Running 'TSwriteXLS.R' [158s]
  Running 'perl.R' [139s]
  Running 'timeSeries.R' [168s]
  Running 'tis.R' [1s]
  Running 'xts.R' [157s]
  Running 'zoo.R' [174s]
  Running 'zoo2.R' [1s]
Running the tests in 'tests/TSwriteXLS.R' failed.
Complete output:
  > require("tframePlus")
  Loading required package: tframePlus
  Loading required package: tframe
  > 
  >  z <- ts(1:10, start=c(1999,2), freq=12)
  >  seriesNames(z) <- "ser 1"
  >  ok <- TSwriteXLS(z, FileName="test.xls") 
  Loading required package: WriteXLS
  ERROR: cannot open D:\temp\RtmpKayuvE/WriteXLS/1.csv
  . No such file or directory
  The Perl script 'WriteXLS.pl' failed to run successfully.
  > 
  >  zz <- tbind(z, diff(z))
  >  seriesNames(zz) <- c("ser 1", "diff")
  >  ok <- TSwriteXLS(zz, FileName="test.xls",  SheetNames="2 series")
  ERROR: cannot open D:\temp\RtmpKayuvE/WriteXLS/1.csv
  . No such file or directory
  The Perl script 'WriteXLS.pl' failed to run successfully.
  > 
  >  zz <- ts(1:10, start=c(1999,1), freq=1)
  >  seriesNames(zz) <- "annual ser"
  >  ok <- TSwriteXLS(z, zz, FileName="test.xls",  SheetNames=c("monthly", "annual"))
  ERROR: cannot open D:\temp\RtmpKayuvE/WriteXLS/1.csv
  . No such file or directory
  The Perl script 'WriteXLS.pl' failed to run successfully.
  > 
  >  unlink("test.xls") 
  > 
  > proc.time()
     user  system elapsed 
     0.78    0.10    2.53 
Running the tests in 'tests/perl.R' failed.
Complete output:
  > if (!require("WriteXLS")) stop("Package WriteXLS is not available.")
  Loading required package: WriteXLS
  > 
  > z <- Sys.getenv("_R_CHECK_HAVE_PERLCSVXS_")
  > 
  > Sys.info()
         sysname        release        version       nodename        machine 
       "Windows"   "Server x64"  "build 20348"     "CRANWIN3"       "x86-64" 
           login           user effective_user 
          "CRAN"         "CRAN"         "CRAN" 
  > 
  > if(identical(as.logical(z), TRUE)) { 
  +   if (!testPerl(verbose=FALSE)) 
  +      stop("Perl or required modules used by WriteXLS are not functional.") 
  +   } else {
  +      message("PERL or modules not available. Skipping tests.\n")
  +      message("_R_CHECK_HAVE_PERLCSVXS_ setting ", z, "\n")
  +      }
  PERL or modules not available. Skipping tests.
  
  _R_CHECK_HAVE_PERLCSVXS_ setting 
  
  > 
  > proc.time()
     user  system elapsed 
     0.15    0.04    0.18 
Running the tests in 'tests/timeSeries.R' failed.
Complete output:
  >   require("tframePlus")
  Loading required package: tframePlus
  Loading required package: tframe
  >   require("tfplot")
  Loading required package: tfplot
  >   if(!require("timeSeries")) stop("timeSeries not available, tests failed.")    
  Loading required package: timeSeries
  Loading required package: timeDate
  
  Attaching package: 'timeSeries'
  
  The following objects are masked from 'package:graphics':
  
