I know how to run commands with PyCharm (Tools -> Run manage.py Task), but I would like to debug them also, including my commands and third party app's commands.
You can debug a custom Django admin/management command in PyCharm by creating a custom Django server entry on the Run/Debug Configuration menu:
Click Edit Configurations....
Click the plus sign and choose Django server.
Fill in the Name as you please, clear the Host and Port fields,
check Custom run command and enter the name of your command to the
right of the checkbox.
Enter any extra command-line arguments into the separate field Additional options, not appended in the run command.
Click OK.
Now set a breakpoint, choose your new configuration from the Run/Debug Configuration menu and click the Debug button. Et voilà!
Since clearing Host and Port will not make the command run at all (PyCharm 5), the solution I found is to use a Python run configuration instead of a Django server. Fill Script with your manage.py script, other parameters in Script Parameters, and adjust your environment such as Working directory.
I am explaining using my following custom Django command:
python manage.py execute_algorithm -f input_data.json
Steps to configure Django Command:
Step: From Django toolbar go to:
Run > Edit Configurations
Click on the '+' icon at top left, to create new command >
select 'Django server' from the drop down.
Fill following details:
Name: any suitable name that you want to give to this config e.g. execute_algorithm_command
Host: Clear the field
Port: It's 8000 by default, clear it.
Custom Run Command: Check this box fist.
Provide your command name there. You can get that from apps/module/management/command/execute_algorithm.
e.g value: execute_algorithm
Additional options: Whatever is there, after you command name. value is: -f input_data.json
Related
I am not able to add command-line arguments in edit configuration. I cannot see Additional options in the edit configuration which is mentioned in the docs.
Here is the step I have followed:
Run > Edit Configurations...
Click green + (plus sign)
In the drop-down menu, choose Django Server.
Check "Custom run command" and enter your command (the part that goes after manage.py in the console.
Make sure "Port" and "Host" are empty. If not—make them empty.
5."Apply" and "Close"
but my query is how to pass command-line arguments in the debugger?
Here is my script:
python manage.py insert -n "subhanshu" -tz " Africa/Abidjan" --activityperiod '[{"starttime":"24/11/1995-11:00PM"}]'
I have installed django-1.9.8 and django-ckeditor-5.0.3 recently,and I have read the document in https://github.com/django-ckeditor/django-ckeditor. In my computer,I use uwsgi and nginx to run my django-project.Fortunately,I use richtextuploaderfield and successfully upload files.But when I rsync my projects to my server,and my server also have installed django-1.9.8 and django-ckeditor-5.0.3.I run "./manage.py collectstatic".Howerver when I entered django-admin in my server,I click the "upload to server" button in ckeditor,the status bar shows "uploading",then it shows as images below.I don't know why it is.Please help me.Thank you all the same!
ckeditor-error
Standard:
Check group and allow write permission
check static path for web
check media path
Settings.py template string 'django.template.context_processors.static'
My setup is the following one :
- a django server running in a docker with port mapping: 8090:8090
- Eclipse with PyDev
I want to be able to put breakpoint on Pydev (click on a line, step by step)
I found several articles like;
http://www.pydev.org/manual_adv_remote_debugger.html
but it's still not working.
1) Should I update the manage.py to "import pydev" ? which lines to add and do I have to copy inside the docker container the pysrc of pydev plugin in order to be able to do the module import ?
2) Is there a port forwarding needed ? python instance running into docker should have access to remote debug server on host machine ?
3) I found article about pycharm and remote debug using ssh ? not possible to do similar with pydev ?
4) How to "link" my local directory and docker "directory" ?
[EDIT] I found the solution
Copy the eclipse/path_to\pydev\plugins\org.python.pydev\pysrc directory into a place where your docker container can access it.
Edit pysrc/pydevd_file_utils.py, and add directory mapping between your host and docker container like:
PATHS_FROM_ECLIPSE_TO_PYTHON = [(r'C:/django',r'/.../lib/django'),
(r'C:/workspace/myapp',r'/var/www/myapp')]
you can set several tuples if you have several paths containing python code
edit manage.py and add the following
sys.path.append('/my_path/to_pysrc_/under_docker/pysrc')
import pydevd
pydevd.settrace(host='172.17.42.1') #IP of your host
In Pydev, in preferences > Pydev > Run/Debug > Port for remote debugger: 5678
In Debug Perspective, click on "Start the Pydev server"
in your docker, run: python manage.py runserver 0.0.0.0:8090 --noreload
(replace 8090 by your http port)
In Pydev: you will see that the code just break after settrace !
Now You can add some breakpoint and use the debug CLI of Pydev:) Enjoy !
