/*************************************************************************** * * 22.locale.money.get.cpp * * $Id: 22.locale.money.get.cpp 580483 2007-09-28 20:55:52Z sebor $ * *************************************************************************** * * Licensed to the Apache Software Foundation (ASF) under one or more * contributor license agreements. See the NOTICE file distributed * with this work for additional information regarding copyright * ownership. The ASF licenses this file to you under the Apache * License, Version 2.0 (the "License"); you may not use this file * except in compliance with the License. You may obtain a copy of * the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or * implied. See the License for the specific language governing * permissions and limitations under the License. * * Copyright 2001-2006 Rogue Wave Software. * **************************************************************************/ #include #include #include // for sscanf() #include // for rw_enabled() #include // for rw_assert(), rw_test(), ... #include // for rw_expand() #include // for rw_ldblcmp() #ifndef _RWSTD_NO_LONG_DOUBLE # define LongDouble long double #else # define LongDouble double # define rw_ldblcmp rw_dblcmp #endif // _RWSTD_NO_LONG_DOUBLE /**************************************************************************/ // set to non-zero value when the basic_string overloads // of moneY-put::put() shouldn't be exercised static int no_basic_string; /**************************************************************************/ // replacement ctype facet template struct Ctype: std::ctype { typedef std::ctype Base; typedef typename Base::char_type char_type; static int n_widen_; Ctype (): Base (0, 0, 1) { } virtual char_type do_widen (char c) const { ++n_widen_; switch (c) { case '0': c = '9'; break; case '1': c = '8'; break; case '2': c = '7'; break; case '3': c = '6'; break; case '4': c = '5'; break; case '5': c = '4'; break; case '6': c = '3'; break; case '7': c = '2'; break; case '8': c = '1'; break; case '9': c = '0'; break; default: break; } return char_type (c); } virtual const char_type* do_widen (const char *lo, const char *hi, char_type *dst) const { return Base::do_widen (lo, hi, dst); } }; template int Ctype::n_widen_; int foo () { static int i; return ++i; } /**************************************************************************/ template struct PunctData { static charT decimal_point_ [2]; static charT thousands_sep_ [2]; static const char *grouping_ [2]; static const charT *curr_symbol_ [2]; static const charT *positive_sign_ [2]; static const charT *negative_sign_ [2]; static std::money_base::pattern format_ [2][2]; static int frac_digits_ [2]; }; template const char* PunctData::grouping_ [2] = { "", "" }; template charT PunctData::decimal_point_ [2] = { '.', '.' }; template charT PunctData::thousands_sep_ [2] = { ',', ',' }; template const charT* PunctData::curr_symbol_ [2]; template const charT* PunctData::positive_sign_ [2]; template const charT* PunctData::negative_sign_ [2]; template std::money_base::pattern PunctData::format_ [2][2] = { { // local { { // positive std::money_base::symbol, std::money_base::sign, std::money_base::none, std::money_base::value } }, { { // negative std::money_base::symbol, std::money_base::sign, std::money_base::none, std::money_base::value } } }, { // international { { // positive std::money_base::symbol, std::money_base::sign, std::money_base::none, std::money_base::value } }, { { // negative std::money_base::symbol, std::money_base::sign, std::money_base::none, std::money_base::value } } } }; template int PunctData::frac_digits_ [2]; template struct Punct: std::moneypunct, PunctData { typedef std::moneypunct Base; typedef typename Base::char_type char_type; typedef typename Base::string_type string_type; static int n_thousands_sep_; // number of calls to do_thousands_sep() Punct (std::size_t ref): Base (ref) { } char_type do_decimal_point () const { return this->decimal_point_ [Intl]; } int do_frac_digits () const { return this->frac_digits_ [Intl]; } virtual string_type do_curr_symbol () const { foo (); return this->curr_symbol_ [Intl] ? this->curr_symbol_ [Intl] : string_type (); } virtual std::string do_grouping () const { return this->grouping_ [Intl] ? this->grouping_ [Intl] : ""; } virtual char_type do_thousands_sep () const { ++n_thousands_sep_; return this->thousands_sep_ [Intl]; } virtual string_type do_positive_sign () const { return this->positive_sign_ [Intl] ? this->positive_sign_ [Intl] : string_type (); } virtual string_type do_negative_sign () const { return this->negative_sign_ [Intl] ? this->negative_sign_ [Intl] : string_type (); } virtual std::money_base::pattern do_pos_format () const { return this->format_ [Intl][0]; } virtual std::money_base::pattern do_neg_format () const { return this->format_ [Intl][1]; } }; template int Punct::n_thousands_sep_; /**************************************************************************/ template struct Ios: std::basic_ios { Ios () { this->init (0); } }; template struct MoneyGet: std::money_get { }; /**************************************************************************/ std::money_base::pattern set_pattern (const char *format) { std::money_base::pattern pat; for (unsigned i = 0; i != sizeof pat.field / sizeof *pat.field; ++i) { switch (format [i]) { case '\0': case '@': pat.field [i] = std::money_base::none; break; case '\1': case ' ': pat.field [i] = std::money_base::space; break; case '\2': case '$': pat.field [i] = std::money_base::symbol; break; case '\3': case '-': pat.field [i] = std::money_base::sign; break; case '\4': case '1': pat.field [i] = std::money_base::value; break; default: _RWSTD_ASSERT (!!"bad format specifier"); } } return pat; } template void do_test (bool intl, // international? charT which, // which overload to exercise const char *cname, // the name of the charT type const char *tname, // the name of the floating point type int lineno, // line number LongDouble val, // the expected extracted value const char *str, // the sequence to extract from int consumed = -1, // expected number extractions int flags = 0, // initial ios flags int err_expect = -1, // expected final state int frac_digits = 0, // fractional digits const char *fmat = 0, // money_base::pattern const char *cursym = 0, // currency symbol const char *grouping = "") // grouping string { if (!rw_enabled (lineno)) { rw_note (0, __FILE__, __LINE__, "test on line %d disabled", lineno); return; } if (!fmat) { // if fmat isn't set, use the default pattern static const std::money_base::pattern pat = { { std::money_base::symbol, std::money_base::sign, std::money_base::none, std::money_base::value } }; fmat = pat.field; } else fmat = set_pattern (fmat).field; // local format? (the opposite of interantional) const bool locl = !intl; // take care to initialize Punct static data before installing // the facet in case locale or the base facet calls the overridden // virtuals early to cache the results PunctData::format_ [intl][1].field [0] = fmat [0]; PunctData::format_ [intl][1].field [1] = fmat [1]; PunctData::format_ [intl][1].field [2] = fmat [2]; PunctData::format_ [intl][1].field [3] = fmat [3]; PunctData::format_ [locl][1].field [0] = fmat [3]; PunctData::format_ [locl][1].field [1] = fmat [2]; PunctData::format_ [locl][1].field [2] = fmat [1]; PunctData::format_ [locl][1].field [3] = fmat [0]; // zero out positive format (not used by money_get) PunctData::format_ [intl][0] = std::money_base::pattern (); PunctData::format_ [locl][0] = std::money_base::pattern (); // expand (widen) currency symbol PunctData::curr_symbol_ [intl] = rw_expand ((charT*)0, cursym); PunctData::curr_symbol_ [locl] = 0; PunctData::grouping_ [intl] = grouping; PunctData::grouping_ [locl] = 0; PunctData::frac_digits_ [intl] = frac_digits; PunctData::frac_digits_ [locl] = frac_digits + 1; Ios io; MoneyGet mg; // create distinct punctuation facets for each iteration to make sure // any data cached in between successive calls to the facet's public // member functions are flushed if (intl) { const std::moneypunct *pf = new Punct(0); io.imbue (std::locale (io.getloc (), pf)); } else { const std::moneypunct *pf = new Punct(0); io.imbue (std::locale (io.getloc (), pf)); } io.flags (std::ios_base::fmtflags (flags)); // expand (widen) input sequence const charT* const next = rw_expand ((charT*)0, str); std::ios_base::iostate err = std::ios_base::goodbit; const charT *last; if (0 == which) { // exercise get (..., long double) last = next + std::char_traits::length (next); LongDouble x = 0; last = mg.get (next, last, intl, io, err, x); if (-1 == err_expect) err_expect = err; const int success = !