      lines, points
  
  > 
  > 
  >  Sys.info()
         sysname        release        version       nodename        machine 
       "Windows"   "Server x64"  "build 20348"     "CRANWIN3"       "x86-64" 
           login           user effective_user 
          "CRAN"         "CRAN"         "CRAN" 
  > 
  >   #x11()
  > #  postscript(file="lite.out.ps",  paper="letter", horizontal=F, onefile=T)
  > #             # width=6, height=8, pointsize=10,
  > 
  > 
  >   all.ok <-  TRUE
  >   cat("tframe timeSeries test 1 ... ")
  tframe timeSeries test 1 ... >   z <- timeSeries(rnorm(100), 
  +      as.POSIXct(Sys.time() + sort(round(runif(100)*1e8)), "GMT")) 
  >   seriesNames(z) <- "random example"
  >   ok <- all(seriesNames(z) == c("random example"))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("unvariate seriesNames failed!\n") 
  ok
  >   ok <- is.tframed(z) & (inherits(z, "timeSeries"))
  >   all.ok <- ok
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  > 
  >   cat("tframe timeSeries test 2 ... ")
  tframe timeSeries test 2 ... >   plot(z)
  >   tfplot(z)
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe timeSeries test 3 ... ")
  tframe timeSeries test 3 ... >   y <- rnorm(100)
  >   tframe(y) <- tframe(z)  
  >   ok <- is.tframed(y) & (inherits(y, "timeSeries")) & (start(y) == start(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe timeSeries test 4 ... ")
  tframe timeSeries test 4 ... >   ok <- all(tframe(y) == tframe(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  > 
  >   cat("tframe timeSeries test 5 ... ")
  tframe timeSeries test 5 ... >   #  irregular series at random observation times
  >   # original z and the generated rnorm() series here do not have observations
  >   # at the same time, so the result (probably) has 220 Tobs.
  >   z <- tbind(z, timeSeries(rnorm(120),
  +           as.POSIXct(Sys.time() + sort(round(runif(120)*1e8)), "GMT")))
  >   seriesNames(z) <- c("random 1", "random 2")
  >   ok <- all(seriesNames(z) == c("random 1", "random 2"))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("multivariate seriesNames failed!\n") 
  ok
  >   # Tobs(z) will be 220 except in the random case of two equal time stamps
  >   y <- rnorm(Tobs(z))  
  >   tframe(y) <- tframe(z)  
  >   ok <- all(tframe(y) == tframe(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe timeSeries test 6... ")
  tframe timeSeries test 6... >   plot(z)
  >   tfplot(z)
  >   ok <- is.tframed(z) & (inherits(z, "timeSeries"))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe timeSeries test 7 ... ")
  tframe timeSeries test 7 ... >   y <- rnorm(Tobs(z)) 
  >   tframe(y) <- tframe(z)  
  >   ok <- is.tframed(y) & (inherits(y, "timeSeries")) & (start(y) == start(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe timeSeries test 8 ... ")
  tframe timeSeries test 8 ... >   ok <- all(tframe(y) == tframe(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe timeSeries test 9... ")
  tframe timeSeries test 9... >   tfplot(z, start=start(z))
  >   cat("ok\n") 
  ok
  > 
  > 
  >  cat("All tframe timeSeries tests completed")
  All tframe timeSeries tests completed>  if (all.ok) cat(" OK\n") else cat(", some FAILED!\n") 
   OK
  >  
  > 
  > proc.time()
     user  system elapsed 
     1.14    0.14    1.26 
Running the tests in 'tests/xts.R' failed.
Complete output:
  >   require("tframePlus")
  Loading required package: tframePlus
  Loading required package: tframe
  >   require("tfplot")
  Loading required package: tfplot
  >   if(!require("xts")) stop("xts not available, tests failed.")    
  Loading required package: xts
  Loading required package: zoo
  
  Attaching package: 'zoo'
  
  The following objects are masked from 'package:base':
  
      as.Date, as.Date.numeric
  
  > 
  > 
  >  Sys.info()
         sysname        release        version       nodename        machine 
       "Windows"   "Server x64"  "build 20348"     "CRANWIN3"       "x86-64" 
           login           user effective_user 
          "CRAN"         "CRAN"         "CRAN" 
  > 
  >   #x11()
  > #  postscript(file="lite.out.ps",  paper="letter", horizontal=F, onefile=T)
  > #             # width=6, height=8, pointsize=10,
  > 
  > 
  >   all.ok <-  TRUE
  >   cat("tframe xts test 1 ... ")
  tframe xts test 1 ... >   z <- xts(rnorm(100), 
  +      as.POSIXct(Sys.time() + sort(round(runif(100)*1e8)), "GMT")) 
  >   seriesNames(z) <- "random example"
  >   ok <- all(seriesNames(z) == c("random example"))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("unvariate seriesNames failed!\n") 
  ok
  >   ok <- is.tframed(z) & (inherits(z, "xts"))
  >   all.ok <- ok
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  > 
  >   cat("tframe xts test 2 ... ")
  tframe xts test 2 ... >   plot(z)
  >   tfplot(z)
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe xts test 3 ... ")
  tframe xts test 3 ... >   y <- rnorm(100)
  >   tframe(y) <- tframe(z)  
  >   ok <- is.tframed(y) & (inherits(y, "xts")) & (start(y) == start(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe xts test 4 ... ")
  tframe xts test 4 ... >   ok <- all(tframe(y) == tframe(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  > 
  >   cat("tframe xts test 5 ... ")
  tframe xts test 5 ... >   #  irregular series at random observation times
  >   z <- tbind(z, xts(rnorm(120),
  +           as.POSIXct(Sys.time() + sort(round(runif(120)*1e8)), "GMT")))
  >   seriesNames(z) <- c("random 1", "random 2")
  >   ok <- all(seriesNames(z) == c("random 1", "random 2"))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("multivariate seriesNames failed!\n") 
  ok
  >   # Tobs(z) will be 220 except in the random case of two equal time stamps
  >   y <- rnorm(Tobs(z)) 
  >   tframe(y) <- tframe(z)  
  >   ok <- all(tframe(y) == tframe(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe xts test 6... ")
  tframe xts test 6... >   #plot(z) only univariate series
  >   tfplot(z)
  >   ok <- is.tframed(z) & (inherits(z, "xts"))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe xts test 7 ... ")
  tframe xts test 7 ... >   y <- rnorm(Tobs(z))
  >   tframe(y) <- tframe(z)  
  >   ok <- is.tframed(y) & (inherits(y, "xts")) & (start(y) == start(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe xts test 8 ... ")
  tframe xts test 8 ... >   ok <- all(tframe(y) == tframe(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  > 
  >  cat("All tframe xts tests completed")
  All tframe xts tests completed>  if (all.ok) cat(" OK\n") else cat(", some FAILED!\n") 
   OK
  >  
  > 
  > proc.time()
     user  system elapsed 
     1.01    0.12    1.12 
Running the tests in 'tests/zoo.R' failed.
Complete output:
  >   require("tframePlus")
  Loading required package: tframePlus
  Loading required package: tframe
  >   require("tfplot")
  Loading required package: tfplot
  >   if(!require("zoo")) stop("zoo not available, tests failed.")    
  Loading required package: zoo
  
