public void TestFormatage1()
{
UnsetBehConf uB = conf.unsetBeh;
ColConfWin ccw = conf.colors[PhonConfType.phonemes];
SylConfig sC = conf.sylConf;
RGB color = new RGB(25, 100, 200);
RGB hiColor = new RGB(200, 100, 25);
CharFormatting cfAll = new CharFormatting(true, true, true, true, true, color, true, hiColor);
ccw.SetCbxAndCF("m", cfAll);
TestTheText ttt = new TestTheText(text1);
ttt.ColorizePhons(conf, PhonConfType.phonemes);
ttt.AssertBold(0, true);
ttt.AssertItalic(0, true);
ttt.AssertUnderline(0, true);
ttt.AssertColor(0, color);
ttt.AssertChangeHilight(0, true);
ttt.AssertHilightColor(0, hiColor);
ttt.AssertBold(10, true); // La config par défaut fait ça.
ttt.AssertColor(10, TestTheText.black);
ccw.SetCerasRose();
uB.SetCbuFlag("Bold", true);
ttt.ColorizePhons(conf, PhonConfType.phonemes);
ttt.AssertBold(0, false);
ttt.AssertItalic(0, true);
ttt.AssertUnderline(0, true);
ttt.AssertColor(0, color);
ttt.AssertChangeHilight(0, true);
ttt.AssertHilightColor(0, hiColor);
ttt.AssertBold(10, true); // Ceras rosé fait ça.
ttt.AssertColor(10, TestTheText.black);
uB.SetCbuFlag("All", true);
ttt.ColorizePhons(conf, PhonConfType.phonemes);
ttt.AssertBold(0, false);
ttt.AssertItalic(0, false);
ttt.AssertUnderline(0, false);
ttt.AssertColor(0, TestTheText.black);
ttt.AssertChangeHilight(0, false);
ttt.AssertBold(10, true); // Ceras rosé fait ça.
ttt.AssertColor(10, TestTheText.black);
ttt.ColorizePhons(conf, PhonConfType.muettes);
ttt.AssertBold(0, false);
ttt.AssertItalic(0, false);
ttt.AssertUnderline(0, false);
ttt.AssertColor(0, TestTheText.black);
ttt.AssertChangeHilight(0, false);
ttt.AssertBold(10, false);
ttt.AssertColor(10, TestTheText.black);
}
public void TestChiffres()
{
TestTheText ttt = new TestTheText(txt47);
ColConfWin ccw = conf.colors[PhonConfType.phonemes];
Dictionary <string, CharFormatting> son2CF = SetTestConfig(ccw);
ttt.ColorizePhons(conf, PhonConfType.phonemes);
int index = ttt.S.IndexOf("1867");
ttt.AssertCF(index, son2CF["mil"]);
ttt.AssertCF(index + 1, son2CF["cen"]);
ttt.AssertCF(index + 2, son2CF["diz"]);
ttt.AssertCF(index + 3, son2CF["uni"]);
index = ttt.S.IndexOf("Rênal");
ttt.AssertCF(index + 5, son2CF["uni"]);
index = ttt.S.IndexOf("reme35rciant");
ttt.AssertCF(index + 4, son2CF["diz"]);
ttt.AssertCF(index + 5, son2CF["uni"]);
index = ttt.S.IndexOf("23femme");
ttt.AssertCF(index, son2CF["diz"]);
ttt.AssertCF(index + 1, son2CF["uni"]);
index = ttt.S.IndexOf("p45ar");
ttt.AssertCF(index + 1, son2CF["diz"]);
index = ttt.S.IndexOf("déc0123456789idé");
ttt.AssertCF(index + 3, 6, son2CF["47"]);
ttt.AssertCF(index + 9, son2CF["mil"]);
ttt.AssertCF(index + 10, son2CF["cen"]);
ttt.AssertCF(index + 11, son2CF["diz"]);
ttt.AssertCF(index + 12, son2CF["uni"]);
}
public void TestFormatage2()
{
UnsetBehConf uB = conf.unsetBeh;
ColConfWin ccw = conf.colors[PhonConfType.phonemes];
SylConfig sC = conf.sylConf;
RGB color = new RGB(25, 100, 200);
RGB hiColor = new RGB(200, 100, 25);
CharFormatting cfAll = new CharFormatting(true, true, true, true, true, color, true, hiColor);
ccw.SetCbxAndCF("p", cfAll);
TestTheText ttt = new TestTheText(text1);
ttt.ColorizePhons(conf, PhonConfType.phonemes);
ttt.AssertBold(9, true);
ttt.AssertItalic(9, true);
ttt.AssertUnderline(9, true);
ttt.AssertColor(9, color);
ttt.AssertChangeHilight(9, true);
ttt.AssertHilightColor(9, hiColor);
ttt.AssertBold(10, true); // La config par défaut fait ça.
