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Rapicorn - Experimental UI Toolkit - Source Code 10.08.1
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Rapicorn - Experimental UI Toolkit - Source Code 10.08.1
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00001 // Licensed GNU LGPL v3 or later: http://www.gnu.org/licenses/lgpl.html 00002 #ifndef __RAPICORN_STRINGS_HH__ 00003 #define __RAPICORN_STRINGS_HH__ 00004 00005 #include <rcore/utilities.hh> 00006 #include <string> 00007 00008 namespace Rapicorn { 00009 00010 // == i18n == 00011 const char* rapicorn_gettext (const char *text) RAPICORN_FORMAT (1); 00012 #ifdef __RAPICORN_BUILD__ 00013 #define _(str) rapicorn_gettext (str) 00014 #define N_(str) (str) 00015 #endif 00016 00017 // == String == 00018 String string_multiply (const String &s, 00019 uint64 count); 00020 String string_tolower (const String &str); 00021 String string_toupper (const String &str); 00022 String string_totitle (const String &str); 00023 String string_printf (const char *format, ...) RAPICORN_PRINTF (1, 2); 00024 String string_vprintf (const char *format, va_list vargs); 00025 StringVector string_split (const String &string, 00026 const String &splitter = ""); 00027 String string_join (const String &junctor, 00028 const StringVector &strvec); 00029 bool string_to_bool (const String &string); 00030 String string_from_bool (bool value); 00031 uint64 string_to_uint (const String &string, uint base = 10); 00032 String string_from_uint (uint64 value); 00033 bool string_has_int (const String &string); 00034 int64 string_to_int (const String &string, uint base = 10); 00035 String string_from_int (int64 value); 00036 String string_from_float (float value); 00037 double string_to_double (const String &string); 00038 double string_to_double (const char *dblstring, 00039 const char **endptr); 00040 String string_from_double (double value); 00041 inline String string_from_float (double value) { return string_from_double (value); } 00042 inline double string_to_float (const String &string) { return string_to_double (string); } 00043 template<typename Type> Type string_to_type (const String &string); 00044 template<typename Type> String string_from_type (Type value); 00045 template<> inline double string_to_type<double> (const String &string) { return string_to_double (string); } 00046 template<> inline String string_from_type<double> (double value) { return string_from_double (value); } 00047 template<> inline float string_to_type<float> (const String &string) { return string_to_float (string); } 00048 template<> inline String string_from_type<float> (float value) { return string_from_float (value); } 00049 template<> inline bool string_to_type<bool> (const String &string) { return string_to_bool (string); } 00050 template<> inline String string_from_type<bool> (bool value) { return string_from_bool (value); } 00051 template<> inline int16 string_to_type<int16> (const String &string) { return string_to_int (string); } 00052 template<> inline String string_from_type<int16> (int16 value) { return string_from_int (value); } 00053 template<> inline uint16 string_to_type<uint16> (const String &string) { return string_to_uint (string); } 00054 template<> inline String string_from_type<uint16> (uint16 value) { return string_from_uint (value); } 00055 template<> inline int string_to_type<int> (const String &string) { return string_to_int (string); } 00056 template<> inline String string_from_type<int> (int value) { return string_from_int (value); } 00057 template<> inline uint string_to_type<uint> (const String &string) { return string_to_uint (string); } 00058 template<> inline String string_from_type<uint> (uint value) { return string_from_uint (value); } 00059 template<> inline int64 