Local modifications to ClusterLabs/Anvil by Alteeve
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import {
Box as MUIBox,
BoxProps as MUIBoxProps,
iconButtonClasses as muiIconButtonClasses,
useMediaQuery,
useTheme,
} from '@mui/material';
import {
Add as MUIAddIcon,
Check as MUICheckIcon,
DragHandle as MUIDragHandleIcon,
} from '@mui/icons-material';
import {
DataGrid as MUIDataGrid,
DataGridProps as MUIDataGridProps,
gridClasses as muiGridClasses,
} from '@mui/x-data-grid';
import {
Dispatch,
FC,
forwardRef,
MutableRefObject,
SetStateAction,
useCallback,
useEffect,
useImperativeHandle,
useMemo,
useRef,
useState,
} from 'react';
import { v4 as uuidv4 } from 'uuid';
import API_BASE_URL from '../lib/consts/API_BASE_URL';
import { BLUE, GREY } from '../lib/consts/DEFAULT_THEME';
import { REP_IPV4, REP_IPV4_CSV } from '../lib/consts/REG_EXP_PATTERNS';
import BriefNetworkInterface from './BriefNetworkInterface';
import Decorator from './Decorator';
import DropArea from './DropArea';
import FlexBox from './FlexBox';
import getFilled from '../lib/getFilled';
import IconButton from './IconButton';
import InputWithRef, { InputForwardedRefContent } from './InputWithRef';
import { Message } from './MessageBox';
import MessageGroup, { MessageGroupForwardedRefContent } from './MessageGroup';
import OutlinedInputWithLabel from './OutlinedInputWithLabel';
import { InnerPanel, InnerPanelHeader } from './Panels';
import periodicFetch from '../lib/fetchers/periodicFetch';
import SelectWithLabel from './SelectWithLabel';
import Spinner from './Spinner';
import sumstring from '../lib/sumstring';
import { testInput, testNotBlank } from '../lib/test_input';
import { InputTestBatches } from '../types/TestInputFunction';
import { BodyText, DataGridCellText } from './Text';
type NetworkInput = {
inputUUID: string;
interfaces: (NetworkInterfaceOverviewMetadata | undefined)[];
ipAddress: string;
ipAddressInputRef?: MutableRefObject<InputForwardedRefContent<'string'>>;
name?: string;
subnetMask: string;
subnetMaskInputRef?: MutableRefObject<InputForwardedRefContent<'string'>>;
type: string;
};
type NetworkInterfaceInputMap = Record<
string,
{
isApplied?: boolean;
}
>;
type NetworkInitFormForwardRefContent = {
get?: () => {
domainNameServerCSV?: string;
gateway?: string;
networks: Omit<
NetworkInput,
'inputUUID' | 'ipAddressInputRef' | 'subnetMaskInputRef'
>[];
};
};
const MOCK_NICS: NetworkInterfaceOverviewMetadata[] = [
{
networkInterfaceUUID: 'fe299134-c8fe-47bd-ab7a-3aa95eada1f6',
networkInterfaceMACAddress: '52:54:00:d2:31:36',
networkInterfaceName: 'ens10',
networkInterfaceState: 'up',
networkInterfaceSpeed: 10000,
networkInterfaceOrder: 1,
},
{
networkInterfaceUUID: 'a652bfd5-61ac-4495-9881-185be8a2ac74',
networkInterfaceMACAddress: '52:54:00:d4:4d:b5',
networkInterfaceName: 'ens11',
networkInterfaceState: 'up',
networkInterfaceSpeed: 10000,
networkInterfaceOrder: 2,
},
{
networkInterfaceUUID: 'b8089b40-0969-49c3-ad65-2470ddb420ef',
networkInterfaceMACAddress: '52:54:00:ba:f5:a3',
