def write( self , aScriptVariables , aComponentPaths , aCommandList , aLibs, aMaps ):
with SmartOpen( self.CommandLineArgs.output ) as write:
write( "<FileList>" )
for src in aCommandList["src"]:
status = SvnStatus( src.FilePath , self.Pathmaker.root )
string = [ '{0}="{1}"'.format(key,val).ljust(24) for key,val in sorted(status.iteritems()) ]
write( " <File {0} />".format( " ".join( string ) ) )
write( "</FileList>" )
def write(self, aScriptVariables, aComponentPaths, aCommandList, aLibs):
if not "device_name" in aScriptVariables:
raise RuntimeError("Variable 'device_name' not defined.")
with SmartOpen(self.CommandLineArgs.output) as write:
write("# Autogenerated project build script")
write(time.strftime("# %c"))
write()
write("project new top")
write("project set family {0}".format(
aScriptVariables["device_family"]))
write("project set device {0}".format(
aScriptVariables["device_name"]))
write("project set package {0}".format(
aScriptVariables["device_package"]))
write("project set speed {0}".format(
aScriptVariables["device_speed"]))
for setup in aCommandList["setup"]:
write("source {0}".format(setup.FilePath))
for lib in aLibs:
write("lib_vhdl new {0}".format(lib))
for src in reversed(aCommandList["src"]):
if os.path.splitext(src.FilePath)[1] == ".xco":
if not len(aCommandList["cgpfile"]):
raise SystemExit("No CGP file found in design")
write("exec mkdir -p ipcore_dir")
write("exec cp {0} {1}".format(
aCommandList["cgpfile"][0].FilePath, "ipcore_dir"))
write("exec cp {0} {1}".format(src.FilePath, "ipcore_dir"))
write("cd ipcore_dir")
write(
"exec coregen -r -b {0} -p coregen.cgp >& coregen.out".
format(os.path.basename(src.FilePath)))
write("cd ..")
lFile = os.path.join("ipcore_dir",
os.path.basename(src.FilePath))
else:
lFile = src.FilePath
if src.Include:
if src.Lib is None:
write("xfile add {0}".format(lFile))
else:
write("xfile add {0} -lib_vhdl {1} -include_global".
format(lFile, src.Lib))
write("project set top rtl top")
write("project close")
def write(self, aScriptVariables, aComponentPaths, aCommandList, aLibs,
aMaps):
with SmartOpen(self.CommandLineArgs.output) as write:
write("# Autogenerated project build script")
write(time.strftime("# %c"))
write()
for addrtab in aCommandList["addrtab"]:
if addrtab.TopLevel:
n = os.path.basename(addrtab.FilePath)
write("gen_ipbus_addr_decode {0}".format(n))
b = "ipbus_decode_{0}.vhd".format(os.path.splitext(n)[0])
write("cp {0} {1}".format(
b,
self.Pathmaker.getpath(addrtab.ComponentPath, "src",
b)))
def write(self, aScriptVariables, aComponentPaths, aCommandList, aLibs,
aMaps):
with SmartOpen(self.CommandLineArgs.output) as write:
write("# Autogenerated project build script")
write(time.strftime("# %c"))
write('''
declare -a UPDATED_DECODERS
function generate_decoder {
SRC=$1
DECODER=$2
TARGET="$3/$2"
echo "#################################"
echo "# Processing ${SRC}"
echo "#################################"
gen_ipbus_addr_decode ${SRC}
res=$?
if [ ${res} -eq 0 ]; then
echo "Successfully created decoder for ${SRC}"
else
echo "Failed to generate decoder. Skipping." >&2
return 999
fi
echo
echo 'Comparing generated decoder and target'
echo '----------------------------'
diff -u -I '^-- START automatically' ${DECODER} ${TARGET}
res=$?
echo '----------------------------'
if [ ${res} -eq 0 ]; then
echo "No differences detected, ${TARGET} is up-to-date."
else
echo "Generated and target file differ. Updating ${TARGET}"
cp ${DECODER} ${TARGET}
UPDATED_DECODERS+=(${TARGET})
fi
echo
}
function generate_summary {
echo
echo "###################################"
echo "# IPBus decoder generator summary"
echo "###################################"
echo
if [ ${#UPDATED_DECODERS[@]} -eq 0 ]; then
echo " No decoders have been updated"
else
echo " The following decoders have been updated"
echo
for DECODER in ${UPDATED_DECODERS[@]}
do
echo " * ${DECODER}"
done
fi
echo
}
''')
write()
for addrtab in aCommandList['addrtab']:
if addrtab.TopLevel:
n = os.path.basename(addrtab.FilePath)
b = 'ipbus_decode_{0}.vhd'.format(os.path.splitext(n)[0])
write('generate_decoder {0} {1} {2}'.format(
n, b,
self.Pathmaker.getpath(addrtab.ComponentPath, 'src')))
write()
write('generate_summary')
def write(self, aScriptVariables, aComponentPaths, aCommandList, aLibs,
aMaps):
if not "device_name" in aScriptVariables:
raise RuntimeError("Variable 'device_name' not defined.")
