Abstract: Provided are omecamtiv mecarbil dihydrochloride salt forms, compositions and pharmaceutical formulations thereof, and methods for their preparation and use.

Abstract: Provided are omecamtiv mecarbil dihydrochloride salt forms, compositions and pharmaceutical formulations thereof, and methods for their preparation and use.

Abstract: Examples described herein emulate a processing architecture using multiple translations of the same source binary. A first translation binary includes compiler optimizations not present in a second translation binary. During runtime, a dispatcher directs control flow of a CPU when branch instructions are reached. Specifically, a dispatcher directs a CPU to execute instructions in the first translation binary, and accesses the second translation binary when an instruction is to a target that is not addressable in the first translation binary. The first and second translation binaries enable a target processing architecture to emulate a source processing architecture without just-in-time compilation or other runtime interpretation.

Abstract: Examples described herein emulate a processing architecture using multiple translations of the same source binary. A first translation binary includes compiler optimizations not present in a second translation binary. During runtime, a dispatcher directs control flow of a CPU when branch instructions are reached. Specifically, a dispatcher directs a CPU to execute instructions in the first translation binary, and accesses the second translation binary when an instruction is to a target that is not addressable in the first translation binary. The first and second translation binaries enable a target processing architecture to emulate a source processing architecture without just-in-time compilation or other runtime interpretation.

Abstract: Examples described herein emulate a processing architecture using multiple translations of the same source binary. A first translation binary includes compiler optimizations not present in a second translation binary. During runtime, a dispatcher directs control flow of a CPU when branch instructions are reached. Specifically, a dispatcher directs a CPU to execute instructions in the first translation binary, and accesses the second translation binary when an instruction is to a target that is not addressable in the first translation binary. The first and second translation binaries enable a target processing architecture to emulate a source processing architecture without just-in-time compilation or other runtime interpretation.

Abstract: Examples described herein emulate a processing architecture using multiple translations of the same source binary. A first translation binary includes compiler optimizations not present in a second translation binary. During runtime, a dispatcher directs control flow of a CPU when branch instructions are reached. Specifically, a dispatcher directs a CPU to execute instructions in the first translation binary, and accesses the second translation binary when an instruction is to a target that is not addressable in the first translation binary. The first and second translation binaries enable a target processing architecture to emulate a source processing architecture without just-in-time compilation or other runtime interpretation.

Abstract: Examples described herein emulate a processing architecture using multiple translations of the same source binary. A first translation binary includes compiler optimizations not present in a second translation binary. During runtime, a dispatcher directs control flow of a CPU when branch instructions are reached. Specifically, a dispatcher directs a CPU to execute instructions in the first translation binary, and accesses the second translation binary when an instruction is to a target that is not addressable in the first translation binary. The first and second translation binaries enable a target processing architecture to emulate a source processing architecture without just-in-time compilation or other runtime interpretation.

Abstract: Methods and computer-readable media are provided that enable a game console to send, receive and process a customized message. In one such method, an instruction to generate a message to be sent to a receiving game console is received. The message, which includes a recipient identifier, text relating to a game-specific function, a custom action associated with the game-specific function and a data payload that is adapted to be processed by a receiving destination is generated. The message is sent to a receiving game console identified by the recipient identifier by way of a game console messaging service.

Abstract: Mechanisms for visual identification of a user in a gaming environment. For example, a digital image is used to identify a user, whether the user is on-line or off-line. This digital image is easily verifiable as an appropriate and non-offensive image because it May come form a controlled digital image source (or set of sources). The digital image is also revocable in a variety of gaming environment contexts by a gaming authority. Lastly, the digital image is changeable depending on the context of the gaming environment, in one aspect, being configured to be visible to the entire gaming environment in one form, and being visible to a subset of the gaming environment in another form.

Abstract: A dynamically configurable contextual gamer options menu provides options to online game players. The game options are determined as a function of the game being played and relationships between game players. Game options are updated, added, and/or deleted dynamically as relationships and context change.

Abstract: Methods and computer-readable media are provided that enable a game console to send, receive and process a customized message. In one such method, an instruction to generate a message to be sent to a receiving game console is received. The message, which includes a recipient identifier, text relating to a game-specific function, a custom action associated with the game-specific function and a data payload that is adapted to be processed by a receiving destination is generated. The message is sent to a receiving game console identified by the recipient identifier by way of a game console messaging service.