networkInterfaceName: 'ens3',
networkInterfaceState: 'up',
networkInterfaceSpeed: 10000,
networkInterfaceOrder: 3,
},
{
networkInterfaceUUID: '42a17465-31b1-4e47-9a91-f803f22ffcc1',
networkInterfaceMACAddress: '52:54:00:ae:31:70',
networkInterfaceName: 'ens9',
networkInterfaceState: 'up',
networkInterfaceSpeed: 10000,
networkInterfaceOrder: 4,
},
];
const NETWORK_TYPES: Record<string, string> = {
bcn: 'Back-Channel Network',
ifn: 'Internet-Facing Network',
};
const REQUIRED_NETWORKS: NetworkInput[] = [
{
inputUUID: '30dd2ac5-8024-4a7e-83a1-6a3df7218972',
interfaces: [],
ipAddress: '10.200.1.1',
name: `${NETWORK_TYPES.bcn} 1`,
subnetMask: '255.255.0.0',
type: 'bcn',
},
{
inputUUID: 'e7ef3af5-5602-440c-87f8-69c242e3d7f3',
interfaces: [],
ipAddress: '10.201.1.1',
name: `${NETWORK_TYPES.ifn} 1`,
subnetMask: '255.255.0.0',
type: 'ifn',
},
];
const BASE_INPUT_COUNT = 2;
const MAX_INTERFACES_PER_NETWORK = 2;
const PER_NETWORK_INPUT_COUNT = 3;
const INPUT_TEST_IDS = {
dnsCSV: 'domainNameServerCSV',
gateway: 'gateway',
networkInterfaces: (prefix: string) => `${prefix}Interface`,
networkIPAddress: (prefix: string) => `${prefix}IPAddress`,
networkName: (prefix: string) => `${prefix}Name`,
networkSubnet: (prefix: string) => `${prefix}SubnetMask`,
};
const NETWORK_INTERFACE_TEMPLATE = Array.from(
{ length: MAX_INTERFACES_PER_NETWORK },
(unused, index) => index + 1,
);
const createNetworkInterfaceTableColumns = (
handleDragMouseDown: (
row: NetworkInterfaceOverviewMetadata,
...eventArgs: Parameters<Exclude<MUIBoxProps['onMouseDown'], undefined>>
) => void,
networkInterfaceInputMap: NetworkInterfaceInputMap,
): MUIDataGridProps['columns'] => [
{
align: 'center',
field: '',
renderCell: ({ row }) => {
const { isApplied } =
networkInterfaceInputMap[row.networkInterfaceUUID] ?? false;
let cursor = 'grab';
let handleMouseDown: MUIBoxProps['onMouseDown'] = (...eventArgs) => {
handleDragMouseDown(row, ...eventArgs);
};
let icon = <MUIDragHandleIcon />;
if (isApplied) {
cursor = 'auto';
handleMouseDown = undefined;
icon = <MUICheckIcon sx={{ color: BLUE }} />;
}
return (
<MUIBox
onMouseDown={handleMouseDown}
sx={{
alignItems: 'center',
display: 'flex',
flexDirection: 'row',
'&:hover': { cursor },
}}
>
{icon}
</MUIBox>
);
},
sortable: false,
width: 1,
},
{
field: 'networkInterfaceName',
flex: 1,
headerName: 'Name',
renderCell: ({ row: { networkInterfaceState } = {}, value }) => (
<MUIBox
sx={{
display: 'flex',
flexDirection: 'row',
'& > :not(:first-child)': { marginLeft: '.5em' },
}}
>
<Decorator
colour={networkInterfaceState === 'up' ? 'ok' : 'off'}
sx={{ height: 'auto' }}
/>
<DataGridCellText text={value} />
</MUIBox>
),
sortComparator: (v1, v2) => sumstring(v1) - sumstring(v2),
},
{
field: 'networkInterfaceMACAddress',
flex: 1,
headerName: 'MAC',
renderCell: ({ value }) => <DataGridCellText monospaced text={value} />,
},
{
field: 'networkInterfaceState',
flex: 1,
headerName: 'State',
renderCell: ({ value }) => {
const state = String(value);
return (
<DataGridCellText
