Echelon Neuron - Manual (Page 73)

Neuron Tools Errors Guide 65
NCC# Description
162 Array must have bound [NCC#162]
Use of the array type in a declaration must include a constant expression
which is the array bound. The only time this bound may be omitted is in
the declaration of a function parameter. In this case, use of the bound is
ignored, and the parameter is actually treated as a pointer.
163
164
Invalid struct/union field declaration [NCC#163]
Invalid struct/union field type [NCC#164]
A field in a struct or union may not have a storage class, and may not
contain the word typedef. Nor can it be a message tag, a timer object, nor a
network variable, nor can it have bind_info. Note also that a union may
not contain bitfields.
165 Invalid type for bitfield [NCC#165]
A bitfield may only be declared using only a combination of the type
keywords int, signed, unsigned, long, short, and char. Bitfields may not be
arrays, pointers, structures, or any other Neuron C type.
166 Field name in struct/union cannot be repeated [NCC#166]
Each field name at a given level of a struct or union declaration must be
unique. Names are case sensitive.
167 Extern declarations cannot have initializers [NCC#167]
The semantics of an extern declaration and an initialized declaration are
incompatible. An extern declaration is intended to reference an object
defined elsewhere (usually in another module, although it may be a forward
reference). An initialized declaration is intended to be the defining
declaration of the object. Only one such initialized declaration should
appear for each object.
168 Const variables require initialization [NCC#168]
A variable declared with the const attribute must have an initializer. Note
that this does not apply to a typedef that includes the const attribute.
169 Call to ‘io_out’ requires output value parameter [NCC#169]
The built-in function call io_out( ), which is used to initiate an output to a
Neuron I/O object, must be given at least two parameters, the first being
the I/O object name, and the second being the value to be output.