24.7.23

What's Changed

Full Changelog: bracis2023...24.7.23

DESCRIPTION

Agent	New Action	Description
ARGO	.argo.port(S)	Defines a serial communication port with an IoT low-end device. Where S is a literal that represents a serial port (i.e., ttyACM0).
	.argo.limit(N)	Defines an interval for the cycle of environmental perception. Where N is a positive number (N>0) that represents an interval in milliseconds
	.argo.percepts(close|open)	Listens or not the environmental perceptions.
	.argo.act(O)	Sends an order to the IoT low-end device to execute. Where O is a literal that represents an order for the microcontroller to execute.
Hermes	.hermes.configureContextNetConnection( "X",G,E,U)	Configures an ContextNet network. Where X is a string that represents an network name; G is a literal that represents the FQDN or the network address of an gateway; E is a number that represents the network port of an gateway; U is a literal that represents the identification of the device in the network.
	.hermes.connect("X")	Joins at "X" ContextNet network.
	.hermes.sendOut(D,f,M)	Dispatches a message to another MAS. Where D is a literal that represents the identification of the recipient MAS; f is a illocutionary force (tell | untell | achieve | unachieve); M is a literal that represents the message.
	.hermes.moveOut(D,b,A)	Carries over the agents to other MAS. Where D is a literal that represents the identification of the recipient MAS; b is a bio-inspired protocol (inquilinism | mutualism | predation); A is one, all, or a set of agents (i.e., all, agent or [agent1, agent2, agentn])
	.hermes.disconnect("X");	Disconnects at "X" ContextNet network.
Mailer	.mailer.credentials(E,K)	Set email credentials. Where E is a string that represents the email account (e.g., "agent@example.com"); K is a string that represents the e-mail password.
	.mailer.eMailService([I,p],[O,q])	Set email provider configurations. Where I is a string that represents the FQDN of the input e-mail server (e.g., "imap.example.com"); p is a literal that represents the input protocol (e.g., imaps); O is a string that represents the FQDN of the output email server(e.g., "smtp.example.com"); q is a literal that represents the output protocol (e.g., smtpOverTLS).
	.mailer.sendEMail(D,f,M)	Dispatches a email message to another MAS or Human. Where D is a literal that represents the destination email recipient; f is a illocutionary force (tell | untell | achieve | unachieve); M is a literal that represents the message.
Jason	.velluscinum.buildWallet(w)	Generates a digital wallet and returns the belief: w(P,Q). Where P e Q are literals that represent the agent's key pair.
	.velluscinum.deployNFT(S,P,Q,I,M,b)	Registers an asset and returns the belief: b(A). Where A is a literal that represents a indivisible asset; S is a literal that represents the address of a DLT node; P and Q are literals that represent the agent's key pair; I is a key-value array that represents the immutable data of an asset; M is a key-value array representing asset or transaction metadata;
	.velluscinum.transferNFT(S,P,Q,A,R,M,b)	Transfers an asset and returns the belief: b(T). Where T is a literal that represents a transaction performed in the DTL; S is a literal that represents the address of a DLT node; P and Q are literals that represent the agent's key pair; A is a literal that represents a indivisible asset; R is a literal that represents the public key of a recipient agent; M is a key-value array representing asset or transaction metadata;
	.velluscinum.deployToken(S,P,Q,I,V,b)	Creates V units from an asset, returns the belief: b(C). Where C is a literal that represents a divisible asset; S is a literal that represents the address of a DLT node; P and Q are literals that represent the agent's key pair; I is a key-value array that represents the immutable data of an asset.
	.velluscinum.transferToken(S,P,Q,C,R,V,b)	Transfers V units of C and returns the belief: b(T). Where T is a literal that represents a transaction performed in the DTL; S is a literal that represents the address of a DLT node; P and Q are literals that represent the agent's key pair; C is a literal that represents a divisible asset; R is a literal that represents the public key of a recipient agent; V is a literal that represents the number of parts of a C.
	.velluscinum.stampTransaction(S,P,Q,T)	Stamps a transaction (T). Where S is a literal that represents the address of a DLT node; P and Q are literals that represent the agent's key pair.
	.velluscinum.tokenBalance(S,P,Q,C,q)	Check the wallet Q and return the belief: q(C,V). Where C is a literal that represents a divisible asset; V is a literal that represents the number of parts of a C; S is a literal that represents the address of a DLT node; P and Q are literals that represent the agent's key pair.

bracis2023

jasonEmbedded - BRACIS 2023 version

More informations in A Spin-off Version of Jason for IoT and Embedded Multi-Agent Systems