R: fix evaluation errors

This commit is contained in:
Peter Simons 2018-07-07 12:05:54 +02:00
parent 49c649d573
commit 03476783a5
4 changed files with 0 additions and 23 deletions

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@ -148,10 +148,7 @@ in with self; {
MafDb_ExAC_r1_0_hs37d5 = derive2 { name="MafDb.ExAC.r1.0.hs37d5"; version="3.7.0"; sha256="00b022hzwr0l6m9wzw76iirdq5szvi5z8a9yi2i44sydhwqsb4cy"; depends=[BSgenome GenomeInfoDb GenomicRanges GenomicScores IRanges S4Vectors]; };
MafDb_ExAC_r1_0_nonTCGA_GRCh38 = derive2 { name="MafDb.ExAC.r1.0.nonTCGA.GRCh38"; version="3.7.0"; sha256="1dvzzwj9dhrls8caabdcgddsk64a6q9jqcya424h8n48fkx6fpjn"; depends=[BSgenome GenomeInfoDb GenomicRanges GenomicScores IRanges S4Vectors]; };
MafDb_ExAC_r1_0_nonTCGA_hs37d5 = derive2 { name="MafDb.ExAC.r1.0.nonTCGA.hs37d5"; version="3.7.0"; sha256="10rn7nqrnhmhdqcygi8l3cwf1385jyy56qzqjgqyhvmi4g8dnjsn"; depends=[BSgenome GenomeInfoDb GenomicRanges GenomicScores IRanges S4Vectors]; };
MafDb_TOPMed_freeze5_hg19 = derive2 { name="MafDb.TOPMed.freeze5.hg19"; version="3.7.1"; sha256="character(0)"; depends=[BSgenome GenomeInfoDb GenomicRanges GenomicScores IRanges S4Vectors]; };
MafDb_TOPMed_freeze5_hg38 = derive2 { name="MafDb.TOPMed.freeze5.hg38"; version="3.7.1"; sha256="1kxk3qqw1igkygqmj8yjl4cp99fan1w84gilh6q35nsaja0fapa8"; depends=[BSgenome GenomeInfoDb GenomicRanges GenomicScores IRanges S4Vectors]; };
MafDb_gnomAD_r2_0_1_GRCh38 = derive2 { name="MafDb.gnomAD.r2.0.1.GRCh38"; version="3.7.0"; sha256="character(0)"; depends=[BSgenome GenomeInfoDb GenomicRanges GenomicScores IRanges S4Vectors]; };
MafDb_gnomAD_r2_0_1_hs37d5 = derive2 { name="MafDb.gnomAD.r2.0.1.hs37d5"; version="3.7.0"; sha256="character(0)"; depends=[BSgenome GenomeInfoDb GenomicRanges GenomicScores IRanges S4Vectors]; };
MafDb_gnomADex_r2_0_1_GRCh38 = derive2 { name="MafDb.gnomADex.r2.0.1.GRCh38"; version="3.7.0"; sha256="0hwyyqa4g3hp85hk4b6qfzm10yk6h20sh0f2mf09yr0hpmkjyl59"; depends=[BSgenome GenomeInfoDb GenomicRanges GenomicScores IRanges S4Vectors]; };
MafDb_gnomADex_r2_0_1_hs37d5 = derive2 { name="MafDb.gnomADex.r2.0.1.hs37d5"; version="3.7.0"; sha256="1y1kzbs37h804c81rll64kz83rpzmzl1z410frabyyblpxm275j5"; depends=[BSgenome GenomeInfoDb GenomicRanges GenomicScores IRanges S4Vectors]; };
MeSH_AOR_db = derive2 { name="MeSH.AOR.db"; version="1.10.0"; sha256="0dc2j64v93j7gj28yl9lpbxdqlqszr8sn3p7jbkcwixgpczhqzbj"; depends=[MeSHDbi]; };
@ -260,7 +257,6 @@ in with self; {
SNPlocs_Hsapiens_dbSNP144_GRCh38 = derive2 { name="SNPlocs.Hsapiens.dbSNP144.GRCh38"; version="0.99.20"; sha256="0yxmsnxncr7w30r0d7bg5i96pclm2vf40p9jdqa02rc67a6sximn"; depends=[BiocGenerics BSgenome GenomeInfoDb GenomicRanges IRanges S4Vectors]; };
