CN109003065B - Detection processing system for cash transaction abnormity of parking lot charging machine - Google Patents
Detection processing system for cash transaction abnormity of parking lot charging machine Download PDFInfo
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- CN109003065B CN109003065B CN201810729583.XA CN201810729583A CN109003065B CN 109003065 B CN109003065 B CN 109003065B CN 201810729583 A CN201810729583 A CN 201810729583A CN 109003065 B CN109003065 B CN 109003065B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q20/00—Payment architectures, schemes or protocols
- G06Q20/08—Payment architectures
- G06Q20/20—Point-of-sale [POS] network systems
- G06Q20/209—Specified transaction journal output feature, e.g. printed receipt or voice output
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q20/00—Payment architectures, schemes or protocols
- G06Q20/08—Payment architectures
- G06Q20/20—Point-of-sale [POS] network systems
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B15/00—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points
- G07B15/02—Arrangements or apparatus for collecting fares, tolls or entrance fees at one or more control points taking into account a variable factor such as distance or time, e.g. for passenger transport, parking systems or car rental systems
Abstract
The invention discloses a system for detecting and processing cash transaction abnormity of a charging machine of a parking lot, which comprises: the system comprises a starting detection module, an exception handling module, an environment detection module, a transaction exception detection module, a transaction module and an information sending module. The starting detection module is used for carrying out abnormity detection on the last transaction of the transaction module when the system is started; the abnormity processing module is used for carrying out abnormity processing on the abnormity detected by the startup detection module; the environment detection module is used for detecting whether the current transaction environment of the transaction module is abnormal or not; the information sending module is used for sending an abnormal signal to the remote control equipment when the abnormality occurs. By adopting the invention, the detection of each link of the transaction system can be realized, the notification information is timely sent to notify the manager when the transaction abnormity is detected, the abnormity which can be automatically recovered without manual intervention is automatically processed, and the intellectualization of the transaction abnormity detection is realized.
Description
Technical Field
The invention relates to the technical field of integrated application systems, in particular to a cash transaction abnormity detection processing system of a parking lot charging machine.
Background
The parking lot charging machine is an integrated application system consisting of various software and hardware, and the overall reliability of the charging machine depends on the reliability of each software and hardware component and the consideration of the overall process on the reliability design. Current parking area toll collector system, for the guarantee transaction safety, the solution that generally takes has: running an environment detection task, and stopping executing the payment service when detecting that the software and the hardware are abnormal; the detailed log is kept in the transaction process, and after an exception occurs, the log can be used for post-processing. However, the existing transaction exception handling scheme cannot determine the exception occurrence position when the transaction system is abnormal, manual intervention is required when exception handling is performed, the transaction cannot be automatically replied, and a large hysteresis exists in the aspect of information feedback, so that a user usually finds a place to know that the transaction system of the toll collector is abnormal.
Disclosure of Invention
The invention provides a cash transaction abnormity detection processing system of a parking lot charging machine, which can detect each link of a transaction system, timely send notification information to notify a manager when the transaction abnormity is detected, automatically process the abnormity which can be automatically recovered without manual intervention, automatically detect whether the last transaction is abnormal when the system is started, and simultaneously provide standard and complete transaction information to assist the manager to process, thereby realizing the intelligentization of transaction abnormity detection.
The embodiment of the invention provides a cash transaction abnormity detection processing system of a parking lot charging machine, which comprises a starting detection module, an abnormity processing module, an environment detection module, a transaction abnormity detection module, a transaction module and an information sending module, wherein the starting detection module is used for detecting the abnormal cash transaction of the parking lot charging machine;
the starting-up detection module is connected with the transaction module; the starting detection module is used for carrying out abnormity detection on the last transaction of the transaction module when the system is started;
the abnormal processing module is connected with the starting detection module; the abnormity processing module is used for carrying out abnormity processing on the abnormity detected by the startup detection module;
the environment detection module is connected with the transaction module; the environment detection module is used for detecting whether the current transaction environment of the transaction module is abnormal or not;
the transaction abnormity detection module is connected with the transaction module; the transaction abnormity detection module is used for detecting whether abnormity exists in the transaction process of the transaction module;
the transaction module is used for carrying out expense settlement;
the information sending module is connected with the starting detection module, the abnormity processing module, the environment detection module, the transaction abnormity detection module and the transaction module and is used for sending an abnormity signal to remote control equipment when abnormity occurs.
