public void TestFrenchParser()
{
var config = new FrenchNumberParserConfiguration(new BaseNumberOptionsConfiguration(Culture.French, NumberOptions.None));
IParser parseNumber = AgnosticNumberParserFactory.GetParser(AgnosticNumberParserType.Number, config);
IParser parseCardinal = AgnosticNumberParserFactory.GetParser(AgnosticNumberParserType.Cardinal, config);
IParser parsePercentage = AgnosticNumberParserFactory.GetParser(AgnosticNumberParserType.Percentage, config);
Assert.IsTrue(parseNumber is BaseNumberParser);
Assert.IsTrue(parseCardinal is BaseNumberParser);
Assert.IsTrue(parsePercentage is BasePercentageParser);
}
public void TestNumberModel()
{
var ci = new FrenchNumberParserConfiguration().CultureInfo;
var model = GetNumberModel();
WrappedTest(model,
"192,", "192", "192");
MultiTest(model,
"192.168.1.2", 4);
MultiTest(model,
"le liquide de 180ml", 0);
MultiTest(model,
"le liquide de .25ml", 0);
MultiTest(model,
" route de 29km ", 0);
//MultiTest(model,
// " le 4 mai ", 0);
//MultiTest(model,
// "le liquide de 180.25 ml", 0);
BasicTest(model, "9,2321312", "9,2321312");
BasicTest(model, " -9,2321312", "-9,2321312");
BasicTest(model,
"vingt", "20");
BasicTest(model,
"cent", "100");
BasicTest(model,
",08", "0,08");
BasicTest(model,
"vingt quatre", "24");
BasicTest(model,
"vingt-quatre", "24");
BasicTest(model,
"trente trois", "33");
BasicTest(model,
"trente-trois", "33");
BasicTest(model,
"dix-sept", "17");
BasicTest(model,
"dix sept", "17");
BasicTest(model,
"nonante", "90");
BasicTest(model, "trois million", "3000000");
BasicTest(model, "trois million sept", "3000007");
BasicTest(model,
",23456000", "0,23456");
BasicTest(model,
"4,800", "4,8");
BasicTest(model,
"cent trois et deux tiers", (103 + (double)2 / 3).ToString(ci));
BasicTest(model,
"seize", "16");
BasicTest(model,
"deux tiers", ((double)2 / 3).ToString(ci));
BasicTest(model,
"cent six", "106");
BasicTest(model,
"cinq cent trente cinq", "535");
BasicTest(model,
"soixante et un", "61");
BasicTest(model,
" 3 douzaines", "36");
BasicTest(model,
"2 douzaine", "24");
BasicTest(model,
" trois cent douze", "312");
BasicTest(model,
"trois cent vingt quatre", "324");
BasicTest(model,
"cent seize", "116");
BasicTest(model,
" 322 cent ", "32200");
MultiTest(model,
"1, 234, 567", 3);
BasicTest(model,
"9,2321312", "9,2321312");
BasicTest(model,
" -9,2321312", "-9,2321312");
BasicTest(model,
" -1", "-1");
BasicTest(model,
"-4/5", "-0,8");
BasicTest(model,
"- 1 4/5", "-1,8");
BasicTest(model,
"trois", "3");
BasicTest(model,
" 123456789101231", "123456789101231");
BasicTest(model,
"-123456789101231", "-123456789101231");
BasicTest(model,
" -123456789101231", "-123456789101231");
BasicTest(model,
"1", "1");
BasicTest(model,
"10k", "10000");
BasicTest(model,
"10G", "10000000000");
BasicTest(model,
"- 10 k", "-10000");
BasicTest(model,
"2 million", "2000000");
BasicTest(model,
"1 billion", "1000000000000"); //trillion is 'billion' in FR
BasicTest(model,
" trois ", "3");
BasicTest(model,
"un billion", "1000000000000");
BasicTest(model,