with SmartOpen(self.CommandLineArgs.output) as write:
write("# Autogenerated project build script")
write(time.strftime("# %c"))
write()
lWorkingDir = os.path.abspath(
os.path.join(
os.path.split(self.CommandLineArgs.output)[0], "top"))
write("set outputDir {0}".format(lWorkingDir))
write("file mkdir $outputDir")
write(
"create_project top $outputDir -part {device_name}{device_package}{device_speed} -force"
.format(**aScriptVariables))
write(
'if {[string equal [get_filesets -quiet constrs_1] ""]} {create_fileset -constrset constrs_1}'
)
write(
'if {[string equal [get_filesets -quiet sources_1] ""]} {create_fileset -srcset sources_1}'
)
write(
'if {[string equal [get_filesets -quiet ise_1] ""]} {create_fileset -srcset ise_1}'
)
for setup in aCommandList["setup"]:
write("source {0}".format(setup.FilePath))
lXciBasenames = []
lXciTargetFiles = []
for src in reversed(aCommandList["src"]):
lPath, lBasename = os.path.split(src.FilePath)
lName, lExt = os.path.splitext(lBasename)
lTargetFile = os.path.join("$outputDir/top.srcs/sources_1/ip",
lName, lBasename)
if lExt == ".xci":
write("import_files -norecurse -fileset sources_1 {0}".
format(src.FilePath))
lXciBasenames.append(lName)
lXciTargetFiles.append(lTargetFile)
else:
if src.Include:
cmd = "add_files -norecurse -fileset {1} {0}".format(
src.FilePath, self.FileSets[lExt])
if src.Vhdl2008:
cmd += "\nset_property FILE_TYPE {{VHDL 2008}} [get_files {0}]".format(
src.FilePath)
if lExt == ".tcl":
write("set_property USED_IN implementation [" +
cmd + "]")
else:
write(cmd)
if src.Lib:
write("set_property library {1} [get_files [ {0} ]]".
format(lFile, src.Lib))
write("set_property top top [current_fileset]")
#for i in ["constrs_1" , "sources_1" , "ise_1" ]:
#write( "reorder_files -fileset {0} -auto [get_files -of_objects [get_filesets {0}]]".format(i) )
# write( "set_property source_mgmt_mode All [get_projects top]" )
# write( "update_compile_order -fileset constrs_1" )
# write( "update_compile_order -fileset sources_1" )
# write( "update_compile_order -fileset sim_1" )
write(
'set_property "steps.synth_design.args.flatten_hierarchy" "none" [get_runs synth_1]'
)
for i in lXciBasenames:
write("upgrade_ip [get_ips {0}]".format(i))
for i in lXciTargetFiles:
write("create_ip_run [get_files {0}]".format(i))
for i in lXciBasenames:
write("launch_run {0}_synth_1".format(i))
def write( self , aScriptVariables , aComponentPaths , aCommandList , aLibs, aMaps ):
with SmartOpen( self.CommandLineArgs.output ) as write:
for addrtab in aCommandList["addrtab"]:
write( addrtab.FilePath )
def write(self, aScriptVariables, aComponentPaths, aCommandList, aLibs,
aMaps):
if not "device_name" in aScriptVariables:
raise RuntimeError("Variable 'device_name' not defined.")
# Hack alert : Alessandro
code, output = commands.getstatusoutput('vsim -version')
if 'modelsim' in output.lower():
print('ModelSim detected')
targetSimulator = 'ModelSim'
simulator = 'modelsim'
elif 'questa' in output.lower():
print('Questa detected')
targetSimulator = 'Questa'
simulator = 'questa'
else:
raise RuntimeError("Failed to detect Modelsim/Questasim")
with SmartOpen(self.CommandLineArgs.output) as write:
write("# Autogenerated project build script")
write(time.strftime("# %c"))
write()
# Hack alert : Alessandro
write("set xlib $::env(XILINX_SIMLIBS)")
lWorkingDir = os.path.abspath(
os.path.join(
os.path.split(self.CommandLineArgs.output)[0], "top"))
write("set outputDir {0}".format(lWorkingDir))
write("file mkdir $outputDir")
write(
"create_project top $outputDir -part {device_name}{device_package}{device_speed} -force"
.format(**aScriptVariables))
write('''
set obj [get_projects top]
set_property "default_lib" "xil_defaultlib" $obj
set_property "simulator_language" "Mixed" $obj
set_property "source_mgmt_mode" "DisplayOnly" $obj
set_property "target_language" "VHDL" $obj
''')
write("set_property target_simulator " + targetSimulator +
" [current_project]")
write("file mkdir $xlib")
lUnisim_nodebug = aScriptVariables.get('unisim_nodebug')
if lUnisim_nodebug == '1': # If the encrypted library uses unisim
if simulator == "questa": # Yeah... Incorrectly documented by Vivado They change the variable name used for questa on this option only.
