62 results about "Rename" patented technology

The present invention provides a system, method and apparatus for developing software that includes a set of standardized code segments, an interface for defining a structure of a project and a code generator communicably coupled to the set of standardized code segments and the interface that can create a computer program from the project. The present invention also generates a new computer program by (a) creating and renaming a root part for a project having a structure, (b) adding and renaming one or more holders to the renamed root part, (c) adding and renaming a part to one or more of the renamed holders, (d) adding and renaming one or more holders to the renamed parts, (e) creating one or more elements for each renamed part, (f) repeating steps (c), (d) and (e) as needed to complete the structure, and (g) generating the new computer program from the project.

Techniques and structures are described which allow the detection of certain dependency conditions, including evil twin conditions, during the execution of computer instructions. Information used to detect dependencies may be stored in a logical map table, which may include a content-addressable memory. The logical map table may maintain a logical register to physical register mapping, including entries dedicated to physical registers available as rename registers. In one embodiment, each entry in the logical map table includes a first value usable to indicate whether only a portion of the physical register is valid and whether the physical register includes the most recent update to the logical register being renamed. Use of this first value may allow precise detection of dependency conditions, including evil twin conditions, upon an instruction reading from at least two portions of a logical register having an entry in the logical map table whose first value is set.

The present invention provides novel naming and manipulation functions for user defined data structures in a data system using transaction service. In particular, in an electronics assembly engineering system having a computer subsystem in which user-defined data structures accessible to editor software have referential integrity and in which user modifications to the data structures during editing are made directly to the data structures rather than indirectly by way of a temporary file, the invention provides a method for permitting naming and manipulation of the data structures. The method includes the steps of (i) providing close, discard and rename functions for the data structures in the case where a newly-created data structure is being edited; (ii) providing close and copy functions for the data structures if an existing data structure is being edited; and (iii) excluding a save-as function for the data structures.

A method for reducing a pipeline stall in a multi-pipelined processor includes finding a store instruction having a same target address as a load instruction and having a store value of the store instruction not yet written according to the store instruction, when the store instruction is being concurrently processed in a different pipeline than the load instruction and the store instruction occurs before the load instruction in a program order. The method also includes associating a target rename register of the load instruction as well as the load instruction with the store instruction, responsive to the finding step. The method further includes writing the store value of the store instruction to the target rename register of the load instruction and finishing the load instruction without reissuing the load instruction, responsive to writing the store value of the store instruction according to the store instruction to finish the store instruction.

A processor includes an execution pipeline configured to execute instructions for threads, wherein the architectural state of a thread includes a set of register windows for the thread. The processor also includes a physical register file (PRF) containing both speculative and architectural versions of registers for each thread. When an instruction that writes to a destination register enters a rename stage, the rename stage allocates an entry for the destination register in the PRF. When an instruction that has written to a speculative version of a destination register enters a commit stage, the commit stage converts the speculative version into an architectural version. It also deallocates an entry for a previous version of the destination register from the PRF. When a register-window-restore instruction that deallocates a register window enters the commit stage, the commit stage deallocates local and output registers for the deallocated register window from the PRF.

The invention discloses a vulnerability code clone detection method based on context semantics and patch verification, and solves the problem that an existing vulnerability code clone detection method cannot obtain vulnerability context and patch repair. The method comprises the steps of obtaining vulnerability data; marking vulnerability code control statements; performing abstract normalization preprocessing on vulnerability source codes and patches; constructing a vulnerability function and a vulnerability vulnerability code fingerprint library; cloning and detecting a to-be-detected code; and judging a detection result and outputting the detection result to finish vulnerability clone detection of the software. Based on the code fingerprint, the problem of low accuracy of a high-level abstract technology is avoided; according to the method, the influence of renaming on the detection accuracy is eliminated for the code abstract preprocessing operation; the context relationship and the patch are verified, so that the false alarm rate is reduced; besides, fragile code, control statement and patch detection is carried out on the to-be-detected code, so that the application scene is expanded and the missing report rate is reduced. The method is used for detecting bugs caused by code cloning in software.

The invention discloses a method and system for renaming resource files of an Android engineering project in batches, equipment and a medium, and the method comprises the following steps: setting a renaming rule which comprises file prefixes and/or file suffixes needing to be added in batches; obtaining a matching rule of each file type according to the engineering characteristics; selecting a target project folder, and sequentially obtaining original file names of resource files in the target project folder to form a renaming list; on the basis of a matching rule, performing file type distinguishing on the original file names in the renaming list in sequence; according to a renaming rule and a matching rule, sequentially adding corresponding file prefix names and/or file suffix names into the original file names to obtain corresponding new file names; and respectively updating the new file names to the corresponding resource files to realize renaming, and sequentially compiling and verifying the renamed resource files. According to the method, batch renaming of the resource files in the development process of the Android system can be achieved.

