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vlmcsd-svn934-2016-06-17-Hotbird64

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This commit is contained in:
Wind4 2016-06-28 13:07:01 +08:00
parent c479a67c2c
commit f72621f166
40 changed files with 17704 additions and 1002 deletions
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33
GNUmakefile
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@ -278,9 +278,9 @@ $(MULTI_NAME): BASECFLAGS += -DMULTI_CALL_BINARY=1
all: $(CLIENT_NAME) $(PROGRAM_NAME)
ifdef CAT
#ifdef CAT
allmulti: $(CLIENT_NAME) $(PROGRAM_NAME) $(MULTI_NAME)
endif
#endif
ifneq ($(strip $(VLMCSD_VERSION)),)
BASECFLAGS += -DVERSION=\"$(VLMCSD_VERSION),\ built\ $(shell date -u '+%Y-%m-%d %H:%M:%S' | sed -e 's/ /\\ /g')\ UTC\"
@ -301,12 +301,12 @@ VLMCS_SRCS = vlmcs.c $(SRCS)
VLMCS_OBJS = $(VLMCS_SRCS:.c=.o)
MULTI_SRCS = vlmcsd.c vlmcs.c vlmcsdmulti.c $(SRCS)
MULTI_OBJS = $(MULTI_SRCS:.c=.o)
MULTI_OBJS = $(SRCS:.c=.o) vlmcsd-m.o vlmcs-m.o vlmcsdmulti-m.o
DLL_SRCS = libkms.c $(SRCS)
DLL_OBJS = $(DLL_SRCS:.c=.o)
PDFDOCS = vlmcs.1.pdf vlmcsd.7.pdf vlmcsd.8.pdf vlmcsdmulti.1.pdf vlmcsd.ini.5.pdf
PDFDOCS = vlmcs.1.pdf vlmcsd.7.pdf vlmcsd.8.pdf vlmcsdmulti.1.pdf vlmcsd.ini.5.pdf vlmcsd-floppy.7.pdf
HTMLDOCS = $(PDFDOCS:.pdf=.html)
UNIXDOCS = $(PDFDOCS:.pdf=.unix.txt)
DOSDOCS = $(PDFDOCS:.pdf=.dos.txt)
@ -315,11 +315,13 @@ ifneq ($(NO_DNS),1)
VLMCS_SRCS += dns_srv.c
MULTI_SRCS += dns_srv.c
MULTI_OBJS += dns_srv.o
ifeq ($(DNS_PARSER),internal)
ifneq ($(MINGW),1)
VLMCS_SRCS += ns_parse.c ns_name.c
MULTI_SRCS += ns_parse.c ns_name.c
MULTI_OBJS += ns_parse.o ns_name.o
BASECFLAGS += "-DDNS_PARSER_INTERNAL"
endif
endif
@ -330,6 +332,7 @@ ifeq ($(MSRPC),1)
VLMCSD_SRCS += msrpc-server.c
VLMCS_SRCS += msrpc-client.c
MULTI_SRCS += msrpc-server.c msrpc-client.c
MULTI_OBJS += msrpc-server-m.o msrpc-client-m.o
DLL_SRCS += msrpc-server.c
BASECFLAGS += -DUSE_MSRPC -Wno-unknown-pragmas
BASELDFLAGS += -lrpcrt4
@ -340,6 +343,7 @@ endif
ifeq "$(WIN)" "1"
VLMCSD_SRCS += ntservice.c
MULTI_SRCS += ntservice.c
MULTI_OBJS += ntservice.o
endif
ifeq ($(CRYPTO), openssl_with_aes)
@ -402,11 +406,27 @@ endif
@echo "$(COMPILER) CC $@ <- $<"
@$(CC) -x$(COMPILER_LANGUAGE) $(PLATFORMFLAGS) $(BASECFLAGS) $(CFLAGS) $(PLATFORMFLAGS) -c $<
ifeq ($(DEPENDENCIES),1)
@echo "$(COMPILER) DEP $*.d <- $<"
@echo "$(COMPILER) DEP $*.d <- $<"
@$(CC) -x$(COMPILER_LANGUAGE) $(PLATFORMFLAGS) $(BASECFLAGS) $(CFLAGS) $(PLATFORMFLAGS) -MM -MF $*.d $<
endif
endif
%-m.o: %.c
ifeq ($(VERBOSE),1)
$(CC) -x$(COMPILER_LANGUAGE) $(PLATFORMFLAGS) $(BASECFLAGS) $(CFLAGS) $(PLATFORMFLAGS) -o $@ -c $<
ifeq ($(DEPENDENCIES),1)
$(CC) -x$(COMPILER_LANGUAGE) $(PLATFORMFLAGS) $(BASECFLAGS) $(CFLAGS) $(PLATFORMFLAGS) -MM -MF $*.d $<
endif
else
@echo "$(COMPILER) CC $@ <- $<"
@$(CC) -x$(COMPILER_LANGUAGE) $(PLATFORMFLAGS) $(BASECFLAGS) $(CFLAGS) $(PLATFORMFLAGS) -o $@ -c $<
ifeq ($(DEPENDENCIES),1)
@echo "$(COMPILER) DEP $*.d <- $<"
@$(CC) -x$(COMPILER_LANGUAGE) $(PLATFORMFLAGS) $(BASECFLAGS) $(CFLAGS) $(PLATFORMFLAGS) -MM -MF $*.d $<
endif
endif
ifdef CAT
BUILDCOMMAND = cat $^ | $(CC) -x$(COMPILER_LANGUAGE) -o $@ -
VLMCSD_PREREQUISITES = $(VLMCSD_SRCS)
@ -516,6 +536,9 @@ alldocs : $(UNIXDOCS) $(HTMLDOCS) $(PDFDOCS) $(DOSDOCS)
clean:
rm -f *.o *.d *_all.c libkms_all_*.c $(PROGRAM_NAME) $(MULTI_NAME) $(DLL_NAME) $(CLIENT_NAME) $(PDFDOCS) $(DOSDOCS) $(UNIXDOCS) $(HTMLDOCS) $(OBJ_NAME) $(A_NAME) *.a
dnsclean:
rm -f dns_srv.o
help:
@echo "Type"
@echo " ${MAKE} - to build $(PROGRAM_NAME) and $(CLIENT_NAME)"

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buildroot-configs/arm/little-endian/glibc/armelv5t-glibc-2.23-gcc-6.1.0-binutils-2.26.config Normal file
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254
floppy/.config-uClibc-ng Normal file
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@ -0,0 +1,254 @@
#
# Automatically generated file; DO NOT EDIT.
# uClibc-ng 1.0.15 C Library Configuration
#
# TARGET_alpha is not set
# TARGET_arc is not set
# TARGET_arm is not set
# TARGET_avr32 is not set
# TARGET_bfin is not set
# TARGET_c6x is not set
# TARGET_cris is not set
# TARGET_frv is not set
# TARGET_h8300 is not set
# TARGET_hppa is not set
TARGET_i386=y
# TARGET_ia64 is not set
# TARGET_lm32 is not set
# TARGET_m68k is not set
# TARGET_metag is not set
# TARGET_microblaze is not set
# TARGET_mips is not set
# TARGET_nios2 is not set
# TARGET_or1k is not set
# TARGET_powerpc is not set
# TARGET_sh is not set
# TARGET_sparc is not set
# TARGET_x86_64 is not set
# TARGET_xtensa is not set
#
# Target Architecture Features and Options
#
TARGET_ARCH="i386"
FORCE_OPTIONS_FOR_ARCH=y
# CONFIG_386 is not set
CONFIG_486=y
# CONFIG_586 is not set
# CONFIG_686 is not set
TARGET_SUBARCH="i486"
#
# Using ELF file format
#
ARCH_HAS_DEPRECATED_SYSCALLS=y
ARCH_LITTLE_ENDIAN=y
#
# Using Little Endian
#
ARCH_HAS_MMU=y
ARCH_USE_MMU=y
UCLIBC_HAS_FLOATS=y
UCLIBC_HAS_FPU=y
DO_C99_MATH=y
DO_XSI_MATH=y
# UCLIBC_HAS_FENV is not set
# UCLIBC_HAS_LONG_DOUBLE_MATH is not set
KERNEL_HEADERS="/root/openadk/target_generic-x86_uclibc-ng/usr/include"
HAVE_DOT_CONFIG=y
#
# General Library Settings
#
DOPIC=y
ARCH_HAS_UCONTEXT=y
HAVE_SHARED=y
# FORCE_SHAREABLE_TEXT_SEGMENTS is not set
LDSO_LDD_SUPPORT=y
LDSO_CACHE_SUPPORT=y
# LDSO_PRELOAD_ENV_SUPPORT is not set
# LDSO_PRELOAD_FILE_SUPPORT is not set
LDSO_BASE_FILENAME="ld.so"
# LDSO_STANDALONE_SUPPORT is not set
# LDSO_PRELINK_SUPPORT is not set
# UCLIBC_STATIC_LDCONFIG is not set
LDSO_RUNPATH=y
LDSO_RUNPATH_OF_EXECUTABLE=y
LDSO_SAFE_RUNPATH=y
LDSO_SEARCH_INTERP_PATH=y
LDSO_LD_LIBRARY_PATH=y
LDSO_NO_CLEANUP=y
UCLIBC_CTOR_DTOR=y
# LDSO_GNU_HASH_SUPPORT is not set
# HAS_NO_THREADS is not set
UCLIBC_HAS_THREADS_NATIVE=y
UCLIBC_HAS_THREADS=y
UCLIBC_HAS_TLS=y
PTHREADS_DEBUG_SUPPORT=y
UCLIBC_HAS_SYSLOG=y
UCLIBC_HAS_LFS=y
MALLOC=y
# MALLOC_SIMPLE is not set
# MALLOC_STANDARD is not set
MALLOC_GLIBC_COMPAT=y
# UCLIBC_HAS_OBSTACK is not set
UCLIBC_DYNAMIC_ATEXIT=y
COMPAT_ATEXIT=y
UCLIBC_HAS_UTMPX=y
UCLIBC_HAS_UTMP=y
UCLIBC_SUSV2_LEGACY=y
UCLIBC_SUSV3_LEGACY=y
UCLIBC_HAS_CONTEXT_FUNCS=y
# UCLIBC_SUSV3_LEGACY_MACROS is not set
UCLIBC_SUSV4_LEGACY=y
# UCLIBC_STRICT_HEADERS is not set
# UCLIBC_HAS_STUBS is not set
UCLIBC_HAS_SHADOW=y
UCLIBC_HAS_PROGRAM_INVOCATION_NAME=y
UCLIBC_HAS___PROGNAME=y
UCLIBC_HAS_PTY=y
ASSUME_DEVPTS=y
UNIX98PTY_ONLY=y
UCLIBC_HAS_GETPT=y
UCLIBC_HAS_LIBUTIL=y
UCLIBC_HAS_TM_EXTENSIONS=y
UCLIBC_HAS_TZ_CACHING=y
UCLIBC_HAS_TZ_FILE=y
UCLIBC_HAS_TZ_FILE_READ_MANY=y
UCLIBC_TZ_FILE_PATH="/etc/TZ"
UCLIBC_FALLBACK_TO_ETC_LOCALTIME=y
#
# Advanced Library Settings
#
UCLIBC_PWD_BUFFER_SIZE=256
UCLIBC_GRP_BUFFER_SIZE=256
#
# Support various families of functions
#
UCLIBC_LINUX_MODULE_26=y
# UCLIBC_LINUX_MODULE_24 is not set
UCLIBC_LINUX_SPECIFIC=y
UCLIBC_HAS_GNU_ERROR=y
UCLIBC_BSD_SPECIFIC=y
UCLIBC_HAS_BSD_ERR=y
UCLIBC_HAS_OBSOLETE_BSD_SIGNAL=y
# UCLIBC_HAS_OBSOLETE_SYSV_SIGNAL is not set
# UCLIBC_NTP_LEGACY is not set
UCLIBC_SV4_DEPRECATED=y
UCLIBC_HAS_REALTIME=y
UCLIBC_HAS_ADVANCED_REALTIME=y
UCLIBC_HAS_EPOLL=y
UCLIBC_HAS_XATTR=y
# UCLIBC_HAS_PROFILING is not set
UCLIBC_HAS_CRYPT_IMPL=y
UCLIBC_HAS_SHA256_CRYPT_IMPL=y
# UCLIBC_HAS_SHA512_CRYPT_IMPL is not set
UCLIBC_HAS_CRYPT=y
UCLIBC_HAS_NETWORK_SUPPORT=y
UCLIBC_HAS_SOCKET=y
UCLIBC_HAS_IPV4=y
UCLIBC_HAS_IPV6=y
# UCLIBC_HAS_RPC is not set
UCLIBC_USE_NETLINK=y
UCLIBC_SUPPORT_AI_ADDRCONFIG=y
UCLIBC_HAS_BSD_RES_CLOSE=y
UCLIBC_HAS_COMPAT_RES_STATE=y
# UCLIBC_HAS_EXTRA_COMPAT_RES_STATE is not set
UCLIBC_HAS_RESOLVER_SUPPORT=y
UCLIBC_HAS_LIBRESOLV_STUB=y
UCLIBC_HAS_LIBNSL_STUB=y
#
# String and Stdio Support
#
UCLIBC_HAS_STRING_GENERIC_OPT=y
UCLIBC_HAS_STRING_ARCH_OPT=y
UCLIBC_HAS_STDIO_FUTEXES=y
UCLIBC_HAS_CTYPE_TABLES=y
UCLIBC_HAS_CTYPE_SIGNED=y
# UCLIBC_HAS_CTYPE_UNSAFE is not set
UCLIBC_HAS_CTYPE_CHECKED=y
# UCLIBC_HAS_CTYPE_ENFORCED is not set
UCLIBC_HAS_WCHAR=y
# UCLIBC_HAS_LOCALE is not set
UCLIBC_HAS_HEXADECIMAL_FLOATS=y
UCLIBC_HAS_GLIBC_CUSTOM_PRINTF=y
UCLIBC_PRINTF_SCANF_POSITIONAL_ARGS=9
# UCLIBC_HAS_STDIO_BUFSIZ_256 is not set
# UCLIBC_HAS_STDIO_BUFSIZ_512 is not set
# UCLIBC_HAS_STDIO_BUFSIZ_1024 is not set
# UCLIBC_HAS_STDIO_BUFSIZ_2048 is not set
UCLIBC_HAS_STDIO_BUFSIZ_4096=y
# UCLIBC_HAS_STDIO_BUFSIZ_8192 is not set
UCLIBC_HAS_STDIO_BUILTIN_BUFFER_NONE=y
# UCLIBC_HAS_STDIO_BUILTIN_BUFFER_4 is not set
# UCLIBC_HAS_STDIO_BUILTIN_BUFFER_8 is not set
# UCLIBC_HAS_STDIO_SHUTDOWN_ON_ABORT is not set
UCLIBC_HAS_STDIO_GETC_MACRO=y
UCLIBC_HAS_STDIO_PUTC_MACRO=y
UCLIBC_HAS_STDIO_AUTO_RW_TRANSITION=y
# UCLIBC_HAS_FOPEN_LARGEFILE_MODE is not set
UCLIBC_HAS_FOPEN_EXCLUSIVE_MODE=y
# UCLIBC_HAS_FOPEN_CLOSEEXEC_MODE is not set
UCLIBC_HAS_GLIBC_CUSTOM_STREAMS=y
UCLIBC_HAS_PRINTF_M_SPEC=y
UCLIBC_HAS_ERRNO_MESSAGES=y
# UCLIBC_HAS_SYS_ERRLIST is not set
UCLIBC_HAS_SIGNUM_MESSAGES=y
# UCLIBC_HAS_SYS_SIGLIST is not set
UCLIBC_HAS_GNU_GETOPT=y
UCLIBC_HAS_GETOPT_LONG=y
UCLIBC_HAS_GNU_GETSUBOPT=y
UCLIBC_HAS_ARGP=y
#
# Big and Tall
#
UCLIBC_HAS_REGEX=y
# UCLIBC_HAS_REGEX_OLD is not set
UCLIBC_HAS_FNMATCH=y
# UCLIBC_HAS_FNMATCH_OLD is not set
UCLIBC_HAS_WORDEXP=y
UCLIBC_HAS_NFTW=y
UCLIBC_HAS_FTW=y
UCLIBC_HAS_FTS=y
UCLIBC_HAS_GLOB=y
UCLIBC_HAS_GNU_GLOB=y
#
# Library Installation Options
#
RUNTIME_PREFIX="/"
DEVEL_PREFIX="/usr/"
MULTILIB_DIR="lib"
HARDWIRED_ABSPATH=y
#
# Security options
#
# UCLIBC_BUILD_PIE is not set
UCLIBC_HAS_ARC4RANDOM=y
# ARC4RANDOM_USES_NODEV is not set
# UCLIBC_HAS_SSP is not set
UCLIBC_BUILD_RELRO=y
UCLIBC_BUILD_NOW=y
UCLIBC_BUILD_NOEXECSTACK=y
#
# Development/debugging options
#
CROSS_COMPILER_PREFIX=""
UCLIBC_EXTRA_CFLAGS=""
# DODEBUG is not set
# DOSTRIP is not set
# DOASSERTS is not set
# SUPPORT_LD_DEBUG is not set
# SUPPORT_LD_DEBUG_EARLY is not set
# UCLIBC_MALLOC_DEBUGGING is not set
# UCLIBC_HAS_BACKTRACE is not set
WARNINGS="-Wall"
# EXTRA_WARNINGS is not set
# DOMULTI is not set

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floppy144.vfd
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8
make_dragonfly
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@ -3,7 +3,7 @@
export VERBOSE=3
export DNS_PARSER=OS
rm -f vlmcsd-* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsd-Dragon* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsdmulti vlmcsd vlmcs 2>/dev/null
MAKEFLAGS="-B -j12"
@ -16,9 +16,7 @@ LF="-Wl,-z,norelro -Wl,--hash-style=sysv -Wl,--build-id=none"
LFCLANG="-Wl,-z,norelro -Wl,--hash-style=sysv"
export CC=gcc5
gmake $MAKEFLAGS PROGRAM_NAME=vlmcsd-DragonFly-x64 CLIENT_NAME=vlmcs-DragonFly-x64 CFLAGS="$CF" LDFLAGS="$LF"
rm vlmcsd.o vlmcs.o
gmake vlmcsdmulti-DragonFly-x64 $REUSEOBJFLAGS CFLAGS="$CF" LDFLAGS="$LF" MULTI_NAME=vlmcsdmulti-DragonFly-x64
gmake $MAKEFLAGS MULTI_NAME=vlmcsdmulti-DragonFly-x64 PROGRAM_NAME=vlmcsd-DragonFly-x64 CLIENT_NAME=vlmcs-DragonFly-x64 CFLAGS="$CF" LDFLAGS="$LF" allmulti
rm *.o
@ -29,4 +27,4 @@ cp -af vlmcsd-DragonFly-x64 /usr/local/sbin/vlmcsd
cp -af vlmcs-DragonFly-x64 /usr/local/bin/vlmcs
# Copy everything to distribution server
scp -p vlmcsdmulti-* vlmcsd-* vlmcs-* root@ubuntu64:x/binaries/DragonFly/intel/
scp -p vlmcsdmulti-* vlmcsd-Dragon* vlmcs-* root@ubuntu64:x/binaries/DragonFly/intel/

