SPADS Inline::Python installation guide - Revision history

Bibim at 11:19, 16 March 2024

2024-03-16T11:19:51Z

← Older revision		Revision as of 12:19, 16 March 2024
Line 1:		Line 1:
	= Introduction =		= Introduction =

	<code>Inline::Python</code> is a Perl module which allows interactions between Perl code and Python code. SPADS uses it to communicate with plugins coded in Python.		<code>Inline::Python</code> is a Perl module which allows interactions between Perl code and Python code. SPADS uses it to communicate with plugins coded in Python. This document will detail the different ways to install <code>Inline::Python</code> on Linux and Windows.

	~~Unfortunately the current stable release of this module suffers from a bug which makes Perl strings appear as byte strings when used with Python 3 (Python 2 is unaffected)~~. This is not a blocking problem, as Python can easily convert these data if needed and SPADS plugin API offers dedicated functions to deal with the problem (cf the [http://planetspads.free.fr/spads/doc/spadsPluginApiDoc.html#Perl-strings-conversions PYTHON SPECIFIC NOTES - Perl strings conversions] section of the Plugin API documentation). However, a cleaner way to solve this problem is to install a fixed version of the module, directly from the official module maintainer repository. The remaining of this document will detail the different ways to install <code>Inline::Python</code>, on Linux and Windows.

	<br>		<br>
	= Installing Inline::Python on Linux =		= Installing Inline::Python on Linux =
	<br>		<br>
	== Method 1~~: Using cpanminus to install latest version from GitHub ==~~		== Method 1: Using the package manager of your Linux distribution ==
	<code>cpanminus</code> is a lightweight package manager for Perl, which is able to install Perl modules directly from Git repositories. This is very useful for <code>Inline::Python</code> installation because only the latest version from the module maintainer repository includes the fix for Perl string conversions with Python 3.		This is the easiest way to install <code>Inline::Python</code> (if your distribution supports it), as it automatically downloads and installs a package specifically prepared for your distribution.

	The first step consists in installing <code>cpanminus</code> (if not already installed on your system). To do that you can usually use the package manager of your Linux distribution. For example, for Debian based distributions: <code>apt-get install cpanminus</code>, or for Red Hat based distributions: <code>dnf install perl-App-cpanminus</code> (for other cases, check [https://metacpan.org/pod/App::cpanminus#INSTALLATION the INSTALLATION section of cpanminus documentation]).

	In order to be able to install Perl package directly from Git repositories, Git must also be installed on the system. This can be done using following command for example on Debian based distributions: <code>apt-get install git</code>

	Finally, building the <code>Inline::Python</code> module requires having Python headers available on the system, as well as the <code>distutils</code> Python package. You can install them using following command for example on Debian based distributions: <code>apt-get install python3-dev python3-distutils</code>

	Once <code>cpanminus</code> and the dependencies are installed, <code>cpanminus</code> can be used to install the latest version of <code>Inline::Python</code> from module maintainer's repository. This can be done simply by entering following command (with root privileges if you are using the system Perl):<br>
	~~<code><nowiki>cpanm https://github.com/niner/inline-python-pm.git</nowiki></code>~~

	~~<br>~~

	~~== Method 2~~: Using the package manager of your Linux distribution ==
	This is the easiest way to install <code>Inline::Python</code> (if your distribution supports it), as it automatically downloads and installs a package specifically prepared for your distribution. However, this method installs the stable release of <code>Inline::Python</code>, which suffers from the string conversion bug with Python 3 explained in introduction. So this method is only recommended if you don't plan to use Python 3 or if the installation method based on <code>cpanminus</code> failed.

	For this method you just need to find the name of the system package containing the <code>Inline::Python</code> Perl module and install it on your system.<br>		For this method you just need to find the name of the system package containing the <code>Inline::Python</code> Perl module and install it on your system.<br>
Line 30:		Line 14:

	<br>		<br>
	== Method 3: Using cpan ==		== Method 2: Using cpan ==
	<code>cpan</code> is the standard tool included with Perl to install modules from the [https://www.cpan.org/ Comprehensive Perl Archive Network]~~. Unfortunately, only the current stable releases of the modules can easily be installed this way, so this method should only be reserved to cases where all other installation methods failed~~.		<code>cpan</code> is the standard tool included with Perl to install modules from the [https://www.cpan.org/ Comprehensive Perl Archive Network].

