Desired behavior
I would like to use CYPRESS_DOWNLOAD_MIRROR pointing toward my artifactory configuration for Cypress and just be able to do npm install and download library AND binary of Cypress
Current behavior
When setting Cypress in artifactory, and downloading it with CYPRESS_DOWNLOAD_MIRROR set toward this tool, the download script find binary files as X.Y.Z and not cypress.zip and fail. Apparently I can't rename binaries in artifactory. It seems to have made it available in a name X.Y.Z instead of cypress.zip
My artifactory admin tell me to do this command before but I can't since it's a post action of Cypress
curl –v « https://artifactory.mycompany.fr/artifactory/remote-download.cypress-generic/desktop/6.8.0?platform=win32&arch=x64 » > cypress.zip
Workaround
For now, I'm using CYPRESS_INSTALL_BINARY to point to a manually uploaded binary in artifactory but it's a pain because I have to separate Linux binary (for CI) and Windows binary (for dev) and if my package is configured with "cypress": "^6.2.1" the npm library will go to 6.2.1 and my binary will stuck to 6.2.0 for example...
Debug logs
Installing Cypress (version: 6.8.0)
× Downloading Cypress
→ Cypress Version: 6.8.0
Unzipping Cypress
Finishing Installation
The Cypress App could not be downloaded.
Does your workplace require a proxy to be used to access the Internet? If so, you must configure the HTTP_PROXY environment variable before downloading
Cypress. Read more: https://on.cypress.io/proxy-configuration
Otherwise, please check network connectivity and try again:
URL: https://artifactory.mycompany.fr/artifactory/remote-download.cypress.io/desktop/6.8.0?platform=win32&arch=x64
Error: self signed certificate in certificate chain
Download method
npm
Operating System
Linux
Windows
Other
I'm behind a proxy
I don't really know if it's an artifactory or a Cypress matter but I need help ^^
In addition to accepted answer, it is possible to replace pre-defined 'Query Params' with enabling 'Propagate Query Params'. If set, the query params passed with the request to Artifactory, will be passed on to the remote repo.
Please note, according to JFrog docs, this setting is only available for Generic type repositories.
I was able to make it work on Windows using the following:
I created a generic remote repository, making sure it is pointing to https://download.cypress.io, and under the advanced tab, added the query params: platform=win32&arch=x64 (notice there is a dedicated field for it).
The above is required in order to cache the correct binary based on the OS and arch (you might require a different remote repository with different query params).
I found it on Cypress doc that these query params control the binary type which will be downloaded (so we need to make sure it fits the client os and arch).
In the .npmrc I simply provided the following:
CYPRESS_DOWNLOAD_MIRROR=https://user:myverystrongpassword#myartifactory/artifactory/generic-cypress-windows
I've used this command (on MacOS) to directly pass path to downloaded Cypress.zip file
CYPRESS_INSTALL_BINARY=~/Downloads/cypress.zip yarn add cypress --D
I'm using Visual Studio Code on Mac from behind a corporate proxy, and when I use feature in the IDE to add the reference to the typescript definition, it adds the /// reference path, but the d.ts file fails to download. I'm left with on error on the /// reference path that says file not found.
I tried when not behind the corporate proxy and it works flawlessly so I'm pretty certain it's a proxy issue. My problem is that I don't see anyway to specifically add proxy settings in VS Code. I also searched through their docs (https://code.visualstudio.com/Docs/) and don't see anything on network settings in general.
My OS network proxy settings are correct as other applications work properly. Am I missing something?
A workaround that i use:
https://github.com/DefinitelyTyped/tsd
It's a npm package for typescript definitions and with it i can define my coporate proxy in a '.tsdrc' file like this:
// .tsdrc
{
"proxy": "http://<proxy_user>:<proxy_password>#<proxy_url>:<proxy_port>"
}
The use of terminal/command line in addition to VS Code is a little bit nasty. But it works.