The invention discloses a file batch renaming method. The method comprises the following steps: (1) obtaining a file batch renaming request; (2) displaying a renaming rule setting window; (3) adding file information selected in the file batch renaming request to a first array and adding a renaming rule set by a user to a second array; (4) traversing the second array, and modifying the file name ofeach file in the first array by adopting a renaming rule of the current node of the second array until the second array is traversed; (5) converting the first array into a JSON format and displayingthe first array, and displaying a file name modification confirmation window at the same time; and (6) after modification confirmation information is obtained, reversely converting the JSON format into an array, and storing the modified file name of each file. According to the method and the device, batch renaming of the files is realized by adopting multiple renaming rules, and the user operationis simple. In addition, the invention further discloses electronic equipment and a computer readable storage medium.

A directory that resides on a layered volume can be renamed A hooking module can be employed to intercept rename requests. The hooking module can query a layering file system filter driver to determine the volume of the source and target of the rename request. If the source and target are on different volumes, thereby indicating that the source is a directory of a layered volume, the hooking module can append a signature to the target which identifies the actual volume of the source. The modified rename request can then be passed to the operating system which will perform its normal operations including verifying that the source and target are on the same volume. During this verification, the layering file system filter driver can detect the appended signature in the target and can inform the operating system that the target is on the volume identified in the signature.

The state of a file may be a combination of local state, typically small (e.g., a placeholder file), and some external source state such as that maintained in a read-only namespace managed by a cloudprovider or by another local file system, typically large. A file system component responsible for overlaying (i.e., merging) the partial local state and the external source state into a single file system view that can be used by an application of a container as if the full state exists locally. Overlays that comprise the file system state may be referred to as 'layers'. A tombstone mechanism maybe provided to record delete or rename modifications in the top layer.

The invention discloses a security reinforcement method and device based on a programming language library, and aims to solve the technical problem that a site administrator usually adopts a manual mode to perform security reinforcement on a site at present, and the situation of missing replacement and change is easy to occur. The method comprises the following steps: according to a preset regular expression, obtaining a programming language script matched with the regular expression from a target folder in which a script file is stored; according to a preset script dictionary, renaming a script name corresponding to the programming language script to obtain a renamed specified script name; and determining a hypertext markup language document referencing the programming language script, and modifying the name of the programming language script referenced in the hypertext markup language document according to the specified script name.

The invention discloses a prototype, instance and folder renaming method and system and a storage medium. The method comprises the steps of acquiring resource library prototype nodes and modificationcommands; obtaining folders associated with the prototype nodes of the resource library and a new and old resource comparison table through an interface; acquiring all resource prototypes under a resource library prototype node, storing the resource prototypes into a set, traversing the set to acquire names of the resource prototypes, instances associated with the resource prototypes and paths offolders, and storing the names, the instances and the paths into the set; and checking occupation conditions of all resource prototypes, occupation conditions of instances, path conditions of foldersand name conflict conditions of folders, and modifying folder names, prototype names and instance names. The resource prototypes in the Process Design resource library and the resource instances and folders associated with the resource prototypes can be quickly renamed in batches, and the accuracy is high. The invention can be widely applied to the field of computer simulation.

The embodiment of the invention discloses a file uploading method and device, computer equipment and a storage medium. The method belongs to the technical field of file transmission, and comprises the following steps: if a file uploading instruction sent by a user is received, sending a file uploading request to an NAS gateway and establishing a channel flow of the uploaded file; then creating a target file at the NAS gateway according to the file uploading request; writing data in the to-be-uploaded file into the target file based on the established channel flow; and sending a preset closing instruction to the NAS gateway, and renaming the target file as the file name to be uploaded by the NAS gateway according to the preset closing instruction. According to the embodiment of the invention, the channel flow is firstly established between the terminal and the NAS gateway, and the data in the to-be-uploaded file is written into the target file created by the NAS gateway while being written into the channel flow based on the established channel flow, so that the data in the to-be-uploaded file does not need to be completely written into the channel flow, the file uploading time can be shortened and the failure rate of file uploading is reduced.

The invention discloses a storage renaming implementation method, a processor and computer equipment. The method comprises the following steps: after instruction decoding and before register renaming, judging the instruction type of an instruction obtained by decoding and judging whether storage renaming needs to be performed or not; if storage renaming needs to be carried out and the instruction type is a Store instruction, writing a source register number of the Store instruction into a value file; if storage renaming needs to be carried out and the instruction type is a Load instruction, whether the Load instruction depends on a previous Store instruction or not is judged through storage dependency prediction, and if the Load instruction depends on the previous Store instruction, quota value transmission between the Load instruction and the dependent Store instruction is carried out in a register transmission mode. According to the invention, resource occupation caused by implementation can be reduced, execution power consumption is reduced, and processor performance is further improved.

The invention relates to the technical field of microprocessors, in particular to a management method and system for out-of-order multi-emission instruction information, after an ifu receives an instruction, the instruction is issued from ibuf, after rename is completed in a rename module and an instruction index tag and a branch index btag are distributed, the instruction is issued to dispatch, and meanwhile relevant information is sent and written into an ROB entry item; according to the type of the instruction, the instruction is dispatched to a related datapath, and after the instruction is executed by the execution unit, report information is sent to the ROB; and the ROB updates the commit state and the abnormal information of the instruction according to the information of the instruction tag and the instruction sequence ii, and submits or broadcasts the abnormality according to the condition of the entry item to be retired at present. The problems that each instruction records complete instruction information, and the information needs to be stored in the whole life cycle of the instruction, so that too many registers are used are solved.