SNPlocs_Hsapiens_dbSNP149_GRCh38 = derive2 { name="SNPlocs.Hsapiens.dbSNP149.GRCh38"; version="0.99.20"; sha256="17bv25p1261hn9d7mxfp6pvivj15pxyvr92gms8a8msfqg9y0xkb"; depends=[BiocGenerics BSgenome GenomeInfoDb GenomicRanges IRanges S4Vectors]; };
SNPlocs_Hsapiens_dbSNP150_GRCh38 = derive2 { name="SNPlocs.Hsapiens.dbSNP150.GRCh38"; version="0.99.20"; sha256="0jkwwgxxpm9ry8kizq8hs70sky41pks1ag40y5aqq91yjbpqlckj"; depends=[BiocGenerics BSgenome GenomeInfoDb GenomicRanges IRanges S4Vectors]; };
SNPlocs_Hsapiens_dbSNP151_GRCh38 = derive2 { name="SNPlocs.Hsapiens.dbSNP151.GRCh38"; version="0.99.20"; sha256="character(0)"; depends=[BiocGenerics BSgenome GenomeInfoDb GenomicRanges IRanges S4Vectors]; };
TxDb_Athaliana_BioMart_plantsmart22 = derive2 { name="TxDb.Athaliana.BioMart.plantsmart22"; version="3.0.1"; sha256="0j2zr4cddad7z1lxx9m9kfgyy7jajjnblpk9j8igd39ia3ixrpzc"; depends=[AnnotationDbi GenomicFeatures]; };
TxDb_Athaliana_BioMart_plantsmart25 = derive2 { name="TxDb.Athaliana.BioMart.plantsmart25"; version="3.1.3"; sha256="0a6v0l6p13zmiysi3k8dxzdlxng552qqj9rnlbdavdiidla0pvm3"; depends=[AnnotationDbi GenomicFeatures]; };
TxDb_Athaliana_BioMart_plantsmart28 = derive2 { name="TxDb.Athaliana.BioMart.plantsmart28"; version="3.2.2"; sha256="1yjyvrbx55y024lqg3b2rlf8pngqw5xi3p83j5ipan05wf0aq6ir"; depends=[AnnotationDbi GenomicFeatures]; };

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@ -31,9 +31,7 @@ in with self; {
CRCL18 = derive2 { name="CRCL18"; version="0.115.0"; sha256="0y2v5fmlfj7hzkvw1l116vnczjnmhxd77gvdqjjynl9cgvlx0smq"; depends=[Biobase]; };
CardinalWorkflows = derive2 { name="CardinalWorkflows"; version="1.13.0"; sha256="1rjp3ybc0yx8sjqp4ahadgymlld2l2hn3dxxvpng06qpp5jch0zq"; depends=[Cardinal]; };
CellMapperData = derive2 { name="CellMapperData"; version="1.7.0"; sha256="0zjssdm2z7i6bcp781x9lz09dmh5krvvxg5a0la79dj5vvs72cjp"; depends=[CellMapper ExperimentHub]; };
ChAMPdata = derive2 { name="ChAMPdata"; version="2.13.0"; sha256="character(0)"; depends=[BiocGenerics GenomicRanges]; };
ChIC_data = derive2 { name="ChIC.data"; version="1.1.0"; sha256="07gyyv7bjfxa978c40lkh65m0x2zi855mapvwgpazqgq5qhxyfya"; depends=[caret]; };
ChIPXpressData = derive2 { name="ChIPXpressData"; version="1.19.0"; sha256="character(0)"; depends=[bigmemory]; };
ChIPexoQualExample = derive2 { name="ChIPexoQualExample"; version="1.5.0"; sha256="0y2s4hw7hbfspy1hjsqkaw72pm26k911699k6sw4jhvjh7mkvjbf"; depends=[]; };
ChimpHumanBrainData = derive2 { name="ChimpHumanBrainData"; version="1.19.0"; sha256="1i2aj1vxak6b53mpcd36q2xwgpddllqpqz3wii7rrsa9mg2gaaza"; depends=[affy hexbin limma qvalue statmod]; };
ConnectivityMap = derive2 { name="ConnectivityMap"; version="1.17.0"; sha256="1zz0vq192jfnp494mp61xmkxyd94bbh9xs268jd7ynnlpjp9phsx"; depends=[]; };
@ -66,7 +64,6 @@ in with self; {