17
make_freebsd
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@ -3,7 +3,7 @@
export VERBOSE=3
export DNS_PARSER=OS
rm -f vlmcsd-* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsd-Free* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsdmulti vlmcsd vlmcs 2>/dev/null
MAKEFLAGS="-B -j12"
@ -15,22 +15,13 @@ LF="-Wl,-z,norelro -Wl,--hash-style=gnu -Wl,--build-id=none"
LFCLANG="-Wl,-z,norelro -Wl,--hash-style=gnu"
gmake $MAKEFLAGS allmulti CAT=2 MULTI_NAME=vlmcsdmulti-FreeBSD-10.3-x64-gcc CLIENT_NAME=vlmcs-FreeBSD-10.3-x64-gcc PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x64-gcc CC=gcc5 CFLAGS="$CF" LDFLAGS="$LF"
gmake $MAKEFLAGS CLIENT_NAME=vlmcs-FreeBSD-10.3-x64 PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x64 CC=clang38 CFLAGS="$CFCLANG" LDFLAGS="$LF"
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.*
gmake $REUSEOBJFLAGS vlmcsdmulti-FreeBSD-10.3-x64 MULTI_NAME=vlmcsdmulti-FreeBSD-10.3-x64 CC=clang38 CFLAGS="$CFCLANG" LDFLAGS="$LF"
gmake $MAKEFLAGS CLIENT_NAME=vlmcs-FreeBSD-10.3-x86 PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x86 CC=clang38 CFLAGS="$CFCLANG -m32" LDFLAGS="$LF"
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.*
gmake $REUSEOBJFLAGS vlmcsdmulti-FreeBSD-10.3-x86 MULTI_NAME=vlmcsdmulti-FreeBSD-10.3-x86 CC=clang38 CFLAGS="$CFCLANG -m32" LDFLAGS="$LF"
gmake $MAKEFLAGS MULTI_NAME=vlmcsdmulti-FreeBSD-10.3-x64 CLIENT_NAME=vlmcs-FreeBSD-10.3-x64 PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x64 CC=clang38 CFLAGS="$CFCLANG" LDFLAGS="$LF" allmulti
gmake $MAKEFLAGS MULTI_NAME=vlmcsdmulti-FreeBSD-10.3-x86 CLIENT_NAME=vlmcs-FreeBSD-10.3-x86 PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x86 CC=clang38 CFLAGS="$CFCLANG -m32" LDFLAGS="$LF"
gmake $MAKEFLAGS allmulti CAT=2 MULTI_NAME=vlmcsdmulti-FreeBSD-10.3-x86-gcc CLIENT_NAME=vlmcs-FreeBSD-10.3-x86-gcc PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x86-gcc CC=gcc5 CFLAGS="$CF -m32 -DCOMPAT_32BIT" LDFLAGS="-L/usr/lib32 -B/usr/lib32 $LF"
gmake $MAKEFLAGS CAT=2 vlmcsd-FreeBSD-10.3-x64-threads-gcc PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x64-threads-gcc THREADS=1 CC=gcc5 CFLAGS="$CF" LDFLAGS="-lpthread $LF"
gmake $MAKEFLAGS vlmcsd-FreeBSD-10.3-x64-threads PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x64-threads THREADS=1 CC=clang38 CFLAGS="$CFCLANG" LDFLAGS="-lpthread $LF"
gmake $MAKEFLAGS vlmcsd-FreeBSD-10.3-x86-threads PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x86-threads THREADS=1 CC=clang38 CFLAGS="$CFCLANG -m32" LDFLAGS="-lpthread $LF"
gmake $MAKEFLAGS CAT=2 vlmcsd-FreeBSD-10.3-x86-threads-gcc PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x86-threads-gcc THREADS=1 CC=gcc5 CFLAGS="$CF -m32 -DCOMPAT_32BIT" LDFLAGS="-lpthread -L/usr/lib32 -B/usr/lib32 $LF"
gmake $MAKEFLAGS CRYPTO=openssl_with_aes CLIENT_NAME=vlmcs-FreeBSD-10.3-x64-openssl1.0.1-EXPERIMENTAL PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x64-openssl1.0.1-EXPERIMENTAL CC=clang38 CFLAGS="$CFCLANG" LDFLAGS="$LF"
gmake $MAKEFLAGS CRYPTO=openssl_with_aes CLIENT_NAME=vlmcs-FreeBSD-10.3-x86-openssl1.0.1-EXPERIMENTAL PROGRAM_NAME=vlmcsd-FreeBSD-10.3-x86-openssl1.0.1-EXPERIMENTAL CC=clang38 CFLAGS="$CFCLANG -m32" LDFLAGS="$LF"
@ -43,4 +34,4 @@ sudo cp -af vlmcsd-FreeBSD-10.3-x86-gcc /usr/local/sbin/vlmcsd
sudo cp -af vlmcs-FreeBSD-10.3-x86-gcc /usr/local/bin/vlmcs
# Copy everything to distribution server
scp -p vlmcsdmulti-* vlmcsd-* vlmcs-* root@ubuntu64:x/binaries/FreeBSD/intel/
scp -p vlmcsdmulti-* vlmcsd-Free* vlmcs-* root@ubuntu64:x/binaries/FreeBSD/intel/

7
make_hurd
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@ -3,7 +3,7 @@
export VERBOSE=3
export DNS_PARSER=OS
rm -f vlmcsd-* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsd-hurd* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsdmulti vlmcsd vlmcs 2>/dev/null
MAKEFLAGS="-B -j1"
@ -12,8 +12,7 @@ export CC=gcc
CF="-flto=jobserver -pipe -fwhole-program -fno-common -fno-exceptions -fno-stack-protector -fno-unwind-tables -fno-asynchronous-unwind-tables -fmerge-all-constants"
LF="-fuse-ld=gold -lresolv -Wl,-z,norelro,--hash-style=gnu,--build-id=none"
make $MAKEFLAGS PROGRAM_NAME=vlmcsd-hurd-x86-glibc CLIENT_NAME=vlmcs-hurd-x86-glibc CFLAGS="$CF" LDFLAGS="$LF" CAT=2
make $MAKEFLAGS MULTI_NAME=vlmcsdmulti-hurd-x86-glibc vlmcsdmulti-hurd-x86-glibc CFLAGS="$CF" LDFLAGS="$LF" CAT=2 AUXV=1
make $MAKEFLAGS MULTI_NAME=vlmcsdmulti-hurd-x86-glibc vlmcsdmulti-hurd-x86-glibc PROGRAM_NAME=vlmcsd-hurd-x86-glibc CLIENT_NAME=vlmcs-hurd-x86-glibc CFLAGS="$CF" LDFLAGS="$LF" allmulti
make clean
@ -34,5 +33,5 @@ cp -af vlmcsd.ini.5 /usr/local/man/man5/
bzip2 -f -9 /usr/local/man/man5/vlmcsd.ini.5 /usr/local/man/man1/vlmcs.1 /usr/local/man/man1/vlmcsdmulti.1 /usr/local/man/man7/vlmcsd.7 /usr/local/man/man8/vlmcsd.8
# Copy everything to distribution server
scp -p vlmcsdmulti-* vlmcsd-* vlmcs-* root@ubuntu64.internal:x/binaries/Hurd/intel/
scp -p vlmcsdmulti-* vlmcsd-hurd* vlmcs-* root@ubuntu64.internal:x/binaries/Hurd/intel/

10
make_kfreebsd
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@ -3,7 +3,7 @@
export VERBOSE=3
export DNS_PARSER=OS
rm -f vlmcsd-* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsd-Free* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsdmulti vlmcsd vlmcs 2>/dev/null
MAKEFLAGS="-B -j`nproc`"
@ -16,15 +16,13 @@ export PROGRAM_NAME=vlmcsd-FreeBSD-10.1-x64-glibc
export CLIENT_NAME=vlmcs-FreeBSD-10.1-x64-glibc
export MULTI_NAME=vlmcsdmulti-FreeBSD-10.1-x64-glibc
make $MAKEFLAGS CFLAGS="$CF -m64" LDFLAGS="$LF" CAT=2
make $MAKEFLAGS $MULTI_NAME CFLAGS="$CF -m64" LDFLAGS="$LF" CAT=2 AUXV=1
make $MAKEFLAGS CFLAGS="$CF -m64" LDFLAGS="$LF" CAT=2 allmulti
export PROGRAM_NAME=vlmcsd-FreeBSD-10.1-x86-glibc
export CLIENT_NAME=vlmcs-FreeBSD-10.1-x86-glibc
export MULTI_NAME=vlmcsdmulti-FreeBSD-10.1-x86-glibc
make $MAKEFLAGS CFLAGS="$CF -m32" LDFLAGS="$LF" CAT=2
make $MAKEFLAGS $MULTI_NAME CFLAGS="$CF -m32" LDFLAGS="$LF" CAT=2 AUXV=1
make $MAKEFLAGS CFLAGS="$CF -m32" LDFLAGS="$LF" CAT=2 allmulti
sstrip -z vlmcs-* vlmcsd-* vlmcsdmulti-*
@ -43,5 +41,5 @@ cp -af vlmcsd.ini.5 /usr/local/man/man5/
bzip2 -f -9 /usr/local/man/man5/vlmcsd.ini.5 /usr/local/man/man1/vlmcs.1 /usr/local/man/man1/vlmcsdmulti.1 /usr/local/man/man7/vlmcsd.7 /usr/local/man/man8/vlmcsd.8
# Copy everything to distribution server
scp -p vlmcsdmulti-* vlmcsd-* vlmcs-* root@ubuntu64.internal:x/binaries/FreeBSD/intel/
scp -p vlmcsdmulti-* vlmcsd-Free* vlmcs-* root@ubuntu64.internal:x/binaries/FreeBSD/intel/

988
make_linux
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4
make_minix
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@ -16,9 +16,7 @@ export CLIENT_NAME=vlmcs$SUFFIX
export MULTI_NAME=vlmcsdmulti$SUFFIX
gmake clean
gmake -B
rm -f vlmcsd.o vlmcs.o vlmcsdmulti.o
gmake $MULTI_NAME
gmake -B allmulti
strip -s --strip-unneeded --remove-section .eh_frame_hdr --remove-section .eh_frame --remove-section .ident --remove-section .note.minix.ident --remove-section .note.netbsd.pax --remove-section=.note.gnu.gold-version --remove-section=.comment --remove-section=.note --remove-section=.note.gnu.build-id --remove-section=.note.ABI-tag *$SUFFIX

36
make_multilib_linux
View File

@ -4,7 +4,7 @@ SMALLCC="-pipe -fno-common -fno-exceptions -fno-stack-protector -fno-unwind-tabl
SMALLLD="-pipe -Wl,--hash-style=sysv -Wl,-z,norelro -Wl,--build-id=none"
SMALL="$SMALLCC $SMALLLD"
rm -f vlmcsd vlmcs vlmcsdmulti vlmcsd-* vlmcs-* vlmcsdmulti-*
rm -f vlmcsd vlmcs vlmcsdmulti vlmcsd-s390* vlmcsd-sparc64* vlmcsd-mips64* vlmcs-* vlmcsdmulti-*
## IBM S/390
@ -20,10 +20,7 @@ export MULTI_NAME=vlmcsdmulti-s390-glibc
export CLIENT_NAME=vlmcs-s390-glibc
export PROGRAM_NAME=vlmcsd-s390-glibc
make -B -j`nproc` $CLIENT_NAME $PROGRAM_NAME
rm -f vlmcsd.o vlmcs.o vlmcsdmulti.o
make -j`nproc` $MULTI_NAME
make -B -j`nproc` allmulti
sstrip -z $CLIENT_NAME $PROGRAM_NAME $MULTI_NAME
@ -32,15 +29,11 @@ export MULTI_NAME=vlmcsdmulti-s390x-glibc
export CLIENT_NAME=vlmcs-s390x-glibc
export PROGRAM_NAME=vlmcsd-s390x-glibc
make -B -j`nproc` $CLIENT_NAME $PROGRAM_NAME
rm -f vlmcsd.o vlmcs.o vlmcsdmulti.o
export PLATFORMFLAGS="-flto=jobserver -fwhole-program -m64 -mzarch -mpacked-stack -msmall-exec"
make -j`nproc` $MULTI_NAME
make -B -j`nproc` allmulti
sstrip -z $CLIENT_NAME $PROGRAM_NAME $MULTI_NAME
## SPARC64
export PLATFORMFLAGS="-flto=jobserver -fwhole-program -mcpu=v7"
@ -51,13 +44,12 @@ export MULTI_NAME=vlmcsdmulti-sparc64v9-glibc
export CLIENT_NAME=vlmcs-sparc64v9-glibc
export PROGRAM_NAME=vlmcsd-sparc64v9-glibc
make -B -j`nproc` $CLIENT_NAME $PROGRAM_NAME
make -B -j`nproc` allmulti
rm -f vlmcsd.o vlmcs.o vlmcsdmulti.o
make -j`nproc` $MULTI_NAME
sstrip -z $CLIENT_NAME $PROGRAM_NAME $MULTI_NAME
## MIPS64 BIG-ENDIAN
export PLATFORMFLAGS="-flto=jobserver -fwhole-program -mips64 -mno-mips16"
@ -68,10 +60,8 @@ export MULTI_NAME=vlmcsdmulti-mips64-glibc
export CLIENT_NAME=vlmcs-mips64-glibc
export PROGRAM_NAME=vlmcsd-mips64-glibc
make -B -j`nproc` $CLIENT_NAME $PROGRAM_NAME
make -B -j`nproc` allmulti
rm -f vlmcsd.o vlmcs.o vlmcsdmulti.o
make -j`nproc` $MULTI_NAME
sstrip -z $CLIENT_NAME $PROGRAM_NAME $MULTI_NAME
export PLATFORMFLAGS="-flto=jobserver -fwhole-program -mips64 -mmicromips"
@ -79,10 +69,8 @@ export MULTI_NAME=vlmcsdmulti-mips64mm-glibc
export CLIENT_NAME=vlmcs-mips64mm-glibc
export PROGRAM_NAME=vlmcsd-mips64mm-glibc
make -B -j`nproc` $CLIENT_NAME $PROGRAM_NAME
make -B -j`nproc` allmulti
rm -f vlmcsd.o vlmcs.o vlmcsdmulti.o
make -j`nproc` $MULTI_NAME
sstrip -z $CLIENT_NAME $PROGRAM_NAME $MULTI_NAME
@ -96,10 +84,8 @@ export MULTI_NAME=vlmcsdmulti-mips64el-glibc
export CLIENT_NAME=vlmcs-mips64el-glibc
export PROGRAM_NAME=vlmcsd-mips64el-glibc
make -B -j`nproc` $CLIENT_NAME $PROGRAM_NAME
make -B -j`nproc` allmulti
rm -f vlmcsd.o vlmcs.o vlmcsdmulti.o
make -j`nproc` $MULTI_NAME
sstrip -z $CLIENT_NAME $PROGRAM_NAME $MULTI_NAME
export PLATFORMFLAGS="-flto=jobserver -fwhole-program -mips64 -mmicromips"
@ -107,10 +93,8 @@ export MULTI_NAME=vlmcsdmulti-mips64elmm-glibc
export CLIENT_NAME=vlmcs-mips64elmm-glibc
export PROGRAM_NAME=vlmcsd-mips64elmm-glibc
make -B -j`nproc` $CLIENT_NAME $PROGRAM_NAME
make -B -j`nproc` allmulti
rm -f vlmcsd.o vlmcs.o vlmcsdmulti.o
make -j`nproc` $MULTI_NAME
sstrip -z $CLIENT_NAME $PROGRAM_NAME $MULTI_NAME

10
make_netbsd
View File

@ -3,21 +3,19 @@
export VERBOSE=3
export DNS_PARSER=OS
rm -f vlmcsd-* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsd-NetBSD* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
gmake clean
MAKEFLAGS="-B -j12"
REUSEOBJFLAGS="-j12"
CF="-flto=12 -static-libgcc -pipe -fwhole-program -fno-common -fno-exceptions -fno-stack-protector -fno-unwind-tables -fno-asynchronous-unwind-tables -fmerge-all-constants"
CF45="-static-libgcc -pipe -fno-common -fno-exceptions -fno-stack-protector -fno-unwind-tables -fno-asynchronous-unwind-tables -fmerge-all-constants"
CF45="-flto=12 -static-libgcc -pipe -fno-common -fno-exceptions -fno-stack-protector -fno-unwind-tables -fno-asynchronous-unwind-tables -fmerge-all-constants"
CFCLANG="-pipe -fno-common -fno-exceptions -fno-stack-protector -fno-unwind-tables -fno-asynchronous-unwind-tables -fmerge-all-constants"
LF="-Wl,-z,norelro -Wl,--hash-style=sysv -Wl,--build-id=none"
LFCLANG="-Wl,-z,norelro -Wl,--hash-style=sysv"
gmake $MAKEFLAGS CC=/usr/pkg/gcc5/bin/gcc PROGRAM_NAME=vlmcsd-NetBSD-x64 CLIENT_NAME=vlmcs-NetBSD-x64 CFLAGS="$CF" LDFLAGS="$LF"
rm vlmcsd.o vlmcs.o
gmake vlmcsdmulti-NetBSD-x64 $REUSEOBJFLAGS CC=/usr/pkg/gcc5/bin/gcc CFLAGS="$CF" LDFLAGS="$LF" MULTI_NAME=vlmcsdmulti-NetBSD-x64
gmake $MAKEFLAGS CC=/usr/pkg/gcc5/bin/gcc PROGRAM_NAME=vlmcsd-NetBSD-x64 CLIENT_NAME=vlmcs-NetBSD-x64 MULTI_NAME=vlmcsdmulti-NetBSD-x64 allmulti CFLAGS="$CF" LDFLAGS="$LF"
gmake allmulti CC=gcc $MAKEFLAGS CAT=2 MULTI_NAME=vlmcsdmulti-NetBSD-x86 PROGRAM_NAME=vlmcsd-NetBSD-x86 CLIENT_NAME=vlmcs-NetBSD-x86 CFLAGS="$CF45 -m32" LDFLAGS="$LF"
@ -32,4 +30,4 @@ cp -af vlmcsd-NetBSD-x86 /usr/local/sbin/vlmcsd
cp -af vlmcs-NetBSD-x86 /usr/local/bin/vlmcs
# Copy everything to distribution server
scp -p vlmcsdmulti-* vlmcsd-* vlmcs-* root@ubuntu64:x/binaries/NetBSD/intel/
scp -p vlmcsdmulti-* vlmcsd-Net* vlmcs-* root@ubuntu64:x/binaries/NetBSD/intel/

6
make_openbsd
View File

@ -3,7 +3,7 @@
export VERBOSE=3
export DNS_PARSER=OS
rm -f vlmcsd-* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsd-Open* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsdmulti vlmcsd vlmcs 2>/dev/null
MAKEFLAGS="-B -j12"
@ -15,7 +15,7 @@ CFCLANG="-pipe -fno-common -fno-exceptions -fno-stack-protector -fno-unwind-tabl
LF="-Wl,-z,norelro"
LFCLANG="-Wl,-z,norelro"
gmake allmulti CAT=2 $MAKEFLAGS CC=egcc MULTI_NAME=vlmcsdmulti-OpenBSD-x64 PROGRAM_NAME=vlmcsd-OpenBSD-x64 CLIENT_NAME=vlmcs-OpenBSD-x64 CFLAGS="$CF" LDFLAGS="$LF"
gmake -Bj12 allmulti $MAKEFLAGS CC=egcc MULTI_NAME=vlmcsdmulti-OpenBSD-x64 PROGRAM_NAME=vlmcsd-OpenBSD-x64 CLIENT_NAME=vlmcs-OpenBSD-x64 CFLAGS="$CF" LDFLAGS="$LF"
#gmake allmulti $MAKEFLAGS CAT=2 MULTI_NAME=vlmcsdmulti-OpenBSD-x86 PROGRAM_NAME=vlmcsd-OpenBSD-x86 CLIENT_NAME=vlmcs-OpenBSD-x86 CFLAGS="$CF45 -m32" LDFLAGS="$LF"
@ -30,4 +30,4 @@ cp -f vlmcsd-OpenBSD-x64 /usr/local/sbin/vlmcsd
cp -f vlmcs-OpenBSD-x64 /usr/local/bin/vlmcs
# Copy everything to distribution server
scp -p vlmcsdmulti-* vlmcsd-* vlmcs-* root@ubuntu64:x/binaries/OpenBSD/intel/
scp -p vlmcsdmulti-* vlmcsd-Open* vlmcs-* root@ubuntu64:x/binaries/OpenBSD/intel/