Further, the startup detection module is configured to perform anomaly detection on the last transaction of the transaction module when the system is started, specifically:
when the system is started, the starting detection module scans a transaction record folder in the transaction module by operating a task of periodically checking transaction record files in the starting detection module, and detects whether the last transaction record file in the transaction record folder has an abnormal record or not;
when the transaction record file has abnormal records, the starting-up detection module sends file record abnormal signals to the remote control equipment through the information sending module;
the boot detection module is only run once when the system is started.
Further, the exception handling module performs exception handling on the transaction module by receiving the exception information sent by the startup detection module, specifically:
the exception handling module judges the fault occurrence time of the transaction module by reading the transaction record file with the exception record;
when the failure occurrence time of the transaction module is before the updating time of the state library in the system, the exception handling module handles the exception by creating a recovery file; when the exception processing module finishes exception processing, acquiring an exception processing result and sending the exception processing result to the remote control equipment;
and when the fault occurrence time of the transaction module is not before the updating time of the state library in the system, the exception handling module sends an exception signal to the remote control equipment through the information sending module.
Further, the environment detection module includes: a hardware detection unit, a software detection unit and a periodic environment check task;
the hardware detection unit and the software detection unit detect whether the software and hardware environment of the transaction module is normal or not by starting the periodic environment check task;
when the environment detection module detects that the software environment or the hardware environment of the transaction module is abnormal, the environment detection module sends a file record abnormal signal to the remote control device through the information sending module.
Further, the hardware detection unit includes: the device comprises a coin machine detection unit, a banknote receiving machine detection unit and a printer detection unit;
the coin machine detection unit is connected with the banknote receiver detection unit;
the cash receiver detection unit is connected with the printer detection unit;
the printer detection unit is connected with the software detection unit;
the coin machine detection unit and the cash receiver detection unit are used for detecting whether the charging function of the transaction module is abnormal or not;
the printer detection unit is used for detecting whether a printer in the toll collector is abnormal or not and whether printing paper exists in the printer or not.
Further, the software detection unit includes: web service detection unit and database detection unit:
the web service detection unit is connected with the database detection unit;
the database detection unit is connected with the transaction module;
the web service detection unit is used for detecting whether the internal network connection of the system is normal;
the database detection unit is used for detecting whether the records of the database in the system are normal.
Further, the transaction abnormity detection module judges whether the transaction module is abnormal in the transaction process by detecting whether refund of the transaction module is overtime in the transaction process and whether a database in the system updates records after the transaction module successfully transacts;
when the transaction module is abnormal in the transaction process, the transaction abnormality detection module sends an abnormal signal to the remote control device through the information sending module.
Further, the transaction module includes: the system comprises a user payment page, a cash receiving system and a non-cash receiving system;
the user payment page is used for providing detailed information of required payment and providing a payment channel;
the cash receiving system is used for receiving parking fee cash, refunding and changing;
the cashless collection system is used for on-line collection, refund and change of parking fee.
Further, the information sending module sends alarm signals of different grades according to different received information.
Further, the information sending module communicates in a UDP manner.
The cash transaction abnormity detection processing system of the parking lot charging machine provided by the embodiment of the invention realizes detection of each link of the transaction system by arranging the plurality of modules and through information interaction among the modules, timely sends notification information to notify a manager when the transaction abnormity is detected, automatically detects whether the last transaction is abnormal when the system is started, automatically processes the abnormity which can be automatically recovered to be normal without manual intervention, and simultaneously provides standard and complete transaction information to assist the manager to process, thereby realizing intelligentization of transaction abnormity detection.
Drawings
Fig. 1 is a schematic structural diagram of an embodiment of a detection processing system for cash transaction abnormality of a parking lot charging machine provided by the invention;
fig. 2 is a schematic flow chart of an embodiment of the overall transaction of the detection processing system for cash transaction abnormality of the parking lot charging machine provided by the invention;
fig. 3 is a schematic flowchart of an embodiment of exception handling performed by an exception detection processing module of the system for detecting and processing a cash transaction exception of a parking lot charging machine provided by the invention;
FIG. 4 is a schematic flow chart of one embodiment of hardware detection performed by the hardware detection unit of the system for detecting and processing cash transaction abnormality of the parking lot charging machine provided by the invention;
fig. 5 is a schematic flow chart of an embodiment of software detection performed by the software detection unit of the detection processing system for detecting abnormal cash transaction of the parking lot charging machine provided by the invention;
fig. 6 is a schematic flow chart of one embodiment of the transaction performed by the modules of the detection processing system for cash transaction abnormality of the parking lot charging machine provided by the invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, a schematic structural diagram of an embodiment of a system for detecting and processing abnormality of cash transaction of a parking lot charging machine provided by the invention is shown. The method comprises the following steps: the system comprises a starting-up detection module 101, an exception handling module 102, an environment detection module 103, a transaction exception detection module 104, a transaction module 105 and an information sending module 106.
