I've a makefile with variable DOCKER_TAG = 0.0.1
and I want that on each target called it will be bumped (only patch version ) is it possible
e.g.
DOCKER_TAG = 0.0.1
push:
docker push docker.io/testasm:$(DOCKER_TAG)
now If I run make push it will use version 0.0.1 but If I do it for the second time it will be bumped to 0.0.2 and so on (on each run of make push) , is it possible ?
update I've tried the following
DOCKER_TAG = 0.0.1
DOCKER_REGISTRY = testreg/vsp
VERSION_FILE := version.txt
-include $(VERSION_FILE)
VERMAJMIN := $(subst ., ,$(DOCKER_TAG))
DOCKER_TAG := $(shell [ -f "$(VERSION_FILE)" ] && cat "$(VERSION_FILE)" || echo '0.0.1')
VERMAJMIN := $(subst ., ,$(DOCKER_TAG))
VERSION := $(word 1,$(VERMAJMIN))
MAJOR := $(word 2,$(VERMAJMIN))
MINOR := $(word 3,$(VERMAJMIN))
NEW_MINOR := $(shell expr "$(MINOR)" + 1)
NEW_DOCKER_TAG := $(VERSION).$(MAJOR).$(NEW_MINOR)
NEW_DOCKER_TAG := $(VERSION).$(MAJOR).$(NEW_MINOR)
build:
echo "$(NEW_DOCKER_TAG)" > "$(VERSION_FILE)"
And the version.txt file get value of .. two dots ... any idea how to solve it?
if I take the last option in the answer as-is
I see that the version.txt file contain DOCKER_TAG := ..
update 2
I've created empty version.txt file and use the folloing as-is
VERSION_FILE := version.txt
DOCKER_TAG := 0.0.1.
-include $(VERSION_FILE)
VERMAJMIN := $(subst ., ,$(DOCKER_TAG))
NEW_DOCKER_TAG := $(VERSION).$(MAJOR).$(NEW_MINOR)
build:
docker build -t docker.io/vcd/test:$(DOCKER_TAG) .
echo "DOCKER_TAG := $(NEW_DOCKER_TAG)" > "$(VERSION_FILE)"
and I got in the version.txt file the following DOCKER_TAG := ..
The best would be to use some docker command (docker search?) to query the repository and get the last version from there. In case it is not possible you can store it in a text file, read it each time you run make, and update it. Something like:
VERSION_FILE := version.txt
DOCKER_TAG := $(shell [ -f "$(VERSION_FILE)" ] && cat "$(VERSION_FILE)" || echo '0.0.1')
VERMAJMIN := $(subst ., ,$(DOCKER_TAG))
VERSION := $(word 1,$(VERMAJMIN))
MAJOR := $(word 2,$(VERMAJMIN))
MINOR := $(word 3,$(VERMAJMIN))
NEW_MINOR := $(shell expr "$(MINOR)" + 1)
NEW_DOCKER_TAG := $(VERSION).$(MAJOR).$(NEW_MINOR)
push:
docker push docker.io/testasm:$(DOCKER_TAG)
echo "$(NEW_DOCKER_TAG)" > "$(VERSION_FILE)"
Of course you will have to take care of your version file and avoid accidental deletion. For higher security you could write the first version file yourself and instruct make to raise an error in case the file does not exist:
VERSION_FILE := version.txt
ifneq ($(wildcard $(VERSION_FILE)),$(VERSION_FILE))
$(error $(VERSION_FILE) not found)
else
DOCKER_TAG := $(shell cat "$(VERSION_FILE)")
VERMAJMIN := $(subst ., ,$(DOCKER_TAG))
VERSION := $(word 1,$(VERMAJMIN))
MAJOR := $(word 2,$(VERMAJMIN))
MINOR := $(word 3,$(VERMAJMIN))
NEW_MINOR := $(shell expr "$(MINOR)" + 1)
NEW_DOCKER_TAG := $(VERSION).$(MAJOR).$(NEW_MINOR)
push:
docker push docker.io/testasm:$(DOCKER_TAG)
echo "$(NEW_DOCKER_TAG)" > "$(VERSION_FILE)"
endif
Variant where the version file is itself a Makefile included by the main one:
VERSION_FILE := version.txt
DOCKER_TAG := 0.0.1
-include $(VERSION_FILE)
VERMAJMIN := $(subst ., ,$(DOCKER_TAG))
VERSION := $(word 1,$(VERMAJMIN))
MAJOR := $(word 2,$(VERMAJMIN))
MINOR := $(word 3,$(VERMAJMIN))
NEW_MINOR := $(shell expr "$(MINOR)" + 1)
NEW_DOCKER_TAG := $(VERSION).$(MAJOR).$(NEW_MINOR)
push:
docker push docker.io/testasm:$(DOCKER_TAG)
echo "DOCKER_TAG := $(NEW_DOCKER_TAG)" > "$(VERSION_FILE)"
(remove the - on front of -include $(VERSION_FILE) to get an error if the file does not exist. This last one is my favorite.