	To install <code>Inline::Python</code> using <code>cpan</code>, ~~simply~~ enter following command (with root privileges if you are using the system Perl):<br>		To install the latest stable release of <code>Inline::Python</code> using <code>cpan</code>, enter following command (with root privileges if you are using the system Perl):<br>
	<code>cpan Inline::Python</code>		<code>cpan Inline::Python</code>

Line 39:		Line 23:
	= Installing Inline::Python on Windows =		= Installing Inline::Python on Windows =
	<br>		<br>
	~~== Step 1: Installing cpanminus ==~~		To install the latest stable release of <code>Inline::Python</code> using <code>cpanminus</code>, enter following command:<br>
	~~<code>cpanminus</code> is a lightweight module manager for Perl, which is able to~~ install ~~Perl modules directly from Git repositories and allows interactive mode installations.~~		<code><nowiki>cpanm Inline::Python</nowiki></code>

	~~If your are using Strawberry Perl, <code>cpanminus</code> should be pre-installed (you can check it by trying~~ the <code>cpanm</code> command in a console windows). If you are using another Perl distribution and <code>cpanminus</code> isn't pre-installed, you should be able to use the packet manager of your Perl distribution (<code>ppm</code> for example for old ActiveState Perl releases) to install <code>cpanminus</code>. You can also use the generic default Perl module manager <code>cpan</code> to install it using following command: <code>cpan cpanminus</code>

	~~<br>~~
	~~== Step 2: Using cpanminus to install Inline::Python ==~~
	~~As explained in introduction, the current~~ stable release of <code>Inline::Python</code> suffers from the string conversion bug with Python 3, so it is recommended to install the latest version instead. Unfortunately, the installation script included in the latest version on the module maintainer repository has some problems when installing on Windows. I created my own fork on GitHub to fix these installation problems. As long as the module maintainer didn't merge my fixes in his repository, I recommend using ~~my fork to install the latest version of~~ <code>~~Inline::Python~~</code> ~~on Windows~~, ~~using~~ following command:<br>
	<code><nowiki>cpanm ~~https://github.com/Yaribz/inline-python-pm.git</nowiki></code>~~

	~~<br>~~
	If for some reason the installation of the latest version of <code>Inline::Python</code> fails, you can try to install the stable release instead. Unfortunately, the current stable release of <code>Inline::Python</code> doesn't install automatically on Windows due to broken Python installation detection and one test which is coded for Linux system only and which must be skipped. Consequently, <code>cpanminus</code> must be run in interactive mode and with a flag to force installation despite the failing test, using this command:<br>
	~~<code>cpanm --interactive -f~~ Inline::Python</~~code>~~

	~~The install script will then ask 4 questions:~~
	~~# <code~~>~~Use which? [1]~~</code> Here you must enter the full path of your <code>python.exe</code> file from your Python installation (warning: paths containing spaces are not supported by the installer). For example: <code>C:\Python\python.exe</code>
	~~# <code>Enter extra libraries (e.g. -lfoo -lbar) [None]</code> Here you can press enter, as no additional library should be needed for standard Python installation.~~
	# <code>Which? Or enter another. [1]</code> Here you need to enter the digit corresponding to the library with 2 digits in its name. For example: <code>2</code> (to select entry <code>2) C:/Python/libs/python39.lib</code>)
	~~# <code>Which? Or enter another. [1]</code> Here you can press enter as the install script should have auto-detected the include location of your Python installation correctly.~~

Bibim: /* Method 1: Using cpanminus to install latest version from GitHub */

2021-10-05T07:07:13Z

Method 1: Using cpanminus to install latest version from GitHub

← Older revision		Revision as of 08:07, 5 October 2021
Line 13:		Line 13:
	The first step consists in installing <code>cpanminus</code> (if not already installed on your system). To do that you can usually use the package manager of your Linux distribution. For example, for Debian based distributions: <code>apt-get install cpanminus</code>, or for Red Hat based distributions: <code>dnf install perl-App-cpanminus</code> (for other cases, check [https://metacpan.org/pod/App::cpanminus#INSTALLATION the INSTALLATION section of cpanminus documentation]).		The first step consists in installing <code>cpanminus</code> (if not already installed on your system). To do that you can usually use the package manager of your Linux distribution. For example, for Debian based distributions: <code>apt-get install cpanminus</code>, or for Red Hat based distributions: <code>dnf install perl-App-cpanminus</code> (for other cases, check [https://metacpan.org/pod/App::cpanminus#INSTALLATION the INSTALLATION section of cpanminus documentation]).

