72 results about "Transaction Code" patented technology

Introduced is a technology for withdrawing cash from a cash transaction machine (CTM) by use of a mobile payment application installed on a mobile device of a consumer user (“the CTM technology”). Briefly described, the CTM technology enables a consumer user to identify one or more CTMs from which to withdraw cash by using his / her mobile device (e.g., a smartphone) as a “virtual” card. A particular CTM can be a conventional ATM or a POS system at a merchant's place of business. The user can use a mobile payment application installed on the user's mobile device to identify any nearby CTMs, request a withdrawal amount from a particular CTM from the identified nearby CTMs, receive a transaction code specific to that particular CTM, and physically obtain, or collect, the cash representative of the withdrawal amount at that particular CTM using the transaction code.

The application discloses a kind of indexless quick slice transaction coding storage methods for alliance chain transaction data.The application realizes the indexless quick reading of transaction and the storage slice of transaction data by decoupling the verification function and data index function of transaction tree, improves the reading efficiency of transaction.For transaction verification function, the application proposes a verifiable data structure suitable for transaction data storage slice-indexless transaction tree, reduces the size of verification information, reduces the number of node interactions required for transaction data reading in data slice scenario.For transaction index function, the application proposes a new transaction data content coding method, realizes the indexless reading of transaction, improves the access efficiency of transaction, reduces the storage overhead of index.

The invention provides a daily switching method and device of a bank distributed core system, a medium and a bank system. The method comprises the following steps: acquiring a transaction code, an accounting date permission mode code and an accounting date use mode code; according to the date permission mode code and the accounting date use mode code, determining that a target transaction date of the core system is a transaction date of the core system or an accounting date of the peripheral system, the target transaction date being a transaction date corresponding to the transaction code in the core system; after all the target transaction dates are updated, daily switching operation is executed on all the distributed core systems to complete daily switching work of the core systems, and the problem that according to an existing scheme, due to the fact that daily switching cannot be synchronized between an associated system and the core systems, accounting and accounting errors are caused is solved; and transaction failure or business accounting date chaos can be caused, so that the banking business is influenced.

A method comprises storing, by one or more processors in memory, a database comprising a plurality of accounts; receiving potential transaction data corresponding to potential transactions; generating a potential transaction identifier for each of the potential transactions; selecting a subset of the potential transactions; presenting the selected subset of the potential transactions on a user interface; receiving a selection of a first potential transaction from the subset of the potential transactions; generating an account potential transaction code based on a first account identifier of a first user account and a first potential transaction identifier of the first potential transaction; transmitting the account potential transaction code; receiving a transaction request for a transaction, the transaction request comprising the account potential transaction code; and updating the first user account to indicate the transaction.

Various systems and methods of anonymously conducting a secured payment transaction between a consumer and a merchant are disclosed. The methods can be carried out at a transaction code computer in communication with an alias directory. According to the method a transaction code computer receives a request for a dynamic transaction code from a merchant computer. The request includes a merchant alias identifier. The transaction code computer queries an alias directory storing merchant information details. The transaction code computer validates the merchant with the alias directory based on the merchant alias identifier. The transaction code computer generates the dynamic transaction code and transmits a response to the request for the dynamic transaction code to the merchant computer.

The application relates to a kind of blockchain-based distributed energy transaction verification method and system, relate to the field of blockchain energy transaction, which includes the transaction parameters and identity parameters of the transaction collected;The collected transaction parameters and identity parameters are checked, and transaction code and identity code are determined;After verification, the matching hash value of the blockchain is determined based on the transaction code and the identity code;The matching hash value is converted into a paired string;When the paired string is added to 0, pairing is completed, transactions are carried out according to the transaction code, and data is uploaded to the blockchain platform, and the transaction is completed after the settlement is completed.The application has the effect of reducing transaction time and improving efficiency.