Related
I am trying to build a dummy C project using GNU Make. I use the following rules to build the object files from the c files and the output from the object files :
AT := #
#Initial tools to get the absolute paths.
TOOLSDIR := ./tools/bin
SHELL := $(TOOLSDIR)/sh
CYGPATH := $(TOOLSDIR)/cygpath
# Defining used tools
TOOLSDIR := $(shell $(CYGPATH) -am "$(TOOLSDIR)")
SCRIPTDIR := $(shell $(CYGPATH) -am "$(SCRIPTDIR)")
LIBDIR := $(shell $(CYGPATH) -am "$(LIBDIR)")
#Defining Env Variable responsible for Removing non-ansi characters in error output
LC_ALL=C
SHELL := $(shell $(CYGPATH) -am "$(SHELL)")
CYGPATH := $(shell $(CYGPATH) -am "$(CYGPATH)")
TEST := $(shell $(CYGPATH) -am "$(TOOLSDIR)/test")
RM := $(shell $(CYGPATH) -am "$(TOOLSDIR)/rm") -f
PERL := $(shell $(CYGPATH) -am "$(TOOLSDIR)/perl")
FIND := $(shell $(CYGPATH) -am "$(TOOLSDIR)/find")
MKDIR := $(shell $(CYGPATH) -am "$(TOOLSDIR)/mkdir")
PERL5LIB := $(LIBDIR)/perl5/site_perl/5.14/x86_64-cygwin-threads;$(LIBDIR)/perl5/site_perl/5.14;$(LIBDIR)/perl5/5.14/x86_64-cygwin-threads;$(LIBDIR)/perl5/5.14
# Defining perl script to convert dependencies genereted by the compiler to unix path
FIXDEPS_SCRIPT := "$(SCRIPTDIR)/fixdeps.pl"
ZAPEXEC_SCRIPT := "$(SCRIPTDIR)/ZAP_Command.pl"
DEPFIX := $(PERL) $(FIXDEPS_SCRIPT)
ZAPEXE := $(PERL) $(ZAPEXEC_SCRIPT)
CREATE_IAR_PROJ := $(PERL) $(IARWKSP_SCRIPT)
COMP_DIR :=C:\ghs\comp_201355
OBJDIR :=.
CC := "$(COMP_DIR)/ccrh850.exe"
AS := "$(COMP_DIR)/ccrh850.exe"
LD := "$(COMP_DIR)/ccrh580.exe"
GSREC := "$(COMP_DIR)/gsrec.exe"
GMEM := "$(COMP_DIR)/gmemfile.exe"
CEXT :=c
CCEXT :=C
ASMEXTC := S
ASMEXTS := s
ASMEXT := 850
ASMEXT_DEFAULT := asm
DBGEXT := dla
DBGEXT_DEFAULT := dnm
OBJEXT := o
EXEEXT := elf
LSTEXT := lst
DEPEXT := dd
INCOPT := -I
EXEMAP := ./exe/PROJECT_NAME.map
CFLAGS :=-c -G -Onone -no_callt -sda=all -large_sda -reserve_r2 -Wundef --short_enum -dual_debug \
-delete -preprocess_assembly_files --no_wrap_diagnostics -registermode=32 -keeptempfiles -prepare_dispose -ansi \
-full_debug_info -noobj -Wimplicit-int -Wshadow -Wtrigraphs -inline_prologue -DOS_MEMMAP=0 -DOS_MULTICORE=OS_SINGLE \
-DOS_USE_CLZ_QUEUE_ALGORITHM=1 -DOS_DEVELOPMENT_SANITY_CHECKS=0 -DOS_KERNEL_TYPE=OS_FUNCTION_CALL -DOS_USE_TRACE=0 -MD \
-DAUTOSAR_USED -DRENESAS -DF1K -DR7F701583xAFP --long_long -cpu=rh850 -DTS_ARCH_FAMILY=TS_RH850 \
-DTS_ARCH_DERIVATE=TS_RH850F1L -DRH850F1L=1 -DOS_CPU=OS_RH850F1L -DOS_TOOL=OS_ghs -DOS_ARCH=OS_RH850
VPATH :=./ ./obj ./src ./exe
INCLUDES :=-I"./" -I"./obj" -I"./src" -I"./exe"
OBJECTS :=./obj/main.o
.PHONY: all release debug
EXEC := ./exe/PROJECT_NAME.hex
EXEOUT := ./exe/PROJECT_NAME.out
all: debug release
release: $(EXEC)
debug: release
$(EXEC): $(EXEOUT)
#echo '************************************'
#echo 'Using GSREC to Convert .out to .hex'