GSVAdata = derive2 { name="GSVAdata"; version="1.17.0"; sha256="1gjc9psmx0i25bwki6l74d8jg3mrvfzjdnxs5bhbqnzab6fzdfh0"; depends=[Biobase GSEABase hgu95a_db]; };
GWASdata = derive2 { name="GWASdata"; version="1.19.0"; sha256="0i09njrq0fzwvzj6lqsa7kdnwi35lm7z0akywh0mr87i6dlqj8sq"; depends=[GWASTools]; };
GeuvadisTranscriptExpr = derive2 { name="GeuvadisTranscriptExpr"; version="1.9.0"; sha256="1h6ghr75h1i87lbarsganiw6mgjyiha4zv4hbjdjljc464s11b0d"; depends=[]; };
HD2013SGI = derive2 { name="HD2013SGI"; version="1.21.0"; sha256="character(0)"; depends=[EBImage geneplotter gplots limma LSD RColorBrewer splots vcd]; };
HDCytoData = derive2 { name="HDCytoData"; version="1.1.0"; sha256="1nlalaccb5y6vsl5k63qz2mcjr6k6syciv95l18962acgnlqbpq1"; depends=[ExperimentHub flowCore SummarizedExperiment]; };
HEEBOdata = derive2 { name="HEEBOdata"; version="1.19.0"; sha256="1z8qb5xrzadg6fxg8cx04dpad3qiab5m8vhgdqw4xs8xdaqd4g1m"; depends=[]; };
HIVcDNAvantWout03 = derive2 { name="HIVcDNAvantWout03"; version="1.21.0"; sha256="0pgb0r6zp6v0wq16c5zjxzjjwb6cjjp3cn8jnh4p91rwf43za4rh"; depends=[]; };
@ -200,7 +197,6 @@ in with self; {
cMap2data = derive2 { name="cMap2data"; version="1.17.0"; sha256="11973w3gjz0qayxacx41mlbf4ji345js8jgjkn2aba0ahnyzb6vw"; depends=[]; };
cancerdata = derive2 { name="cancerdata"; version="1.19.0"; sha256="02zi60lh6jsg6hlyyq6wzg9lzxjr8m9418kywlk3x3c6kkgkrh69"; depends=[Biobase]; };
ccTutorial = derive2 { name="ccTutorial"; version="1.19.0"; sha256="0xd3zrcia312h947nvah3ksx9kxzhqzc9c2nm5q6ssvx15s6f6d6"; depends=[affy Biobase Ringo topGO]; };
ccdata = derive2 { name="ccdata"; version="1.7.0"; sha256="character(0)"; depends=[]; };
ceu1kg = derive2 { name="ceu1kg"; version="0.19.0"; sha256="0vs60mflfc1pnc7s725wsyq2jrj44jrvxwzpw4bhlj0qbs602s8l"; depends=[Biobase GGBase GGtools]; };
ceu1kgv = derive2 { name="ceu1kgv"; version="0.23.0"; sha256="10jnbc8y386racq3ac1hf1dp76wvzlfm8p66c94pk3f2m0w45psv"; depends=[Biobase GGBase]; };
ceuhm3 = derive2 { name="ceuhm3"; version="0.19.0"; sha256="1qdp85ps5xrlx1pl769j91aig2rgxcix4pdzrsa249nyyq1avdym"; depends=[Biobase GGBase GGtools]; };
@ -345,8 +341,6 @@ in with self; {
yeastExpData = derive2 { name="yeastExpData"; version="0.27.0"; sha256="13vz99brk9bb10swlrisiiwilyjn6pl1z3arw47sahm7grw4sgpc"; depends=[graph]; };
yeastGSData = derive2 { name="yeastGSData"; version="0.19.0"; sha256="06gnrh6kll5rmdvhigrf7blyyap6dz517gkhx2ljvlbwwz1hd35l"; depends=[]; };
yeastNagalakshmi = derive2 { name="yeastNagalakshmi"; version="1.17.0"; sha256="0xq65383vmh1jnfxnfhrzfdhr5s0qzy0xb844d8lvmsn77mq7jpr"; depends=[]; };
yeastRNASeq = derive2 { name="yeastRNASeq"; version="0.19.0"; sha256="character(0)"; depends=[]; };
yri1kgv = derive2 { name="yri1kgv"; version="0.23.0"; sha256="character(0)"; depends=[Biobase GGBase]; };