text={`${state.charAt(0).toUpperCase()}${state.substring(1)}`}
/>
);
},
},
{
field: 'networkInterfaceSpeed',
flex: 1,
headerName: 'Speed',
renderCell: ({ value }) => (
<DataGridCellText text={`${parseFloat(value).toLocaleString()} Mbps`} />
),
},
{
field: 'networkInterfaceOrder',
flex: 1,
headerName: 'Order',
},
];
const NetworkForm: FC<{
createDropMouseUpHandler?: (
interfaces: (NetworkInterfaceOverviewMetadata | undefined)[],
interfaceIndex: number,
) => MUIBoxProps['onMouseUp'];
getNetworkTypeCount: (targetType: string, lastIndex?: number) => number;
inputTests: InputTestBatches;
networkIndex: number;
networkInput: NetworkInput;
networkInputs: NetworkInput[];
networkInterfaceInputMap: NetworkInterfaceInputMap;
optionalNetworkInputsLength: number;
setNetworkInputs: Dispatch<SetStateAction<NetworkInput[]>>;
setNetworkInterfaceInputMap: Dispatch<
SetStateAction<NetworkInterfaceInputMap>
>;
testAllInputs: (...excludeTestIds: string[]) => boolean;
toggleSubmitDisabled?: ToggleSubmitDisabledFunction;
}> = ({
createDropMouseUpHandler,
getNetworkTypeCount,
inputTests,
networkIndex,
networkInput,
networkInputs,
networkInterfaceInputMap,
optionalNetworkInputsLength,
setNetworkInputs,
setNetworkInterfaceInputMap,
testAllInputs,
toggleSubmitDisabled,
}) => {
const theme = useTheme();
const breakpointMedium = useMediaQuery(theme.breakpoints.up('md'));
const breakpointLarge = useMediaQuery(theme.breakpoints.up('lg'));
const ipAddressInputRef = useRef<InputForwardedRefContent<'string'>>({});
const subnetMaskInputRef = useRef<InputForwardedRefContent<'string'>>({});
const { inputUUID, interfaces, ipAddress, subnetMask, type } = networkInput;
const inputTestPrefix = useMemo(
() => `network${networkIndex}`,
[networkIndex],
);
const interfacesInputTestId = useMemo(
() => INPUT_TEST_IDS.networkInterfaces(inputTestPrefix),
[inputTestPrefix],
);
const ipAddressInputTestId = useMemo(
() => INPUT_TEST_IDS.networkIPAddress(inputTestPrefix),
[inputTestPrefix],
);
const subnetMaskInputTestId = useMemo(
() => INPUT_TEST_IDS.networkSubnet(inputTestPrefix),
[inputTestPrefix],
);
const isNetworkOptional = useMemo(
() => networkIndex < optionalNetworkInputsLength,
[networkIndex, optionalNetworkInputsLength],
);
networkInput.ipAddressInputRef = ipAddressInputRef;
networkInput.subnetMaskInputRef = subnetMaskInputRef;
return (
<InnerPanel>
<InnerPanelHeader>
<SelectWithLabel
id={`network-${inputUUID}-name`}
isReadOnly={!isNetworkOptional}
inputLabelProps={{ isNotifyRequired: true }}
label="Network name"
selectItems={Object.entries(NETWORK_TYPES).map(
([networkType, networkTypeName]) => {
let count = getNetworkTypeCount(networkType, networkIndex);
if (networkType !== type) {
count += 1;
}
const displayValue = `${networkTypeName} ${count}`;
return { value: networkType, displayValue };
},
)}
selectProps={{
onChange: ({ target: { value } }) => {
const networkType = String(value);
networkInput.type = networkType;
networkInput.name = `${
NETWORK_TYPES[networkType]
} ${getNetworkTypeCount(networkType, networkIndex)}`;