46
make_osx
View File

@ -3,7 +3,7 @@
export VERBOSE=3
export DNS_PARSER=OS
rm vlmcsd-* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm vlmcsd-Mac* vlmcsd-iOS* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm vlmcsd vlmcs vlmcsdmulti 2>/dev/null
MAKEFLAGS="-Bj"
@ -12,40 +12,26 @@ CFGCC="-static-libgcc -mdynamic-no-pic -Os -flto=jobserver -fwhole-program -fno-
CFCLANG="-mdynamic-no-pic -Os -flto -fno-common -fno-exceptions -fno-stack-protector -fno-unwind-tables -fno-asynchronous-unwind-tables -fmerge-all-constants"
CFGCC42="-static-libgcc -mdynamic-no-pic -Os -fno-common -fno-exceptions -fno-stack-protector -fno-unwind-tables -fno-asynchronous-unwind-tables -fmerge-all-constants"
make $MAKEFLAGS CLIENT_NAME=vlmcs-MacOSX-x86 PROGRAM_NAME=vlmcsd-MacOSX-x86 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m32 -march=core2 -mmacosx-version-min=10.0" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
make $REUSEOBJFLAGS vlmcsdmulti-MacOSX-x86 MULTI_NAME=vlmcsdmulti-MacOSX-x86 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m32 -march=core2 -mmacosx-version-min=10.0" && \
make $MAKEFLAGS allmulti MULTI_NAME=vlmcsdmulti-MacOSX-x86 CLIENT_NAME=vlmcs-MacOSX-x86 PROGRAM_NAME=vlmcsd-MacOSX-x86 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m32 -march=core2 -mmacosx-version-min=10.0" && \
make $MAKEFLAGS vlmcsd-MacOSX-x86-threads THREADS=1 PROGRAM_NAME=vlmcsd-MacOSX-x86-threads CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m32 -march=core2 -mmacosx-version-min=10.0" && \
make $MAKEFLAGS CLIENT_NAME=vlmcs-MacOSX-x64 PROGRAM_NAME=vlmcsd-MacOSX-x64 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m64 -march=core2 -mmacosx-version-min=10.0" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
make $REUSEOBJFLAGS vlmcsdmulti-MacOSX-x64 MULTI_NAME=vlmcsdmulti-MacOSX-x64 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m64 -march=core2 -mmacosx-version-min=10.0" && \
make $MAKEFLAGS allmulti MULTI_NAME=vlmcsdmulti-MacOSX-x64 CLIENT_NAME=vlmcs-MacOSX-x64 PROGRAM_NAME=vlmcsd-MacOSX-x64 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m64 -march=core2 -mmacosx-version-min=10.0" && \
make $MAKEFLAGS vlmcsd-MacOSX-x64-threads THREADS=1 PROGRAM_NAME=vlmcsd-MacOSX-x64-threads CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m64 -march=core2 -mmacosx-version-min=10.0" && \
#make $MAKEFLAGS CLIENT_NAME=vlmcs-MacOSX-x86-openssl-EXPERIMENTAL PROGRAM_NAME=vlmcsd-MacOSX-x86-openssl-EXPERIMENTAL CRYPTO=openssl_with_aes_soft CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m32 -march=core2 -mmacosx-version-min=10.4" && \
#make $MAKEFLAGS CLIENT_NAME=vlmcs-MacOSX-x64-openssl-EXPERIMENTAL PROGRAM_NAME=vlmcsd-MacOSX-x64-openssl-EXPERIMENTAL CRYPTO=openssl_with_aes_soft CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m64 -march=core2 -mmacosx-version-min=10.4" && \
#make $MAKEFLAGS CLIENT_NAME=vlmcs-iOS-7.1-armv7 PROGRAM_NAME=vlmcsd-iOS-7.1-armv7 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 -isysroot /Applications/Xcode.app/Contents/Developer/Platforms/iPhoneOS.platform/Developer/SDKs/iPhoneOS7.1.sdk" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
#rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
#make $REUSEOBJFLAGS vlmcsdmulti-iOS-7.1-armv7 MULTI_NAME=vlmcsdmulti-iOS-7.1-armv7 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 -isysroot /Applications/Xcode.app/Contents/Developer/Platforms/iPhoneOS.platform/Developer/SDKs/iPhoneOS7.1.sdk" && \
make $MAKEFLAGS CLIENT_NAME=vlmcs-iOS-armv7 PROGRAM_NAME=vlmcsd-iOS-armv7 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 -isysroot ~/toolchains/iPhoneOS.sdk" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
make $REUSEOBJFLAGS vlmcsdmulti-iOS-armv7 MULTI_NAME=vlmcsdmulti-iOS-armv7 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 -isysroot ~/toolchains/iPhoneOS.sdk" && \
make $MAKEFLAGS CLIENT_NAME=vlmcs-iOS-armv8-aarch64 PROGRAM_NAME=vlmcsd-iOS-armv8-aarch64 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m64 -arch arm64 -miphoneos-version-min=7.0 -isysroot ~/toolchains/iPhoneOS.sdk" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
make $REUSEOBJFLAGS vlmcsdmulti-iOS-armv8-aarch64 MULTI_NAME=vlmcsdmulti-iOS-armv8-aarch64 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m64 -arch arm64 -miphoneos-version-min=7.0 -isysroot ~/toolchains/iPhoneOS.sdk" && \
make $MAKEFLAGS allmulti MULTI_NAME=vlmcsdmulti-iOS-armv7 CLIENT_NAME=vlmcs-iOS-armv7 PROGRAM_NAME=vlmcsd-iOS-armv7 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 -isysroot ~/toolchains/iPhoneOS.sdk" && \
make $MAKEFLAGS allmulti MULTI_NAME=vlmcsdmulti-iOS-armv8-aarch64 CLIENT_NAME=vlmcs-iOS-armv8-aarch64 PROGRAM_NAME=vlmcsd-iOS-armv8-aarch64 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-m64 -arch arm64 -miphoneos-version-min=7.0 -isysroot ~/toolchains/iPhoneOS.sdk" && \
make $MAKEFLAGS CLIENT_NAME=vlmcs-iOS-6.1-armv7 PROGRAM_NAME=vlmcsd-iOS-6.1-armv7 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 --sysroot ~/toolchains/iPhoneOS6.1.sdk -isysroot ~/toolchains/iPhoneOS6.1.sdk" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
make $REUSEOBJFLAGS vlmcsdmulti-iOS-6.1-armv7 MULTI_NAME=vlmcsdmulti-iOS-6.1-armv7 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 --sysroot ~/toolchains/iPhoneOS6.1.sdk -isysroot ~/toolchains/iPhoneOS6.1.sdk" && \
make $MAKEFLAGS allmulti MULTI_NAME=vlmcsdmulti-iOS-6.1-armv7 CLIENT_NAME=vlmcs-iOS-6.1-armv7 PROGRAM_NAME=vlmcsd-iOS-6.1-armv7 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 --sysroot ~/toolchains/iPhoneOS6.1.sdk -isysroot ~/toolchains/iPhoneOS6.1.sdk" && \
make $MAKEFLAGS CLIENT_NAME=vlmcs-iOS-5.1-armv7-clang3.4 PROGRAM_NAME=vlmcsd-iOS-5.1-armv7-clang3.4 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 --sysroot ~/toolchains/iPhoneOS5.1.sdk -isysroot ~/toolchains/iPhoneOS5.1.sdk" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
make $REUSEOBJFLAGS vlmcsdmulti-iOS-5.1-armv7-clang3.4 MULTI_NAME=vlmcsdmulti-iOS-5.1-armv7-clang3.4 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 --sysroot ~/toolchains/iPhoneOS5.1.sdk -isysroot ~/toolchains/iPhoneOS5.1.sdk" && \
make $MAKEFLAGS allmulti MULTI_NAME=vlmcsdmulti-iOS-5.1-armv7-clang3.4 CLIENT_NAME=vlmcs-iOS-5.1-armv7-clang3.4 PROGRAM_NAME=vlmcsd-iOS-5.1-armv7-clang3.4 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-mthumb -m32 -arch armv7 -miphoneos-version-min=1.0 --sysroot ~/toolchains/iPhoneOS5.1.sdk -isysroot ~/toolchains/iPhoneOS5.1.sdk" && \
#PATH=~/toolchains/iOS5.1-MacOS-Lion/usr/bin:$PATH clang --version
PATH=~/toolchains/iOS5.1-MacOS-Lion/usr/bin:$PATH make $MAKEFLAGS CLIENT_NAME=vlmcs-iOS-5.1-armv6-clang3.1 PROGRAM_NAME=vlmcsd-iOS-5.1-armv6-clang3.1 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-arch armv6 -miphoneos-version-min=1.0 --sysroot ~/toolchains/iPhoneOS5.1.sdk -isysroot ~/toolchains/iPhoneOS5.1.sdk" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
PATH=~/toolchains/iOS5.1-MacOS-Lion/usr/bin:$PATH make $REUSEOBJFLAGS vlmcsdmulti-iOS-5.1-armv6-clang3.1 MULTI_NAME=vlmcsdmulti-iOS-5.1-armv6-clang3.1 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-arch armv6 -miphoneos-version-min=1.0 --sysroot ~/toolchains/iPhoneOS5.1.sdk -isysroot ~/toolchains/iPhoneOS5.1.sdk" && \
PATH=~/toolchains/iOS5.1-MacOS-Lion/usr/bin:$PATH make $MAKEFLAGS allmulti MULTI_NAME=vlmcsdmulti-iOS-5.1-armv6-clang3.1 CLIENT_NAME=vlmcs-iOS-5.1-armv6-clang3.1 PROGRAM_NAME=vlmcsd-iOS-5.1-armv6-clang3.1 CC=clang CFLAGS="$CFCLANG" PLATFORMFLAGS="-arch armv6 -miphoneos-version-min=1.0 --sysroot ~/toolchains/iPhoneOS5.1.sdk -isysroot ~/toolchains/iPhoneOS5.1.sdk" && \
#PATH=~/toolchains/gcc4.2/usr/bin/bin:$PATH make $MAKEFLAGS CLIENT_NAME=vlmcs-iOS-4.1-armv6-llvm-gcc4.2 PROGRAM_NAME=vlmcsd-iOS-4.1-armv6-llvm-gcc4.2 CC=llvm-g++-4.2 CFLAGS="$CFGCC42" PLATFORMFLAGS="-arch armv6 -miphoneos-version-min=1.0 --sysroot ~/toolchains/iPhoneOS4.1.sdk -isysroot ~/toolchains/iPhoneOS4.1.sdk" && \
#rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
@ -56,18 +42,12 @@ PATH=~/toolchains/iOS5.1-MacOS-Lion/usr/bin:$PATH make $REUSEOBJFLAGS vlmcsdmult
#PATH=~/toolchains/gcc4.2/usr/bin:$PATH make $REUSEOBJFLAGS vlmcsdmulti-iOS-4.1-armv7-llvm-clang MULTI_NAME=vlmcsdmulti-iOS-4.1-armv7-llvm-clang CC=~/toolchains/gcc4.2/usr/bin/bin/clang CFLAGS="$CFGCC42" PLATFORMFLAGS="-mthumb -arch armv7 -miphoneos-version-min=4.1 --sysroot /Applications/Xcode.app/Contents/Developer/Platforms/iPhoneOS.platform/Developer/SDKs/iPhoneOS4.1.sdk -isysroot /Applications/Xcode.app/Contents/Developer/Platforms/iPhoneOS.platform/Developer/SDKs/iPhoneOS4.1.sdk" && \
PATH=~/toolchains/gcc4.2/usr/bin:$PATH make -Bj SAFE_MODE=1 PROGRAM_NAME=vlmcsd-MacOSX-ppc CLIENT_NAME=vlmcs-MacOSX-ppc CC=gcc CFLAGS="$CFGCC42 -isysroot ~/toolchains/MacOSX10.5.sdk -arch ppc -mmacosx-version-min=10.0" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
PATH=~/toolchains/gcc4.2/usr/bin:$PATH make -j SAFE_MODE=1 vlmcsdmulti-MacOSX-ppc MULTI_NAME=vlmcsdmulti-MacOSX-ppc CC=gcc CFLAGS="$CFGCC42 -isysroot ~/toolchains/MacOSX10.5.sdk -arch ppc -mmacosx-version-min=10.0"
PATH=~/toolchains/gcc4.2/usr/bin:$PATH make -Bj allmulti SAFE_MODE=1 MULTI_NAME=vlmcsdmulti-MacOSX-ppc PROGRAM_NAME=vlmcsd-MacOSX-ppc CLIENT_NAME=vlmcs-MacOSX-ppc CC=gcc CFLAGS="$CFGCC42 -isysroot ~/toolchains/MacOSX10.5.sdk -arch ppc -mmacosx-version-min=10.0" && \
make $MAKEFLAGS CLIENT_NAME=vlmcs-MacOSX-x86-gcc PROGRAM_NAME=vlmcsd-MacOSX-x86-gcc CC=gcc-5 CFLAGS="$CFGCC" PLATFORMFLAGS="-m32 -march=core2 -mmacosx-version-min=10.11" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
make $REUSEOBJFLAGS vlmcsdmulti-MacOSX-x86-gcc MULTI_NAME=vlmcsdmulti-MacOSX-x86-gcc CC=gcc-5 CFLAGS="$CFGCC" PLATFORMFLAGS="-m32 -march=core2 -mmacosx-version-min=10.11" && \
make $MAKEFLAGS allmulti MULTI_NAME=vlmcsdmulti-MacOSX-x86-gcc CLIENT_NAME=vlmcs-MacOSX-x86-gcc PROGRAM_NAME=vlmcsd-MacOSX-x86-gcc CC=gcc-5 CFLAGS="$CFGCC" PLATFORMFLAGS="-m32 -march=core2 -mmacosx-version-min=10.11" && \
make $MAKEFLAGS vlmcsd-MacOSX-x86-threads-gcc THREADS=1 PROGRAM_NAME=vlmcsd-MacOSX-x86-threads-gcc CC=gcc-5 CFLAGS="$CFGCC" PLATFORMFLAGS="-m32 -march=core2 -mmacosx-version-min=10.11" && \
make $MAKEFLAGS CLIENT_NAME=vlmcs-MacOSX-x64-gcc PROGRAM_NAME=vlmcsd-MacOSX-x64-gcc CC=gcc-5 CFLAGS="$CFGCC" PLATFORMFLAGS="-m64 -march=core2 -mmacosx-version-min=10.11" && \
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.* && \
make $REUSEOBJFLAGS vlmcsdmulti-MacOSX-x64-gcc MULTI_NAME=vlmcsdmulti-MacOSX-x64-gcc CC=gcc-5 CFLAGS="$CFGCC" PLATFORMFLAGS="-m64 -march=core2 -mmacosx-version-min=10.11" && \
make $MAKEFLAGS allmulti MULTI_NAME=vlmcsdmulti-MacOSX-x64-gcc CLIENT_NAME=vlmcs-MacOSX-x64-gcc PROGRAM_NAME=vlmcsd-MacOSX-x64-gcc CC=gcc-5 CFLAGS="$CFGCC" PLATFORMFLAGS="-m64 -march=core2 -mmacosx-version-min=10.11" && \
make $MAKEFLAGS vlmcsd-MacOSX-x64-threads-gcc THREADS=1 PROGRAM_NAME=vlmcsd-MacOSX-x64-threads-gcc CC=gcc-5 CFLAGS="$CFGCC" PLATFORMFLAGS="-m64 -march=core2 -mmacosx-version-min=10.11" && \
# Sign the iOS binaries
@ -88,7 +68,7 @@ sudo mkdir -p /usr/local/share/man/man5
sudo cp -p vlmcsd.8 /usr/local/share/man/man8
sudo cp -p vlmcs.1 vlmcsdmulti.1 /usr/local/share/man/man1
sudo cp -p vlmcsd.7 /usr/local/share/man/man7
sudo cp -p vlmcsd-floppy.7 vlmcsd.7 /usr/local/share/man/man7
sudo cp -p vlmcsd.ini.5 //usr/local/share/man/man5
# Copy the stuff to distribution server

12
make_solaris
View File

@ -10,7 +10,7 @@ fi
SOLARIS_VERSION=`uname -v`
rm -f vlmcsd-* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsd-Solaris* vlmcs-* vlmcsdmulti-* *_all.* 2>/dev/null
rm -f vlmcsdmulti vlmcsd vlmcs 2>/dev/null
MAKEFLAGS="-B -j`nproc`"
@ -24,9 +24,7 @@ LF="-fwhole-program -Wl,-z,norelro -Wl,--hash-style=sysv -Wl,--build-id=none"
if [ "$CAT" != "" ]; then
gmake $MAKEFLAGS LD_ALTEXEC=/usr/bin/gld vlmcs-Solaris$SOLARIS_VERSION-x86 vlmcsd-Solaris$SOLARIS_VERSION-x86 vlmcsdmulti-Solaris$SOLARIS_VERSION-x86 CLIENT_NAME=vlmcs-Solaris$SOLARIS_VERSION-x86 PROGRAM_NAME=vlmcsd-Solaris$SOLARIS_VERSION-x86 MULTI_NAME=vlmcsdmulti-Solaris$SOLARIS_VERSION-x86 CC=gcc CFLAGS="$CF" LDFLAGS="$LF"
else
gmake $MAKEFLAGS LD_ALTEXEC=/usr/bin/gld CLIENT_NAME=vlmcs-Solaris$SOLARIS_VERSION-x86 PROGRAM_NAME=vlmcsd-Solaris$SOLARIS_VERSION-x86 CC=gcc CFLAGS="$CF" LDFLAGS="$LF"
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.*
gmake $REUSEOBJFLAGS LD_ALTEXEC=/usr/bin/gld vlmcsdmulti-Solaris$SOLARIS_VERSION-x86 MULTI_NAME=vlmcsdmulti-Solaris$SOLARIS_VERSION-x86 CC=gcc CFLAGS="$CF" LDFLAGS="$LF"
gmake $MAKEFLAGS LD_ALTEXEC=/usr/bin/gld MULTI_NAME=vlmcsdmulti-Solaris$SOLARIS_VERSION-x86 CLIENT_NAME=vlmcs-Solaris$SOLARIS_VERSION-x86 PROGRAM_NAME=vlmcsd-Solaris$SOLARIS_VERSION-x86 CC=gcc CFLAGS="$CF" LDFLAGS="$LF" allmulti
fi
gmake $MAKEFLAGS LD_ALTEXEC=/usr/bin/gld vlmcsd-Solaris$SOLARIS_VERSION-x86-threads PROGRAM_NAME=vlmcsd-Solaris$SOLARIS_VERSION-x86-threads CC=gcc THREADS=1 CFLAGS="$CF" LDFLAGS="-lpthread $LF"
@ -39,9 +37,7 @@ LF="$LF -Wl,-melf_x86_64_sol2"
if [ "$CAT" != "" ]; then
gmake $MAKEFLAGS LD_ALTEXEC=/usr/bin/gld vlmcsdmulti-Solaris$SOLARIS_VERSION-x64 vlmcs-Solaris$SOLARIS_VERSION-x64 vlmcsd-Solaris$SOLARIS_VERSION-x64 MULTI_NAME=vlmcsdmulti-Solaris$SOLARIS_VERSION-x64 CLIENT_NAME=vlmcs-Solaris$SOLARIS_VERSION-x64 PROGRAM_NAME=vlmcsd-Solaris$SOLARIS_VERSION-x64 CC=gcc CFLAGS="$CF" LDFLAGS="$LF" PLATFORMFLAGS="-m64"
else
gmake $MAKEFLAGS LD_ALTEXEC=/usr/bin/gld CLIENT_NAME=vlmcs-Solaris$SOLARIS_VERSION-x64 PROGRAM_NAME=vlmcsd-Solaris$SOLARIS_VERSION-x64 CC=gcc CFLAGS="$CF" LDFLAGS="$LF" PLATFORMFLAGS="-m64"
rm -f vlmcs.o vlmcsd.o vlmcsdmulti.o *_all.*
gmake $REUSEOBJFLAGS LD_ALTEXEC=/usr/bin/gld vlmcsdmulti-Solaris$SOLARIS_VERSION-x64 MULTI_NAME=vlmcsdmulti-Solaris$SOLARIS_VERSION-x64 CC=gcc CFLAGS="$CF" LDFLAGS="$LF" PLATFORMFLAGS="-m64"
gmake $MAKEFLAGS LD_ALTEXEC=/usr/bin/gld MULTI_NAME=vlmcsdmulti-Solaris$SOLARIS_VERSION-x64 CLIENT_NAME=vlmcs-Solaris$SOLARIS_VERSION-x64 PROGRAM_NAME=vlmcsd-Solaris$SOLARIS_VERSION-x64 CC=gcc CFLAGS="$CF" LDFLAGS="$LF" PLATFORMFLAGS="-m64" allmulti
fi
gmake $MAKEFLAGS LD_ALTEXEC=/usr/bin/gld vlmcsd-Solaris$SOLARIS_VERSION-x64-threads PROGRAM_NAME=vlmcsd-Solaris$SOLARIS_VERSION-x64-threads CC=gcc THREADS=1 CFLAGS="$CF" LDFLAGS="$LF -lpthread" PLATFORMFLAGS="-m64"
@ -54,4 +50,4 @@ gstrip -s --strip-unneeded --remove-section=.note.gnu.gold-version --remove-sect
#sstrip -z vlmcs-* vlmcsd-*
# Copy stuff to distribution server
scp -p vlmcsd-* vlmcs-* vlmcsdmulti-* root@ubuntu64:x/binaries/Solaris/intel
scp -p vlmcsd-Sola* vlmcs-* vlmcsdmulti-* root@ubuntu64:x/binaries/Solaris/intel