yriMulti = derive2 { name="yriMulti"; version="0.11.0"; sha256="0gsr2y94hfmjmpz37y7q80wnkhlz8q028qn7dwm15a5rvzvs8ccv"; depends=[dsQTL GenomeInfoDb GenomicFiles GenomicRanges geuvPack gQTLBase Homo_sapiens MultiAssayExperiment SummarizedExperiment VariantAnnotation]; };
zebrafishRNASeq = derive2 { name="zebrafishRNASeq"; version="0.115.0"; sha256="11lmhpd94vywkir5m02qb7j278k7hjlp085xq9wgaxmr07vxzyy6"; depends=[]; };
}

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@ -153,12 +153,10 @@ in with self; {
CellScore = derive2 { name="CellScore"; version="1.1.0"; sha256="11hsyz15b8kfmb8vjgpwy5hgkmcizlv4ygnw0ffmkvpnjmlib4rm"; depends=[Biobase gplots lsa RColorBrewer squash]; };
CellTrails = derive2 { name="CellTrails"; version="0.99.12"; sha256="10fn3vkkvjva6np8nkb39dxwkybac567rc0xxn09wlnxpqmfh8i7"; depends=[Biobase BiocGenerics cba dendextend dtw EnvStats ggplot2 ggrepel igraph maptree mgcv reshape2 Rtsne SingleCellExperiment SummarizedExperiment]; };
CexoR = derive2 { name="CexoR"; version="1.19.1"; sha256="1yga6kc562ginzzb0cq8icyjkbj599j9q4hxzgd6hhf5590nfjfy"; depends=[genomation GenomeInfoDb GenomicRanges idr IRanges RColorBrewer Rsamtools rtracklayer S4Vectors]; };
ChAMP = derive2 { name="ChAMP"; version="2.11.1"; sha256="1651firz6p0cz3a8ikn2z46q0mqazkaynb17l5n5vvxwg8w710ak"; depends=[bumphunter ChAMPdata combinat dendextend DMRcate DNAcopy doParallel FEM GenomicRanges globaltest goseq Hmisc Illumina450ProbeVariants_db IlluminaHumanMethylation450kmanifest IlluminaHumanMethylationEPICanno_ilm10b2_hg19 IlluminaHumanMethylationEPICmanifest illuminaio impute isva limma marray matrixStats minfi missMethyl plotly plyr preprocessCore prettydoc quadprog qvalue RColorBrewer rmarkdown RPMM shiny shinythemes sva wateRmelon]; };
ChIC = derive2 { name="ChIC"; version="1.1.0"; sha256="1nh1dcqzf3m5gpkgblf7lx599c8dxm7gk53d7y12a7mdlrnzsh5j"; depends=[BiocGenerics caret caTools ChIC_data GenomicRanges IRanges S4Vectors spp]; };
ChIPComp = derive2 { name="ChIPComp"; version="1.11.0"; sha256="0lia22xjj1w8m7hwpfcyaf6cldk05f78v93x3p947xdrkymx6lgc"; depends=[BiocGenerics BSgenome_Hsapiens_UCSC_hg19 BSgenome_Mmusculus_UCSC_mm9 GenomeInfoDb GenomicRanges IRanges limma Rsamtools rtracklayer S4Vectors]; };
ChIPQC = derive2 { name="ChIPQC"; version="1.17.0"; sha256="0d68nizvlp9gx9s33s5ll4pmrp7rhpjd3xqc8pngc3zvwa4sjg96"; depends=[Biobase BiocGenerics BiocParallel chipseq DiffBind GenomicAlignments GenomicFeatures GenomicRanges ggplot2 gtools IRanges Nozzle_R1 reshape2 Rsamtools S4Vectors TxDb_Celegans_UCSC_ce6_ensGene TxDb_Dmelanogaster_UCSC_dm3_ensGene TxDb_Hsapiens_UCSC_hg18_knownGene TxDb_Hsapiens_UCSC_hg19_knownGene TxDb_Mmusculus_UCSC_mm10_knownGene TxDb_Mmusculus_UCSC_mm9_knownGene TxDb_Rnorvegicus_UCSC_rn4_ensGene]; };
