nixpkgs/pkgs/development/r-modules/default.nix
2017-07-02 09:51:42 +02:00

843 lines
22 KiB
Nix

/* This file defines the composition for CRAN (R) packages. */
{ R, pkgs, overrides }:
let
inherit (pkgs) fetchurl stdenv lib;
buildRPackage = pkgs.callPackage ./generic-builder.nix {
inherit R;
inherit (pkgs.darwin.apple_sdk.frameworks) Cocoa Foundation;
inherit (pkgs) gettext gfortran;
};
# Generates package templates given per-repository settings
#
# some packages, e.g. cncaGUI, require X running while installation,
# so that we use xvfb-run if requireX is true.
mkDerive = {mkHomepage, mkUrls}: args:
lib.makeOverridable ({
name, version, sha256,
depends ? [],
doCheck ? true,
requireX ? false,
broken ? false,
hydraPlatforms ? R.meta.hydraPlatforms
}: buildRPackage {
name = "${name}-${version}";
src = fetchurl {
inherit sha256;
urls = mkUrls (args // { inherit name version; });
};
inherit doCheck requireX;
propagatedBuildInputs = depends;
nativeBuildInputs = depends;
meta.homepage = mkHomepage (args // { inherit name; });
meta.platforms = R.meta.platforms;
meta.hydraPlatforms = hydraPlatforms;
meta.broken = broken;
});
# Templates for generating Bioconductor and CRAN packages
# from the name, version, sha256, and optional per-package arguments above
#
deriveBioc = mkDerive {
mkHomepage = {name, rVersion}: "https://bioconductor.org/packages/${rVersion}/bioc/html/${name}.html";
mkUrls = {name, version, rVersion}: [ "mirror://bioc/${rVersion}/bioc/src/contrib/${name}_${version}.tar.gz" ];
};
deriveBiocAnn = mkDerive {
mkHomepage = {name, rVersion}: "http://www.bioconductor.org/packages/${name}.html";
mkUrls = {name, version, rVersion}: [ "mirror://bioc/${rVersion}/data/annotation/src/contrib/${name}_${version}.tar.gz" ];
};
deriveBiocExp = mkDerive {
mkHomepage = {name, rVersion}: "http://www.bioconductor.org/packages/${name}.html";
mkUrls = {name, version, rVersion}: [ "mirror://bioc/${rVersion}/data/experiment/src/contrib/${name}_${version}.tar.gz" ];
};
deriveCran = mkDerive {
mkHomepage = {name, snapshot}: "http://mran.revolutionanalytics.com/snapshot/${snapshot}/web/packages/${name}/";
mkUrls = {name, version, snapshot}: [ "http://mran.revolutionanalytics.com/snapshot/${snapshot}/src/contrib/${name}_${version}.tar.gz" ];
};
# Overrides package definitions with nativeBuildInputs.
# For example,
#
# overrideNativeBuildInputs {
# foo = [ pkgs.bar ]
# } old
#
# results in
#
# {
# foo = old.foo.overrideDerivation (attrs: {
# nativeBuildInputs = attrs.nativeBuildInputs ++ [ pkgs.bar ];
# });
# }
overrideNativeBuildInputs = overrides: old:
lib.mapAttrs (name: value:
(builtins.getAttr name old).overrideDerivation (attrs: {
nativeBuildInputs = attrs.nativeBuildInputs ++ value;
})
) overrides;
# Overrides package definitions with buildInputs.
# For example,
#
# overrideBuildInputs {
# foo = [ pkgs.bar ]
# } old
#
# results in
#
# {
# foo = old.foo.overrideDerivation (attrs: {
# buildInputs = attrs.buildInputs ++ [ pkgs.bar ];
# });
# }
overrideBuildInputs = overrides: old:
lib.mapAttrs (name: value:
(builtins.getAttr name old).overrideDerivation (attrs: {
buildInputs = attrs.buildInputs ++ value;
})
) overrides;
