooth connection, wifi connect.Manually debugging apparatus and mobile phone to be tested can be coupled together by user, also by debugging apparatus Automatic-searching mobile phone to be tested, then can establish a communications link with it.Such as, step S401 can comprise: on described mobile phone to be tested, arrange modem module; By the modulation /demodulation model calling of data wire and described mobile phone to be tested.Wherein, the modulation /demodulation module on mobile phone to be tested can by supplier development, and during with modulation /demodulation model calling on mobile phone to be tested, need specific driving to support, it connects disconnection can provide data file to be described by supplier.Can also detect and whether successfully connect mobile phone to be tested, such as, user inputs AT order and carriage return, if return OK, then represents and mobile phone successful connection to be tested; If return ERROR, then represent and mobile phone connection failure to be tested.
S402, determine test pattern, described test pattern comprises short message sending test pattern and note receives test pattern, and wherein, test pattern manually can be selected by user, if short message sending test pattern, then performs step S403; If note receives test pattern, then perform step S404.
S403, described debugging apparatus are received from the note to be sent of definition editor, and will described short message sending to be sent to described mobile phone to be tested, described mobile phone to be tested by described short message sending to be sent to short message server.Then short message server by short message sending to be sent to the mobile phone of specifying (such as third party's mobile phone or mobile phone to be tested self), can complete short message sending test process.
S404, described debugging apparatus receive the note to be received of described mobile phone transmission to be tested and resolve the described note to be received of display according to the data format of self-defined setting, and wherein, described note to be received is that described mobile phone to be tested receives from short message server.
The SMS adjustment method that the embodiment of the present invention provides, the function of receiving and sending short message of assist in debugging mobile phone to be tested is fetched by the communication link setting up debugging apparatus and mobile phone to be tested, can the various types of note of self-defined editor, and be no longer subject to the restriction of mobile phone to be tested and operator, thus field testing can be reduced, reduce costs, improve debugging efficiency.
Refer to Fig. 5, be embodiment illustrated in fig. 4 in the flow chart of short message sending adjustment method, this short message sending method of testing corresponds to the step S403 in Fig. 4.As shown in Figure 5, the method comprises:
S501, in described debugging apparatus, provide human-computer interaction interface, received the note to be sent of the unprocessed form of User Defined editor by described human-computer interaction interface.
Particularly, can for dissimilar and note that is form, different human-computer interaction interfaces is provided in described debugging apparatus, facilitate the note to be sent of type needed for User Defined editor or form, the note to be sent of the unprocessed form of user's input can comprise recipient's number and short message text etc.
S502, the note to be sent of described unprocessed form is converted to the note to be sent of PDU form.
Particularly, can according to 3GPP agreement by unified for the note to be sent of unprocessed form (can be any type or the form of the User Defined editor) note to be sent being converted to PDU form, the note to be sent of PDU form comprises short message server address size, the short message server type of number, note number (short message server number), file header byte, information type, recipient's type of number, recipient's number, short message encoding type, note length, short message text etc.PDU form is a kind of comparatively common messaging format, and wherein short message text is through hexadecimal code.It will be appreciated by those skilled in the art that in other embodiments of the invention, the short message encoding to be sent of unprocessed form can also be become the note to be sent of other messaging formats, the note to be sent of such as Text form.
S503, recipient's number is sent to described mobile phone to be tested.
S504, by the short message sending to be sent of described PDU form give described mobile phone to be tested, make described mobile phone to be tested by the short message sending to be sent of described recipient's number and described PDU form to short message server, so that the short message sending to be sent of described PDU form is given the mobile phone that described recipient's number is corresponding by described short message server.
Particularly, mobile phone to be tested can be given by AT order (such as AT+CMGS) by the short message sending to be sent of PDU form.
Method shown in Fig. 5 actual utilize AT Command Set to implement time, following program circuit can be adopted: open serial ports; Judge whether to open serial ports, if be judged as NO, then continue to perform the step opening serial ports, otherwise, serial ports parameter is set; Then AT order is set; Next short message content is edited; Then to serial ports input AT order; Next, judge input whether success, if not, then continue to serial ports input AT order, otherwise closedown serial ports.