	Once <code>cpanminus</code> is installed, it can be used to install the latest version of <code>Inline::Python</code> from module maintainer's repository. This can be done simply by entering following command (with root privileges if you are using the system Perl):<br>		In order to be able to install Perl package directly from Git repositories, Git must also be installed on the system. This can be done using following command for example on Debian based distributions: <code>apt-get install git</code>

			Finally, building the <code>Inline::Python</code> module requires having Python headers available on the system, as well as the <code>distutils</code> Python package. You can install them using following command for example on Debian based distributions: <code>apt-get install python3-dev python3-distutils</code>

			Once <code>cpanminus</code> and the dependencies are installed, <code>cpanminus</code> can be used to install the latest version of <code>Inline::Python</code> from module maintainer's repository. This can be done simply by entering following command (with root privileges if you are using the system Perl):<br>
	<code><nowiki>cpanm https://github.com/niner/inline-python-pm.git</nowiki></code>		<code><nowiki>cpanm https://github.com/niner/inline-python-pm.git</nowiki></code>

	<br>		<br>

	== Method 2: Using the package manager of your Linux distribution ==		== Method 2: Using the package manager of your Linux distribution ==
	This is the easiest way to install <code>Inline::Python</code> (if your distribution supports it), as it automatically downloads and installs a package specifically prepared for your distribution. However, this method installs the stable release of <code>Inline::Python</code>, which suffers from the string conversion bug with Python 3 explained in introduction. So this method is only recommended if you don't plan to use Python 3 or if the installation method based on <code>cpanminus</code> failed.		This is the easiest way to install <code>Inline::Python</code> (if your distribution supports it), as it automatically downloads and installs a package specifically prepared for your distribution. However, this method installs the stable release of <code>Inline::Python</code>, which suffers from the string conversion bug with Python 3 explained in introduction. So this method is only recommended if you don't plan to use Python 3 or if the installation method based on <code>cpanminus</code> failed.

Bibim: /* Step 2: Using cpanminus to install Inline::Python */

2021-01-28T09:27:00Z

Step 2: Using cpanminus to install Inline::Python

← Older revision		Revision as of 10:27, 28 January 2021
Line 45:		Line 45:

	<br>		<br>
	If for some reason the installation ~~from my fork fails, you can try to install~~ the ~~stable release~~ of <code>Inline::Python</code> instead. Unfortunately, the current stable release of <code>Inline::Python</code> doesn't install automatically on Windows due to broken Python installation detection and one test which is coded for Linux system only and which must be skipped. Consequently, <code>cpanminus</code> must be run in interactive mode and with a flag to force installation despite the failing test, using this command:<br>		If for some reason the installation of the latest version of <code>Inline::Python</code> fails, you can try to install the stable release instead. Unfortunately, the current stable release of <code>Inline::Python</code> doesn't install automatically on Windows due to broken Python installation detection and one test which is coded for Linux system only and which must be skipped. Consequently, <code>cpanminus</code> must be run in interactive mode and with a flag to force installation despite the failing test, using this command:<br>
	<code>cpanm --interactive -f Inline::Python</code>		<code>cpanm --interactive -f Inline::Python</code>

Bibim: /* Step 2: Using cpanminus to install Inline::Python */

2021-01-28T09:25:37Z

Step 2: Using cpanminus to install Inline::Python

← Older revision		Revision as of 10:25, 28 January 2021
Line 45:		Line 45:

	<br>		<br>
	If for some reason the installation from my fork fails, you can try to install the stable release of <code>Inline::Python</code> instead. Unfortunately, the current stable release of <code>Inline::Python</code> doesn't install automatically on Windows due to broken Python ~~libraries~~ detection and one test which is coded for Linux system only and which must be skipped. Consequently, <code>cpanminus</code> must be run in interactive mode and with a flag to force installation despite the failing test, using this command:<br>		If for some reason the installation from my fork fails, you can try to install the stable release of <code>Inline::Python</code> instead. Unfortunately, the current stable release of <code>Inline::Python</code> doesn't install automatically on Windows due to broken Python installation detection and one test which is coded for Linux system only and which must be skipped. Consequently, <code>cpanminus</code> must be run in interactive mode and with a flag to force installation despite the failing test, using this command:<br>
	<code>cpanm --interactive -f Inline::Python</code>		<code>cpanm --interactive -f Inline::Python</code>