$(AT)$(GSREC) -o$(EXEC) $(EXEOUT)
#echo 'Generation Done'
#echo '************************************'
$(EXEOUT): $(OBJECTS)
#echo '************************************'
#echo 'Building .out file'
#echo $(EXEOUT)
$(AT)$(CC) $(LDFLAGS) -o $(EXEOUT) $(OBJECTS)
#echo '************************************'
$(OBJDIR)/%.$(OBJEXT): %.$(CEXT)
#echo 'Compiling: $<'
$(AT)$(CC) $(CFLAGS) $(INCLUDES) -filetype.c $(shell $(CYGPATH) -am "$<") -o $#
The output when I execute the target all is as follows :
make: *** No rule to make target 'obj/main.o', needed by 'exe/PROJECT_NAME.out'. Stop.
The main.c source file has the following code :
#include <stdio.h>
#include <stdlib.h>
#include "alpha.c"
void second(void);
int main()
{
printf("Second module, I send you greetings!n");
second();
return 0;
}
The alpha.c source file has the following code :
#include <stdio.h>
void second(void)
{
puts("Glad to be here!");
}
Where $(OBJECTS) is the relative path of all the object files that are supposed to be generated and $(EXEC) and $(EXEOUT) are the outputs. The VPATH contains relative paths. All the needed prerequisites (.c and.h files) can be found among the paths in VPATH and in INCLUDES in the compilation command. That is the exact code I use to build this dummy project which contains only two .c files main.c and alpha.c and main.c uses alpha.c. When the source files are in the same folder as the makefile this dummy project builds, but when I put the source files in the src folder and create a obj folder for the object files to be generated in and an exe folder for the final output to be generated in previously mentioned error appears. What could be the reason for the previously mentioned error?
#Beta is right that it's generally a bad idea to dump a huge makefile into StackOverflow and ask someone to fix it. You should instead try to reduce the problem as much as possible.
However in this case, your problem is here:
OBJDIR :=.
OBJECTS :=./obj/main.o
$(EXEOUT): $(OBJECTS)
...
$(OBJDIR)/%.$(OBJEXT): %.$(CEXT)
...
So after all the variables have been expanded, you get these rules:
./exe/PROJECT_NAME.out: ./obj/main.o
...
./%.o: %.c
...
Well, when make tries to match the pattern ./%.o with the target to be built ./obj/main.o, the stem % will match obj/main. Then it will try to find %.c which resolves to obj/main.c, which doesn't exist.
You should be using the OBJDIR variable in your OBJECTS variable assignment, like:
OBJECTS :=$(OBJDIR)/main.o
then it will work.
there are 6 program in the directory:
call_api_pcie
call_api_pcie_static
call_api_sockrpc
call_api_sockrpc_static
call_api_sockraw
call_api_sockraw_static
I want to use some flags/config to let the Makefile know which program is in the list
There will be some Flag or config to define if this feature/program is used.