I had the similar issue - django project in docker, connect to docker by pycharm 145.1504 & 162.1120 via docker interpreter, run server works OK, but debug is stack after pycharm runs
/usr/bin/python2.7 -u /root/.pycharm_helpers/pydev/pydevd.py --multiproc --qt-support --client '0.0.0.0' --port 38324 --file /opt/project/manage.py runserver 0.0.0.0:8000.
I tried to find out why for a few days, then connected pycharm to docker by ssh connection and everything works fine, run and debug.
Ok, from what you wrote I will assume you have a Django docker container running on your local machine.
From inside your container (e.g. docker-compose exec <container name> bash to get into it)
pip install pydevd
in Eclipse, put a breakpoint like this:
import pydevd; pydevd.settrace('docker.for.mac.localhost')
If you're not using Docker for Mac, you have to do a bit of work to get the IP of your machine from inside of your container, e.g. see this.
go to Debug Perspective and start the PyDev debug server
start your application or test
... and you should see your views for stack, variables, etc., populate as the code stops at the breakpoint.
In Python 3.7, there is now a builtin breakpoint, which you can configure to point to your favorite debugger using an environment variable (the default is pdb):
breakpoint()
It also takes arguments, so you can do:
breakpoint(host='docker.for.mac.localhost')
I found that a bit annoying to type, so I ended up putting inside an app a module that looks like this:
# my_app/pydevd.py
import pydevd
def set_trace():
pydevd.settrace('docker.for.mac.localhost')
I then set the environment variable for the builtin breakpoint (say in your docker-compose.yml):
PYTHONBREAKPOINT=my_app.pydevd.set_trace
I'm just having a bit of trouble understanding why this command:
>appcfg.py -A adept-box-109804 update app.yaml
as given by the Try Google App Engine Now page does not work. I have downloaded the App Engine SDK for Python, and have Path set up to point to the location of appcfg.py, but running appcfg.py in my projects root directory does not work in the command line. I either have to navigate to the folder containing appcfg.py and do
>python appcfg.py help
or do
>python "C:\Program Files (x86)\Google\google_appengine\appcfg.py" help
to get a command to work from anywhere. I used the latter method to deploy my test app, but was just wondering if someone could explain why the command as given by the simple Google tutorial did not do anything. I also checked to make sure that .py files are automatically opened with the Python 2.7 interpreter, such that a file hello.py will be executed in the command line by simply typing
>hello.py
and it will output its print statement. On the other hand, using appcfg.py in a similar manner gives the same output no matter the arguments (please note I truncated the output, but rest assured that they are identical no matter the arguments:
C:\>appcfg.py help backends
Usage: appcfg.py [options] <action>
Action must be one of:
backends: Perform a backend action.
backends configure: Reconfigure a backend without stopping it.
backends delete: Delete a backend.
backends list: List all backends configured for the app.
backends rollback: Roll back an update of a backend.
backends start: Start a backend.
backends stop: Stop a backend.
backends update: Update one or more backends.
create_bulkloader_config: Create a bulkloader.yaml from a running application.
cron_info: Display information about cron jobs.
delete_version: Delete the specified version for an app.
download_app: Download a previously-uploaded app.
download_data: Download entities from datastore.
help: Print help for a specific action.
list_versions: List all uploaded versions for an app.
request_logs: Write request logs in Apache common log format.
resource_limits_info: Get the resource limits.
rollback: Rollback an in-progress update.
set_default_version: Set the default (serving) version.
start_module_version: Start a module version.
stop_module_version: Stop a module version.
update: Create or update an app version.
update_cron: Update application cron definitions.
update_dispatch: Update application dispatch definitions.
update_dos: Update application dos definitions.
update_indexes: Update application indexes.
update_queues: Update application task queue definitions.
upload_data: Upload data records to datastore.
vacuum_indexes: Delete unused indexes from application.
Use 'help <action>' for a detailed description.
C:\>appcfg.py help update
Usage: appcfg.py [options] <action>
Action must be one of:
backends: Perform a backend action.
backends configure: Reconfigure a backend without stopping it.
backends delete: Delete a backend.
backends list: List all backends configured for the app.
backends rollback: Roll back an update of a backend.
backends start: Start a backend.
backends stop: Stop a backend.
backends update: Update one or more backends.
create_bulkloader_config: Create a bulkloader.yaml from a running application.
cron_info: Display information about cron jobs.
delete_version: Delete the specified version for an app.
download_app: Download a previously-uploaded app.
download_data: Download entities from datastore.
help: Print help for a specific action.
list_versions: List all uploaded versions for an app.
request_logs: Write request logs in Apache common log format.
resource_limits_info: Get the resource limits.
rollback: Rollback an in-progress update.
set_default_version: Set the default (serving) version.
start_module_version: Start a module version.
stop_module_version: Stop a module version.
update: Create or update an app version.
update_cron: Update application cron definitions.
update_dispatch: Update application dispatch definitions.
update_dos: Update application dos definitions.
update_indexes: Update application indexes.
update_queues: Update application task queue definitions.
upload_data: Upload data records to datastore.
vacuum_indexes: Delete unused indexes from application.