Bibim at 09:19, 28 January 2021

2021-01-28T09:19:22Z

← Older revision		Revision as of 10:19, 28 January 2021
Line 45:		Line 45:

	<br>		<br>
	If for some reason the installation from my fork fails, you can try to install the stable release of <code>Inline::Python</code> instead. Unfortunately, the current stable release of <code>Inline::Python</code> doesn't install automatically on Windows due to broken Python libraries detection and one test which is coded for Linux system only and which must be skipped. Consequently, <code>cpanminus</code> must be run in ~~ineractive~~ mode and with a flag to force installation despite the failing test, using this command:<br>		If for some reason the installation from my fork fails, you can try to install the stable release of <code>Inline::Python</code> instead. Unfortunately, the current stable release of <code>Inline::Python</code> doesn't install automatically on Windows due to broken Python libraries detection and one test which is coded for Linux system only and which must be skipped. Consequently, <code>cpanminus</code> must be run in interactive mode and with a flag to force installation despite the failing test, using this command:<br>
	<code>cpanm --interactive -f Inline::Python</code>		<code>cpanm --interactive -f Inline::Python</code>

Bibim: /* Installing Inline::Python on Windows */

2021-01-28T09:04:26Z

Installing Inline::Python on Windows

← Older revision		Revision as of 10:04, 28 January 2021
Line 34:		Line 34:
	= Installing Inline::Python on Windows =		= Installing Inline::Python on Windows =
	<br>		<br>
	== ~~Method~~ 1: ~~Using~~ cpanminus ~~to install latest version from GitHub~~ ==		== Step 1: Installing cpanminus ==
	<code>cpanminus</code> is a lightweight ~~package~~ manager for Perl, which is able to install Perl modules directly from Git repositories~~. This is very useful for <code>Inline::Python</code> installation because only the latest version from the module maintainer repository includes the fix for Perl string conversions with Python 3~~.		<code>cpanminus</code> is a lightweight module manager for Perl, which is able to install Perl modules directly from Git repositories and allows interactive mode installations.

	If your are using Strawberry Perl, <code>cpanminus</code> should be pre-installed (you can check it by trying the <code>cpanm</code> command in a console windows). If you are using another Perl distribution and <code>cpanminus</code> isn't pre-installed, you should be able to use the packet manager of your Perl distribution (<code>ppm</code> for example for old ActiveState Perl releases) to install <code>cpanminus</code>. You can also use <code>cpan</code> to install it using following command: <code>cpan cpanminus</code>		If your are using Strawberry Perl, <code>cpanminus</code> should be pre-installed (you can check it by trying the <code>cpanm</code> command in a console windows). If you are using another Perl distribution and <code>cpanminus</code> isn't pre-installed, you should be able to use the packet manager of your Perl distribution (<code>ppm</code> for example for old ActiveState Perl releases) to install <code>cpanminus</code>. You can also use the generic default Perl module manager <code>cpan</code> to install it using following command: <code>cpan cpanminus</code>

	~~Once you have checked that~~ <~~code~~>cpanminus~~</code> is installed, you are ready~~ to install the ~~latest version~~ of <code>Inline::Python</code>. Unfortunately, the latest version ~~of <code>Inline::Python</code>~~ on the module maintainer repository has some problems ~~regarding~~ Windows ~~installation~~. I created my own fork on GitHub to fix these installation problems. As long as the module maintainer didn't merge my fixes in his repository, I recommend using my fork to install the latest version of <code>Inline::Python</code> on Windows, using following command:<br>		<br>
			== Step 2: Using cpanminus to install Inline::Python ==
			As explained in introduction, the current stable release of <code>Inline::Python</code> suffers from the string conversion bug with Python 3, so it is recommended to install the latest version instead. Unfortunately, the installation script included in the latest version on the module maintainer repository has some problems when installing on Windows. I created my own fork on GitHub to fix these installation problems. As long as the module maintainer didn't merge my fixes in his repository, I recommend using my fork to install the latest version of <code>Inline::Python</code> on Windows, using following command:<br>
	<code><nowiki>cpanm https://github.com/Yaribz/inline-python-pm.git</nowiki></code>		<code><nowiki>cpanm https://github.com/Yaribz/inline-python-pm.git</nowiki></code>

