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web: refactoring

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This commit is contained in:
Maxim Devaev
2025-05-14 18:59:26 +03:00
parent 191eb4b430
commit 8b97eed743
12 changed files with 260 additions and 260 deletions
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156
web/share/js/kvm/recorder.js
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@@ -63,8 +63,8 @@ export function Recorder() {
__refresh();
};
self.recordWsEvent = function(event) {
__recordEvent(event);
self.recordWsEvent = function(ev) {
__recordEvent(ev);
};
self.recordPrintEvent = function(text, keymap, slow) {
@@ -83,7 +83,7 @@ export function Recorder() {
__recordEvent({"event_type": "gpio_pulse", "event": {"channel": channel}});
};
var __recordEvent = function(event) {
var __recordEvent = function(ev) {
if (__recording) {
let now = new Date().getTime();
if (__last_event_ts) {
@@ -92,7 +92,7 @@ export function Recorder() {
__events_time += delay;
}
__last_event_ts = now;
__events.push(event);
__events.push(ev);
__setCounters(__events.length, __events_time);
}
};
@@ -149,73 +149,73 @@ export function Recorder() {
let raw_events = JSON.parse(reader.result);
__checkType(raw_events, "object", "Base of script is not an objects list");
for (let event of raw_events) {
__checkType(event, "object", "Non-dict event");
__checkType(event.event, "object", "Non-dict event");
for (let ev of raw_events) {
__checkType(ev, "object", "Non-dict event");
__checkType(ev.event, "object", "Non-dict event");
if (event.event_type === "delay") {
__checkUnsigned(event.event.millis, "Non-unsigned delay");
events_time += event.event.millis;
if (ev.event_type === "delay") {
__checkUnsigned(ev.event.millis, "Non-unsigned delay");
events_time += ev.event.millis;
} else if (event.event_type === "print") {
__checkType(event.event.text, "string", "Non-string print text");
if (event.event.keymap !== undefined) {
__checkType(event.event.keymap, "string", "Non-string keymap");
} else if (ev.event_type === "print") {
__checkType(ev.event.text, "string", "Non-string print text");
if (ev.event.keymap !== undefined) {
__checkType(ev.event.keymap, "string", "Non-string keymap");
}
if (event.event.slow !== undefined) {
__checkType(event.event.slow, "boolean", "Non-bool slow");
if (ev.event.slow !== undefined) {
__checkType(ev.event.slow, "boolean", "Non-bool slow");
}
} else if (event.event_type === "key") {
__checkType(event.event.key, "string", "Non-string key code");
__checkType(event.event.state, "boolean", "Non-bool key state");
} else if (ev.event_type === "key") {
__checkType(ev.event.key, "string", "Non-string key code");
__checkType(ev.event.state, "boolean", "Non-bool key state");
} else if (event.event_type === "mouse_button") {
__checkType(event.event.button, "string", "Non-string mouse button code");
__checkType(event.event.state, "boolean", "Non-bool mouse button state");
} else if (ev.event_type === "mouse_button") {
__checkType(ev.event.button, "string", "Non-string mouse button code");
__checkType(ev.event.state, "boolean", "Non-bool mouse button state");
} else if (event.event_type === "mouse_move") {
__checkType(event.event.to, "object", "Non-object mouse move target");
__checkInt(event.event.to.x, "Non-int mouse move X");
__checkInt(event.event.to.y, "Non-int mouse move Y");
} else if (ev.event_type === "mouse_move") {
__checkType(ev.event.to, "object", "Non-object mouse move target");
__checkInt(ev.event.to.x, "Non-int mouse move X");
__checkInt(ev.event.to.y, "Non-int mouse move Y");
} else if (event.event_type === "mouse_relative") {
__checkMouseRelativeDelta(event.event.delta);
__checkType(event.event.squash, "boolean", "Non-boolean squash");
} else if (ev.event_type === "mouse_relative") {
__checkMouseRelativeDelta(ev.event.delta);
__checkType(ev.event.squash, "boolean", "Non-boolean squash");
} else if (event.event_type === "mouse_wheel") {
__checkType(event.event.delta, "object", "Non-object mouse wheel delta");
__checkInt(event.event.delta.x, "Non-int mouse delta X");
__checkInt(event.event.delta.y, "Non-int mouse delta Y");
} else if (ev.event_type === "mouse_wheel") {
__checkType(ev.event.delta, "object", "Non-object mouse wheel delta");
__checkInt(ev.event.delta.x, "Non-int mouse delta X");
__checkInt(ev.event.delta.y, "Non-int mouse delta Y");
} else if (event.event_type === "atx_button") {
__checkType(event.event.button, "string", "Non-string ATX button");
} else if (ev.event_type === "atx_button") {
__checkType(ev.event.button, "string", "Non-string ATX button");
} else if (event.event_type === "gpio_switch") {
__checkType(event.event.channel, "string", "Non-string GPIO channel");
__checkType(event.event.state, "boolean", "Non-bool GPIO state");
} else if (ev.event_type === "gpio_switch") {
__checkType(ev.event.channel, "string", "Non-string GPIO channel");
__checkType(ev.event.state, "boolean", "Non-bool GPIO state");
} else if (event.event_type === "gpio_pulse") {
__checkType(event.event.channel, "string", "Non-string GPIO channel");
} else if (ev.event_type === "gpio_pulse") {