ChIPSeqSpike = derive2 { name="ChIPSeqSpike"; version="1.1.0"; sha256="15w26zchxjggz8236afgykdncdzim9n3lyr4bm5p7qxzqs8aigbv"; depends=[BiocGenerics corrplot GenomicRanges ggplot2 IRanges LSD Rsamtools rtracklayer S4Vectors seqplots stringr]; };
ChIPXpress = derive2 { name="ChIPXpress"; version="1.25.0"; sha256="0px8vpyiay60fb2qvjax7mkijkmix41vaa34g9s6ahzp7mxxhwyz"; depends=[affy biganalytics bigmemory Biobase ChIPXpressData frma GEOquery]; };
ChIPanalyser = derive2 { name="ChIPanalyser"; version="1.3.0"; sha256="08cwdrafzq4ilvck21dc49nf0mjb27vbxrb8i860pfdd77i08hz4"; depends=[Biostrings BSgenome GenomicRanges IRanges RcppRoll rtracklayer S4Vectors]; };
ChIPexoQual = derive2 { name="ChIPexoQual"; version="1.5.0"; sha256="17w5qibbn4gpvmzndmh3igzbkvzljk88nkz7imld01n8wp4f0kni"; depends=[BiocParallel biovizBase broom data_table dplyr GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 hexbin IRanges RColorBrewer rmarkdown Rsamtools S4Vectors scales viridis]; };
ChIPpeakAnno = derive2 { name="ChIPpeakAnno"; version="3.15.0"; sha256="0hck74qkrg4m9w30lag9jfv0ikh2q9d95fa73zjcbdil7n792l7k"; depends=[AnnotationDbi Biobase BiocGenerics BiocInstaller biomaRt Biostrings BSgenome DBI DelayedArray ensembldb GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges GO_db graph idr IRanges limma matrixStats multtest RBGL regioneR Rsamtools S4Vectors seqinr SummarizedExperiment VennDiagram]; };
@ -864,7 +862,6 @@ in with self; {
categoryCompare = derive2 { name="categoryCompare"; version="1.25.0"; sha256="16zmqs8mf8lhsnlqfna40bq46v2zgqn823y98ycnx4c1m1l2jmk3"; depends=[annotate AnnotationDbi Biobase BiocGenerics Category colorspace GOstats graph GSEABase hwriter RCy3]; };
cbaf = derive2 { name="cbaf"; version="1.3.0"; sha256="19zy92jk8g5dzh5r2hpdc96yjgh0plqzn189giww65sq6hgiqvl2"; depends=[BiocFileCache cgdsr genefilter gplots RColorBrewer xlsx]; };
ccfindR = derive2 { name="ccfindR"; version="1.1.1"; sha256="1xp960q6jcskganvygxkpr9may680s30p57fjm5x625z4vwvd8r8"; depends=[ape BiocGenerics gtools Matrix RColorBrewer Rtsne S4Vectors SingleCellExperiment SummarizedExperiment]; };
ccmap = derive2 { name="ccmap"; version="1.7.0"; sha256="1jbwzxqwm2id22jdlsji82c0jrk1xvxxj43csb7jb5j25d9cmnd2"; depends=[AnnotationDbi BiocInstaller ccdata data_table doParallel foreach lsa xgboost]; };
ccrepe = derive2 { name="ccrepe"; version="1.17.0"; sha256="1k464wrgigq0yyr2w7pw8qwkql49jnl58ayr26785ajdn79lfcq4"; depends=[infotheo]; };
cellGrowth = derive2 { name="cellGrowth"; version="1.25.0"; sha256="12flwz3pzjhwqxsljy5g2ylgxiygln24z5zydc62xrkjcg3wqgn0"; depends=[lattice locfit]; };
cellHTS2 = derive2 { name="cellHTS2"; version="2.45.0"; sha256="1dbjsxhfifjpmyn3w3zhmhaf3s2arrpl6lipg31sp9w9xfiij1xs"; depends=[Biobase BiocGenerics Category genefilter GSEABase hwriter locfit prada RColorBrewer splots vsn]; };