The invention relates to the technical field of data processing, in particular to a transaction protocol determination method and device, equipment and a medium, which are used for quickly, efficiently and intelligently determining a protocol suitable for a transaction. The method comprises the following steps: for each piece of protocol configuration information of an input target product, generating a first protocol basic file according to a text of a protocol in the protocol configuration information, and determining a first target transaction code corresponding to a first target business scene in the protocol configuration information according to a stored corresponding relationship between business scenes and transaction codes; generating transaction printing relation information carrying the target product and the first target transaction code, storing a first corresponding relation among the target product, the transaction printing relation information and the first protocol basic file, and when the transaction code of the to-be-processed transaction is matched with the first target transaction code of the target first corresponding relation, printing the to-be-processed transaction. And determining the first protocol basic file in the target first corresponding relationship as the protocol suitable for the transaction, thereby rapidly, efficiently and intelligently determining the protocol suitable for the transaction.

The application provides a processing method and device of a service, which comprises the following steps: firstly, determining a target system according to transaction request information, wherein the target system is a system for processing the transaction request information, the target system comprises multiple interfaces, one interface is used for executing at least one service, the request information comprises a request transaction code and a request message, the request transaction code is a code of an interface corresponding to a predetermined transaction, and the request message is a message generated according to a request operation of the predetermined transaction; then, determining a corresponding target service and a target message according to the transaction request information and the target system, the target service is a service for executing the predetermined transaction, and the target message is a message information recognizable by the target system; and finally, sending the target message to the target service, so that the target service executes the predetermined transaction. It is guaranteed that the transaction request information can be automatically sent to the corresponding target service during the switching of a new core system and an old core system of a bank.

The present application provides a method and system for controllable data flow, which is applicable to data flow systems, covering data portals, proxy servers, storage devices and blockchain nodes. The method steps include: the data portal obtains user data, performs hash calculation to generate data fingerprints and encrypts them into data ciphertext, and uploads them to the proxy server; the proxy server stores the data ciphertext and obtains the storage code, uploads the data fingerprint to the blockchain node and obtains the transaction code. The data portal receives the subscription application, generates a re-encryption key based on the subscriber's public key, and sends it to the proxy server; the proxy server uploads the subscription application to the blockchain, retrieves the data ciphertext from the storage device, re-encrypts it with the re-encryption key, and sends it to the subscriber. The subscriber uses the private key to decode and obtain the user data. The present application uses re-encryption technology to achieve secure and controllable data flow.

Provided in the present application are a bearer frame and bearing method for a VC12 service, and an electronic device and a storage medium. The bearer frame consists of an S code block, D code blocks and a T code block. The bearer frame comprises an overhead area and a bearer area, wherein the overhead area is used for bearing overhead information of a VC12 service, and the bearer area is used for bearing client content of the VC12 service. The bearer frame is used for mapping to a sub-slot of a service layer for transmission, and one bearer frame is used for bearing one or more VC12 services.

This application discloses a method, apparatus, device, and medium for generating session files. After reading transaction information, it first determines the corresponding transaction sub-file, correction sub-file, and target session file based on first transaction parameters such as the institution code, transaction code, and transaction channel of the transaction information. Then, based on transaction feature information, it determines whether the final state of the transaction information has changed. If the final state has not changed, the transaction data in the transaction information is written into the transaction sub-file. If the final state of the transaction information has changed, the transaction data of the final state is obtained and written into the correction sub-file. Finally, for the sub-files generated by each process, the transaction sub-files and correction sub-files of the same institution and file type are merged and written into the corresponding target session file. The session file generation method of this application can be applied to both transactions with unchanged final states and transactions with changing final states, thus having a wider range of applications.

The present application provides a test data initialization method and device, electronic device, and storage medium, which can be applied to the big data field or the financial field. The method includes: obtaining a transaction code corresponding to a test case; if the test case needs to initialize data through a script, and queries the script template associated with the transaction code, then substituting the information of the test case into the script template to obtain the current transaction initialization script; executing the current transaction initialization script to initialize basic test data or clean up the test environment; executing the case script corresponding to the test case to obtain test data matching the test case; if the test case does not need to initialize data through a script, or the test data after script initialization does not meet the preset requirements, then obtaining the online transaction data of the test case and the online transaction template associated with the transaction code; generating a message based on the online transaction data and the online transaction template; and sending the message to the application system to initialize the test data.

