A system for controlling fluid flow inside a tubular in a wellbore, comprising: a sleeve for positioning in the tubular, wherein the sleeve comprises an internal bore and a port for fluid flow between the internal bore of the sleeve and an inside of the tubular; a receiver positioned in the internal bore of the sleeve, wherein the tubular, sleeve and receiver form a unit for insertion into the wellbore, wherein the receiver comprises a first orifice for fluid flow between the internal bore of the sleeve and the port of the sleeve, and wherein the first orifice is unaligned with the port of the sleeve before insertion of a stabbing tool; and the stabbing tool that is configured to be axially lowered into the wellbore and the tubular, wherein the stabbing tool: (i) is configured to move the receiver in a first direction ("a") to move the first orifice to a first position into alignment with the port of the sleeve, and (ii) is configured to move the receiver in a second direction ("b") to move the first orifice out of alignment with the port of the sleeve so that a portion of the receiver covers the port of the sleeve, characterized in that the receiver further comprises a second orifice spaced axially from the first orifice, the second orifice being for fluid flow between the internal bore of the sleeve and the port of the sleeve, wherein the second orifice is either aligned or unaligned with the port of the sleeve before insertion of a stabbing tool, and wherein the movement of the receiver by the stabbing tool in the first direction is configured to move the second orifice out of alignment with the port of the sleeve or to keep the second orifice out of alignment with the port of the sleeve. a sleeve for positioning in the tubular, wherein the sleeve comprises an internal bore and a port for fluid flow between the internal bore of the sleeve and an inside of the tubular; a receiver positioned in the internal bore of the sleeve, wherein the tubular, sleeve and receiver form a unit for insertion into the wellbore, wherein the receiver comprises a first orifice for fluid flow between the internal bore of the sleeve and the port of the sleeve, and wherein the first orifice is unaligned with the port of the sleeve before insertion of a stabbing tool; and the stabbing tool that is configured to be axially lowered into the wellbore and the tubular, wherein the stabbing tool: (i) is configured to move the receiver in a first direction ("a") to move the first orifice to a first position into alignment with the port of the sleeve, and (ii) is configured to move the receiver in a second direction ("b") to move the first orifice out of alignment with the port of the sleeve so that a portion of the receiver covers the port of the sleeve, characterized in that the receiver further comprises a second orifice spaced axially from the first orifice, the second orifice being for fluid flow between the internal bore of the sleeve and the port of the sleeve, wherein the second orifice is either aligned or unaligned with the port of the sleeve before insertion of a stabbing tool, and wherein the movement of the receiver by the stabbing tool in the first direction is configured to move the second orifice out of alignment with the port of the sleeve or to keep the second orifice out of alignment with the port of the sleeve.