Tobias Frauenschläger
29506d2cac
The non-recursive automake "distdir" recipe inlines the entire $(DISTFILES)
list into a single shell command. Enumerating every IDE integration file
individually made that list large enough (~123 KB) that the recipe exceeded
the Linux MAX_ARG_STRLEN (128 KB) single-argument exec limit, so "make dist"
failed with:
/bin/bash: Argument list too long
make[2]: *** [distdir-am] Error 127
Replace the per-file EXTRA_DIST enumeration of the IDE directories with one
wholesale "EXTRA_DIST += IDE/<dir>" entry per directory (automake copies the
tree recursively). This collapses ~745 file entries into ~52 directory
entries and shrinks the top-level DISTFILES from ~123 KB to ~97 KB, well
under the limit.
The set of distributed IDE files is unchanged: a before/after "make dist"
diff shows no project file added or removed (only the now-unused include.am
build fragments are gone). Three directories that intentionally omit some
tracked files (apple-universal, MPLABX16, Renesas - private IDE configs,
.gitkeep placeholders, helper scripts) stay enumerated file-by-file.
Developer notes about files in this directory:
NOTE: These files are for use with the wolfCrypt FIPS module and are not intended or designed for use in a generic NETOS use-case. Adjustments to the user_settings.h will be necessary for use in non-FIPS scenarios.
Makefile.wolfcrypt.inc: This was developed for a specific customer for inclusion by their recursive Makefile solution. This file is to be included by the top level Makefile and is used to preserve the FIPS module order when linked.
user_settings.h: For use with cert 3389: https://csrc.nist.gov/projects/cryptographic-module-validation-program/certificate/3389
user_settings.h-cert2425: DEPRECATED (preserved for posterity) For use with expired cert 2425: https://csrc.nist.gov/projects/cryptographic-module-validation-program/certificate/2425
wolfssl_netos_custom.c: Functions in this file may be modified without risk of effecting the FIPS validation, these APIs' are external to the FIPS module boundary.