A Kernel and variable explorer in Curses
Project description
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# cpyvke
Curses PYthon Variable and Kernel Explorer
![A Basic Client](https://github.com/ipselium/cpyvke/blob/master/docs/pydev.png)
cpyvke is a variable explorer and a kernel manager written in Python 3 ncurses
for iPython kernels (Python 2.x or 3.x).
cpyvke supports inspection of numpy ndarray among others types, and provides a set of
tools to visualize and plot data.
Be aware that cpyvke is **still in development** : A lot of bugs are definitely there !
Note that this version only works with Python 3.x. The Python 2.7 version is no
longer maintened !
- - -
## cpyvke : the Curses interface
*Variable explorer and kernel manager.*
* Explore variables in IPython kernels
* Manage IPython kernels
- - -
## kd5 : the daemon to communicate with IPython kernels
*Communication with ipython kernels.*
* Stream variable list each time a change occurs in the kernel
* Listen to request from the client
- - -
## Requirement
* 256 colors terminal is preferred, but cpyvke also works with 8 colors terminals.
* python3-tk : install it with your package manager
* Tested with **python 3.5 only**
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## Dependencies
* Ipython >= 5.1
* ipykernel (tested with 4.6.1)
* jupyter_client >= 4.4
* psutil (tested with 3.4.2)
* numpy (tested with 1.13.0)
* matplotlib (tested with 1.5.1)
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## Installation
`git clone https://github.com/ipselium/cpyvke.git`
`python3 setup.py install`
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## Quick Start
To start working, just launch `cpyvke` in a console. It will create a new kernel, start the daemon and launch the client :
`cpyvke`
You can also launch `cpyvke-launch-ipython` to open the current kernel :
`cpyvke-launch-ipython`
You can now work in this Ipython console and cpyvke will display all changes in the associated kernel :
`In [1] : run my_program.py`
## Tips
You can also use : https://github.com/ipselium/vim-cpyvke
**vim-cpyvke** provides tools to evaluate blocks of code or full scripts
directly from vim. The duo **cpyvke/vim-cpyvke** paired with a vim plugin such
as **python-mode** (www.github.com/klen/python-mode) can provide a complete
development environment for Python in console.
- - -
## Manuals
### kd5 : The Daemon
*Usage: kd5 {start|stop|restart|list} [INTEGER]*
* start : start daemon. If no [INTEGER] is provided, a new ipython kernel is created. [INTEGER] is the id of the connection file.
* stop : stop daemon
* restart : restart daemon
* list : list available ipython kernels
### cpyvke : The client
*Usage: cpyvke [-h] [-L] [-D] [integer]*
* positional arguments:
* [integer] : Start up with existing kernel. INTEGER is the id of the connection file.
* optional arguments:
* [-h], [--help] : show this help message and exit
* [-D], [--debug] : Debug mode
* [-L], [--list] : List all kernels
* bindings:
* **h** : help
* **ENTER** : Validate/Item menu
* **q|ESC** : Previous menu/quit'
* **s** : sort by name/type
* **l** : limit display to all variable matching the given keyword
* **u** : undo limit
* **k** : kernel manager
* **/** : Search for variable
* **q** : previous menu -- quit
* **r** : Refresh explorer
* **c-r** : Restart Daemon
* **R** : Restart connection to daemon
* **D** : Disconnect from daemon
* **C** : Connect to daemon
* **↓** : Next line
* **↑** : Previous line
* **→|↡** Next page
* **←|↟** Previous page
### Setup workspace
* You can directly launch `cpyvke`. It will create a new kernel, start the daemon and launch the client
* cpyvke-launch-ipython automatically launch the current ipython console
* You can also manually open an existing ipython instance like this :
`ipython console --existing kernel-xxxxx.json`
where xxxxx is the id of the kernel
### Note
If you just want to test cpyvke without installing. In cpyvke/ directory :
* launch kd5 first : `python3 -m cpyvke.kd5 start`
* then launch cpyvke : `python3 -m cpyvke.cpyvke`
* and launch ipython in another console : `python3 -m cpyvke.launch`
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## Configuration
![Configuration](https://github.com/ipselium/cpyvke/blob/master/docs/array.png)
A configuration file *cpyvke.conf* is created in `$HOME/.cpyvke/` at first startup. Appearance of the client can be customize (colors, font).
### Colors
The available colors are...
* black
* red
* green
* yellow
* blue
* magenta
* cyan
* white
### Fonts
cpyvke can also display powerline fonts. You can find them here :
https://github.com/powerline/fonts.
Add the following section in `$HOME/.cpyvke/cpyvke.conf`:
`[font]`
`powerline-font = True`
### Python kernel version
The cpyvke/kd5 duo handles python 2.x or 3.x kernel equally. To setup the Python kernel you'll want to use :
`[kernel version]`
`version = 3`
The `version` can be 2 or 3 for python 2.x kernel or 3.x kernel, respectively.
- - -
## Known Bugs
*cpyvke* is still in developpement and may present unexpected behavior !
