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symkit_prog/templates/makefile
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# Makefile for symkit 1.0 by Raffaele Ancarola
# C++ library for physics symulations
NAME := symkit
BIN := bin/lib$(NAME).so
CC := g++
CPP11 := -std=c++11
DIRS := graph engine
BACKUP := backup
INSTALL_DIR := /usr/lib
INCLUDES := include
# other required libraries
LIBS := #add libraries
SRC := $(wildcard $(patsubst %,%/*.cpp,$(DIRS)))
OBJ := $(patsubst %.cpp,bin/%.o,$(SRC))
.PHONY: dirs clean install backup restore
all: $(BIN)
# builds all binaries into the shared library
$(BIN): dirs $(OBJ)
@printf "\nAssembling binaries\n\n"
$(CC) -shared -o $@ $(OBJ) $(INCLUDES) $(LIBS) $(CPP11)
@printf "\nCompilation successfully completed\n"
# compile all sources
$(OBJ): bin/%.o : %.cpp $(SRC)
@printf "\nCompiling $<\n"
$(CC) -c $< -fPIC -o $@ $(INCLUDES) $(CPP11)
# phony commands implementation
# install the compiled library into your system
# be careful with this command because it could not work
install:
chmod +x install.sh
./install.sh $(BIN) $(INSTALL_DIR)
# generate all necessaries directories
dirs:
mkdir -p bin $(patsubst %,bin/%,$(DIRS))
mkdir -p $(patsubst %,%/include,$(DIRS)) $(BACKUP)
@printf "Default directories created\n"
# clean all binaries
clean:
rm -rfv bin/*
@printf "Binary files cleaned\n"
# backup the project in backup/symkit.zip
backup:
mkdir -p $(BACKUP)
rm -rfv $(BACKUP)/*
zip -r $(BACKUP)/symkit.zip $(DIRS)
@printf "Backup completed\n"
# restore the last backup, backup/symkit.zip must be present
restore:
unzip $(BACKUP)/symkit.zip -d $(BACKUP)
rm -rfv $(DIRS)
mv $(patsubst %,$(BACKUP)/%,$(DIRS)) .
@printf "Backup restored\n"
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