Abstract: Dynamic materialization of a feed is described. A request for a feed is received. A state of the feed is determined. Responsive to determining that the state is the inactive state, causing materialization of the feed in a second non-relational database system with feed items of the feed from the first relational database system, where the second database system is separate from the first database system, and setting the state of the feed to the activating state. Responsive to determining that the state is the active state, causing the request for the feed to be processed from the second non-relational database system.

Abstract: Disclosed are some implementations of systems, apparatus, methods and computer program products for facilitating the debug tracing of a Next Best Action (NBA) strategy engine. During debug tracing, a user may interact with a user interface representing execution of the NBA strategy engine. Upon interacting with a node representing a decision point, a corresponding ordered list of options generated by the NBA strategy engine and a set of time values resulting from execution of the corresponding segment of the NBA strategy engine are provided for display in proximity to the node.

Abstract: Disclosed are some implementations of systems, apparatus, methods and computer program products for facilitating the debug tracing of a Next Best Action (NBA) strategy engine. During debug tracing, a user may interact with a user interface representing execution of the NBA strategy engine. Upon interacting with a node representing a decision point, a corresponding ordered list of options generated by the NBA strategy engine and a set of time values resulting from execution of the corresponding segment of the NBA strategy engine are provided for display in proximity to the node.

Abstract: Dynamic materialization of a feed is described. A request for a feed is received. A state of the feed is determined. Responsive to determining that the state is the inactive state, causing materialization of the feed in a second non-relational database system with feed items of the feed from the first relational database system, where the second database system is separate from the first database system, and setting the state of the feed to the activating state. Responsive to determining that the state is the active state, causing the request for the feed to be processed from the second non-relational database system.

Abstract: Dynamic materialization of a feed is described. A request for a feed is received. A state of the feed is determined. Responsive to determining that the state is the inactive state, causing materialization of the feed by populating a materialized feeds table in a second non-relational database system with feed items of the feed from the first relational database system, and setting the state of the feed to the activating state. Responsive to determining that the state is the active state, causing the request for the feed to be processed from the materialized feeds table in the second non-relational database system. Responsive to determining that the state is the disabled state, causing the request for the feed to be processed from the first relational database system, and causing an update of the materialized feeds table in the second non-relational database system to be postponed for a predetermined amount of time.

Abstract: Dynamic materialization of a feed is described. A request for a feed is received. A state of the feed is determined. Responsive to determining that the state is the inactive state, causing materialization of the feed by populating a materialized feeds table in a second non-relational database system with feed items of the feed from the first relational database system, and setting the state of the feed to the activating state. Responsive to determining that the state is the active state, causing the request for the feed to be processed from the materialized feeds table in the second non-relational database system. Responsive to determining that the state is the disabled state, causing the request for the feed to be processed from the first relational database system, and causing an update of the materialized feeds table in the second non-relational database system to be postponed for a predetermined amount of time.

Abstract: A communications system includes a network engine that communicates with a plurality of a user subscribed mobile wireless communications devices via a communications network for sending and receiving emails. A direct access server is connected to the network engine for polling electronic mailboxes of users from an email source and retrieving electronic messages from the electronic mailboxes and pushing any electronic mailboxes to the network engine to selected users subscribed mobile wireless communications devices. The direct access server communicates with an email source using the internet message access protocol (IMAP) and IMAP-Idle supportable connections in a communications channel to accept real-time notifications. The direct access server verifies an Idle command functionality on the communications channel before relying on the communications channel for new mail notifications.

Abstract: The communications system includes a network engine that communicates with the plurality of a user subscribed mobile wireless communications devices via a communications network for sending and receiving emails. A direct access server is operative with the network engine for polling electronic mailboxes of users from an email source and retrieving electronic messages from the electronic mailboxes and pushing any electronic mailboxes to the network engine to selected users subscribed mobile wireless communications devices. The direct access server communicates with an email source using the internet message access protocol (IMAP) and IMAP-Idle supportable connections to accept real-time notifications such that when a connection limit is reached or exceeded to an email source, the direct access server disables IMAP-Idle connections to the email source.

Abstract: A communications system includes a network engine that communicates with a plurality of a user subscribed mobile wireless communications devices via a communications network for sending and receiving emails. A direct access server is connected to the network engine for polling electronic mailboxes of users from an email source and retrieving electronic messages from the electronic mailboxes and pushing any electronic mailboxes to the network engine to selected users subscribed mobile wireless communications devices. The direct access server communicates with an email source using the internet message access protocol (IMAP) and IMAP-Idle supportable connections in a communications channel to accept real-time notifications. The direct access server verifies an Idle command functionality on the communications channel before relying on the communications channel for new mail notifications.

Abstract: The communications system includes a network engine that communicates with the plurality of a user subscribed mobile wireless communications devices via a communications network for sending and receiving emails. A direct access server is operative with the network engine for polling electronic mailboxes of users from an email source and retrieving electronic messages from the electronic mailboxes and pushing any electronic mailboxes to the network engine to selected users subscribed mobile wireless communications devices. The direct access server communicates with an email source using the internet message access protocol (IMAP) and IMAP-Idle supportable connections to accept real-time notifications such that when a connection limit is reached or exceeded to an email source, the direct access server disables IMAP-Idle connections to the email source.