🔧:build SSR dist and deploy

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NEO 2024-04-28 00:48:29 +08:00
parent 76c26901d7
commit c59ad6aedb
465 changed files with 214127 additions and 2 deletions

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dist/server/chunks/chunk-9825a69e.js vendored Normal file
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import { _ as __unplugin_components_3 } from './chunk-4e7a6a8d.js';
import { NAlert } from 'naive-ui';
import { defineComponent, ref, computed, withCtx, createTextVNode, unref, isRef, useSSRContext } from 'vue';
import { ssrRenderAttrs, ssrRenderComponent, ssrRenderList } from 'vue/server-renderer';
import { SHA1 } from 'crypto-js';
import { _ as _sfc_main$1 } from './chunk-de61ec1c.js';
import { m as macAddressValidation } from './chunk-65bb8b4f.js';
import './chunk-6003391e.js';
import '@vueuse/core';
import 'pinia';
import './chunk-11f44f81.js';
import './chunk-35c3d701.js';
import 'lodash';
import './chunk-95ec8cf7.js';
import './chunk-8109fd17.js';
import './chunk-77c5cc16.js';
const _sfc_main = /* @__PURE__ */ defineComponent({
__name: "ipv6-ula-generator",
__ssrInlineRender: true,
setup(__props) {
const macAddress = ref("20:37:06:12:34:56");
const calculatedSections = computed(() => {
const timestamp = (/* @__PURE__ */ new Date()).getTime();
const hex40bit = SHA1(timestamp + macAddress.value).toString().substring(30);
const ula = `fd${hex40bit.substring(0, 2)}:${hex40bit.substring(2, 6)}:${hex40bit.substring(6)}`;
return [
{
label: "IPv6 ULA:",
value: `${ula}::/48`
},
{
label: "First routable block:",
value: `${ula}:0::/64`
},
{
label: "Last routable block:",
value: `${ula}:ffff::/64`
}
];
});
const addressValidation = macAddressValidation(macAddress);
return (_ctx, _push, _parent, _attrs) => {
const _component_n_alert = NAlert;
const _component_c_input_text = __unplugin_components_3;
_push(`<div${ssrRenderAttrs(_attrs)}>`);
_push(ssrRenderComponent(_component_n_alert, {
title: "Info",
type: "info"
}, {
default: withCtx((_, _push2, _parent2, _scopeId) => {
if (_push2) {
_push2(` This tool uses the first method suggested by IETF using the current timestamp plus the mac address, sha1 hashed, and the lower 40 bits to generate your random ULA. `);
} else {
return [
createTextVNode(" This tool uses the first method suggested by IETF using the current timestamp plus the mac address, sha1 hashed, and the lower 40 bits to generate your random ULA. ")
];
}
}),
_: 1
}, _parent));
_push(ssrRenderComponent(_component_c_input_text, {
value: unref(macAddress),
"onUpdate:value": ($event) => isRef(macAddress) ? macAddress.value = $event : null,
placeholder: "Type a MAC address",
clearable: "",
label: "MAC address:",
"raw-text": "",
"my-8": "",
validation: unref(addressValidation)
}, null, _parent));
if (unref(addressValidation).isValid) {
_push(`<div><!--[-->`);
ssrRenderList(unref(calculatedSections), ({ label, value }) => {
_push(ssrRenderComponent(_sfc_main$1, {
key: label,
value,
label,
"label-width": "160px",
"label-align": "right",
"label-position": "left",
readonly: "",
"mb-2": ""
}, null, _parent));
});
_push(`<!--]--></div>`);
} else {
_push(`<!---->`);
}
_push(`</div>`);
};
}
});
const _sfc_setup = _sfc_main.setup;
_sfc_main.setup = (props, ctx) => {
const ssrContext = useSSRContext();
(ssrContext.modules || (ssrContext.modules = /* @__PURE__ */ new Set())).add("src/tools/ipv6-ula-generator/ipv6-ula-generator.vue");
return _sfc_setup ? _sfc_setup(props, ctx) : void 0;
};
export { _sfc_main as default };