NOTE: tmsim- based test only; for starting, type                          make -f Makefile.Solaris TCS=.. This is a demo of a complete flash based system, using thecompression utilities, tying together each of the threeutilities tmSEA, tmWRB & tmSEI, and some of the examples directories. In order to be able to test this without having access to a real flash based system, flash memory is simulated in allocated memory by making use of the FlashSpecificSim driver in the sibling sample_drivers directory. This flash simulator lets flash contents survive in a file Flash.image.This demo consists of the following consecutive steps:   1) It creates an empty file system (using example ../mkfs).   2) It compiles the psos demo 1 into a dynamic .app executable.      This .app must be started using a .dynboot application shell,      and will dynamically load psos.dll and some other dlls of the      ANSI library before it actually starts executing. All these       dlls must be moved to /flash/dlls to make them accessible in      the 'standalone' system before this dynamic loader based example      is able to run.   3) In order to do this, all these dlls, plus the psos demo 1 app      are copied into a subdirectory 'flash', which is subsequently      copied to flash using the self-unpacking tmSEA utility.      (using example ../write_files).   4) Next appshell.out is built, which will launch application.app      ,or psos demo 1, and pulls in the necessary dll's.  We want       appshell.out to have all of the SDRAM to use. This can be done       using the self-extracting utility tmSEI. This means that       seiappshell.out must be launch at the middle/top of SDRAM,       such that appshell.out can run at the start of SDRAM.   5) seiappshell.out will be installed as a boot image. The tmWRB is       utility used to pack a boot image in a self unpacking executable       called wrbseiappshell.out. wrbseiappshell.out by default is installed      at the start of SDRAM, so the seiappshell.out can run at the      middle of SDRAM, so appshell.out can use all of the SDRAM.         6) The system is subsequently 'booted' by our L1_boot emulator.       This will eventually run the appshell program. Using the appshell,       the psos_demo1 app is started, loading dlls from flash.