(-1 != consumed && last - next != consumed || err != err_expect); rw_assert (success, __FILE__, lineno, "money_get<%s>::get (%{*Ac}, ..., %b, ..., %s&), " "ate %d, expected %d, frac_digits = %d, " "flags = %{If}, grouping = %#s, pattern = %{LM}, " "state = %{Is}, expected %{Is}", cname, int (sizeof *next), next, intl, tname, last - next, consumed, frac_digits, flags, grouping, fmat, err, err_expect); rw_assert (2 > rw_ldblcmp (x, val), __FILE__, lineno, "money_get<%s>::get (%{*Ac}, ..., %b, ..., %s&), " "got %Lg, expected %Lg, frac_digits = %d, " "flags = %{If}s, grouping = %#s, pattern = %{LM}, " "state = %{Is}, expected %{Is}", cname, int (sizeof *next), next, intl, tname, x, val, frac_digits, flags, grouping, fmat, err, err_expect); } else { // exercise get (..., string_type) static const charT initial[] = { '*', '*', '*', '\0' }; typename std::money_get::string_type bs (initial); last = next + std::char_traits::length (next); last = mg.get (next, last, intl, io, err, bs); int success = !(-1 != consumed && last - next != consumed || err != err_expect); rw_assert (success, __FILE__, lineno, "money_get<%s>::get (%{*Ac}, ..., %b, ..., " "basic_string<%s>&), ate %d, expected %d, " "frac_digits = %d, flags = %{If}, grouping = %#s" ", format = %{LM}, state = %{Is}, expected %{Is}", cname, int (sizeof *next), next, intl, cname, last - next, consumed, frac_digits, flags, grouping, fmat, err, err_expect); if (success) { char narrow_buf [4096]; rw_narrow (narrow_buf, bs.c_str ()); LongDouble x = 0; // prevent gcc warning: ANSI C does not support // the `L' length modifier const char fmt[] = "%" _RWSTD_LDBL_PRINTF_PREFIX "g"; int n = std::sscanf (narrow_buf, fmt, &x); success = !( err_expect & std::ios::failbit && !*grouping && (1 == n || bs != initial) || !(err_expect & std::ios::failbit) && 1 < rw_ldblcmp (x, val)); rw_assert (success, __FILE__, lineno, "money_get<%s>::get (%{*Ac}, ..., %b, ..., " "basic_string<%s>&), got %s, expected %Lg, " "frac_digits = %d, flags = %{If}, grouping = %#s," " pattern = %{LM}, iostate = %{Is}, expected %{Is}", cname, int (sizeof *next), next, intl, cname, bs.c_str (), val, frac_digits, flags, grouping, fmat, err, err_expect); } } delete[] PunctData::curr_symbol_ [intl]; delete[] next; } /**************************************************************************/ // for convenience #define boolalpha std::ios_base::boolalpha #define dec std::ios_base::dec #define fixed std::ios_base::fixed #define hex std::ios_base::hex #define internal std::ios_base::internal #define left std::ios_base::left #define oct std::ios_base::oct #define right std::ios_base::right #define scientific std::ios_base::scientific #define showbase std::ios_base::showbase #define showpoint std::ios_base::showpoint #define showpos std::ios_base::showpos #define skipws std::ios_base::skipws #define unitbuf std::ios_base::unitbuf #define uppercase std::ios_base::uppercase #define bin std::ios_base::bin #define adjustfield std::ios_base::adjustfield #define basefield std::ios_base::basefield #define floatfield std::ios_base::floatfield #define nolock std::ios_base::nolock #define nolockbuf std::ios_base::nolockbuf #define badbit std::ios_base::badbit #define eofbit std::ios_base::eofbit #define failbit std::ios_base::failbit #define goodbit std::ios_base::goodbit template void test_get (charT opt, const char *cname, const char *tname, bool intl) { #define T intl, opt, cname, tname, __LINE__ #define TEST do_test const bool locl = !intl; rw_info (0, 0, 0, "money_get<%s, istreambuf_iterator<%s> >::get " "(..., %s&) const", cname, cname, tname); // 22.2.6.3, p3: // The format of the numeric monetary value is a decimal number: // value ::= units [ decimalpoint [ digits ]] | decimalpoint digits // If frac_digits() returns a positive value, or // value ::= units // otherwise. The symbol decimalpoint indicates the character returned // by decimal_point(). The other symbols are defined as follows: // units ::= digits [ thousandssep units ] digits ::= adigit [ digits ] PunctData::positive_sign_ [intl] = 0; PunctData::positive_sign_ [locl] = 0; PunctData::negative_sign_ [intl] = 0; PunctData::negative_sign_ [locl] = 0; PunctData::thousands_sep_ [intl] = '\0'; PunctData::thousands_sep_ [locl] = '\0'; // parsing zero, no curr_symbol or sign, default pattern, 0 frac_digits TEST (T, 0.0, "0", 1, 0, eofbit); TEST (T, 0.0, "0 ", 1, 0, goodbit); TEST (T, 0.0, "00", 2, 0, eofbit); TEST (T, 0.0, "000", 3, 0, eofbit); // optional whitespace is consumed where none or space