ttt.AssertColor(10, TestTheText.black);
ttt.MarkLetters(conf); // ça ne devrait pas toucher au P majuscule...
ttt.AssertBold(9, true);
ttt.AssertItalic(9, true);
ttt.AssertUnderline(9, true);
ttt.AssertColor(9, color);
ttt.AssertChangeHilight(9, true);
ttt.AssertHilightColor(9, hiColor);
ttt.AssertBold(10, true);
ttt.AssertColor(10, TestTheText.black);
uB.SetCbuFlag("Italic", true);
ttt.MarkLetters(conf);
ttt.AssertBold(9, true);
ttt.AssertItalic(9, false);
ttt.AssertUnderline(9, true);
ttt.AssertColor(9, color);
ttt.AssertChangeHilight(9, true);
ttt.AssertHilightColor(9, hiColor);
ttt.AssertBold(10, true);
ttt.AssertColor(10, TestTheText.black);
uB.SetCbuFlag("Underline", true);
ttt.MarkLetters(conf);
ttt.AssertBold(9, true);
ttt.AssertItalic(9, false);
ttt.AssertUnderline(9, false);
ttt.AssertColor(9, color);
ttt.AssertChangeHilight(9, true);
ttt.AssertHilightColor(9, hiColor);
ttt.AssertBold(10, true);
ttt.AssertColor(10, TestTheText.black);
uB.SetCbuFlag("All", true);
ttt.MarkLetters(conf);
ttt.AssertBold(9, false);
ttt.AssertItalic(9, false);
ttt.AssertUnderline(9, false);
ttt.AssertColor(9, TestTheText.black);
ttt.AssertChangeHilight(9, false);
ttt.AssertBold(10, false);
ttt.AssertColor(10, TestTheText.black);
}
public void TestMiseEnCouleur()
{
ColConfWin ccw = conf.colors[PhonConfType.phonemes];
Dictionary <string, CharFormatting> son2CF = SetTestConfig(ccw);
TestTheText ttt = new TestTheText(text1);
ttt.ColorizePhons(conf, PhonConfType.phonemes);
int index = ttt.S.IndexOf("Monsieur");
ttt.AssertCF(index, 1, son2CF["m"]);
ttt.AssertCF(index + 1, 2, son2CF["q"]);
ttt.AssertCF(index + 3, 1, son2CF["s"]);
ttt.AssertCF(index + 4, 1, son2CF["j"]);
ttt.AssertCF(index + 5, 2, son2CF["2"]);
ttt.AssertCF(index + 7, 1, son2CF["_muet"]);
index = ttt.S.IndexOf("imparfaitement");
ttt.AssertCF(index, 2, son2CF["5"]);
ttt.AssertCF(index + 2, 1, son2CF["p"]);
ttt.AssertCF(index + 3, 1, son2CF["a"]);
ttt.AssertCF(index + 4, 1, son2CF["r"]);
ttt.AssertCF(index + 5, 1, son2CF["f"]);
ttt.AssertCF(index + 6, 2, son2CF["è"]);
ttt.AssertCF(index + 8, 1, son2CF["t"]);
ttt.AssertCF(index + 9, 1, son2CF["q"]);
ttt.AssertCF(index + 10, 1, son2CF["m"]);
ttt.AssertCF(index + 11, 2, son2CF["an"]);
ttt.AssertCF(index + 13, 1, son2CF["_muet"]);
Assert.AreEqual(ColConfWin.IllRule.ceras, ccw.IllRuleToUse);
index = ttt.S.IndexOf("papillonnent");
