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@ -3,6 +3,32 @@ |
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using klotski::CommonCode; |
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using klotski::CommonCode; |
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using klotski::CommonCodeException; |
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using klotski::CommonCodeException; |
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/// -------------------------- CommonCode to String ---------------------------
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std::string CommonCode::to_string(bool shorten) const { |
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return string_encode(code, shorten); |
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} |
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/// -------------------------- String to CommonCode ---------------------------
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CommonCode::CommonCode(std::string &&common_code) { |
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code = string_decode(common_code); // load from string
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} |
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CommonCode::CommonCode(const std::string &common_code) { |
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code = string_decode(common_code); // load from string
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} |
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CommonCode CommonCode::from_string(std::string &&common_code) { |
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return CommonCode(std::forward<std::string>(common_code)); |
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} |
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CommonCode CommonCode::from_string(const std::string &common_code) { |
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return CommonCode(common_code); |
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} |
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/// ----------------------------- Basic Functions -----------------------------
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inline uint8_t binary_count(uint32_t bin) { // get number of non-zero bits
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inline uint8_t binary_count(uint32_t bin) { // get number of non-zero bits
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bin -= (bin >> 1) & 0x55'55'55'55; |
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bin -= (bin >> 1) & 0x55'55'55'55; |
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bin = (bin & 0x33'33'33'33) + ((bin >> 2) & 0x33'33'33'33); |
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bin = (bin & 0x33'33'33'33) + ((bin >> 2) & 0x33'33'33'33); |
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@ -18,28 +44,25 @@ inline uint8_t last_zero_num(uint32_t bin) { // get last zero number |
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return binary_count(bin >> 1); |
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return binary_count(bin >> 1); |
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} |
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} |
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CommonCode CommonCode::from_string(const std::string &common_code) { |
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std::string CommonCode::string_encode(uint64_t common_code, bool shorten) { // convert uint64_t code to string
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return CommonCode(common_code); // load from string
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} |
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std::string CommonCode::to_string(bool shorten) const { // convert uint64_t code to string
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char result[10]; // max length 9-bits
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char result[10]; // max length 9-bits
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sprintf(result, "%09lX", code); |
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sprintf(result, "%09lX", common_code); |
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if (shorten) { // remove `0` after common code
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if (shorten) { // remove `0` after common code
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if ((uint32_t)code == 0x00'00'00'00) { // low 32-bits are zero
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if ((uint32_t)common_code == 0x00'00'00'00) { // low 32-bits are zero
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result[1] = '\0'; // only keep first character
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result[1] = '\0'; // only keep first character
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return result; |
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return result; |
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} |
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} |
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result[9 - last_zero_num(code) / 4] = '\0'; // truncate string
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result[9 - last_zero_num(common_code) / 4] = '\0'; // truncate string
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} |
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} |
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return result; // char* -> std::string
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return result; // char* -> std::string
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} |
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} |
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CommonCode::CommonCode(const std::string &common_code) { // convert from 1 ~ 9 bits string
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uint64_t CommonCode::string_decode(const std::string &common_code) { // convert from 1 ~ 9 bits string
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/// check string length
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/// check string length
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if (common_code.length() > 9 || common_code.empty()) { // check string length
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if (common_code.length() > 9 || common_code.empty()) { // check string length
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throw CommonCodeException("common code should length 1 ~ 9"); |
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throw CommonCodeException("common code should length 1 ~ 9"); |
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} |
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} |
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/// check every characters
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/// check every characters
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uint64_t result = 0; |
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uint64_t result = 0; |
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for (auto const &bit : common_code) { |
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for (auto const &bit : common_code) { |
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@ -55,9 +78,10 @@ CommonCode::CommonCode(const std::string &common_code) { // convert from 1 ~ 9 b |
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} |
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} |
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} |
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} |
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result <<= (9 - common_code.length()) * 4; // low-bits fill with zero
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result <<= (9 - common_code.length()) * 4; // low-bits fill with zero
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/// check whether common code is valid
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/// check whether common code is valid
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if (!CommonCode::check(result)) { // check converted common code
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if (!CommonCode::check(result)) { // check converted common code
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throw CommonCodeException("common code invalid"); |
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throw CommonCodeException("common code invalid"); |
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} |
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} |
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code = result; |
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return result; |
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} |
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} |
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