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Minimal working warnings and resources

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TODO:
* Add all other warnings for cards
* Add crate level warnings
* Add reminders to the bottom of the crate
* Refactor crate mode selection (???)
* Add resource consumers, instead of a bunch of nbrOccupiedSLots

Signed-off-by: Egor Savkin <es@m-labs.hk>
This commit is contained in:
Egor Savkin 2023-12-05 17:35:31 +08:00
parent 530be12334
commit abb472f0ea
8 changed files with 142 additions and 395 deletions
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25
static/js/shop/ProductCartItem.jsx
View File

@ -1,11 +1,10 @@
import React, {PureComponent} from 'react'
import PropTypes from "prop-types";
import {Draggable} from "@hello-pangea/dnd";
import {OverlayTrigger} from "react-bootstrap";
import {DialogPopup} from "./options/DialogPopup.jsx";
import {productStyle} from "./utils";
import {Resources} from "./Resources.jsx";
import {Warnings} from "./Warnings";
import {Warnings} from "./Warnings.jsx";
/**
* Component that renders a product.
@ -82,20 +81,12 @@ export class ProductCartItem extends PureComponent {
first,
last,
ext_data,
resources,
onCardUpdate,
} = this.props;
let warning, options, options_data;
if (data && data.warnings) {
const warningsKeys = Object.keys(data.warnings);
if (warningsKeys && warningsKeys.length > 0) {
// we display only the first warning
warning = data.warnings[warningsKeys[0]];
}
}
let options, options_data;
const warnings = data && data.show_warnings;
const resources = data && data.counted_resources;
if (data && data.options) {
options = data.options;
@ -104,10 +95,6 @@ export class ProductCartItem extends PureComponent {
options_data.ext_data = ext_data;
}
let render_progress;
if (data) {
}
return (
<Draggable draggableId={model.id} index={index}>
@ -132,8 +119,8 @@ export class ProductCartItem extends PureComponent {
{/* warning container */}
<div className="progress-container warning d-flex justify-content-evenly">
{warning &&
(<Warnings warnings={warning} />)
{warnings && warnings.length > 0 &&
(<Warnings warnings={warnings} />)
}
{options && (

11
static/js/shop/Resources.jsx
View File

@ -1,5 +1,6 @@
import {OverlayTrigger} from "react-bootstrap";
import React from "react";
import {v4 as uuidv4} from "uuid";
const resourcesWidthStyle = (occupied, max) => {
@ -10,7 +11,7 @@ const resourcesWidthStyle = (occupied, max) => {
function EEMRenderer({occupied, max}) {
return (
<div className="nbr-connectors">
<div className="nbr-connectors" key={uuidv4()}>
<div style={{...resourcesWidthStyle(occupied, max)}}></div>
</div>
)
@ -18,7 +19,7 @@ function EEMRenderer({occupied, max}) {
function ClockRenderer({occupied, max}) {
return (
<div className="nbr-clocks">
<div className="nbr-clocks" key={uuidv4()}>
<div style={{...resourcesWidthStyle(occupied, max)}}></div>
</div>
)
@ -32,15 +33,15 @@ const resource_progress_renderers = {
function EEMTipRender({occupied, max}) {
return (<p>{`${occupied}/${max} EEM connectors used`}</p>);
return (<p key={uuidv4()}>{`${occupied}/${max} EEM connectors used`}</p>);
}
function IDCTipRender({occupied, max}) {
return (<p>{`${occupied}/${max} IDC connectors used`}</p>);
return (<p key={uuidv4()}>{`${occupied}/${max} IDC connectors used`}</p>);
}
function ClockTipRender({occupied, max}) {
return (<p>{`${occupied}/${max} clock connectors used`}</p>);
return (<p key={uuidv4()}>{`${occupied}/${max} clock connectors used`}</p>);
}
const resource_tip = {