appears TEST (T, 0.0, " 0", 2, 0, eofbit); TEST (T, 0.0, " 0 ", 3, 0, goodbit); // verify that decimal point isn't extracted (frac_digits == 0) TEST (T, 0.0, "0.", 1, 0, goodbit); TEST (T, 0.0, "0.0", 1, 0, goodbit); TEST (T, 0.0, "0.00", 1, 0, goodbit); TEST (T, 0.0, "00.0", 2, 0, goodbit); TEST (T, 0.0, "000.0", 3, 0, goodbit); // parsing zero, non-zero frac_digits TEST (T, 0.0, "0.", 2, 0, eofbit, 1); TEST (T, 0.0, "0. ", 2, 0, goodbit, 2); TEST (T, 0.0, ".0", 2, 0, eofbit, 3); TEST (T, 0.0, "0.0", 3, 0, eofbit, 4); TEST (T, 0.0, "0.00", 4, 0, eofbit, 5); TEST (T, 0.0, "00.0", 4, 0, eofbit, 6); TEST (T, 0.0, "00.00", 5, 0, eofbit, 7); // parsing zero, bad format TEST (T, 0.0, "$0", 0, 0, failbit); TEST (T, 0.0, "+0", 0, 0, failbit); TEST (T, 0.0, "-0", 0, 0, failbit); TEST (T, 0.0, ".0", 0, 0, failbit); TEST (T, 0.0, ".1", 0, 0, failbit); TEST (T, 0.0, ".", 0, 0, failbit); TEST (T, 0.0, "", 0, 0, eofbit | failbit); // parsing non-zero, no curr_symbol or sign, default pattern, 0 frac_digits TEST (T, 1.0, "1", 1, 0, eofbit); TEST (T, 2.0, "2", 1, 0, eofbit); TEST (T, 3.0, "3", 1, 0, eofbit); TEST (T, 4.0, "4", 1, 0, eofbit); TEST (T, 5.0, "5.1", 1, 0, goodbit); TEST (T, 6.0, "6.23", 1, 0, goodbit); TEST (T, 73.0, "73.4", 2, 0, goodbit); TEST (T, 845.0, "845.", 3, 0, goodbit); // parsing non-zero, frac_digits == 1 TEST (T, 100.0, "10", 2, 0, eofbit, 1); TEST (T, 90.0, "9", 1, 0, eofbit, 1); TEST (T, 80.0, "8.", 2, 0, eofbit, 1); TEST (T, 7.0, "0.7", 3, 0, eofbit, 1); TEST (T, 6.0, ".6", 2, 0, eofbit, 1); TEST (T, 0.0, ".05", 3, 0, eofbit, 1); // parsing non-zero, frac_digits > 1 TEST (T, 4.0, ".04", 3, 0, eofbit, 2); TEST (T, 32.0, ".32", 3, 0, eofbit, 2); TEST (T, 210.0, "2.10", 4, 0, eofbit, 2); TEST (T, 1098.0, "10.98", 5, 0, eofbit, 2); TEST (T, 987.0, "09.876", 6, 0, eofbit, 2); TEST (T, 9876.0, "98.765", 6, 0, eofbit, 2); TEST (T, 87654.0, "876.5432", 8, 0, eofbit, 2); TEST (T, 765432.0, "765.4321", 8, 0, eofbit, 3); TEST (T, 6543210.0, "654.32109", 9, 0, eofbit, 4); TEST (T, 54321098.0, "5432.1098", 9, 0, eofbit, 4); TEST (T, 432109870.0, "43210.987", 9, 0, eofbit, 4); PunctData::thousands_sep_ [intl] = ','; PunctData::thousands_sep_ [locl] = ';'; // parsing with thousands_sep and/or grouping TEST (T, 0.0, "0", 1, 0, eofbit, 0, 0, "", "\1"); TEST (T, 0.0, "0,0", 3, 0, eofbit, 0, 0, "", "\1"); TEST (T, 0.0, "0,", 1, 0, goodbit, 0, 0, "", "\0"); TEST (T, 0.0, "0,0,0", 5, 0, eofbit, 0, 0, "", "\1"); TEST (T, 1.0, "0,0,1", 5, 0, eofbit, 0, 0, "", "\1"); TEST (T, 2.0, "0,0,2.", 5, 0, goodbit, 0, 0, "", "\1"); TEST (T, 30.0, "0,0,3.", 6, 0, eofbit, 1, 0, "", "\1"); TEST (T, 4.0, "0,0.4", 5, 0, eofbit, 1, 0, "", "\1"); TEST (T, 5670.0, "5,67.0", 6, 0, eofbit, 1, 0, "", "\2"); TEST (T, 6789.0, "678.9", 5, 0, eofbit, 1, 0, "", "\3"); TEST (T, 789012.0, "7,890.12", 8, 0, eofbit, 2, 0, "", "\3"); // 22.2.6.1.2, p1: thousands_sep-arators are optional TEST (T, 890123.0, "890.123", 7, 0, eofbit, 3, 0, "", "\1"); TEST (T, 901234.0, "901.234", 7, 0, eofbit, 3, 0, "", "\2"); TEST (T, 123450.0, "0123.45", 7, 0, eofbit, 3, 0, "", "\3"); // invalid use of thousands_sep with empty grouping // the first thousands_sep terminates parsing in grouping is empty TEST (T, 0.0, ",", 0, 0, failbit, 0, 0, "", "\0"); TEST (T, 0.0, ",0", 0, 0, failbit, 0, 0, "", "\0"); // invalid grouping TEST (T, 1.0, ",1", 2, 0, eofbit | failbit, 0, 0, "", "\1"); TEST (T, 2.0, "2,", 2, 0, eofbit | failbit, 0, 0, "", "\1"); TEST (T, 3.0, ",3,", 3, 0, eofbit | failbit, 0, 0, "", "\1"); TEST (T, 4.0, ",,4", 3, 0, eofbit | failbit, 0, 0, "", "\1"); TEST (T, 5.0, "5,,", 3, 0, eofbit | failbit, 0, 0, "", "\1"); TEST (T, 6.0, ",6,,", 4, 0, eofbit | failbit, 0, 0, "", "\2"); TEST (T, 7.0, ",,7,", 4, 0, eofbit | failbit, 0, 0, "", "\2"); TEST (T, 8.0, "0,,8", 4, 0, eofbit | failbit, 0, 0, "", "\2"); TEST (T, 9.0, "0,0,9", 5, 0, eofbit | failbit, 0, 0, "", "\2"); TEST (T, 10.0, "0,10,", 5, 0, eofbit | failbit, 0, 0, "", "\2"); // default pattern: { symbol sign none value }, e.g., "$-1" // parsing with a required curr_symbol, no sign, and default pattern TEST (T, 0.0, "$0", 2, showbase, eofbit, 0, 0, "$"); TEST (T, 1.0, "$1", 2, showbase, eofbit, 0, 0, "$"); TEST (T, 2.0, "$ 2", 3, showbase, eofbit, 0, 0, "$"); TEST (T, 3.0, "$ 3", 4, showbase, eofbit, 0, 0, "$"); TEST (T, 456.0, "$456", 4, showbase, eofbit, 0, 0, "$"); TEST (T, 56.0, "$56$", 3, showbase, goodbit, 0, 0, "$"); TEST (T, 