- - -
# cpyvke
Curses PYthon Variable and Kernel Explorer
![A Basic Client](https://github.com/ipselium/cpyvke/blob/master/docs/pydev.png)
cpyvke is a variable explorer and a kernel manager written in Python 3 ncurses
for iPython kernels (Python 2.x or 3.x).
cpyvke supports inspection of numpy ndarray among others types, and provides a set of
tools to visualize and plot data.
Be aware that cpyvke is **still in development** : A lot of bugs are definitely there !
Note that this version only works with Python 3.x. The Python 2.7 version is no
longer maintened !
- - -
## cpyvke : the Curses interface
*Variable explorer and kernel manager.*
* Explore variables in IPython kernels
* Manage IPython kernels
- - -
## kd5 : the daemon to communicate with IPython kernels
*Communication with ipython kernels.*
* Stream variable list each time a change occurs in the kernel
* Listen to request from the client
- - -
## Requirement
* 256 colors terminal is preferred, but cpyvke also works with 8 colors terminals.
* python3-tk : install it with your package manager
* Tested with **python 3.5 only**
- - -
## Dependencies
* Ipython >= 5.1
* ipykernel (tested with 4.6.1)
* jupyter_client >= 4.4
* psutil (tested with 3.4.2)
* numpy (tested with 1.13.0)
* matplotlib (tested with 1.5.1)
- - -
## Installation
`git clone https://github.com/ipselium/cpyvke.git`
`python3 setup.py install`
- - -
## Quick Start
To start working, just launch `cpyvke` in a console. It will create a new kernel, start the daemon and launch the client :
`cpyvke`
You can also launch `cpyvke-launch-ipython` to open the current kernel :
`cpyvke-launch-ipython`
You can now work in this Ipython console and cpyvke will display all changes in the associated kernel :
`In [1] : run my_program.py`
## Tips
You can also use : https://github.com/ipselium/vim-cpyvke
**vim-cpyvke** provides tools to evaluate blocks of code or full scripts
directly from vim. The duo **cpyvke/vim-cpyvke** paired with a vim plugin such
as **python-mode** (www.github.com/klen/python-mode) can provide a complete
development environment for Python in console.
- - -
## Manuals
### kd5 : The Daemon
*Usage: kd5 {start|stop|restart|list} [INTEGER]*
* start : start daemon. If no [INTEGER] is provided, a new ipython kernel is created. [INTEGER] is the id of the connection file.
* stop : stop daemon
* restart : restart daemon
* list : list available ipython kernels
### cpyvke : The client
*Usage: cpyvke [-h] [-L] [-D] [integer]*
* positional arguments:
* [integer] : Start up with existing kernel. INTEGER is the id of the connection file.
* optional arguments:
* [-h], [--help] : show this help message and exit
* [-D], [--debug] : Debug mode
* [-L], [--list] : List all kernels
* bindings:
* **h** : help
* **ENTER** : Validate/Item menu
* **q|ESC** : Previous menu/quit'
* **s** : sort by name/type
* **l** : limit display to all variable matching the given keyword
* **u** : undo limit
* **k** : kernel manager
* **/** : Search for variable
* **q** : previous menu -- quit
* **r** : Refresh explorer
* **c-r** : Restart Daemon
* **R** : Restart connection to daemon
* **D** : Disconnect from daemon
* **C** : Connect to daemon
* **↓** : Next line
* **↑** : Previous line
* **→|↡** Next page
* **←|↟** Previous page
### Setup workspace
* You can directly launch `cpyvke`. It will create a new kernel, start the daemon and launch the client
* cpyvke-launch-ipython automatically launch the current ipython console
* You can also manually open an existing ipython instance like this :
`ipython console --existing kernel-xxxxx.json`
where xxxxx is the id of the kernel
### Note
If you just want to test cpyvke without installing. In cpyvke/ directory :
* launch kd5 first : `python3 -m cpyvke.kd5 start`
* then launch cpyvke : `python3 -m cpyvke.cpyvke`
* and launch ipython in another console : `python3 -m cpyvke.launch`
- - -
## Configuration
![Configuration](https://github.com/ipselium/cpyvke/blob/master/docs/array.png)
A configuration file *cpyvke.conf* is created in `$HOME/.cpyvke/` at first startup. Appearance of the client can be customize (colors, font).
### Colors
The available colors are...
* black
* red
* green
* yellow
* blue
* magenta
* cyan
* white
### Fonts
cpyvke can also display powerline fonts. You can find them here :
https://github.com/powerline/fonts.
Add the following section in `$HOME/.cpyvke/cpyvke.conf`:
`[font]`
`powerline-font = True`
### Python kernel version
The cpyvke/kd5 duo handles python 2.x or 3.x kernel equally. To setup the Python kernel you'll want to use :
`[kernel version]`
`version = 3`
The `version` can be 2 or 3 for python 2.x kernel or 3.x kernel, respectively.
- - -
## Known Bugs
*cpyvke* is still in developpement and may present unexpected behavior !
- - -
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