module strconv const base_digits = '0123456789abcdefghijklmnopqrstuvwxyz' // format_int returns the string representation of the number n in base `radix` // for digit values > 10, this function uses the small latin leters a-z. [direct_array_access; manualfree] pub fn format_int(n i64, radix int) string { unsafe { if radix < 2 || radix > 36 { panic('invalid radix: $radix . It should be => 2 and <= 36') } if n == 0 { return '0' } mut n_copy := n mut have_minus := false if n < 0 { have_minus = true n_copy = -n_copy } mut res := '' for n_copy != 0 { tmp_0 := res bdx := int(n_copy % radix) tmp_1 := strconv.base_digits[bdx].ascii_str() res = tmp_1 + res tmp_0.free() tmp_1.free() // res = base_digits[n_copy % radix].ascii_str() + res n_copy /= radix } if have_minus { final_res := '-' + res res.free() return final_res } return res } } // format_uint returns the string representation of the number n in base `radix` // for digit values > 10, this function uses the small latin leters a-z. [direct_array_access; manualfree] pub fn format_uint(n u64, radix int) string { unsafe { if radix < 2 || radix > 36 { panic('invalid radix: $radix . It should be => 2 and <= 36') } if n == 0 { return '0' } mut n_copy := n mut res := '' uradix := u64(radix) for n_copy != 0 { tmp_0 := res tmp_1 := strconv.base_digits[n_copy % uradix].ascii_str() res = tmp_1 + res tmp_0.free() tmp_1.free() // res = base_digits[n_copy % uradix].ascii_str() + res n_copy /= uradix } return res } }