The invention discloses a routing address determination method and device, equipment, a storage medium and a program product. Comprising the steps of obtaining business parameters of a transaction request initiated by a business consumer; wherein the service parameters comprise a general service parameter, a self-defined service parameter, a message header and a message main body; acquiring at least one associated routing data from a preset database based on a transaction code in the general service parameter; matching the at least one piece of routing data with the service parameters to obtain successfully matched routing data; and determining a target link address from the successfully matched routing data, and returning the target link address to the business consumer for transaction calling. According to the routing address determination method provided by the embodiment of the invention, the flexibility of routing address determination can be improved.

The invention belongs to the technical field of artificial intelligence and big data, and relates to a financial accreditation method and device, computer equipment and a storage medium, and the method comprises the steps: obtaining transaction data in a target database in response to preset accreditation time; generating a standardized transaction code according to a transaction type in the transaction data; the standardized transaction code is bound with a segment value rule and an elastic domain rule, an accreditation logic text is generated, and the segment value rule and the elastic domain rule are both obtained based on accreditation criterion setting; and screening out a target accreditation parameter from the transaction data according to the accreditation logic text, and generating an accreditation voucher based on the target accreditation parameter. The method and the device can be applied to a business management program system of financial insurance, can reduce the accreditation complexity, and do not depend on an Oracle database.

The invention belongs to the technical field of industrial automation, and particularly relates to a feeding work reporting automatic processing system and method based on RPA. The system provided by the invention comprises an initialization module which is configured to initialize the system; the data source acquisition module is configured to read a feeding work reporting task list; the business processing module is configured to comprise a feeding operation unit and a work reporting operation unit; the feeding operation unit logs in the SAP and enters a feeding transaction code to execute feeding operation; the work reporting operation unit enters a completion transaction code to complete work reporting; and the feedback module is configured to feed back the operation result of the service processing module. The invention further provides an automatic feeding work reporting method applying the system. The system has the advantages of accuracy, high efficiency, all-weather treatment and standardized management, and has a good application prospect in related processes of the pharmaceutical industry.

To provide a machine-readable code generation program, a machine-readable code decoding program, a departure processing program, and a departure processing apparatus which can be used in common in various stages of commercial transactions or embarkation procedures and generates and decodes a machine-readable code, thereby improving convenience.SOLUTION: An integrated code generation program causes a computer of a user terminal 10 used by a foreign visitor to function as: a commercial transaction information acquisition unit 11b which acquires commercial transaction information including personal information capable of identifying the foreign visitor and settlement means information capable of identifying settlement means; a commercial transaction specifying information receiving unit 11b which receives an input of commercial transaction stage specifying information capable of specifying a commercial transaction stage related to sale of a commodity; a code conversion determination unit 11d which determines whether or not to convert the commercial transaction information to a machine-readable code, based on the commercial transaction stage specifying information; and an integrated code generation unit 11f which converts the commercial transaction information to a machine-readable code and displays the code in a predetermined code section constituting a commercial transaction code region 21.SELECTED DRAWING: Figure 21

Embodiments of the present application disclose a financial-level distributed business consistency guarantee method and device, computer equipment and a storage medium. The method comprises: obtaining a verification request with an original transaction code; performing transaction verification according to the verification request, generating a verification result, and returning to a peripheral system; when the peripheral system does not receive a response, the response is unknown, or the peripheral system is abnormal, obtaining a correction request; querying a main transaction log according to the correction request; determining a processing flow according to the transaction state of the main transaction log and processing; and for a transaction with a successful transaction state but a wrong account on the business, the transaction is reversed. The method of the embodiments of the present application can guarantee the business consistency between systems and the data consistency within the system in the financial field.

