Daniel  Hughes

Daniel Hughes

1652165257

ldapauthenticator: LDAP Authenticator Plugin for Jupyter

ldapauthenticator 

Simple LDAP Authenticator Plugin for JupyterHub


Please note that this repository is participating in a study into sustainability of open source projects. Data will be gathered about this repository for approximately the next 12 months, starting from 2021-06-11.

Data collected will include number of contributors, number of PRs, time taken to close/merge these PRs, and issues closed.

For more information, please visit the informational page or download the participant information sheet.


Installation

You can install it from pip with:

pip install jupyterhub-ldapauthenticator

...or using conda with:

conda install -c conda-forge jupyterhub-ldapauthenticator

Logging people out

If you make any changes to JupyterHub's authentication setup that changes which group of users is allowed to login (such as changing allowed_groups or even just turning on LDAPAuthenticator), you must change the jupyterhub cookie secret, or users who were previously logged in and did not log out would continue to be able to log in!

You can do this by deleting the jupyterhub_cookie_secret file. Note that this will log out all users who are currently logged in.

Usage

You can enable this authenticator with the following lines in your jupyter_config.py:

c.JupyterHub.authenticator_class = 'ldapauthenticator.LDAPAuthenticator'

Required configuration

At minimum, the following two configuration options must be set before the LDAP Authenticator can be used:

LDAPAuthenticator.server_address

Address of the LDAP Server to contact. Just use a bare hostname or IP, without a port name or protocol prefix.

LDAPAuthenticator.lookup_dn or LDAPAuthenticator.bind_dn_template

To authenticate a user we need the corresponding DN to bind against the LDAP server. The DN can be acquired by either:

  1. setting bind_dn_template, which is a list of string template used to generate the full DN for a user from the human readable username, or
  2. setting lookup_dn to True, which does a reverse lookup to obtain the user's DN. This is because ome LDAP servers, such as Active Directory, don't always bind with the true DN.

lookup_dn = False

If lookup_dn = False, then bind_dn_template is required to be a non-empty list of templates the users belong to. For example, if some of the users in your LDAP database have DN of the form uid=Yuvipanda,ou=people,dc=wikimedia,dc=org and some other users have DN like uid=Mike,ou=developers,dc=wikimedia,dc=org where Yuvipanda and Mike are the usernames, you would set this config item to be:

c.LDAPAuthenticator.bind_dn_template = [
    "uid={username},ou=people,dc=wikimedia,dc=org",
    "uid={username},ou=developers,dc=wikimedia,dc=org",
]

Don't forget the preceeding c. for setting configuration parameters! JupyterHub uses traitlets for configuration, and the c represents the config object.

The {username} is expanded into the username the user provides.

lookup_dn = True

c.LDAPAuthenticator.lookup_dn = True

If bind_dn_template isn't explicitly configured, i.e. the empty list, the dynamically acquired value for DN from the username lookup will be used instead. If bind_dn_template is configured it will be used just like in the lookup_dn = False case.

The {username} is expanded to the full path to the LDAP object returned by the LDAP lookup. For example, on an Active Directory system {username} might expand to something like CN=First M. Last,OU=An Example Organizational Unit,DC=EXAMPLE,DC=COM.

Also, when using lookup_dn = True the options user_search_base, user_attribute, lookup_dn_user_dn_attribute and lookup_dn_search_filter are required, although their defaults might be sufficient for your use case.

Optional configuration

LDAPAuthenticator.allowed_groups

LDAP groups whose members are allowed to log in. This must be set to either empty [] (the default, to disable) or to a list of full DNs that have a member attribute that includes the current user attempting to log in.

As an example, to restrict access only to people in groups researcher or operations,

c.LDAPAuthenticator.allowed_groups = [
    "cn=researcher,ou=groups,dc=wikimedia,dc=org",
    "cn=operations,ou=groups,dc=wikimedia,dc=org",
]

LDAPAuthenticator.valid_username_regex

All usernames will be checked against this before being sent to LDAP. This acts as both an easy way to filter out invalid usernames as well as protection against LDAP injection attacks.

By default it looks for the regex ^[a-z][.a-z0-9_-]*$ which is what most shell username validators do.

LDAPAuthenticator.use_ssl

Boolean to specify whether to use SSL encryption when contacting the LDAP server. If it is left to False (the default) LDAPAuthenticator will try to upgrade connection with StartTLS. Set this to be True to start SSL connection.

LDAPAuthenticator.server_port

Port to use to contact the LDAP server. Defaults to 389 if no SSL is being used, and 636 is SSL is being used.

