Abstract: Methods and apparatuses for mobile device location finding are disclosed. In one example, an event notification is received at a first device. A location of the first device is determined responsive to the notification, and the location of the first device is correlated to a location of a second device. The location of the second device is indicated on a user viewable display.

Abstract: A method and apparatus for processing requests for delivery of electronic content is provided. According to one aspect of the invention, a request for delivery of first electronic content is received, where (1) the request is for delivery of the first electronic content to a destination client that is not on a local network, and (2) the first electronic content includes one or more links that are only resolvable within the local network. In response to the request, the first electronic content is retrieved, and first updated content is generated by modifying the one or more links associated with the first electronic content to include information identifying a server that can be addressed outside the local network. The first updated content is then delivered to the destination client.

Abstract: A server machine has a first user interface for interactively producing templates and a second user interface provided through a client machine, such as a wireless telephone, for performing server actions using templates. In response to signals received through the first user interface, the server produces a template for use in performing server actions, such as creating e-mail messages, scheduling appointments, or submitting database queries. The template includes a field and a attribute data indicating whether it is necessary to obtain information through the second user interface to complete the field. The server receives a request from the client machine for performance of a server action using the template. In response, the server performs the server action, determining from the attribute data whether it is necessary to obtain information to complete the field. If not, the server performs the server action without obtaining information through the second user interface to complete the field.

Abstract: A server machine receives an input string of characters from a client machine, and the string includes at least one abbreviated substring preceded and followed by word delimiters. Each abbreviated substring represents an expanded substring. The server machine automatically finds one of the abbreviated substrings based on the preceding and following word delimiters, determines that it is one of a set of abbreviated substrings, and produces an expanded version of the string of characters with the abbreviated substring replaced by its expanded substring. The case of the beginning character of the expanded substring can be the same as that of the abbreviated substring. The expanded substring can depend on time, such as the current time.

Abstract: A server machine transfers a version of an e-mail for presentation by a client machine. The version includes a user-understandable descriptor of an attachment to the e-mail but does not include the attachment. The server receives a request from the client to transfer the attachment for rendering. In response, the server obtains an output version of the attachment and transfers the output version to a rendering device, causing the rendering device to produce a rendered version of the attachment. The client machine can have a display, and the user-understandable descriptor can be visible on the display. The descriptor can be a selectable item; in response to selection of the descriptor, the server can transfer options to the client, including options that involve rendering an attachment. For an image attachment, the rendering options can include printing, sending to a copy shop, and sending to a fax machine.

Abstract: A form including user modifiable fields and an encoded description of the location, size, type, etc. of the fields allows direct programming of a form interpreter. Other information including the processing of the form, encoded data, etc., may be included in the encoded information. A system for creating forms carrying an encoded description of selected attributes of the fields includes means for selecting or creating fields and locating the fields on a form while generating, substantially simultaneously, the encoded description of the selected attributes. A form composer then allows merging of the form and its encoded description for printing or electronic transmission. A system for reading such forms includes a scanner, decoding device, and processor. By reading such forms, data may be entered into or recalled from a data processing system, or a form interpreter may be programmed, locally or remotely, for subsequent handling of forms.

Abstract: An automatically created form includes a list of items in relation to which an operation can be performed. A processor creates the form in response to facsimile transmission of another form that includes a field requesting automatic creation of a form. The data defining the image of the requesting form also includes information indicating an image destination, and the automatically created form is transmitted to the indicated destination. The requesting form can be a previously created starter form that is automatically transmitted back to a fax machine in response to an image of a blank sheet or a sheet with simple marks received from the fax machine. The starter form can include a security code as well as fields with check boxes for indicating a set of items to be listed, such as recipients of facsimile transmissions or documents or forms that could be transmitted.