Refer to Fig. 6, be embodiment illustrated in fig. 4 in note receive the flow chart of adjustment method, this short message sending method of testing corresponds to the step S404 in Fig. 4.As shown in Figure 6, the method comprises:
S601, setting data form.
Particularly, can utilize AT order (such as AT+CMGF) that the data format of specifying note is set.
S602, receive the note to be received that described mobile phone to be tested sends, wherein said note to be received is that described mobile phone to be tested receives from short message server.
Particularly, when note receiver module receives note to be received, can short message prompt tones be sent, receive new message to point out.Certainly, usually short message prompt tones can be sent by mobile phone to be tested.
S603, resolve described note to be received according to described data format and display resolve after note to be received.
Particularly, AT order (such as AT+CMGR) can be utilized to read note to be received, and resolve note to be received according to the data format of 3GPP agreement and setting, then display it.
Method shown in Fig. 6 actual utilize AT Command Set to implement time, following program circuit can be adopted: open serial ports; Judge whether to open serial ports, if be judged as NO, then continue to perform the step opening serial ports, otherwise, serial ports parameter is set; Then AT order is set; Next from serial ports sense data; Then serial ports is closed.
In actual implementation process, the scheme that the present invention adopts utilizes USB to be connected with mobile phone to be tested by debugging apparatus such as computer (also known as PC), PC end can provide human-computer interaction interface to edit the note of specified type or form, and allow the modulation /demodulation module of mobile phone to be tested be sent to specific test card by AT command mode it, survey with this reflex scene or specific type note (such as: class0, class1, wap push) some problems.
The restriction of the not tested test-run a machine of the embodiment of the present invention and operator, can from the various types of note of edlin; Can reappear the short message type of specified conditions, the note for the particular type form occurred in field testing can simulate reproduction, raises the efficiency.Reduce debugging cost, and not by the restriction of carrier server for some type formats.
SMS transmitting-receiving adjustment method according to the above embodiment of the present invention, the function of receiving and sending short message of assist in debugging mobile phone to be tested is fetched by the communication link setting up debugging apparatus and mobile phone to be tested, can the various types of note of self-defined editor, and be no longer subject to the restriction of mobile phone to be tested and operator, thus field testing can be reduced, reduce costs, improve debugging efficiency.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a SMS adjustment method, is characterized in that, described method comprises:
Set up the communication connection of debugging apparatus and mobile phone to be tested;
When entering short message sending test pattern, described debugging apparatus be received from definition editor note to be sent and will described short message sending to be sent to described mobile phone to be tested, described mobile phone to be tested by described short message sending to be sent to short message server;
When entering note reception test pattern, described debugging apparatus receives the note to be received of described mobile phone transmission to be tested and resolves the described note to be received of display according to the data format of self-defined setting, wherein, described note to be received is that described mobile phone to be tested receives from short message server.
2. SMS adjustment method as claimed in claim 1, it is characterized in that, the step that mobile communication described and to be tested is connected comprises:
Described mobile phone to be tested arranges modem module;
By the modulation /demodulation model calling of data wire or bluetooth or WIFI and described mobile phone to be tested.
3. SMS adjustment method as claimed in claim 1, is characterized in that, described debugging apparatus is received from the note to be sent of definition editor and is comprised to the step of described mobile phone to be tested by described short message sending to be sent:
In described debugging apparatus, provide human-computer interaction interface, received the note to be sent of the unprocessed form of User Defined editor by described human-computer interaction interface;
The note to be sent of described unprocessed form is converted to the note to be sent of PDU form;
Recipient's number is sent to described mobile phone to be tested;
Described mobile phone to be tested is given by the short message sending to be sent of described PDU form, make described mobile phone to be tested by the short message sending to be sent of described recipient's number and described PDU form to short message server, so that the short message sending to be sent of described PDU form is given the mobile phone that described recipient's number is corresponding by described short message server.
4. SMS adjustment method as claimed in claim 1, is characterized in that, described debugging apparatus receives the note to be received of described mobile phone transmission to be tested and comprises according to the step of the described note to be received of data format parsing display of self-defined setting:
Setting data form;
Receive the note to be received that described mobile phone to be tested sends, wherein, described note to be received is that described mobile phone to be tested receives from short message server;
Resolve described note to be received according to described data format and show the note to be received after resolving.