  Attaching package: 'zoo'
  
  The following objects are masked from 'package:base':
  
      as.Date, as.Date.numeric
  
  > 
  > 
  >  Sys.info()
         sysname        release        version       nodename        machine 
       "Windows"   "Server x64"  "build 20348"     "CRANWIN3"       "x86-64" 
           login           user effective_user 
          "CRAN"         "CRAN"         "CRAN" 
  > 
  >   #x11()
  > #  postscript(file="lite.out.ps",  paper="letter", horizontal=F, onefile=T)
  > #             # width=6, height=8, pointsize=10,
  > 
  > 
  >   all.ok <-  TRUE
  >   cat("tframe zoo test 1 ... ")
  tframe zoo test 1 ... >   z <- zoo(rnorm(100), 
  +      as.POSIXct(Sys.time() + sort(round(runif(100)*1e8)), "GMT")) 
  >   seriesNames(z) <- "random example"
  >   ok <- all(seriesNames(z) == c("random example"))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("unvariate seriesNames failed!\n") 
  ok
  >   ok <- is.tframed(z) & (inherits(z, "zoo"))
  >   all.ok <- ok
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  > 
  >   cat("tframe zoo test 2 ... ")
  tframe zoo test 2 ... >   plot(z)
  >   tfplot(z)
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe zoo test 3 ... ")
  tframe zoo test 3 ... >   y <- rnorm(100)
  >   tframe(y) <- tframe(z)  
  >   ok <- is.tframed(y) & (inherits(y, "zoo")) & (start(y) == start(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe zoo test 4 ... ")
  tframe zoo test 4 ... >   ok <- all(tframe(y) == tframe(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  > 
  >   cat("tframe zoo test 5 ... ")
  tframe zoo test 5 ... >   #  irregular series at random observation times
  >   z <- tbind(z, zoo(rnorm(120),
  +           as.POSIXct(Sys.time() + sort(round(runif(120)*1e8)), "GMT")))
  >   seriesNames(z) <- c("random 1", "random 2")
  >   ok <- all(seriesNames(z) == c("random 1", "random 2"))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("multivariate seriesNames failed!\n") 
  ok
  >   # Tobs(z) will be 220 except in the random case of two equal time stamps
  >   y <- rnorm(Tobs(z)) 
  >   tframe(y) <- tframe(z)  
  >   ok <- all(tframe(y) == tframe(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe zoo test 6... ")
  tframe zoo test 6... >   plot(z)
  >   tfplot(z)
  >   ok <- is.tframed(z) & (inherits(z, "zoo"))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe zoo test 7 ... ")
  tframe zoo test 7 ... >   y <- rnorm(Tobs(z))
  >   tframe(y) <- tframe(z)  
  >   ok <- is.tframed(y) & (inherits(y, "zoo")) & (start(y) == start(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  >   cat("tframe zoo test 8 ... ")
  tframe zoo test 8 ... >   ok <- all(tframe(y) == tframe(z))
  >   all.ok <- all.ok & ok 
  >   if (ok) cat("ok\n") else cat("failed!\n") 
  ok
  > 
  > 
  >  cat("All tframe zoo tests completed")
  All tframe zoo tests completed>  if (all.ok) cat(" OK\n") else cat(", some FAILED!\n") 
   OK
  >  
  > 
  > proc.time()
     user  system elapsed 
     0.92    0.18    1.07