PROG_USE_PCIE := 1
PROG_USE_SOCKRAW := 1
RROG_USE_SOCKRPC := 1
PROG_USE_STATIC := 1
Make a list in a variable to defines all these program if [PROG_USE_XX] is enabled
PROGRAM_NAME := call_api
MY_PROGRAM := nothing
If the config/flag [PROG_USE_XX] is enabled, add the matched program
#if [PROG_USE_xx] is enabled, it will be include
ifeq [PROG_USE_STATIC==1] && [PROG_USE_PCIE==1]
MY_PROGRAM += call_api_pcie_static
endif
ifeq [PROG_USE_STATIC==1] && [PROG_USE_SOCKRAW==1]
MY_PROGRAM += call_api_sockraw_static
endif
ifeq [PROG_USE_STATIC==1] && [PROG_USE_SOCKRPC==1]
MY_PROGRAM += call_api_sockrpc_static
endif
ifeq [PROG_USE_PCIE==1]
MY_PROGRAM += call_api_pcie
endif
ifeq [PROG_USE_SOCKRPC==1]
MY_PROGRAM += call_api_sockrpc
endif
ifeq [PROG_USE_SOCKRAW==1]
MY_PROGRAM += call_api_sockraw
endif
Is there any easy way to define these flag and list ?
when it comes to "install" section in Makefile
pushd ${BUILD_DIR} && cp -f ${MY_PROGRAM} ${dest_dir} && popd
I think I'd do it this way:
PROGS := pcie sockraw sockrpc
PROG_USE_STATIC := 1
PROGRAM_NAME := call_api
MY_PROGRAM := #nothing
PROGS := $(addprefix $(PROGRAM_NAME)_, $(PROGS))
ifeq ($(PROG_USE_STATIC),1)
PROGS += $(addsuffix _static, $(PROGS))
endif
MY_PROGRAM := $(PROGS)
I'm working on a Makefile.
version := v39.0.12.8 // format rules: va.b.c.d
I want to get "version_a" based on the format, which is "39" in this case.
How to do this? Maybe via "sed/cut/awk but I'm not familar with these shell command.
e.g.
version version_a version_b version_c version_d
v39.0.12.8 39 0 12 8
v87.2.9.17 87 2 9 17
v142.98.77.68 142 98 77 68
This can be achieved with make functionality, like so:
$ cat Makefile
version := v39.0.12.8
version_tuple := $(subst ., ,$(version:v%=%))
version_a := $(word 1,$(version_tuple))
version_b := $(word 2,$(version_tuple))
version_c := $(word 3,$(version_tuple))
version_d := $(word 4,$(version_tuple))
all:
echo version_tuple = $(version_tuple)
echo version_a = $(version_a)
echo version_b = $(version_b)
echo version_c = $(version_c)
echo version_d = $(version_d)
Output:
$ make -s
version_tuple = 39 0 12 8
version_a = 39
version_b = 0
version_c = 12
version_d = 8
With gmtt you can execute a glob match on your version number:
include gmtt/gmtt.mk
version := v39.0.12.8
matchresult := $(call glob-match,$(version),v*.*.*.*)
$(info [$(matchresult)])
major := $(word 2,$(matchresult))
minor := $(word 4,$(matchresult))
bugfix := $(word 6,$(matchresult))
buildcnt := $(word 8,$(matchresult))
$(info Major = $(major))
$(info Minor = $(minor))
$(info Bugfix = $(bugfix))
$(info Buildcnt = $(buildcnt))
$(if $(call int-ge,$(major),39),$(info Major is 39 or higher!))
As an alternative to the other great answers, here is my preferred solution.
Makefile:
split-dot = $(word $2,$(subst ., ,$1))
version := v39.0.12.8
version_a := $(call split-dot,$(version:v%=%),1)
version_b := $(call split-dot,$(version),2)
version_c := $(call split-dot,$(version),3)
version_d := $(call split-dot,$(version),4)
all:
$(info version_a=$(version_a))
$(info version_b=$(version_b))
$(info version_b=$(version_c))
$(info version_b=$(version_d))
output:
$ make -s
version_a=39
version_b=0
version_b=12
version_b=8
Looking for ways to assign a variable in a Makefile based on the existence of a directory.