The present invention provides a transaction request forwarding processing method and device, which belongs to big data analysis technology. The method comprises: receiving a transaction request message to an access layer, converting it into a transaction context parameter, and transmitting it to a driver layer; receiving the transaction context parameter in the driver layer, determining the driver context parameter according to the transaction context parameter, accessing the transaction definition parameter in combination with a preset internal transaction code, determining the call data of the business processor, and transmitting it to the business layer together with the transaction context parameter; receiving the transaction context parameter and the call data of the business processor in the business layer, mobilizing the corresponding business processor in the business layer to perform business processing, determining the business processing result, and returning the business processing result to the access layer via the driver layer in the form of the transaction context parameter to generate a response message for transaction response; wherein, the transaction context parameter transmitted between the access layer and the driver layer, and the transaction context parameter transmitted between the driver layer and the business layer inherit from a common parent class.

The invention provides a code interpretation assistant system. The code interpretation assistant system comprises a static code interpretation subsystem and a knowledge question and answer subsystem, the code interpretation system is used for interpreting a language text version transaction rule and a business flow chart matched with a transaction code through a code interpretation engine based on the transaction code of the core system; and the knowledge question and answer subsystem is used for constructing a code knowledge question and answer library so as to perform code knowledge question and answer in combination with the knowledge code question and answer library. Business personnel can be helped to quickly understand implementation logic of a specific transaction code and concrete the specific transaction code through a flow chart, and meanwhile, the business personnel and technicians can be helped to make questions and answers of various business knowledge in combination with the most real source code.

Extending on PINSafe, described as: "Secure identification of a user in an electronic communications environment, wherein a host computer communicates with a plurality of electronic devices operated by the user. The user is issued a user code, known only to the user and stored in the host computer. User identification involves the host computer generating a pseudo-random security string and applying the user code to the pseudo-random security string to generate a transaction code. The host computer also transmits the pseudo-random security string to one of the electronic devices which displays the pseudo-random security string to the user. The user generates the transaction code by applying their known user code to the displayed pseudo random security String. The user generated transaction code is entered into an electronic device, then transmitted back to the host computer. Positive identification is achieved when the host computer's determined transaction code matches the user generated transaction code." PINSafe, now acquired by us, suffers from 6 flaws (some quite fundamental): 1 - Conceptual flaw - No offline support without caching (leaving the on-demand string lifetime out of the security equation) 2 - Implementation flaw - Trust in transport encryption - HTTPS is easily hackable and interceptable, The PIN generated code can't, as such, be transferred back to the server securely. A bad actor could use the string request URL to grab a valid TURing Image with the initially generated security string, and then cross it with the reply data on the form, capturing, not only the username, the password and the OTC that can easily be reversed back into a PIN, compromising the entire system. 3 - Implementation flaw - Storing of PINs with reversible encryption, due to a clumsy approach to the legacy systems User&Password, 2 field only, authentication realm. 4 - Conceptual flaw - Humans are not to be trusted with secret keeping. Although PINSafe is designed to ensure "one is who one claims to be", and it clearly performs its job, this is conceptually naive as human beings are known to share PINS in efforts to fool the system even when this promiscuous behaviour could render them in trouble… truth is, they fail to foresee complications until they materialise. 5 - Conceptual flaw - One point verification / validation design. In PINSafe design, the server generates the strings and the user, presented with the strings, uses its PIN to extract the OTC used in authentication, and then presents it to the server. The server is the only element here serving the authentication process. 6 - Conceptual flaw - Binary outcome - There is either a pass or fail. There should be circumstances where the user would be either authenticated with restrictions or authenticated with trust warnings. Covering several trustable usages and / or coaction usage. SCOPE ePINSafe - EnhancedPINSafe This patent aims to solve flaws number 1, 2, 3, 4, 5 and 6 from above ABSTRACT enumeration. Assumption is that HTTPS has been compromised at all times and that further encryption must be supported. Encryption to be used is off standards and not discussed in this paper, as it's an implementation of 3rd party standards choice. The entire PINSafe mechanism is transited from the original patent, as the user receives a string of generated characters that he then uses the PIN in his possession, as a locator algorithm, for the extraction of an OTC, by using the numbers on the PIN as a positioner on the string, copying the character that the string has at that position, one by one, to generate an OneTimeCode. Offline generation of PINSafe securityStrings has always been done via a cache, maintained by and when a server connection was made available. An extended offline method was implemented for the Windows client that, though obfuscated, still leaves open the possibility for a decompilation and reverse engineering of the offline PINSafe generation routine, plus the storage and decryption of the PIN.

