C-APDU parser + Response parser alignment with updated spec registry

PARSE_INS: +24 command labels per TS 102 221 table 10.5 / TS 102 222 /
GPC (TERMINAL PROFILE, ENVELOPE, FETCH, TERMINAL RESPONSE, SEARCH RECORD,
INCREASE, RETRIEVE DATA, PUT/SET DATA, GET CHALLENGE, AUTHENTICATE odd
INS, SUSPEND UICC, TERMINAL CAPABILITY, MANAGE SECURE CHANNEL, TRANSACT
DATA, GET IDENTITY, EXCHANGE CAPABILITIES, MANAGE LSI, CREATE FILE,
RESIZE FILE 'D4' (registry fixes 'D8' typo), INITIALIZE UPDATE, PUT KEY,
MANAGE CHANNEL; DISABLE/ENABLE/UNBLOCK PIN). INS '88' relabelled
AUTHENTICATE per TS 102 221 §11.1.16.

describeP1P2: SELECT P2 response field per ETSI b5-b3 ('001' FCP /
'011' none); READ/UPDATE BINARY offset / SFI-mode descriptors.

Response parser maps:
- LIFECYCLE_MAP: SD PERSONALIZED is '1F'; '0F' = SECURED (card);
  '01' dual-context OP_READY (card) / LOADED (ELF)
- SW_MAP.uicc: add '91XX' wildcard (proactive lengths vary)
- SW_MAP.generic: add 6A85 / 6A89 / 6A8A; 63CX notes blocked/no-counter
- SW_MAP.gp: reword stale 6310 (P2=42 option was removed as RFU)

frontend/tests/apdu_parse.test.js

@@ -140,7 +140,7 @@ test('INTERNAL AUTHENTICATE', () => {
 	assert.strictEqual(tree.children.length, 1);
 	const apdu = tree.children[0];
 	assert.strictEqual(apdu.label, 'APDU');
-	assert.ok(findNode(apdu, 'INS').desc.includes('INTERNAL AUTHENTICATE'));
+	assert.ok(findNode(apdu, 'INS').desc.includes('AUTHENTICATE'));
 	assert.ok(findNode(apdu, 'Data'));
 });
 
@@ -327,4 +327,36 @@ test('CLA 84-87 labeled GlobalPlatform secure messaging', () => {
 	const tree = parseHexTree('8482030010' + '00112233445566778899AABBCCDDEEFF');
 	const apdu = tree.children[0];
 	assert.strictEqual(findNode(apdu, 'CLA').desc, 'GlobalPlatform (secure messaging)');
-});
+});
+test('New PARSE_INS labels decode (FETCH le, RESIZE D4, RETRIEVE CB, AUTH 89)', () => {
+	const fetchTree = parseHexTree('8012000020');
+	assert.ok(findNode(fetchTree.children[0], 'INS').desc.includes('FETCH'));
+	assert.ok(findNode(fetchTree.children[0], 'Le'));
+
+	const resizeTree = parseHexTree('80D4000004' + '00000FA0');
+	assert.ok(findNode(resizeTree.children[0], 'INS').desc.includes('RESIZE FILE'));
+	assert.strictEqual(findNode(resizeTree.children[0], 'Data').desc, '00000FA0');
+
+	const retrTree = parseHexTree('80CB000000');
+	assert.ok(findNode(retrTree.children[0], 'INS').desc.includes('RETRIEVE DATA'));
+
+	const authTree = parseHexTree('0089000008' + '0011223344556677');
+	assert.ok(findNode(authTree.children[0], 'INS').desc.includes('odd INS'));
+});
+
+test('READ BINARY SFI mode and offset descriptors', () => {
+	const sfi = parseHexTree('00B0830602');
+	const p1sfi = findNode(sfi.children[0], 'P1').desc;
+	assert.ok(p1sfi.includes('SFI') && p1sfi.includes('3'), p1sfi);
+	assert.strictEqual(findNode(sfi.children[0], 'P2').desc, 'offset low');
+
+	const off = parseHexTree('00B0010202');
+	assert.strictEqual(findNode(off.children[0], 'P1').desc, 'offset high');
+});
+
+test('SELECT P2 response field per ETSI b5-b3', () => {
+	const fcp = parseHexTree('00A40804047FFF6FC500');
+	assert.ok(findNode(fcp.children[0], 'P2').desc.includes('FCP'));
+	const none = parseHexTree('00A4000C026F3B');
+	assert.ok(findNode(none.children[0], 'P2').desc.includes('no response data'));
+});