Here is an example workflow for initalising a new project with nodejs and angularjs:
$ tsd init
$ tsd install node -s
$ tsd install angular -s
I solved it by setting the proxy configuration property directly on tsd npm module config file (settings.json), under directory:
{YOUR_GLOBAL_NPM_REPOSITORY}/lib/node_modules/tsd/conf/
There, at the beginning of the file, there is a proxy property with null assigned to it. Use your prefered editor (I used command line vim) to set your proxy.
{
"proxy": "<your-proxy-url>:<proxy-port-num>",
.
.
.
}
For me, just saving the file and restarting VS Code did the trick. No need to manually install anything.
hope it helps!
According to this answer I am required to copy the pycharm-debug.egg file to my server, how do I accomplish this with a Heroku app so that I can remotely debug it using Pycharm?
Heroku doesn't expose the File system it uses for running web dyno to users. Means you can't copy the file to the server via ssh.
So, you can do this by following 2 ways:
The best possible way to do this, is by adding this egg file into requirements, so that during deployment it gets installed into the environment hence automatically added to python path. But this would require the package to be pip indexed
Or, Commit this file in your code base, hence when you deploy the file reaches the server.
Also, in the settings file of your project if using django , add this file to python path:
import sys
sys.path.append(relative/path/to/file)
I am deploying a WPF application using ClickOnce
Initial deployments are planned via CD/DVD so that user can quickly install all the prerequisites and the application, but along with that an website update location is provided so that whenever an update is released, users would be able to install it.
But the issue we are facing is although we increment the build version and deploy the application on webserver, none of the user identifies there is an update and just runs the initial version.
I follow the steps exactly as described in the answer here
Following is what I do:
1. First version (for e.g. 1.0.0.1) is deployed in a CD and installed on a computer.
Publish Location
Publish Folder Location is Path of the CD Drive
Install Folder URL is empty. (Because it will installed from CD itself)
Under updates
The application should check for updates is True and Before the application starts
Update location is website : www.xxxxx.com/ApplicationFolder/
Options
For CD installations, automatically start Setup when CD is inserted is Checked
2. Second version (for e.g. 1.0.0.2) is deployed on web
Publish Location
Publish Folder Location is ftp://xx.xx.xx.xx/httpdocs/ApplicationFolder/ (same as update location in CD installation, but via ftp. I have to use FTP here because FrontPage server extension is not installed on my web server.)
Install Folder URL is ``www.xxxxx.com/ApplicationFolder/` (same as the path of update location in CD installation)
Updates
The application should check for updates is True and Before the application starts
Update location is empty.
Options
For CD installations, automatically start Setup when CD is inserted is Unchecked
Why doesn't it recognize any update ? Is there a file where in we can verify the update location ?
Thanks in advance
Fill in the Update location on the second version. That should fix your problem.
I've been looking all over for decent instructions on how to get hgweb working on IIS but I haven't found much of worth.
There's this "step by step" on the Mercurial wiki, but it's not very good.
There's also this and this, but again, I can't find good steps to lead up to where those get started.
I just had to install a fresh Mercurial instance yesterday, here's updated instructions for 1.7:
Install Mercurial (these instructions were tested with 1.7)
Install Python (for Mercurial 1.7, you must use the x86 version of Python 2.6.6)
You will need to download the hgweb.cgi file from the Mercurial source. You can download the source by running: hg clone https://www.mercurial-scm.org/repo/hg/
Create a folder that will be your web application folder. You will need to copy three things into this folder:
The hgweb.cgi file
The contents of the Library.zip from your "C:\Program Files\Mercurial" folder
The Templates folder from your "C:\Program Files\Mercurial"
You will need to make sure you have Python set up in IIS.
Enable CGI via the following: Control Panel -> Turn Windows Features On or Off -> Roles -> Web Server (IIS) -> Add Role Services -> Check CGI
Create a new Web Site in IIS and make sure the physical path is the folder you created above
In the Handler Mappings for the new website, select "Add Script Map". Enter *.cgi for the request path, c:\Python26\python.exe -u "%s" for the Executable, and Python for the Name.