The invention discloses an online shopping method and system based on information protection and fraud prevention, and relates to the technical field of electronic commerce. According to the method, the commodity information is encrypted to generate the first identification code group, so that information such as commodity codes and models is prevented from being stored and transmitted in a plaintext form, and the information leakage risk when a platform database is attacked is reduced; an address identification code, a consumer identification code and the like in consumer consumption information are encrypted, and only necessary information required for completing the transaction can be obtained in the transaction process in links such as merchants and express delivery, and privacy data such as real names and contact information of consumers cannot be touched; based on an information interaction mechanism of an encrypted identification code group and a transaction code, a plaintext flow path of sensitive information in a whole transaction process is cut off from the technical level, user privacy is protected, fraudulent behaviors such as pseudo customer service fraud and precise phishing implemented by utilizing real information of a user can be restrained, and the user experience is improved. The dual purposes of information protection and fraud prevention are achieved.

The present invention provides a multi-level data sharing fraud prevention method and system based on zero trust and blockchain, belonging to the field of computer network information security technology. The method includes: initializing the system and defining participants; constructing an access control tree and encrypting the attributes of the upper-level data D to be shared to obtain a ciphertext C; uploading C to the blockchain and obtaining a transaction code Tx1 corresponding to D; establishing an index tree structure, encrypting the lower-level data Di of the upper-level data D based on the index code R to obtain encrypted data C_Di, uploading C_Di to the blockchain and obtaining a transaction code Tx2_i for sharing Di, thereby implementing an index-based multi-level data sharing mechanism; after the data receiver requests to share Di, it obtains Tx1 corresponding to the upper-level data D to which Di belongs, provided by the data sender; uses Tx1 to obtain R from the blockchain; uses R to obtain C_Di from the blockchain; decrypts C_Di to obtain Di, thereby implementing data reception and decryption.

A method and system for processing transaction data are described herein. The method includes receiving, at the server from a client device, a transaction code obtained by the client device; authenticating and verifying the user based on the transaction code in view of user information; transmitting, to the client device over the network, verification information of the user associated with the transaction code, the verification information including whether the user is a valid user of a mobile transaction system and whether the user is a member of a user group associated with a client; receiving, from the client device over the network, an electronic document in response to determining that the user is a valid user and the user is the member of the user group based on the verification information; and transmitting, to the user device over the network, the electronic document.

The embodiment of the invention provides a test method, a program product, a storage medium and electronic equipment. The method comprises the following steps: acquiring a first transaction code; wherein the first transaction code represents identification information of a transaction test initiated in a source system; a second transaction code of a target system is determined based on the first transaction code and a pre-constructed transaction code mapping relation, and the transaction code mapping relation represents a transaction code corresponding relation of the same transaction test in the source system and the target system; and generating a test result of the transaction test based on the first transaction code and the second transaction code. By applying the technical scheme of the invention, the problems of repeated testing, resource waste and monitoring splitting caused by the same logic of high-frequency transactions in a plurality of systems in the prior art can be effectively solved.