ttt.AssertCF(index, 1, son2CF["p"]);
ttt.AssertCF(index + 1, 1, son2CF["a"]);
ttt.AssertCF(index + 2, 1, son2CF["p"]);
ttt.AssertCF(index + 3, 3, son2CF["ill"]);
ttt.AssertCF(index + 6, 1, son2CF["o"]);
ttt.AssertCF(index + 7, 2, son2CF["n"]);
ttt.AssertCF(index + 9, 1, son2CF["q_caduc"]);
ttt.AssertCF(index + 10, 2, son2CF["_muet"]);
index = ttt.S.IndexOf("couverte");
ttt.AssertCF(index, 1, son2CF["k"]);
ttt.AssertCF(index + 1, 2, son2CF["u"]);
ttt.AssertCF(index + 3, 1, son2CF["v"]);
ttt.AssertCF(index + 4, 1, son2CF["è"]);
ttt.AssertCF(index + 5, 1, son2CF["r"]);
ttt.AssertCF(index + 6, 1, son2CF["t"]);
ttt.AssertCF(index + 7, 1, son2CF["q_caduc"]);
index = ttt.S.IndexOf("ombre");
ttt.AssertCF(index, 2, son2CF["on"]);
ttt.AssertCF(index + 2, 1, son2CF["b"]);
ttt.AssertCF(index + 3, 1, son2CF["r"]);
ttt.AssertCF(index + 4, 1, son2CF["q_caduc"]);
index = ttt.S.IndexOf("mécanique");
ttt.AssertCF(index, 1, son2CF["m"]);
ttt.AssertCF(index + 1, 1, son2CF["é"]);
ttt.AssertCF(index + 2, 1, son2CF["k"]);
ttt.AssertCF(index + 3, 1, son2CF["a"]);
ttt.AssertCF(index + 4, 1, son2CF["n"]);
ttt.AssertCF(index + 5, 1, son2CF["i"]);
ttt.AssertCF(index + 6, 2, son2CF["k"]);
ttt.AssertCF(index + 8, 1, son2CF["q_caduc"]);
index = ttt.S.IndexOf("culotte");
ttt.AssertCF(index, 1, son2CF["k"]);
ttt.AssertCF(index + 1, 1, son2CF["y"]);
ttt.AssertCF(index + 2, 1, son2CF["l"]);
ttt.AssertCF(index + 3, 1, son2CF["o"]);
ttt.AssertCF(index + 4, 2, son2CF["t"]);
ttt.AssertCF(index + 6, 1, son2CF["q_caduc"]);
index = ttt.S.IndexOf("Poiret");
ttt.AssertCF(index, 1, son2CF["p"]);
ttt.AssertCF(index + 1, 2, son2CF["oi"]);
ttt.AssertCF(index + 3, 1, son2CF["r"]);
ttt.AssertCF(index + 4, 2, son2CF["è"]);
TestTheText ttt2 = new TestTheText("pria");
ttt2.ColorizePhons(conf, PhonConfType.phonemes);
ttt2.AssertCF(0, 1, son2CF["p"]);
ttt2.AssertCF(1, 1, son2CF["r"]);
ttt2.AssertCF(2, 1, son2CF["ij"]);
ttt2.AssertCF(3, 1, son2CF["a"]);
index = ttt.S.IndexOf(@"celles d’un");
ttt.AssertCF(index + 9, 2, son2CF["1"]);
ttt2 = new TestTheText("soin");
ttt2.ColorizePhons(conf, PhonConfType.phonemes);
ttt2.AssertCF(0, 1, son2CF["s"]);
ttt2.AssertCF(1, 3, son2CF["oin"]);
ttt2 = new TestTheText("parking");
ttt2.ColorizePhons(conf, PhonConfType.phonemes);
ttt2.AssertCF(0, 1, son2CF["p"]);
ttt2.AssertCF(1, 1, son2CF["a"]);
ttt2.AssertCF(2, 1, son2CF["r"]);