The power-on detection module 101 is connected with the transaction module 105. The power-on detection module 101 is used for performing anomaly detection on the last transaction of the transaction module 105 when the system is started.
The exception handling module 102 is connected to the power-on detection module 101. The exception handling module 102 is configured to perform exception handling on the exception detected by the startup detection module 101.
The environment detection module 103 is connected to the transaction module 105. The environment detection module 103 is used to detect whether there is an abnormality in the current transaction environment of the transaction module 105.
The transaction anomaly detection module 104 is connected to the transaction module 105. The transaction anomaly detection module 104 is used for detecting whether an anomaly exists in the transaction process of the transaction module 105.
The transaction module 105 is used to settle the fees for parking fees, for payment of change and refund.
The information sending module 106 is connected to the startup detecting module 101, the abnormality processing module 102, the environment detecting module 103, the transaction abnormality detecting module 104, and the transaction module 105, and is configured to send an abnormality signal to the remote control device when an abnormality occurs.
Further, the information sending module 106 sends alarm signals of different levels according to different received information. When the information sending module 106 receives the general notification information, low-level alarm information is sent, and the information does not need special attention and processing. When the information received by the information sending module 106 indicates that the toll collector is abnormal and the toll service is stopped, high-grade alarm information is sent to inform a manager to take measures immediately. When the information received by the information sending module 106 indicates that the toll collector has an abnormal occurrence, the toll service is still in progress but may be affected, a high-level alarm information is sent to notify a manager to immediately pay attention to the toll service. When the information received by the information sending module 106 is that the toll collector is about to be abnormal, early warning information is sent.
Further, the information sending module 106 may, but is not limited to, communicate in a UDP manner.
Further, referring to fig. 2, it is a schematic flow chart of an embodiment of the general transaction of the system for detecting and processing cash transaction abnormality of the parking lot charging machine provided by the present invention.
When the toll collector is started, the information sending module 106 sends toll collector starting information to the remote control device, and the environment detection module 103 starts a periodic environment detection task to detect the software and hardware environment of the system. When the environment detection module 103 detects that the software and hardware environment of the system is abnormal, an abnormal notification is sent through the information sending module 106, and the transaction module is disabled; when the environment detection module 103 detects that the software and hardware environment of the system is normal, the transaction module 105 is started for the user to perform transaction.
Further, the transaction module 105 provides the user with a transaction by starting a payment page, and the user executes the transaction through the payment interface. The transaction module 105 writes the data of the user in the transaction stage into the transaction file.
Further, when the transaction module 105 is started, the transaction anomaly detection module 104 detects the entire user transaction stage in the transaction module 105. When the transaction anomaly detection module 104 does not detect that anomalies occur in the whole transaction stage, the transaction is completed, and the next detection is started; when the transaction anomaly detection module 104 detects that an anomaly occurs in the whole transaction stage, the transaction is stopped and an anomaly notification is sent through the information sending module 106; when the exception handling is completed, the system continues to perform transactions and sends a processing result notification message through the information sending module 106.
Further, when the toll collector is started, the startup detection module 101 periodically checks the transaction record file task by operating the startup detection module 101, scans the transaction record folder in the transaction module, and detects whether the last transaction record file in the transaction record folder has an abnormal record.
When the transaction record file has an abnormal record, the startup detection module 101 performs abnormal processing through the abnormal processing module 102, and sends a file record abnormal signal to the remote control device through the information sending module 106.
Further, referring to fig. 3, it is a schematic flow chart of an embodiment of the abnormality detection processing module of the system for detecting abnormality of cash transaction of a parking lot charging machine according to the present invention to perform abnormality processing.
The boot detection module 101 checks the transaction record file by scanning the transaction record folder. When the transaction record is abnormal, the abnormality processing module 102 determines the transaction stage of the transaction record by reading the last line of the transaction record file with the abnormal record. If the transaction stage of the transaction record is before the updating time of the state base in the system, the exception handling module 102 creates a recovery file, adds the recovery file into the database of the toll collector through a buffer queue and updates the database, and if the database is updated successfully, records the recovery file into a trade-OK directory, sends a transaction recovery completion signal through the information sending module 106, and deletes the recovery file from the buffer queue; if the database fails to be updated, the recovery file is recorded in the Handled-Fail directory, and the recovery file is deleted from the buffer queue after a transaction recovery completion signal is sent through the information sending module 106.
