Abstract:
A system for digitally signing electronic documents is disclosed. The system includes a mobile device, an application server and a database, the mobile device includes a requesting module and a digest encrypting module, the application server includes an obtaining module, a digest generating module and a merging module. The requesting module is configured for sending a request for a digital signature of an electronic document to the application server; the obtaining module is configured for obtaining the electronic document from the database; the digest generating module is configured for generating a digest of the electronic document, and sending the digest to the mobile device; the digest encrypting module is configured for encrypting the digest, generating an encrypted value, and sending the encrypted value to the application server; the merging module is configured for merging the encrypted value and the electronic document. A related computer-based method is also disclosed.
Abstract:
A method for displaying and editing information search conditions includes steps: converting field searching components and operating components to graph components; receiving a search character string; defining minimum token units and constructing the search character string to a token sequence; identifying all minimum token units in the token sequence and converting corresponding graph components to a syntax tree; optimizing the syntax tree; and generating corresponding search codes. A related system is also disclosed.
Abstract:
A computer-based method for requesting a Web service from a network server is disclosed. The method includes the steps of: receiving a service request from a user computer; invoking a corresponding Web service from a network server; determining whether the Web service is accessible in the network server; loading configuration information of the Web service if the Web service is accessible; generating a simple object access protocol (SOAP) request according to the configuration information, and sending the SOAP request to the network server for process; collecting response information of the network server, generating processing results, creating an instance of a user-defined class, assigning the processing results to variables in the instance of the class, and returning values of the variables to a business server. A related system is also disclosed.
Abstract:
A method for parsing a text file defines a tree pattern and a plurality of character string patterns. A tree structure corresponding to the text file is determined according to the tree pattern, and the desired data are retrieved from the text file according to the character string patterns. The retrieved desired data are output into a storage system.
Abstract:
An electronic document security method receives a user request for viewing an electronic document from a client device. If the user request is approved, the electronic document is retrieved from a storage system. The electronic document is converted into an image format, and is output to the client computer.
Abstract:
A system for digitally signing electronic documents is disclosed. The system includes a mobile device, an application server and a database, the mobile device includes a requesting module and a digest encrypting module, the application server includes an obtaining module, a digest generating module and a merging module. The requesting module is configured for sending a request for a digital signature of an electronic document to the application server; the obtaining module is configured for obtaining the electronic document from the database; the digest generating module is configured for generating a digest of the electronic document, and sending the digest to the mobile device; the digest encrypting module is configured for encrypting the digest, generating an encrypted value, and sending the encrypted value to the application server; the merging module is configured for merging the encrypted value and the electronic document. A related computer-based method is also disclosed.
Abstract:
An exemplary method for processing a workflow form is provided. The method includes: connecting a workflow engine and an business sub-system; receiving a data form processing request from a client; obtaining workflow information from the workflow engine according to the data form processing request; obtaining business information from the business sub-system according to the data form processing request; establishing a worklist for storing items according to the workflow information, business information, and personal data of the client; selecting an appropriate data form and generating a workflow form by storing an open item in the data form; and processing the workflow form by signing the workflow form or rejecting the workflow form. A related system is also provided.
Abstract:
A system for managing message distributions in multi-messaging system includes a server, at least one messaging request system and at least one messaging delivery system connected to the server. The server includes a message managing module which is programmed for receiving at least one messaging request from the at least one messaging request system, creating a message assignment for each messaging request, and sending each massage assignment to a corresponding massage receiving system. A related method is also disclosed. Utilizing the system and method can manage and maintain system messages in an unified way.
Abstract:
A method for parsing a text file defines a tree pattern and a plurality of character string patterns. A tree structure corresponding to the text file is determined according to the tree pattern, and the desired data are retrieved from the text file according to the character string patterns. The retrieved desired data are output into a storage system.
Abstract:
A method for translating syntax of patent information search includes the steps of: receiving a search string; parsing the syntax of the search string and dividing the search string into different parts; generating a syntax tree according to the divided different parts; optimizing the syntax tree; parsing the different parts of the optimized syntax tree and determining a type for each part; and translating the search string to one or more search sentences via loading one or more corresponding Schema Languages.