"un centieme", "0,01"); // a hundredth
BasicTest(model,
"1,1^+23", "8,95430243255239");
BasicTest(model,
"2,5^-1", "0,4");
BasicTest(model,
"-1,1^+23", "-8,95430243255239");
BasicTest(model,
"-2,5^-1", "-0,4");
BasicTest(model,
"2 1/4", "2,25");
BasicTest(model,
"3/4", "0,75");
BasicTest(model,
"-1,1^--23", "-8,95430243255239");
BasicTest(model,
"-127,32e13", "-1,2732E+15");
BasicTest(model,
"12,32e+14", "1,232E+15");
BasicTest(model,
"-12e-1", "-1,2");
BasicTest(model,
"1e10", "10000000000");
BasicTest(model,
"1,1^23", "8,95430243255239");
BasicTest(model,
"trois", "3");
BasicTest(model,
"cent et trois quarts", "100,75"); // one hundred and three quarters
BasicTest(model,
"deux cent deux mille", "202000");
BasicTest(model,
"trois cent trente et un", "331");
BasicTest(model,
"soixante-dix", "70");
BasicTest(model,
"trois quarts", "0,75"); // 3/4 three quarters
BasicTest(model,
"vingt et trois cinquiemes", "20,6"); // 20 and three fifths
BasicTest(model,
"un huitieme", "0,125"); // 1/8 one eigth
BasicTest(model,
"cinq huitieme", "0,625"); // 5/8 five eigths
BasicTest(model,
"2,33 k", "2330");
BasicTest(model,
"vingt-trois cinquiemes", "4,6"); // twenty-three fifths
BasicTest(model,
"un demi", "0,5"); // 1/2 one half
BasicTest(model,
"un et un demi", "1,5"); // one and a half
BasicTest(model,
"un et un quatrieme", "1,25"); // one and a quarter
BasicTest(model,
"cinq et un quart", "5,25"); // five and one quarter
BasicTest(model,
"cinquante-deux", "52");
BasicTest(model,
"cinquante deux", "52");
BasicTest(model,
"vingt et trois et trois cinquiemes", "23,6"); // twenty and three and three fifths
BasicTest(model,
"deux cent deux mille", "202000");
BasicTest(model,
"deux cent virgule trois", "200,3");
BasicTest(model,
"deux cent virgule cinquante deux", "200,52");
//BasicTest(model, //half dozen fails
// " une demis douzaine ", "6");
// TODO: Integrate better support for tens numbers + 1, etc "21" - "vingt-et-un"
//BasicTest(model, // fails
// "vingt et un billion", "21000000000000"); // yields 10000000000020 instead
//BasicTest(model,
// "vingt et un billion trois cent", "21000000000300");
//BasicTest(model,
// "vingt et un billions et trois cents", "21000000000300");
//BasicTest(model, // fails, adds 1,234 and 567
// "1.234.567", "1234567");
}
public void TestFractionModel()
{
var ci = new FrenchNumberParserConfiguration().CultureInfo;
var model = GetNumberModel();
BasicTest(model,
"un cinquieme", "0,2");
BasicTest(model,
"un demi", "0,5");
BasicTest(model,
"un billionieme", "1E-12"); // a trillionth
BasicTest(model,
"cent mille billionieme", "1E-07"); // a hundred thousand trillionths
BasicTest(model,
"un cinquieme", "0,2"); // one fifth
BasicTest(model,
"trois cinquieme", "0,6"); // three fifths
BasicTest(model,
"un vingt cinquieme", "0,04"); // twenty fifths
BasicTest(model,
"trois et un cinquieme", "3,2"); //three and a fifth
BasicTest(model,
"vingt et un cinquieme", "20,2"); // twenty one fifths
BasicTest(model,
"une vingt et unieme", ((double)1 / 21).ToString(ci)); // a twenty first
BasicTest(model,
