Kaj SchittecatandClaude Opus 5.5
2a4e48bc50
The contact sheet's Admin button (repeaters, and now room servers) opens a full admin app instead of a password box and a raw console. Login as admin or guest (remembered password logs in at once), then an overview with the node's status (GET_STATUS), firmware and owner info (GET_OWNER_INFO), neighbours (GET_NEIGHBOURS, paged, newest or strongest), telemetry, the access list with role changes (GET_ACCESS_LIST + setperm), settings pages (identity and location, radio, repeating and limits, adverts, passwords and access, regions) and actions (adverts, clock sync, discover neighbours, reset counters, reboot, firmware update). The old CLI console stays as Advanced > Console. Every CLI line carries the "wX|" correlation prefix MeshCore echoes back, so a reply always lands on the field that asked; one request is in flight at a time, reads retry once, writes never, and a write is followed by a re-read. Radio changes go through a confirm that shows old and new values, with a 10 minute tempradio trial before a saved change, and a reboot offer after. MyMesh gains uiSendBinaryRequest (UiReqKind::Binary -> onBinaryReply) and uiLastLoginInfo (the LOGIN_OK ACL byte and firmware level). The repeater ping toast read uptime from the airtime field (offset 16, not 20); fixed. Parsing lives in RepeaterAdminProto.h with a host test. Translations for all 14 languages. -DDOC_CAPTURE -DDOC_AUDIT_FOCUS -DDOC_ADMIN_AUDIT captures the app against a node in range as a guest. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
90 lines
4.4 KiB
C++
90 lines
4.4 KiB
C++
// SPDX-License-Identifier: GPL-3.0-or-later
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//
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// Host test for the repeater admin app's wire parsing (RepeaterAdminProto.h):
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// MeshCore 1.18 RepeaterStats / room ServerStats, GET_NEIGHBOURS, GET_ACCESS_LIST,
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// owner info and the CLI reply shapes.
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//
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// c++ -std=c++17 -Wall -Wextra -I src test/test_repeater_admin_proto.cpp -o /tmp/rap && /tmp/rap
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#include <assert.h>
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#include <math.h>
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#include <stdio.h>
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#include <string.h>
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#include "ui-touch/RepeaterAdminProto.h"
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using namespace RepeaterAdminProto;
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static void put16(uint8_t* p, uint16_t v) { p[0] = v & 0xFF; p[1] = v >> 8; }
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static void put32(uint8_t* p, uint32_t v) { for (int i = 0; i < 4; ++i) p[i] = (v >> (8 * i)) & 0xFF; }
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int main() {
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// RepeaterStats, 56 bytes, as simple_repeater packs it.
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uint8_t d[56] = {0};
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put16(d + 0, 4012); put16(d + 2, 3); put16(d + 4, (uint16_t)-112); put16(d + 6, (uint16_t)-87);
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put32(d + 8, 1000); put32(d + 12, 500); put32(d + 16, 77); put32(d + 20, 90061);
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put32(d + 24, 400); put32(d + 28, 100); put32(d + 32, 800); put32(d + 36, 200);
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put16(d + 40, 2); put16(d + 42, (uint16_t)(int16_t)-26); put16(d + 44, 5); put16(d + 46, 9);
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put32(d + 48, 1234); put32(d + 52, 17);
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Status s;
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assert(parseStatus(d, sizeof d, false, s));
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assert(s.batt_mv == 4012 && s.queue_len == 3 && s.noise_floor == -112 && s.last_rssi == -87);
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assert(s.air_secs == 77 && s.uptime_secs == 90061); // uptime is at 20, not 16
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assert(s.recv_flood == 800 && s.recv_direct == 200 && s.last_snr_q4 == -26);
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assert(s.has_rx && s.rx_air_secs == 1234 && s.recv_errors == 17 && !s.has_posts);
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// Room ServerStats: 52 bytes, the post counters where the repeater keeps rx airtime.