LDAPAuthenticator.user_search_base

Only used with lookup_dn=True. Defines the search base for looking up users in the directory.

c.LDAPAuthenticator.user_search_base = 'ou=People,dc=example,dc=com'

LDAPAuthenticator.user_attribute

Only used with lookup_dn=True. Defines the attribute that stores a user's username in your directory.

# Active Directory
c.LDAPAuthenticator.user_attribute = 'sAMAccountName'

# OpenLDAP
c.LDAPAuthenticator.user_attribute = 'uid'

LDAPAuthenticator.lookup_dn_search_filter

How to query LDAP for user name lookup, if lookup_dn is set to True. Default value '({login_attr}={login})' should be good enough for most use cases.

LDAPAuthenticator.lookup_dn_search_user, LDAPAuthenticator.lookup_dn_search_password

Technical account for user lookup, if lookup_dn is set to True. If both lookup_dn_search_user and lookup_dn_search_password are None, then anonymous LDAP query will be done.

LDAPAuthenticator.lookup_dn_user_dn_attribute

Attribute containing user's name needed for building DN string, if lookup_dn is set to True. See user_search_base for info on how this attribute is used. For most LDAP servers, this is username. For Active Directory, it is cn.

LDAPAuthenticator.escape_userdn

If set to True, escape special chars in userdn when authenticating in LDAP. On some LDAP servers, when userdn contains chars like '(', ')', '' authentication may fail when those chars are not escaped.

LDAPAuthenticator.auth_state_attributes

An optional list of attributes to be fetched for a user after login. If found these will be returned as auth_state.

LDAPAuthenticator.use_lookup_dn_username

If set to True (the default) the username used to build the DN string is returned as the username when lookup_dn is True.

When authenticating on a Linux machine against an AD server this might return something different from the supplied UNIX username. In this case setting this option to False might be a solution.

Compatibility

This has been tested against an OpenLDAP server, with the client running Python 3.4. Verifications of this code working well with other LDAP setups are welcome, as are bug reports and patches to make it work with other LDAP setups!

Active Directory integration

Please use following options for AD integration. This is useful especially in two cases:

  • LDAP Search requires valid user account in order to query user database
  • DN does not contain login but some other field, like CN (actual login is present in sAMAccountName, and we need to lookup CN)
c.LDAPAuthenticator.lookup_dn = True
c.LDAPAuthenticator.lookup_dn_search_filter = '({login_attr}={login})'
c.LDAPAuthenticator.lookup_dn_search_user = 'ldap_search_user_technical_account'
c.LDAPAuthenticator.lookup_dn_search_password = 'secret'
c.LDAPAuthenticator.user_search_base = 'ou=people,dc=wikimedia,dc=org'
c.LDAPAuthenticator.user_attribute = 'sAMAccountName'
c.LDAPAuthenticator.lookup_dn_user_dn_attribute = 'cn'
c.LDAPAuthenticator.escape_userdn = False
c.LDAPAuthenticator.bind_dn_template = '{username}'

In setup above, first LDAP will be searched (with account ldap_search_user_technical_account) for users that have sAMAccountName=login Then DN will be constructed using found CN value.

Configuration note on local user creation

Currently, local user creation by the LDAPAuthenticator is unsupported as this is insecure since there's no cleanup method for these created users. As a result, users who are disabled in LDAP will have access to this for far longer.

Alternatively, there's good support in Linux for integrating LDAP into the system user setup directly, and users can just use PAM (which is supported in not just JupyterHub, but ssh and a lot of other tools) to log in. You can see http://www.tldp.org/HOWTO/archived/LDAP-Implementation-HOWTO/pamnss.html and lots of other documentation on the web on how to set up LDAP to provide user accounts for your system. Those methods are very widely used, much more secure and more widely documented. We recommend you use them rather than have JupyterHub create local accounts using the LDAPAuthenticator.

Issue #19 provides additional discussion on local user creation.


Author: jupyterhub
Source Code: https://github.com/jupyterhub/ldapauthenticator
License: BSD-3-Clause license

#jupyter 

What is GEEK

Buddha Community

ldapauthenticator: LDAP Authenticator Plugin for Jupyter

How To Set Up Two-Factor Authentication in cPanel

What is 2FA
Two-Factor Authentication (or 2FA as it often referred to) is an extra layer of security that is used to provide users an additional level of protection when securing access to an account.
Employing a 2FA mechanism is a vast improvement in security over the Singe-Factor Authentication method of simply employing a username and password. Using this method, accounts that have 2FA enabled, require the user to enter a one-time passcode that is generated by an external application. The 2FA passcode (usually a six-digit number) is required to be input into the passcode field before access is granted. The 2FA input is usually required directly after the username and password are entered by the client.