	<br>		<br>
	~~== Method 2: Using cpan ==~~		If for some reason the installation from my fork fails, you can try to install the stable release of <code>Inline::Python</code> instead. Unfortunately, the current stable release of <code>Inline::Python</code> doesn't install automatically on Windows due to broken Python libraries detection and one test which is coded for Linux system only and which must be skipped. Consequently, <code>cpanminus</code> must be run in ineractive mode and with a flag to force installation despite the failing test, using this command:<br>
	~~<code>cpan</code> is~~ the ~~standard tool included with Perl to install modules~~ from ~~the [https://www.cpan.org/ Comprehensive Perl Archive Network]. However~~, ~~only the current stable releases of the modules~~ can ~~easily be installed this way. As explained in introduction,~~ the ~~current~~ stable release of <code>Inline::Python</code> ~~suffers from the string conversion bug with Python 3, so this method is only recommended if you don't plan to use Python 3 or if the previous installation method based on <code>cpanminus</code> failed~~.

	Unfortunately, the current stable release of <code>Inline::Python</code> doesn't install automatically on Windows due to broken Python libraries detection and one test which is coded for Linux system only and which must be skipped. Consequently, <code>~~cpan~~</code> must be run in ineractive mode and with a flag to force installation despite the failing test, using this command:<br>
	<code>cpanm --interactive -f Inline::Python</code>		<code>cpanm --interactive -f Inline::Python</code>

Bibim: Created page with "= Introduction = `Inline::Python` is a Perl module which allows interactions between Perl code and Python code. SPADS uses it to communicate with plugins coded in..."

2021-01-28T07:18:25Z

Created page with "= Introduction = <code>Inline::Python</code> is a Perl module which allows interactions between Perl code and Python code. SPADS uses it to communicate with plugins coded in..."

New page

= Introduction =

<code>Inline::Python</code> is a Perl module which allows interactions between Perl code and Python code. SPADS uses it to communicate with plugins coded in Python.

Unfortunately the current stable release of this module suffers from a bug which makes Perl strings appear as byte strings when used with Python 3 (Python 2 is unaffected). This is not a blocking problem, as Python can easily convert these data if needed and SPADS plugin API offers dedicated functions to deal with the problem (cf the [http://planetspads.free.fr/spads/doc/spadsPluginApiDoc.html#Perl-strings-conversions PYTHON SPECIFIC NOTES - Perl strings conversions] section of the Plugin API documentation). However, a cleaner way to solve this problem is to install a fixed version of the module, directly from the official module maintainer repository. The remaining of this document will detail the different ways to install <code>Inline::Python</code>, on Linux and Windows.

 
= Installing Inline::Python on Linux =
 
== Method 1: Using cpanminus to install latest version from GitHub ==
<code>cpanminus</code> is a lightweight package manager for Perl, which is able to install Perl modules directly from Git repositories. This is very useful for <code>Inline::Python</code> installation because only the latest version from the module maintainer repository includes the fix for Perl string conversions with Python 3.

The first step consists in installing <code>cpanminus</code> (if not already installed on your system). To do that you can usually use the package manager of your Linux distribution. For example, for Debian based distributions: <code>apt-get install cpanminus</code>, or for Red Hat based distributions: <code>dnf install perl-App-cpanminus</code> (for other cases, check [https://metacpan.org/pod/App::cpanminus#INSTALLATION the INSTALLATION section of cpanminus documentation]).

Once <code>cpanminus</code> is installed, it can be used to install the latest version of <code>Inline::Python</code> from module maintainer's repository. This can be done simply by entering following command (with root privileges if you are using the system Perl): 
<code><nowiki>cpanm https://github.com/niner/inline-python-pm.git</nowiki></code>

 
== Method 2: Using the package manager of your Linux distribution ==
This is the easiest way to install <code>Inline::Python</code> (if your distribution supports it), as it automatically downloads and installs a package specifically prepared for your distribution. However, this method installs the stable release of <code>Inline::Python</code>, which suffers from the string conversion bug with Python 3 explained in introduction. So this method is only recommended if you don't plan to use Python 3 or if the installation method based on <code>cpanminus</code> failed.