# Overrides package definitions with new R dependencies.
# For example,
#
# overrideRDepends {
# foo = [ self.bar ]
# } old
#
# results in
#
# {
# foo = old.foo.overrideDerivation (attrs: {
# nativeBuildInputs = attrs.nativeBuildInputs ++ [ self.bar ];
# propagatedNativeBuildInputs = attrs.propagatedNativeBuildInputs ++ [ self.bar ];
# });
# }
overrideRDepends = overrides: old:
lib.mapAttrs (name: value:
(builtins.getAttr name old).overrideDerivation (attrs: {
nativeBuildInputs = attrs.nativeBuildInputs ++ value;
propagatedNativeBuildInputs = attrs.propagatedNativeBuildInputs ++ value;
})
) overrides;
# Overrides package definition requiring X running to install.
# For example,
#
# overrideRequireX [
# "foo"
# ] old
#
# results in
#
# {
# foo = old.foo.override {
# requireX = true;
# };
# }
overrideRequireX = packageNames: old:
let
nameValuePairs = map (name: {
inherit name;
value = (builtins.getAttr name old).override {
requireX = true;
};
}) packageNames;
in
builtins.listToAttrs nameValuePairs;
# Overrides package definition to skip check.
# For example,
#
# overrideSkipCheck [
# "foo"
# ] old
#
# results in
#
# {
# foo = old.foo.override {
# doCheck = false;
# };
# }
overrideSkipCheck = packageNames: old:
let
nameValuePairs = map (name: {
inherit name;
value = (builtins.getAttr name old).override {
doCheck = false;
};
}) packageNames;
in
builtins.listToAttrs nameValuePairs;
# Overrides package definition to mark it broken.
# For example,
#
# overrideBroken [
# "foo"
# ] old
#
# results in
#
# {
# foo = old.foo.override {
# broken = true;
# };
# }
overrideBroken = packageNames: old:
let
nameValuePairs = map (name: {
inherit name;
value = (builtins.getAttr name old).override {
broken = true;
};
}) packageNames;
in
builtins.listToAttrs nameValuePairs;
defaultOverrides = old: new:
let old0 = old; in
let
old1 = old0 // (overrideRequireX packagesRequireingX old0);
old2 = old1 // (overrideSkipCheck packagesToSkipCheck old1);
old3 = old2 // (overrideRDepends packagesWithRDepends old2);
old4 = old3 // (overrideNativeBuildInputs packagesWithNativeBuildInputs old3);
old5 = old4 // (overrideBuildInputs packagesWithBuildInputs old4);
old6 = old5 // (overrideBroken brokenPackages old5);
old = old6;
in old // (otherOverrides old new);
# Recursive override pattern.
# `_self` is a collection of packages;
# `self` is `_self` with overridden packages;
# packages in `_self` may depends on overridden packages.
self = (defaultOverrides _self self) // overrides;