ttt2.AssertCF(3, 1, son2CF["k"]);
ttt2.AssertCF(4, 1, son2CF["i"]);
ttt2.AssertCF(5, 2, son2CF["ng"]);
index = ttt.S.IndexOf("Jardin");
ttt.AssertCF(index, 1, son2CF["ge"]);
ttt.AssertCF(index + 1, 1, son2CF["a"]);
ttt.AssertCF(index + 2, 1, son2CF["r"]);
ttt.AssertCF(index + 3, 1, son2CF["d"]);
ttt.AssertCF(index + 4, 2, son2CF["5"]);
index = ttt.S.IndexOf("chinoise");
ttt.AssertCF(index, 2, son2CF["ch"]);
ttt.AssertCF(index + 2, 1, son2CF["i"]);
ttt.AssertCF(index + 3, 1, son2CF["n"]);
ttt.AssertCF(index + 4, 2, son2CF["oi"]);
ttt.AssertCF(index + 6, 1, son2CF["z"]);
ttt.AssertCF(index + 7, 1, son2CF["q_caduc"]);
index = ttt.S.IndexOf("grise");
ttt.AssertCF(index, 1, son2CF["g"]);
ttt.AssertCF(index + 1, 1, son2CF["r"]);
ttt.AssertCF(index + 2, 1, son2CF["i"]);
ttt.AssertCF(index + 3, 1, son2CF["z"]);
ttt.AssertCF(index + 4, 1, son2CF["q_caduc"]);
ttt2 = new TestTheText("ligne");
ttt2.ColorizePhons(conf, PhonConfType.phonemes);
ttt2.AssertCF(0, 1, son2CF["l"]);
ttt2.AssertCF(1, 1, son2CF["i"]);
ttt2.AssertCF(2, 2, son2CF["gn"]);
ttt2.AssertCF(4, 1, son2CF["q_caduc"]);
ttt2 = new TestTheText("rixe");
ttt2.ColorizePhons(conf, PhonConfType.phonemes);
ttt2.AssertCF(0, 1, son2CF["r"]);
ttt2.AssertCF(1, 1, son2CF["i"]);
ttt2.AssertCF(2, 1, son2CF["ks"]);
ttt2.AssertCF(3, 1, son2CF["q_caduc"]);
ttt2 = new TestTheText("examen");
ttt2.ColorizePhons(conf, PhonConfType.phonemes);
ttt2.AssertCF(0, 1, son2CF["è"]);
ttt2.AssertCF(1, 1, son2CF["gz"]);
ttt2.AssertCF(2, 1, son2CF["a"]);
ttt2.AssertCF(3, 1, son2CF["m"]);
ttt2.AssertCF(4, 2, son2CF["5"]);
ttt2 = new TestTheText("kiwi");
ttt2.ColorizePhons(conf, PhonConfType.phonemes);
ttt2.AssertCF(0, 1, son2CF["k"]);
ttt2.AssertCF(1, 1, son2CF["i"]);
ttt2.AssertCF(2, 1, son2CF["w"]);
ttt2.AssertCF(3, 1, son2CF["i"]);
ccw.IllRuleToUse = ColConfWin.IllRule.lirecouleur;
ttt.ColorizePhons(conf, PhonConfType.phonemes);
Assert.AreEqual(ColConfWin.IllRule.lirecouleur, ccw.IllRuleToUse);
index = ttt.S.IndexOf("papillonnent");
ttt.AssertCF(index, 1, son2CF["p"]);
ttt.AssertCF(index + 1, 1, son2CF["a"]);
ttt.AssertCF(index + 2, 1, son2CF["p"]);
ttt.AssertCF(index + 3, 1, son2CF["i"]);
ttt.AssertCF(index + 4, 2, son2CF["j"]);
ttt.AssertCF(index + 6, 1, son2CF["o"]);
ttt.AssertCF(index + 7, 2, son2CF["n"]);
ttt.AssertCF(index + 9, 1, son2CF["q_caduc"]);
ttt.AssertCF(index + 10, 2, son2CF["_muet"]);
}