5. a SMS debugging apparatus, is characterized in that, described device comprises:
Mobile phone link block, for setting up the communication connection of debugging apparatus and mobile phone to be tested;
Short message sending test module, during for entering short message sending test pattern, described debugging apparatus be received from definition editor note to be sent and will described short message sending to be sent to described mobile phone to be tested, described mobile phone to be tested by described short message sending to be sent to short message server;
Note receives test module, during for entering note reception test pattern, described debugging apparatus receives the note to be received of described mobile phone transmission to be tested and resolves the described note to be received of display according to the data format of self-defined setting, and wherein said note to be received is that described mobile phone to be tested receives from short message server.
6. SMS debugging apparatus as claimed in claim 5, it is characterized in that, described mobile phone link block comprises:
Communication setting module, for arranging modem module on described mobile phone to be tested;
Communication connection module, for the modulation /demodulation model calling by data wire or bluetooth or WIFI and described mobile phone to be tested.
7. SMS debugging apparatus as claimed in claim 5, it is characterized in that, described short message sending test module comprises:
Human-computer interaction module, for providing human-computer interaction interface when entering short message sending test pattern in described debugging apparatus, receives the note to be sent of the unprocessed form of User Defined editor by described human-computer interaction interface;
Short message encoding module, for being converted to the note to be sent of PDU form by the note to be sent of described unprocessed form;
Recipient's number sending module, for sending to described mobile phone to be tested by recipient's number;
SMS transmission module, for giving described mobile phone to be tested by the short message sending to be sent of described PDU form, make described mobile phone to be tested by the short message sending to be sent of described recipient's number and described PDU form to short message server, so that the short message sending to be sent of described PDU form is given the mobile phone that described recipient's number is corresponding by described short message server.
8. SMS debugging apparatus as claimed in claim 5, is characterized in that, described note receives test module and comprises:
Messaging format arranges module, for when entering note and receiving test pattern, and setting data form;
Note receiver module, for receiving the note to be received that described mobile phone to be tested sends, wherein said note to be received is that described mobile phone to be tested receives from short message server;
Note parsing module, for resolving described note to be received according to described data format and showing the note to be received after resolving.
9. a SMS debug system, the short message server comprise mobile phone to be tested, being connected by carrier network with described mobile communication to be tested, is characterized in that, described system also comprises debugging apparatus;
Described debugging apparatus comprises:
Mobile phone link block, for setting up the communication connection of described debugging apparatus and mobile phone to be tested;
Short message sending test module, during for entering short message sending test pattern, described debugging apparatus be received from definition editor note to be sent and will described short message sending to be sent to described mobile phone to be tested, described mobile phone to be tested by described short message sending to be sent to short message server;
Note receives test module, during for entering note reception test pattern, described debugging apparatus receives the note to be received of described mobile phone transmission to be tested and resolves the described note to be received of display according to the data format of self-defined setting, wherein, described note to be received is that described mobile phone to be tested receives from short message server.
10. SMS debug system as claimed in claim 9, it is characterized in that, described debugging apparatus is computer or the palmtop PC of accessing Internet.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410121408.4A CN104955006A (en) | 2014-03-28 | 2014-03-28 | Mobile phone short message debugging method, device and system |
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| CN201410121408.4A CN104955006A (en) | 2014-03-28 | 2014-03-28 | Mobile phone short message debugging method, device and system |
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| CN102065389A (en) * | 2010-07-22 | 2011-05-18 | 北京梦凯友名网络科技有限公司 | Method for receiving and transmitting short messages by mobile terminal and software for implementing same |
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| CN101022294A (en) * | 2007-02-28 | 2007-08-22 | 深圳市杰普林数码科技有限公司 | Method for receiving and transmitting cell phone short message via computer |
| US20080242281A1 (en) * | 2007-04-02 | 2008-10-02 | Yahoo! Inc. | Mobile addressability with mapping of phone numbers to dynamic ip addresses |
| CN101521856A (en) * | 2008-12-12 | 2009-09-02 | 北京和信锐智科技有限公司 | Method for receiving/sending mobile-phone short messages through the Internet |
| CN102065389A (en) * | 2010-07-22 | 2011-05-18 | 北京梦凯友名网络科技有限公司 | Method for receiving and transmitting short messages by mobile terminal and software for implementing same |
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