_self = import ./bioc-packages.nix { inherit self; derive = deriveBioc; } //
import ./bioc-annotation-packages.nix { inherit self; derive = deriveBiocAnn; } //
import ./bioc-experiment-packages.nix { inherit self; derive = deriveBiocExp; } //
import ./cran-packages.nix { inherit self; derive = deriveCran; };
# tweaks for the individual packages and "in self" follow
packagesWithRDepends = {
FactoMineR = [ self.car ];
pander = [ self.codetools ];
};
packagesWithNativeBuildInputs = {
abn = [ pkgs.gsl_1 ];
adimpro = [ pkgs.imagemagick ];
audio = [ pkgs.portaudio ];
BayesSAE = [ pkgs.gsl_1 ];
BayesVarSel = [ pkgs.gsl_1 ];
BayesXsrc = [ pkgs.readline.dev pkgs.ncurses ];
bigGP = [ pkgs.openmpi ];
bio3d = [ pkgs.zlib ];
BiocCheck = [ pkgs.which ];
Biostrings = [ pkgs.zlib ];
bnpmr = [ pkgs.gsl_1 ];
cairoDevice = [ pkgs.gtk2.dev ];
Cairo = [ pkgs.libtiff pkgs.libjpeg pkgs.cairo.dev pkgs.x11 pkgs.fontconfig.lib ];
Cardinal = [ pkgs.which ];
chebpol = [ pkgs.fftw ];
ChemmineOB = [ pkgs.openbabel pkgs.pkgconfig ];
cit = [ pkgs.gsl_1 ];
curl = [ pkgs.curl.dev ];
devEMF = [ pkgs.xorg.libXft.dev pkgs.x11 ];
diversitree = [ pkgs.gsl_1 pkgs.fftw ];
EMCluster = [ pkgs.liblapack ];
fftw = [ pkgs.fftw.dev ];
fftwtools = [ pkgs.fftw.dev ];
Formula = [ pkgs.gmp ];
geoCount = [ pkgs.gsl_1 ];
git2r = [ pkgs.zlib.dev pkgs.openssl.dev ];
GLAD = [ pkgs.gsl_1 ];
glpkAPI = [ pkgs.gmp pkgs.glpk ];
gmp = [ pkgs.gmp.dev ];
graphscan = [ pkgs.gsl_1 ];
gsl = [ pkgs.gsl_1 ];
h5 = [ pkgs.hdf5-cpp pkgs.which ];
h5vc = [ pkgs.zlib.dev ];
HiCseg = [ pkgs.gsl_1 ];
imager = [ pkgs.x11 ];
iBMQ = [ pkgs.gsl_1 ];
igraph = [ pkgs.gmp ];
JavaGD = [ pkgs.jdk ];
jpeg = [ pkgs.libjpeg.dev ];
KFKSDS = [ pkgs.gsl_1 ];
kza = [ pkgs.fftw.dev ];
libamtrack = [ pkgs.gsl_1 ];
mixcat = [ pkgs.gsl_1 ];
mvabund = [ pkgs.gsl_1 ];
mwaved = [ pkgs.fftw.dev ];
ncdf4 = [ pkgs.netcdf ];
nloptr = [ pkgs.nlopt ];
openssl = [ pkgs.openssl.dev ];
outbreaker = [ pkgs.gsl_1 ];
pander = [ pkgs.pandoc pkgs.which ];
pbdMPI = [ pkgs.openmpi ];
pbdNCDF4 = [ pkgs.netcdf ];
pbdPROF = [ pkgs.openmpi ];
PKI = [ pkgs.openssl.dev ];
png = [ pkgs.libpng.dev ];
PopGenome = [ pkgs.zlib.dev ];
proj4 = [ pkgs.proj ];
qtbase = [ pkgs.qt4 ];
qtpaint = [ pkgs.qt4 ];
R2GUESS = [ pkgs.gsl_1 ];
R2SWF = [ pkgs.zlib pkgs.libpng pkgs.freetype.dev ];
RAppArmor = [ pkgs.libapparmor ];
rapportools = [ pkgs.which ];
rapport = [ pkgs.which ];
rbamtools = [ pkgs.zlib.dev ];
rcdd = [ pkgs.gmp.dev ];
RcppCNPy = [ pkgs.zlib.dev ];
RcppGSL = [ pkgs.gsl_1 ];
