Abstract: Systems, related methods and other means for providing the securing of web site source code are provided herein. The system and methods may be configured to poll a client device and/or to otherwise determine whether a debugging console is active on a client device and deny access to the JavaScript and source code if the debugging console is active. Additionally or alternatively, the system and methods may receive a request to access the source code form a client device, and may determine whether the request is from a trusted referrer and whether the debugging console is active. When the request is from an untrusted referrer, and/or when the debugging console is active the system and method can deny access to the source code. When the request is from a trusted referrer and the debugging console in inactive, the system and method can grant access to the source code.

Abstract: Disclosed herein are clutch and boom features that can enable the manipulation of user interface elements when using a touch-sensitive component to build or otherwise design a graphical display, such as a website, video game, magazine layout, etc. Upon touching user interface element to be manipulated, the user interface element can be targeted for manipulation. In response to a clutch user interface element being engaged, the targeted user interface element can be enabled for manipulation (e.g., colored, rotated, moved, etc.) by the user, while the non-targeted user elements are protected from manipulation. Boom is an example of manipulation functionality provided by some embodiments, which can be configured to move the targeted user interface element a precise amount (e.g., pixel-by-pixel).

Abstract: Disclosed herein are clutch and boom features that can enable the manipulation of user interface elements when using a touch-sensitive component to build or otherwise design a graphical display, such as a website, video game, magazine layout, etc. Upon touching user interface element to be manipulated, the user interface element can be targeted for manipulation. In response to a clutch user interface element being engaged, the targeted user interface element can be enabled for manipulation (e.g., colored, rotated, moved, etc.) by the user, while the non-targeted user elements are protected from manipulation. Boom is an example of manipulation functionality provided by some embodiments, which can be configured to move the targeted user interface element a precise amount (e.g., pixel-by-pixel).

Abstract: Disclosed herein are clutch and boom features that can enable the manipulation of user interface elements when using a touch-sensitive component to build or otherwise design a graphical display, such as a website, video game, magazine layout, etc. Upon touching user interface element to be manipulated, the user interface element can be targeted for manipulation. In response to a clutch user interface element being engaged, the targeted user interface element can be enabled for manipulation (e.g., colored, rotated, moved, etc.) by the user, while the non-targeted user elements are protected from manipulation. Boom is an example of manipulation functionality provided by some embodiments, which can be configured to move the targeted user interface element a precise amount (e.g., pixel-by-pixel).

Abstract: Disclosed herein are clutch and boom features that can enable the manipulation of user interface elements when using a touch-sensitive component to build or otherwise design a graphical display, such as a website, video game, magazine layout, etc. Upon touching user interface element to be manipulated, the user interface element can be targeted for manipulation. In response to a clutch user interface element being engaged, the targeted user interface element can be enabled for manipulation (e.g., colored, rotated, moved, etc.) by the user, while the non-targeted user elements are protected from manipulation. Boom is an example of manipulation functionality provided by some embodiments, which can be configured to move the targeted user interface element a precise amount (e.g., pixel-by-pixel).

Abstract: Systems, related methods and other means for providing the securing of web site source code are provided herein. The system and methods may be configured to poll a client device and/or to otherwise determine whether a debugging console is active on a client device and deny access to the JavaScript and source code if the debugging console is active. Additionally or alternatively, the system and methods may receive a request to access the source code form a client device, and may determine whether the request is from a trusted referrer and whether the debugging console is active. When the request is from an untrusted referrer, and/or when the debugging console is active the system and method can deny access to the source code. When the request is from a trusted referrer and the debugging console in inactive, the system and method can grant access to the source code.

Abstract: Systems, related methods and other means for providing the securing of JavaScript and source code are provided herein. The system and methods may be configured to poll a client device and/or to otherwise determine whether a debugging console is active on a client device and deny access to the JavaScript and source code if the debugging console is active. Additionally or alternatively, the system and methods may receive a request to access the JavaScript and source code form a client device, and may determine whether the request is from a trusted referrer. When the request is from an untrusted referrer, the system and method can deny access to the JavaScript and source code. When the request is from a trusted referrer, the system and method can grant access to the JavaScript and source code.

Abstract: Systems, related methods and other means for providing the securing of JavaScript source code are provided herein. Circuitry may be configured to determine whether a debugging console is active on a client device and deny access to the JavaScript if the debugging console is active. Additionally or alternatively, the circuitry may receive a request to access the JavaScript source code form a client device, and may determine whether the request is from a trusted referrer. When the request is from an untrusted referrer, the circuitry can deny access to the JavaScript. When the request is from a trusted referrer, the circuitry can grant access to the JavaScript.

Abstract: Disclosed herein are clutch and boom features that can enable the manipulation of user interface elements when using a touch-sensitive component to build or otherwise design a graphical display, such as a website, video game, magazine layout, etc. Upon touching user interface element to be manipulated, the user interface element can be targeted for manipulation. In response to a clutch user interface element being engaged, the targeted user interface element can be enabled for manipulation (e.g., colored, rotated, moved, etc.) by the user, while the non-targeted user elements are protected from manipulation. Boom is an example of manipulation functionality provided by some embodiments, which can be configured to move the targeted user interface element a precise amount (e.g., pixel-by-pixel).

Abstract: Systems, related methods and other means for providing the securing of JavaScript source code are provided herein. Circuitry may be configured to determine whether a debugging console is active on a client device and deny access to the JavaScript if the debugging console is active. Additionally or alternatively, the circuitry may receive a request to access the JavaScript source code form a client device, and may determine whether the request is from a trusted referrer. When the request is from an untrusted referrer, the circuitry can deny access to the JavaScript. When the request is from a trusted referrer, the circuitry can grant access to the JavaScript.