When the exception handling module 102 determines that the failure occurrence time is not before the update time of the state library in the system, the exception handling module 102 sends a signal that the exception transaction needs to be handled manually to the remote control device through the information sending module 106.
Further, referring to fig. 4, it is a schematic flow chart of an embodiment of the hardware detection unit of the detection processing system for detecting cash transaction abnormality of the parking lot charging machine according to the present invention.
The hardware detection unit includes: a coin machine detection unit 211, a cash dispenser detection unit 212, and a printer detection unit 213.
The coin machine detection unit 211 is connected to the cash register detection unit 212. The bill acceptor detecting unit 212 is connected to the printer detecting unit 213. The printer detection 213 unit is connected to the software detection unit 202.
The coin machine detection unit 211 is used to detect whether the coin machine is abnormal. When the coin machine is detected to be abnormal this time, the coin machine detection unit 211 sends a coin machine abnormality notification through the information sending module 106, and disables the payment page 301 of the transaction module. When the current detection of the coin machine is normal, the coin machine detection unit 211 determines whether the last operation of the coin machine is normal. When the coin machine operates abnormally last time, the information sending module 106 sends a notice that the coin machine is eliminated, and then the money receiving machine detection unit 212 operates; when the previous operation of the coin machine is detected to be normal by the coin machine detection unit 211, the bill acceptor detection unit 212 is operated.
Further, the banknote receiver detecting unit 212 is configured to detect whether the banknote receiver is abnormal. When the banknote receiver detects an abnormality at this time, the banknote receiver detecting unit 212 sends a banknote receiver abnormality notification through the information sending module 106, and disables the payment page 301 of the transaction module. When the banknote receiver detects the current banknote normally, the banknote receiver detecting unit 212 determines whether the banknote receiver operates normally last time. When the banknote receiver operates abnormally last time, the information sending module 106 sends a notice that the banknote receiver eliminates the abnormality, and then the printer detection unit 213 operates; when the banknote acceptor detection unit 212 detects that the banknote acceptor has been operated normally last time, the printer detection unit 213 is operated.
Further, the printer detection unit 213 is configured to detect whether the printer in the toll collector is abnormal and whether the printer has a print sheet.
When the printer detects an abnormality at this time, the printer detection unit 213 detects a printer sheet after transmitting a printer abnormality notification via the information transmission module 106. When the printer is normally detected this time, the printer detection unit 213 determines whether the printer operation was normal last time. When the printer operates abnormally last time, a notification that the printer has eliminated the abnormality is sent through the information sending module 106, and then the printer paper detection is carried out; when the printer detection unit 213 detects that the last printer operation is normal, printer paper detection is performed.
When the printer detecting unit 213 detects that the printer lacks printing paper, the software detecting unit 202 is operated after transmitting a signal of insufficient printing paper through the message transmitting module 106. When the printer detection unit 213 detects that the printer has the printing paper, the printer detection unit 213 determines whether the printing paper is missing in the last printer operation. When the printer detection unit 213 detects that the printer runs short of printing paper in the last printer run, the software detection unit 202 is run after sending a notification that the printer paper has recovered to normal through the information sending module 106. When the printer detection unit 213 detects that the printer has print paper in the last printer operation, the printer detection unit 213 detects the amount of print paper stored in the printer. When the printer detection unit 213 detects that the stock amount of printing paper is insufficient, the software detection unit 202 is operated after the information that the printer is about to run out of paper is transmitted through the information transmission module 106, and when the printer detection unit 213 detects that the stock amount of printing paper is sufficient, the software detection unit is operated.
Further, referring to fig. 5, it is a schematic flow chart of an embodiment of the software detection unit of the detection processing system for detecting abnormal cash transaction of a parking lot charging machine according to the present invention.
The software detection unit comprises: a web service detection unit 214 and a database detection unit 215. The web service detecting unit 214 is connected to the database detecting unit 215. The database detection unit 215 is connected to the transaction module 105.
