1. A computer-implemented method for generating a visual representation of a continuous computation language (CCL) document, comprising: accessing the CCL document, the CCL document including one or more CCL statements, wherein the one or more CCL statements include instruction logic that when executed by one or more processors manipulates real-time data; converting the one or more CCL statements to visual objects as a representation of instruction logic of the CCL document graphically on a display device, wherein the converting further comprises: for each CCL statement, generating a plurality of parent nodes based on CCL statement keywords; identifying different connection types between the plurality of parent nodes, wherein the connection types are based on semantics between the plurality of parent nodes; and drawing different connections between the plurality of parent nodes based on the different connection types; determining a number of instructions in each CCL statement that generated a parent node in the plurality of parent nodes; and based on the number of instructions, generating child nodes for the parent node, one child node per instruction in each CCL statement.
1. A computer-implemented method for generating a visual representation of a continuous computation language (CCL) document, comprising: accessing the CCL document, the CCL document including one or more CCL statements, wherein the one or more CCL statements include instruction logic that when executed by one or more processors manipulates real-time data; converting the one or more CCL statements to visual objects as a representation of instruction logic of the CCL document graphically on a display device, wherein the converting further comprises: for each CCL statement, generating a plurality of parent nodes based on CCL statement keywords; identifying different connection types between the plurality of parent nodes, wherein the connection types are based on semantics between the plurality of parent nodes; and drawing different connections between the plurality of parent nodes based on the different connection types; determining a number of instructions in each CCL statement that generated a parent node in the plurality of parent nodes; and based on the number of instructions, generating child nodes for the parent node, one child node per instruction in each CCL statement. 4. The computer-implemented method of claim 1 , wherein a parent node represents a stream.