RcppOctave = [ pkgs.zlib pkgs.bzip2.dev pkgs.icu pkgs.lzma.dev pkgs.pcre.dev pkgs.octave ];
RcppZiggurat = [ pkgs.gsl_1 ];
rgdal = [ pkgs.proj pkgs.gdal ];
rgeos = [ pkgs.geos ];
rggobi = [ pkgs.ggobi pkgs.gtk2.dev pkgs.libxml2.dev ];
rgl = [ pkgs.mesa pkgs.xlibsWrapper ];
Rglpk = [ pkgs.glpk ];
RGtk2 = [ pkgs.gtk2.dev ];
rhdf5 = [ pkgs.zlib ];
Rhpc = [ pkgs.zlib pkgs.bzip2.dev pkgs.icu pkgs.lzma.dev pkgs.openmpi pkgs.pcre.dev ];
Rhtslib = [ pkgs.zlib.dev ];
RJaCGH = [ pkgs.zlib.dev ];
rjags = [ pkgs.jags ];
rJava = [ pkgs.zlib pkgs.bzip2.dev pkgs.icu pkgs.lzma.dev pkgs.pcre.dev pkgs.jdk pkgs.libzip ];
Rlibeemd = [ pkgs.gsl_1 ];
rmatio = [ pkgs.zlib.dev ];
Rmpfr = [ pkgs.gmp pkgs.mpfr.dev ];
Rmpi = [ pkgs.openmpi ];
RMySQL = [ pkgs.zlib pkgs.mysql.lib ];
RNetCDF = [ pkgs.netcdf pkgs.udunits ];
RODBCext = [ pkgs.libiodbc ];
RODBC = [ pkgs.libiodbc ];
rpg = [ pkgs.postgresql ];
rphast = [ pkgs.pcre.dev pkgs.zlib pkgs.bzip2 pkgs.gzip pkgs.readline ];
Rpoppler = [ pkgs.poppler ];
RPostgreSQL = [ pkgs.postgresql ];
RProtoBuf = [ pkgs.protobuf ];
rPython = [ pkgs.python ];
RSclient = [ pkgs.openssl.dev ];
Rserve = [ pkgs.openssl ];
Rssa = [ pkgs.fftw.dev ];
rtfbs = [ pkgs.zlib pkgs.pcre.dev pkgs.bzip2 pkgs.gzip pkgs.readline ];
rtiff = [ pkgs.libtiff.dev ];
runjags = [ pkgs.jags ];
RVowpalWabbit = [ pkgs.zlib.dev pkgs.boost ];
rzmq = [ pkgs.zeromq3 ];
SAVE = [ pkgs.zlib pkgs.bzip2 pkgs.icu pkgs.lzma pkgs.pcre ];
sdcTable = [ pkgs.gmp pkgs.glpk ];
seewave = [ pkgs.fftw.dev pkgs.libsndfile.dev ];
seqinr = [ pkgs.zlib.dev ];
seqminer = [ pkgs.zlib.dev pkgs.bzip2 ];
showtext = [ pkgs.zlib pkgs.libpng pkgs.icu pkgs.freetype.dev ];
simplexreg = [ pkgs.gsl_1 ];
SOD = [ pkgs.opencl-headers ];
spate = [ pkgs.fftw.dev ];
sprint = [ pkgs.openmpi ];
ssanv = [ pkgs.proj ];
stsm = [ pkgs.gsl_1 ];
stringi = [ pkgs.icu.dev ];
survSNP = [ pkgs.gsl_1 ];
sysfonts = [ pkgs.zlib pkgs.libpng pkgs.freetype.dev ];
TAQMNGR = [ pkgs.zlib.dev ];
tiff = [ pkgs.libtiff.dev ];
TKF = [ pkgs.gsl_1 ];
tkrplot = [ pkgs.xorg.libX11 pkgs.tk.dev ];
topicmodels = [ pkgs.gsl_1 ];
udunits2 = [ pkgs.udunits pkgs.expat ];
V8 = [ pkgs.v8 ];
VBLPCM = [ pkgs.gsl_1 ];
VBmix = [ pkgs.gsl_1 pkgs.fftw pkgs.qt4 ];
WhopGenome = [ pkgs.zlib.dev ];
XBRL = [ pkgs.zlib pkgs.libxml2.dev ];
xml2 = [ pkgs.libxml2.dev ];
XML = [ pkgs.libtool pkgs.libxml2.dev pkgs.xmlsec pkgs.libxslt ];
affyPLM = [ pkgs.zlib.dev ];
bamsignals = [ pkgs.zlib.dev ];
BitSeq = [ pkgs.zlib.dev ];
DiffBind = [ pkgs.zlib ];
ShortRead = [ pkgs.zlib.dev ];
oligo = [ pkgs.zlib.dev ];
gmapR = [ pkgs.zlib.dev ];