For this method you just need to find the name of the system package containing the <code>Inline::Python</code> Perl module and install it on your system. 
For example, for Debian based distributions: <code>apt-get install libinline-python-perl</code> 
For Red Hat based distributions: <code>dnf install perl-Inline-Python</code>

 
== Method 3: Using cpan ==
<code>cpan</code> is the standard tool included with Perl to install modules from the [https://www.cpan.org/ Comprehensive Perl Archive Network]. Unfortunately, only the current stable releases of the modules can easily be installed this way, so this method should only be reserved to cases where all other installation methods failed.

To install <code>Inline::Python</code> using <code>cpan</code>, simply enter following command (with root privileges if you are using the system Perl): 
<code>cpan Inline::Python</code>

 
= Installing Inline::Python on Windows =
 
== Method 1: Using cpanminus to install latest version from GitHub ==
<code>cpanminus</code> is a lightweight package manager for Perl, which is able to install Perl modules directly from Git repositories. This is very useful for <code>Inline::Python</code> installation because only the latest version from the module maintainer repository includes the fix for Perl string conversions with Python 3.

If your are using Strawberry Perl, <code>cpanminus</code> should be pre-installed (you can check it by trying the <code>cpanm</code> command in a console windows). If you are using another Perl distribution and <code>cpanminus</code> isn't pre-installed, you should be able to use the packet manager of your Perl distribution (<code>ppm</code> for example for old ActiveState Perl releases) to install <code>cpanminus</code>. You can also use <code>cpan</code> to install it using following command: <code>cpan cpanminus</code>

Once you have checked that <code>cpanminus</code> is installed, you are ready to install the latest version of <code>Inline::Python</code>. Unfortunately, the latest version of <code>Inline::Python</code> on the module maintainer repository has some problems regarding Windows installation. I created my own fork on GitHub to fix these installation problems. As long as the module maintainer didn't merge my fixes in his repository, I recommend using my fork to install the latest version of <code>Inline::Python</code> on Windows, using following command: 
<code><nowiki>cpanm https://github.com/Yaribz/inline-python-pm.git</nowiki></code>

 
== Method 2: Using cpan ==
<code>cpan</code> is the standard tool included with Perl to install modules from the [https://www.cpan.org/ Comprehensive Perl Archive Network]. However, only the current stable releases of the modules can easily be installed this way. As explained in introduction, the current stable release of <code>Inline::Python</code> suffers from the string conversion bug with Python 3, so this method is only recommended if you don't plan to use Python 3 or if the previous installation method based on <code>cpanminus</code> failed.

Unfortunately, the current stable release of <code>Inline::Python</code> doesn't install automatically on Windows due to broken Python libraries detection and one test which is coded for Linux system only and which must be skipped. Consequently, <code>cpan</code> must be run in ineractive mode and with a flag to force installation despite the failing test, using this command: 
<code>cpanm --interactive -f Inline::Python</code>

The install script will then ask 4 questions:
# <code>Use which? [1]</code> Here you must enter the full path of your <code>python.exe</code> file from your Python installation (warning: paths containing spaces are not supported by the installer). For example: <code>C:\Python\python.exe</code>
# <code>Enter extra libraries (e.g. -lfoo -lbar) [None]</code> Here you can press enter, as no additional library should be needed for standard Python installation.
# <code>Which? Or enter another. [1]</code> Here you need to enter the digit corresponding to the library with 2 digits in its name. For example: <code>2</code> (to select entry <code>2) C:/Python/libs/python39.lib</code>)
# <code>Which? Or enter another. [1]</code> Here you can press enter as the install script should have auto-detected the include location of your Python installation correctly.

SPADS Inline::Python installation guide - Revision history

Bibim at 11:19, 16 March 2024

Bibim: /* Method 1: Using cpanminus to install latest version from GitHub */

Bibim: /* Step 2: Using cpanminus to install Inline::Python */

Bibim: /* Step 2: Using cpanminus to install Inline::Python */

Bibim at 09:19, 28 January 2021

Bibim: /* Installing Inline::Python on Windows */

Bibim: Created page with "= Introduction = Inline::Python is a Perl module which allows interactions between Perl code and Python code. SPADS uses it to communicate with plugins coded in..."

Bibim: Created page with "= Introduction = `Inline::Python` is a Perl module which allows interactions between Perl code and Python code. SPADS uses it to communicate with plugins coded in..."