#tutorials #2fa #access #account security #authentication #authentication method #authentication token #cli #command line #cpanel #feature manager #google authenticator #one time password #otp #otp authentication #passcode #password #passwords #qr code #security #security code #security policy #security practices #single factor authentication #time-based one-time password #totp #two factor authentication #whm

How To Customize WordPress Plugins? (4 Easy Ways To Do)

This is image title
WordPress needs no introduction. It has been in the world for quite a long time. And up till now, it has given a tough fight to leading web development technology. The main reason behind its remarkable success is, it is highly customizable and also SEO-friendly. Other benefits include open-source technology, security, user-friendliness, and the thousands of free plugins it offers.

Talking of WordPress plugins, are a piece of software that enables you to add more features to the website. They are easy to integrate into your website and don’t hamper the performance of the site. WordPress, as a leading technology, has to offer many out-of-the-box plugins.

However, not always the WordPress would be able to meet your all needs. Hence you have to customize the WordPress plugin to provide you the functionality you wished. WordPress Plugins are easy to install and customize. You don’t have to build the solution from scratch and that’s one of the reasons why small and medium-sized businesses love it. It doesn’t need a hefty investment or the hiring of an in-house development team. You can use the core functionality of the plugin and expand it as your like.

In this blog, we would be talking in-depth about plugins and how to customize WordPress plugins to improve the functionality of your web applications.

What Is The Working Of The WordPress Plugins?

Developing your own plugin requires you to have some knowledge of the way they work. It ensures the better functioning of the customized plugins and avoids any mistakes that can hamper the experience on your site.

1. Hooks

Plugins operate primarily using hooks. As a hook attaches you to something, the same way a feature or functionality is hooked to your website. The piece of code interacts with the other components present on the website. There are two types of hooks: a. Action and b. Filter.

A. Action

If you want something to happen at a particular time, you need to use a WordPress “action” hook. With actions, you can add, change and improve the functionality of your plugin. It allows you to attach a new action that can be triggered by your users on the website.

There are several predefined actions available on WordPress, custom WordPress plugin development also allows you to develop your own action. This way you can make your plugin function as your want. It also allows you to set values for which the hook function. The add_ action function will then connect that function to a specific action.

B. Filters

They are the type of hooks that are accepted to a single variable or a series of variables. It sends them back after they have modified it. It allows you to change the content displayed to the user.

You can add the filter on your website with the apply_filter function, then you can define the filter under the function. To add a filter hook on the website, you have to add the $tag (the filter name) and $value (the filtered value or variable), this allows the hook to work. Also, you can add extra function values under $var.

Once you have made your filter, you can execute it with the add_filter function. This will activate your filter and would work when a specific function is triggered. You can also manipulate the variable and return it.

2. Shortcodes

Shortcodes are a good way to create and display the custom functionality of your website to visitors. They are client-side bits of code. They can be placed in the posts and pages like in the menu and widgets, etc.

There are many plugins that use shortcodes. By creating your very own shortcode, you too can customize the WordPress plugin. You can create your own shortcode with the add_shortcode function. The name of the shortcode that you use would be the first variable and the second variable would be the output of it when it is triggered. The output can be – attributes, content, and name.

3. Widgets

Other than the hooks and shortcodes, you can use the widgets to add functionality to the site. WordPress Widgets are a good way to create a widget by extending the WP_Widget class. They render a user-friendly experience, as they have an object-oriented design approach and the functions and values are stored in a single entity.

How To Customize WordPress Plugins?

There are various methods to customize the WordPress plugins. Depending on your need, and the degree of customization you wish to make in the plugin, choose the right option for you. Also, don’t forget to keep in mind that it requires a little bit of technical knowledge too. So find an expert WordPress plugin development company in case you lack the knowledge to do it by yourself.

1. Hire A Plugin Developer3
This is image title

One of the best ways to customize a WordPress plugin is by hiring a plugin developer. There are many plugin developers listed in the WordPress directory. You can contact them and collaborate with world-class WordPress developers. It is quite easy to find a WordPress plugin developer.

Since it is not much work and doesn’t pay well or for the long term a lot of developers would be unwilling to collaborate but, you will eventually find people.

