- #MAKEFILE FOR WINDOWS HOW OT MAKE HOW TO#
- #MAKEFILE FOR WINDOWS HOW OT MAKE SOFTWARE#
- #MAKEFILE FOR WINDOWS HOW OT MAKE CODE#
You can compile your project (program) any number of times by using Makefile. In a single make file we can create multiple targets to compile and to remove object, binary files. The source for this example can be found here. Makefile is a set of commands (similar to terminal commands) with variable names and targets to create object file and to remove them. In the above image you can see a total there are five files. Then create a new file and give it a name called MakeFile. After creating files, I have written code. (.h means I am creating my own header file). Being able to easily build native binaries for almost any platform is a huge strength. Inside the folder create four files, two for. I use modified versions of this Makefile for all my various Go projects. It nicely formats and outputs the comments in the Makefile.
#MAKEFILE FOR WINDOWS HOW OT MAKE CODE#
I found this code around the internet somewhere and I've been using it ever since. phony is used to force the specified targets to always execute, regardless of whether the output already exists.PHONY: all test cleanĪnd finally, some grep magic to create a help target. us create a new file called Makefile (no extension) with the following content.
#MAKEFILE FOR WINDOWS HOW OT MAKE SOFTWARE#
all is the default for when you just run make and I want it to run the tests, then build everything. in software development, Make is used to compile source code into. If I have one file main. However, from what I've seen on the internet, it is quite difficult.
#MAKEFILE FOR WINDOWS HOW OT MAKE HOW TO#
build: windows linux darwin # Build version: $(VERSION) I know how to write Makefiles for Linux, and was hoping it would be similar in Windows. I like echoing the version so I can easily see what I've built. Needed that for a tutorial on Docker I'm currently working on and thought it was easier to just make a small vi. Next step is to add a target to build for all three operating systems. Small tutorial on setting up make on windows. cmd/service/main.goĮnv GOOS=darwin GOARCH=amd64 go build -i -v -o $(DARWIN) -ldflags="-s -w -X main.version=$(VERSION)". cmd/service/main.goĮnv GOOS=linux GOARCH=amd64 go build -i -v -o $(LINUX) -ldflags="-s -w -X main.version=$(VERSION)". How do I run a Makefile in Windows command line Log in to your regular user account. windows: $(WINDOWS) # Build for Windowsĭarwin: $(DARWIN) # Build for Darwin (macOS)Įnv GOOS=windows GOARCH=amd64 go build -i -v -o $(WINDOWS) -ldflags="-s -w -X main.version=$(VERSION)". The other flags aren't as important to discuss here, but are for verbosity and optimization. This is extremely useful for auto-versioning binaries. Setting main.version=$(VERSION) will set a version variable in the main package to the value of VERSION. Setting GOOS and GOARCH before calling go build causes the compiler to build for the specified environment. The first three targets ( windows| linux| darwin) are just for convenience so I can easily type make linux and build for Linux. Next up, I created the actual build targets. VERSION=$(shell git describe -tags -always -long -dirty) VERSION is a version string derived from the latest git tag and commit hash, something like v1.1.1-8-g99740b5. WINDOWS, LINUX, and DARWIN are the actual names of the binaries to be created, based off of EXECUTABLE. EXECUTABLE is the name of the program to build. I made a Makefile to take advantage of this.įirst I started with a few variables. All that is required is to change the GOOS and GOARCH env variables to the desired OS and architecture. On a single build machine, you can build binaries for Windows, macOS, and many flavors of Linux. You can build a binary for just about any system without much hassle. $(CPP) $(CPPFLAGS) -o snd2pwv.o sonde.o io_vaisala_mw31.Something that Go does very well is multi-platform support. Snd_vaisala_mw31: snd2pwv.o sonde.o io_vaisala_mw31.o $(CPP) $(CPPFLAGS) -o snd2pwv.o sonde.o io_vaisala_aed.o $(LOADLIBES) Snd_vaisala_aed: snd2pwv.o sonde.o io_vaisala_aed.o $(CPP) $(CPPFLAGS) -o snd2pwv.o sonde.o io_wyoming.o $(LOADLIBES) Snd_wyoming: snd2pwv.o sonde.o io_wyoming.o PROGRAM = snd_wyoming snd_vaisala_aed snd_vaisala_mw31 This tutorial does not even scratch the surface of what is possible using make, but is intended as a. #sonde.h: sonde_data.h pwv_data.h tm_data.h Makefiles are a simple way to organize code compilation. SNDLIBS = ptu.o pwv_data.o tm_data.o wind.o timesub.o sonde_data.o I googled it hard, but find little information about it.Ĭould anyone give me some instruction how to do it? Ineed to port it to WindowswithIntel C++ compiler for Windows.ButI know little about Makefile and have no idea how to do it. There is aMakefile works fineunder fedora core 3 with gcc 3.4.