Rsubread = [ pkgs.zlib.dev ];
XVector = [ pkgs.zlib.dev ];
Rsamtools = [ pkgs.zlib.dev ];
rtracklayer = [ pkgs.zlib.dev ];
affyio = [ pkgs.zlib.dev ];
VariantAnnotation = [ pkgs.zlib.dev ];
snpStats = [ pkgs.zlib.dev ];
gputools = [ pkgs.pcre.dev pkgs.lzma.dev pkgs.zlib.dev pkgs.bzip2.dev pkgs.icu.dev ];
};
packagesWithBuildInputs = {
# sort -t '=' -k 2
svKomodo = [ pkgs.which ];
nat = [ pkgs.which ];
nat_nblast = [ pkgs.which ];
nat_templatebrains = [ pkgs.which ];
RMark = [ pkgs.which ];
RPushbullet = [ pkgs.which ];
qtpaint = [ pkgs.cmake ];
qtbase = [ pkgs.cmake pkgs.perl ];
gmatrix = [ pkgs.cudatoolkit pkgs.which ];
RCurl = [ pkgs.curl.dev ];
R2SWF = [ pkgs.pkgconfig ];
rggobi = [ pkgs.pkgconfig ];
RGtk2 = [ pkgs.pkgconfig ];
RProtoBuf = [ pkgs.pkgconfig ];
Rpoppler = [ pkgs.pkgconfig ];
VBmix = [ pkgs.pkgconfig ];
XML = [ pkgs.pkgconfig ];
cairoDevice = [ pkgs.pkgconfig ];
chebpol = [ pkgs.pkgconfig ];
fftw = [ pkgs.pkgconfig ];
geoCount = [ pkgs.pkgconfig ];
kza = [ pkgs.pkgconfig ];
mwaved = [ pkgs.pkgconfig ];
showtext = [ pkgs.pkgconfig ];
spate = [ pkgs.pkgconfig ];
stringi = [ pkgs.pkgconfig ];
sysfonts = [ pkgs.pkgconfig ];
Cairo = [ pkgs.pkgconfig ];
Rsymphony = [ pkgs.pkgconfig pkgs.doxygen pkgs.graphviz pkgs.subversion ];
qtutils = [ pkgs.qt4 ];
tcltk2 = [ pkgs.tcl pkgs.tk ];
tikzDevice = [ pkgs.which pkgs.texlive.combined.scheme-medium ];
rPython = [ pkgs.which ];
gridGraphics = [ pkgs.which ];
gputools = [ pkgs.which pkgs.cudatoolkit ];
adimpro = [ pkgs.which pkgs.xorg.xdpyinfo ];
PET = [ pkgs.which pkgs.xorg.xdpyinfo pkgs.imagemagick ];
dti = [ pkgs.which pkgs.xorg.xdpyinfo pkgs.imagemagick ];
mzR = [ pkgs.netcdf ];
};
packagesRequireingX = [
"accrual"
"ade4TkGUI"
"adehabitat"
"analogue"
"analogueExtra"
"AnalyzeFMRI"
"AnnotLists"
"AnthropMMD"
"aplpack"
"aqfig"
"arf3DS4"
"asbio"
"AtelieR"
"BAT"
"bayesDem"
"BCA"
"BEQI2"
"betapart"
"betaper"
"BiodiversityR"
"BioGeoBEARS"
"bio_infer"
"bipartite"
"biplotbootGUI"
"blender"
"cairoDevice"
"CCTpack"
"cncaGUI"
"cocorresp"
"CommunityCorrelogram"
"confidence"
"constrainedKriging"
"ConvergenceConcepts"
"cpa"
"DALY"
"dave"
"debug"
"Deducer"
"DeducerExtras"
"DeducerPlugInExample"
"DeducerPlugInScaling"
"DeducerSpatial"
"DeducerSurvival"
"DeducerText"
"Demerelate"
"detrendeR"
"dgmb"
"DivMelt"
"dpa"
"DSpat"
"dynamicGraph"
"dynBiplotGUI"
"EasyqpcR"
"EcoVirtual"
"ENiRG"
"EnQuireR"
"eVenn"
"exactLoglinTest"
"FAiR"
"fat2Lpoly"
"fbati"
"FD"
"feature"
"FeedbackTS"
"FFD"
"fgui"
"fisheyeR"
"fit4NM"
"forams"
"forensim"