setNetworkInputs([...networkInputs]);
},
renderValue: breakpointLarge
? undefined
: (value) =>
`${String(value).toUpperCase()} ${getNetworkTypeCount(
type,
networkIndex,
)}`,
value: type,
}}
/>
</InnerPanelHeader>
<MUIBox
sx={{
display: 'flex',
flexDirection: 'column',
margin: '.6em',
'& > :not(:first-child)': {
marginTop: '1em',
},
}}
>
{NETWORK_INTERFACE_TEMPLATE.map((linkNumber) => {
const linkName = `Link ${linkNumber}`;
const networkInterfaceIndex = linkNumber - 1;
const networkInterface = interfaces[networkInterfaceIndex];
const { networkInterfaceUUID = '' } = networkInterface ?? {};
const emptyDropAreaContent = breakpointMedium ? (
<BodyText text="Drop to add interface." />
) : (
<MUIAddIcon
sx={{
alignSelf: 'center',
color: GREY,
}}
/>
);
return (
<MUIBox
key={`network-${inputUUID}-link-${linkNumber}`}
sx={{
alignItems: 'center',
display: 'flex',
flexDirection: 'row',
'& > :not(:first-child)': {
marginLeft: '1em',
},
'& > :last-child': {
flexGrow: 1,
},
}}
>
<BodyText sx={{ whiteSpace: 'nowrap' }} text={linkName} />
<DropArea
onMouseUp={(...args) => {
createDropMouseUpHandler
?.call(null, interfaces, networkInterfaceIndex)
?.call(null, ...args);
const isLocalValid = testInput({
inputs: {
[interfacesInputTestId]: {
value: getFilled(interfaces).length,
},
},
tests: inputTests,
});
toggleSubmitDisabled?.call(
null,
isLocalValid && testAllInputs(interfacesInputTestId),
);
}}
>
{networkInterface ? (
<BriefNetworkInterface
key={`network-interface-${networkInterfaceUUID}`}
networkInterface={networkInterface}
onClose={() => {
interfaces[networkInterfaceIndex] = undefined;
networkInterfaceInputMap[networkInterfaceUUID].isApplied =
false;
setNetworkInterfaceInputMap({
...networkInterfaceInputMap,
});
const isLocalValid = testInput({
inputs: {
[interfacesInputTestId]: {
value: getFilled(interfaces).length,
},
},
tests: inputTests,
});
toggleSubmitDisabled?.call(
null,
isLocalValid && testAllInputs(interfacesInputTestId),
);
}}
/>
) : (
emptyDropAreaContent
)}
</DropArea>
</MUIBox>
);
})}
<InputWithRef
input={
<OutlinedInputWithLabel
id={`network-${inputUUID}-ip-address`}
inputLabelProps={{ isNotifyRequired: true }}
label="IP address"
onChange={({ target: { value } }) => {
const isLocalValid = testInput({
inputs: {
[ipAddressInputTestId]: {
value,
},
},
tests: inputTests,
});
toggleSubmitDisabled?.call(
null,
isLocalValid && testAllInputs(ipAddressInputTestId),
);
}}
value={ipAddress}
/>
}
ref={ipAddressInputRef}
/>
<InputWithRef
input={
<OutlinedInputWithLabel
id={`network-${inputUUID}-subnet-mask`}
inputLabelProps={{ isNotifyRequired: true }}
label="Subnet mask"
onChange={({ target: { value } }) => {
const isLocalValid = testInput({
inputs: {
[subnetMaskInputTestId]: { value },
},
tests: inputTests,
});
toggleSubmitDisabled?.call(
null,
isLocalValid && testAllInputs(subnetMaskInputTestId),
);
}}
value={subnetMask}
/>
}
ref={subnetMaskInputRef}
/>
</MUIBox>
</InnerPanel>
);
};
NetworkForm.defaultProps = {
createDropMouseUpHandler: undefined,