The application discloses a transaction verification method and device, an electronic device and a storage medium. The method comprises the following steps: acquiring verification information of a to-be-verified transaction; wherein the to-be-verified transaction refers to a transaction with an unknown transaction state; the verification information at least comprises a source transaction code of the to-be-verified transaction; determining target transaction information matched with the source transaction code of the to-be-verified transaction from each preset transaction information; wherein the target transaction information at least comprises a transaction message of the to-be-verified transaction and a link configuration; packaging the transaction message to obtain a packaged message; calling a target system by using the packaged message to verify the to-be-verified transaction, and obtaining a verification result of the to-be-verified transaction; wherein the target system refers to a system corresponding to the link configuration. Therefore, a corresponding verification program is no longer developed for each transaction, but the verification of the transaction abnormal condition is realized according to the preset transaction information, so that the development workload is effectively reduced.

Introduced is a technology for withdrawing cash from a cash transaction machine (CTM) by use of a mobile payment application installed on a mobile device of a consumer user (“the CTM technology”). Briefly described, the CTM technology enables a consumer user to identify one or more CTMs from which to withdraw cash by using his / her mobile device (e.g., a smartphone) as a “virtual” card. A particular CTM can be a conventional ATM or a POS system at a merchant's place of business. The user can use a mobile payment application installed on the user's mobile device to identify any nearby CTMs, request a withdrawal amount from a particular CTM from the identified nearby CTMs, receive a transaction code specific to that particular CTM, and physically obtain, or collect, the cash representative of the withdrawal amount at that particular CTM using the transaction code.

The invention discloses an error information processing method and a server, and relates to the field of big data, and the processing method comprises the steps: obtaining a current error code and current original error prompt information according to an escape request; extracting a transaction code and / or a function number from the escape request; determining a plurality of pieces of dynamic escape configuration information according to the current error code or one or combination of the current error code, the transaction code and the function number, and a dynamic escape configuration relationship; matching the current original error prompt information with an original error prompt information template in each piece of dynamic escape configuration information, and determining one piece of dynamic escape configuration information from a plurality of pieces of escape configuration information; and according to the original error prompt information template and the escape information template in the dynamic escape configuration information, carrying out dynamic escape on the current original error prompt information to obtain the escape error prompt information, and providing the escape error prompt information to a user. The method can dynamically and accurately carry out escape processing on the error prompt information.

Provided in the present application are a bearer frame and bearing method for a VC12 service, and an electronic device and a storage medium. The bearer frame consists of an S code block, D code blocks and a T code block. The bearer frame comprises an overhead area and a bearer area, wherein the overhead area is used for bearing overhead information of a VC12 service, and the bearer area is used for bearing client content of the VC12 service. The bearer frame is used for mapping to a sub-slot of a service layer for transmission, and one bearer frame is used for bearing one or more VC12 services.

Systems and methods for transacting over a network is provided. The system includes a first agent and second agent. The first agent is operable to receive from a third agent a transaction code associated with one or more credential types required to apply the transaction code or with one or more credential claim types required to apply the transaction code, transmit the transaction code to the second agent, and receive from the second agent a digitally signed transaction, a first verifiable proof, and the transaction code. The first agent is further operable to transmit to a fourth agent a second verifiable proof based on the first verifiable proof and the transaction code, receive from the fourth agent an unlock signature for a locked credential including one or more credential claims, and transmit the unlock signature to the second agent.

The invention discloses a transaction log data correlation analysis processing method and device, equipment and a medium. Performing sorting processing on the obtained current to-be-processed transaction log data set through the transaction log variety classification options to obtain at least one data correlation analysis processing subset; sequentially selecting a current data correlation analysis processing subset, and obtaining a current transaction code behavior extraction result through a transaction code behavior extraction rule; obtaining a target transaction code behavior correlation analysis order, and carrying out word group counting processing on each current transaction code behavior through a correlation counting rule to obtain a current counting result; and respectively calculating through a support degree calculation formula and a confidence coefficient calculation formula to obtain a correlation analysis processing result of the current subset data, and further obtaining and feeding back a correlation analysis processing result of the current data. The problem of correlation analysis of a large amount of transaction log data is solved, and the accuracy of transaction log data correlation analysis is improved.