284
static/js/shop/Shop.jsx
View File

@ -14,6 +14,8 @@ import {Crate} from "./Crate.jsx";
import {Cart} from "./Cart.jsx";
import {OrderSummary} from "./OrderSummary.jsx";
import {OrderForm} from "./OrderForm.jsx";
import {TriggerWarnings} from "./warnings";
import {FillResources} from "./count_resources";
/**
* Component that render the entire shop
@ -465,18 +467,18 @@ export class Shop extends PureComponent {
crateRules,
} = this.state;
const itemsCloned = Array.from(newItems);
const itemsData = [];
let itemsCloned = Array.from(newItems);
const rules = {};
itemsCloned.forEach((elem, idx) => {
if (!(idx in itemsData)) itemsData[idx] = elem;
if (!(idx in itemsCloned)) itemsCloned[idx] = elem;
if (idx in this.state.columns.cart.itemsData && this.state.columns.cart.itemsData[idx].options_data) {
itemsCloned[idx].options_data = this.state.columns.cart.itemsData[idx].options_data;
}
itemsData[idx].warnings = {};
});
itemsCloned = FillResources(itemsCloned);
itemsCloned = TriggerWarnings(itemsCloned);
// check number of slot in crate
const nbrOccupied = nbrOccupiedSlotsInCrate(newItems);
@ -486,278 +488,6 @@ export class Shop extends PureComponent {
rules[crateRules.compactSlot.type] = {...crateRules.compactSlot};
}
// check the number of EEM connectors available for all Kasli
const idxK = itemsCloned.reduce((prev, next, i) => {
if (next.type === 'kasli' || next.type === 'vhdcicarrier') {
prev.push(i);
}
return prev;
}, []);
for (let i = 0; i <= idxK.length - 1; i++) {
let slots;
let nbUsedSlot = 0;
let nbrCurrentClock = 0;
let idx = idxK[i];
if (i !== idxK.length - 1) {
slots = itemsCloned.slice(idx + 1, idxK[i + 1]);
} else {
slots = itemsCloned.slice(idx + 1);
}
if (i == 0) {
const slots_need_resource = itemsCloned.slice(0, idx);
const idx_need = slots_need_resource.findIndex(e => (e.rules && e.rules.resources));
if (idx_need != -1) {
if (idx_need in itemsData) {
if ('warnings' in itemsData[idx_need]) {
itemsData[idx_need].warnings.resources = {...itemsCloned[idx_need].rules.resources};
} else {
itemsData[idx_need].warnings = {};
itemsData[idx_need].warnings.resources = {...itemsCloned[idx_need].rules.resources};
}
} else {
itemsData[idx_need] = {...itemsCloned[idx_need]};
itemsData[idx_need].warnings = {};
itemsData[idx_need].warnings.resources = {...itemsCloned[idx_need].rules.resources};
}
}
}
const process_slots = (item) => {
if (!item.options_data
|| item.options_data.ext_pwr === false
|| item.options_data.mono_eem === false
)
return item.slotOccupied;
else if (item.options_data.ext_pwr === true)
return 0;
else if (item.options_data.mono_eem === true || item.options_data.n_eem === "1 EEM")
return 1;
else if (item.options_data.n_eem === "3 EEM")
return 3;
return item.slotOccupied;
}
nbUsedSlot = slots
.filter(item => item.type !== 'idc-bnc')
.reduce((prev, next) => {
return prev + process_slots(next);
}, 0);
nbrCurrentClock = slots
.reduce((prev, next) => {
return next.type === 'clocker' ? prev + ((next.options_data && next.options_data.ext_clk === true) ? 0 : next.clockOccupied) : prev;
}, 0);
if (idx in itemsData) {
itemsData[idx].nbrCurrentSlot = nbUsedSlot;
itemsData[idx].nbrCurrentClock = nbrCurrentClock;
if (!('warnings' in itemsData[idx])) {
itemsData[idx].warnings = {};
}
} else {
itemsData[idx] = {...itemsCloned[idx]};
itemsData[idx].nbrCurrentSlot = nbUsedSlot;
itemsData[idx].nbrCurrentClock = nbrCurrentClock;
itemsData[idx].warnings = {};
}
if (nbUsedSlot > itemsCloned[idx].nbrSlotMax) {
if (itemsCloned[idx].rules.maxSlot.message) {
rules[itemsCloned[idx].rules.maxSlot.type] = {...itemsCloned[idx].rules.maxSlot};
}
itemsData[idx].warnings.maxSlotWarning = {...itemsCloned[idx].rules.maxSlotWarning};
}
if (nbrCurrentClock > itemsCloned[idx].nbrClockMax) {
rules[itemsCloned[idx].rules.maxClock.type] = {...itemsCloned[idx].rules.maxClock};
itemsData[idx].warnings.maxClockWarning = {...itemsCloned[idx].rules.maxClockWarning};
}
if (itemsCloned.length > (idx + 1)) {
const ddkali = itemsCloned[idx + 1];
if (ddkali.type === 'kasli' || ddkali.type === 'vhdcicarrier') {
rules[ddkali.rules.follow.type] = {...ddkali.rules.follow};
}
}
}
if (idxK.length === 0) {
const slots_need_resource = itemsCloned.slice(0);
const idx_need = slots_need_resource.findIndex(e => (e.rules && e.rules.resources));
if (idx_need != -1) {
if (idx_need in itemsData) {
if ('warnings' in itemsData[idx_need]) {
itemsData[idx_need].warnings.resources = {...itemsCloned[idx_need].rules.resources};
} else {
itemsData[idx_need].warnings = {};