Eg: (pseudo code)
if dir "src/$(project)" exists
SOURCE_DIR := src/$(project)
else
SOURCE_DIR := src/default
test.o: $SOURCE_DIR/test.c
gcc -c -o $# $<
What's the best way to achieve the above
As your source directory will contain files and a non-existing directory will not, you can utilize the GNU make internal function $(wildcard):
project := test
# returns all entries under src/$(project) directory or empty string
ifneq ($(wildcard src/$(project)/*),)
SOURCE_DIR := src/$(project)
else
SOURCE_DIR := src/default
endif
.PHONY: all
all:
#echo $(SOURCE_DIR)
Test run
$ ls src/test/
a.c
$ make
src/test
$ rm -rf src/test
$ make
src/default
BONUS: it might be more readable to rewrite the conditional like this:
SOURCE_DIR := src/$(project)
ifeq ($(wildcard $(SOURCE_DIR)/*),)
# fall back to default directory
SOURCE_DIR := src/default
endif
UPDATE 2: if you don't want to rely on the existence of any files in the directory, you can also test the directory name directly. A directory always has an entry ., because it points to itself:
SOURCE_DIR := src/$(project)
ifeq ($(wildcard $(SOURCE_DIR)/.),)
# fall back to default directory
SOURCE_DIR := src/default
endif
UPDATE 3: adding a check that $(project) is set:
SOURCE_DIR := src/$(project)
ifeq ($(strip $(project)),)
# fall back to default directory
SOURCE_DIR := src/default
else ifeq ($(wildcard $(SOURCE_DIR)/.),)
# fall back to default directory
SOURCE_DIR := src/default
endif
or if you prefer makefile Golfing (thanks #MadScientist for the suggestion)
SOURCE_DIR := $(or $(and $(project),$(wildcard src/$(project)/.)),src/default)
$(and) result
if $(project) is an empty string: empty string
if src/$(project) is not a directory: empty string
otherwise: src/$(project)/., which is equivalent to src/$(project)
$(or) result
if $(and) returns empty string: src/default
otherwise: the string returned by $(and)
CAVEAT: the above listed tests will fail if $(project) contains white space.
Try this.
SOURCE_DIR := src/$(shell test -d src/"$(project)" && echo "$(project)" || echo default)
I have been trying to configure RInside with Veins and OMNET++, but finding some issues.
After going through the discussion in Is it possible to use RInside in omnet++/Veins project to benefit from rich R features and How to set up Eclipse + StatET + Rcpp on Windows, I created a new project (shared type) in omnet++ and tried to configure RInside it. I am experiencing some errors ("undefined reference to RInside::operator[]", "undefined reference to RInside::parseEvalQ").
I know that this is a linking error. I am fairly new to C++ configurations and eclipse based IDEs so struggling to figure out what's wrong. I am attaching the screenshots of the configurations as well. I would really appreciate if someone can help.
Update (after successfully building RInside and making sure that the tool chain is right)
Here is the makefrag file
#
# on windows we have to link with the ws2_32 (winsock2) library as it is no longer added to the omnetpp system libraries by default (as of OMNeT++ 5.1)
# copied from INET Framework (inet-3.6.0) makefrag
#
ifeq ($(PLATFORM),win32.x86_64)
LIBS += -lws2_32
DEFINES += -DINET_EXPORT
ENABLE_AUTO_IMPORT=-Wl,--enable-auto-import
LDFLAGS := $(filter-out $(ENABLE_AUTO_IMPORT), $(LDFLAGS))
R_HOME := $(shell R RHOME | sed -e "s|\\\\|\/|g")
R_ARCH := --arch $(shell echo 'cat(.Platform$$r_arch)' | R --vanilla --slave)
sources := $(wildcard *.cpp)
programs := $(sources:.cpp=)
## include headers and libraries for R
RCPPFLAGS := $(shell $(R_HOME)/bin/R $(R_ARCH) CMD config --cppflags)
RLDFLAGS := $(shell $(R_HOME)/bin/R $(R_ARCH) CMD config --ldflags)
RBLAS := $(shell $(R_HOME)/bin/R $(R_ARCH) CMD config BLAS_LIBS)
RLAPACK := $(shell $(R_HOME)/bin/R $(R_ARCH) CMD config LAPACK_LIBS)
## include headers and libraries for Rcpp interface classes
RCPPINCL := $(shell echo 'Rcpp:::CxxFlags()' | $(R_HOME)/bin/R $(R_ARCH) --vanilla --slave)
RCPPLIBS := $(shell echo 'Rcpp:::LdFlags()' | $(R_HOME)/bin/R $(R_ARCH) --vanilla --slave)
## include headers and libraries for RInside embedding classes
RINSIDEINCL := $(shell echo 'RInside:::CxxFlags()' | $(R_HOME)/bin/R $(R_ARCH) --vanilla --slave)
RINSIDELIBS := $(shell echo 'RInside:::LdFlags()' | $(R_HOME)/bin/R $(R_ARCH) --vanilla --slave)
#DEFINES += $(RCPPFLAGS) $(RCPPINCL) $(RINSIDEINCL) $(shell $(R_HOME)/bin/R CMD config CPPFLAGS) $(shell $(R_HOME)/bin/R CMD config CXXFLAGS)
#LIBS += $(RLDFLAGS) $(RRPATH) $(RBLAS) $(RLAPACK) $(RCPPLIBS) $(RINSIDELIBS)
endif
I gave integrating RInside and Veins (version 5 alpha 1) a quick try and can report success.
