GlueGen proper size / alignment of primitive and compound types usage [1/2] - Preparation.

Currently GlueGen fails for type long (size) and some alignments (see package.html).
  - The size and alignment values shall be queried at runtime.
  - Compound alignment needs to follow the described natural alignment (also @runtime).
  -

- Build
  - add Linux Arm7 (EABI)

- junit test
  - added compound/struct tests, pointing out the shortcomings of current impl.

- package.html
  - Added alignment documentation

- remove intptr.cfg

- add GluGen types int8_t, int16_t, uint8_t, uint16_t

- move MachineDescription* into runtime

- Platform
  - has runtime MachineDescription

  - moved size, .. to MachineDescription

  - use enums for OSType, CPUArch and CPUType defined by os.name/os.arch,
    triggering exception if os/arch is not supported.
    This avoids Java String comparison and conscious os/arch detection.

- MachineDescription:

  - compile time instances MachineDescription32Bits, MachineDescription64Bits

  - runtime queried instance MachineDescriptionRuntime

     - correct size, alignment, page size, ..

1 files changed, 8 insertions, 4 deletions

diff --git a/src/java/com/jogamp/gluegen/cgram/HeaderParser.g b/src/java/com/jogamp/gluegen/cgram/HeaderParser.g
index a0d2a83..79f966f 100644
--- a/src/java/com/jogamp/gluegen/cgram/HeaderParser.g
+++ b/src/java/com/jogamp/gluegen/cgram/HeaderParser.g
@@ -504,11 +504,15 @@ typeSpecifier[int attributes] returns [Type t] {
         |       "long"      { t = new IntType("long" , SizeThunk.LONG,  unsigned, cvAttrs); }
         |       "float"     { t = new FloatType("float", SizeThunk.FLOAT, cvAttrs); }
         |       "double"    { t = new DoubleType("double", SizeThunk.DOUBLE, cvAttrs); }
-        |       "__int32"   { t = new IntType("__int32", SizeThunk.INT, unsigned, cvAttrs); }
-        |       "int32_t"   { t = new IntType("int32_t", SizeThunk.INT, false, cvAttrs); /* TS: always signed */ }
-        |       "wchar_t"   { t = new IntType("wchar_t", SizeThunk.INT, false, cvAttrs); /* TS: always signed */ }
-        |       "uint32_t"  { t = new IntType("uint32_t", SizeThunk.INT, true, cvAttrs, true); /* TS: always unsigned */ }
+        |       "__int32"   { t = new IntType("__int32", SizeThunk.INT32, unsigned, cvAttrs); }
         |       "__int64"   { t = new IntType("__int64", SizeThunk.INT64, unsigned, cvAttrs); }
+        |       "int8_t"    { t = new IntType("int8_t", SizeThunk.INT8, false, cvAttrs); /* TS: always signed */ }
+        |       "uint8_t"   { t = new IntType("uint8_t", SizeThunk.INT8, true, cvAttrs); /* TS: always unsigned */ }
+        |       "int16_t"   { t = new IntType("int16_t", SizeThunk.INT16, false, cvAttrs); /* TS: always signed */ }
+        |       "uint16_t"  { t = new IntType("uint16_t", SizeThunk.INT16, true, cvAttrs); /* TS: always unsigned */ }
+        |       "int32_t"   { t = new IntType("int32_t", SizeThunk.INT32, false, cvAttrs); /* TS: always signed */ }
+        |       "wchar_t"   { t = new IntType("wchar_t", SizeThunk.INT32, false, cvAttrs); /* TS: always signed */ }
+        |       "uint32_t"  { t = new IntType("uint32_t", SizeThunk.INT32, true, cvAttrs, true); /* TS: always unsigned */ }
         |       "int64_t"   { t = new IntType("int64_t", SizeThunk.INT64, false, cvAttrs); /* TS: always signed */ }
         |       "uint64_t"  { t = new IntType("uint64_t", SizeThunk.INT64, true, cvAttrs, true); /* TS: always unsigned */ }
         |       "ptrdiff_t" { t = new IntType("ptrdiff_t", SizeThunk.POINTER, false, cvAttrs); /* TS: always signed */ }