Properties and property access produce correct code.
Fixed a function qualifier bug in `TranslatedCall.qll`.
Added a new class to translate `ExprStmt`s whose expr is an `AssignExpr` whose lvalue is an accessor call: we translate only the accessor call in for the translated AST.
Broke down the class `TranslatedJump` to have more control on the IR control flow.
Now GotoLabelStmt, GotoCaseStmt, GotoDefaultStmt and BreakStmt are translated separately.
This also fixes an issue when having a switch as the last statement of a void function would create an incorrect CFG.
Correct code is now produced for increment and decrement expressions
Modified producesExprResult() and TTranslatedLoad() so that no loads are done from outside the crement exprs and that the VariableAddress generated from the access of the operator variable is recognized as an expr that produces result.
Throw statements now give correct code, apart from the case of rethrows: need to make explicit the fact that a finally block is executed even if stack unwinding happens.
Added 2 new classes to TranslatedStmt.qll, one for throws that have an exception, one for rethrows.
Fixed a bug in TranslatedDeclarationEntry.qll where some local declaration would be missed.
Changed toString into getQualifiedName for more clarity when generating the instructions in Instruction.qll.
Some general refactoring in TranslatedExpr.qll and TranslatedStmt.qll.
Added tests to showcase the instructions generated for object creation and object initialization
Updated raw_ir.expected
PrintIR now uses the qualified name (with types) when printing the IR for more clarity
Introduced 2 new tags to support multidimensional arrays
Multidimensional arrays produce correct code
All types of initializations for arrays work correctly
Correct code is now generated for array initialization and element access.
Created a new binary Opcode, `IndexedElementAddress`, used to get the address of an array element, similar to how CIL does it.
Fixed simple variable initialization.
Now variables addressing correctly gets translated
Added a new test case to showcase this
Changed VoidType to ObjectType for the type of the 2 instructions
generated by as the prelude of a translated function
(UnmodeledDefinition and AliasedDefinition)
Ported basic functionalities from the C++ IR
Added a simple test that passes the IR sanity check and produces
sensible IR (together with the .expected files) to the C# test folder