8
make_windows
View File

@ -1,6 +1,6 @@
#!/bin/bash
rm -f cygkms*.dll libkms*.dll vlmcsd-* vlmcs-* vlmcsdmulti-* *_all.* vlmcsd.exe vlmcs.exe vlmcsdmulti.exe 2> /dev/null
rm -f cygkms*.dll libkms*.dll vlmcs-* vlmcsd-win* vlmcsd-cyg* vlmcsdmulti-* *_all.* vlmcsd.exe vlmcs.exe vlmcsdmulti.exe 2> /dev/null
export CAT=2
export VERBOSE=3
@ -73,12 +73,12 @@ mkdir -p /usr/share/man/man1
mkdir -p /usr/share/man/man7
mkdir -p /usr/share/man/man5
cp -p vlmcsd.7 /usr/share/man/man7
cp -p vlmcsd.7 vlmcsd-floppy.7 /usr/share/man/man7
cp -p vlmcsd.8 /usr/share/man/man8
cp -p vlmcsd.ini.5 /usr/share/man/man5
cp -p vlmcs.1 vlmcsdmulti.1 /usr/share/man/man1
bzip2 -f /usr/share/man/man5/vlmcsd.ini.5 /usr/share/man/man7/vlmcsd.7 /usr/share/man/man8/vlmcsd.8 /usr/share/man/man1/vlmcs.1 /usr/share/man/man1/vlmcsdmulti.1 &
bzip2 -f /usr/share/man/man7/vlmcsd-floppy.7 /usr/share/man/man5/vlmcsd.ini.5 /usr/share/man/man7/vlmcsd.7 /usr/share/man/man8/vlmcsd.8 /usr/share/man/man1/vlmcs.1 /usr/share/man/man1/vlmcsdmulti.1 &
# Copy stuff to distribution server
scp -p vlmcsd-* vlmcs-* vlmcsdmulti-* *.dll root@ubuntu64:x/binaries/Windows/intel
scp -p vlmcsd-cyg* vlmcsd-Win* vlmcs-* vlmcsdmulti-* *.dll root@ubuntu64:x/binaries/Windows/intel

2
shared_globals.h
View File

@ -42,7 +42,7 @@
#include <limits.h>
#include <ctype.h>
#include <stdarg.h>
#include <semaphore.h>
//#include <semaphore.h>
#include "types.h"
#define MAX_KMSAPPS 3

6
types.h
View File

@ -37,6 +37,12 @@
#endif // _WIN32
#if __linux__ // Some versions of uclibc do not define IP_FREEBIND in the correct header file
#ifndef IP_FREEBIND
#define IP_FREEBIND 15
#endif // IP_FREEBIND
#endif // __linux__
#if (IP_BINDANY || IP_FREEBIND || IPV6_BINDANY || IP_NONLOCALOK) && !defined(NO_FREEBIND) && !defined(USE_MSRPC) && !defined(SIMPLE_SOCKETS)
#define HAVE_FREEBIND 1
#endif

2
vlmcs.1.html
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@ -1,5 +1,5 @@
<!-- Creator : groff version 1.22.3 -->
<!-- CreationDate: Sun Jun 5 14:31:10 2016 -->
<!-- CreationDate: Fri Jun 17 14:16:33 2016 -->
<!DOCTYPE html PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN"
"http://www.w3.org/TR/html4/loose.dtd">
<html>

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292
vlmcsd-floppy.7 Normal file
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@ -0,0 +1,292 @@
.mso www.tmac
.TH "VLMCSD-FLOPPY" 7 "June 2016" "Hotbird64" "KMS Activation Manual"
.LO 8
.SH NAME
floppy144.vfd \- a bootable floppy disk with Linux and \fBvlmcsd\fR(8)
.SH DESCRIPTION
\fBfloppy144.vfd\fR is an image of a bootable floppy that contains a minimal version of Linux and \fBvlmcsd\fR(8). It requires only 16 MB of RAM. Its primary purpose is to run \fBvlmcsd\fR(8) in a small virtual machine which makes it easy to use \fBvlmcsd\fR(8) to activate the virtual machine's host computer which is not possible in Windows 8.1 and up. The floppy image is a standard 3,5" floppy with 1.44 MB storage. It is formatted with a FAT12 filesystem. The floppy can be mounted to apply several customizations.
.SH SUPPORTED HYPERVISORS
The floppy image has been tested with the following hypervisors:
.IP
VMWare, VirtualBox, Hyper-V and QEMU
.RE
Others are likely to work.
.SH SETUP
Create a new virtual machine. Assign 16 MB of RAM. Add a floppy drive and attach \fBfloppy144.vfd\fR to this drive. Do not create a virtual hard disk. Setup the virtual machine to boot from a floppy drive (VirtualBox has floppy boot disabled by default). If possible, setup a virtual machine with plain old BIOS (not UEFI). If you created an UEFI virtual machine, enable the compatibility support mode (CSM) to allow a BIOS compatible boot. Set number of CPUs to 1. The Linux kernel is not capable of SMP. Remove IDE, SATA, SCSI and USB support if possible. The Linux kernel can't handle this and ignores any devices connected to these buses.
Setup an ethernet card. The following models are supported:
.IP
Intel PRO/1000
.br
AMD PCNET III
.br
AMD PCNET32
.br
VMWare vmxnet3 (paravirtualized driver used by VMWare)
.br
virtio (paravirtualized driver used by VirtualBox, QEMU, KVM and lguest)
.RE
Most hypervisors emulate an Intel PRO/1000 or AMD PCNET32 by default. Selecting a paravirtualized driver slightly improves performance. In VirtualBox you can simply select virtio in the network configuration dialog. VMWare requires that you add or change the VMX file. Use 'ethernet0.virtualDev\ =\ "vmxnet3"' in your VMWare config file.
If you are using QEMU, you must also setup a TAP adapter. Port redirection does not work to activate your own computer.
.SH CONFIGURATION
\fBfloppy144.vfd\fR can be customized to fit your needs. This is done by editing the file syslinux.cfg on the floppy image. The floppy image must be mounted. Under Linux you can simply attach \fBfloppy144.vfd\fR to a loop device which is mountable like any other block device. For Windows you must use some software that allows mounting a floppy image, e.g.
.URL http://www.osforensics.com/tools/mount-disk-images.html OSFMount ""
OSFMount works under all Windows versions beginning with Windows XP up to Windows 10 (32- and 64-bit).
The default syslinux.cfg file looks like this:
.IP
.br
.SM
prompt 0
.br
.SM
TIMEOUT 50
.br
.SM
default dhcp
.br
.SM
LABEL dhcp
.br
.SM
\0\0KERNEL bzImage
.br
.SM
\0\0APPEND vga=773 quiet initrd=initrd KBD=us LISTEN=[::]:1688,0.0.0.0:1688 TZ=UTC0 IPV4_CONFIG=DHCP NTP_SERVER=pool.ntp.org HOST_NAME=vlmcsd ROOT_PASSWORD=vlmcsd USER_NAME=user USER_PASSWORD=vlmcsd GUEST_PASSWORD=vlmcsd INETD=Y WINDOWS=06401-00206-271-395032-03-1033-9600.0000-1652016 OFFICE2010=06401-00096-199-204970-03-1033-9600.0000-1652016 OFFICE2013=06401-00206-234-921934-03-1033-9600.0000-1652016 HWID=36:4F:46:3A:88:63:D3:5F
.SM
LABEL static
.br
.SM
\0\0KERNEL bzImage
.br
.SM
\0\0APPEND vga=773 quiet initrd=initrd KBD=fr LISTEN=[::]:1688,0.0.0.0:1688 TZ=CET-1CEST,M3.5.0,M10.5.0/3 IPV4_CONFIG=STATIC IPV4_ADDRESS=192.168.20.123/24 IPV4_GATEWAY=192.168.20.2 IPV4_DNS1=192.168.20.2 IPV4_DNS2=NONE NTP_SERVER=pool.ntp.org HOST_NAME=vlmcsd ROOT_PASSWORD=vlmcsd USER_NAME=user USER_PASSWORD=vlmcsd GUEST_PASSWORD=vlmcsd INETD=Y
.PP
There are two configurations in this files: \fIdhcp\fR (for configuring the IPv4 network via DHCP) and \fIstatic\fR (for a static IPv4 configuration). The kernel always boots the \fIdhcp\fR configuration without asking (lines 'prompt 0' and 'default dhcp'). You can simply change the default configuration to \fIstatic\fR and then customize the APPEND line in the \fIstatic\fR configuration. For more details how to customize the syslinux.cfg file see \fBsyslinux\fR(1).
Each APPPEND line contains one or more items seperated by spaces. \fBAll items are case-sensitive\fR. The following parameters can be customized:
.IP \fBvga=\fIvesa-video-mode\fR
Sets the VESA display mode for the virtual machine. The parameter is not optional. If you ommit it, you will not see anything on the screen. 773 means 1024x768 with 256 colors. See
.URL https://en.wikipedia.org/wiki/VESA_BIOS_Extensions#Linux_video_mode_numbers Wikipedia ""
for more video modes. Note that all 16 color (4-bit) modes will not work. Use 8-bit (256 colors), 16-bit (65536 colors), 24-bit and 32-bit (> 16 Million colors) only. All modes above 1280x1024 are non-VESA-standard and vary for all (virtual) graphic cards.
.IP \fBquiet\fR
This causes the kernel not display the its log during boot. You may omit \fBquiet\fR but it doesn't make much sense. The boot log is actually very verbose and scrolls away from screen quickly. If any errors occur during boot, they will be displayed even if \fBquiet\fR is present in the APPEND line. You may evaluate the complete boot log later by using the dmesg command or the menu on /dev/tty8.
.IP "\fBinitrd=\fIinitial-ram-disk-file\fR"
This defines the initial ram disk that the kernel will read. There is only one initial ram disk on the floppy thus leave \fIinitrd=initrd\fR as it is.
.IP "\fBKBD=\fIkeyboard-layout-name\fR"
This allows you to select the keyboard layout. \fIkeyboard-layout-name\fR is usually the ISO 3166-1 (top level domain) code for a country. A list of valid \fIkeyboard-layout-name\fRs can be accessed via the menu system on /dev/tty8 (press ALT-F8). Note, that this is a keyboard driver only. There is no Unicode font support in \fBfloppy144.vfd\fR (due to the fact that the kernel uses a generic VESA framebuffer device only). Characters beyond ASCII work for Western European languages only but not Eastern European, Greek, Cyrillic, Arabic, Hebrew, CJK and other languages. There is no need in \fBfloppy144.vfd\fR to enter any characters outside ASCII. The purpose of the keyboard maps are that you will find characters like dash, backslash, brackets, braces, etc. at the usual place on your keyboard.
.IP "\fBLISTEN=\fRPRIVATE[:\fItcp-port\fR] | \fIip-address\fR[:\fItcp-port\fR][,\fIip-address\fR[:\fItcp-port\fR]][,...]"
One or more combinations of IP addresses and optional TCP port seperated by commas that \fBvlmcsd\fR(8) should listen on or PRIVATE to listen on all private IP addresses only. The default port is 1688. If you use an explicit port number, append it to the IP address seperated by a colon. If you use a port number and the IP address contains colons, you must enclose the IP address in brackets. For example \fI192.168.0.2,[fd00::dead:beef]:5678\fR causes \fBvlmcsd\fR(8) to listen on 192.168.0.2 port 1688 and fd00::dead:beef port 5678.
.IP "\fBWINDOWS=\fIepid\fR"
Defines the ePID that is used for Windows activations. If you ommit this parameter, vlmcsd generates a random ePID when it is started.
.IP "\fBOFFICE2010=\fIepid\fR"
Defines the ePID that is used for Office 2010 activations. If you ommit this parameter, \fBvlmcsd\fR(8) generates a random ePID when it is started.
.IP "\fBOFFICE2013=\fIepid\fR"
Defines the ePID that is used for Office (versions 2013 and greater) activations. If you ommit this parameter, \fBvlmcsd\fR(8) generates a random ePID when it is started.
.IP "\fBHWID=\fIhwid\fR"
Defines the HwId that is sent to clients. \fIhwid\fR must be specified as 16 hex digits that are interpreted as a series of 8 bytes (big endian). Any character that is not a hex digit will be ignored. This is for better readability.
.IP "\fBTZ=\fIposix-time-zone-string\fR"
Set the time zone to \fIposix-time-zone-string\fR. It must conform to the
.URL http://pubs.opengroup.org/onlinepubs/009695399/basedefs/xbd_chap08.html POSIX
specification. Simplified time zone strings like "Europe/London" or "America/Detroit" are not allowed. This has the very simple reason that there is no space on the floppy to store the time zone database.
The string \fICET-1CEST,M3.5.0,M10.5.0/3\fR (most countries in Europe) reads as follows:
.RS 7
.IP \fICET\fR 10
The standard (winter) time zone has the name CET.
.IP \fI-1\fR 10
The standard time zone is one hour east of UTC. Negative numbers are east of UTC. Positive numbers are west of UTC.
.IP \fICEST\fR 10
The daylight saving (summer) time zone has the name CEST.
.IP \fIM3.5.0\fR 10
Daylight saving time starts in the 3rd month (March) on the 5th (=last) occurence of weekday 0 (Sunday) at 2 o'clock (2 o'clock is a default value).
.IP \fIM10.5.0/3\fR 10
Daylight saving time ends in the 10th month (October) on the 5th (=last) occurence of weekday 0 (Sunday) at 3 o'clock.
.RE
.IP
If you don't have daylight saving time, things are easier. For Chinese Standard Time for example, just use \fICST-8\fR as the time zone string.
On a Linux desktop system, you can use a command like \fBstrings\ /usr/share/zoneinfo/America/New_York\ |\ tail\ -n1\fR. This should return \fIEST5EDT,M3.2.0,M11.1.0\fR. You can use the returned string for the \fBTZ=\fIposix-time-zone-string\fR parameter.
.IP "\fBIPV4_CONFIG=\fRDHCP | STATIC\fR"
This determines how you want to configure IPv4 networking. If you use \fBIPV4_CONFIG=\fRSTATIC, you must supply additional paramaters to the APPEND command line.
.IP "\fBIPV4_ADDRESS=\fIipv4-address\fR/\fICIDR-mask\fR"
Use \fIipv4-address\fR with netmask \fICIDR-mask\fR for static IPv4 configuration. The netmask must not be ommitted. For IPv4 address 192.168.12.17 with a netmask of 255.255.255.0 use \fI192.168.12.17/24\fR. For IPv4 address 10.4.0.8 with a netmask of 255.255.0.0 use 10.4.0.8/16. This paramater is ignored, if you used \fBIPV4_CONFIG=\fRDHCP.
.IP "\fBIPV4_GATEWAY=\fIipv4-address\fR | NONE"
Use \fIipv4-address\fR as the default gateway. This is usually the IPv4 address of your router. You may specify NONE explicitly for no gateway. In this case your virtual machine is only visible on its local LAN. This paramater is ignored, if you used \fBIPV4_CONFIG=\fRDHCP.
.IP "\fBIPV4_DNS1=\fIipv4-address\fR | NONE"
Use \fIipv4-address\fR as the primary name server. In home networks this is often the IPv4 address of your router. You may specify NONE explicitly. If you specified NONE for both \fBIPV4_DNS1=\fR and \fBIPV4_DNS2=\fR, your virtual machine cannot resolve host names to IP addresses. While \fBvlmcsd\fR(8) works perfectly without DNS servers, you must use IP addresses when referring to a host, e.g. for specifying an NTP server. This paramater is ignored, if you used \fBIPV4_CONFIG=\fRDHCP.
.IP "\fBIPV4_DNS2=\fIipv4-address\fR | NONE"
Use \fIipv4-address\fR as the secondary name server. It serves as a backup if the primary name server is not available. Home networks often don't have a secondary name server. In this case set this to NONE. This paramater is ignored, if you used \fBIPV4_CONFIG=\fRDHCP.
.IP "\fBNTP_SERVER=\fIhost-name\fR | \fIipv4-address\fR | NONE"
This sets the name of a time server using the NTP protocol. If your virtualization environment reliably provides time, you can set this to NONE. Don't use a public time service like pool.ntp.org or time.nist.gov if you have a (at least somewhat reliable) NTP server in your LAN.
.IP "\fBHOST_NAME=\fIhost-name\fR"
Sets the local host name for your virtual machine. It can be a single name or a fully-qualified domain name FQDN. If you used \fBIPV4_CONFIG=\fRDHCP and your DHCP server returns a domain name, the domain part of an FQDN will be replaced by that name. This host name or host part of an FQDN will not replaced by a host name returned via DHCP. The host name is not important for the operation of \fBfloppy144.vfd\fR.
.IP "\fBROOT_PASSWORD=\fIpassword\fR"
Sets the password of the root user.
.IP "\fBUSER_NAME=\fIusername\fR"
Sets the name of for a general user with no special privileges. This user can login but can't do much.
.IP "\fBUSER_PASSWORD=\fIpassword\fR"
Sets the password for the user defined by \fBUSER_NAME=\fIusername\fR.
.IP "\fBGUEST_PASSWORD=\fIpassword\fR"
Sets the password for the pre-defined guest user. This user has the same priviliges (none) as the user defined by \fBUSER_NAME=\fIusername\fR.
.IP "\fBINETD=\fRY | N"
\fBINETD=\fRY specifies that \fBinetd\fR(8) should automatically be started. That means you can telnet and ftp to your virtual machine.
.SH OPERATION
.SS Diskless System
The \fBfloppy144.vfd\fR virtual machine is a diskless system that works entirely from RAM. The file system is actually a RAM disk that is created from the \fBinitrd\fR(4) file on the floppy image.
Anything you'll do from inside the virtual machine, for instance editing a config file, will be lost when you reboot the machine. So, if you ever asked yourself if \fBrm -fr /\fR (root privileges required) really deletes all files from all mounted partitions, the \fBfloppy144.vfd\fR VM is the right place to test it (Yes, it does).
The VM uses a RAM disk, because the Linux kernel had to be stripped down to essential features to fit on a 1.44 MB floppy. It has no floppy driver, no disk file system drivers and no block layer (cannot use disks of any type).
.SS System startup
The kernel boots up very quickly and the init script (/sbin/init) waits 5 seconds. In these 5 seconds you can:
.IP
Press 'm' to manually enter the time zone and the IPv4 parameters. These will be queried interactively.
.br
Press 't' to manually enter the time zone only.
.br
Press 's' to escape to a shell.
.RE
If you don't want to 5 seconds for continuing the init process, you can press any other key to speed things up. At the end of the init script you should see that\fBvlmcsd\fR(8) has started. You should also see the IP addresses and all user names and passwords.
.SS Logging into the system
There are 5 local logins provided on /dev/tty2 to /dev/tty6. To switch to these logins, simply press ALT\-F2 to ALT\-F6. To return to the console on /dev/tty1, press ALT\-F1. If \fBinetd\fR(8) is running you can also use \fBtelnet\fR(1). This allows you use a terminal program (e.g. putty) that can utilize your keyboard layout, can be resized and has full UTF-8 support. The local terminals support US keyboard layout only. Please be aware that \fBtelnet\fR(1) is unencrypted and everything including passwords is transmitted in clear text. There is not enough space for an ssh server like \fBsshd\fR(8) or \fBdropbear\fR(8).
The floppy image only provides basic Unix commands. Type \fIbusybox\fR or \fIll /bin\fR to get a list. The only editor available is \fBvi\fR(1). If you don't like vi, you may transfer config files via \fBftp\fR(1) edit them with the editor of your choice and transfer them back to the \fBfloppy144.vfd\fR VM.
.SS The menu system
You'll find a menu system on /dev/tty8 (press ALT\-F8 to see it). It allows you performing some administrative tasks and to view various system information. It is mainly for users that do not have much experience with Unix commands.
.IP "\fB1) (Re)start vlmcsd\fR"
Starts or restarts \fBvlmcsd\fR(8). This is useful if you changed \fB/etc/vlmcsd.ini\fR(5).
.IP "\fB2) Stop vlmcsd\fR"
Stops \fBvlmcsd\fR(8).
.IP "\fB3) (Re)start inetd\fR"
Starts or restarts \fBinetd\fR(8). If \fBinetd\fR(8) is restarted, current clients connected via \fBtelnet\fR(1) or \fBftp\fR(1) will \fBnot\fR be dropped. They can continue their sessions. This is useful if you changed \fB/etc/inetd.conf\fR(5).
.IP "\fB4) Stop inet\fR"
Stops \fBinetd\fR(8). All clients connected via \fBtelnet\fR(1) or \fBftp\fR(1) will be dropped immediately.
.IP "\fB5) Change the time zone\fR"
Just in case you missed pressing 't' during system startup. This also restarts \fBvlmcsd\fR(8) if it was running to notify it that the time zone has changed. Restarting \fBvlmcsd\fR(8) allows currently connected clients to finish their activation.
.IP "\fBk) Change keyboard layout\fR"
This allows you to select a different keyboard layout.
.IP "\fB6) Show all kernel boot parameters\fR"
Shows all parameters passed to the kernel via syslinux.cfg. If you experience any unexpected behavior, you can use this to check if your APPEND line in syslinux.cfg is correct. The output is piped through \fBless(1)\fR. So press 'q' to return to the menu.
.IP "\fB7) Show boot log (dmesg)\fR"
Shows the boot log of the kernel. The output is piped through \fBless(1)\fR. So press 'q' to return to the menu.
.IP "\fB8) Show TCP/IP configuration\fR"
Shows the TCP/IP configuration, listening sockets and current TCP and UDP connections. Useful, if you problems with net connectivity. The output is piped through \fBless(1)\fR. So press 'q' to return to the menu.
.IP "\fB9) Show running processes\fR"
Shows all processes including memory and CPU usage. Display will updated every second. Press 'q' or CTRL-C to return to the menu.
.IP "\fBs) Shutdown\fR"
Shuts down the \fBfloppy144.vfd\fR virtual machine. Proper shutdown is not required. It is ok to use a hard power off in your virtualization program.
.IP "\fBr) Reboot\fR"
Reboots the \fBfloppy144.vfd\fR virtual machine. Proper reboot is not required. It is ok to use a hard reset in your virtualization program.
.SH PERMANENT CHANGES OF INITRD
If you want to change any file or script of the file system (e.g. the init script /sbin/init or /etc/vlmcsd.ini), you'll need to mount the floppy image, unpack the \fBinitrd\fR(4) file, make any modfications you like, create a new \fBinitrd\fR(4) file and copy it to the mounted floppy.
To unpack the \fBinitrd\fR(4) file you'll need \fBxz\fR(1) (or \fBlzma\fR(1) on older unix-like OSses) and \fBcpio\fR(1). These can be installed using your package manager on all major distros. It is ok to use the BSD version of \fBcpio\fR(1). No need to get the GNU version for BSD users.
Provided the floppy is mounted in /mnt/floppy do the following:
.IP "Create an empty directory"
mkdir ~/vlmcsd-floppy-initrd
.IP "cd into that directory"
cd ~/vlmcsd-floppy-initrd
.IP "Unpack initrd"
cat /mnt/floppy/initrd | unlzma | cpio -i
.RE
After applying your changes build a new \fBinitrd\fR(4) file:
.IP "cd into your directory"
cd ~/vlmcsd-floppy-initrd
.IP "Create the packed file"
find . | cpio -o -H newc | lzma > /mnt/floppy/initrd
.RE
Do not try to use 'lzma -9' to achive better compression. The kernel can't read the resulting file. While customizing the \fBinitrd\fR(4) file works on almost any unix-like OS, it does not work on Windows even not with Cygwin. The reason is that the NTFS file system can't handle uids and gids. These cannot be preserved when unpacking the \fBcpio\fR(1) archive to NTFS. If you use the WSL subsystem of Windows 10 Redstone (Anniversary Update) and later, you must make sure to unpack the \fBinitrd\fR(4) file to a directory on VolFs (normally everything that is \fBnot\fR mounted under /mnt). The \fBinitrd\fR(4) file can be on a VolFs or DriveFs.
.SH FAQ
.SS On what distro is the floppy image based?
None. Besides the boot loader \fBldlinux.sys\fR, there are only three binaries: The Linux kernel \fBbzImage\fR, \fBbusybox\fR(1) and \fBvlmcsdmulti-x86-musl-static\fR. \fBbzImage\fR and \fBbusybox\fR(1) have been compiled with carefully selected configuration parameters not found in any distro. This was neccesary to fit everything on a 1.44 MB floppy.
.SS Why is a rather old Linux kernel (3.12) used?
Linux 3.12 is the last kernel that can be booted with 16 MB of RAM. Beginning with Linux 3.13 it requires much more memory (about 80 MB) to boot. The floppy image is regularly tested with newer kernels. Everything works except that you need to assign much more main memory to the virtual machine.
.SS Can the floppy be booted on bare metal?
Basically yes. However, only Intel Pro/1000 and AMD PCNET32 ethernet cards are supported by the kernel. In addition there is no USB support compiled into the kernel. That means you can only use an IBM AT or IBM PS/2 keyboard which are not available on newer hardware.
.SH FILES
\fBsyslinux.cfg\fR, \fBvlmcsd.ini\fR(5)
.SH BUGS
IPv6 cannot be configured with static or manual parameters.
.br
DHCPv6 is not supported.
.br
\'ip route add ...' does not work. Use 'route add ...' instead.
.SH AUTHOR
\fBfloppy144.vfd\fR has been created by Hotbird64
.SH CREDITS
Linus Torvalds et al. for the Linux kernel
.br
Erik Andersen et al. for the original uClibc
.br
Waldemar Brodkorb et al. for uClibc-ng
.br
Denys Vlasenko et al. for BusyBox
.br
H. Peter Anvin et al. for SYSLINUX
.SH SEE ALSO
\fBvlmcsd\fR(8), \fBvlmcsd.ini\fR(5), \fBinitrd\fR(4), \fBbusybox\fR(1), \fBsyslinux(1)\fR