itemsData[idx_need].warnings.resources = {...itemsCloned[idx_need].rules.resources};
}
} else {
itemsData[idx_need] = {...itemsCloned[idx_need]};
itemsData[idx_need].warnings = {};
itemsData[idx_need].warnings.resources = {...itemsCloned[idx_need].rules.resources};
}
}
}
// check number of clock connector available
const idxC = itemsCloned.reduce((prev, next, i) => {
if (next.type === 'kasli' || next.type === 'clocker') {
prev.push(i);
}
return prev;
}, []);
for (let i = 0; i <= idxC.length - 1; i++) {
let slots;
let nbrCurrentClock = 0;
let idx = idxC[i];
if (i !== idxC.length - 1) {
slots = itemsCloned.slice(idx + 1, idxC[i + 1]);
} else {
slots = itemsCloned.slice(idx + 1);
}
nbrCurrentClock = slots.reduce((prev, next) => {
return prev + ((next.options_data && next.options_data.ext_clk && next.options_data.ext_clk.checked) ? 0 : next.clockOccupied);
}, 0);
if (idx in itemsData) {
if (itemsData[idx].nbrCurrentClock && itemsData[idx].type !== "clocker") {
itemsData[idx].nbrCurrentClock += nbrCurrentClock;
} else {
itemsData[idx].nbrCurrentClock = nbrCurrentClock;
}
} else {
itemsData[idx] = {...itemsCloned[idx]};
itemsData[idx].nbrCurrentClock = nbrCurrentClock;
itemsData[idx].warnings = {};
}
if (nbrCurrentClock > itemsCloned[idx].nbrClockMax) {
rules[itemsCloned[idx].rules.maxClock.type] = {...itemsCloned[idx].rules.maxClock};
itemsData[idx].warnings.maxClockWarning = {...itemsCloned[idx].rules.maxClockWarning};
}
}
if (itemsCloned.find(elem => elem.type === 'urukul')) {
if (this.state.items['urukul'].rules.info) {
rules[this.state.items['urukul'].rules.info.type] = {...this.state.items['urukul'].rules.info};
}
}
// check if IDC-BNC is correctly positionned (after Zotino or HD68)
const idxIDCBNC = itemsCloned.reduce((prev, next, i) => {
if (next.type === 'idc-bnc') {
prev.push(i);
}
return prev;
}, []);
for (var i = idxIDCBNC.length - 1; i >= 0; i--) {
const ce = idxIDCBNC[i];
let shouldWarning = false;
if (ce == 0) {
shouldWarning = true;
} else if (ce >= 1) {
const pe = idxIDCBNC[i] - 1;
if (itemsCloned[pe].type !== 'zotino' &&
itemsCloned[pe].type !== 'hd68' &&
itemsCloned[pe].type !== 'idc-bnc') {
shouldWarning = true;
}
}
if (shouldWarning) {
itemsData[ce] = {...itemsCloned[ce]};
itemsData[ce].warnings = {};
itemsData[ce].warnings.wrong = {...itemsCloned[ce].rules.wrong};
}
}
// check number of IDC-BNC adapters for a Zotino and HD68-IDC
const idxZH = itemsCloned.reduce((prev, next, i) => {
if (next.type === 'zotino' || next.type === 'hd68') {
prev.push(i);
}
return prev;
}, []);
for (let i = 0; i <= idxZH.length - 1; i++) {
let slots;
let nbUsedSlot = 0;
let idx = idxZH[i];
if (i !== idxZH.length - 1) {
slots = itemsCloned.slice(idx + 1, idxZH[i + 1]);
} else {
slots = itemsCloned.slice(idx + 1);
}
let stopCount = false;
nbUsedSlot = slots.reduce((prev, next, ci, ca) => {
if (ci === 0 && next.type === 'idc-bnc') {
return prev + 1;
} else if (ca[0].type === 'idc-bnc' && ci > 0 && ca[ci - 1].type === 'idc-bnc') {
if (next.type !== 'idc-bnc') { stopCount = true; }
return prev + (next.type === 'idc-bnc' && !stopCount ? 1 : 0);
}
return prev;
}, 0);
if (idx in itemsData) {
itemsData[idx].nbrCurrentSlot = nbUsedSlot;
if (!('warnings' in itemsData[idx])) {
itemsData[idx].warnings = {};
}
} else {
itemsData[idx] = {...itemsCloned[idx]};
itemsData[idx].nbrCurrentSlot = nbUsedSlot;
itemsData[idx].warnings = {};
}
if (nbUsedSlot > 0) {
if (itemsCloned[idx].rules.maxSlot.message) {
rules[itemsCloned[idx].rules.maxSlot.type] = {...itemsCloned[idx].rules.maxSlot};
}
}
if (nbUsedSlot > itemsCloned[idx].nbrSlotMax) {
itemsData[idx].warnings.maxSlotWarning = {...itemsCloned[idx].rules.maxSlotWarning};
}
// check if HD68-IDC has at least 1 IDC-BNC adapter
if (itemsCloned[idx].type === 'hd68') {
let shouldWarning = false;
if (idx < itemsCloned.length - 1) {
if (itemsCloned[idx + 1].type !== 'idc-bnc') {
shouldWarning = true;
}
} else if (idx === itemsCloned.length - 1) {
shouldWarning = true;
}
if (shouldWarning) {
if (idx in itemsData) {
itemsData[idx].warnings.minAdapter = {...itemsCloned[idx].rules.minAdapter};
} else {
itemsData[idx] = {...itemsCloned[idx]};
itemsData[idx].warnings = {};
itemsData[idx].warnings.minAdapter = {...itemsCloned[idx].rules.minAdapter};
}
}
}
}
// update state with rules
this.setState({
...this.state,
@ -765,7 +495,7 @@ export class Shop extends PureComponent {
...this.state.columns,
cart: {
...this.state.columns.cart,
itemsData: itemsData,
itemsData: itemsCloned,
}
},
rules: {

