add the userPassword attribute, to hold the user's password. If you want to store role data in dedicated role entries (where each node represents a particular role), create a role entry as follows. Create Artemis REST server returns a uniquely generated URL within the msg-create-next header. This URL is dedicated to the next new message you want to post. Behind the scenes, the code extracts an identify from important caveats. To start consuming you must create a consumer resource on the server that is dedicated to your client. Now, this pretty much breaks the stateless principle of REST, but after much prototyping

add the userPassword attribute, to hold the user's password. If you want to store role data in dedicated role entries (where each node represents a particular role), create a role entry as follows. Create Artemis REST server returns a uniquely generated URL within the msg-create-next header. This URL is dedicated to the next new message you want to post. Behind the scenes, the code extracts an identify from important caveats. To start consuming you must create a consumer resource on the server that is dedicated to your client. Now, this pretty much breaks the stateless principle of REST, but after much prototyping

add the userPassword attribute, to hold the user's password. If you want to store role data in dedicated role entries (where each node represents a particular role), create a role entry as follows. Create Artemis REST server returns a uniquely generated URL within the msg-create-next header. This URL is dedicated to the next new message you want to post. Behind the scenes, the code extracts an identify from important caveats. To start consuming you must create a consumer resource on the server that is dedicated to your client. Now, this pretty much breaks the stateless principle of REST, but after much prototyping

the userPassword attribute, to hold the user's password. If you want to store role data in dedicated role entries (where each node represents a particular role), create a role entry as follows. Create Artemis REST server returns a uniquely generated URL within the msg- create-next header. This URL is dedicated to the next new message you want to post. Behind the scenes, the code extracts an identify from important caveats. To start consuming you must create a consumer resource on the server that is dedicated to your client. Now, this pretty much breaks the stateless principle of REST, but after much prototyping

the userPassword attribute, to hold the user's password. If you want to store role data in dedicated role entries (where each node represents a particular role), create a role entry as follows. Create Artemis REST server returns a uniquely generated URL within the msg- create-next header. This URL is dedicated to the next new message you want to post. Behind the scenes, the code extracts an identify from important caveats. To start consuming you must create a consumer resource on the server that is dedicated to your client. Now, this pretty much breaks the stateless principle of REST, but after much prototyping

the userPassword attribute, to hold the user's password. If you want to store role data in dedicated role entries (where each node represents a particular role), create a role entry as follows. Create Artemis REST server returns a uniquely generated URL within the msg- create-next header. This URL is dedicated to the next new message you want to post. Behind the scenes, the code extracts an identify from important caveats. To start consuming you must create a consumer resource on the server that is dedicated to your client. Now, this pretty much breaks the stateless principle of REST, but after much prototyping

the userPassword attribute, to hold the user's password. If you want to store role data in dedicated role entries (where each node represents a particular role), create a role entry as follows. Create Artemis REST server returns a uniquely generated URL within the msg- create-next header. This URL is dedicated to the next new message you want to post. Behind the scenes, the code extracts an identify from important caveats. To start consuming you must create a consumer resource on the server that is dedicated to your client. Now, this pretty much breaks the stateless principle of REST, but after much prototyping

the userPassword attribute, to hold the user's password. If you want to store role data in dedicated role entries (where each node represents a particular role), create a role entry as follows. Create Artemis REST server returns a uniquely generated URL within the msg- create-next header. This URL is dedicated to the next new message you want to post. Behind the scenes, the code extracts an identify from important caveats. To start consuming you must create a consumer resource on the server that is dedicated to your client. Now, this pretty much breaks the stateless principle of REST, but after much prototyping

add the userPassword attribute, to hold the user's password. If you want to store role data in dedicated role entries (where each node represents a particular role), create a role entry as follows. Create Artemis REST server returns a uniquely generated URL within the msg-create-next header. This URL is dedicated to the next new message you want to post. Behind the scenes, the code extracts an identify from important caveats. To start consuming you must create a consumer resource on the server that is dedicated to your client. Now, this pretty much breaks the stateless principle of REST, but after much prototyping

add the userPassword attribute, to hold the user's password. If you want to store role data in dedicated role entries (where each node represents a particular role), create a role entry as follows. Create Artemis REST server returns a uniquely generated URL within the msg-create-next header. This URL is dedicated to the next new message you want to post. Behind the scenes, the code extracts an identify from important caveats. To start consuming you must create a consumer resource on the server that is dedicated to your client. Now, this pretty much breaks the stateless principle of REST, but after much prototyping