function wrapConditionals () {
		if (options.condition === false) {
			// condition coverage is disabled
			return;
		}

		var self = this, ret;
		if (self[0].start && analyzing.indexOf(self) < 0) {
			analyzing.push(self);
			var lineId = self[0].name + ':' + (self[0].start.line + lineOffset);

			self[1] = wrapCondition(self[1], lineId);

			self[2] = walker.walk(self[2]);
			self[3] = walker.walk(self[3]);

			analyzing.pop(self);

			return self;
		} else if (self[1]) {
			self[1] = wrapCondition(self[1], lineId);
		}
	}
function wrapConditionals () {
		if (options.condition === false) {
			// condition coverage is disabled
			return;
		}

		var self = this, ret;
		if (self[0].start && analyzing.indexOf(self) < 0) {
			analyzing.push(self);
			var lineId = self[0].name + ':' + (self[0].start.line + lineOffset);

			self[1] = wrapCondition(self[1], lineId);

			self[2] = walker.walk(self[2]);
			self[3] = walker.walk(self[3]);

			analyzing.pop(self);

			return self;
		} else if (self[1]) {
			self[1] = wrapCondition(self[1], lineId);
		}
	}
function wrapConditionals ( ) { if ( options . condition === false ) { // condition coverage is disabled return ; } var self = this , ret ; if ( self [ 0 ] . start && analyzing . indexOf ( self ) < 0 ) { analyzing . push ( self ) ; var lineId = self [ 0 ] . name + ':' + ( self [ 0 ] . start . line + lineOffset ) ; self [ 1 ] = wrapCondition ( self [ 1 ] , lineId ) ; self [ 2 ] = walker . walk ( self [ 2 ] ) ; self [ 3 ] = walker . walk ( self [ 3 ] ) ; analyzing . pop ( self ) ; return self ; } else if ( self [ 1 ] ) { self [ 1 ] = wrapCondition ( self [ 1 ] , lineId ) ; } }
This function wraps ternary conditionals in order to have condition coverage

'this' is a node containing
'this[0]' node descriptor
'this[1]' decision block
'this[2]' first statement
'this[3]' second statement
This function wraps ternary conditionals in order to have condition coverage