"FreeSortR"
"fscaret"
"fSRM"
"gcmr"
"GeoGenetix"
"geomorph"
"geoR"
"geoRglm"
"georob"
"GeoXp"
"GGEBiplotGUI"
"gnm"
"GPCSIV"
"GrammR"
"GrapheR"
"GroupSeq"
"gsubfn"
"GUniFrac"
"gWidgets2RGtk2"
"gWidgets2tcltk"
"gWidgetsRGtk2"
"gWidgetstcltk"
"HH"
"HiveR"
"HomoPolymer"
"iBUGS"
"ic50"
"iDynoR"
"in2extRemes"
"iplots"
"isopam"
"IsotopeR"
"JGR"
"KappaGUI"
"likeLTD"
"logmult"
"LS2Wstat"
"MAR1"
"MareyMap"
"memgene"
"MergeGUI"
"metacom"
"Meth27QC"
"MetSizeR"
"MicroStrategyR"
"migui"
"miniGUI"
"MissingDataGUI"
"mixsep"
"mlDNA"
"MplusAutomation"
"mpmcorrelogram"
"mritc"
"MTurkR"
"multgee"
"multibiplotGUI"
"nodiv"
"OligoSpecificitySystem"
"onemap"
"OpenRepGrid"
"palaeoSig"
"paleoMAS"
"pbatR"
"PBSadmb"
"PBSmodelling"
"PCPS"
"pez"
"phylotools"
"picante"
"PKgraph"
"playwith"
"plotSEMM"
"plsRbeta"
"plsRglm"
"PopGenReport"
"poppr"
"powerpkg"
"PredictABEL"
"prefmod"
"PrevMap"
"ProbForecastGOP"
"QCAGUI"
"qtbase"
"qtpaint"
"qtutils"
"R2STATS"
"r4ss"
"RandomFields"
"rareNMtests"
"rAverage"
"Rcmdr"
"RcmdrPlugin_BCA"
"RcmdrPlugin_coin"
"RcmdrPlugin_depthTools"
"RcmdrPlugin_DoE"
"RcmdrPlugin_doex"
"RcmdrPlugin_EACSPIR"
"RcmdrPlugin_EBM"
"RcmdrPlugin_EcoVirtual"
"RcmdrPlugin_epack"
"RcmdrPlugin_EZR"
"RcmdrPlugin_FactoMineR"
"RcmdrPlugin_HH"
"RcmdrPlugin_IPSUR"
"RcmdrPlugin_KMggplot2"
"RcmdrPlugin_lfstat"
"RcmdrPlugin_MA"
"RcmdrPlugin_mosaic"
"RcmdrPlugin_MPAStats"
"RcmdrPlugin_orloca"
"RcmdrPlugin_plotByGroup"
"RcmdrPlugin_pointG"
"RcmdrPlugin_qual"
"RcmdrPlugin_ROC"
"RcmdrPlugin_sampling"
"RcmdrPlugin_SCDA"
"RcmdrPlugin_SLC"
"RcmdrPlugin_SM"
"RcmdrPlugin_sos"
"RcmdrPlugin_steepness"
"RcmdrPlugin_survival"
"RcmdrPlugin_TeachingDemos"
"RcmdrPlugin_temis"
"RcmdrPlugin_UCA"
"recluster"
"relax"
"relimp"
"RenextGUI"
"reportRx"
"reshapeGUI"
"rgl"
"RHRV"
"rich"
"rioja"
"ripa"
"rite"
"RNCEP"
"RQDA"
"RSDA"
"rsgcc"
"RSurvey"
"RunuranGUI"
"sharpshootR"
"simba"
"Simile"
"SimpleTable"
"SOLOMON"
"soundecology"
"SPACECAP"
"spacodiR"
"spatsurv"
"sqldf"
"SRRS"
"SSDforR"
"statcheck"
"StatDA"
"STEPCAM"
"stosim"
"strvalidator"
"stylo"
"svDialogstcltk"
"svIDE"
"svSocket"
"svWidgets"
"SYNCSA"
"SyNet"
"tcltk2"
"TED"
"TestScorer"
"TIMP"
"titan"
"tkrgl"
"tkrplot"
"tmap"
"tspmeta"
"TTAinterfaceTrendAnalysis"
"twiddler"
"vcdExtra"
"VecStatGraphs3D"
"vegan"
"vegan3d"
"vegclust"
"VIMGUI"
"WMCapacity"
"x12GUI"
"xergm"
];
packagesToSkipCheck = [
"Rmpi" # tries to run MPI processes
"gmatrix" # requires CUDA runtime
"gputools" # requires CUDA runtime
"sprint" # tries to run MPI processes
"pbdMPI" # tries to run MPI processes
];