2. Creating A Supporting Plugin

If you are looking for added functionality in an already existing plugin go for this option. It is a cheap way to meet your needs and creating a supporting plugin takes very little time as it has very limited needs. Furthermore, you can extend a plugin to a current feature set without altering its base code.

However, to do so, you have to hire a WordPress developer as it also requires some technical knowledge.

3. Use Custom Hooks

Use the WordPress hooks to integrate some other feature into an existing plugin. You can add an action or a filter as per your need and improve the functionality of the website.

If the plugin you want to customize has the hook, you don’t have to do much to customize it. You can write your own plugin that works with these hooks. This way you don’t have to build a WordPress plugin right from scratch. If the hook is not present in the plugin code, you can contact a WordPress developer or write the code yourself. It may take some time, but it works.

Once the hook is added, you just have to manually patch each one upon the release of the new plugin update.

4. Override Callbacks

The last way to customize WordPress plugins is by override callbacks. You can alter the core functionality of the WordPress plugin with this method. You can completely change the way it functions with your website. It is a way to completely transform the plugin. By adding your own custom callbacks, you can create the exact functionality you desire.

We suggest you go for a web developer proficient in WordPress as this requires a good amount of technical knowledge and the working of a plugin.

Read More

#customize wordpress plugins #how to customize plugins in wordpress #how to customize wordpress plugins #how to edit plugins in wordpress #how to edit wordpress plugins #wordpress plugin customization

Daniel  Hughes

Daniel Hughes

1652165257

ldapauthenticator: LDAP Authenticator Plugin for Jupyter

ldapauthenticator 

Simple LDAP Authenticator Plugin for JupyterHub


Please note that this repository is participating in a study into sustainability of open source projects. Data will be gathered about this repository for approximately the next 12 months, starting from 2021-06-11.

Data collected will include number of contributors, number of PRs, time taken to close/merge these PRs, and issues closed.

For more information, please visit the informational page or download the participant information sheet.


Installation

You can install it from pip with:

pip install jupyterhub-ldapauthenticator

...or using conda with:

conda install -c conda-forge jupyterhub-ldapauthenticator

Logging people out

If you make any changes to JupyterHub's authentication setup that changes which group of users is allowed to login (such as changing allowed_groups or even just turning on LDAPAuthenticator), you must change the jupyterhub cookie secret, or users who were previously logged in and did not log out would continue to be able to log in!

You can do this by deleting the jupyterhub_cookie_secret file. Note that this will log out all users who are currently logged in.

Usage

You can enable this authenticator with the following lines in your jupyter_config.py:

c.JupyterHub.authenticator_class = 'ldapauthenticator.LDAPAuthenticator'

Required configuration

At minimum, the following two configuration options must be set before the LDAP Authenticator can be used:

LDAPAuthenticator.server_address

Address of the LDAP Server to contact. Just use a bare hostname or IP, without a port name or protocol prefix.

LDAPAuthenticator.lookup_dn or LDAPAuthenticator.bind_dn_template

To authenticate a user we need the corresponding DN to bind against the LDAP server. The DN can be acquired by either:

  1. setting bind_dn_template, which is a list of string template used to generate the full DN for a user from the human readable username, or
  2. setting lookup_dn to True, which does a reverse lookup to obtain the user's DN. This is because ome LDAP servers, such as Active Directory, don't always bind with the true DN.

lookup_dn = False

If lookup_dn = False, then bind_dn_template is required to be a non-empty list of templates the users belong to. For example, if some of the users in your LDAP database have DN of the form uid=Yuvipanda,ou=people,dc=wikimedia,dc=org and some other users have DN like uid=Mike,ou=developers,dc=wikimedia,dc=org where Yuvipanda and Mike are the usernames, you would set this config item to be:

c.LDAPAuthenticator.bind_dn_template = [
    "uid={username},ou=people,dc=wikimedia,dc=org",
    "uid={username},ou=developers,dc=wikimedia,dc=org",
]

Don't forget the preceeding c. for setting configuration parameters! JupyterHub uses traitlets for configuration, and the c represents the config object.

The {username} is expanded into the username the user provides.

lookup_dn = True

c.LDAPAuthenticator.lookup_dn = True

If bind_dn_template isn't explicitly configured, i.e. the empty list, the dynamically acquired value for DN from the username lookup will be used instead. If bind_dn_template is configured it will be used just like in the lookup_dn = False case.

The {username} is expanded to the full path to the LDAP object returned by the LDAP lookup. For example, on an Active Directory system {username} might expand to something like CN=First M. Last,OU=An Example Organizational Unit,DC=EXAMPLE,DC=COM.

