Abstract: A heterogeneous overlay network and cloud compute infrastructure comprises different tiers of PoPs that are configurable to provide different amounts of cloud computing. To facilitate the programming (configuration) of compute and caching operations throughout the heterogeneous network, a control mechanism and methodology are provided for automatically directing the flow of custom compute and caching operations using configurable “operations chains.” A representative operation chain comprises a configuration file that specifies a traffic flow, and a set of operations and their relative ordering. A particular operation chain defines an initial operation that typically starts at a given edge machine in the heterogeneous network and then, as needed, one or more additional locations and their associated machines may then be used to facilitate processing of the operation chain.

Abstract: A heterogeneous overlay network and cloud compute infrastructure comprises different tiers of PoPs that are configurable to provide different amounts of cloud computing. To facilitate the programming (configuration) of compute and caching operations throughout the heterogeneous network, a control mechanism and methodology are provided for automatically directing the flow of custom compute and caching operations using configurable “operations chains.” A representative operation chain comprises a configuration file that specifies a traffic flow, and a set of operations and their relative ordering. A particular operation chain defines an initial operation that typically starts at a given edge machine in the heterogeneous network and then, as needed, one or more additional locations and their associated machines may then be used to facilitate processing of the operation chain.

Abstract: A heterogeneous overlay network and cloud compute infrastructure comprises different tiers of PoPs that are configurable to provide different amounts of cloud computing. To facilitate the programming (configuration) of compute and caching operations throughout the heterogeneous network, a control mechanism and methodology are provided for automatically directing the flow of custom compute and caching operations using configurable “operations chains.” A representative operation chain comprises a configuration file that specifies a traffic flow, and a set of operations and their relative ordering. A particular operation chain defines an initial operation that typically starts at a given edge machine in the heterogeneous network and then, as needed, one or more additional locations and their associated machines may then be used to facilitate processing of the operation chain.

Abstract: DOM based unique ID generation, including receiving a hypertext markup language (HTML) page at a computer, and identifying HTML page elements in response to the receiving, the HTML page elements comprising parent nodes, the parent nodes comprising child nodes. The method further comprising processing each of the HTML page elements, the processing comprising: grouping the child nodes by parent node into a group of child nodes, detecting patterns in the group of child nodes in response to the grouping, reducing the group of child nodes to text strings in response to the detecting, storing the text strings as text values in the parent nodes, and generating a unique identifier (ID) of the HTML page in response to the processing.

Abstract: DOM based unique ID generation, including receiving a hypertext markup language (HTML) page at a computer, and identifying HTML page elements in response to the receiving, the HTML page elements comprising parent nodes, the parent nodes comprising child nodes. The method further comprising processing each of the HTML page elements, the processing comprising: grouping the child nodes by parent node into a group of child nodes, detecting patterns in the group of child nodes in response to the grouping, reducing the group of child nodes to text strings in response to the detecting, storing the text strings as text values in the parent nodes, and generating a unique identifier (ID) of the HTML page in response to the processing.

Abstract: DOM based unique ID generation, including receiving a hypertext markup language (HTML) page at a computer, and identifying HTML page elements in response to the receiving, the HTML page elements comprising parent nodes, the parent nodes comprising child nodes. The method further comprising processing each of the HTML page elements, the processing comprising: grouping the child nodes by parent node into a group of child nodes, detecting patterns in the group of child nodes in response to the grouping, reducing the group of child nodes to text strings in response to the detecting, storing the text strings as text values in the parent nodes, and generating a unique identifier (ID) of the HTML page in response to the processing.

Abstract: DOM based unique ID generation, including receiving a hypertext markup language (HTML) page at a computer, and identifying HTML page elements in response to the receiving, the HTML page elements comprising parent nodes, the parent nodes comprising child nodes. The method further comprising processing each of the HTML page elements, the processing comprising: grouping the child nodes by parent node into a group of child nodes, detecting patterns in the group of child nodes in response to the grouping, reducing the group of child nodes to text strings in response to the detecting, storing the text strings as text values in the parent nodes, and generating a unique identifier (ID) of the HTML page in response to the processing.