path: root/gcconfig.pri

# To build, copy this file to gcconfig.pri and then fill in the paths.

# You can define the name of the executable file here.
# If you do not specify anything then we default to: GoldenCheetah
#APP_NAME = 

# We recommend a debug build for development and a release build for deployment
#CONFIG += debug
CONFIG += release

# uncomment below and configure the location of the GNU scientific library,
# this is a mandatory dependency.
#
# Linux/Mac - use apt/homebrew to install and edit to your install location
GSL_INCLUDES = /usr/include
GSL_LIBS = -lgsl -lgslcblas -lm
#
# Windows - use vcpkg to install and edit to your install location
#GSL_INCLUDES = c:\vcpkg\installed\x64-windows\include
#GSL_LIBS = -LC:\vcpkg\installed\x64-windows\lib -lgsl -lgslcblas

# Uncomment below if you want an R chart
# You will need R installed along with the Rcpp and RInside
# packages. There is an R script in the `util' directory that
# can be run to install these packages; see it for more info.
packagesExist(libR) {
    DEFINES += GC_WANT_R
}

# Uncomment below if you want Python charting / ML etc
# You will need Python Development tools installed
#
# Libs needed can typically be found by calling e.g
# python3.6-config --libs
#
# below 3 lines work well on Linux style OS
packagesExist(python3 python3-embed) {
    DEFINES += GC_WANT_PYTHON
    CONFIG += link_pkgconfig
    # Add python3 using pkg-config
    PKGCONFIG += python3 python3-embed
}
#PYTHONINCLUDES = -I/usr/include/python3.6
#PYTHONLIBS = -L/usr/lib/python3.6/config-3.6m-x86_64-linux-gnu -lpython3.6m
# below 3 lines work well on Windows
#DEFINES += GC_WANT_PYTHON
#PYTHONINCLUDES = -I\"C:\Program Files\Python36\include\"
#PYTHONLIBS = -L\"C:\Program Files\Python36\libs\" -lpython36
#Below work ok on MacOS High Sierra
#DEFINES += GC_WANT_PYTHON
#PYTHONINCLUDES = -I/Library/Frameworks/Python.framework/Versions/3.6/include/python3.6m
#PYTHONLIBS = -L/Library/Frameworks/Python.framework/Versions/3.6/lib -lpython3.6m

# put output into a separate dir
# to keep main directory clear
#DESTDIR = .
#OBJECTS_DIR = ./.obj
#MOC_DIR = ./.moc
#RCC_DIR = ./.rcc
#UI_DIR = ./.ui

# Global conf file name: If you'd like to use a different global config file
# name than the default (e.g. for testing purposes), set it here.
#DEFINES += GC_SETTINGS_APP=\\\"GoldenCheetahTest\\\"

# If you want a console window to appear on Windows machines
# then uncomment the following two lines.
#CONFIG += console
#QMAKE_LFLAGS = -mwindows

# To compile translation you need QT tool - lrelease
# If it is not found using he defaults in src/src.pro
# then set the full path and filename here.
#QMAKE_LRELEASE = /usr/bin/lrelease

# MSVC needs the WINDOWS KIT libraries for the memory model you are building
#WINKIT_INSTALL= "C:/Program Files (x86)/Windows Kits/8.1/Lib/winv6.3/um/x64"

# We use g++ on all platforms so switch on auto vectorization amongst other
# things to speed up looping over ride file points
#QMAKE_CXXFLAGS += -O3

# Let us know where flex and bison are installed.
# You may need to specify the full path if things don't work.
#QMAKE_LEX  = flex
#QMAKE_YACC = bison
# If you are using bison 3.7 or higher, uncomment the line below
QMAKE_MOVE = cp
# If you're compiling with nmake and VC then you
# will likely also use win_flex and win_bison
# so uncomment below
#QMAKE_LEX  = win_flex --wincompat
#QMAKE_YACC = win_bison --file-prefix=y -t
# If you are using bison 3.7 or higher, uncomment the line below
#QMAKE_MOVE = copy

# If you want SRM download support you must install SRMIO
#     http://www.zuto.de/project/srmio/
# Set path to the root of the SRMIO installation
# If you installed in /usr/local/srmio then set
# SRMIO_INSTALL = /usr/local/srmio
# This will automatically set:
# SRMIO_INCLUDE = $${SRMIO_INSTALL}/include 
# SRMIO_LIBS    = $${SRMIO_INSTALL}/lib/libsrmio.a
# You may override the INCLUDE and LIB files if you like.
# You *must* define SRMIO_INSTALL to use this feature.
exists(/usr/lib/libsrmio.a) {
    SRMIO_INSTALL = yes
    SRMIO_INCLUDE = /usr/include/
    SRMIO_LIBS    = /usr/lib/libsrmio.a
}