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VLMCSD-FLOPPY(7) KMS Activation Manual VLMCSD-FLOPPY(7)
NAME
floppy144.vfd - a bootable floppy disk with Linux and vlmcsd(8)
DESCRIPTION
floppy144.vfd is an image of a bootable floppy that contains a minimal
version of Linux and vlmcsd(8). It requires only 16 MB of RAM. Its pri‐
mary purpose is to run vlmcsd(8) in a small virtual machine which makes
it easy to use vlmcsd(8) to activate the virtual machine's host com‐
puter which is not possible in Windows 8.1 and up. The floppy image is
a standard 3,5" floppy with 1.44 MB storage. It is formatted with a
FAT12 filesystem. The floppy can be mounted to apply several customiza‐
tions.
SUPPORTED HYPERVISORS
The floppy image has been tested with the following hypervisors:
VMWare, VirtualBox, Hyper-V and QEMU
Others are likely to work.
SETUP
Create a new virtual machine. Assign 16 MB of RAM. Add a floppy drive
and attach floppy144.vfd to this drive. Do not create a virtual hard
disk. Setup the virtual machine to boot from a floppy drive (VirtualBox
has floppy boot disabled by default). If possible, setup a virtual
machine with plain old BIOS (not UEFI). If you created an UEFI virtual
machine, enable the compatibility support mode (CSM) to allow a BIOS
compatible boot. Set number of CPUs to 1. The Linux kernel is not capa‐
ble of SMP. Remove IDE, SATA, SCSI and USB support if possible. The
Linux kernel can't handle this and ignores any devices connected to
these buses.
Setup an ethernet card. The following models are supported:
Intel PRO/1000
AMD PCNET III
AMD PCNET32
VMWare vmxnet3 (paravirtualized driver used by VMWare)
virtio (paravirtualized driver used by VirtualBox, QEMU, KVM and
lguest)
Most hypervisors emulate an Intel PRO/1000 or AMD PCNET32 by default.
Selecting a paravirtualized driver slightly improves performance. In
VirtualBox you can simply select virtio in the network configuration
dialog. VMWare requires that you add or change the VMX file. Use 'eth‐
ernet0.virtualDev = "vmxnet3"' in your VMWare config file.
If you are using QEMU, you must also setup a TAP adapter. Port redi‐
rection does not work to activate your own computer.
CONFIGURATION
floppy144.vfd can be customized to fit your needs. This is done by
editing the file syslinux.cfg on the floppy image. The floppy image
must be mounted. Under Linux you can simply attach floppy144.vfd to a
loop device which is mountable like any other block device. For Windows
you must use some software that allows mounting a floppy image, e.g.
OSFMount ⟨http://www.osforensics.com/tools/mount-disk-images.html⟩
OSFMount works under all Windows versions beginning with Windows XP up
to Windows 10 (32- and 64-bit).
The default syslinux.cfg file looks like this:
prompt 0
TIMEOUT 50
default dhcp
LABEL dhcp
KERNEL bzImage
APPEND vga=773 quiet initrd=initrd KBD=us LIS‐
TEN=[::]:1688,0.0.0.0:1688 TZ=UTC0 IPV4_CONFIG=DHCP
NTP_SERVER=pool.ntp.org HOST_NAME=vlmcsd ROOT_PASSWORD=vlmcsd
USER_NAME=user USER_PASSWORD=vlmcsd GUEST_PASSWORD=vlmcsd
INETD=Y WINDOWS=06401-00206-271-395032-03-1033-9600.0000-1652016
OFFICE2010=06401-00096-199-204970-03-1033-9600.0000-1652016
OFFICE2013=06401-00206-234-921934-03-1033-9600.0000-1652016
HWID=36:4F:46:3A:88:63:D3:5F
LABEL static
KERNEL bzImage
APPEND vga=773 quiet initrd=initrd KBD=fr LIS‐
TEN=[::]:1688,0.0.0.0:1688 TZ=CET-1CEST,M3.5.0,M10.5.0/3
IPV4_CONFIG=STATIC IPV4_ADDRESS=192.168.20.123/24 IPV4_GATE‐
WAY=192.168.20.2 IPV4_DNS1=192.168.20.2 IPV4_DNS2=NONE
NTP_SERVER=pool.ntp.org HOST_NAME=vlmcsd ROOT_PASSWORD=vlmcsd
USER_NAME=user USER_PASSWORD=vlmcsd GUEST_PASSWORD=vlmcsd
INETD=Y
There are two configurations in this files: dhcp (for configuring the
IPv4 network via DHCP) and static (for a static IPv4 configuration).
The kernel always boots the dhcp configuration without asking (lines
'prompt 0' and 'default dhcp'). You can simply change the default con‐
figuration to static and then customize the APPEND line in the static
configuration. For more details how to customize the syslinux.cfg file
see syslinux(1).
Each APPPEND line contains one or more items seperated by spaces. All
items are case-sensitive. The following parameters can be customized:
vga=vesa-video-mode
Sets the VESA display mode for the virtual machine. The parame‐
ter is not optional. If you ommit it, you will not see anything
on the screen. 773 means 1024x768 with 256 colors. See Wikipedia
⟨https://en.wikipedia.org/wiki/
VESA_BIOS_Extensions#Linux_video_mode_numbers⟩ for more video
modes. Note that all 16 color (4-bit) modes will not work. Use
8-bit (256 colors), 16-bit (65536 colors), 24-bit and 32-bit (>
16 Million colors) only. All modes above 1280x1024 are non-VESA-
standard and vary for all (virtual) graphic cards.
quiet This causes the kernel not display the its log during boot. You
may omit quiet but it doesn't make much sense. The boot log is
actually very verbose and scrolls away from screen quickly. If
any errors occur during boot, they will be displayed even if
quiet is present in the APPEND line. You may evaluate the com‐
plete boot log later by using the dmesg command or the menu on
/dev/tty8.
initrd=initial-ram-disk-file
This defines the initial ram disk that the kernel will read.
There is only one initial ram disk on the floppy thus leave ini‐
trd=initrd as it is.
KBD=keyboard-layout-name
This allows you to select the keyboard layout. keyboard-layout-
name is usually the ISO 3166-1 (top level domain) code for a
country. A list of valid keyboard-layout-names can be accessed
via the menu system on /dev/tty8 (press ALT-F8). Note, that this
is a keyboard driver only. There is no Unicode font support in
floppy144.vfd (due to the fact that the kernel uses a generic
VESA framebuffer device only). Characters beyond ASCII work for
Western European languages only but not Eastern European, Greek,
Cyrillic, Arabic, Hebrew, CJK and other languages. There is no
need in floppy144.vfd to enter any characters outside ASCII. The
purpose of the keyboard maps are that you will find characters
like dash, backslash, brackets, braces, etc. at the usual place
on your keyboard.
LISTEN=PRIVATE[:tcp-port] | ip-address[:tcp-port][,ip-address[:tcp-
port]][,...]
One or more combinations of IP addresses and optional TCP port
seperated by commas that vlmcsd(8) should listen on or PRIVATE
to listen on all private IP addresses only. The default port is
1688. If you use an explicit port number, append it to the IP
address seperated by a colon. If you use a port number and the
IP address contains colons, you must enclose the IP address in
brackets. For example 192.168.0.2,[fd00::dead:beef]:5678 causes
vlmcsd(8) to listen on 192.168.0.2 port 1688 and fd00::dead:beef
port 5678.
WINDOWS=epid
Defines the ePID that is used for Windows activations. If you
ommit this parameter, vlmcsd generates a random ePID when it is
started.
OFFICE2010=epid
Defines the ePID that is used for Office 2010 activations. If
you ommit this parameter, vlmcsd(8) generates a random ePID when
it is started.
OFFICE2013=epid
Defines the ePID that is used for Office (versions 2013 and
greater) activations. If you ommit this parameter, vlmcsd(8)
generates a random ePID when it is started.
HWID=hwid
Defines the HwId that is sent to clients. hwid must be specified
as 16 hex digits that are interpreted as a series of 8 bytes
(big endian). Any character that is not a hex digit will be
ignored. This is for better readability.
TZ=posix-time-zone-string
Set the time zone to posix-time-zone-string. It must conform to
the POSIX ⟨http://pubs.opengroup.org/onlinepubs/009695399/
basedefs/xbd_chap08.html⟩ specification. Simplified time zone
strings like "Europe/London" or "America/Detroit" are not
allowed. This has the very simple reason that there is no space
on the floppy to store the time zone database.
The string CET-1CEST,M3.5.0,M10.5.0/3 (most countries in Europe)
reads as follows:
CET The standard (winter) time zone has the name CET.
-1 The standard time zone is one hour east of UTC. Nega‐
tive numbers are east of UTC. Positive numbers are
west of UTC.
CEST The daylight saving (summer) time zone has the name
CEST.
M3.5.0 Daylight saving time starts in the 3rd month (March)
on the 5th (=last) occurence of weekday 0 (Sunday) at
2 o'clock (2 o'clock is a default value).
M10.5.0/3 Daylight saving time ends in the 10th month (October)
on the 5th (=last) occurence of weekday 0 (Sunday) at
3 o'clock.
If you don't have daylight saving time, things are easier. For
Chinese Standard Time for example, just use CST-8 as the time
zone string.
On a Linux desktop system, you can use a command like
strings /usr/share/zoneinfo/America/New_York | tail -n1. This
should return EST5EDT,M3.2.0,M11.1.0. You can use the returned
string for the TZ=posix-time-zone-string parameter.
IPV4_CONFIG=DHCP | STATIC
This determines how you want to configure IPv4 networking. If
you use IPV4_CONFIG=STATIC, you must supply additional para‐
maters to the APPEND command line.
IPV4_ADDRESS=ipv4-address/CIDR-mask
Use ipv4-address with netmask CIDR-mask for static IPv4 configu‐
ration. The netmask must not be ommitted. For IPv4 address
192.168.12.17 with a netmask of 255.255.255.0 use
192.168.12.17/24. For IPv4 address 10.4.0.8 with a netmask of
255.255.0.0 use 10.4.0.8/16. This paramater is ignored, if you
used IPV4_CONFIG=DHCP.
IPV4_GATEWAY=ipv4-address | NONE
Use ipv4-address as the default gateway. This is usually the
IPv4 address of your router. You may specify NONE explicitly for
no gateway. In this case your virtual machine is only visible on
its local LAN. This paramater is ignored, if you used IPV4_CON‐
FIG=DHCP.
IPV4_DNS1=ipv4-address | NONE
Use ipv4-address as the primary name server. In home networks
this is often the IPv4 address of your router. You may specify
NONE explicitly. If you specified NONE for both IPV4_DNS1= and
IPV4_DNS2=, your virtual machine cannot resolve host names to IP
addresses. While vlmcsd(8) works perfectly without DNS servers,
you must use IP addresses when referring to a host, e.g. for
specifying an NTP server. This paramater is ignored, if you used
IPV4_CONFIG=DHCP.
IPV4_DNS2=ipv4-address | NONE
Use ipv4-address as the secondary name server. It serves as a
backup if the primary name server is not available. Home net‐
works often don't have a secondary name server. In this case set
this to NONE. This paramater is ignored, if you used IPV4_CON‐
FIG=DHCP.
NTP_SERVER=host-name | ipv4-address | NONE
This sets the name of a time server using the NTP protocol. If
your virtualization environment reliably provides time, you can
set this to NONE. Don't use a public time service like
pool.ntp.org or time.nist.gov if you have a (at least somewhat
reliable) NTP server in your LAN.
HOST_NAME=host-name
Sets the local host name for your virtual machine. It can be a
single name or a fully-qualified domain name FQDN. If you used
IPV4_CONFIG=DHCP and your DHCP server returns a domain name, the
domain part of an FQDN will be replaced by that name. This host
name or host part of an FQDN will not replaced by a host name
returned via DHCP. The host name is not important for the opera‐
tion of floppy144.vfd.
ROOT_PASSWORD=password
Sets the password of the root user.
USER_NAME=username
Sets the name of for a general user with no special privileges.
This user can login but can't do much.
USER_PASSWORD=password
Sets the password for the user defined by USER_NAME=username.
GUEST_PASSWORD=password
Sets the password for the pre-defined guest user. This user has
the same priviliges (none) as the user defined by
USER_NAME=username.
INETD=Y | N
INETD=Y specifies that inetd(8) should automatically be started.
That means you can telnet and ftp to your virtual machine.
OPERATION
Diskless System
The floppy144.vfd virtual machine is a diskless system that works
entirely from RAM. The file system is actually a RAM disk that is cre‐
ated from the initrd(4) file on the floppy image.
Anything you'll do from inside the virtual machine, for instance edit‐
ing a config file, will be lost when you reboot the machine. So, if you
ever asked yourself if rm -fr / (root privileges required) really
deletes all files from all mounted partitions, the floppy144.vfd VM is
the right place to test it (Yes, it does).
The VM uses a RAM disk, because the Linux kernel had to be stripped
down to essential features to fit on a 1.44 MB floppy. It has no floppy
driver, no disk file system drivers and no block layer (cannot use
disks of any type).
System startup
The kernel boots up very quickly and the init script (/sbin/init) waits
5 seconds. In these 5 seconds you can:
Press 'm' to manually enter the time zone and the IPv4 parame‐
ters. These will be queried interactively.
Press 't' to manually enter the time zone only.
Press 's' to escape to a shell.
If you don't want to 5 seconds for continuing the init process, you can
press any other key to speed things up. At the end of the init script
you should see thatvlmcsd(8) has started. You should also see the IP
addresses and all user names and passwords.
Logging into the system
There are 5 local logins provided on /dev/tty2 to /dev/tty6. To switch
to these logins, simply press ALT-F2 to ALT-F6. To return to the con‐
sole on /dev/tty1, press ALT-F1. If inetd(8) is running you can also
use telnet(1). This allows you use a terminal program (e.g. putty) that
can utilize your keyboard layout, can be resized and has full UTF-8
support. The local terminals support US keyboard layout only. Please be
aware that telnet(1) is unencrypted and everything including passwords
is transmitted in clear text. There is not enough space for an ssh
server like sshd(8) or dropbear(8).
The floppy image only provides basic Unix commands. Type busybox or ll
/bin to get a list. The only editor available is vi(1). If you don't
like vi, you may transfer config files via ftp(1) edit them with the
editor of your choice and transfer them back to the floppy144.vfd VM.
The menu system
You'll find a menu system on /dev/tty8 (press ALT-F8 to see it). It
allows you performing some administrative tasks and to view various
system information. It is mainly for users that do not have much expe‐
rience with Unix commands.
1) (Re)start vlmcsd
Starts or restarts vlmcsd(8). This is useful if you changed
/etc/vlmcsd.ini(5).
2) Stop vlmcsd
Stops vlmcsd(8).
3) (Re)start inetd
Starts or restarts inetd(8). If inetd(8) is restarted, current
clients connected via telnet(1) or ftp(1) will not be dropped.
They can continue their sessions. This is useful if you changed
/etc/inetd.conf(5).
4) Stop inet
Stops inetd(8). All clients connected via telnet(1) or ftp(1)
will be dropped immediately.
5) Change the time zone
Just in case you missed pressing 't' during system startup. This
also restarts vlmcsd(8) if it was running to notify it that the
time zone has changed. Restarting vlmcsd(8) allows currently
connected clients to finish their activation.
k) Change keyboard layout
This allows you to select a different keyboard layout.
6) Show all kernel boot parameters
Shows all parameters passed to the kernel via syslinux.cfg. If
you experience any unexpected behavior, you can use this to
check if your APPEND line in syslinux.cfg is correct. The output
is piped through less(1). So press 'q' to return to the menu.
7) Show boot log (dmesg)
Shows the boot log of the kernel. The output is piped through
less(1). So press 'q' to return to the menu.
8) Show TCP/IP configuration
Shows the TCP/IP configuration, listening sockets and current
TCP and UDP connections. Useful, if you problems with net con‐
nectivity. The output is piped through less(1). So press 'q' to
return to the menu.
9) Show running processes
Shows all processes including memory and CPU usage. Display will
updated every second. Press 'q' or CTRL-C to return to the menu.
s) Shutdown
Shuts down the floppy144.vfd virtual machine. Proper shutdown is
not required. It is ok to use a hard power off in your virtual‐
ization program.
r) Reboot
Reboots the floppy144.vfd virtual machine. Proper reboot is not
required. It is ok to use a hard reset in your virtualization
program.
PERMANENT CHANGES OF INITRD
If you want to change any file or script of the file system (e.g. the
init script /sbin/init or /etc/vlmcsd.ini), you'll need to mount the
floppy image, unpack the initrd(4) file, make any modfications you
like, create a new initrd(4) file and copy it to the mounted floppy.
To unpack the initrd(4) file you'll need xz(1) (or lzma(1) on older
unix-like OSses) and cpio(1). These can be installed using your package
manager on all major distros. It is ok to use the BSD version of
cpio(1). No need to get the GNU version for BSD users. Provided the
floppy is mounted in /mnt/floppy do the following:
Create an empty directory
mkdir ~/vlmcsd-floppy-initrd
cd into that directory
cd ~/vlmcsd-floppy-initrd
Unpack initrd
cat /mnt/floppy/initrd | unlzma | cpio -i
After applying your changes build a new initrd(4) file:
cd into your directory
cd ~/vlmcsd-floppy-initrd
Create the packed file
find . | cpio -o -H newc | lzma > /mnt/floppy/initrd
Do not try to use 'lzma -9' to achive better compression. The kernel
can't read the resulting file. While customizing the initrd(4) file
works on almost any unix-like OS, it does not work on Windows even not
with Cygwin. The reason is that the NTFS file system can't handle uids
and gids. These cannot be preserved when unpacking the cpio(1) archive
to NTFS. If you use the WSL subsystem of Windows 10 Redstone (Anniver‐
sary Update) and later, you must make sure to unpack the initrd(4) file
to a directory on VolFs (normally everything that is not mounted under
/mnt). The initrd(4) file can be on a VolFs or DriveFs.
FAQ
On what distro is the floppy image based?
None. Besides the boot loader ldlinux.sys, there are only three bina‐
ries: The Linux kernel bzImage, busybox(1) and vlmcsdmulti-x86-musl-
static. bzImage and busybox(1) have been compiled with carefully
selected configuration parameters not found in any distro. This was
neccesary to fit everything on a 1.44 MB floppy.
Why is a rather old Linux kernel (3.12) used?
Linux 3.12 is the last kernel that can be booted with 16 MB of RAM.
Beginning with Linux 3.13 it requires much more memory (about 80 MB) to
boot. The floppy image is regularly tested with newer kernels. Every‐
thing works except that you need to assign much more main memory to the
virtual machine.
Can the floppy be booted on bare metal?
Basically yes. However, only Intel Pro/1000 and AMD PCNET32 ethernet
cards are supported by the kernel. In addition there is no USB support
compiled into the kernel. That means you can only use an IBM AT or IBM
PS/2 keyboard which are not available on newer hardware.
FILES
syslinux.cfg, vlmcsd.ini(5)
BUGS
IPv6 cannot be configured with static or manual parameters.
DHCPv6 is not supported.
´ip route add ...' does not work. Use 'route add ...' instead.
AUTHOR
floppy144.vfd has been created by Hotbird64
CREDITS
Linus Torvalds et al. for the Linux kernel
Erik Andersen et al. for the original uClibc
Waldemar Brodkorb et al. for uClibc-ng
Denys Vlasenko et al. for BusyBox
H. Peter Anvin et al. for SYSLINUX
SEE ALSO
vlmcsd(8), vlmcsd.ini(5), initrd(4), busybox(1), syslinux(1)
Hotbird64 June 2016 VLMCSD-FLOPPY(7)

