# CSnake configuration of the CoronaryArteryModelingPlugin
# CSNake imports
from csnAPIPublic import GetAPI
api = GetAPI("2.5.0")
# Other dependencies
from csnGIMIASDef import *
from csnCArteryModellingToolkit import *
from csnToolkitOpen import *
import csnProject
# Definition of the plugin
coronaryArteryModelingPlugin = GimiasPluginProject(
"CoronaryArteryModelingPlugin", api)
# plugin dependencies
projects = [
gmCore, guiBridgeLib, baseLibVTK, guiBridgeLibWxWidgets, alglib_v3_10_0
#cArteryModellingLib
]
coronaryArteryModelingPlugin.AddProjects(projects)
coronaryArteryModelingPlugin.AddProjects([cArteryModellingLib],
dependency=False)
coronaryArteryModelingPlugin.AddIncludeFolders([
csnProject.ToProject(cArteryModellingLib).GetSourceRootFolder() +
"/libmodules/TubularGeodesicComputation/include"
])
coronaryArteryModelingPlugin.AddIncludeFolders([
csnProject.ToProject(cArteryModellingLib).GetSourceRootFolder() +
"/libmodules/RotationalAngioIO/include"
])
coronaryArteryModelingPlugin.AddIncludeFolders([
# Csnake project configuration
from csnAPIPublic import GetAPI
api = GetAPI("2.5.0")
three = api.CreateThirdPartyProject("Three")
three.SetUseFilePath("%s/Three/UseThree.cmake" % three.GetBuildFolder())
three.SetConfigFilePath("%s/Three/ThreeConfig.cmake" % three.GetBuildFolder())
# Used to configure dummyExe
from csnAll import *
from csnAPIPublic import GetAPI
api = GetAPI("2.5.0")
dummyExe = api.CreateStandardModuleProject("DummyExe", "executable")
dummyExe.AddSources(["src/DummyExe.cpp"])
dummyExe.AddProjects([dummyLib])
# Project variable definitions
from csnAPIPublic import GetAPI
api = GetAPI("2.5.0")
def dummyLib():
import DummyLib.csnDummyLib
return DummyLib.csnDummyLib.dummyLib
def cxxTest():
return api.LoadThirdPartyModule('CxxTest', 'csnCxxTest').cxxTest
def two():
return api.LoadThirdPartyModule('Two', 'csnTwo').two
def three():
return api.LoadThirdPartyModule('Three', 'csnThree').three
def four():
return api.LoadThirdPartyModule('Four', 'csnFour').four
# Toolkit header -----------------------------------
toolkit = api.CreateCompiledProject("TestToolkit", "library")
headerVariables = {"ANSWER_TO_LIFE_THE_UNIVERSE_AND_EVERYTHING": "42"}
toolkit.CreateHeader("ToolkitHeader.h", headerVariables, "TESTTK")
# Csnake project configuration
from csnAPIPublic import GetAPI
api = GetAPI("2.5.0")
two = api.CreateThirdPartyProject("Two")
two.SetUseFilePath("%s/Two/UseTwo.cmake" % two.GetBuildFolder())
two.SetConfigFilePath("%s/Two/TwoConfig.cmake" % two.GetBuildFolder())
if api.GetCompiler().TargetIsWindows():
two.AddFilesToInstall(["bin\Debug\TwoLib.dll"], debugOnly=1)
two.AddFilesToInstall(["bin\Release\TwoLib.dll"], releaseOnly=1)
# Used to configure CxxTest
from csnAPIPublic import GetAPI
api = GetAPI("2.5.0")
cxxTest = api.CreateCompiledProject("CxxTest", "library")
# Csnake project configuration
from csnAPIPublic import GetAPI
api = GetAPI("2.5.0")
from csnAll import three
four = api.CreateThirdPartyProject("Four")
four.SetUseFilePath("%s/Four/UseFour.cmake" % four.GetBuildFolder())
four.SetConfigFilePath("%s/Four/FourConfig.cmake" % four.GetBuildFolder())
four.AddProjects([three])
# Used to configure dummyLib
from csnAll import *
from csnAPIPublic import GetAPI
import os.path
api = GetAPI("2.5.0")
# define project
dummyLib = api.CreateStandardModuleProject("DummyLib", "library")
# dependencies
# (four depends on three that should be also added implicitly)
dummyLib.AddProjects([two, four, toolkit])
# source folders
dummyLib.AddLibraryModules(["dummyLib"])
# applications
dummyLib.AddApplications(["myApp"])
# tests
dummyLib.AddTests(["tests/DummyTest/*.h"], cxxTest)
# creates a dependency on thirdParty/cmakeMacros/PCHSupport_26.cmake
found = dummyLib.Glob("*PCH.h")
pchFile = os.path.basename(found[0])
dummyLib.SetPrecompiledHeader(pchFile)
# add compiler definitions
if api.GetCompiler().TargetIsWindows():
dummyLib.AddDefinitions(["-W4 -WX"], private=1)
else:
dummyLib.AddDefinitions(["-Wall -Werror"], private=1)