I installed RInside by running R and executing install.packages('RInside').
I then amended the following lines (mostly copied from the RInside examples GNUMakefile) to the Veins src/makefrag file:
# determine flags for RInside
R_HOME := $(shell R RHOME)
RCPPFLAGS := $(shell $(R_HOME)/bin/R CMD config --cppflags)
RLDFLAGS := $(shell $(R_HOME)/bin/R CMD config --ldflags)
RBLAS := $(shell $(R_HOME)/bin/R CMD config BLAS_LIBS)
RLAPACK := $(shell $(R_HOME)/bin/R CMD config LAPACK_LIBS)
RCPPINCL := $(shell echo 'Rcpp:::CxxFlags()' | $(R_HOME)/bin/R --vanilla --slave)
RCPPLIBS := $(shell echo 'Rcpp:::LdFlags()' | $(R_HOME)/bin/R --vanilla --slave)
RINSIDEINCL := $(shell echo 'RInside:::CxxFlags()' | $(R_HOME)/bin/R --vanilla --slave)
RINSIDELIBS := $(shell echo 'RInside:::LdFlags()' | $(R_HOME)/bin/R --vanilla --slave)
# feed to opp_makemake
DEFINES += $(RCPPFLAGS) $(RCPPINCL) $(RINSIDEINCL) $(shell $(R_HOME)/bin/R CMD config CPPFLAGS) $(shell $(R_HOME)/bin/R CMD config CXXFLAGS)
LIBS += $(RLDFLAGS) $(RRPATH) $(RBLAS) $(RLAPACK) $(RCPPLIBS) $(RINSIDELIBS)
After that, I could use R inside Veins. I tried this by copying code from RInside rinside_sample0.cpp to Veins BaseConnectionManager.cc as follows:
diff --git a/src/veins/base/connectionManager/BaseConnectionManager.cc b/src/veins/base/connectionManager/BaseConnectionManager.cc
index 879e90d244..8e9eba10e8 100644
--- a/src/veins/base/connectionManager/BaseConnectionManager.cc
+++ b/src/veins/base/connectionManager/BaseConnectionManager.cc
## -1,3 +1,5 ##
+#include <RInside.h>
+
#include "veins/base/connectionManager/BaseConnectionManager.h"
#include "veins/base/connectionManager/NicEntryDebug.h"
## -42,6 +44,12 ## void BaseConnectionManager::initialize(int stage)
// BaseModule::initialize(stage);
if (stage == 0) {
+
+ // Hello R!
+ RInside R;
+ R["txt"] = "Hello, world!\n";
+ R.parseEvalQ("cat(txt)");
+
drawMIR = hasPar("drawMaxIntfDist") ? par("drawMaxIntfDist").boolValue() : false;
EV_TRACE << "initializing BaseConnectionManager\n";
Compiling Veins (./configure followed by make) and running the tutorial example (cd examples/veins followed by ./run -u Cmdenv) produced the desired output:
OMNeT++ Discrete Event Simulation (C) 1992-2018 Andras Varga, OpenSim Ltd.
Version: 5.4.1, build: 180629-5e28390, edition: Academic Public License -- NOT FOR COMMERCIAL USE
See the license for distribution terms and warranty disclaimer
Setting up Cmdenv...
Loading NED files from ../../src/veins: 41
Loading NED files from .: 1
Loading NED files from /Users/sommer/src/veins/examples/veins: 1
Preparing for running configuration General, run #0...
Assigned runID=General-0-20190308-18:16:24-23603
Setting up network "RSUExampleScenario"...
Initializing...
Hello, world!
Running simulation...
(Note the Hello, world! output during initialization of the simulation.)
Building on Windows will likely mean copying lines from the RInside examples Makefile.win file instead.