toggleSubmitDisabled: undefined,
};
const NetworkInitForm = forwardRef<
NetworkInitFormForwardRefContent,
{ toggleSubmitDisabled?: (testResult: boolean) => void }
>(({ toggleSubmitDisabled }, ref) => {
const [dragMousePosition, setDragMousePosition] = useState<{
x: number;
y: number;
}>({ x: 0, y: 0 });
const [networkInterfaceInputMap, setNetworkInterfaceInputMap] =
useState<NetworkInterfaceInputMap>({});
const [networkInputs, setNetworkInputs] =
useState<NetworkInput[]>(REQUIRED_NETWORKS);
const [networkInterfaceHeld, setNetworkInterfaceHeld] = useState<
NetworkInterfaceOverviewMetadata | undefined
>();
const gatewayInputRef = useRef<InputForwardedRefContent<'string'>>({});
const dnsCSVInputRef = useRef<InputForwardedRefContent<'string'>>({});
const messageGroupRef = useRef<MessageGroupForwardedRefContent>({});
const { data: networkInterfaces = MOCK_NICS, isLoading } = periodicFetch<
NetworkInterfaceOverviewMetadata[]
>(`${API_BASE_URL}/network-interface`, {
refreshInterval: 2000,
onSuccess: (data) => {
if (data instanceof Array) {
const map = data.reduce<NetworkInterfaceInputMap>(
(reduceContainer, { networkInterfaceUUID }) => {
reduceContainer[networkInterfaceUUID] =
networkInterfaceInputMap[networkInterfaceUUID] ?? {};
return reduceContainer;
},
{},
);
setNetworkInterfaceInputMap(map);
}
},
});
const optionalNetworkInputsLength: number = useMemo(
() => networkInputs.length - 2,
[networkInputs],
);
const isDisableAddNetworkButton: boolean = useMemo(
() =>
networkInputs.length >= networkInterfaces.length ||
Object.values(networkInterfaceInputMap).every(
({ isApplied }) => isApplied,
),
[networkInputs, networkInterfaces, networkInterfaceInputMap],
);
const setGatewayInputMessage = useCallback(
(message?: Message) =>
messageGroupRef.current.setMessage?.call(null, 0, message),
[],
);
const setDomainNameServerCSVInputMessage = useCallback(
(message?: Message) =>
messageGroupRef.current.setMessage?.call(null, 1, message),
[],
);
const getNetworkInputMessageIndex = useCallback(
(networkIndex: number, inputIndex: number) =>
BASE_INPUT_COUNT +
(networkInputs.length - 1 - networkIndex) * PER_NETWORK_INPUT_COUNT +
inputIndex,
[networkInputs],
);
const setNetworkIPAddressInputMessage = useCallback(
(networkIndex: number, message?: Message) =>
messageGroupRef.current.setMessage?.call(
null,
getNetworkInputMessageIndex(networkIndex, 1),
message,
),
[getNetworkInputMessageIndex],
);
const setNetworkSubnetMaskInputMessage = useCallback(
(networkIndex: number, message?: Message) =>
messageGroupRef.current.setMessage?.call(
null,
getNetworkInputMessageIndex(networkIndex, 2),
message,
),
[getNetworkInputMessageIndex],
);
const inputTests: InputTestBatches = useMemo(() => {
const tests: InputTestBatches = {
[INPUT_TEST_IDS.dnsCSV]: {
defaults: {
getValue: () => dnsCSVInputRef.current.getValue?.call(null),
onSuccess: () => {
setDomainNameServerCSVInputMessage(undefined);
},
},
tests: [
{
onFailure: () => {
setDomainNameServerCSVInputMessage({
children:
