Language notification generator

1. A computer-implemented method comprising:

accepting a set of design specifications from a user, the set of design specifications defining a set of potential responses to events for a rendering of an interactive graphical design;

generating a graphical instantiation of the interactive graphical design while accepting the set of design specifications;

accepting a notification description text input from the user, wherein the notification description text input is received in a widget specification interface for a widget in the interactive graphical design;

exporting an encoded instantiation of the interactive graphical design using the set of design specifications;

executing a response to an event in the set of potential responses to events multiple times using a portion of the encoded instantiation as the encoded instantiation is independently rendered by a set of multiple users;

generating a set of notifications, wherein each notification in the set of notifications indicates an execution of the response to the event;

storing the set of notifications in a memory as a set of stored notifications;

providing the set of stored notifications to an analytics tool; and

analyzing how the set of multiple users interacted with the design using the analytics tool;

wherein the set of notifications is generated using the notification description text input;

wherein the notification is a more concise representation of the response to the event than the portion of the encoded instantiation.

2. The method of claim 1 , wherein the method further comprises:

visualizing a usage pattern of the interactive graphical design using the set of stored notifications.

3. The method of claim 1 ,

wherein the method further comprises:

receiving a drag and drop command from the user to add the widget to the interactive graphical design;

wherein the widget is a page;

wherein each notification in the set of notifications is generated in real time; and

wherein the analytics tool batch-processes the set of stored notifications to determine how often a link in the design was selected.

4. The method of claim 1 ,

wherein the method further comprises:

receiving a drag and drop command from the user to add the widget to the interactive graphical design;

wherein the widget is a button;

wherein each notification in the set of notifications is generated in real time; and

wherein the analytics tool batch-processes the set of stored notifications to determine how often the button was clicked.

5. The method of claim 1 ,

wherein:

the set of notifications is generated in a batch-process after executing the response to the event multiple times.

6. A computer-implemented method comprising:

accepting a set of design specifications from a user, the set of design specifications defining a set of potential responses to events for a rendering of an interactive graphical design;

generating a graphical instantiation of the design while accepting the set of design specifications;

accepting a notification description text input from the user, wherein the notification description text input relates to a response to an event in the set of potential responses to events, and the notification description text input is received in a widget specification interface for a widget;

exporting an encoded instantiation of the interactive graphical design using the graphical instantiation of the design and the notification description text input;

executing the response to the event in the set of potential responses to events multiple times using a portion of the encoded instantiation as the encoded instantiation is independently rendered by a set of multiple users;

generating a set of notifications using the notification description text input, wherein each notification is generated in response to an execution of the response to the event;

providing the set of notifications to an analytics tool; and

analyzing how the set of multiple users interacted with the interactive graphical design using the analytics tool;

wherein the notification is a more concise representation of the response to the event than the portion of the encoded instantiation.

7. The method of claim 6 , wherein the method further comprises:

visualizing a usage pattern of the interactive graphical design using the set of stored notifications.

8. The method of claim 6 ,

wherein:

the set of notifications is generated in a batch-process after executing the response to the event multiple times.

9. The method of claim 6 ,

wherein the method further comprises:

receiving a drag and drop command from the user to add the widget to the interactive graphical design; and

storing the set of notifications in a memory as a set of stored notifications;

wherein the widget is a page;

wherein each notification in the set of notifications is generated in real time; and

wherein the analytics tool batch-processes the set of stored notifications to determine how often a link in the design was selected.

10. The method of claim 6 ,

the method further comprising:

receiving a drag and drop command from the user to add the widget to the interactive graphical design;

wherein the widget is a page;

wherein each notification in the set of notifications is generated in real time; and

wherein the analytics tool batch-processes the collection of stored notifications to determine how often a link in the interactive graphical design was selected.

11. A computer-implemented method comprising:

accepting a set of design specifications from a user, wherein the design specifications define a rendering of an interactive graphical design, and wherein the interactive graphical design exhibits an interaction while rendered;

generating a graphical instantiation of the design while accepting the set of design specifications;

exporting an encoded instantiation of the design using the graphical instantiation of the design;

rendering the encoded instantiation of the design using a player;

executing the interaction using a portion of the encoded instantiation and the player;

generating a notification to indicate an occurrence of the interaction;

facilitating the display of the notification to the user in a debugging interface;

accepting a selection of the notification from the user in the debugging interface;

facilitating the display of a portion of the interactive graphical design associated with the interaction in response to the selection;

storing the notification in a memory as a stored notification; and

providing the stored notification to an analytics tool;

wherein the notification is a more concise representation of the interaction than the portion of the encoded instantiation;

wherein the notification includes a value for a variable in the interactive graphical design when the interaction was executed by the player;

wherein the stored notification is stored in the memory with a set of stored notifications; and

wherein the set of stored notifications describes an interactive session between a viewer and the interactive graphical design.

12. The method of claim 11 ,

the method further comprising:

accepting a notification description text input from the user, wherein the notification description text input relates to an aspect of the interaction;

wherein the generating of the notification to indicate the occurrence of the interaction is conducted using the notification description text input.

13. The method of claim 11 ,

wherein the aspect of the interaction is one of:

an event that is detected by the player that initiates the interaction;

a condition that is evaluated by the player when the event occurs; and

an action taken by the player in response to the event.

14. The method of claim 13 ,

wherein:

the event is a click on a link in the interactive graphical design; and

the analytics tool determines how many times the link was selected in the interactive session.

15. The method of claim 14 ,

wherein:

the analytics tool batch-processes the set of stored notifications to determine how often the link was selected in the interactive session.