Abstract: Example implementations relate to processing of retail offerings and retail rules for implementation in a retail appliance. For example, retail rules and retail offerings may be translated into a retail offer domain-specific language (DSL). The translated retail rules and retail offerings may be expressed as constraints according to a satisfiability module theory (SMT) language. A hardware-optimized description of the translated retail rules and retail offerings may be generated that satisfy the constraints, and computer-executable instructions may be generated, based on the hardware-optimized description.

Abstract: Example implementations relate to processing of retail offerings and retail rules for implementation in a retail appliance. For example, retail rules and retail offerings may be translated into a retail offer domain-specific language (DSL). The translated retail rules and retail offerings may be expressed as constraints according to a satisfiability module theory (SMT) language. A hardware-optimized description of the translated retail rules and retail offerings may be generated that satisfy the constraints, and computer-executable instructions may be generated, based on the hardware-optimized description.

Abstract: Example implementations relate to processing of retail offerings and retail rules for implementation in a retail appliance. For example, retail rules and retail offerings may be translated into a retail offer domain-specific language (DSL). The translated retail rules and retail offerings may be expressed as constraints according to a satisfiability module theory (SMT) language. A hardware-optimized description of the translated retail rules and retail offerings may be generated that satisfy the constraints, and computer-executable instructions may be generated, based on the hardware-optimized description.

Abstract: Example implementations relate to processing of retail offerings and retail rules for implementation in a retail appliance. For example, retail rules and retail offerings may be translated into a retail offer domain-specific language (DSL). The translated retail rules and retail offerings may be expressed as constraints according to a satisfiability modulo theory (SMT) language. A hardware-optimized description of the translated retail rules and retail offerings may be generated that satisfy the constraints, and computer-executable instructions may be generated, based on the hardware-optimized description.