write(
"config_compile_simlib -cfgopt {questasim.vhdl.unisim: -nodebug}"
)
else:
write("config_compile_simlib -cfgopt {" + simulator +
".vhdl.unisim: -nodebug}")
write("compile_simlib -simulator " + simulator +
" -directory $xlib")
write(
"set_property compxlib.compiled_library_dir $xlib [current_project]"
)
write()
# write('set f [open "xil_ip_compile.tcl" w]' )
for src in reversed(aCommandList["src"]):
lPath, lBasename = os.path.split(src.FilePath)
lName, lExt = os.path.splitext(lBasename)
if lExt == ".xci" or lExt == ".edn":
write("import_files -norecurse -fileset sources_1 {0}".
format(src.FilePath))
if lExt == ".xci":
write("upgrade_ip [get_ips {0}]".format(lName))
write("generate_target simulation [get_files {0}]".
format(lBasename))
# write('puts $f "vcom {0}"'.format( os.path.join( lWorkingDir , "top.srcs/sources_1/ip" , lName, "sim" , lName + ".vhd" ) ) )
# write("close $f")
#TOPLVL
write('''
exec mkdir -p {0}/{0}.srcs/sources_1/ip/built'''.format(
aScriptVariables['device_top']))
write('''
set_property top top [get_filesets sim_1]
launch_simulation -scripts_only
cd {0}
exec echo exit | vsim -c -do top_compile.do -modelsimini modelsim.ini
'''.format(os.path.join(lWorkingDir, "top.sim/sim_1/behav")))
def write(self, aScriptVariables, aComponentPaths, aCommandList, aLibs,
aMaps):
with SmartOpen(self.CommandLineArgs.output) as write:
write("# Autogenerated project build script")
write(time.strftime("# %c"))
write()
for setup in aCommandList["setup"]:
write("source {0}".format(setup.FilePath))
write("vlib work")
for lib in aLibs:
write("vlib {0}".format(lib))
for ma in aMaps:
write("vmap {0} {1}".format(ma[0], ma[1]))
write("vcom -work {0} -refresh -force_refresh".format(ma[0]))
for src in reversed(aCommandList["src"]):
if src.Include:
lPath, lBasename = os.path.split(src.FilePath)
lName, lExt = os.path.splitext(lBasename)
lMap = src.Map
if lExt == ".xco":
file = os.path.abspath(
os.path.join(lPath, lName + ".vhd"))
elif lExt == ".xci":
# Hack required. The Vivado generated hdl files sometimes have 'sim' in their path, sometimes don't
file = None
lIpPath = os.path.abspath(
os.path.join(
os.path.split(self.CommandLineArgs.output)[0],
"top/top.srcs/sources_1/ip"))
for d in ["", "sim"]:
for e in ["v", "vhd"]:
lPathToIp = os.path.join(
lIpPath, lName, d, lName + "." + e)
print(lPathToIp)
if not os.path.exists(os.path.join(lPathToIp)):
continue
file = lPathToIp
break
if file is not None: break
if file is None:
raise IOError(
'No simulation source found for core ' +
lBasename)
# file = os.path.abspath( os.path.join( os.path.split( self.CommandLineArgs.output )[0] , "top/top.srcs/sources_1/ip" , lName, "sim" , lName + ".vhd" ) )
print(file)
else:
file = src.FilePath
if os.path.splitext(file)[1] == ".vhd":
if src.Vhdl2008:
cmd = "vcom -2008"
else:
cmd = "vcom"
elif os.path.splitext(file)[1] == ".v":
cmd = "vlog"
elif lMap != None:
continue
else:
#if os.path.splitext(file)[1] != ".ucf":
#raise SystemExit("Unknown source file type in Modelsim build: {0}".format(src.FilePath) )
print(
"# IGNORING unknown source file type in Modelsim build: {0}"
.format(src.FilePath))
continue
if src.Lib:
cmd = "{0} -work {1}".format(cmd, src.Lib)
write("{0} {1}".format(cmd, file))
# Hacky hack: add newly generated libraries to modelsim.ini
lSimLibDirectory = os.path.abspath(
os.path.join(
os.path.split(self.CommandLineArgs.output)[0],
"top/top.sim/sim_1/behav/msim"))
lSimLibs = next(os.walk(lSimLibDirectory))[1]
print('found libs', lSimLibs)
print("Adapting modelsim.ini")
import ConfigParser
lModelsimIni = ConfigParser.RawConfigParser()
lModelsimIni.read("modelsim.ini")
print(lModelsimIni.sections())
for l in lSimLibs:
lModelsimIni.set("Library", l, os.path.join(lSimLibDirectory, l))
os.rename("modelsim.ini", "modelsim.ini.bak")
with SmartOpen("modelsim.ini") as newIni:
lModelsimIni.write(newIni.file)
def write(self, aScriptVariables, aComponentPaths, aCommandList, aLibs,
aMaps):
with SmartOpen(self.CommandLineArgs.output) as write:
for src in aCommandList["src"]:
if src.Include:
write(src.FilePath)
def write( self , aScriptVariables , aComponentPaths , aCommandList , aLibs ):
with SmartOpen( self.CommandLineArgs.output ) as write:
for lComponentPath in aComponentPaths:
write( self.Pathmaker.getpath( lComponentPath ) )