'Domain name servers should be a comma-separated list of IPv4 addresses without trailing comma(s).',
});
},
test: ({ value }) => REP_IPV4_CSV.test(value as string),
},
{ test: testNotBlank },
],
},
[INPUT_TEST_IDS.gateway]: {
defaults: {
getValue: () => gatewayInputRef.current.getValue?.call(null),
onSuccess: () => {
setGatewayInputMessage(undefined);
},
},
tests: [
{
onFailure: () => {
setGatewayInputMessage({
children: 'Gateway should be a valid IPv4 address.',
});
},
test: ({ value }) => REP_IPV4.test(value as string),
},
{ test: testNotBlank },
],
},
};
networkInputs.forEach(
({ interfaces, ipAddress, name, subnetMask }, networkIndex) => {
const inputTestPrefix = `network${networkIndex}`;
tests[INPUT_TEST_IDS.networkInterfaces(inputTestPrefix)] = {
defaults: { value: getFilled(interfaces).length },
tests: [{ test: ({ value }) => (value as number) > 0 }],
};
tests[INPUT_TEST_IDS.networkIPAddress(inputTestPrefix)] = {
defaults: {
onSuccess: () => {
setNetworkIPAddressInputMessage(networkIndex, undefined);
},
value: ipAddress,
},
tests: [
{
onFailure: () => {
setNetworkIPAddressInputMessage(networkIndex, {
children: `IP address in ${name} must be a valid IPv4 address.`,
});
},
test: ({ value }) => REP_IPV4.test(value as string),
},
{ test: testNotBlank },
],
};
tests[INPUT_TEST_IDS.networkName(inputTestPrefix)] = {
defaults: { value: name },
tests: [{ test: testNotBlank }],
};
tests[INPUT_TEST_IDS.networkSubnet(inputTestPrefix)] = {
defaults: {
onSuccess: () => {
setNetworkSubnetMaskInputMessage(networkIndex, undefined);
},
value: subnetMask,
},
tests: [
{
onFailure: () => {
setNetworkSubnetMaskInputMessage(networkIndex, {
children: `Subnet mask in ${name} must be a valid IPv4 address.`,
});
},
test: ({ value }) => REP_IPV4.test(value as string),
},
{ test: testNotBlank },
],
};
},
);
return tests;
}, [
networkInputs,
setDomainNameServerCSVInputMessage,
setGatewayInputMessage,
setNetworkIPAddressInputMessage,
setNetworkSubnetMaskInputMessage,
]);
const testAllInputs = useCallback(
(...excludeTestIds: string[]) =>
testInput({
excludeTestIds,
isIgnoreOnCallbacks: true,
tests: inputTests,
}),
[inputTests],
);
const clearNetworkInterfaceHeld = useCallback(() => {
setNetworkInterfaceHeld(undefined);
}, []);
const createNetwork = useCallback(() => {
networkInputs.unshift({
inputUUID: uuidv4(),
interfaces: [],
ipAddress: '',
name: 'Unknown Network',
subnetMask: '',
type: '',
});
setNetworkInputs([...networkInputs]);
}, [networkInputs]);
const getNetworkTypeCount = useCallback(
(targetType: string, lastIndex = 0) => {
let count = 0;
for (
let index = networkInputs.length - 1;
index >= lastIndex;
index -= 1
) {
if (networkInputs[index].type === targetType) {
count += 1;
}
}
return count;
},
[networkInputs],
);
const createDropMouseUpHandler:
| ((
interfaces: (NetworkInterfaceOverviewMetadata | undefined)[],
interfaceIndex: number,
) => MUIBoxProps['onMouseUp'])
| undefined = useMemo(() => {
if (networkInterfaceHeld === undefined) {
return undefined;
}
const { networkInterfaceUUID } = networkInterfaceHeld;
