Systems and methods using binary dynamic rest messages

A non-transitory computer readable medium having instructions stored thereon,

• wherein the instructions comprise an associative mapping between a first communication protocol and a second communication protocol, the first communication protocol being different from the second communication protocol,
• wherein a control message structured according to the first communication protocol comprises a first control code of a plurality of control codes corresponding to HTTP-based status code definitions, and
• wherein a data message structured according to the first communication protocol comprises i) a second control code of the plurality of control codes corresponding to a HTTP request type message based on an HTTP framework, including a “GET” request, a “POST” request, or a “PUT” request and ii) a serialized-binary message having a self-describing schema in which the serialized-binary message comprises:
• a) a data set comprising data values, and
• b) a metadata construct that includes one or more description values of the data set;
• and
• wherein the instructions, when executed by a processor, cause the processor to:
• in response to receiving, from a second computing device, a first data message transmitted according to the second communication protocol, generate a second data message structured according to the first communication protocol and transmit the second data message to a third computing device in the network,
• wherein in response to the receipt of the second data message, the third computing device generates and transmits a first control message structured according to the first communication protocol to the one or more network ports to provide a status of the transmission of the second data message, wherein the first control message comprises one or more HTTP-based status code definitions.

A system for receiving data structured according to a second communication protocol and transmitting the data structured according to a first communication protocol in a network, wherein the second communication protocol is different from the first communication protocol, the system comprising:

• a processor;
• one or more network ports;
• and
• a memory having instructions stored thereon, wherein the instructions comprise an associative mapping between the first communication protocol and the second communication protocol,
• wherein a control message structured according to the first communication protocol comprises a first control code of a plurality of control codes corresponding to HTTP-based status code definitions, and
• wherein a data message structured according to the first communication protocol comprises i) a second control code of the plurality of control codes corresponding to a HTTP request type message based on an HTTP framework, including a “GET” request, a “POST” request, or a “PUT” request and ii) a serialized-binary message having a self-describing schema in which the serialized-binary message comprises:
• a) a data set comprising data values, and
• b) a metadata construct that includes one or more description values of the data set;
• and
• wherein the instructions, when executed by the processor, cause the processor to:
• in response to receiving, at the one or more ports, from a second computing device, a first data message transmitted according to the second communication protocol, generate, according to the associative mapping, a second data message structured according to the first communication protocol and transmit the second data message to a third computing device in the network,
• wherein in response to the receipt of the second data message, the third computing device generates and transmits a first control message structured according to the first communication protocol to the one or more network ports to provide a status of the transmission of the second data message, wherein the first control message comprises one or more HTTP-based status code definitions.