I am coding an application using Vite.js, TS and React.
The final files are hosted online on a custom ftp server.
When it comes to the Vite.Js build process there is still a lot unclear to me.
Each time when I build the project the filenames change like e.g.
from: index-540a1dd9.js
to: index-18d8dfc1.js
How can I make this build process static?
Also I get a warning regarding the chunk file size ("Some chunks are larger than 500 kBs after minification") and some options on how I could fix that, of whose I don't understand what they're doing.
Can someone help me understand what is happening here?
I read through the vite documentation and tried some options in vite.config.ts
Related
I am playing around with Microsoft's Q# library, and I've gone through the install, however the build is failing and I am having a tough time figuring out the problem. My first suspicion is Microsoft.Quantum.Canon
EXEC : error QS1001: Assembly E:\Projects\Quantum\Microsoft.Quantum.Canon\bin\Debug\Microsoft.Quantum.Canon.dll not found
I also have noticed Microsoft.Quantum.Canon.nuspec is missing. I've tried to do a Nuget.exe restore on the solutions but that did not work.
Has anyone worked through this?
It's been reported on GitHub already, although it appears to be intentional. See the comments in the .gitignore file:
# These files are generated by bootstrap from a .v.template (version template).
# Any changes must be done to the corresponding the .v.template file directly
Microsoft.Quantum.Canon/Microsoft.Quantum.Canon.nuspec
I can't find any info on this .v.template file, probably it's part of internal Microsoft build tooling. You can copy the template file and fill in the missing parameters if you wish, but the file not existing doesn't make the build fail , does it?
I'm looking at using Tesseract to do some work with PDF files, and so I want to use the library rather than an external executable.
I started by downloading the full Tesseract source and looking at building that. Sadly the standard sources don't have any means to build on a non-Linux platform, in my case Windows. There are methods for doing so, and I looked at those.
Firstly the VS2008 build doesn't. I'm aware that it need Leptonica, but I figured I'd tackle that afterwards and just tried to build the existing code. Fails with "fatal error C1083: Cannot open include file: 'allheaders.h': No such file or directory". Nothing to do with Leptonica at this stage, it simply doesn't work.
Even if I were able to get past that, I'd have to build Leptonica, and that requires using GNU tools and therefore an installation of Cygwin, so I gave up. I Have a MingW instatllation, (I've never managed to get Cygwin to work in a usable fashion) but I'm not keen enough to mess with such a complicated and fragile build.
So I decided I'd just use the pre-built binaries which some kind soul creates. Downloaded that from code.google.com. Now I need to look into using the code, so the next obvious step is the Tesseract API example, which states it requires "tesseract-ocr-3.02.02-win32-lib-include-dirs.zip", no problem, because I already have that now.
No real clue as to where the API example wants the files to be placed, but a little messing about gets them in appropriate locations. Press build and "fatal error C1083: Cannot open include file: 'allheaders.h': No such file or directory", just like trying to build Tesseract from source.....
And indeed there is no such file.
So, where is this file ?
I also struggled some time ago to make it works under windows and then I found this git repository : https://github.com/charlesw/tesseract-vs2012
It includes all needed extern library (because Tesseract need Leptonica, but Leptonica also need extern library to handle the different image format) and is also working great with vs 2013.
OK so now I see that allheaders.h is part of Leptonica. Still leaves me wondering why the Tesseract pre-built library requires that I have Leptonica available, I would have expected that to be built-in, I guess it isn't.
We use Eclipse (Indigo, with STS). Certain of our projects take inordinately long to build. Often the progress indicator sticks on, say, 87%, for 30 seconds.
I'm trying to find out what Eclipse is spending it's time on during the build cycle. I hope to be able to optimize the build or disable components that are causing it to be so slow. I'd like to see a log file saying ("compiling java code", "processing resources", etc).
I've poked around the log files in the .metadata directory. I've looked on the Eclipse site for tips. I've tried using "-debug" when starting Eclipse. I still can't find the information I'm looking for.
Is there any way to get Eclipse to spit out a log of what activities it is spending its time on when it builds a project?