16
static/js/shop/Warnings.jsx
View File

@ -1,9 +1,10 @@
import {OverlayTrigger} from "react-bootstrap";
import React from "react";
import {MaxLevel} from "./warnings";
export function Warnings({warnings}) {
const max_level = MaxLevel(warnings);
return (
<OverlayTrigger
placement="bottom"
@ -11,15 +12,18 @@ export function Warnings({warnings}) {
overlay={
({arrowProps, hasDoneInitialMeasure, show, ...props}) => (
<div className="k-popup-warning" {...props}>
<p className="rule warning">
<i>{warnings.message}</i>
</p>
{warnings.map((warning, _i) => {
return (
<p className="rule warning">
<i>{warning.message}</i>
</p>
)
})}
</div>)
}
rootClose
>
<img className="alert-warning" src={`/images${warning.icon}`}/>
<img className="alert-warning" src={max_level.icon}/>
</OverlayTrigger>
)
}

56
static/js/shop/count_resources.js
View File

@ -1,5 +1,5 @@
export const count_item_occupied_eem = (item) => {
const count_item_occupied_eem = (item) => {
if (!item.options_data
|| item.options_data.ext_pwr === false
|| item.options_data.mono_eem === false
@ -15,49 +15,38 @@ export const count_item_occupied_eem = (item) => {
return item.slotOccupied || 0;
}
export const count_item_occupied_clock = (item) => {
const count_item_occupied_clock = (item) => {
return (item.options_data && item.options_data.ext_clk === true) ? 0 : (item.clockOccupied || 0);
}
export const count_item_occupied_idc = (item) => {
const count_item_occupied_idc = (item) => {
return item.idcOccupied || 0;
}
function EEMCounter(data, index) {
let count = 0;
for (let i = index + 1; i < data.length; i++) {
if (!!data[i].resources.find((value, _i) => value.name === "eem")) break;
count += count_item_occupied_eem(data[i]);
}
return count;
export const item_occupied_counters = {
"eem": count_item_occupied_eem,
"clk": count_item_occupied_clock,
"idc": count_item_occupied_idc,
}
function ClockCounter(data, index) {
let count = 0;
for (let i = index + 1; i < data.length; i++) {
if (!!data[i].resources.find((value, _i) => value.name === "clk")) break;
count += count_item_occupied_clock(data[i]);
function CounterFactory(name) {
return (data, index) => {
let count = 0;
for (let i = index + 1; i < data.length; i++) {
if (data[i].resources && !!data[i].resources.find((value, _i) => value.name === name)) break;
count += item_occupied_counters[name](data[i]);
}
return count;
}
return count;
}
function IDCCounter(data, index) {
let count = 0;
for (let i = index + 1; i < data.length; i++) {
if (!!data[i].resources.find((value, _i) => value.name === "idc")) break;
count += count_item_occupied_idc(data[i]);
}
return count;
}
const resource_counters = {
"eem": EEMCounter,
"clk": ClockCounter,
"idc": IDCCounter
"eem": CounterFactory("eem"),
"clk": CounterFactory("clk"),
"idc": CounterFactory("idc")
}
export function CountResources(data, index) {
function CountResources(data, index) {
if (!data[index].resources) return null;
let result = [];
data[index].resources.forEach((item, _) => {
@ -68,4 +57,11 @@ export function CountResources(data, index) {
});
});
return result;
}
export function FillResources(data) {
return data.map((element, index) => {
element.counted_resources = CountResources(data, index);
return element;
})
}

1
static/js/shop/options/Options.jsx
View File

@ -1,3 +1,4 @@
import React from "react";
import {apply as json_logic_apply} from "json-logic-js";
import {componentsList} from "./components/components";
import {true_type_of} from "./utils";

81
static/js/shop/warnings.js
View File

@ -5,11 +5,11 @@
* Second - resources indicator should be separate component
*/
import {count_item_occupied_eem, count_item_occupied_clock, count_item_occupied_idc} from "./count_resources";
import {item_occupied_counters} from "./count_resources";
const Levels = {
"reminder": {priority: 0, icon: '/images/shop/icon-reminder.svg'},