return (
interfaces: (NetworkInterfaceOverviewMetadata | undefined)[],
interfaceIndex: number,
) =>
() => {
const { networkInterfaceUUID: previousNetworkInterfaceUUID } =
interfaces[interfaceIndex] ?? {};
if (
previousNetworkInterfaceUUID &&
previousNetworkInterfaceUUID !== networkInterfaceUUID
) {
networkInterfaceInputMap[previousNetworkInterfaceUUID].isApplied =
false;
}
interfaces[interfaceIndex] = networkInterfaceHeld;
networkInterfaceInputMap[networkInterfaceUUID].isApplied = true;
};
}, [networkInterfaceHeld, networkInterfaceInputMap]);
const dragAreaDraggingSx: MUIBoxProps['sx'] = useMemo(
() => (networkInterfaceHeld ? { cursor: 'grabbing' } : {}),
[networkInterfaceHeld],
);
const floatingNetworkInterface: JSX.Element = useMemo(() => {
if (networkInterfaceHeld === undefined) {
return <></>;
}
const { x, y } = dragMousePosition;
return (
<BriefNetworkInterface
isFloating
networkInterface={networkInterfaceHeld}
sx={{
left: `calc(${x}px + .4em)`,
position: 'absolute',
top: `calc(${y}px - 1.6em)`,
zIndex: 20,
}}
/>
);
}, [dragMousePosition, networkInterfaceHeld]);
const handleDragAreaMouseLeave: MUIBoxProps['onMouseLeave'] = useMemo(
() =>
networkInterfaceHeld
? () => {
clearNetworkInterfaceHeld();
}
: undefined,
[clearNetworkInterfaceHeld, networkInterfaceHeld],
);
const handleDragAreaMouseMove: MUIBoxProps['onMouseMove'] = useMemo(
() =>
networkInterfaceHeld
? ({ currentTarget, nativeEvent: { clientX, clientY } }) => {
const { left, top } = currentTarget.getBoundingClientRect();
setDragMousePosition({
x: clientX - left,
y: clientY - top,
});
}
: undefined,
[networkInterfaceHeld],
);
const handleDragAreaMouseUp: MUIBoxProps['onMouseUp'] = useMemo(
() =>
networkInterfaceHeld
? () => {
clearNetworkInterfaceHeld();
}
: undefined,
[clearNetworkInterfaceHeld, networkInterfaceHeld],
);
useEffect(() => {
const map = networkInterfaces.reduce<NetworkInterfaceInputMap>(
(reduceContainer, { networkInterfaceUUID }) => {
reduceContainer[networkInterfaceUUID] =
networkInterfaceInputMap[networkInterfaceUUID] ?? {};
return reduceContainer;
},
{},
);
setNetworkInterfaceInputMap(map);
// This block inits the input map for the MOCK_NICS.
// TODO: remove after testing.
// eslint-disable-next-line react-hooks/exhaustive-deps
}, []);
useImperativeHandle(
ref,
() => ({
get: () => ({
domainNameServerCSV: dnsCSVInputRef.current.getValue?.call(null),
gateway: gatewayInputRef.current.getValue?.call(null),
networks: networkInputs.map(
(
{ interfaces, ipAddressInputRef, subnetMaskInputRef, type },
networkIndex,
) => ({
interfaces,
ipAddress: ipAddressInputRef?.current.getValue?.call(null) ?? '',
name: `${NETWORK_TYPES[type]} ${getNetworkTypeCount(
type,
networkIndex,
)}`,
subnetMask: subnetMaskInputRef?.current.getValue?.call(null) ?? '',
type,
}),
),
}),
}),
[getNetworkTypeCount, networkInputs],
);
return isLoading ? (
<Spinner />
) : (
<MUIBox
onMouseDown={({ clientX, clientY, currentTarget }) => {
const { left, top } = currentTarget.getBoundingClientRect();
setDragMousePosition({