Also, when using lookup_dn = True the options user_search_base, user_attribute, lookup_dn_user_dn_attribute and lookup_dn_search_filter are required, although their defaults might be sufficient for your use case.

Optional configuration

LDAPAuthenticator.allowed_groups

LDAP groups whose members are allowed to log in. This must be set to either empty [] (the default, to disable) or to a list of full DNs that have a member attribute that includes the current user attempting to log in.

As an example, to restrict access only to people in groups researcher or operations,

c.LDAPAuthenticator.allowed_groups = [
    "cn=researcher,ou=groups,dc=wikimedia,dc=org",
    "cn=operations,ou=groups,dc=wikimedia,dc=org",
]

LDAPAuthenticator.valid_username_regex

All usernames will be checked against this before being sent to LDAP. This acts as both an easy way to filter out invalid usernames as well as protection against LDAP injection attacks.

By default it looks for the regex ^[a-z][.a-z0-9_-]*$ which is what most shell username validators do.

LDAPAuthenticator.use_ssl

Boolean to specify whether to use SSL encryption when contacting the LDAP server. If it is left to False (the default) LDAPAuthenticator will try to upgrade connection with StartTLS. Set this to be True to start SSL connection.

LDAPAuthenticator.server_port

Port to use to contact the LDAP server. Defaults to 389 if no SSL is being used, and 636 is SSL is being used.

LDAPAuthenticator.user_search_base

Only used with lookup_dn=True. Defines the search base for looking up users in the directory.

c.LDAPAuthenticator.user_search_base = 'ou=People,dc=example,dc=com'

LDAPAuthenticator.user_attribute

Only used with lookup_dn=True. Defines the attribute that stores a user's username in your directory.

# Active Directory
c.LDAPAuthenticator.user_attribute = 'sAMAccountName'

# OpenLDAP
c.LDAPAuthenticator.user_attribute = 'uid'

LDAPAuthenticator.lookup_dn_search_filter

How to query LDAP for user name lookup, if lookup_dn is set to True. Default value '({login_attr}={login})' should be good enough for most use cases.

LDAPAuthenticator.lookup_dn_search_user, LDAPAuthenticator.lookup_dn_search_password

Technical account for user lookup, if lookup_dn is set to True. If both lookup_dn_search_user and lookup_dn_search_password are None, then anonymous LDAP query will be done.

LDAPAuthenticator.lookup_dn_user_dn_attribute

Attribute containing user's name needed for building DN string, if lookup_dn is set to True. See user_search_base for info on how this attribute is used. For most LDAP servers, this is username. For Active Directory, it is cn.

LDAPAuthenticator.escape_userdn

If set to True, escape special chars in userdn when authenticating in LDAP. On some LDAP servers, when userdn contains chars like '(', ')', '' authentication may fail when those chars are not escaped.

LDAPAuthenticator.auth_state_attributes

An optional list of attributes to be fetched for a user after login. If found these will be returned as auth_state.

LDAPAuthenticator.use_lookup_dn_username

If set to True (the default) the username used to build the DN string is returned as the username when lookup_dn is True.

When authenticating on a Linux machine against an AD server this might return something different from the supplied UNIX username. In this case setting this option to False might be a solution.

Compatibility

This has been tested against an OpenLDAP server, with the client running Python 3.4. Verifications of this code working well with other LDAP setups are welcome, as are bug reports and patches to make it work with other LDAP setups!

Active Directory integration

Please use following options for AD integration. This is useful especially in two cases:

  • LDAP Search requires valid user account in order to query user database
  • DN does not contain login but some other field, like CN (actual login is present in sAMAccountName, and we need to lookup CN)
c.LDAPAuthenticator.lookup_dn = True
c.LDAPAuthenticator.lookup_dn_search_filter = '({login_attr}={login})'
c.LDAPAuthenticator.lookup_dn_search_user = 'ldap_search_user_technical_account'
c.LDAPAuthenticator.lookup_dn_search_password = 'secret'
c.LDAPAuthenticator.user_search_base = 'ou=people,dc=wikimedia,dc=org'
c.LDAPAuthenticator.user_attribute = 'sAMAccountName'
c.LDAPAuthenticator.lookup_dn_user_dn_attribute = 'cn'
c.LDAPAuthenticator.escape_userdn = False
c.LDAPAuthenticator.bind_dn_template = '{username}'

In setup above, first LDAP will be searched (with account ldap_search_user_technical_account) for users that have sAMAccountName=login Then DN will be constructed using found CN value.