# If you want D2XX device downloads, you need the D2XX libraries
#    http://www.ftdichip.com/Drivers/D2XX.htm
# Set path to where the D2XX include file (d2xx.h) is located
# If the files are in /usr/include/d2xx then set
# D2XX = /usr/include/d2xx
# If for some reason you need a library to compile d2xx support
# specify it on the D2XX_LIBS = line.
# You *must* define D2XX_INCLUDE to use this feature.
exists(/usr/lib/libftd2xx.so) {
    D2XX_INCLUDE = /usr/include/
    D2XX_LIBS    = /usr/lib/libftd2xx.so
}

# If you want support for Google Earth .kml files then you need
# to install the Google libkml library
#
# http://code.google.com/p/libkml/
# or on Linux sudo apt-get install libkml-dev
#
# then set the following variable appropriately
# to the root of the libs/include path
exists(/usr/lib/libkmldom.so) {
    KML_INSTALL = yes
    KML_INCLUDE = /usr/include/
    KML_LIBS    = /usr/lib/libkmldom.so /usr/lib/libkmlbase.so
}
# Since KML also requires BOOST you will need to install
# that too and then set BOOST_INCLUDE to that location
# If the files are in /usr/include/boost then set
#BOOST_INCLUDE = /usr/include
#Additionally, on MAC the latest libs also need the following
#QMAKE_CFLAGS_X86_64 += -mmacosx-version-min=10.7
#QMAKE_CXXFLAGS_X86_64 = $$QMAKE_CFLAGS_X86_64
#LIBS += -lexpat -luriparser -lminizip

# If you want support for downloading from iCal calendars you will need libical
#     http://sourceforge.net/projects/freeassociation/
# Set path to the root of the libical installation
# If you installed in /usr/local/libical then set
# ICAL_INSTALL = /usr/local/libical
# This will automatically set:
# ICAL_INCLUDE = $${ICAL_INSTALL}/include 
# ICAL_LIBS    = $${ICAL_INSTALL}/lib/libical.a
# You may override the INCLUDE and LIB files if you like.
# You *must* define ICAL_INSTALL to use this feature.
packagesExist(libical) {
    ICAL_INSTALL = yes
    ICAL_INCLUDE = /usr/include/
    ICAL_LIBS    = -lical -licalss -licalvcal -lpthread
}

# If you want support for using USB1 sticks in Train View on Windows
# then install the SiLabs USBXpress Software Development Kit (SDK)
#     http://www.silabs.com/products/mcu/Pages/USBXpress.aspx
# and set the following to the 'Host' directory within the SDK
# USBXPRESS_INSTALL = /c/SiLabs/MCU/USBXpress/USBXpress_API/Host/
# You may override the INCLUDE and LIB files if you like.
# You *must* define USBXPRESS_INSTALL to use this feature.
#USBXPRESS_INSTALL = 
#USBXPRESS_INCLUDE = 
#USBXPRESS_LIBS    = 

# If you want support for using USB2 sticks in Train View on Linux or Windows
# then you need to install libusb (Linux) version 0.1.12 
# or libusb-win32 (Windows) version 1.2.6.0
# For Linux builds download: (There is a copy in the contrib directory)
#     http://prdownloads.sourceforge.net/libusb/libusb-0.1.12.tar.gz
# For Windows builds download:
#     ttps://sourceforge.net/projects/libusb-win32/files/libusb-win32-releases/1.2.6.0/
# You may override the INCLUDE and LIB files if you like.
# You *must* define LIBUSB_INSTALL to use this feature.
packagesExist(libusb) {
    LIBUSB_INSTALL = yes
    LIBUSB_INCLUDE = /usr/include/
    LIBUSB_LIBS    = -lusb
#    LIBUSB_USE_V_1 = true
}

# if you want video playback on training mode then
# download and install vlc (videolan) from
# ftp.videolan.org/pub/vlc/3.0.8 or http://download.videolan.org/vlc/ for 
# your platform there are sdks for Mac and Windows. On Linux you
# will need to use the latest distro (e.g. Meerkat
# on Ubuntu) to be sure apt-get installs the latest
# builds (we need 1.1.8 or higher).
# Set path to the root of the VLC installation
# If the are installed in /usr/local/vlc then set
# VLC_INSTALL = /usr/local/vlc
# This will automatically set (Windows, Unix and macOS):
# VLC_INCLUDE = $${VLC_INSTALL}/include 
# For Windows
# VLC_LIBS    = $${VLC_INSTALL}/lib/libvlc.dll.a
# For Unix and macOS
# VLC_LIBS    = -lvlc
# You may override the INCLUDE and LIB files if you like.
# You *must* define VLC_INSTALL to use this feature.
packagesExist(libvlc) {
    VLC_INSTALL = yes
    VLC_INCLUDE = /usr/include/
    VLC_LIBS    = -lvlc -lvlccore
    DEFINES += GC_VIDEO_VLC 
} else {
    DEFINES += GC_VIDEO_NONE 
}

