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DirectionEnum,
SimulationObjectRetrieveRead,
useUnitopsPortsDestroyMutation,
} from "@/api/apiStore.gen";
import {
useAddStream,
useAvailableStreamConnections,
useSplitStreamWithHistory,
useUpdatePort,
} from "@/hooks/connections";
import { useFlowsheetAccess } from "@/hooks/flowsheetAccess";
import {
useFlowsheetObjectsIdMap,
useObjectsPortsMap,
useStreamType,
} from "@/hooks/flowsheetObjects";
import { ObjectType } from "../../../../../data/ObjectTypes.gen";
import { Connection } from "./Connection";
export const PortsMap = ({
selectedObj,
unitConfig,
}: {
selectedObj: SimulationObjectRetrieveRead;
unitConfig: ObjectType;
}) => {
const access = useFlowsheetAccess();
const canMutate = access?.can_edit ?? true;
const streamType = useStreamType();
const splitStreamWithHistory = useSplitStreamWithHistory();
const updatePort = useUpdatePort();
const addStream = useAddStream();
const objectsPortsMap = useObjectsPortsMap();
const [deletePort] = useUnitopsPortsDestroyMutation();
const flowsheetObjectIdMap = useFlowsheetObjectsIdMap();
const selectedObjectPorts = objectsPortsMap.get(selectedObj.id);
const {
availableInletStreams,
availableOutletStreams,
availablePowerStreams,
} = useAvailableStreamConnections();
//selectedObjectPorts?.map((port, index) => {
Iif (!selectedObjectPorts) return null;
const getPortOrder = (port: (typeof selectedObjectPorts)[0]) => {
if (selectedObj.objectType === "heatExchanger") {
if (port.key.includes("cold") && port.direction === DirectionEnum.Inlet)
return 0;
if (port.key.includes("cold") && port.direction === DirectionEnum.Outlet)
return 1;
if (port.key.includes("hot") && port.direction === DirectionEnum.Inlet)
return 2;
if (port.key.includes("hot") && port.direction === DirectionEnum.Outlet)
return 3;
}
// Default order: Inlets first, then Outlets
return port.direction === DirectionEnum.Inlet ? 0 : 1;
};
const orderedPorts = [...selectedObjectPorts].sort(
(a, b) => getPortOrder(a) - getPortOrder(b),
);
return orderedPorts.map((port, index) => {
// try to find the stream that the port is connected to
let availableObjects =
port.displayName === "Power Stream"
? availablePowerStreams
: port.direction === DirectionEnum.Inlet
? availableInletStreams
: availableOutletStreams;
let existingConnection: SimulationObjectRetrieveRead | undefined;
if (port.stream) {
existingConnection = flowsheetObjectIdMap.get(port.stream);
// remove already connected streams from the list of available streams
const unitOpPorts = objectsPortsMap.get(selectedObj.id)!; // attached ports of the selected unit op
const attachedStreams = unitOpPorts.map((port) => port.stream);
// const port.StreamType ===
availableObjects = availableObjects.filter(
(stream) => !attachedStreams.includes(stream.id),
);
if (existingConnection) {
availableObjects.unshift(existingConnection); // add the existing connection to the top of the list
}
}
const onConnectionChange = (id: number) => {
updatePort(port.id, { stream: id });
};
const onDisconnect = async () => {
if (port.stream && streamType(port.stream) == "intermediate") {
await splitStreamWithHistory(port.stream);
} else {
updatePort(port.id, { stream: null });
}
};
const onStreamAdd = () => {
addStream(port.id);
};
const onDelete = () => {
deletePort({ id: port.id });
};
const port_config = unitConfig?.ports?.[port.key];
const canDeletePort =
port_config?.many &&
selectedObjectPorts.filter((p) => {
return p.key === port.key;
}).length > port_config.minimum;
return (
<Connection
key={index}
displayName={port.displayName}
current={existingConnection?.id}
currentObject={existingConnection}
options={availableObjects.map((stream) => ({
name: stream.componentName!,
id: stream.id,
}))}
onConnectionChange={onConnectionChange}
onDisconnect={onDisconnect}
onAdd={onStreamAdd}
onDelete={canDeletePort ? onDelete : undefined}
canMutate={canMutate}
/>
);
});
};
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