static-mappings

# Static type mappings, loaded before parsing anything. Useful for external
# dependencies coming from C headers, like g... primitives. This file should
# eventually be generated automatically, because some definitions vary
# from platform to platform (e.g. gulong, defined as a compiler-native
# unsigned long, which is 32 bits on i386 gcc, and 64 on amd64 gcc).

# Fields: type,c:type,Java fully qualified class name,isEnum,needsUnboxing

gint,gint,java.lang.Integer,false,true
guint,guint,java.lang.Long,false,true
gpointer,gpointer,org.bridj.Pointer,false,false
gint8,gint8,java.lang.Character,false,true
gint16,gint16,java.lang.Short,false,true
gint32,gint32,java.lang.Integer,false,true
gint64,gint64,java.lang.Long,false,true
guint8,guint8,java.lang.Short,false,true
guint16,guint16,java.lang.Integer,false,true
guint32,guint32,java.lang.Long,false,true

# guint64 (and gulong on amd64 gcc) can't be mapped to any primitive type,
# because there is no unsigned in Java, and the biggest signed primitive
# (which is long) can't hold an unsigned 64 bit value. Mapping them to long now
# just to have something, but this is likely to cause trouble later on.
# Wrapping the value in a BigInteger, or something like that should be done
# eventually instead of this botchery.
guint64,guint64,java.lang.Long,false,true
gulong,gulong,java.lang.Long,false,true

gdouble,gdouble,java.lang.Double,false,true
gboolean,gboolean,java.lang.Boolean,false,true
gchar,gchar,java.lang.Character,false,true
gfloat,gfloat,java.lang.Float,false,true
glong,glong,java.lang.Long,false,true
gsize,gsize,java.lang.Long,false,true
gssize,gssize,java.lang.Long,false,true
guintptr,guintptr,org.bridj.Pointer,false,false
gunichar,gunichar,java.lang.Long,false,true
gushort,gushort,java.lang.Integer,false,true
utf8,gchar*,org.bridj.Pointer,false,false
filename,gchar*,org.bridj.Pointer,false,false
GType,GType,java.lang.Long,false,true

# No idea what to do with long doubles, as truncating higher bits of IEEE 754
# floating point values make absolutely no sense. Probably something like
# BigDecimal is the way to solve this.