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// g++ 1.37.1 bug 900404_03 // g++ fails to be able to properly flag errors for even simple cases of // ambiguous overload resolution (such as the one shown below). // Cfront 2.0 passes this test.

// g++ 1.37.1 bug 900403_04 // The following erroneous code causes g++ to abort. // keywords: abort, bit-fields, zero length struct s { unsigned int foo:0; // ERROR - This is the real line uns

// g++ 1.37.1 bug 900519_09 // g++ allows the allocation of const objects via operator new even when // these uses of operator new do not include initializations. // This is inconsistant within the

// g++ 1.37.1 bug 900227_01 // g++ allows pointer type values to be converted to integral types which are // not actually large enough to hold the converted values. // Section 3.3.4 of the ANSI C st

// g++ 1.37.1 bug 900519_04 // The following legal code causes g++ to segfault. // cfront 2.0 passes this test. // keywords: segfault, references, initialization int cint_obj = 9; void take_cint_

// g++ 1.36.1 bug 900213_02 // The following erroneous code causes g++ to abort. // Cfront 2.0 passes this test. // keywords: abort, member pointers, operator* struct struct0 { int data_member;

// g++ 1.37.1 bug 900321_05 // The following code is legal as far as the ANSI C standard, GCC, and // cfront are concerned, however g++ issues errors for the lines indicated. // Cfront 2.0 passes th

// g++ 1.36.1 bug 891229_02 // g++ limits the scope of names which are declared as typedef names within // another type to that other type. // This conflicts with the (global) scope given to such na

// g++ 1.36.1 bug 891230_01 // g++ gives typedefs which are nested within class declarations a scope // which is local to the class declaration itself. This causes examples // like the following to

// g++ 1.36.1 bug 900127_01 // g++ often fails to detect (and issue errors for) ambiguous overload // situations. In such cases, one of the possibilities is chosen // (apparently arbitrarily). Error