$(SRCDIR)/README \
$(SRCDIR)/RELEASE-NOTES \
$(SRCDIR)/THANKS \
+ $(SRCDIR)/doc/mainpage.md \
$(CVC4_DOXYGEN_INPUT)
+USE_MDFILE_AS_MAINPAGE = $(SRCDIR)/doc/mainpage.md
+
# This tag can be used to specify the character encoding of the source files
# that doxygen parses. Internally doxygen uses the UTF-8 encoding, which is
# also the default input encoding. Doxygen uses libiconv (or the iconv built
--- /dev/null
+Getting started with the CVC4 API
+
+The main classes of the CVC4 API are:
+- CVC4::Expr - an expression (a formula, term, variable, constant, etc.)
+- CVC4::Type - a type (every Expr has a Type)
+- CVC4::ExprManager - a factory class for Exprs and Types (create one of these for your application)
+- CVC4::SmtEngine - the SMT interface, permits making assertions and checking satisfiability (create one of these for your application)
+
+There are numerous examples of the use of the C++ API in the examples/api directory of the CVC4 source distribution. There is also a discussion on our CVC4 Wiki at
+http://cvc4.cs.nyu.edu/wiki/Tutorials#C.2B.2B_API
+
+Using the CVC4 API from Java
+
+While these API documentation resources explicitly refer to the C++ interface, the Java interface is generated automatically from the C++ sources by SWIG, and thus the interface is almost line-by-line identical in Java. It is possible, then, to use these C++ resources to help with the Java API. There are three main ways in which the Java API differs from the C++ API. First, the CVC4 API makes moderate use of C++ operator overloading, which is not possible in Java. We have provided standard renamings for the Java methods associated to these C++ overloaded operators---for instance, "plus" replaces operator+, "equals" replaces operator==, etc.
+
+Secondly, C++ iterators are replaced by Java iterators. Instead of begin() and end() on classes like CVC4::Expr, you'll notice in the Java interface that there is an iterator() method that returns a java.util.Iterator<Expr>. This allows Java developers to more naturally work with our (ultimately C++) objects through a more Java-like interface.
+
+Third, I/O streams are wrapped so that some functions requiring C++ input and output streams will accept Java InputStreams and OutputStreams.
+
+Our intent is to make the C++ API as useful and functional for Java developers as possible, while still retaining the flexibility of our original C++ design. If we can make your life as a Java user of our libraries easier, please let us know by requesting an enhancement or reporting a bug at our bug-tracking service, http://cvc4.cs.nyu.edu/bugs.
+
+For examples of Java programs using the CVC4 API, look in the directory examples/api/java in the CVC4 source distribution.
+
+Thank you for your interest in CVC4!
+
+The CVC4 Development team
* @param name the symbol to check
* @param check the kind of check to perform
* @param type the type of the symbol
+ * @param notes notes to add to a parse error (if one is generated)
* @throws ParserException if checks are enabled and the check fails
*/
void checkDeclaration(const std::string& name, DeclarationCheck check,