@ -924,7 +921,6 @@ in with self; {
cqn = derive2 { name="cqn"; version="1.27.0"; sha256="1680ww5rr4y1jqhb267hbgk77ha87awbjrl3id5cz7d7ps75a7fb"; depends=[mclust nor1mix preprocessCore quantreg]; };
crisprseekplus = derive2 { name="crisprseekplus"; version="1.7.0"; sha256="01s08znfbd4am3lxm42664jx5qkjm383w50k36f2linrsg8j2rdc"; depends=[AnnotationDbi BiocInstaller BSgenome CRISPRseek DT GenomicFeatures GenomicRanges GUIDEseq hash shiny shinyjs]; };
crlmm = derive2 { name="crlmm"; version="1.39.0"; sha256="1piwi4w7shmszq2kbcw400jp0iqjhjv6q7kd7zpa4yqnh35dxa8q"; depends=[affyio beanplot Biobase BiocGenerics ellipse ff foreach illuminaio lattice limma matrixStats mvtnorm oligoClasses preprocessCore RcppEigen SNPchip VGAM]; };
crossmeta = derive2 { name="crossmeta"; version="1.7.0"; sha256="0xk4fm0kpd4gd3ymq2a8rw6m1iwg6k3dv50y96sfj0g94jskznp0"; depends=[affxparser affy AnnotationDbi Biobase BiocGenerics BiocInstaller ccmap data_table doParallel doRNG DT fdrtool foreach GEOquery ggplot2 limma matrixStats metaMA metap miniUI oligo pander plotly RColorBrewer rdrop2 reshape shiny stringr sva]; };
csaw = derive2 { name="csaw"; version="1.15.7"; sha256="18wy6q7qb4zif2sjgr0fygq6y3yj706iijib6dw2ywb4xsb7gqy8"; depends=[AnnotationDbi BiocGenerics BiocParallel edgeR GenomeInfoDb GenomicFeatures GenomicRanges IRanges limma Rcpp Rhtslib Rsamtools S4Vectors SummarizedExperiment zlibbioc]; };
ctc = derive2 { name="ctc"; version="1.55.0"; sha256="0zkzdv3yrrr671bvr0j7xi1c358r7k09f96x5sciljg95gwpq6fm"; depends=[amap]; };
ctsGE = derive2 { name="ctsGE"; version="1.7.1"; sha256="1m8fm0339d17hfprwgpck31dqmm9cf1ajk60rii32sphv8x1h0r8"; depends=[ccaPP ggplot2 limma reshape2 shiny stringr]; };

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@ -296,7 +296,6 @@ let
protolite = [ pkgs.protobuf ];
qtbase = [ pkgs.qt4 ];
qtpaint = [ pkgs.qt4 ];
R2GUESS = [ pkgs.gsl_1 ];
R2SWF = [ pkgs.zlib pkgs.libpng pkgs.freetype.dev ];
RAppArmor = [ pkgs.libapparmor ];
rapportools = [ pkgs.which ];
@ -478,7 +477,6 @@ let
"cpa"
"DALY"
"dave"
"debug"
"Deducer"
"DeducerExtras"
"DeducerPlugInExample"
@ -497,7 +495,6 @@ let
"EasyqpcR"
"EcoVirtual"
"ENiRG"
"eVenn"
"exactLoglinTest"
"fat2Lpoly"
"fbati"
@ -596,7 +593,6 @@ let
"rareNMtests"
"rAverage"
"Rcmdr"
"RcmdrPlugin_BCA"
"RcmdrPlugin_coin"
"RcmdrPlugin_depthTools"
"RcmdrPlugin_DoE"
@ -630,7 +626,6 @@ let
"RcmdrPlugin_temis"
"RcmdrPlugin_UCA"
"recluster"
"relax"
"relimp"
"RenextGUI"
"reportRx"
@ -778,10 +773,6 @@ let
'';
});
Mposterior = old.Mposterior.overrideDerivation (attrs: {
PKG_LIBS = "-L${pkgs.openblasCompat}/lib -lopenblas";
});
pbdZMQ = old.pbdZMQ.overrideDerivation (attrs: {
postPatch = lib.optionalString stdenv.isDarwin ''
for file in R/*.{r,r.in}; do