"warning": {priority: 1, icon: '/images/shop/icon-warning.svg'},
"reminder": {priority: 1, icon: '/images/shop/icon-reminder.svg'},
"warning": {priority: 2, icon: '/images/shop/icon-warning.svg'},
}
const find_in_counters = (counters, name) => {
@ -17,7 +17,15 @@ const find_in_counters = (counters, name) => {
}
const find_previous_source = (data, index, source) => {
return data.slice(0, index).find((element) => {element.resources.find((value) => value.name === source)})
return data.slice(0, index).find((element) => {
return element.resources && find_in_counters(element.resources, source)
})
}
const find_next_source_index = (data, index, source) => {
return data.slice(index + 1).findIndex((element) => {
return element.resources && find_in_counters(element.resources, source)
}) + index + 1
}
const not_enough_resource_trigger = (name) => {
@ -29,20 +37,31 @@ const not_enough_resource_trigger = (name) => {
const no_source_trigger = (name) => {
return (data, index, _counters) => {
const occupied = count_item_occupied_eem(data[index]);
const occupied = item_occupied_counters[name](data[index]);
if (occupied > 0)
return !!find_previous_source(data, index, name);
return !find_previous_source(data, index, name);
return false;
}
}
const wiring_constraint = (name) => {
return (data, index, _counters) => {
const next = find_next_source_index(data, index, name);
return next - index === 1;
}
}
const crate_overload = (data, index, _counters) => {
// TODO
}
const Types = {
"eem_resource": {
level: "warning",
trigger: not_enough_resource_trigger("eem"),
message: "Insufficient EEM connectors"
},
"no_eem_source" : {
"no_eem_source": {
level: "warning",
trigger: no_source_trigger("eem"),
message: 'This card needs a card that provides a EEM connector (e.g. Kasli) at its left.'
@ -52,7 +71,7 @@ const Types = {
trigger: not_enough_resource_trigger("idc"),
message: "Insufficient IDC connectors."
},
"no_idc_source" : {
"no_idc_source": {
level: "warning",
trigger: no_source_trigger("idc"),
message: 'Should be after a Zotino or a HD68-IDC or with another IDC-BNC.'
@ -62,10 +81,52 @@ const Types = {
trigger: not_enough_resource_trigger("clk"),
message: "Insufficient clock connectors."
},
"no_clk_source" : {
"no_clk_source": {
level: "warning",
trigger: no_source_trigger("clk"),
message: 'This card needs either a card that provides a clock source (e.g. Kasli or Clocker) at its left or use external clock source.'
message: 'This card needs either a card that provides a clock source (e.g. Kasli or Clocker) at its left or use an external clock source.'
},
"eem_wiring_constraint": {
level: "reminder",
trigger: wiring_constraint("eem"),
message: "Due to wiring constraints, the carrier can only connect to EEM cards immediately at its right, without crossing another carrier."
},
"crate_overload": {
level: "warning",
trigger: crate_overload,
message: 'This card needs either a card that provides a clock source (e.g. Kasli or Clocker) at its left or use an external clock source.'
},
"default": {
level: "warning",
trigger: (_a, _b, _c) => {
return true;
},
message: 'This item has unimplemented warning'
}
}
export function TriggerWarnings(data) {
return data.map((element, index) => {
if (!element.warnings) return element;
element.show_warnings = element.warnings
.map((warning, _) => {
if (!!Types[warning])
return Types[warning].trigger(data, index, element.counted_resources) ? {trigger: undefined, ...Types[warning]} : null;
else
return Types.default.trigger(data, index, element.counted_resources);
})
.filter((warning, _) => {
return !!warning
});
return element;
})
}
export function MaxLevel(warnings) {
let mx = {priority: 0, icon: null};
for (const warning of warnings) {
if (Levels[warning.level].priority > mx.priority) mx = Levels[warning.level];
}
return mx;
}

