- #INSTALLING MASCHINE LIBRARY ESTIMATED TIME CODE#
- #INSTALLING MASCHINE LIBRARY ESTIMATED TIME WINDOWS#
To avoid showing the progress, clear the Progress should be shown in the prerequisites window (raw MSI files only) check box.
To show the progress, select the Progress should be shown in the prerequisites window (raw MSI files only) check box. In the InstallShield Prerequisite Editor, open the prerequisite that you want to modify. To specify whether to show the progress messages and the status bar for an InstallShield prerequisite installation: 1. If the progress is not shown-or if the installation that contains the InstallShield prerequisite is an InstallScript installation, the prerequisite installation displays an Installing message on the run-time dialog, and the status bar loops continuously until the prerequisite installation has completed. In addition, the installation that contains the InstallShield prerequisite must be a Basic MSI or InstallScript MSI installation. msi file it is not possible if the prerequisite launches a Setup.exe file. This functionality is available only if the prerequisite launches an.
#INSTALLING MASCHINE LIBRARY ESTIMATED TIME WINDOWS#
The Behavior tab of the InstallShield Prerequisite Editor lets you specify whether you want the InstallShield prerequisite installation to show the status bar that shows the actual progress of the prerequisite installation, along with installation progress messages from Windows Installer, at run time. Open topic with navigation Specifying Whether to Show the Progress of an InstallShield Prerequisite Installation at Run Time If the results weren’t equal, microbenchmark would return an error message.Īnother great feature is the integration with ggplot2 for plotting microbenchmark results.Specifying Whether to Show the Progress of an InstallShield Prerequisite Installation at Run Time We used the function argument check to check for equality (up to a maximal error of 1e-12) of the results returned by the three methods. # expr min lq mean median uq max neval cld The most recent development version of microbenchmark can be installed from github:Ĭheck_for_equal_coefs <- function(values) , Interestingly lm is by far the slowest here. Here, the meaning of elapsed, lf, and sys.self is the same as described above in the section about system.time, and relative is simply the time ratio with the fastest test. # test replications elapsed relative lf sys.self I installed the development 1 version of the rbenchmark package from github:Ĭolumns = c("test", "replications", "elapsed", Additionally the returned results are conveniently organized in a data frame.
For example it requires just one benchmark call to time multiple replications of multiple expressions. However it adds a lot of convenience compared to bare system.time calls. The documentation to the function benchmark from the rbenchmark R package describes it as “a simple wrapper around system.time”. Different operating systems will have different things done by the operating system. The operating system is used for things like opening files, doing input or output, starting other processes, and looking at the system clock: operations that involve resources that many processes must share. “User CPU time” gives the CPU time spent by the current process (i.e., the current R session) and “system CPU time” gives the CPU time spent by the kernel (the operating system) on behalf of the current process.
#INSTALLING MASCHINE LIBRARY ESTIMATED TIME CODE#
Well, clearly elapsed is the wall clock time taken to execute the function sleep_for_a_minute, plus some benchmarking code wrapping it (that’s why it took slightly more than a minute to run I guess).Īs for user and system times, William Dunlap has posted a great explanation to the r-help mailing list: But what exactly are the reported times user, system, and elapsed? :confused:
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