You will also need to create a file named "hgweb.config" with contents similar to below. The path within the file needs to be the location on your drive where you want to store the Mercurial repositories:
[collections]
c:\Mercurial\repos = c:\Mercurial\repos
Edit the hgweb.cgi file and change the line where it sets the path to your hgweb.config to something like the following (wherever the hgweb.config file is):
config = "C:\Mercurial\hgweb.config"
Now, open a browser and navigate to http://localhost/mercurial/hgweb.cgi (or whatever is the appropriate URL path you set up in IIS) and you should see the Mercurial Repositories page.
Also, check out Jeremy Skinners blog post . It's a little outdated, but has some extra nice steps like setting up URL re-writing for cleaner URL's.
It seems since Mercurial 1.5.2 was released, these tutorials don't work exactly right. For one thing, hgwebdir.cgi has been removed, and is now replaced with hgweb.cgi.
The instructions that worked best for me is at eworldui.net:
http://www.eworldui.net/blog/post/2010/04/08/Setting-up-Mercurial-server-in-IIS7-using-a-ISAPI-module.aspx
Those instructions are meant for IIS 7 or greater. If you're setting this up on IIS 6, I wrote up similar instructions geared toward Win2k3 and IIS 6.0:
http://partialclass.blogspot.com/2010/05/setting-up-mercurial-server-on-win2k3.html
UPDATE: Shortly after getting this working I learned that BitBucket changed their pricing scheme to offer free, unlimited, private hosting: https://bitbucket.org/. I would've opted for that in a heartbeat when I was originally working on this project.
Below are what I did after doing a fair amount of research for geting hgwebdir.cgi setup on IIS6 . It is based on the following sites:
http://python.markrowsoft.com/iiswse.asp
http://www.jeremyskinner.co.uk/mercurial-on-iis7/
You'll need to install the following on the server:
Mercurial (I used version 1.5)
Python 2.6. The version of Python depends on the version of Mercurial installed.
Mercurial 1.5 uses Python 2.6. Install x86 even if you are running x64.
The steps for me were:
Create a directory for the website. I used c:\inetpub\wwwroot\hg.
In IIS, right click on the folder for hg, select properties, select the Home Directory tab.
Click on the Create application button. Set the execute permissions to "scripts".
Still in the Home Directory tab, click on the Configuration button. In the "Application Configuration" popup, click the Add button to add an application extension. The Executable is c:\Python26\python.exe -u "%s" "%s". The extension is .cgi. Set the "verbs" to "limit to: GET,HEAD,POST". Check both Script engine and Verify that file exists.
In the Directory Security tab, click on the Edit button in the Authentication and access control section. Uncheck all authentication methods, and check the "Basic authenication" method. Set the Default domain if you like to your Active Directory domain.
In IIS, click on the Web Service Extensions folder on the left panel. Click on "Add a new Web service extension" link. Extension name should be Python, the required file is c:\Python26\python.exe -u "%s" "%s". Make sure the new extension is "Allowed".
Now is a good time to test that Python is working. Create a file in your new Hg folder called test.cgi. Paste the following python code:
print 'Status: 200 OK'
print 'Content-type: text/html'
print
print '<html><head>'
print ''
print '<h1>It works!</h1>'
print ''
print ''
Open the browser to your site, for instance, http://localhost/hg/test.cgi
You should see "It works!" in the browser.
Next let's get the hgwebdir working.
Delete test.cgi
clone the hg repo to a new directory: https://www.mercurial-scm.org/repo/hg/
copy hgwebdir.cgi to your web directory: c:\inetpub\wwwroot\hg\ from the cloned hg repo
Edit the file and change
application = hgwebdir('hgweb.config')
wsgicgi.launch(application)
to
application = hgwebdir('c:\inetpub\wwwroot\hg\hgweb.config')
wsgicgi.launch(application)
Unzip the Library.zip file in the Mercurial directory, c:\Program Files\Mercurial\, to your web directory, c:\inetpub\wwwroot\hg\
Copy the templates directory from c:\Program Files\Mercurial\templates\ to c:\inetpub\wwwroot\hg\templates\
Create a file called hgweb.config in your web directory.