Configuration note on local user creation

Currently, local user creation by the LDAPAuthenticator is unsupported as this is insecure since there's no cleanup method for these created users. As a result, users who are disabled in LDAP will have access to this for far longer.

Alternatively, there's good support in Linux for integrating LDAP into the system user setup directly, and users can just use PAM (which is supported in not just JupyterHub, but ssh and a lot of other tools) to log in. You can see http://www.tldp.org/HOWTO/archived/LDAP-Implementation-HOWTO/pamnss.html and lots of other documentation on the web on how to set up LDAP to provide user accounts for your system. Those methods are very widely used, much more secure and more widely documented. We recommend you use them rather than have JupyterHub create local accounts using the LDAPAuthenticator.

Issue #19 provides additional discussion on local user creation.


Author: jupyterhub
Source Code: https://github.com/jupyterhub/ldapauthenticator
License: BSD-3-Clause license

#jupyter 

7 Best Video Player and Gallery Plugins for WordPress Website in 2021

When you want to watch a video, then you always choose to watch videos on YouTube and go for other popular streaming websites. Although such videos provide amazing watching experience and if you want to make own website that simply allows spectators to watch videos also. At that time you can prefer WordPress, even this is not only that, businesses which mostly tend to make video content and register them on their website. Therefore, you need video player WordPress plugins that makes simpler the entire procedures of dealing with videos on your website. Along with, you get remarkable video players that make an appealing appearance on your website.

Best Video Player WordPress Plugins

WP Video Lightbox

This is image title

WP Video LightboxWordPress plugin lets users insert videos right on top of any page by implementing a lightbox intersection screen. The plugin is very convenient when you are keen to show pictures, flash, YouTube, or Vimeo videos on your website. In addition, the plugin is fully approachable, thus, all mobile users like its amazing features.

The plugin assists you by automatically appealing the thumbnail for the Video which you make use of it, although you have a great choice to utilize your thumbnails if you wish for. The plugin also offers you an ideal alternative to restrict recommended video in the last part of a YouTube video, therefore your viewers will not to be unfocused. Additionally, you can buy antivirus online using Amazon Promo Code to protect your system form virus.

Portfolio Designer

This is image title

Portfolio Designer is a complete solution for developing an astonishing portfolio, galleries, as well showcase into the WordPress website. The plugin has in-built infinite layout styles such as grid, masonry, slider, WooCommerce, and justify. Additionally, it includes 50+ awesome hover and animation effects to captivate your website visitors instantly. This plugin supports audio and video formats to create fantastic galleries hassle-free.

The plugin has unlimited colors and design options that a user can modify smoothly and introduce the portfolio presentation vividly. It has 800+ Google web fonts, fancy box integration, support unlimited custom post, and so on. A user can get all the functionalities to build an attractive portfolio in just one plugin. With the Portfolio Designer WordPress plugin, there are no restrictions to display the portfolio or galleries to any website page. The plugin is also available in the lite version at the WordPress repository.

ARVE Advanced Responsive Video Embedder

This is image title

ARVE Advanced Responsive Video Embedder a well-known and great video implanting plugin for WordPress that is absolutely free of cost. The plugin is packed with multiple amazing features to grab each particular problem you are expected to expression by displaying such videos on your website.

Most importantly, this plugin allows to create the entire videos you insert into responsive videos and this is done just because of your mobile users can take pleasure such astounding experiences with hassle-free. Other alternatives comprise WYSIWYG support, auto-start videos, tweaking URL factors if you wish for, transforming video position, and lots more.

Find more plugins here.

#best wordpress plugins #best wp video plugin #video gallery wordpress plugin #wordpress gallery plugin #wordpress video plugin

Alice Cook

Alice Cook

1615441648

Fix: Gmail Authentication Problems | Gmail 2-step Verification Bypass (2020-21)

An Gmail authentication error occurs when an account’s owner is unable to verify themselves; Gmail perceives it to be a threat to the account and its privacy, so it shows an authentication error. This can occur due to multiple reasons; entering the wrong password, using the wrong server port, and disabled IMAP on Gmail. You will find solutions to fix Gmail authentication problems in this Video. Additionally, you will find ways for Gmail 2-step verification bypass.
Visit: https://contactforhelp.com/gmail/

#gmail authentication error #gmail two factor authentication #gmail 2 step authentication #gmail authentication failed #gmail authentication problems #gmail 2 step verification bypass