What kind of projects are these? Java? Dynamic Web? Two things to look at for hints about what's going on are in the project Properties dialog; look at the Builders section and the Validation section. Try disabling the validations to see if that makes a difference in your build times.
To get some insight into what's happening at the times when the build seems to hang, try setting the -debug and -consoleLog options, as described here.
Disable your virus scanner software for your workspace and project directories. I increased the speed of my build in that way.
You can go to edit Windows->preference->general->workspace->build order to edit the default that exist according to your project need.
And check the maximum number of iteration when building with cycle.
I hope it works.
Since eclipse is a Java application, the usual debugging tools are at your disposal. In particular, you might try connecting to eclipse with JConsole and inspect the thread dump taken when the build "hangs", or run eclipse within a profiler.
You might find out things like a validator trying to download an xml schema, and waiting for the timeout since eclipse is not configured to use the corpoate proxy server - something which is very hard to find out by other means ;-)
Look into Apache Ant build scripts. Eclipse has support to auto generate them as a starting point instead of coding the whole thing by hand. The shop I worked in used tuned ANT scripts to optimize and control build order. We then piped output to log files using shell scripts.
You can try and replace with this aapt . My build for a particular project went from 3 minutes to 41 seconds....
This is an old post but thought of sharing my solution. I was using eclipse Luna and I noted that when you keep on working on a GIT branch without checking into git over the time the build becomes very slow. In my case I just deleted the folder .git and the file .gitignore and the build was very fast. Please note that this will disconnect eclipse from git, therefore use this aproach only if you know how to connect back to git branch using git commands.
I'm trying to run the map reduce implementation of quadratic sieve algorithm on Hadoop. For this purpose I'm using karmasphere Hadoop community plugin with Netbeans. The program works fine using the plugin. But I'm unable to run it on actual cluster.
I'm running this command
bin/hadoop jar MRIF.jar 689
Where MRIF.jar is the jar file made by building the netbeans project and 689 is number to be factored. The input and output directories are hard coded in program itself. When running on actual cluster, it appears that the inside java classes are not being processed as reduce completes to 100% before map being at 0% itself. And input and output files are created with no content.
But this works fine when running using Karmasphere plugin.
Try running it as bin/hadoop -jar MRIF.jar 689. The -jar forces it to run local and displays information to the console as well as logs to that machine. You can also check the Hadoop logs to see if they have any indicators of why it's not happening correctly.
When using -jar you can use System.out.println(...); to display information on the console, further helping to debug.
You can also use Hadoop Counters (link is random blog post I found) to assist in troubleshooting when running (psuedo-)distributed.
I admit this post isn't a 'solution' to the problem; Without more/further information about what is happening and where, there is a wide range of things that could be going on. If it is, as you mention, not processing the 'inside java classes' then it would likely be your implementation, of which we can't see to make suggestions, ect.
More data about the issue, such as logs, errors or output will likely assist in getting more solution-y responses instead of debugging tips. :)
EDIT: Thanks for the link to the files. I think your call is missing a component.
I looked in the run.sh and think this might get it to work for you:
bin/hadoop jar mrif.jar com.javiertordable.mrif.MapReduceQuadraticSieve 689
I'm kinda puzzled how does a unix path looks like. I have followed an example to write a simple fileuploader using GWT. But the guide was written with Windows in mind. Say if I have C drive. In windows I would told the program to save the files to C:\save_here\
But in unix, I'm using ubuntu, there are no C drives or other drives with a single letter representation. So I wonder what do I write instead? I'm getting error 500 all the time now. And I can't figure out how the path should be.
The guide I've been following is found here
EDIT
It was not some problem duo to the path. Still need help though with fixing this problem. I basically followed the steps in the url I posted on this question.
unix paths start at a common root , denoted / and separates directories with a /
e.g. /home/starcom might be your home directory. So create a new directory, mkdir /home/starcom/uploaded and use that as the path. Or for testing you could perhaps just use /tmp
You can get more info here
When you get a 500 return code, that means the server encountered an error. This means that you should see an error message from the server somewhere. If you're running from Eclipse, you'll see the error on the Console tab. If you're running Tomcat, look for those logs.
You want to find the error message, since it'll probably explain what went wrong.