@nfps.dev/runtime/dist/cjs/connectivity.js

Runtime library for NFPs

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.load_script = void 0;
const belt_1 = require("@blake.regalia/belt");
const neutrino_1 = require("@solar-republic/neutrino");
const constants_1 = require("./constants");
const load_script = async (si_package, h_query, k_contract, a_location, z_auth) => {
    // submit query
    const [g_version, xc_code, s_error, h_response] = await (0, neutrino_1.query_contract_infer)(k_contract, 'package_version', {
        package_id: si_package,
        token_id: a_location[2],
        ...h_query,
    }, z_auth);
    // query error
    if (!g_version)
        return alert(s_error || JSON.stringify(h_response));
    // package is present
    const g_package = g_version.package;
    if (g_package?.data.bytes) {
        // create script
        const dm_script = document.createElementNS(constants_1.P_NS_SVG, 'script');
        dm_script.setAttribute('type', constants_1.S_CONTENT_TYPE_SCRIPT);
        // eslint-disable-next-line prefer-const
        let g_data = g_package.data;
        let atu8_bytes = (0, belt_1.base64_to_buffer)(g_data.bytes);
        // eslint-disable-next-line prefer-const
        let s_encoding = g_data.content_encoding;
        if (s_encoding) {
            const d_reader = new Blob([atu8_bytes]).stream()
                .pipeThrough(new DecompressionStream(s_encoding))
                .getReader();
            const a_chunks = [];
            for (;;) {
                const { done: b_done, value: atu8_chunk, } = await d_reader.read();
                if (b_done)
                    break;
                a_chunks.push(atu8_chunk);
            }
            atu8_bytes = (0, belt_1.concat)(a_chunks);
        }
        dm_script.textContent = (0, belt_1.buffer_to_text)(atu8_bytes);
        // return script
        return dm_script;
    }
};
exports.load_script = load_script;
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