# Packages which cannot be installed due to lack of dependencies or other reasons.
brokenPackages = [
"gputools" # depends on non-free cudatoolkit-8.0.61
"gmatrix" # depends on non-free cudatoolkit-8.0.61
];
otherOverrides = old: new: {
stringi = old.stringi.overrideDerivation (attrs: {
postInstall = let
icuName = "icudt52l";
icuSrc = pkgs.fetchzip {
url = "http://static.rexamine.com/packages/${icuName}.zip";
sha256 = "0hvazpizziq5ibc9017i1bb45yryfl26wzfsv05vk9mc1575r6xj";
stripRoot = false;
};
in ''
${attrs.postInstall or ""}
cp ${icuSrc}/${icuName}.dat $out/library/stringi/libs
'';
});
xml2 = old.xml2.overrideDerivation (attrs: {
preConfigure = ''
export LIBXML_INCDIR=${pkgs.libxml2.dev}/include/libxml2
patchShebangs configure
'';
});
Cairo = old.Cairo.overrideDerivation (attrs: {
NIX_LDFLAGS = "-lfontconfig";
});
curl = old.curl.overrideDerivation (attrs: {
preConfigure = "patchShebangs configure";
});
RcppArmadillo = old.RcppArmadillo.overrideDerivation (attrs: {
patchPhase = "patchShebangs configure";
});
rpf = old.rpf.overrideDerivation (attrs: {
patchPhase = "patchShebangs configure";
});
BayesXsrc = old.BayesXsrc.overrideDerivation (attrs: {
patches = [ ./patches/BayesXsrc.patch ];
});
rJava = old.rJava.overrideDerivation (attrs: {
preConfigure = ''
export JAVA_CPPFLAGS=-I${pkgs.jdk}/include/
export JAVA_HOME=${pkgs.jdk}
'';
});
JavaGD = old.JavaGD.overrideDerivation (attrs: {
preConfigure = ''
export JAVA_CPPFLAGS=-I${pkgs.jdk}/include/
export JAVA_HOME=${pkgs.jdk}
'';
});
Mposterior = old.Mposterior.overrideDerivation (attrs: {
PKG_LIBS = "-L${pkgs.openblasCompat}/lib -lopenblas";
});
qtbase = old.qtbase.overrideDerivation (attrs: {
patches = [ ./patches/qtbase.patch ];
});
Rmpi = old.Rmpi.overrideDerivation (attrs: {
configureFlags = [
"--with-Rmpi-type=OPENMPI"
];
});
Rmpfr = old.Rmpfr.overrideDerivation (attrs: {
configureFlags = [
"--with-mpfr-include=${pkgs.mpfr.dev}/include"
];
});
RVowpalWabbit = old.RVowpalWabbit.overrideDerivation (attrs: {
configureFlags = [
"--with-boost=${pkgs.boost.dev}" "--with-boost-libdir=${pkgs.boost.out}/lib"
];
});
RAppArmor = old.RAppArmor.overrideDerivation (attrs: {
patches = [ ./patches/RAppArmor.patch ];
LIBAPPARMOR_HOME = "${pkgs.libapparmor}";
});
RMySQL = old.RMySQL.overrideDerivation (attrs: {
patches = [ ./patches/RMySQL.patch ];
MYSQL_DIR="${pkgs.mysql.lib}";
});
devEMF = old.devEMF.overrideDerivation (attrs: {
NIX_CFLAGS_LINK = "-L${pkgs.xorg.libXft.out}/lib -lXft";
NIX_LDFLAGS = "-lX11";
});
slfm = old.slfm.overrideDerivation (attrs: {
PKG_LIBS = "-L${pkgs.openblasCompat}/lib -lopenblas";
});
SamplerCompare = old.SamplerCompare.overrideDerivation (attrs: {
PKG_LIBS = "-L${pkgs.openblasCompat}/lib -lopenblas";
});
EMCluster = old.EMCluster.overrideDerivation (attrs: {
patches = [ ./patches/EMCluster.patch ];
});
spMC = old.spMC.overrideDerivation (attrs: {
patches = [ ./patches/spMC.patch ];
});
BayesLogit = old.BayesLogit.overrideDerivation (attrs: {
patches = [ ./patches/BayesLogit.patch ];
buildInputs = (attrs.buildInputs or []) ++ [ pkgs.openblasCompat ];
});
BayesBridge = old.BayesBridge.overrideDerivation (attrs: {
patches = [ ./patches/BayesBridge.patch ];
});
openssl = old.openssl.overrideDerivation (attrs: {
OPENSSL_INCLUDES = "${pkgs.openssl.dev}/include";
});
Rserve = old.Rserve.overrideDerivation (attrs: {
patches = [ ./patches/Rserve.patch ];
configureFlags = [
"--with-server" "--with-client"
];
});
nloptr = old.nloptr.overrideDerivation (attrs: {
configureFlags = [
"--with-nlopt-cflags=-I${pkgs.nlopt}/include"
"--with-nlopt-libs='-L${pkgs.nlopt}/lib -lnlopt_cxx -lm'"
];
});
V8 = old.V8.overrideDerivation (attrs: {
preConfigure = "export V8_INCLUDES=${pkgs.v8}/include";
});
};
in
self