Echelon Neuron - Manual (Page 64)

56 Neuron C Compiler Errors (NCC)
NCC# Description
88 Network variables cannot be declared as non-bindable [NCC#88]
Some of the options in the bind_info declaration modifier only apply to any
network variable, some only apply to an output network variable, and some
only apply to a message tag. The nonbind modifier can only be used with a
message tag declaration.
89 Input network variables cannot have service-type [NCC#89]
Some of the options in the bind_info declaration modifier only apply to any
network variable, some only apply to an output network variable, and some
only apply to a message tag. Service types only apply to output network
variables.
90 Base type of network variable is too large [NCC#90]
A network variable array element, structure, or union is limited to 31
bytes.
91 Too many initializers [NCC#91]
A set of initializers (in braces { and } ) has too many members for the
aggregate (array, structure, or union) being initialized.
92 Too many network variables declared [NCC#92]
Each device has a maximum number of network variables that it can
support in principle . That maximum number is a function of the chip
model, the system firmware version, and the device technology.
For example, most Series 3100 Neuron Chips and some Series 3100 Smart
Transceivers are limited to 62 network variables. Series 5000 Chips, and
other Neuron Chips and Smart Transceiver that support version 16 system
firmware (or later), support up to 254 static network variables. Other
devices, such as those based on a ShortStack Micro Server or those
implemented on an
i .LON ® SmartServer, could implement a different
network variable maximum.
These can be any combination of input and output variables. Each element
of an array network variable counts separately.
The NCC#92 message indicates that the application may implement too
many network variables because the implemented number of network
variables exceeds the maximum number of network variables for the
selected target platform.
Note that the absence of error NCC#92 does not guarantee the successful
compilation of your code. Several conditions can lead to later build failure
related to an excessive network variable count. These include the use of a
system firmware version that is limited to fewer network variables than
foreseen at compile time, and include memory allocation problems at link
time.
See Chapter 8 of the Neuron C Programmer’s Guide for more information
on managing memory resources.