Abstract:
A method for composing and executing a plurality of hyperlink pipelines within a web browser, wherein the method comprises moving a first source hyperlink that corresponds to a first resource to a destination hyperlink that corresponds to a second resource, merging the first source hyperlink with the destination hyperlink to create a first hyperlink pipeline, moving a second source hyperlink that corresponds to a third resource to the first hyperlink pipeline, merging the second source hyperlink with the first hyperlink pipeline to create a second hyperlink pipeline, and executing the second hyperlink pipeline such that the second resource is invoked before the first resource and the third resource, and the first resource is invoked before the third resource.
Abstract:
A method comprising dereferencing, in a web browser, a Uniform Resource Identifier (URI) comprising a web resource and a reflex tag, creating a request message comprising a request for the web resource and a reflex request corresponding to the reflex tag, wherein the reflex request is a request for address and port information from a web server comprising the web resource, encapsulating the request message in a transport message comprising an Internet Protocol (IP) address and a port of the web browser, transmitting the transport message to the web server, receiving a response message from the web server, wherein the response message comprises a second IP address and a second port number of the browser as seen by the web server, and determining a characteristic of at least one Network Address Translation (NAT) device coupled between the web browser and the web server based on the second IP address and second port number.
Abstract:
Various disclosed embodiments include methods and systems for constructing a multipoint control unit (MCU). The method includes generating an abstract multipoint control unit (MCU) process at an electronic device, the abstract MCU process comprising an identification of MCU resources for instantiating the abstract MCU process. The method includes transmitting, from the electronic device, the abstract MCU process to a server, and receiving, from the server in response to the transmitted abstract MCU process, a concrete MCU process at the electronic device, the concrete MCU process comprising the identified plurality of MCU resources.
Abstract:
Various disclosed embodiments include methods and apparatus for sharing a SharedWorker thread during page transitions in a Web browser. A method includes generating a SharedWorker in a Web browser of an electronic device, the SharedWorker comprising an anchor page and a target page, where the anchor page and the target page are linked by the SharedWorker, where the target page is configured to share the SharedWorker with the anchor page.
Abstract:
A method comprising dereferencing, in a web browser, a Uniform Resource Identifier (URI) comprising a web resource and a reflex tag, creating a request message comprising a request for the web resource and a reflex request corresponding to the reflex tag, wherein the reflex request is a request for address and port information from a web server comprising the web resource, encapsulating the request message in a transport message comprising an Internet Protocol (IP) address and a port of the web browser, transmitting the transport message to the web server, receiving a response message from the web server, wherein the response message comprises a second IP address and a second port number of the browser as seen by the web server, and determining a characteristic of at least one Network Address Translation (NAT) device coupled between the web browser and the web server based on the second IP address and second port number.
Abstract:
A method for creating a certificate to authenticate a user identity at a web browser includes receiving a login request including a first user identity for a user and generating a first browser-signed certificate using public and secret keys associating the first user identity to the web browser. The first browser-signed certificate is sent to a first identity provider server and in response a first server-signed certificate is received from the first identity provider server. The first server-signed certificate associates the first user identity to the first identity provider server. A final certificate is generated by merging the first browser-signed certificate with the first server-signed certificate.
Abstract:
A method of performing a Real-Time Communication in Web-browsers (RTCWEB) identity authentication based on an authentication of a non-RTCWEB compliant Identity Provider (IdP) server comprising receiving, by an RTCWEB IdP client, an RTCWEB identity authentication request from a user agent, creating a session resource with a Relying Party (RP) client, wherein the RP client guards the session resource, instructing the user agent to authenticate with the RP client by employing a non-RTCWEB identity protocol to access the session resource, receiving authentication results from the non-RTCWEB compliant IdP server via the RP client, and sending an RTCWEB authentication to the user agent via the session resource.
Abstract:
A method for creating a certificate to authenticate a user identity at a web browser includes receiving a login request including a first user identity for a user and generating a first browser-signed certificate using public and secret keys associating the first user identity to the web browser. The first browser-signed certificate is sent to a first identity provider server and in response a first server-signed certificate is received from the first identity provider server. The first server-signed certificate associates the first user identity to the first identity provider server. A final certificate is generated by merging the first browser-signed certificate with the first server-signed certificate.
Abstract:
An apparatus for authorizing a bilateral session between two websites, comprising a processor configured to grant authorization for a first website to access a first resource located on a second website, grant authorization for the second website to access a second resource located on the first website, and establish the bilateral session between the first website and the second website when authorization is granted for the first website to access the first resource and authorization is granted for the second website to access the second resource, wherein the bilateral session supports the transfer of the first resource to the first website and the transfer of the second resource to the second website.
Abstract:
An apparatus comprising a processor configured to receive an instruction to place a call to a remote user, load a communications application, wherein the communications application comprises an isolated security context, request a list of one or more supported communications protocols from a server, receive the list of one or more supported communications protocols from the server, select a protocol from the list of one or more supported communications protocols, load the selected communications protocol in the isolated security context, and initiate the call through the communications application with the remote server using the selected communications protocol.