# if you want to resample with high fidelity we can use the
# libsamplerate libraries, this is used in RideFile::resample()
# if you don't resample (e.g. export or merge with new recording
# intervals) then don't bother.
#
# Mainly tested on Linux, compilation on Windows requires
# some modifications in the build process to build with MSVC2015 
# Code is available at: http://www.mega-nerd.com/SRC/
#
packagesExist(samplerate) {
    SAMPLERATE_INSTALL = yes
    SAMPLERATE_INCLUDE = /usr/include
    SAMPLERATE_LIBS = -lsamplerate  
}

# If your system has PKG_CONFIG, QT can use this to get dependent libraries.
# Add the names of libraries with PKG_CONFIG information.
# eg. PKGCONFIG = oauth libical
# Uncomment the following two lines to enable.
#CONFIG   += link_pkgconfig
#PKGCONFIG = 

# If your QT build includes its own local compress libs
# then you should comment the line below, otherwise you
# will need to have the compress libraries installed
# separately. 
LIBZ_INCLUDE =
LIBZ_LIBS    = -lz

macx {
    # Uncomment this line to build with OS X Tiger support on a Leopard system:
    #QMAKE_MAC_SDK=/Developer/SDKs/MacOSX10.4u.sdk

    # Uncomment this line to build a OS X universal binary:
    #CONFIG+=x86 ppc

    # Uncomment this line if you have SDK 10.7 or higher
    #DEFINES += GC_HAVE_LION

    #uncomment below if you are running on the 10.9 developer preview
    #INCLUDEPATH += /Library/Developer/CommandLineTools/SDKs/MacOSX10.9.sdk/usr/include/ 
}

# uncomment below for R integration via webservices
#HTPATH = ../httpserver

#if you want a 'robot' to test realtime code without having
#to get on your trainer and ride then uncomment below
#DEFINES += GC_WANT_ROBOT

#if you have a version of mingw that properly provides
#the Dwmapi.h header then uncomment this line
#DEFINES += GC_HAVE_DWM

# USING THE DROPBOX API
# register your app at https://www.dropbox.com/developers/apps and
# make sure the redirect_uri for the app includes  the url: 
# https://goldencheetah.github.io/blank.html and full permissions 
# are granted. Then set the client # and secret in the two defines
# below replacing the xxxxxxxxxxxxxx with the actual values.
#DEFINES += GC_DROPBOX_CLIENT_ID=\\\"xxxxxxxxxxxxxxx\\\"
#DEFINES += GC_DROPBOX_CLIENT_SECRET=\\\"xxxxxxxxxxxxxxx\\\"

# USING THE WITHINGS API (http://oauth.withings.com/api, use https://www.goldencheetah.org as CALLBACK URL)
#DEFINES += GC_NOKIA_CLIENT_ID=\\\"xxxxxxxxxxxxxxx\\\"
#DEFINES += GC_NOKIA_CLIENT_SECRET=\\\"xxxxxxxxxxxxxxx\\\"

# What video playback do you want?
#DEFINES += GC_VIDEO_NONE             # dont add any video playback support
#DEFINES += GC_VIDEO_QUICKTIME       # mac only and the default
#DEFINES += GC_VIDEO_QT5             # use QT5 qvideowidget if QT > 5.2.1
#DEFINES += GC_VIDEO_VLC             # use VideoLan library needs VLC_INSTALL defined above
#DEFINES += GC_VIDEO_AV              # use AV Foundation on Mac now QTKit is deprecated


# Using the GoldenCheetah/CloudDB feature (with a private CloudDB instance)
# requires that you have a running instance of CloudDB on Google App Engine
# (for details on CloudDB please check the documentation here: https://github.com/GoldenCheetah/CloudDB
#DEFINES +=GC_CLOUD_DB_BASIC_AUTH=
#DEFINES +=GC_CLOUD_DB_APP_NAME=
#CloudDB = active

# Fixes for building on Arch Linux

DEFINES += SIP_MODULE_NAME=\\\"sip\\\"