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<title>VLMCSD-FLOPPY</title>
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<body>
<h1 align="center">VLMCSD-FLOPPY</h1>
<a href="#NAME">NAME</a><br>
<a href="#DESCRIPTION">DESCRIPTION</a><br>
<a href="#SUPPORTED HYPERVISORS">SUPPORTED HYPERVISORS</a><br>
<a href="#SETUP">SETUP</a><br>
<a href="#CONFIGURATION">CONFIGURATION</a><br>
<a href="#OPERATION">OPERATION</a><br>
<a href="#PERMANENT CHANGES OF INITRD">PERMANENT CHANGES OF INITRD</a><br>
<a href="#FAQ">FAQ</a><br>
<a href="#FILES">FILES</a><br>
<a href="#BUGS">BUGS</a><br>
<a href="#AUTHOR">AUTHOR</a><br>
<a href="#CREDITS">CREDITS</a><br>
<a href="#SEE ALSO">SEE ALSO</a><br>
<hr>
<h2>NAME
<a name="NAME"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em">floppy144.vfd
&minus; a bootable floppy disk with Linux and
<b>vlmcsd</b>(8)</p>
<h2>DESCRIPTION
<a name="DESCRIPTION"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em"><b>floppy144.vfd</b>
is an image of a bootable floppy that contains a minimal
version of Linux and <b>vlmcsd</b>(8). It requires only 16
MB of RAM. Its primary purpose is to run <b>vlmcsd</b>(8) in
a small virtual machine which makes it easy to use
<b>vlmcsd</b>(8) to activate the virtual machine&rsquo;s
host computer which is not possible in Windows 8.1 and up.
The floppy image is a standard 3,5&quot; floppy with 1.44 MB
storage. It is formatted with a FAT12 filesystem. The floppy
can be mounted to apply several customizations.</p>
<h2>SUPPORTED HYPERVISORS
<a name="SUPPORTED HYPERVISORS"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em">The floppy
image has been tested with the following hypervisors:</p>
<p style="margin-left:22%; margin-top: 1em">VMWare,
VirtualBox, Hyper-V and QEMU</p>
<p style="margin-left:11%; margin-top: 1em">Others are
likely to work.</p>
<h2>SETUP
<a name="SETUP"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em">Create a new
virtual machine. Assign 16 MB of RAM. Add a floppy drive and
attach <b>floppy144.vfd</b> to this drive. Do not create a
virtual hard disk. Setup the virtual machine to boot from a
floppy drive (VirtualBox has floppy boot disabled by
default). If possible, setup a virtual machine with plain
old BIOS (not UEFI). If you created an UEFI virtual machine,
enable the compatibility support mode (CSM) to allow a BIOS
compatible boot. Set number of CPUs to 1. The Linux kernel
is not capable of SMP. Remove IDE, SATA, SCSI and USB
support if possible. The Linux kernel can&rsquo;t handle
this and ignores any devices connected to these buses.</p>
<p style="margin-left:11%; margin-top: 1em">Setup an
ethernet card. The following models are supported:</p>
<p style="margin-left:22%; margin-top: 1em">Intel PRO/1000
<br>
AMD PCNET III <br>
AMD PCNET32 <br>
VMWare vmxnet3 (paravirtualized driver used by VMWare) <br>
virtio (paravirtualized driver used by VirtualBox, QEMU, KVM
and lguest)</p>
<p style="margin-left:11%; margin-top: 1em">Most
hypervisors emulate an Intel PRO/1000 or AMD PCNET32 by
default. Selecting a paravirtualized driver slightly
improves performance. In VirtualBox you can simply select
virtio in the network configuration dialog. VMWare requires
that you add or change the VMX file. Use
&rsquo;ethernet0.virtualDev&nbsp;=&nbsp;&quot;vmxnet3&quot;&rsquo;
in your VMWare config file.</p>
<p style="margin-left:11%; margin-top: 1em">If you are
using QEMU, you must also setup a TAP adapter. Port
redirection does not work to activate your own computer.</p>
<h2>CONFIGURATION
<a name="CONFIGURATION"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em"><b>floppy144.vfd</b>
can be customized to fit your needs. This is done by editing
the file syslinux.cfg on the floppy image. The floppy image
must be mounted. Under Linux you can simply attach
<b>floppy144.vfd</b> to a loop device which is mountable
like any other block device. For Windows you must use some
software that allows mounting a floppy image, e.g.
<a href="http://www.osforensics.com/tools/mount-disk-images.html">OSFMount</a></p>
<p style="margin-left:11%; margin-top: 1em">OSFMount works
under all Windows versions beginning with Windows XP up to
Windows 10 (32- and 64-bit).</p>
<p style="margin-left:11%; margin-top: 1em">The default
syslinux.cfg file looks like this:</p>
<p style="margin-left:22%; margin-top: 1em"><small>prompt 0
<br>
TIMEOUT 50 <br>
default dhcp</small></p>
<p style="margin-left:22%; margin-top: 1em"><small>LABEL
dhcp <br>
KERNEL bzImage <br>
APPEND vga=773 quiet initrd=initrd KBD=us
LISTEN=[::]:1688,0.0.0.0:1688 TZ=UTC0 IPV4_CONFIG=DHCP
NTP_SERVER=pool.ntp.org HOST_NAME=vlmcsd
ROOT_PASSWORD=vlmcsd USER_NAME=user USER_PASSWORD=vlmcsd
GUEST_PASSWORD=vlmcsd INETD=Y
WINDOWS=06401-00206-271-395032-03-1033-9600.0000-1652016
OFFICE2010=06401-00096-199-204970-03-1033-9600.0000-1652016
OFFICE2013=06401-00206-234-921934-03-1033-9600.0000-1652016
HWID=36:4F:46:3A:88:63:D3:5F</small></p>
<p style="margin-left:22%; margin-top: 1em"><small>LABEL
static <br>
KERNEL bzImage <br>
APPEND vga=773 quiet initrd=initrd KBD=fr
LISTEN=[::]:1688,0.0.0.0:1688 TZ=CET-1CEST,M3.5.0,M10.5.0/3
IPV4_CONFIG=STATIC IPV4_ADDRESS=192.168.20.123/24
IPV4_GATEWAY=192.168.20.2 IPV4_DNS1=192.168.20.2
IPV4_DNS2=NONE NTP_SERVER=pool.ntp.org HOST_NAME=vlmcsd
ROOT_PASSWORD=vlmcsd USER_NAME=user USER_PASSWORD=vlmcsd
GUEST_PASSWORD=vlmcsd INETD=Y</small></p>
<p style="margin-left:11%; margin-top: 1em">There are two
configurations in this files: <i>dhcp</i> (for configuring
the IPv4 network via DHCP) and <i>static</i> (for a static
IPv4 configuration). The kernel always boots the <i>dhcp</i>
configuration without asking (lines &rsquo;prompt 0&rsquo;
and &rsquo;default dhcp&rsquo;). You can simply change the
default configuration to <i>static</i> and then customize
the APPEND line in the <i>static</i> configuration. For more
details how to customize the syslinux.cfg file see
<b>syslinux</b>(1).</p>
<p style="margin-left:11%; margin-top: 1em">Each APPPEND
line contains one or more items seperated by spaces. <b>All
items are case-sensitive</b>. The following parameters can
be customized: <b><br>
vga=</b><i>vesa-video-mode</i></p>
<p style="margin-left:22%;">Sets the VESA display mode for
the virtual machine. The parameter is not optional. If you
ommit it, you will not see anything on the screen. 773 means
1024x768 with 256 colors. See
<a href="https://en.wikipedia.org/wiki/VESA_BIOS_Extensions#Linux_video_mode_numbers">Wikipedia</a>
for more video modes. Note that all 16 color (4-bit) modes
will not work. Use 8-bit (256 colors), 16-bit (65536
colors), 24-bit and 32-bit (&gt; 16 Million colors) only.
All modes above 1280x1024 are non-VESA-standard and vary for
all (virtual) graphic cards.</p>
<table width="100%" border="0" rules="none" frame="void"
cellspacing="0" cellpadding="0">
<tr valign="top" align="left">
<td width="11%"></td>
<td width="7%">
<p><b>quiet</b></p></td>
<td width="4%"></td>
<td width="78%">
<p>This causes the kernel not display the its log during
boot. You may omit <b>quiet</b> but it doesn&rsquo;t make
much sense. The boot log is actually very verbose and
scrolls away from screen quickly. If any errors occur during
boot, they will be displayed even if <b>quiet</b> is present
in the APPEND line. You may evaluate the complete boot log
later by using the dmesg command or the menu on
/dev/tty8.</p> </td></tr>
</table>
<p style="margin-left:11%;"><b>initrd=</b><i>initial-ram-disk-file</i></p>
<p style="margin-left:22%;">This defines the initial ram
disk that the kernel will read. There is only one initial
ram disk on the floppy thus leave <i>initrd=initrd</i> as it
is.</p>
<p style="margin-left:11%;"><b>KBD=</b><i>keyboard-layout-name</i></p>
<p style="margin-left:22%;">This allows you to select the
keyboard layout. <i>keyboard-layout-name</i> is usually the
ISO 3166-1 (top level domain) code for a country. A list of
valid <i>keyboard-layout-name</i>s can be accessed via the
menu system on /dev/tty8 (press ALT-F8). Note, that this is
a keyboard driver only. There is no Unicode font support in
<b>floppy144.vfd</b> (due to the fact that the kernel uses a
generic VESA framebuffer device only). Characters beyond
ASCII work for Western European languages only but not
Eastern European, Greek, Cyrillic, Arabic, Hebrew, CJK and
other languages. There is no need in <b>floppy144.vfd</b> to
enter any characters outside ASCII. The purpose of the
keyboard maps are that you will find characters like dash,
backslash, brackets, braces, etc. at the usual place on your
keyboard.</p>
<p style="margin-left:11%;"><b>LISTEN=</b>PRIVATE[:<i>tcp-port</i>]
| <i><br>
ip-address</i>[:<i>tcp-port</i>][,<i>ip-address</i>[:<i>tcp-port</i>]][,...]</p>
<p style="margin-left:22%;">One or more combinations of IP
addresses and optional TCP port seperated by commas that
<b>vlmcsd</b>(8) should listen on or PRIVATE to listen on
all private IP addresses only. The default port is 1688. If
you use an explicit port number, append it to the IP address
seperated by a colon. If you use a port number and the IP
address contains colons, you must enclose the IP address in
brackets. For example
<i>192.168.0.2,[fd00::dead:beef]:5678</i> causes
<b>vlmcsd</b>(8) to listen on 192.168.0.2 port 1688 and
fd00::dead:beef port 5678.</p>
<p style="margin-left:11%;"><b>WINDOWS=</b><i>epid</i></p>
<p style="margin-left:22%;">Defines the ePID that is used
for Windows activations. If you ommit this parameter, vlmcsd
generates a random ePID when it is started.</p>
<p style="margin-left:11%;"><b>OFFICE2010=</b><i>epid</i></p>
<p style="margin-left:22%;">Defines the ePID that is used
for Office 2010 activations. If you ommit this parameter,
<b>vlmcsd</b>(8) generates a random ePID when it is
started.</p>
<p style="margin-left:11%;"><b>OFFICE2013=</b><i>epid</i></p>
<p style="margin-left:22%;">Defines the ePID that is used
for Office (versions 2013 and greater) activations. If you
ommit this parameter, <b>vlmcsd</b>(8) generates a random
ePID when it is started.</p>
<p style="margin-left:11%;"><b>HWID=</b><i>hwid</i></p>
<p style="margin-left:22%;">Defines the HwId that is sent
to clients. <i>hwid</i> must be specified as 16 hex digits
that are interpreted as a series of 8 bytes (big endian).
Any character that is not a hex digit will be ignored. This
is for better readability.</p>
<p style="margin-left:11%;"><b>TZ=</b><i>posix-time-zone-string</i></p>
<p style="margin-left:22%;">Set the time zone to
<i>posix-time-zone-string</i>. It must conform to the
<a href="http://pubs.opengroup.org/onlinepubs/009695399/basedefs/xbd_chap08.html">POSIX</a>
specification. Simplified time zone strings like
&quot;Europe/London&quot; or &quot;America/Detroit&quot; are
not allowed. This has the very simple reason that there is
no space on the floppy to store the time zone database.</p>
<p style="margin-left:22%; margin-top: 1em">The string
<i>CET-1CEST,M3.5.0,M10.5.0/3</i> (most countries in Europe)
reads as follows:</p>
<table width="100%" border="0" rules="none" frame="void"
cellspacing="0" cellpadding="0">
<tr valign="top" align="left">
<td width="22%"></td>
<td width="13%">
<p><i>CET</i></p></td>
<td width="2%"></td>
<td width="63%">
<p>The standard (winter) time zone has the name CET.</p></td></tr>
<tr valign="top" align="left">
<td width="22%"></td>
<td width="13%">
<p><i>-1</i></p></td>
<td width="2%"></td>
<td width="63%">
<p>The standard time zone is one hour east of UTC. Negative
numbers are east of UTC. Positive numbers are west of
UTC.</p> </td></tr>
<tr valign="top" align="left">
<td width="22%"></td>
<td width="13%">
<p><i>CEST</i></p></td>
<td width="2%"></td>
<td width="63%">
<p>The daylight saving (summer) time zone has the name
CEST.</p> </td></tr>
<tr valign="top" align="left">
<td width="22%"></td>
<td width="13%">
<p><i>M3.5.0</i></p></td>
<td width="2%"></td>
<td width="63%">
<p>Daylight saving time starts in the 3rd month (March) on
the 5th (=last) occurence of weekday 0 (Sunday) at 2
o&rsquo;clock (2 o&rsquo;clock is a default value).</p></td></tr>
<tr valign="top" align="left">
<td width="22%"></td>
<td width="13%">
<p><i>M10.5.0/3</i></p></td>
<td width="2%"></td>
<td width="63%">
<p>Daylight saving time ends in the 10th month (October) on
the 5th (=last) occurence of weekday 0 (Sunday) at 3
o&rsquo;clock.</p> </td></tr>
</table>
<p style="margin-left:22%; margin-top: 1em">If you
don&rsquo;t have daylight saving time, things are easier.
For Chinese Standard Time for example, just use <i>CST-8</i>
as the time zone string.</p>
<p style="margin-left:22%; margin-top: 1em">On a Linux
desktop system, you can use a command like
<b>strings&nbsp;/usr/share/zoneinfo/America/New_York&nbsp;|&nbsp;tail&nbsp;-n1</b>.
This should return <i>EST5EDT,M3.2.0,M11.1.0</i>. You can
use the returned string for the
<b>TZ=</b><i>posix-time-zone-string</i> parameter.</p>
<p style="margin-left:11%;"><b>IPV4_CONFIG=</b>DHCP |
STATIC</p>
<p style="margin-left:22%;">This determines how you want to
configure IPv4 networking. If you use
<b>IPV4_CONFIG=</b>STATIC, you must supply additional
paramaters to the APPEND command line.</p>
<p style="margin-left:11%;"><b>IPV4_ADDRESS=</b><i>ipv4-address</i>/<i>CIDR-mask</i></p>
<p style="margin-left:22%;">Use <i>ipv4-address</i> with
netmask <i>CIDR-mask</i> for static IPv4 configuration. The
netmask must not be ommitted. For IPv4 address 192.168.12.17
with a netmask of 255.255.255.0 use <i>192.168.12.17/24</i>.
For IPv4 address 10.4.0.8 with a netmask of 255.255.0.0 use
10.4.0.8/16. This paramater is ignored, if you used
<b>IPV4_CONFIG=</b>DHCP.</p>
<p style="margin-left:11%;"><b>IPV4_GATEWAY=</b><i>ipv4-address</i>
| NONE</p>
<p style="margin-left:22%;">Use <i>ipv4-address</i> as the
default gateway. This is usually the IPv4 address of your
router. You may specify NONE explicitly for no gateway. In
this case your virtual machine is only visible on its local
LAN. This paramater is ignored, if you used
<b>IPV4_CONFIG=</b>DHCP.</p>
<p style="margin-left:11%;"><b>IPV4_DNS1=</b><i>ipv4-address</i>
| NONE</p>
<p style="margin-left:22%;">Use <i>ipv4-address</i> as the
primary name server. In home networks this is often the IPv4
address of your router. You may specify NONE explicitly. If
you specified NONE for both <b>IPV4_DNS1=</b> and
<b>IPV4_DNS2=</b>, your virtual machine cannot resolve host
names to IP addresses. While <b>vlmcsd</b>(8) works
perfectly without DNS servers, you must use IP addresses
when referring to a host, e.g. for specifying an NTP server.
This paramater is ignored, if you used
<b>IPV4_CONFIG=</b>DHCP.</p>
<p style="margin-left:11%;"><b>IPV4_DNS2=</b><i>ipv4-address</i>
| NONE</p>
<p style="margin-left:22%;">Use <i>ipv4-address</i> as the
secondary name server. It serves as a backup if the primary
name server is not available. Home networks often
don&rsquo;t have a secondary name server. In this case set
this to NONE. This paramater is ignored, if you used
<b>IPV4_CONFIG=</b>DHCP.</p>
<p style="margin-left:11%;"><b>NTP_SERVER=</b><i>host-name</i>
| <i>ipv4-address</i> | NONE</p>
<p style="margin-left:22%;">This sets the name of a time
server using the NTP protocol. If your virtualization
environment reliably provides time, you can set this to
NONE. Don&rsquo;t use a public time service like
pool.ntp.org or time.nist.gov if you have a (at least
somewhat reliable) NTP server in your LAN.</p>
<p style="margin-left:11%;"><b>HOST_NAME=</b><i>host-name</i></p>
<p style="margin-left:22%;">Sets the local host name for
your virtual machine. It can be a single name or a
fully-qualified domain name FQDN. If you used
<b>IPV4_CONFIG=</b>DHCP and your DHCP server returns a
domain name, the domain part of an FQDN will be replaced by
that name. This host name or host part of an FQDN will not
replaced by a host name returned via DHCP. The host name is
not important for the operation of <b>floppy144.vfd</b>.</p>
