function inspectFunctionsOfContract(emitted) {
            if (emitted.exit) {
                return;
            }

            const { node } = emitted, { body } = node;
            let cursor = 0;

            // Filter out non-function nodes
            body.filter(child => {
                return ["FunctionDeclaration", "ConstructorDeclaration"].includes(child.type);
            }).forEach(funcNode => {
                // Return if the function is ignored or in the correct order.
                if (
                    (context.options && isIgnored(funcNode, node, context.options[0].ignore)) ||
                    isFunctionVisibility(node, funcNode, functionOrder[cursor])
                ) {
                    return;
                }

                const funcPosInOrder = findFuncPosInOrder(node, funcNode);

                if (funcPosInOrder > cursor) {
                    cursor = funcPosInOrder;
                    return;
                }

                context.report({ node: funcNode, message: errorMessage });
            });
        }
function inspectFunctionsOfContract(emitted) {
            if (emitted.exit) {
                return;
            }

            const { node } = emitted, { body } = node;
            let cursor = 0;

            // Filter out non-function nodes
            body.filter(child => {
                return ["FunctionDeclaration", "ConstructorDeclaration"].includes(child.type);
            }).forEach(funcNode => {
                // Return if the function is ignored or in the correct order.
                if (
                    (context.options && isIgnored(funcNode, node, context.options[0].ignore)) ||
                    isFunctionVisibility(node, funcNode, functionOrder[cursor])
                ) {
                    return;
                }

                const funcPosInOrder = findFuncPosInOrder(node, funcNode);

                if (funcPosInOrder > cursor) {
                    cursor = funcPosInOrder;
                    return;
                }

                context.report({ node: funcNode, message: errorMessage });
            });
        }
function inspectFunctionsOfContract ( emitted ) { if ( emitted . exit ) { return ; } const { node } = emitted , { body } = node ; let cursor = 0 ; // Filter out non-function nodes body . filter ( child => { return [ "FunctionDeclaration" , "ConstructorDeclaration" ] . includes ( child . type ) ; } ) . forEach ( funcNode => { // Return if the function is ignored or in the correct order. if ( ( context . options && isIgnored ( funcNode , node , context . options [ 0 ] . ignore ) ) || isFunctionVisibility ( node , funcNode , functionOrder [ cursor ] ) ) { return ; } const funcPosInOrder = findFuncPosInOrder ( node , funcNode ) ; if ( funcPosInOrder > cursor ) { cursor = funcPosInOrder ; return ; } context . report ( { node : funcNode , message : errorMessage } ) ; } ) ; }
Set cursor to point to first visibility in order of vis. array.
For each function Fi inside contract, if Fi's vis is same as that pointed by cursor, ignore func.
If not, check the pos in the order of Fi's vis. If ahead, simply move cursor forward to Fi's vis.'s
position in array. If behind, report func.
Set cursor to point to first visibility in order of vis . array . For each function Fi inside contract if Fi s vis is same as that pointed by cursor ignore func . If not check the pos in the order of Fi s vis . If ahead simply move cursor forward to Fi s vis . s position in array . If behind report func .