void GenerateSimpleCaseMappingListC (UcdCharacterProperty [] ucd, bool upper, bool small)
{
int nTable = 0;
foreach (var cpr in catalog.SimpleCases) {
if (small && cpr.Start > 0xFFFF)
break;
if (!small && cpr.Start < 0x10000)
continue;
w.WriteLine ("static const {0} simple_{1}_case_mapping_{2}_table{3} [] = {{", small ? "guint16" : "guint32", upper ? "upper" : "lower", small ? "lowarea" : "higharea", nTable);
w.WriteLine ("\t/* ==== {0:X}-{1:X} ==== */", cpr.Start, cpr.End);
w.Write ("\t");
int cp = cpr.Start;
foreach (var ucp in ucd) {
if (ucp.Codepoint >= cpr.End)
break;
if (ucp.Codepoint < cp)
continue;
while (cp < ucp.Codepoint) {
w.Write ("0,");
if (++cp % 16 == 0)
w.WriteLine ();
}
int v = upper ? ucp.SimpleUppercaseMapping : ucp.SimpleLowercaseMapping;
if (v != 0)
w.Write ("0x{0:X},", v);
else
w.Write ("0,");
if (++cp % 16 == 0) {
w.WriteLine ();
w.Write ("\t");
}
if (cp >= cpr.End)
break;
}
w.WriteLine ("0};");
nTable++;
}
w.WriteLine ("static const {0} *simple_{1}_case_mapping_{2} [] = {{", small ? "guint16" : "guint32", upper ? "upper" : "lower", small ? "lowarea" : "higharea");
for (int i = 0; i < nTable; i++) {
if (i > 0)
w.WriteLine (",");
w.Write ("\tstatic const guint8 simple_{0}_case_mapping_{1}_table{2}", upper ? "upper" : "lower", small ? "lowarea" : "higharea", i);
}
w.WriteLine ("};");
w.WriteLine ();
}
public void GenerateSimpleTitlecaseMappingListC (UcdCharacterProperty [] ucd)
{
w.WriteLine ("static const SimpleTitlecaseMapping simple_titlecase_mapping [] = {");
int count = 0;
foreach (var ucp in ucd) {
if (ucp.SimpleUppercaseMapping == ucp.SimpleTitlecaseMapping)
continue;
if (count > 0)
w.WriteLine (',');
w.Write ("\t{{0x{0:X06}, 0x{1:X06}, 0x{2:X06}}}", ucp.Codepoint, ucp.SimpleUppercaseMapping, ucp.SimpleTitlecaseMapping);
count++;
}
w.WriteLine ();
w.WriteLine ("};");
w.WriteLine ("static const guint8 simple_titlecase_mapping_count = {0};", count);
}
public void GenerateSimpleCaseMappingListC (UcdCharacterProperty [] ucd)
{
GenerateCodePointRanges ("simple_case_map_ranges", catalog.SimpleCases);
GenerateSimpleCaseMappingListC (ucd, true, true);
GenerateSimpleCaseMappingListC (ucd, true, false);
GenerateSimpleCaseMappingListC (ucd, false, true);
GenerateSimpleCaseMappingListC (ucd, false, false);
}
public void GenerateUnicodeCategoryListC (UcdCharacterProperty [] ucd)
{
w.WriteLine ("/* ======== Unicode Categories ======== */");
GenerateCodePointRanges ("unicode_category_ranges", catalog.CategoryRanges);
int table = 0;
foreach (var cpr in catalog.CategoryRanges) {
w.WriteLine ("const GUnicodeType unicode_category_table{0} [] = {{", table);
w.WriteLine ("\t/* ==== {0:X}-{1:X} ==== */", cpr.Start, cpr.End);
w.Write ("\t");
int cp = cpr.Start;
foreach (var ucp in ucd) {
if (ucp.Codepoint >= cpr.End)
break;
if (ucp.Codepoint < cp)
continue;
while (cp < ucp.Codepoint) {
w.Write ("0,");
if (++cp % 16 == 0)
// w.Write ("\n/* ==== {0:X} ==== */\n\t", cp);
w.Write ("\n\t", cp);
}
w.Write ((int) ToGUnicodeCategory (ucp.Category));
w.Write (',');
if (++cp % 16 == 0)
// w.Write ("\n/* ==== {0:X} ==== */\n\t", cp);
w.Write ("\n\t", cp);
if (cp >= cpr.End)
break;
}
w.WriteLine ("0};");
table++;
}
w.WriteLine ("static const GUnicodeType *unicode_category [{0}] = {{", catalog.CategoryRanges.Length);
for (int i = 0, end = catalog.CategoryRanges.Length; i < end; i++)
w.WriteLine ("\tunicode_category_table{0}{1}", i, i + 1 < end ? "," : String.Empty);
w.WriteLine ("};");
}