__checkType(ev.event.channel, "string", "Non-string GPIO channel");
} else if (event.event_type === "delay_random") {
__checkType(event.event.range, "object", "Non-object random delay range");
__checkUnsigned(event.event.range.min, "Non-unsigned random delay range min");
__checkUnsigned(event.event.range.max, "Non-unsigned random delay range max");
__checkRangeMinMax(event.event.range, "Invalid random delay range");
events_time += event.event.range.max;
} else if (ev.event_type === "delay_random") {
__checkType(ev.event.range, "object", "Non-object random delay range");
__checkUnsigned(ev.event.range.min, "Non-unsigned random delay range min");
__checkUnsigned(ev.event.range.max, "Non-unsigned random delay range max");
__checkRangeMinMax(ev.event.range, "Invalid random delay range");
events_time += ev.event.range.max;
} else if (event.event_type === "mouse_move_random") { // Hack for pikvm/pikvm#1041
__checkType(event.event.range, "object", "Non-object random mouse move range");
__checkInt(event.event.range.min, "Non-int random mouse move range min");
__checkInt(event.event.range.max, "Non-int random mouse move range max");
__checkRangeMinMax(event.event.range, "Invalid random mouse move range");
} else if (ev.event_type === "mouse_move_random") { // Hack for pikvm/pikvm#1041
__checkType(ev.event.range, "object", "Non-object random mouse move range");
__checkInt(ev.event.range.min, "Non-int random mouse move range min");
__checkInt(ev.event.range.max, "Non-int random mouse move range max");
__checkRangeMinMax(ev.event.range, "Invalid random mouse move range");
} else {
throw `Unknown event type: ${event.event_type}`;
throw `Unknown event type: ${ev.event_type}`;
}
events.push(event);
events.push(ev);
}
__events = events;
@@ -274,24 +274,24 @@ export function Recorder() {
var __runEvents = function(index, time=0) {
while (index < __events.length) {
__setCounters(__events.length - index + 1, __events_time - time);
let event = __events[index];
let ev = __events[index];
if (["delay", "delay_random"].includes(event.event_type)) {
if (["delay", "delay_random"].includes(ev.event_type)) {
let millis = (
event.event_type === "delay"
? event.event.millis
: tools.getRandomInt(event.event.range.min, event.event.range.max)
ev.event_type === "delay"
? ev.event.millis
: tools.getRandomInt(ev.event.range.min, ev.event.range.max)
);
__play_timer = setTimeout(() => __runEvents(index + 1, time + millis), millis);
return;
} else if (event.event_type === "print") {
} else if (ev.event_type === "print") {
let params = {"limit": 0};
if (event.event.keymap !== undefined) {
params["keymap"] = event.event.keymap;
if (ev.event.keymap !== undefined) {
params["keymap"] = ev.event.keymap;
}
if (event.event.slow !== undefined) {
params["slow"] = event.event.slow;
if (ev.event.slow !== undefined) {
params["slow"] = ev.event.slow;
}
tools.httpPost("api/hid/print", params, function(http) {
if (http.status === 413) {
@@ -303,11 +303,11 @@ export function Recorder() {
} else if (http.status === 200) {
__play_timer = setTimeout(() => __runEvents(index + 1, time), 0);
}
}, event.event.text, "text/plain");
}, ev.event.text, "text/plain");
return;
} else if (event.event_type === "atx_button") {
tools.httpPost("api/atx/click", {"button": event.event.button}, function(http) {
} else if (ev.event_type === "atx_button") {
tools.httpPost("api/atx/click", {"button": ev.event.button}, function(http) {
if (http.status !== 200) {
wm.error("ATX error", http.responseText);
__stopProcess();
@@ -317,12 +317,12 @@ export function Recorder() {
});
return;
} else if (["gpio_switch", "gpio_pulse"].includes(event.event_type)) {
} else if (["gpio_switch", "gpio_pulse"].includes(ev.event_type)) {
let path = "api/gpio";
let params = {"channel": event.event.channel};
if (event.event_type === "gpio_switch") {
let params = {"channel": ev.event.channel};
if (ev.event_type === "gpio_switch") {
path += "/switch";
params["state"] = event.event.to;
params["state"] = ev.event.to;
} else { // gpio_pulse
path += "/pulse";
}
@@ -336,19 +336,19 @@ export function Recorder() {
});
return;
} else if (event.event_type === "key") {
event.event.finish = $("hid-keyboard-bad-link-switch").checked;
__ws.sendHidEvent(event);
} else if (ev.event_type === "key") {
ev.event.finish = $("hid-keyboard-bad-link-switch").checked;
__ws.sendHidEvent(ev);
} else if (["mouse_button", "mouse_move", "mouse_wheel", "mouse_relative"].includes(event.event_type)) {
__ws.sendHidEvent(event);
} else if (["mouse_button", "mouse_move", "mouse_wheel", "mouse_relative"].includes(ev.event_type)) {
__ws.sendHidEvent(ev);
} else if (event.event_type === "mouse_move_random") {
} else if (ev.event_type === "mouse_move_random") {
__ws.sendHidEvent({
"event_type": "mouse_move",
"event": {"to": {
"x": tools.getRandomInt(event.event.range.min, event.event.range.max),
"y": tools.getRandomInt(event.event.range.min, event.event.range.max),
"x": tools.getRandomInt(ev.event.range.min, ev.event.range.max),
"y": tools.getRandomInt(ev.event.range.min, ev.event.range.max),
}},
});
}