6.0, "$6$7", 2, showbase, goodbit, 0, 0, "$"); TEST (T, 7.0, "L7", 2, showbase, eofbit, 0, 0, "L"); TEST (T, 8.0, "DM 8", 5, showbase, eofbit, 0, 0, "DM"); TEST (T, 9.0, "USD9", 4, showbase, eofbit, 0, 0, "USD"); TEST (T, 10.0, "YEN 10", 6, showbase, eofbit, 0, 0, "YEN"); TEST (T, 11.0, "$CAN11$", 6, showbase, goodbit, 0, 0, "$CAN"); TEST (T, 121.0, "kr12.1", 6, showbase, eofbit, 1, 0, "kr"); TEST (T, 132.0, "FT13.21", 7, showbase, eofbit, 1, 0, "FT"); // invalid input with a required (showbase set) curr_symbol TEST (T, 0.0, "FLU", 3, showbase, eofbit | failbit, 0, 0, "FLUX"); TEST (T, 0.0, "Fr. +1", 4, showbase, failbit, 0, 0, "Fr."); TEST (T, 0.0, "Pts1", 3, showbase, failbit, 0, 0, "Pts."); TEST (T, 0.0, " Kn1", 0, showbase, failbit, 0, 0, "Kn"); TEST (T, 0.0, "L.1", 2, showbase, failbit, 0, 0, "L. "); TEST (T, 0.0, "1", 0, showbase, failbit, 0, 0, "TL"); // parsing with an optional (showbase clear) curr_symbol TEST (T, 12.0, "12", 2, 0, eofbit, 0, 0, "mk"); TEST (T, 13.0, "din13", 5, 0, eofbit, 0, 0, "din"); TEST (T, 14.0, "Esc 14", 6, 0, eofbit, 0, 0, "Esc"); // parsing with a simple non-empty sign static const charT plus[][2] = { { '+', '\0' }, { '\0' } }; static const charT minus[][2] = { { '-', '\0' }, { '\0' } }; PunctData::positive_sign_ [intl] = plus [0]; PunctData::negative_sign_ [intl] = minus [0]; PunctData::positive_sign_ [locl] = plus [1]; PunctData::negative_sign_ [locl] = minus [1]; TEST (T, 15.0, "+15", 3, 0, eofbit, 0, 0, ""); TEST (T, 16.0, "+ 16", 4, 0, eofbit, 0, 0, ""); TEST (T, 17.0, "+ 17.0", 5, 0, goodbit, 0, 0, ""); TEST (T, 18.0, "+ 18+", 5, 0, goodbit, 0, 0, ""); TEST (T, 19.0, "19+", 2, 0, goodbit, 0, 0, ""); TEST (T, -20.0, "-20", 3, 0, eofbit, 0, 0, ""); TEST (T, -21.0, "- 21", 4, 0, eofbit, 0, 0, ""); TEST (T, -22.0, "- 22.1", 5, 0, goodbit, 0, 0, ""); TEST (T, -23.0, "- 23-", 4, 0, goodbit, 0, 0, ""); TEST (T, 24.0, "24+", 2, 0, goodbit, 0, 0, ""); TEST (T, -25.0, "-25+", 3, 0, goodbit, 0, 0, ""); TEST (T, 26.0, "+26-", 3, 0, goodbit, 0, 0, ""); // invalid input TEST (T, 0.0, "++1.23", 1, 0, failbit, 0, 0, ""); TEST (T, 0.0, "--2.34", 1, 0, failbit, 0, 0, ""); TEST (T, 0.0, "+-3.45", 1, 0, failbit, 0, 0, ""); TEST (T, 0.0, "-+4.56", 1, 0, failbit, 0, 0, ""); TEST (T, 0.0, "- +5.67", 2, 0, failbit, 0, 0, ""); TEST (T, 0.0, "+", 1, 0, eofbit | failbit, 0, 0, ""); TEST (T, 0.0, "-", 1, 0, eofbit | failbit, 0, 0, ""); // parsing with a multi-char non-empty sign static const charT plus_plus[][3] = { { '+', '+', '\0' }, { '\0' } }; static const charT minus_minus[][3] = { { '-', '-', '\0' }, { '\0' } }; PunctData::positive_sign_ [intl] = plus_plus [0]; PunctData::negative_sign_ [intl] = minus_minus [0]; PunctData::positive_sign_ [locl] = plus_plus [1]; PunctData::negative_sign_ [locl] = minus_minus [1]; TEST (T, 27.0, "+27+", 4, 0, eofbit, 0, 0, ""); TEST (T, 28.0, "+ 28+", 6, 0, eofbit, 0, 0, ""); TEST (T, -29.0, "-2.99-", 6, 0, eofbit, 1, 0, ""); TEST (T, -30.0, "- 3.09-", 7, 0, eofbit, 1, 0, ""); // with a simple currency symbol TEST (T, 31.0, "$+31+", 5, 0, eofbit, 0, 0, "$"); TEST (T, 32.0, "$+ 32+", 7, 0, eofbit, 0, 0, "$"); TEST (T, -33.0, "$-3.30-", 7, 0, eofbit, 1, 0, "$"); TEST (T, -34.0, "$- 3.41-", 8, 0, eofbit, 1, 0, "$"); // with a multi-char currency symbol TEST (T, 35.0, "USD+35+", 7, 0, eofbit, 0, 0, "USD"); TEST (T, 36.0, "USD+ 36+", 9, 0, eofbit, 0, 0, "USD"); TEST (T, -37.0, "USD-3.70-", 9, 0, eofbit, 1, 0, "USD"); TEST (T, -38.0, "USD- 3.81-", 10, 0, eofbit, 1, 0, "USD"); // invalid input TEST (T, 0.0, "+31 +", 3, 0, failbit, 0, 0, ""); TEST (T, 0.0, "+ 32 +", 5, 0, failbit, 0, 0, ""); TEST (T, 0.0, "-33.9 -", 3, 0, failbit, 0, 0, ""); TEST (T, 0.0, "- 3.49 -", 6, 0, failbit, 1, 0, ""); TEST (T, 0.0, "$+35 +", 4, 0, failbit, 0, 0, "$"); // the space below is read since the optional sign is considered missing TEST (T, 0.0, "$ +36+", 2, 0, failbit, 0, 0, "$"); TEST (T, 0.0, "$+ 37 +", 6, 0, failbit, 0, 0, "$"); TEST (T, 0.0, "$-3.80 -", 3, 0, failbit, 0, 0, "$"); TEST (T, 0.0, "$- 3.91 -", 7, 0, failbit, 1, 0, "$"); static const charT plus_minus[][3] = { { '+', '-', '\0' }, { '\0' } }; PunctData::positive_sign_ [intl] = plus_plus [0]; PunctData::positive_sign_ [locl] = plus_plus [1]; PunctData::negative_sign_ [intl] = plus_minus [0]; PunctData::negative_sign_ [locl] = plus_minus [1]; // 22.2.6.1.2, p3: if the first character of positive // and negative sign is the same, the result is positive