<p style="margin-left:11%;"><b>ROOT_PASSWORD=</b><i>password</i></p>
<p style="margin-left:22%;">Sets the password of the root
user.</p>
<p style="margin-left:11%;"><b>USER_NAME=</b><i>username</i></p>
<p style="margin-left:22%;">Sets the name of for a general
user with no special privileges. This user can login but
can&rsquo;t do much.</p>
<p style="margin-left:11%;"><b>USER_PASSWORD=</b><i>password</i></p>
<p style="margin-left:22%;">Sets the password for the user
defined by <b>USER_NAME=</b><i>username</i>.</p>
<p style="margin-left:11%;"><b>GUEST_PASSWORD=</b><i>password</i></p>
<p style="margin-left:22%;">Sets the password for the
pre-defined guest user. This user has the same priviliges
(none) as the user defined by
<b>USER_NAME=</b><i>username</i>.</p>
<p style="margin-left:11%;"><b>INETD=</b>Y | N</p>
<p style="margin-left:22%;"><b>INETD=</b>Y specifies that
<b>inetd</b>(8) should automatically be started. That means
you can telnet and ftp to your virtual machine.</p>
<h2>OPERATION
<a name="OPERATION"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em"><b>Diskless
System</b> <br>
The <b>floppy144.vfd</b> virtual machine is a diskless
system that works entirely from RAM. The file system is
actually a RAM disk that is created from the
<b>initrd</b>(4) file on the floppy image.</p>
<p style="margin-left:11%; margin-top: 1em">Anything
you&rsquo;ll do from inside the virtual machine, for
instance editing a config file, will be lost when you reboot
the machine. So, if you ever asked yourself if <b>rm -fr
/</b> (root privileges required) really deletes all files
from all mounted partitions, the <b>floppy144.vfd</b> VM is
the right place to test it (Yes, it does).</p>
<p style="margin-left:11%; margin-top: 1em">The VM uses a
RAM disk, because the Linux kernel had to be stripped down
to essential features to fit on a 1.44 MB floppy. It has no
floppy driver, no disk file system drivers and no block
layer (cannot use disks of any type).</p>
<p style="margin-left:11%; margin-top: 1em"><b>System
startup</b> <br>
The kernel boots up very quickly and the init script
(/sbin/init) waits 5 seconds. In these 5 seconds you
can:</p>
<p style="margin-left:22%; margin-top: 1em">Press
&rsquo;m&rsquo; to manually enter the time zone and the IPv4
parameters. These will be queried interactively. <br>
Press &rsquo;t&rsquo; to manually enter the time zone only.
<br>
Press &rsquo;s&rsquo; to escape to a shell.</p>
<p style="margin-left:11%; margin-top: 1em">If you
don&rsquo;t want to 5 seconds for continuing the init
process, you can press any other key to speed things up. At
the end of the init script you should see
that<b>vlmcsd</b>(8) has started. You should also see the IP
addresses and all user names and passwords.</p>
<p style="margin-left:11%; margin-top: 1em"><b>Logging into
the system</b> <br>
There are 5 local logins provided on /dev/tty2 to /dev/tty6.
To switch to these logins, simply press ALT&minus;F2 to
ALT&minus;F6. To return to the console on /dev/tty1, press
ALT&minus;F1. If <b>inetd</b>(8) is running you can also use
<b>telnet</b>(1). This allows you use a terminal program
(e.g. putty) that can utilize your keyboard layout, can be
resized and has full UTF-8 support. The local terminals
support US keyboard layout only. Please be aware that
<b>telnet</b>(1) is unencrypted and everything including
passwords is transmitted in clear text. There is not enough
space for an ssh server like <b>sshd</b>(8) or
<b>dropbear</b>(8).</p>
<p style="margin-left:11%; margin-top: 1em">The floppy
image only provides basic Unix commands. Type <i>busybox</i>
or <i>ll /bin</i> to get a list. The only editor available
is <b>vi</b>(1). If you don&rsquo;t like vi, you may
transfer config files via <b>ftp</b>(1) edit them with the
editor of your choice and transfer them back to the
<b>floppy144.vfd</b> VM.</p>
<p style="margin-left:11%; margin-top: 1em"><b>The menu
system</b> <br>
You&rsquo;ll find a menu system on /dev/tty8 (press
ALT&minus;F8 to see it). It allows you performing some
administrative tasks and to view various system information.
It is mainly for users that do not have much experience with
Unix commands. <b><br>
1) (Re)start vlmcsd</b></p>
<p style="margin-left:22%;">Starts or restarts
<b>vlmcsd</b>(8). This is useful if you changed
<b>/etc/vlmcsd.ini</b>(5).</p>
<p style="margin-left:11%;"><b>2) Stop vlmcsd</b></p>
<p style="margin-left:22%;">Stops <b>vlmcsd</b>(8).</p>
<p style="margin-left:11%;"><b>3) (Re)start inetd</b></p>
<p style="margin-left:22%;">Starts or restarts
<b>inetd</b>(8). If <b>inetd</b>(8) is restarted, current
clients connected via <b>telnet</b>(1) or <b>ftp</b>(1) will
<b>not</b> be dropped. They can continue their sessions.
This is useful if you changed <b>/etc/inetd.conf</b>(5).</p>
<p style="margin-left:11%;"><b>4) Stop inet</b></p>
<p style="margin-left:22%;">Stops <b>inetd</b>(8). All
clients connected via <b>telnet</b>(1) or <b>ftp</b>(1) will
be dropped immediately.</p>
<p style="margin-left:11%;"><b>5) Change the time
zone</b></p>
<p style="margin-left:22%;">Just in case you missed
pressing &rsquo;t&rsquo; during system startup. This also
restarts <b>vlmcsd</b>(8) if it was running to notify it
that the time zone has changed. Restarting <b>vlmcsd</b>(8)
allows currently connected clients to finish their
activation.</p>
<p style="margin-left:11%;"><b>k) Change keyboard
layout</b></p>
<p style="margin-left:22%;">This allows you to select a
different keyboard layout.</p>
<p style="margin-left:11%;"><b>6) Show all kernel boot
parameters</b></p>
<p style="margin-left:22%;">Shows all parameters passed to
the kernel via syslinux.cfg. If you experience any
unexpected behavior, you can use this to check if your
APPEND line in syslinux.cfg is correct. The output is piped
through <b>less(1)</b>. So press &rsquo;q&rsquo; to return
to the menu.</p>
<p style="margin-left:11%;"><b>7) Show boot log
(dmesg)</b></p>
<p style="margin-left:22%;">Shows the boot log of the
kernel. The output is piped through <b>less(1)</b>. So press
&rsquo;q&rsquo; to return to the menu.</p>
<p style="margin-left:11%;"><b>8) Show TCP/IP
configuration</b></p>
<p style="margin-left:22%;">Shows the TCP/IP configuration,
listening sockets and current TCP and UDP connections.
Useful, if you problems with net connectivity. The output is
piped through <b>less(1)</b>. So press &rsquo;q&rsquo; to
return to the menu.</p>
<p style="margin-left:11%;"><b>9) Show running
processes</b></p>
<p style="margin-left:22%;">Shows all processes including
memory and CPU usage. Display will updated every second.
Press &rsquo;q&rsquo; or CTRL-C to return to the menu.</p>
<p style="margin-left:11%;"><b>s) Shutdown</b></p>
<p style="margin-left:22%;">Shuts down the
<b>floppy144.vfd</b> virtual machine. Proper shutdown is not
required. It is ok to use a hard power off in your
virtualization program.</p>
<p style="margin-left:11%;"><b>r) Reboot</b></p>
<p style="margin-left:22%;">Reboots the
<b>floppy144.vfd</b> virtual machine. Proper reboot is not
required. It is ok to use a hard reset in your
virtualization program.</p>
<h2>PERMANENT CHANGES OF INITRD
<a name="PERMANENT CHANGES OF INITRD"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em">If you want to
change any file or script of the file system (e.g. the init
script /sbin/init or /etc/vlmcsd.ini), you&rsquo;ll need to
mount the floppy image, unpack the <b>initrd</b>(4) file,
make any modfications you like, create a new
<b>initrd</b>(4) file and copy it to the mounted floppy.</p>
<p style="margin-left:11%; margin-top: 1em">To unpack the
<b>initrd</b>(4) file you&rsquo;ll need <b>xz</b>(1) (or
<b>lzma</b>(1) on older unix-like OSses) and <b>cpio</b>(1).
These can be installed using your package manager on all
major distros. It is ok to use the BSD version of
<b>cpio</b>(1). No need to get the GNU version for BSD
users. Provided the floppy is mounted in /mnt/floppy do the
following: <br>
Create an empty directory</p>
<p style="margin-left:22%;">mkdir
~/vlmcsd-floppy-initrd</p>
<p style="margin-left:11%;">cd into that directory</p>
<p style="margin-left:22%;">cd ~/vlmcsd-floppy-initrd</p>
<p style="margin-left:11%;">Unpack initrd</p>
<p style="margin-left:22%;">cat /mnt/floppy/initrd | unlzma
| cpio -i</p>
<p style="margin-left:11%; margin-top: 1em">After applying
your changes build a new <b>initrd</b>(4) file: <br>
cd into your directory</p>
<p style="margin-left:22%;">cd ~/vlmcsd-floppy-initrd</p>
<p style="margin-left:11%;">Create the packed file</p>
<p style="margin-left:22%;">find . | cpio -o -H newc | lzma
&gt; /mnt/floppy/initrd</p>
<p style="margin-left:11%; margin-top: 1em">Do not try to
use &rsquo;lzma -9&rsquo; to achive better compression. The
kernel can&rsquo;t read the resulting file. While
customizing the <b>initrd</b>(4) file works on almost any
unix-like OS, it does not work on Windows even not with
Cygwin. The reason is that the NTFS file system can&rsquo;t
handle uids and gids. These cannot be preserved when
unpacking the <b>cpio</b>(1) archive to NTFS. If you use the
WSL subsystem of Windows 10 Redstone (Anniversary Update)
and later, you must make sure to unpack the <b>initrd</b>(4)
file to a directory on VolFs (normally everything that is
<b>not</b> mounted under /mnt). The <b>initrd</b>(4) file
can be on a VolFs or DriveFs.</p>
<h2>FAQ
<a name="FAQ"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em"><b>On what
distro is the floppy image based?</b> <br>
None. Besides the boot loader <b>ldlinux.sys</b>, there are
only three binaries: The Linux kernel <b>bzImage</b>,
<b>busybox</b>(1) and <b>vlmcsdmulti-x86-musl-static</b>.
<b>bzImage</b> and <b>busybox</b>(1) have been compiled with
carefully selected configuration parameters not found in any
distro. This was neccesary to fit everything on a 1.44 MB
floppy.</p>
<p style="margin-left:11%; margin-top: 1em"><b>Why is a
rather old Linux kernel (3.12) used?</b> <br>
Linux 3.12 is the last kernel that can be booted with 16 MB
of RAM. Beginning with Linux 3.13 it requires much more
memory (about 80 MB) to boot. The floppy image is regularly
tested with newer kernels. Everything works except that you
need to assign much more main memory to the virtual
machine.</p>
<p style="margin-left:11%; margin-top: 1em"><b>Can the
floppy be booted on bare metal?</b> <br>
Basically yes. However, only Intel Pro/1000 and AMD PCNET32
ethernet cards are supported by the kernel. In addition
there is no USB support compiled into the kernel. That means
you can only use an IBM AT or IBM PS/2 keyboard which are
not available on newer hardware.</p>
<h2>FILES
<a name="FILES"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em"><b>syslinux.cfg</b>,
<b>vlmcsd.ini</b>(5)</p>
<h2>BUGS
<a name="BUGS"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em">IPv6 cannot be
configured with static or manual parameters. <br>
DHCPv6 is not supported. <br>
&acute;ip route add ...&rsquo; does not work. Use
&rsquo;route add ...&rsquo; instead.</p>
<h2>AUTHOR
<a name="AUTHOR"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em"><b>floppy144.vfd</b>
has been created by Hotbird64</p>
<h2>CREDITS
<a name="CREDITS"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em">Linus Torvalds
et al. for the Linux kernel <br>
Erik Andersen et al. for the original uClibc <br>
Waldemar Brodkorb et al. for uClibc-ng <br>
Denys Vlasenko et al. for BusyBox <br>
H. Peter Anvin et al. for SYSLINUX</p>
<h2>SEE ALSO
<a name="SEE ALSO"></a>
</h2>
<p style="margin-left:11%; margin-top: 1em"><b>vlmcsd</b>(8),
<b>vlmcsd.ini</b>(5), <b>initrd</b>(4), <b>busybox</b>(1),
<b>syslinux(1)</b></p>
<hr>
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VLMCSD-FLOPPY(7) KMS Activation Manual VLMCSD-FLOPPY(7)
NAME
floppy144.vfd - a bootable floppy disk with Linux and vlmcsd(8)
DESCRIPTION
floppy144.vfd is an image of a bootable floppy that contains a minimal
version of Linux and vlmcsd(8). It requires only 16 MB of RAM. Its pri‐
mary purpose is to run vlmcsd(8) in a small virtual machine which makes
it easy to use vlmcsd(8) to activate the virtual machine's host com‐
puter which is not possible in Windows 8.1 and up. The floppy image is
a standard 3,5" floppy with 1.44 MB storage. It is formatted with a
FAT12 filesystem. The floppy can be mounted to apply several customiza‐
tions.
SUPPORTED HYPERVISORS
The floppy image has been tested with the following hypervisors:
VMWare, VirtualBox, Hyper-V and QEMU
Others are likely to work.
SETUP
Create a new virtual machine. Assign 16 MB of RAM. Add a floppy drive
and attach floppy144.vfd to this drive. Do not create a virtual hard
disk. Setup the virtual machine to boot from a floppy drive (VirtualBox
has floppy boot disabled by default). If possible, setup a virtual
machine with plain old BIOS (not UEFI). If you created an UEFI virtual
machine, enable the compatibility support mode (CSM) to allow a BIOS
compatible boot. Set number of CPUs to 1. The Linux kernel is not capa‐
ble of SMP. Remove IDE, SATA, SCSI and USB support if possible. The
Linux kernel can't handle this and ignores any devices connected to
these buses.
Setup an ethernet card. The following models are supported:
Intel PRO/1000
AMD PCNET III
AMD PCNET32
VMWare vmxnet3 (paravirtualized driver used by VMWare)
virtio (paravirtualized driver used by VirtualBox, QEMU, KVM and
lguest)
Most hypervisors emulate an Intel PRO/1000 or AMD PCNET32 by default.
Selecting a paravirtualized driver slightly improves performance. In
VirtualBox you can simply select virtio in the network configuration
dialog. VMWare requires that you add or change the VMX file. Use 'eth‐
ernet0.virtualDev = "vmxnet3"' in your VMWare config file.
If you are using QEMU, you must also setup a TAP adapter. Port redi‐
rection does not work to activate your own computer.
CONFIGURATION
floppy144.vfd can be customized to fit your needs. This is done by
editing the file syslinux.cfg on the floppy image. The floppy image
must be mounted. Under Linux you can simply attach floppy144.vfd to a
loop device which is mountable like any other block device. For Windows
you must use some software that allows mounting a floppy image, e.g.
OSFMount ⟨http://www.osforensics.com/tools/mount-disk-images.html⟩
OSFMount works under all Windows versions beginning with Windows XP up
to Windows 10 (32- and 64-bit).
The default syslinux.cfg file looks like this:
prompt 0
TIMEOUT 50
default dhcp
LABEL dhcp
KERNEL bzImage
APPEND vga=773 quiet initrd=initrd KBD=us LIS‐
TEN=[::]:1688,0.0.0.0:1688 TZ=UTC0 IPV4_CONFIG=DHCP
NTP_SERVER=pool.ntp.org HOST_NAME=vlmcsd ROOT_PASSWORD=vlmcsd
USER_NAME=user USER_PASSWORD=vlmcsd GUEST_PASSWORD=vlmcsd
INETD=Y WINDOWS=06401-00206-271-395032-03-1033-9600.0000-1652016
OFFICE2010=06401-00096-199-204970-03-1033-9600.0000-1652016
OFFICE2013=06401-00206-234-921934-03-1033-9600.0000-1652016
HWID=36:4F:46:3A:88:63:D3:5F
LABEL static
KERNEL bzImage
APPEND vga=773 quiet initrd=initrd KBD=fr LIS‐
TEN=[::]:1688,0.0.0.0:1688 TZ=CET-1CEST,M3.5.0,M10.5.0/3
IPV4_CONFIG=STATIC IPV4_ADDRESS=192.168.20.123/24 IPV4_GATE‐
WAY=192.168.20.2 IPV4_DNS1=192.168.20.2 IPV4_DNS2=NONE
NTP_SERVER=pool.ntp.org HOST_NAME=vlmcsd ROOT_PASSWORD=vlmcsd
USER_NAME=user USER_PASSWORD=vlmcsd GUEST_PASSWORD=vlmcsd
INETD=Y
There are two configurations in this files: dhcp (for configuring the
IPv4 network via DHCP) and static (for a static IPv4 configuration).
The kernel always boots the dhcp configuration without asking (lines
'prompt 0' and 'default dhcp'). You can simply change the default con‐
figuration to static and then customize the APPEND line in the static
configuration. For more details how to customize the syslinux.cfg file
see syslinux(1).
Each APPPEND line contains one or more items seperated by spaces. All
items are case-sensitive. The following parameters can be customized:
vga=vesa-video-mode
