Embedded c Language Programmin

This course is mainly aimed at the basic knowledge learners of electronic information majors, especially in the senior college or sophomore in the high vocational college in the school. Course starts with hardware programming applications, combined with the commonly used programming environment (KEIL), hardware debugging platform (single -chip microcomputer minimum system board) and simulation platform (Proteus). Course can better let professional students understand the application and value of C language in the hardware system (such as single -chip microcomputer, embedded), and can better allow students to integrate in hardware C language programming, and can better connect the subsequent course content ( Single -chip machine or embedded programming -related courses). Through curriculum teaching, learners can be proficient in C language grammar knowledge, in -depth understanding of the important role of C language in electronic hardware programming, and can use C language to program hardware system programming and solve problems. The "C language program design" teaching concept of "C -Language Program" combined with KEIL and minimum systems or protues instead of traditional VC ++ 6.0, according to the "project leadership, task -driven" curriculum teaching mode, select ten typical projects to practice teaching with practice teaching. Construct teaching content for the main line, suitable for learning C language grammar knowledge for hardware professionalism. Starting from the application of practical engineering, the experimental process and experimental phenomenon are the lead, combined with the commonly used programming environment (KEIL), simulation platform (PROTEUS) and hardware debugging platforms (single -chip machine development boards), according to the "project as the carrier, the task is driven by the" project, the task is the driver of the task as the driver "The idea of selecting indicators, digital tubes, keys and keys and bee twisters are commonly input and output. Content (algorithm, flowchart, data type, operator, expression, sequential structure, selection statement, circular statement, array, function, pointer, structure, file, preparation command, bit operation and file, etc.).