TEST (T, 40.0, "+40+", 4, 0, eofbit, 0, 0, ""); TEST (T, 41.0, "+41-", 4, 0, eofbit, 0, 0, ""); TEST (T, 42.0, "+42+ ", 4, 0, goodbit, 0, 0, ""); TEST (T, 43.0, "+43- ", 4, 0, goodbit, 0, 0, ""); TEST (T, 44.0, "+44 $+", 6, showbase, eofbit, 0, "-1@$", "$"); TEST (T, 45.0, "+45 $-", 6, showbase, eofbit, 0, "-1@$", "$"); TEST (T, 46.0, "+46$+ ", 5, showbase, goodbit, 0, "-1$@", "$"); TEST (T, 47.0, "+47$- ", 5, showbase, goodbit, 0, "-1$@", "$"); // none = 0, space = 1, symbol = 2, sign = 3, value = 4 // test various patterns PunctData::positive_sign_ [intl] = plus [0]; PunctData::positive_sign_ [locl] = plus [1]; PunctData::negative_sign_ [intl] = minus [0]; PunctData::negative_sign_ [locl] = minus [1]; TEST (T, -100.0, "$-1", 3, showbase, eofbit, 2, "$-1@", "$"); TEST (T, -200.0, "$-2 ", 3, showbase, goodbit, 2, "$-1@", "$"); // where none appears in the pattern, whitespace is optional TEST (T, -300.0, "-3$", 3, showbase, eofbit, 2, "-1@$", "$"); TEST (T, -400.0, "-4 $", 4, showbase, eofbit, 2, "-1@$", "$"); // where space appears in the pattern, a whitespace character is required TEST (T, 0.0, "-5$", 2, showbase, failbit, 2, "-1 $", "$"); TEST (T, -600.0, "-6 $", 4, showbase, eofbit, 2, "-1 $", "$"); TEST (T, -700.0, "-7\t$", 4, showbase, eofbit, 2, "-1 $", "$"); TEST (T, 0.0, "-8$", 1, showbase, failbit, 2, "- 1$", "$"); TEST (T, -900.0, "-\n9$", 4, showbase, eofbit, 2, "- 1$", "$"); TEST (T, -1000.0, "- 10$", 5, showbase, eofbit, 2, "- 1$", "$"); // white space is required even at the beginning of input // (if the optional sign or symbol is missing) TEST (T, 0.0, "11$", 0, showbase, failbit, 2, "- 1$", "$"); TEST (T, -1200.0, "12$-", 4, showbase, eofbit, 2, "1@$-", "$"); TEST (T, -1300.0, "13 $-", 5, showbase, eofbit, 2, "1@$-", "$"); TEST (T, 0.0, "14$-", 2, showbase, failbit, 2, "1 $-", "$"); TEST (T, -1500.0, "15 $-", 5, showbase, eofbit, 2, "1 $-", "$"); const charT parens[][3] = { { '(', ')', '\0' }, { '\0' } }; PunctData::negative_sign_ [intl] = parens [0]; PunctData::negative_sign_ [locl] = parens [1]; // { sign, space, value, symbol }, with symbol required TEST (T, -90.0, "( 9$)", 5, showbase, eofbit, 1, "- 1$", "$"); TEST (T, -80.0, "( 8SIT)", 7, showbase, eofbit, 1, "- 1$", "SIT"); TEST (T, -81.0, "( 8.1Fr)", 8, showbase, eofbit, 1, "- 1$", "Fr"); TEST (T, 70.0, " 7Ptas", 6, showbase, eofbit, 1, "- 1$", "Ptas"); TEST (T, 61.0, " 6.1Lek", 7, showbase, eofbit, 1, "- 1$", "Lek"); // { sign, value, none, symbol } TEST (T, 101.0, "101 ", 3, 0, goodbit, 0, "-1@$", ""); // trailing space not extracted since currency symbol is optional TEST (T, 102.0, "102 ", 3, 0, goodbit, 0, "-1@$", " "); // all spaces extracted since currency symbol (last) is mandatory // verify that the facet doesn't extract too many optional spaces // leaving none for the final required currency symbol TEST (T, 103.0, "103 ", 4, showbase, eofbit, 0, "-1@$", " "); // 22.2.6.1.2, p3: [Example: If showbase is off, then for // a negative sign value of "()" and a currency symbol of "L", // in "(100 L)" the "L" is consumed; but if negative sign is "­", // the "L" in "­100 L" is not consumed. ] TEST (T, -104.0, "(104 L)", 7, 0, eofbit, 0, "-1@$", "L"); TEST (T, -105.0, "(105 L)", 7, showbase, eofbit, 0, "-1@$", "L"); PunctData::positive_sign_ [intl] = plus [0]; PunctData::negative_sign_ [intl] = minus [0]; PunctData::positive_sign_ [locl] = plus [1]; PunctData::negative_sign_ [locl] = minus [1]; // { sign, value, none, symbol } // trailing optional curr_symbol or whitespace preceding it (regardless // of whether the latter is required or optional) is not consumed) TEST (T, -101.0, "-101 $", 4, 0, goodbit, 0, "-1@$", "$"); TEST (T, -102.0, "-102 $", 6, showbase, eofbit, 0, "-1@$", "$"); TEST (T, -103.0, "-103 $", 4, 0, goodbit, 0, "-1 $", "$"); TEST (T, -104.0, "-104 $", 6, showbase, eofbit, 0, "-1 $", "$"); // { sign, value, symbol, none } TEST (T, -105.0, "-105 $", 4, 0, goodbit, 0, "-1$@", "$"); TEST (T, -106.0, "-106$ ", 5, showbase, goodbit, 0, "-1$@", "$"); // { value, none, sign, symbol } // trailing whitespace may need to be extracted if characters may // be needed to complete the pattern (e.g., sign or symbol) TEST (T, 107.0, "107 $", 4, 0, goodbit, 0, "1@-$", "$"); // trailing optional curr_symbol is not consumed TEST (T, -108.0, "108-$", 4, 0, goodbit, 0, "1@-$", "$"); // trailing required curr_symbol is consumed TEST (T, -109.0, "109-$", 5, showbase, eofbit, 