The web service detection unit 214 is used for detecting whether the internal network connection of the system is normal. When the web service detection unit 214 detects an abnormality at this time, the web service detection unit 214 sends an abnormality notification through the information sending module 106, and disables the payment page 301 of the transaction module. When the web service detection unit 214 detects normally this time, the web service detection unit 214 determines whether the web service detection unit 214 detects normally the last time. When the web service detection unit 214 detects an abnormality last time, it sends an abnormality notification through the information sending module 106, and then operates the database detection unit 215; when the last detection result of the web service detecting unit 214 is normal, the database detecting unit 215 is operated.
The database detection unit 215 is used to detect whether the database records inside the system are normal. When the database detection unit 215 detects an abnormality at this time, the database detection unit 215 sends an abnormality notification through the information sending module 106, and disables the payment page 301 of the transaction module. When the database detection unit 215 detects normally this time, the database detection unit 215 determines whether the database detection unit 215 detects normally last time. When the database detection unit 215 detects an abnormality last time, the information sending module 106 sends an abnormality notification, and then the payment page 301 of the transaction module is started; when the last detection result of the database detection unit 215 is normal, the payment page 301 of the transaction module is started.
Further, referring to fig. 6, it is a schematic flow chart of an embodiment of the system for detecting and processing cash transaction abnormality of the parking lot charging machine according to the present invention. Including a transaction module 106 and a transaction anomaly detection module 104.
The transaction module 106 also includes a cash receipt system 302 and a cashless receipt system 303.
When the user pays using cash, the cash receiving system 302 determines whether the user has sufficient cash input, and if the input cash is insufficient, the cash receiving system 302 continues to wait for the user to input cash; if the input cash is enough, driving the coin machine to execute a change giving instruction; if the payment is overtime, the cash receiving system 302 drives the coin machine to execute the refund command. When the cash receipt system 302 completes the cash receipt, the transaction anomaly detection module 104 is run.
Further, the cashless receiving system 303 uses WeChat for refund and change. When the cashless receiving system 303 judges that the user uses the WeChat to pay, the WeChat interface is inquired to charge. If the cashless receiving system 303 determines that the user uses the cashless mode to pay, when the payment is overtime, the cashless receiving system 303 refunds through the inquiry WeChat interface. If the refund is successful, the transaction is ended; if the refund fails, the transaction anomaly detection module 104 determines whether the WeChat refund is overtime. When the transaction anomaly detection module 104 determines that the WeChat refund is not overtime, the non-cash receiving system 303 continues to query the WeChat interface for refund, and when the transaction anomaly detection module 104 determines that the WeChat refund is overtime, the information sending module 106 sends the fault information that the toll collector program is started but the last transaction is not normally ended.
Further, when the cashless receiving system 303 judges that the user uses the WeChat to pay, the WeChat interface is inquired to change. If the change making is successful, executing a transaction abnormity detection module 104; if the change making is failed, it is determined whether the change making is overtime, if not, the change making is continued, if so, the non-cash receiving system 303 executes the WeChat refund.
Further, after the transaction module 106 completes the payment transaction, the transaction anomaly detection module 104 is started. The transaction anomaly detection module 104 begins updating the yard database records after the transaction is over. When the record of the parking lot database is successfully updated, the transaction is completed; when the updating of the records of the parking lot database fails, the updating is tried to be continued; if the multiple updates fail, a Web service failure signal is sent via the message sending module 106.
According to the detection processing system for the transaction abnormity of the parking lot toll collector, provided by the embodiment of the invention, the toll collector is detected by arranging the detection module, the abnormity capable of being automatically repaired is self-repaired by the abnormity processing module, and the detected abnormity is sent to the remote control equipment by the information sending module, so that a worker can obtain the state information of all equipment distributed in the parking lot at any time, and the transaction log is more complete and standard by arranging the transaction recording file, thereby being beneficial to the transaction tracing and fault recovery. And the automatic detection mode ensures that the application of the self-service toll collector is safer and more reliable, and is beneficial to large-scale deployment in an unattended mode.
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.
Claims (10)
1. A system for detecting and processing cash transaction abnormity of a parking lot charging machine is characterized by comprising: the system comprises a starting-up detection module, an exception handling module, an environment detection module, a transaction exception detection module, a transaction module and an information sending module;
the starting-up detection module is connected with the transaction module; the starting detection module is used for carrying out abnormity detection on the last transaction of the transaction module when the system is started;
the abnormal processing module is connected with the starting detection module; the abnormity processing module is used for carrying out abnormity processing on the abnormity detected by the startup detection module;
the environment detection module is connected with the transaction module; the environment detection module is used for detecting whether the current transaction environment of the transaction module is abnormal or not;
the transaction abnormity detection module is connected with the transaction module; the transaction abnormity detection module is used for detecting whether abnormity exists in the transaction process of the transaction module;
the information sending module is connected with the starting detection module, the abnormity processing module, the environment detection module, the transaction abnormity detection module and the transaction module and is used for sending an abnormity signal to remote control equipment when abnormity occurs.