Use 'help <action>' for a detailed description.
I finally tracked down the real reason, and it wasn't a bug with the AppEngine SDK. Rather it was with my Python interpreter, as I noticed it wasn't accepting arguments for any .py files. It turned out to be a registry error, located at [HKEY_CLASSES_ROOT\Applications\python.exe\shell\open\command] where I had to change the value from "C:\Python27\python.exe" "%1" to "C:\Python27\python.exe" "%1" %*
How this happened, whether it be the Python 2.7 installer, or maybe the AppEngine SDK, I'm not sure though.
Your confusion probably stems from mixing up 2 possible invocations styles:
python appcfg.py ...
appcfg.py ...
The 1st one can't make use of the fact that the location of the appcfg.py is in the path, it is just an argument to the python executable, which can not locate the appcfg.py file unless either:
it finds it in the current directory
the appcfg.py file is specified using a full path or a path relative to the current working directory from which python is invoked
This is the reason for which your 2nd and 3rd commands don't work as you'd expect. Using the 2nd invocation style instead should work if the location of the appcfg.py is in the path - just as your last command invocation does.
Key point to remember: the path configuration applies to the command executable only, not to its arguments (which BTW each executable may process as it wishes, some executables may combine arguments with the path configuration to obtain location of files).
Similarly appcfg.py itself (once successfully invoked using either of the 2 invocation styles) needs to be able to locate your app.yaml file specified as argument. It cannot do so unless either:
it finds it in the current directory
the app.yaml file (or its directory) is specified using a full path or a path relative to the current working directory from which appcfg.py is invoked
I suspect appcfg.py's inability to locate your app.yaml file may be the reason for which the 1st command you mentioned didn't work. If not you should provide details about the failure.
Regarding why the output of your last command is identical regardless of the arguments, I'm not sure, it could be a bug in the windows version of the SDK. In linux the output is different:
> appcfg.py help backends
Usage: appcfg.py [options] backends <directory> <action>
Perform a backend action.
The 'backends' command will perform a backends action.
Options:
-h, --help Show the help message and exit.
-q, --quiet Print errors only.
-v, --verbose Print info level logs.
--noisy Print all logs.
-s SERVER, --server=SERVER
The App Engine server.
-e EMAIL, --email=EMAIL
The username to use. Will prompt if omitted.
-H HOST, --host=HOST Overrides the Host header sent with all RPCs.
--no_cookies Do not save authentication cookies to local disk.
--skip_sdk_update_check
Do not check for SDK updates.
-A APP_ID, --application=APP_ID
Set the application, overriding the application value
from app.yaml file.
-M MODULE, --module=MODULE
Set the module, overriding the module value from
app.yaml.
-V VERSION, --version=VERSION
Set the (major) version, overriding the version value
from app.yaml file.
-r RUNTIME, --runtime=RUNTIME
Override runtime from app.yaml file.
-E NAME:VALUE, --env_variable=NAME:VALUE
Set an environment variable, potentially overriding an
env_variable value from app.yaml file (flag may be
repeated to set multiple variables).
-R, --allow_any_runtime
Do not validate the runtime in app.yaml
--oauth2 Ignored (OAuth2 is the default).
--oauth2_refresh_token=OAUTH2_REFRESH_TOKEN
An existing OAuth2 refresh token to use. Will not
attempt interactive OAuth approval.
--oauth2_access_token=OAUTH2_ACCESS_TOKEN
An existing OAuth2 access token to use. Will not
attempt interactive OAuth approval.
--authenticate_service_account
Authenticate using the default service account for the
Google Compute Engine VM in which appcfg is being
called
--noauth_local_webserver
Do not run a local web server to handle redirects
during OAuth authorization.
I had this problem, and is deepened in local variable python version that different from app engine python version.
So the solution is just to add before the script the current python version location:
C:\Python27\python.exe "C:\Program Files (x86)\Google\google_appengine\appcfg.py"
And it just return to work well.
I am new to django. I have downloaded the django-admin-tools and extraced it then I put it in the location "C:\Python27". Then I entered into the location "C:\Python27\django-admin-tools-0.5.1" and type the command
python setup.py install
but the error is
'python' is not recognized as an internal or external command,
operable program or batch file.
What may be the solution ?
Add the python on the environment variable list by following steps listed below.
Steps:-
Go to Control Panel \System and Security\System
Click on Change Settings
Go to “Advance” tab
Click on Environment Variables
for details :- go here