0, "1@-$", "$"); const charT minus_space[][3] = { { '-', ' ', '\0' }, { '\0' } }; PunctData::negative_sign_ [intl] = minus_space [0]; PunctData::negative_sign_ [locl] = minus_space [1]; // { sign, value, none, symbol } // negative_sign is "- ", (note the single trailing space) // verify that the extraction suceeds, i.e., that the money_base::none // specifier that's last in the pattern doesn't confuse the facet into // extracting all the optional whitespace, leaving none to complete // the negative_sign TEST (T, -109.1, "-109 ", 6, 0, eofbit, 0, "-1@$", ""); // verify that optional space after value and before currency // symbol is treated correctly PunctData::positive_sign_ [intl] = plus_plus [0]; PunctData::positive_sign_ [locl] = 0; PunctData::negative_sign_ [intl] = 0; PunctData::negative_sign_ [locl] = 0; // { sign, value, none, symbol } TEST (T, 1090.0, "1090 $", 6, showbase, eofbit, 0, "-1@$", "$"); TEST (T, 1091.0, "1091 $", 6, showbase, eofbit, 0, "-1@$", "$"); TEST (T, +1092.0, "+1092 $+", 8, showbase, eofbit, 0, "-1@$", "$"); PunctData::positive_sign_ [intl] = 0; PunctData::positive_sign_ [locl] = 0; PunctData::negative_sign_ [intl] = parens [0]; PunctData::negative_sign_ [locl] = 0; TEST (T, 1093.0, "1093 $", 6, showbase, eofbit, 0, "-1@$", "$"); TEST (T, 1094.0, "1094 $", 6, showbase, eofbit, 0, "-1@$", "$"); TEST (T, -1095.0, "(1095 $)", 8, showbase, eofbit, 0, "-1@$", "$"); // verify a single-char sign with a multichar one (see bug #428) PunctData::positive_sign_ [intl] = plus [0]; PunctData::positive_sign_ [locl] = 0; PunctData::negative_sign_ [intl] = parens [0]; PunctData::negative_sign_ [locl] = 0; // { sign, value, none, symbol } TEST (T, 1096.0, "1096 $", 6, showbase, eofbit, 0, "-1@$", "$"); TEST (T, 1097.0, "1097 $", 6, showbase, eofbit, 0, "-1@$", "$"); TEST (T, +1098.0, "+1098 $", 7, showbase, eofbit, 0, "-1@$", "$"); TEST (T, -1099.0, "(1099 $)", 8, showbase, eofbit, 0, "-1@$", "$"); PunctData::positive_sign_ [intl] = 0; PunctData::positive_sign_ [locl] = 0; PunctData::negative_sign_ [intl] = 0; PunctData::negative_sign_ [locl] = 0; // { value, none, symbol, sign } // trailing whitespace is not extracted (even if required by the format) // if it can be determined that no other characters can possibly complete // the format (e.g., if both signs and symbol are empty or if signs are // empty and symbol is optional) TEST (T, 110.0, "110 $", 3, 0, goodbit, 0, "1@-$", "$"); TEST (T, 111.0, "111 $", 3, 0, goodbit, 0, "1 -$", "$"); TEST (T, 112.0, "112$", 4, showbase, eofbit, 0, "1@-$", "$"); TEST (T, 113.0, "113$", 4, showbase, eofbit, 0, "1@-$", "$"); TEST (T, 114.0, "114 $", 5, showbase, eofbit, 0, "1 -$", "$"); TEST (T, 115.0, "115 $", 3, 0, goodbit, 0, "1@$-", "$"); TEST (T, 116.0, "116 $", 3, 0, goodbit, 0, "1 $-", "$"); TEST (T, 117.0, "117$", 4, showbase, eofbit, 0, "1@$-", "$"); TEST (T, 118.0, "118$", 4, showbase, eofbit, 0, "1@$-", "$"); TEST (T, 119.0, "119 $", 5, showbase, eofbit, 0, "1 $-", "$"); PunctData::positive_sign_ [intl] = plus [0]; PunctData::positive_sign_ [locl] = plus [1]; PunctData::negative_sign_ [intl] = minus [0]; PunctData::negative_sign_ [locl] = minus [1]; PunctData::thousands_sep_ [intl] = ';'; PunctData::thousands_sep_ [locl] = '*'; // test grouping, default pattern { symbol sign none value } TEST (T, 0.0, "$0", 2, 0, eofbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$0;0", 4, 0, eofbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$0;0;0", 6, 0, eofbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$+0", 3, 0, eofbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$+0;0", 5, 0, eofbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$+0;0;0", 7, 0, eofbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$-0.0", 5, 0, eofbit, 1, 0, "$", "\1"); TEST (T, 0.0, "$-0;0.00", 8, 0, eofbit, 2, 0, "$", "\1"); TEST (T, 0.0, "$-0;0;0.000", 11, 0, eofbit, 3, 0, "$", "\1"); TEST (T, -10.0, "$-1.", 4, 0, eofbit, 1, 0, "$", "\1"); TEST (T, -2000.0, "$-2;0.0000", 10, 0, eofbit, 2, 0, "$", "\1"); TEST (T, -300000.0, "$-3;0;0.00000", 13, 0, eofbit, 3, 0, "$", "\1"); TEST (T, -300001.0, "$-3;0;0.00123", 13, 0, eofbit, 3, 0, "$", "\1"); // invalid grouping: store value and set failbit TEST (T, 0.0, "$0;", 3, 0, eofbit | failbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$;0;0", 5, 0, eofbit | failbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$0;;0", 5, 0, eofbit | failbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$;.0", 4, 0, eofbit | failbit, 1, 0, "$", "\1"); TEST (T, 0.0, "$;;.0", 5, 0, eofbit | failbit, 1, 0, "$", "\1"); // decimal_point alone is not a valid number TEST (T, 0.0, "$.;1", 2, 0, failbit, 1, 0, "$", "\1"); TEST (T, 0.0, "$;.;2", 3, 0, failbit, 1, 0, "$", "\1"); TEST (T, 0.0, "$+0;", 4, 0, eofbit | failbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$+;0;0", 6, 0, eofbit | failbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$+0;;0", 6, 0, eofbit | failbit, 0, 0, "$", "\1"); TEST (T, 0.0, "$+;.0;", 5, 0, failbit, 1, 0, "$", "\1"); TEST (T, -40.0, "$-4;. ", 5, 0, failbit, 1, 0, "$", "\1"); TEST (T, -5000.0, "$-;5;0.0000 ", 11, 0, failbit, 2, 0, "$", "\1"); TEST (T, -600000.0, "$-6;0;;0.00000 ", 14, 0, failbit, 3, 0, "$", "\1"); TEST (T, -700004.0, "$-7;;0;0.00456 ", 14, 0, failbit, 3, 0, "$", "\1"); #ifndef _RWSTD_NO_LONG_DOUBLE # define LDBL(x) x ## L #else # define LDBL(x) x #endif TEST (T, LDBL (1234567890.0), "$1;2;3;4;5;6;7;8;9;0", 20, 0, eofbit, 0, 0, "$", "\1"); TEST (T, LDBL (1234567890.0), "$0;1;2;3;4;5;6;7;8;9;0", 22, 0, eofbit, 0, 0, "$", "\1"); TEST (T, LDBL (1234567890.0), "$0;0;1;2;3;4;5;6;7;8;9;0", 24, 0, eofbit, 0, 0, "$", "\1"); TEST (T, LDBL (1234567890.0), "$+1;2;3;4;5;6;7;8;9;0", 21, 0, eofbit, 0, 0, "$", "\1"); TEST (T, LDBL (1234567890.0), "$+0;1;2;3;4;5;6;7;8;9;0", 23, 0, eofbit, 0, 0, "$", "\1"); TEST (T, LDBL (1234567890.0), "$+0;0;1;2;3;4;5;6;7;8;9;0", 25, 0, eofbit, 0, 0, "$", "\1"); TEST (T, LDBL (1234567890.0), "$+0;1;2;3;4;5;6;7;8;9;0", 23, 0, eofbit, 0, 0, "$", "\1"); TEST (T, -LDBL (1234567890.0), "$-1;2;3;4;5;6;7;8;9;0", 21, 0, eofbit, 0, 0, "$", "\1"); TEST (T, -LDBL (1234567890.0), "$-0;1;2;3;4;5;6;7;8;9;0", 23, 0, eofbit, 0, 0, "$", "\1"); TEST (T, -LDBL (1234567890.0), "$-0;0;1;2;3;4;5;6;7;8;9;0", 25, 0, eofbit, 0, 0, "$", "\1"); TEST (T, LDBL (1234567890.0), "$12;34;56;78;90", 15, 0, eofbit, 0, 0, "$", "\2"); TEST (T, LDBL (1234567890.0), "$+12;34;56;78;90", 16, 0, eofbit, 0, 0, "$", "\2"); TEST (T, -LDBL (1234567890.0), "$-12;34;56;78;90", 16, 0, eofbit, 0, 0, "$", "\2"); #undef T } /**************************************************************************/ template void test_get (charT opt, const char *cname, const char *tname) { // test local money format test_get (opt, cname, tname, false); // test international money format test_get (opt, cname, tname, true); } /**************************************************************************/ template void test_long_double (charT, const char *cname) { if (rw_enabled ("long double")) test_get (charT (0 /* long double argument */), cname, "long double"); else rw_note (0, __FILE__, __LINE__, "long double test disabled"); } /**************************************************************************/ template void test_string (charT, const char *cname) { if (rw_enabled ("basic_string")) test_get (charT (1 /* basic_string argument */), cname, "basic_string"); else rw_note (0, __FILE__, __LINE__, "basic_string<%s> test disabled", cname); } /**************************************************************************/ static int run_test (int, char*[]) { // check the prescribed values of the required constants rw_fatal ('\0' == std::money_base::none, 0, 0, "'\\0' == money_base::none, got %d", std::money_base::none); rw_fatal ('\1' == std::money_base::space, 0, 0, "'\\1' == money_base::space, got %d", std::money_base::space); rw_fatal ('\2' == std::money_base::symbol, 0, 0, "'\\2' == money_base::symbol, got %d", std::money_base::symbol); rw_fatal ('\3' == std::money_base::sign, 0, 0, "'\\3' == money_base::sign, got %d", std::money_base::sign); rw_fatal ('\4' == std::money_base::value, 0, 0, "'\\4' == money_base::value, got %d", std::money_base::value); if (rw_enabled ("char")) { test_long_double (char (), "char"); test_string (char (), "char"); } else rw_note (0, __FILE__, __LINE__, "char test disabled"); #ifndef _RWSTD_NO_WCHAR_T if (rw_enabled ("wchar_t")) { test_long_double (wchar_t (), "wchar_t"); test_string (wchar_t (), "wchar_t"); } else rw_note (0, __FILE__, __LINE__, "wchar_t test disabled"); #endif // _RWSTD_NO_WCHAR_T return 0; } /**************************************************************************/ int main (int argc, char* argv []) { return rw_test (argc, argv, __FILE__, "lib.locale.money.get", 0 /* no comment */, run_test, "|-no-basic_string#", &no_basic_string); }