x: clientX - left,
y: clientY - top,
});
}}
onMouseLeave={handleDragAreaMouseLeave}
onMouseMove={handleDragAreaMouseMove}
onMouseUp={handleDragAreaMouseUp}
sx={{ position: 'relative', ...dragAreaDraggingSx }}
>
{floatingNetworkInterface}
<MUIBox
sx={{
display: 'flex',
flexDirection: 'column',
'& > :not(:first-child, :nth-child(3))': {
marginTop: '1em',
},
}}
>
<MUIDataGrid
autoHeight
columns={createNetworkInterfaceTableColumns((row) => {
setNetworkInterfaceHeld(row);
}, networkInterfaceInputMap)}
disableColumnMenu
disableSelectionOnClick
getRowId={({ networkInterfaceUUID }) => networkInterfaceUUID}
hideFooter
rows={networkInterfaces}
sx={{
color: GREY,
[`& .${muiIconButtonClasses.root}`]: {
color: 'inherit',
},
[`& .${muiGridClasses.cell}:focus`]: {
outline: 'none',
},
}}
/>
<FlexBox
row
sx={{
'& > :first-child': {
alignSelf: 'start',
marginTop: '.7em',
},
'& > :last-child': {
flexGrow: 1,
},
}}
>
<IconButton
disabled={isDisableAddNetworkButton}
onClick={createNetwork}
>
<MUIAddIcon />
</IconButton>
<MUIBox
sx={{
alignItems: 'strech',
display: 'flex',
flexDirection: 'row',
overflowX: 'auto',
paddingLeft: '.3em',
'& > div': {
marginBottom: '.8em',
marginTop: '.4em',
minWidth: '13em',
width: '25%',
},
'& > :not(:first-child)': {
marginLeft: '1em',
},
}}
>
{networkInputs.map((networkInput, networkIndex) => {
const { inputUUID } = networkInput;
return (
<NetworkForm
key={`network-${inputUUID}`}
{...{
createDropMouseUpHandler,
getNetworkTypeCount,
inputTests,
networkIndex,
networkInput,
networkInputs,
networkInterfaceInputMap,
optionalNetworkInputsLength,
setNetworkInputs,
setNetworkInterfaceInputMap,
testAllInputs,
toggleSubmitDisabled,
}}
/>
);
})}
</MUIBox>
</FlexBox>
<FlexBox
sm="row"
sx={{ marginTop: '.2em', '& > :last-child': { flexGrow: 1 } }}
>
<InputWithRef
input={
<OutlinedInputWithLabel
id="network-init-gateway"
inputLabelProps={{ isNotifyRequired: true }}
onChange={({ target: { value } }) => {
const isLocalValid = testInput({
inputs: { [INPUT_TEST_IDS.gateway]: { value } },
tests: inputTests,
});
toggleSubmitDisabled?.call(
null,
isLocalValid && testAllInputs(INPUT_TEST_IDS.gateway),
);
}}
label="Gateway"
/>
}
ref={gatewayInputRef}
/>
<InputWithRef
input={
<OutlinedInputWithLabel
id="network-init-dns-csv"
inputLabelProps={{ isNotifyRequired: true }}
onChange={({ target: { value } }) => {
const isLocalValid = testInput({
inputs: { [INPUT_TEST_IDS.dnsCSV]: { value } },
tests: inputTests,
});
toggleSubmitDisabled?.call(
null,
isLocalValid && testAllInputs(INPUT_TEST_IDS.dnsCSV),
);
}}
label="Domain name server(s)"
/>
}
ref={dnsCSVInputRef}
/>
</FlexBox>
<MessageGroup
count={
BASE_INPUT_COUNT + networkInputs.length * PER_NETWORK_INPUT_COUNT
}
defaultMessageType="warning"
ref={messageGroupRef}
/>
</MUIBox>
</MUIBox>
);
});
NetworkInitForm.defaultProps = { toggleSubmitDisabled: undefined };
NetworkInitForm.displayName = 'NetworkInitForm';
export type {
NetworkInitFormForwardRefContent,
NetworkInput,
NetworkInterfaceInputMap,
};
export default NetworkInitForm;