Sets the VESA display mode for the virtual machine. The parame‐
ter is not optional. If you ommit it, you will not see anything
on the screen. 773 means 1024x768 with 256 colors. See Wikipedia
⟨https://en.wikipedia.org/wiki/
VESA_BIOS_Extensions#Linux_video_mode_numbers⟩ for more video
modes. Note that all 16 color (4-bit) modes will not work. Use
8-bit (256 colors), 16-bit (65536 colors), 24-bit and 32-bit (>
16 Million colors) only. All modes above 1280x1024 are non-VESA-
standard and vary for all (virtual) graphic cards.
quiet This causes the kernel not display the its log during boot. You
may omit quiet but it doesn't make much sense. The boot log is
actually very verbose and scrolls away from screen quickly. If
any errors occur during boot, they will be displayed even if
quiet is present in the APPEND line. You may evaluate the com‐
plete boot log later by using the dmesg command or the menu on
/dev/tty8.
initrd=initial-ram-disk-file
This defines the initial ram disk that the kernel will read.
There is only one initial ram disk on the floppy thus leave ini‐
trd=initrd as it is.
KBD=keyboard-layout-name
This allows you to select the keyboard layout. keyboard-layout-
name is usually the ISO 3166-1 (top level domain) code for a
country. A list of valid keyboard-layout-names can be accessed
via the menu system on /dev/tty8 (press ALT-F8). Note, that this
is a keyboard driver only. There is no Unicode font support in
floppy144.vfd (due to the fact that the kernel uses a generic
VESA framebuffer device only). Characters beyond ASCII work for
Western European languages only but not Eastern European, Greek,
Cyrillic, Arabic, Hebrew, CJK and other languages. There is no
need in floppy144.vfd to enter any characters outside ASCII. The
purpose of the keyboard maps are that you will find characters
like dash, backslash, brackets, braces, etc. at the usual place
on your keyboard.
LISTEN=PRIVATE[:tcp-port] | ip-address[:tcp-port][,ip-address[:tcp-
port]][,...]
One or more combinations of IP addresses and optional TCP port
seperated by commas that vlmcsd(8) should listen on or PRIVATE
to listen on all private IP addresses only. The default port is
1688. If you use an explicit port number, append it to the IP
address seperated by a colon. If you use a port number and the
IP address contains colons, you must enclose the IP address in
brackets. For example 192.168.0.2,[fd00::dead:beef]:5678 causes
vlmcsd(8) to listen on 192.168.0.2 port 1688 and fd00::dead:beef
port 5678.
WINDOWS=epid
Defines the ePID that is used for Windows activations. If you
ommit this parameter, vlmcsd generates a random ePID when it is
started.
OFFICE2010=epid
Defines the ePID that is used for Office 2010 activations. If
you ommit this parameter, vlmcsd(8) generates a random ePID when
it is started.
OFFICE2013=epid
Defines the ePID that is used for Office (versions 2013 and
greater) activations. If you ommit this parameter, vlmcsd(8)
generates a random ePID when it is started.
HWID=hwid
Defines the HwId that is sent to clients. hwid must be specified
as 16 hex digits that are interpreted as a series of 8 bytes
(big endian). Any character that is not a hex digit will be
ignored. This is for better readability.
TZ=posix-time-zone-string
Set the time zone to posix-time-zone-string. It must conform to
the POSIX ⟨http://pubs.opengroup.org/onlinepubs/009695399/
basedefs/xbd_chap08.html⟩ specification. Simplified time zone
strings like "Europe/London" or "America/Detroit" are not
allowed. This has the very simple reason that there is no space
on the floppy to store the time zone database.
The string CET-1CEST,M3.5.0,M10.5.0/3 (most countries in Europe)
reads as follows:
CET The standard (winter) time zone has the name CET.
-1 The standard time zone is one hour east of UTC. Nega‐
tive numbers are east of UTC. Positive numbers are
west of UTC.
CEST The daylight saving (summer) time zone has the name
CEST.
M3.5.0 Daylight saving time starts in the 3rd month (March)
on the 5th (=last) occurence of weekday 0 (Sunday) at
2 o'clock (2 o'clock is a default value).
M10.5.0/3 Daylight saving time ends in the 10th month (October)
on the 5th (=last) occurence of weekday 0 (Sunday) at
3 o'clock.
If you don't have daylight saving time, things are easier. For
Chinese Standard Time for example, just use CST-8 as the time
zone string.
On a Linux desktop system, you can use a command like
strings /usr/share/zoneinfo/America/New_York | tail -n1. This
should return EST5EDT,M3.2.0,M11.1.0. You can use the returned
string for the TZ=posix-time-zone-string parameter.
IPV4_CONFIG=DHCP | STATIC
This determines how you want to configure IPv4 networking. If
you use IPV4_CONFIG=STATIC, you must supply additional para‐
maters to the APPEND command line.
IPV4_ADDRESS=ipv4-address/CIDR-mask
Use ipv4-address with netmask CIDR-mask for static IPv4 configu‐
ration. The netmask must not be ommitted. For IPv4 address
192.168.12.17 with a netmask of 255.255.255.0 use
192.168.12.17/24. For IPv4 address 10.4.0.8 with a netmask of
255.255.0.0 use 10.4.0.8/16. This paramater is ignored, if you
used IPV4_CONFIG=DHCP.
IPV4_GATEWAY=ipv4-address | NONE
Use ipv4-address as the default gateway. This is usually the
IPv4 address of your router. You may specify NONE explicitly for
no gateway. In this case your virtual machine is only visible on
its local LAN. This paramater is ignored, if you used IPV4_CON‐
FIG=DHCP.
IPV4_DNS1=ipv4-address | NONE
Use ipv4-address as the primary name server. In home networks
this is often the IPv4 address of your router. You may specify
NONE explicitly. If you specified NONE for both IPV4_DNS1= and
IPV4_DNS2=, your virtual machine cannot resolve host names to IP
addresses. While vlmcsd(8) works perfectly without DNS servers,
you must use IP addresses when referring to a host, e.g. for
specifying an NTP server. This paramater is ignored, if you used
IPV4_CONFIG=DHCP.
IPV4_DNS2=ipv4-address | NONE
Use ipv4-address as the secondary name server. It serves as a
backup if the primary name server is not available. Home net‐
works often don't have a secondary name server. In this case set
this to NONE. This paramater is ignored, if you used IPV4_CON‐
FIG=DHCP.
NTP_SERVER=host-name | ipv4-address | NONE
This sets the name of a time server using the NTP protocol. If
your virtualization environment reliably provides time, you can
set this to NONE. Don't use a public time service like
pool.ntp.org or time.nist.gov if you have a (at least somewhat
reliable) NTP server in your LAN.
HOST_NAME=host-name
Sets the local host name for your virtual machine. It can be a
single name or a fully-qualified domain name FQDN. If you used
IPV4_CONFIG=DHCP and your DHCP server returns a domain name, the
domain part of an FQDN will be replaced by that name. This host
name or host part of an FQDN will not replaced by a host name
returned via DHCP. The host name is not important for the opera‐
tion of floppy144.vfd.
ROOT_PASSWORD=password
Sets the password of the root user.
USER_NAME=username
Sets the name of for a general user with no special privileges.
This user can login but can't do much.
USER_PASSWORD=password
Sets the password for the user defined by USER_NAME=username.
GUEST_PASSWORD=password
Sets the password for the pre-defined guest user. This user has
the same priviliges (none) as the user defined by
USER_NAME=username.
INETD=Y | N
INETD=Y specifies that inetd(8) should automatically be started.
That means you can telnet and ftp to your virtual machine.
OPERATION
Diskless System
The floppy144.vfd virtual machine is a diskless system that works
entirely from RAM. The file system is actually a RAM disk that is cre‐
ated from the initrd(4) file on the floppy image.
Anything you'll do from inside the virtual machine, for instance edit‐
ing a config file, will be lost when you reboot the machine. So, if you
ever asked yourself if rm -fr / (root privileges required) really
deletes all files from all mounted partitions, the floppy144.vfd VM is
the right place to test it (Yes, it does).
The VM uses a RAM disk, because the Linux kernel had to be stripped
down to essential features to fit on a 1.44 MB floppy. It has no floppy
driver, no disk file system drivers and no block layer (cannot use
disks of any type).
System startup
The kernel boots up very quickly and the init script (/sbin/init) waits
5 seconds. In these 5 seconds you can:
Press 'm' to manually enter the time zone and the IPv4 parame‐
ters. These will be queried interactively.
Press 't' to manually enter the time zone only.
Press 's' to escape to a shell.
If you don't want to 5 seconds for continuing the init process, you can
press any other key to speed things up. At the end of the init script
you should see thatvlmcsd(8) has started. You should also see the IP
addresses and all user names and passwords.
Logging into the system
There are 5 local logins provided on /dev/tty2 to /dev/tty6. To switch
to these logins, simply press ALT-F2 to ALT-F6. To return to the con‐
sole on /dev/tty1, press ALT-F1. If inetd(8) is running you can also
use telnet(1). This allows you use a terminal program (e.g. putty) that
can utilize your keyboard layout, can be resized and has full UTF-8
support. The local terminals support US keyboard layout only. Please be
aware that telnet(1) is unencrypted and everything including passwords
is transmitted in clear text. There is not enough space for an ssh
server like sshd(8) or dropbear(8).
The floppy image only provides basic Unix commands. Type busybox or ll
/bin to get a list. The only editor available is vi(1). If you don't
like vi, you may transfer config files via ftp(1) edit them with the
editor of your choice and transfer them back to the floppy144.vfd VM.
The menu system
You'll find a menu system on /dev/tty8 (press ALT-F8 to see it). It
allows you performing some administrative tasks and to view various
system information. It is mainly for users that do not have much expe‐
rience with Unix commands.
1) (Re)start vlmcsd
Starts or restarts vlmcsd(8). This is useful if you changed
/etc/vlmcsd.ini(5).
2) Stop vlmcsd
Stops vlmcsd(8).
3) (Re)start inetd
Starts or restarts inetd(8). If inetd(8) is restarted, current
clients connected via telnet(1) or ftp(1) will not be dropped.
They can continue their sessions. This is useful if you changed
/etc/inetd.conf(5).
4) Stop inet
Stops inetd(8). All clients connected via telnet(1) or ftp(1)
will be dropped immediately.
5) Change the time zone
Just in case you missed pressing 't' during system startup. This
also restarts vlmcsd(8) if it was running to notify it that the
time zone has changed. Restarting vlmcsd(8) allows currently
connected clients to finish their activation.
k) Change keyboard layout
This allows you to select a different keyboard layout.
6) Show all kernel boot parameters
Shows all parameters passed to the kernel via syslinux.cfg. If
you experience any unexpected behavior, you can use this to
check if your APPEND line in syslinux.cfg is correct. The output
is piped through less(1). So press 'q' to return to the menu.
7) Show boot log (dmesg)
Shows the boot log of the kernel. The output is piped through
less(1). So press 'q' to return to the menu.
8) Show TCP/IP configuration
Shows the TCP/IP configuration, listening sockets and current
TCP and UDP connections. Useful, if you problems with net con‐
nectivity. The output is piped through less(1). So press 'q' to
return to the menu.
9) Show running processes
Shows all processes including memory and CPU usage. Display will
updated every second. Press 'q' or CTRL-C to return to the menu.
s) Shutdown
Shuts down the floppy144.vfd virtual machine. Proper shutdown is
not required. It is ok to use a hard power off in your virtual‐
ization program.
r) Reboot
Reboots the floppy144.vfd virtual machine. Proper reboot is not
required. It is ok to use a hard reset in your virtualization
program.
PERMANENT CHANGES OF INITRD
If you want to change any file or script of the file system (e.g. the
init script /sbin/init or /etc/vlmcsd.ini), you'll need to mount the
floppy image, unpack the initrd(4) file, make any modfications you
like, create a new initrd(4) file and copy it to the mounted floppy.
To unpack the initrd(4) file you'll need xz(1) (or lzma(1) on older
unix-like OSses) and cpio(1). These can be installed using your package
manager on all major distros. It is ok to use the BSD version of
cpio(1). No need to get the GNU version for BSD users. Provided the
floppy is mounted in /mnt/floppy do the following:
Create an empty directory
mkdir ~/vlmcsd-floppy-initrd
cd into that directory
cd ~/vlmcsd-floppy-initrd
Unpack initrd
cat /mnt/floppy/initrd | unlzma | cpio -i
After applying your changes build a new initrd(4) file:
cd into your directory
cd ~/vlmcsd-floppy-initrd
Create the packed file
find . | cpio -o -H newc | lzma > /mnt/floppy/initrd
Do not try to use 'lzma -9' to achive better compression. The kernel
can't read the resulting file. While customizing the initrd(4) file
works on almost any unix-like OS, it does not work on Windows even not
with Cygwin. The reason is that the NTFS file system can't handle uids
and gids. These cannot be preserved when unpacking the cpio(1) archive
to NTFS. If you use the WSL subsystem of Windows 10 Redstone (Anniver‐
sary Update) and later, you must make sure to unpack the initrd(4) file
to a directory on VolFs (normally everything that is not mounted under
/mnt). The initrd(4) file can be on a VolFs or DriveFs.
FAQ
On what distro is the floppy image based?
None. Besides the boot loader ldlinux.sys, there are only three bina‐
ries: The Linux kernel bzImage, busybox(1) and vlmcsdmulti-x86-musl-
static. bzImage and busybox(1) have been compiled with carefully
selected configuration parameters not found in any distro. This was
neccesary to fit everything on a 1.44 MB floppy.
Why is a rather old Linux kernel (3.12) used?
Linux 3.12 is the last kernel that can be booted with 16 MB of RAM.
Beginning with Linux 3.13 it requires much more memory (about 80 MB) to
boot. The floppy image is regularly tested with newer kernels. Every‐
thing works except that you need to assign much more main memory to the
virtual machine.
Can the floppy be booted on bare metal?
Basically yes. However, only Intel Pro/1000 and AMD PCNET32 ethernet
cards are supported by the kernel. In addition there is no USB support
compiled into the kernel. That means you can only use an IBM AT or IBM
PS/2 keyboard which are not available on newer hardware.
FILES
syslinux.cfg, vlmcsd.ini(5)
BUGS
IPv6 cannot be configured with static or manual parameters.
DHCPv6 is not supported.
´ip route add ...' does not work. Use 'route add ...' instead.
AUTHOR
floppy144.vfd has been created by Hotbird64
CREDITS
Linus Torvalds et al. for the Linux kernel
Erik Andersen et al. for the original uClibc
Waldemar Brodkorb et al. for uClibc-ng
Denys Vlasenko et al. for BusyBox
H. Peter Anvin et al. for SYSLINUX
SEE ALSO
vlmcsd(8), vlmcsd.ini(5), initrd(4), busybox(1), syslinux(1)
Hotbird64 June 2016 VLMCSD-FLOPPY(7)

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#include <unistd.h>
#include <fcntl.h>
#include <sys/stat.h>
#ifndef NO_LIMIT
#include <semaphore.h>
#endif // NO_LIMIT
#endif // !_WIN32
#if __APPLE__
@ -533,7 +535,7 @@ static BOOL setIniFileParameter(uint_fast8_t id, const char *const iniarg)
return TRUE;
# endif // !defined(NO_SOCKETS) && !defined(USE_MSRPC) && !defined(SIMPLE_SOCKETS)
# if !defined(NO_LIMIT) && !__minix__
# if !defined(NO_LIMIT) && !defined(NO_SOCKETS) && !__minix__
case INI_PARAM_MAX_WORKERS:
# ifdef USE_MSRPC
@ -543,7 +545,7 @@ static BOOL setIniFileParameter(uint_fast8_t id, const char *const iniarg)
# endif // !USE_MSRPC
break;
# endif // !defined(NO_LIMIT) && !__minix__
# endif // !defined(NO_LIMIT) && !defined(NO_SOCKETS) && !__minix__
# ifndef NO_PID_FILE

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