摘要:
The configuration data obtaining unit obtains a network configuration data, and the actual-apparatus collection result data obtaining unit obtains an actual-apparatus collection result data. Then, the comparing unit compares a network address in the network configuration data corresponding to a network apparatus with a network address in the actual-apparatus collection result data corresponding to the network apparatus, and determines whether the network address is normally set to the network apparatus based on the comparison result.
摘要:
A design data merging apparatus includes a merging determining unit that determines, for a plurality of design data of which each has product name information and has a same identifier for uniquely identifying a product, whether the product name information given to the plurality of design data are the same, and a merged data creating unit that merges the plurality of design data when it is determined by the merging determining unit that the product name information given to the plurality of design data are the same, and creates merged data obtained by merging a plurality of design data.
摘要:
A design data merging apparatus includes a merging determining unit that determines, for a plurality of design data of which each has product name information and has a same identifier for uniquely identifying a product, whether the product name information given to the plurality of design data are the same, and a merged data creating unit that merges the plurality of design data when it is determined by the merging determining unit that the product name information given to the plurality of design data are the same, and creates merged data obtained by merging a plurality of design data.
摘要:
The time and trouble of a mismatch cause analysis after logical equivalence verification can be reduced, and design and verification TAT can be shortened. A logical equivalence verifying device performs logical equivalence verification between two circuits, and displays the result of the logical equivalence verification. A preprocessing section 7 performs structural matching so as to determine whether there are portions corresponding in circuit structure to each other in corresponding logic cones of the two circuits. An internal DB 5 records the results of the structural matching as an identifier for each element. A subcone extracting section 8 extracts, as a subcone, a collection of elements, which are mutually to one another and have the same identifier, from each logic cone. A verifying section 9 performs logical equivalence verification between the two circuits for each of the extracted subcones. A display control section 10 displays only those subcones for which the logical equivalence verification has resulted in mismatch.
摘要:
The time and trouble of a mismatch cause analysis after logical equivalence verification can be reduced, and design and verification TAT can be shortened. A logical equivalence verifying device performs logical equivalence verification between two circuits, and displays the result of the logical equivalence verification. A preprocessing section 7 performs structural matching so as to determine whether there are portions corresponding in circuit structure to each other in corresponding logic cones of the two circuits. An internal DB 5 records the results of the structural matching as an identifier for each element. A subcone extracting section 8 extracts, as a subcone, a collection of elements, which are mutually to one another and have the same identifier, from each logic cone. A verifying section 9 performs logical equivalence verification between the two circuits for each of the extracted subcones. A display control section 10 displays only those subcones for which the logical equivalence verification has resulted in mismatch.
摘要:
The time and trouble of a mismatch cause analysis after logical equivalence verification can be reduced, and design and verification TAT can be shortened. A logical equivalence verifying device performs logical equivalence verification between two circuits, and displays the result of the logical equivalence verification. A preprocessing section 7 performs structural matching so as to determine whether there are portions corresponding in circuit structure to each other in corresponding logic cones of the two circuits. An internal DB 5 records the results of the structural matching as an identifier for each element. A subcone extracting section 8 extracts, as a subcone, a collection of elements, which are mutually to one another and have the same identifier, from each logic cone. A verifying section 9 performs logical equivalence verification between the two circuits for each of the extracted subcones. A display control section 10 displays only those subcones for which the logical equivalence verification has resulted in mismatch.
摘要:
A device includes, a search controlling information storing unit that stores, for each searching purpose, the search controlling information indicating whether or not the search is to be proceeded for the kinds of parts between the interfaces in the parts is defined and registered, a set information collecting unit that decides the interface of the parts to be searched, according to the search controlling information for each search object, from both the design information of the system constitution diagram and the registered information of the library database of the parts and the interfaces, and traces the connection relations of the interfaces thereby to collect the set information of the searched parts and the interfaces from the library database of the design information of the system constitution diagram, the parts and so on.
摘要:
In a network design processing device 1, a network diagram creation processing section 10 creates/edits a real device network diagram constituted by real devices which physically exist, from input with the use of a computer screen; expresses one or multiple real devices having the same purpose or function as a virtual device to create/edit a virtual device network diagram constituted by virtual devices; and stores configuration data of the real device network diagram, configuration data of the virtual device network diagram, and information about the relationship between the configuration data into a network configuration data storage section 15. A network configuration data output processing section 16 switches among the real device network diagram, the virtual device network diagram and a network diagram in which the network diagrams are overlapped with each other, in response to specification from the outside, and displays the network diagram.
摘要:
A property of connection relationship information for identifying an internal/external connection of each point is registered in a part DB 1. When the part is one basic part representing a standard configuration article, an anchor ID is registered in the part DB 1 or a product DB 2. Part group extracting unit 4 extracts parts constituting a system from a design drawing generated by drawing generating unit 3 and a group of parts connected at the connection point for each basic part assigned with the anchor ID. For each extracted part group, work instruction document generating unit 5 detects a standard configuration article having a basic part assigned with the same anchor ID as that of the basic part included in the part group, from the product DB 2, extracts a difference in part configuration between the part group in the system design drawing and the detected standard configuration article, generates information indicating the extracted difference as the work instruction document for each part group, and outputs the work instruction document.
摘要翻译:用于识别每个点的内部/外部连接的连接关系信息的属性被登记在部件DB1中。当部件是表示标准配置物品的一个基本部件时,锚定ID被登记在部件DB 1中或产品 DB 2.部件组提取单元4从由绘图生成单元3生成的设计图和从连接点连接的每个基本部分分配锚点ID提取构成系统的部分。 对于每个提取的部件组,工作指令文档生成单元5从产品DB 2检测具有与包括在部件组中的基本部件相同的锚定ID的基本部分的标准配置物品,部分地提取部分 将系统设计图中的部件组与检测到的标准配置文件之间的配置生成表示提取的差异的信息作为每个部件组的工作指令文档,并输出工作指令文档。
摘要:
A property of connection relationship information for identifying an internal/external connection of each point is registered in a part DB 1. When the part is one basic part representing a standard configuration article, an anchor ID is registered in the part DB 1 or a product DB 2. Part group extracting unit 4 extracts parts constituting a system from a design drawing generated by drawing generating unit 3 and a group of parts connected at the connection point for each basic part assigned with the anchor ID. For each extracted part group, work instruction document generating unit 5 detects a standard configuration article having a basic part assigned with the same anchor ID as that of the basic part included in the part group, from the product DB 2, extracts a difference in part configuration between the part group in the system design drawing and the detected standard configuration article, generates information indicating the extracted difference as the work instruction document for each part group, and outputs the work instruction document.
摘要翻译:用于识别每个点的内部/外部连接的连接关系信息的属性被登记在部件DB1中。当部件是表示标准配置物品的一个基本部件时,锚定ID被登记在部件DB 1中或产品 DB 2.部件组提取单元4从由绘图生成单元3生成的设计图和从连接点连接的每个基本部分分配锚点ID提取构成系统的部分。 对于每个提取的部件组,工作指令文档生成单元5从产品DB 2检测具有与包括在部件组中的基本部件相同的锚定ID的基本部分的标准配置物品,部分地提取部分 将系统设计图中的部件组与检测到的标准配置文件之间的配置生成表示提取的差异的信息作为每个部件组的工作指令文档,并输出工作指令文档。