README
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calibrationReader
reads characteristics information from a2l and fills it with the data from a hex file. At least that is the plan. Currently it can parse a2l-files as well as the corresponding IntelHex32 or Motorola S19 files. And it is quite fast at that. Currently a real world A2L(80MB) with its corresponding Hex File(10MB) will be parsed in less than a second.
But it still lacks the last bit of work which is implementing the methods for axis_pts, axis_descr, record_layout and fnc_values in order to understand the memory layout and position of a specific characteristic. This is somewhat of a convoluted mess in the a2l standard due to its historic growth and will be implemented when I have a little more spare time.
I am a mechanical engineer, so any code you see might not be up to the standards of true/correct/modern/acceptable software development ;) Feedback is always appreciated.
The only dependency outside the go standard library is currently zerolog.
Documentation
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Index ¶
Constants ¶
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Functions ¶
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Types ¶
type CalibrationData ¶
type CalibrationData struct {
// contains filtered or unexported fields
}
CalibrationData contains the parsed structs from the a2l as well as the byte data from the hex file that are parsed by ReadCalibration()
func ReadCalibration ¶
func ReadCalibration(a2lFilePath string, hexFilePath string) (CalibrationData, error)
ReadCalibration takes filepaths to the a2l file and the hex file, parses them in parallel and returns a CalibrationData struct
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