"un vingt-cinquieme", ((double)1 / 25).ToString(ci)); // one twenty fifth
BasicTest(model,
"un sur trois", ((double)1 / 3).ToString(ci)); // one over three
BasicTest(model,
"1 sur vingt-un", ((double)1 / 21).ToString(ci)); // 1 over twenty one
BasicTest(model,
"1 sur cent vingt et un", ((double)1 / 121).ToString(ci)); // 1 over one hundred and twenty one
BasicTest(model,
"1 sur trois", ((double)1 / 3).ToString(ci));
BasicTest(model,
"1 sur 3", ((double)1 / 3).ToString(ci));
BasicTest(model,
"un sur 3", ((double)1 / 3).ToString(ci));
BasicTest(model,
"un sur 20", ((double)1 / 20).ToString(ci));
BasicTest(model,
"un sur cent", ((double)1 / 100).ToString(ci));
BasicTest(model,
"un sur cent vingt cinq", ((double)1 / 125).ToString(ci));
BasicTest(model,
"cent trente cinquiemes", ((double)130 / 5).ToString(ci)); // one hundred and thirty fifths **CHECK
//BasicTest(model,
// "cent trent-cinquiemes", ((double)100 / 35).ToString(ci)); // Fails - must make it so including '-' parses denom first
//BasicTest(model, //fails
// "vingt-trois cinquieme", "4.6"); //twenty three fifths
//BasicTest(model,
// "trois vingt-et-unieme", ((double)3 / 21).ToString(ci)); // three twenty firsts ** note NOT 'vingt-premier'
//BasicTest(model,
// "trois vingt et enieme", ((double)3 / 21).ToString(ci)); // same as above
//BasicTest(model,
// "vingt cinquieme ", "0,8"); // twenty twenty fifths
// ACT LIKE GOOGLE - ****THESE NEED TO BE LOOKED AT
//BasicTest(model,
// "cent trente et duex cinquiemes", ((double)132 / 5).ToString(ci)); // one hundred thirty two fifths
//BasicTest(model,
// "cent trente-deux cinquiemes", ((double)132 / 5).ToString(ci));
//BasicTest(model,
// "cent et trente-deux cinquiemes", ((double)132 / 5).ToString(ci));
//BasicTest(model,
// "cent et trente et deux cinquiemes", (130 + (double)2 / 5).ToString(ci)); //one hundred and thirty and two fifths
//BasicTest(model,
// "cent trente cinquiemes", ((double)100 / 35).ToString(ci)); // one hundred 35th's
//BasicTest(model,
// "un cent cinquieme", ((double)1 / 105).ToString(ci)); // one / one hundred fifth
//BasicTest(model,
// "cent mille cinquiemes", ((double)100 / 1005).ToString(ci)); // one hundred / one thousand fifths
}
public void TestNumberModel()
{
var ci = new FrenchNumberParserConfiguration().CultureInfo;
var model = GetNumberModel();
WrappedTest(model,
"192,", "192", "192");
MultiTest(model,
"192.168.1.2", 4);
MultiTest(model,
"le liquide de 180.25 ml", 0);
MultiTest(model,
"le liquide de 180ml", 0);
MultiTest(model,
" route de 29km ", 0);
MultiTest(model,
" le 4 mai ", 0);
MultiTest(model,
"le liquide de .25ml", 0);
BasicTest(model,
".08", "0.08");
MultiTest(model,
"un", 0);
MultiTest(model,
"une", 0);
BasicTest(model,
",23456000", "0,23456");
BasicTest(model,
"4,800", "4,8");
BasicTest(model,
"cent trois et deux tiers", (103 + (double)2 / 3).ToString(ci));
BasicTest(model,
"seize", "16");
BasicTest(model,
"les deux tiers", ((double)2 / 3).ToString(ci));
BasicTest(model,
"cent seize", "116");
BasicTest(model,
"cent six", "106");
BasicTest(model,
"cent soixante et un", "161");
