Abstract: Disclosed are some implementations of systems, apparatus, methods and computer program products for implementing multiple runtime engines in a single environment to generate a dashboard GUI including multiple dashboard components.

Abstract: Provided by the present disclosure are a method and an apparatus for printing a relational graph. The method for printing a relational graph includes: determining whether an overall view of a to-be-printed relational graph exceeds a set print size; in response to the overall view of a to-be-printed relational graph exceeding the set print size, clustering nodes in the to-be-printed relational graph according to the print size and attribute information of the nodes to form a clustered overall view of the relational graph and subviews of the relational graph; and printing the clustered overall view of the relational graph after the clustering and subviews formed based on the clustered nodes. At least one embodiment of the present disclosure can automatically split a relational graph into pages for printing.

Abstract: Provided by the present disclosure are a method and an apparatus for printing a relational graph. The method for printing a relational graph includes: determining whether an overall view of a to-be-printed relational graph exceeds a set print size; in response to the overall view of a to-be-printed relational graph exceeding the set print size, clustering nodes in the to-be-printed relational graph according to the print size and attribute information of the nodes to form a clustered overall view of the relational graph and subviews of the relational graph; and printing the clustered overall view of the relational graph after the clustering and subviews formed based on the clustered nodes. At least one embodiment of the present disclosure can automatically split a relational graph into pages for printing.

Abstract: A method and apparatus for account intercommunication among APPs. The method comprises: acquiring account information entered by a user in a current APP; and, after using the account information to log in successfully, providing the account information to other APPs having intercommunication permissions with the current APP for the other APPs to log in. Via the disclosed method, account information entered in any APP may be shared among APPs having intercommunication permissions with the APP, so that other APPs may be logged into using an intercommunicated account after they are opened, without the need to manage account information about various APPs through a unified entrance, and thus the APP need not access the entrance in advance, and login can be realized without the need to exit the APP to open the entrance; obviously, the flexibility and independence of APP login are improved, and the complexity of operation is reduced.

Abstract: A method and apparatus for account intercommunication among APPs. The method comprises: acquiring account information entered by a user in a current APP; and, after using the account information to log in successfully, providing the account information to other APPs having intercommunication permissions with the current APP for the other APPs to log in. Via the disclosed method, account information entered in any APP may be shared among APPs having intercommunication permissions with the APP, so that other APPs may be logged into using an intercommunicated account after they are opened, without the need to manage account information about various APPs through a unified entrance, and thus the APP need not access the entrance in advance, and login can be realized without the need to exit the APP to open the entrance; obviously, the flexibility and independence of APP login are improved, and the complexity of operation is reduced.

Abstract: The present invention provides a method of forming semiconductor devices using SMT. The method comprises providing a substrate; depositing an SiO2 buffer film and a low tensile stress SiN film on the substrate; applying photoresist over the low tensile stress SiN film and exposing the low tensile stress SiN film on the NMOS region through photoresist exposure; applying UV radiation to the exposed low tensile stress SiN film; removing some hydrogen in the low tensile stress SiN film on the NMOS region and removing photoresist over the PMOS region; performing a rapid thermal annealing process to induce tensile stress in the NMOS channel region; and removing the SiN film and the SiO2 buffer film. According to the method of forming semiconductor devices using SMT of the present invention, the conventional SMT is greatly simplified.