string_to_type<int64> (const String &string) { return string_to_int (string); } 00060 template<> inline String string_from_type<int64> (int64 value) { return string_from_int (value); } 00061 template<> inline uint64 string_to_type<uint64> (const String &string) { return string_to_uint (string); } 00062 template<> inline String string_from_type<uint64> (uint64 value) { return string_from_uint (value); } 00063 template<> inline String string_to_type<String> (const String &string) { return string; } 00064 template<> inline String string_from_type<String> (String value) { return value; } 00065 vector<double> string_to_vector (const String &string); 00066 String string_from_vector (const vector<double> &dvec, 00067 const String &delim = " "); 00068 String string_from_errno (int errno_val); 00069 bool string_is_uuid (const String &uuid_string); /* check uuid formatting */ 00070 int string_cmp_uuid (const String &uuid_string1, 00071 const String &uuid_string2); /* -1=smaller, 0=equal, +1=greater (assuming valid uuid strings) */ 00072 String string_from_pretty_function_name (const char *gnuc_pretty_function); 00073 String string_to_cescape (const String &str); 00074 String string_to_cquote (const String &str); 00075 String string_from_cquote (const String &input); 00076 String string_lstrip (const String &input); 00077 String string_rstrip (const String &input); 00078 String string_strip (const String &input); 00079 String string_substitute_char (const String &input, 00080 const char match, 00081 const char subst); 00082 void memset4 (uint32 *mem, 00083 uint32 filler, 00084 uint length); 00085 String string_vector_find (const StringVector &svector, 00086 const String &key, 00087 const String &fallback); 00088 StringVector cstrings_to_vector (const char*, ...) RAPICORN_SENTINEL; 00089 00090 // == String Options == 00091 bool string_option_check (const String &option_string, 00092 const String &option); 00093 String string_option_get (const String &option_string, 00094 const String &option); 00095 00096 // == Strings == 00097 class Strings : public std::vector<std::string> 00098 { 00099 typedef const std::string CS; 00100 public: 00101 explicit Strings (CS &s1); 00102 explicit Strings (CS &s1, CS &s2); 00103 explicit Strings (CS &s1, CS &s2, CS &s3); 00104 explicit Strings (CS &s1, CS &s2, CS &s3, CS &s4); 00105 explicit Strings (CS &s1, CS &s2, CS &s3, CS &s4, CS &s5); 00106 explicit Strings (CS &s1, CS &s2, CS &s3, CS &s4, CS &s5, CS &s6); 00107 explicit Strings (CS &s1, CS &s2, CS &s3, CS &s4, CS &s5, CS &s6, CS &s7); 00108 explicit Strings (CS &s1, CS &s2, CS &s3, CS &s4, CS &s5, CS &s6, CS &s7, CS &s8); 00109 explicit Strings (CS &s1, CS &s2, CS &s3, CS &s4, CS &s5, CS &s6, CS &s7, CS &s8, CS &s9); 00110 explicit Strings (CS &s1, CS &s2, CS &s3, CS &s4, CS &s5, CS &s6, CS &s7, CS &s8, CS &s9, CS &sA); 00111 explicit Strings (CS &s1, CS &s2, CS &s3, CS &s4, CS &s5, CS &s6, CS &s7, CS &s8, CS &s9, CS &sA, CS &sB); 00112 explicit Strings (CS &s1, CS &s2, CS &s3, CS &s4, CS &s5, CS &s6, CS &s7, CS &s8, CS &s9, CS &sA, CS &sB, CS &sC); 00113 }; 00114 00115 // == Charset Conversions == 00116 bool text_convert (const String &to_charset, 00117 String &output_string, 00118 const String &from_charset, 00119 const String &input_string, 00120 const String &fallback_charset = "ISO-8859-15", 00121 const String &output_mark = ""); 00122 00123 // == StringVector == 00124 #define RAPICORN_STRING_VECTOR_FROM_ARRAY(ConstCharArray) ({ \ 00125 Rapicorn::StringVector __a; \ 00126 const Rapicorn::uint64 __l = RAPICORN_ARRAY_SIZE (ConstCharArray); \ 00127 for (Rapicorn::uint64 __ai = 0; __ai < __l; __ai++) \ 00128 __a.push_back (ConstCharArray[__ai]); \ 00129 __a; }) 00130 00131 } // Rapicorn 00132 00133 #endif /* __RAPICORN_STRINGS_HH__ */
1.7.4