2. The system for detecting and processing the cash transaction abnormality of the parking lot charging machine according to claim 1, wherein the startup detection module is configured to detect the abnormality of the last transaction of the transaction module when the system is started, and specifically includes:
when the system is started, the starting detection module scans a transaction record folder in the transaction module by operating a task of periodically checking transaction record files in the starting detection module, and detects whether the last transaction record file in the transaction record folder has an abnormal record or not;
when the transaction record file has abnormal records, the starting-up detection module processes the abnormal records through the abnormal processing module and sends file record abnormal signals to the remote control equipment through the information sending module.
3. The system for detecting and processing cash transaction abnormality of the parking lot charging machine according to claim 2, wherein the abnormality processing module performs abnormality processing on the transaction module by receiving the abnormality information sent by the power-on detection module, specifically:
the abnormity processing module reads the transaction record file with abnormal record in the abnormal information by receiving the abnormal information sent by the startup detection module, and judges the fault occurrence time of the transaction module;
when the failure occurrence time of the transaction module is before the updating time of the state library in the system, the exception handling module handles the exception by creating a recovery file; when the exception handling module finishes exception handling, acquiring an exception handling result and sending the exception handling result to the remote control equipment;
and when the fault occurrence time of the transaction module is not before the updating time of the state library in the system, the exception handling module sends an exception signal to the remote control equipment through the information sending module.
4. The system for detecting and processing abnormality in cash transaction of parking lot toll collector according to claim 1, wherein said environment detection module comprises: a hardware detection unit, a software detection unit and a periodic environment check task;
the hardware detection unit and the software detection unit detect whether the software and hardware environment of the transaction module is normal or not by starting the periodic environment check task;
when the environment detection module detects that the software environment or the hardware environment of the transaction module is abnormal, the environment detection module sends a file record abnormal signal to the remote control device through the information sending module.
5. The system for detecting and processing abnormality in cash transaction of a parking lot charging machine according to claim 4, wherein said hardware detection unit includes: the device comprises a coin machine detection unit, a banknote receiving machine detection unit and a printer detection unit;
the coin machine detection unit is connected with the banknote receiver detection unit;
the cash receiver detection unit is connected with the printer detection unit;
the printer detection unit is connected with the software detection unit;
the coin machine detection unit and the cash receiver detection unit are used for detecting whether the charging function of the transaction module is abnormal or not;
the printer detection unit is used for detecting whether a printer in the toll collector is abnormal or not and whether printing paper exists in the printer or not.
6. The system for detecting abnormality in cash transaction of a parking lot charging machine according to claim 4, wherein said software detecting unit includes: web service detection unit and database detection unit:
the web service detection unit is connected with the database detection unit;
the database detection unit is connected with the transaction module;
the web service detection unit is used for detecting whether the internal network connection of the system is normal;
the database detection unit is used for detecting whether the records of the database in the system are normal.
7. The system for detecting and processing the cash transaction abnormity of the parking lot charging machine according to claim 1, wherein the transaction abnormity detection module judges whether the transaction module is abnormal in the transaction process by detecting whether refund of the transaction module is overtime in the transaction process and whether a system internal database updates a record after the transaction module successfully transacts;
when the transaction module is abnormal in the transaction process, the transaction abnormality detection module sends an abnormal signal to the remote control device through the information sending module.
8. The system for detecting and processing abnormality in cash transaction of parking lot toll collector according to claim 1, wherein said transaction module includes: the system comprises a user payment page, a cash receiving system and a non-cash receiving system;
the user payment page is used for providing detailed information of required payment and providing a payment channel;
the cash receiving system is used for receiving parking fee cash, refunding and changing;
the cashless collection system is used for on-line collection, refund and change of parking fee.
9. The system for detecting and processing cash transaction abnormality of a parking lot charging machine according to claim 1, wherein the information sending module sends alarm signals of different levels according to different received information.
10. The system for detecting abnormality in cash transaction of a parking lot charging machine according to claim 1, wherein said information sending module communicates in a UDP manner.
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