63
static/js/shop_data.js
View File

@ -91,38 +91,15 @@ const shop_data = {
]
}
],
rules: {
maxSlot: {
type: 'kasli-max-slot',
icon: '/shop/icon-reminder.svg',
name: 'Kasli',
message: 'Insufficient EEM connectors.',
},
maxSlotWarning: {
type: 'kasli-max-slot-warning',
icon: '/shop/icon-warning.svg',
name: 'Kasli',
message: 'Insufficient EEM connectors',
},
maxClock: {
type: 'kasli-max-clock',
icon: '/shop/icon-reminder.svg',
name: 'Kasli',
message: 'Insufficient clock connectors. Kasli has at most 4 clock connections.',
},
maxClockWarning: {
type: 'kasli-max-clock-warning',
icon: '/shop/icon-warning.svg',
name: 'Kasli',
message: 'Insufficient clock connectors.',
},
follow: {
type: 'kasli-follow',
icon: '/shop/icon-reminder.svg',
name: 'Kasli',
message: 'Due to wiring constraints, a Kasli can only connect to EEM cards immediately at its right, without crossing another carrier.',
},
},
resources: [
{name: "eem", max: 5},
{name: "clk", max: 4},
],
warnings: [
"eem_resource",
"clk_resource",
"eem_wiring_constraint"
]
},
'kaslisoc': {
id: 'kaslisoc',
@ -338,14 +315,9 @@ const shop_data = {
]
}
],
rules: {
resources: {
type: 'bnc-dio',
icon: '/shop/icon-warning.svg',
name: 'BNC-DIO',
message: 'This card needs a card that provides a EEM connector (e.g. Kasli) at its left.',
},
},
warnings: [
"no_eem_source"
]
},
'sma-dio': {
id: 'sma-dio',
@ -411,14 +383,9 @@ const shop_data = {
nbrClockMax: 0,
slotOccupied: 1,
clockOccupied: 0,
rules: {
resources: {
type: 'sma-dio',
icon: '/shop/icon-warning.svg',
name: 'SMA-DIO',
message: 'This card needs a card that provides a EEM connector (e.g. Kasli) at its left.',
},
},
warnings: [
"no_eem_source"
]
},
'mcx-dio': {
id: 'mcx-dio',