StringUtils.hpp

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#ifndef FW_STRINGUTILS_HPP
#define FW_STRINGUTILS_HPP
#include <FpConfig.hpp>

namespace Fw {
namespace StringUtils {
char* string_copy(char* destination, const char* source, FwSizeType num);

FwSizeType string_length(const CHAR* source, FwSizeType buffer_size);

FwSignedSizeType substring_find(const CHAR* source_string, FwSizeType source_size, const CHAR* sub_string, FwSizeType sub_size);

enum StringToNumberStatus {
    SUCCESSFUL_CONVERSION, 
    NULL_INPUT,     
    INVALID_STRING, 
    INVALID_BASE,   
    INVALID_NUMBER, 
    INVALID_RANGE,  
};

#if FW_HAS_64_BIT

StringToNumberStatus string_to_number(const CHAR* input, FwSizeType buffer_size, U64& output, char** next, U8 base=0);

StringToNumberStatus string_to_number(const CHAR* input, FwSizeType buffer_size, I64& output, char** next, U8 base=0);
#endif
#if FW_HAS_32_BIT

StringToNumberStatus string_to_number(const CHAR* input, FwSizeType buffer_size, U32& output, char** next, U8 base=0);

StringToNumberStatus string_to_number(const CHAR* input, FwSizeType buffer_size, I32& output, char** next, U8 base=0);
#endif
#if FW_HAS_16_BIT

StringToNumberStatus string_to_number(const CHAR* input, FwSizeType buffer_size, U16& output, char** next, U8 base=0);

StringToNumberStatus string_to_number(const CHAR* input, FwSizeType buffer_size, I16& output, char** next, U8 base=0);
#endif

StringToNumberStatus string_to_number(const CHAR* input, FwSizeType buffer_size, U8& output, char** next, U8 base=0);

StringToNumberStatus string_to_number(const CHAR* input, FwSizeType buffer_size, I8& output, char** next, U8 base=0);

StringToNumberStatus string_to_number(const CHAR* input, FwSizeType buffer_size, F32& output, char** next);
#if FW_HAS_F64

StringToNumberStatus string_to_number(const CHAR* input, FwSizeType buffer_size, F64& output, char** next);
#endif



}  // namespace StringUtils
}  // namespace Fw
#endif  // FW_STRINGUTILS_HPP