摘要:
A dynamic client system is described that provides an interactive client-side web application experience to a user accessing an application through a web browser. At the client, the system receives an edit to a project task from a user of the client. The system receives an indication that the user has completed editing the project task. The system sends the edited project task to the project server. The client sends edits to the project server in the background and users can continue editing the project without waiting for the project server to finish processing the edits.
摘要:
A dynamic client system is described that provides an interactive client-side web application experience to a user accessing an application through a web browser. At the client, the system receives an edit to a project task from a user of the client. The system receives an indication that the user has completed editing the project task. The system sends the edited project task to the project server. The client sends edits to the project server in the background and users can continue editing the project without waiting for the project server to finish processing the edits.
摘要:
In a client-server computer system, an active cache is utilized by a client-based project management application program to access and manage server-based project files offline. The current status of a connection between the client and the server is monitored. If the status of the connection between the client and server is offline, project files are opened, modified, and saved to the active cache on the client. If the status of the connection between the client and server is online, project files stored in the active cache may be updated by the server prior to being opened. Changes made to project files saved to the cache are synchronized with the server.
摘要:
In a client-server computer system, an active cache is utilized by a client-based project management application program to share server-based project files with an offline client, so that the project files may be updated by modifications made offline. A project file is saved from the active cache for sharing with the offline client. The shared project file is sent to the offline client for editing. After editing, a modified project file is received from the offline client and saved to the active cache. The active cache initiates an update of the server-based project file with the project file which was modified offline.
摘要:
In a client-server computer system, an active cache is utilized by a client-based project management application program to share server-based project files with an offline client, so that the project files may be updated by modifications made offline. A project file is saved from the active cache for sharing with the offline client. The shared project file is sent to the offline client for editing. After editing, a modified project file is received from the offline client and saved to the active cache. The active cache initiates an update of the server-based project file with the project file which was modified offline.
摘要:
Methods and systems are provided for intelligently managing project data in a project management application. According to various aspects of the invention, project management data may be loaded and saved to a local cache of a client computer, such as a hard disk cache. The invention also provides a mechanism for reducing the size of data downloaded from and sent to a project server during load and save times.
摘要:
Methods and systems are provided for intelligently managing project data in a project management application. According to various aspects of the invention, project management data may be loaded and saved to a local cache of a client computer, such as a hard disk cache. The invention also provides a mechanism for reducing the size of data downloaded from and sent to a project server during load and save times.
摘要:
Structured data storage allows for efficient searching and loading of data. The structured format allows data to be efficiently received by a program and relatively quickly presented to a user requesting the data through a program interface.
摘要:
Systems and methods are disclosed for providing proprietary access to a server. The disclosed systems and methods may include receiving a first service request from a client. The first service request may include a client identifier. Furthermore, the disclosed systems and methods may include creating a session identifier when it is determined that the client identifier is valid and transmitting the session identifier to the client. Moreover, the disclosed systems and methods may include receiving a second service request from the client. The second service request may include the session identifier and client data that may have at least one of a proprietary format and a proprietary scheme. In addition, the disclosed systems and methods may include servicing the second service request when it is determined that the session identifier received in the second service request is valid.
摘要:
Architecture that introduces a new default leveling algorithm related to a leveling order that uses one or more of task identifier, start dates, and existing priority field, such that users do not need to define an explicit priority value for each task before using leveling. The architecture allows the user to reschedule only a specific task based on availability, without changing other tasks in the schedule. Users can select a single over-allocated task and the architecture looks at all other tasks in the overall schedule to find the next open timeslot when the assigned resources have capacity. The architecture further allows a user to selectively level a subset of tasks in a project. The user can choose to level only tasks that are relevant and the application only resolves over-allocation within the selection and excludes all other unselected tasks in the project.