Now is a good time to test it out. Go to the following URL in the browser, http://localhost/hg/hgwebdir.cgi
Edit hgweb.config, and paste the following:
[collections]
\\server\share$\Hg\ = \\server\share$\Hg\
[web]
allow_push = *
push_ssl = false
These are all my preferences, for instance we have our repos in subdirectories at \\server\share$\Hg. The web app will run under the permissions of the logged in user via the browser, so they'll need read/write permissions to the share.
The last step is to allow for long connections which can happen when you first clone a repo. Run the following command to increase the timeout to 50 minutes:
cd \inetpub\AdminScripts\
cscript adsutil.vbs GET /W3SVC/CGITimeout
cscript adsutil.vbs SET /W3SVC/CGITimeout 3000
Use mercurial to clone the mercurial repository:
hg clone https://www.mercurial-scm.org/repo/hg/
you will find hgwebdir.cgi at the top level. It should install
like any other cgi script.
I've been fighting with this setup for mercurial 1.7.2 for the past week or so, I had to do things slightly differently than the above articles do in order to get it working.
Posting here because google kept bringing me back here....
Full instructions posted here
I followed a combination of these instructions and these (in the source)
The main differences are that I had to do the "pure python" install of mercurial otherwise it would complain about missing dlls, and I found it was important to use the "python installers" for pywin and isapi-wsgi. (maybe this is obvious to experienced python developers, but I'm a python newbie so it was news to me)
Hope this helps somebody and I'm not just making stuff up (I might be, like i said, python newbie)
The hg red book contains some much better general instructions than I've seen in other places. They are not IIS specific, but they are quite good:
http://hgbook.red-bean.com/read/collaborating-with-other-people.html#sec:collab:cgi
I was running into a "...can not load module..." type error and after some reading, the key for me was to ignore the Library.zip file in the Mercurial folder, and instead use the one from C:\Program Files (x86)\TortoiseHg folder.
That tip I found as #6 in this guide:
http://www.endswithsaurus.com/2010/05/setting-up-and-configuring-mercurial-in.html
Hope this helps someone...
I know this is an old question, but I really struggled getting Hg installed on Server 2019 and IIS 10.
Here is what I did to get it working:
Install Python 2.7 which in my case was python-2.7.18.amd64.msi. I will assume it's installed in C:\Python27. Make sure python is added to your path and that pip is installed.
Install Mercurial as a module using pip at the command line:
pip install mercurial
Under Default Web Site add a new application called hg and point it to the directory you want to use to use.
Configure Python as CGI handler in IIS 10.0 for this new website (or the entire web server if you wish). You can do this manually or create/add the follwing to your web.config file:
<system.webServer>
<handlers accessPolicy="Read, Script">
<add name="Python 2.7" path="*.cgi" verb="*" modules="CgiModule" scriptProcessor="C:\Python27\python.exe -u "%s"" resourceType="File" />
</handlers>
</system.webServer>
In the 'hg' application folder create a hgweb.cgi that looks similar to the following:
#!/usr/bin/env python3
#
# An example hgweb CGI script, edit as necessary
# See also https://mercurial-scm.org/wiki/PublishingRepositories
# Path to repo or hgweb config to serve (see 'hg help hgweb')
config = "hgweb.config"
# Uncomment and adjust if Mercurial is not installed system-wide
# (consult "installed modules" path from 'hg debuginstall'):
# import sys; sys.path.insert(0, "/path/to/python/lib")
# Uncomment to send python tracebacks to the browser if an error occurs:
#import cgitb; cgitb.enable()
from mercurial import demandimport
demandimport.enable()
from mercurial.hgweb import hgweb, wsgicgi
application = hgweb(config)
wsgicgi.launch(application)
In the 'hg' application folder create the hgweb.config file and point it at your repos like the following:
[collections]
C:\Web\www\hg\repos\ = C:\Web\www\hg\repos\
Navigate to http://localhost/hg/hgweb.cgi and enjoy!
You can try HgLab. This isn't exactly hgwebdir; rather it is a purely managed Mercurial implementation with push and pull server and repository browser.