BasicTest(model,
" une demi-douzine ", "6");
BasicTest(model,
" 3 dizaines", "36");
BasicTest(model,
" trois cent douze", "324");
BasicTest(model,
"1,234,567", "1234567");
MultiTest(model,
"1, 234, 567", 3);
BasicTest(model,
"9,2321312", "9,2321312");
BasicTest(model,
" -9,2321312", "-9,2321312");
BasicTest(model,
" -1", "-1");
BasicTest(model,
"-4/5", "-0,8");
BasicTest(model,
"- 1 4/5", "-1,8");
BasicTest(model,
"trois", "3");
BasicTest(model,
" 123456789101231", "123456789101231");
BasicTest(model,
"-123456789101231", "-123456789101231");
BasicTest(model,
" -123456789101231", "-123456789101231");
BasicTest(model,
"1", "1");
BasicTest(model,
"10k", "10000");
BasicTest(model,
"10G", "10000000000");
BasicTest(model,
"- 10 k", "-10000");
BasicTest(model,
"2 million", "2000000");
BasicTest(model,
"1 billion", "1000000000000"); //trillion is 'billion' in FR
BasicTest(model,
" trois ", "3");
BasicTest(model,
"un billion", "1000000000000");
BasicTest(model,
"vingt et un billions", "21000000000000");
BasicTest(model,
"vingt et un billions trois cents", "21000000000300");
BasicTest(model,
"vingt et un billions et trois cents", "21000000000300");
BasicTest(model,
"cinquante-deux", "52");
BasicTest(model,
"cinquante deux", "52");
BasicTest(model,
"trois cent trente et un", "331");
BasicTest(model,
"deux cent deux mille", "202000");
BasicTest(model,
"deux cent deux mille", "202000");
BasicTest(model,
"2,33 k", "2330");
BasicTest(model,
"deux cent virgule zero trois", "200,03");
BasicTest(model,
"duex cent virgule soixante dix", "200,71");
BasicTest(model,
"1e10", "10000000000");
BasicTest(model,
"1,1^23", "8,95430243255239");
BasicTest(model,
" 322 cent ", "32200");
BasicTest(model,
"trois", "3");
BasicTest(model,
"soixante-dix", "70");
BasicTest(model,
"cinquante-deux", "52");
BasicTest(model,
"2 1/4", "2,25");
BasicTest(model,
"3/4", "0,75");
BasicTest(model,
"un huitieme", "0,125"); // 1/8 one eigth
BasicTest(model,
"cinq huitieme", "0,625"); // 5/8 five eigths
BasicTest(model,
"un demi", "0,5"); // 1/2 one half
BasicTest(model,
"trois quarts", "0,75"); // 3/4 three quarters
BasicTest(model,
"vingt et trois cinquiemes", "20,6"); // 20 and three fifths
BasicTest(model,
"vingt-trois cinquiemes", "4,6"); // twenty-three fifths
BasicTest(model,
"vingt et trois et trois cinquiemes", "23,6"); // twenty and three and three fifths
BasicTest(model,
"un et demi", "1,5"); // one and a half
BasicTest(model,
"un et un quatrieme", "1,25"); // one and a quarter
BasicTest(model,
"cinq et quart", "5,25"); // five and one quarter
BasicTest(model,
"cent et trois quarts", "100,75"); // one hundred and three quarters
BasicTest(model,
"un centieme", "0,01"); // a hundredth
BasicTest(model,
"1,1^+23", "8,95430243255239");
BasicTest(model,
"2,5^-1", "0,4");
BasicTest(model,
"-1,1^+23", "-8,95430243255239");
BasicTest(model,
"-2,5^-1", "-0,4");
BasicTest(model,
"-1,1^--23", "-8,95430243255239");
BasicTest(model,
"-127,32e13", "-1,2732E+15");
BasicTest(model,
"12,32e+14", "1,232E+15");
BasicTest(model,
"-12e-1", "-1,2");
}