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put16(d + 48, 42); put16(d + 50, 40);
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assert(parseStatus(d, 52, true, s));
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assert(s.has_posts && s.posted == 42 && s.post_push == 40 && !s.has_rx);
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assert(!parseStatus(d, 47, false, s));
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// GET_NEIGHBOURS request + reply.
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uint8_t req[12];
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assert(buildNeighboursReq(req, 11, 300, NB_STRONGEST, 6, 0xAABBCCDD) == 11);
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assert(req[0] == 0x06 && req[1] == 0 && req[2] == 11 && req[3] == 44 && req[4] == 1 && req[5] == 2 && req[6] == 6);
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uint8_t nb[4 + 2 * 11] = {0};
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put16(nb, 5); put16(nb + 2, 2);
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memcpy(nb + 4, "\x01\x02\x03\x04\x05\x06", 6); put32(nb + 10, 342); nb[14] = 38;
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memcpy(nb + 15, "\xA1\xA2\xA3\xA4\xA5\xA6", 6); put32(nb + 21, 7); nb[25] = (uint8_t)(int8_t)-20;
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Neighbour out[4]; uint16_t total = 0;
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assert(parseNeighbours(nb, sizeof nb, 6, out, 4, &total) == 2 && total == 5);
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assert(out[0].heard_ago == 342 && out[0].snr_q4 == 38 && out[0].prefix[5] == 6);
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assert(out[1].snr_q4 == -20 && out[1].prefix[0] == 0xA1);
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assert(parseNeighbours(nb, 20, 6, out, 4, &total) == 1); // a cut-off second entry is dropped
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// ACL: 7-byte entries.
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uint8_t acl[14] = { 1, 2, 3, 4, 5, 6, 3, 9, 9, 9, 9, 9, 9, 2 };
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AclEntry ae[4];
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assert(parseAcl(acl, sizeof acl, ae, 4) == 2 && aclRole(ae[0].perms) == ROLE_ADMIN && aclRole(ae[1].perms) == ROLE_READ_WRITE);
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// Owner info.
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char own[] = "v1.18.0 (Build: 15 Oct 2026)\nYagi\nKaj\nline two";
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const char *v, *n, *o;
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assert(splitOwnerInfo(own, &v, &n, &o));
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assert(!strcmp(v, "v1.18.0 (Build: 15 Oct 2026)") && !strcmp(n, "Yagi") && !strcmp(o, "Kaj\nline two"));
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// CLI replies.
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assert(!strcmp(cliGetValue("> 869.525,250.000,11,5"), "869.525,250.000,11,5"));
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assert(cliGetValue("OK") == nullptr);
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assert(!strcmp(cliGetValue("> x"), "x"));
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assert(cliClassify("OK - reboot to apply") == CliResult::Ok);
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assert(cliNeedsReboot("OK - reboot to apply"));
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assert(cliClassify("Error, invalid radio params") == CliResult::Error);
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assert(cliClassify("ERROR: af must be 0-9") == CliResult::Error);
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assert(cliClassify("Err - not found") == CliResult::Error);
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assert(cliClassify("unknown config: foo") == CliResult::Error);
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assert(cliClassify("??: foo") == CliResult::Other);
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assert(cliClassify("password now: abc") == CliResult::Other);
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assert(cliBool("on") == 1 && cliBool("off") == 0 && cliBool("maybe") == -1);
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Radio r;
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assert(parseRadio("869.525,250.000,11,5", r) && fabsf(r.freq - 869.525f) < 0.001f && r.sf == 11 && r.cr == 5);
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assert(validBandwidth(r.bw) && validBandwidth(62.5f) && !validBandwidth(100.0f));
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assert(!parseRadio("869.5,250,13,5", r));
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char b[16];
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fmtDuration(90061, b, sizeof b); assert(!strcmp(b, "1d 1h"));
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fmtDuration(3725, b, sizeof b); assert(!strcmp(b, "1h 2m"));
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fmtDuration(42, b, sizeof b); assert(!strcmp(b, "42s"));
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printf("test_repeater_admin_proto: all assertions passed\n");
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return 0;
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}
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