Adding support for all CCNA3 questions
This commit is contained in:
Fabian Stamm
parent
a980e25e93
commit
b124d55273
174
ccna3.json
174
ccna3.json
@ -1,6 +1,160 @@
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{
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{
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"title": "CCNA 3 Finals",
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"title": "CCNA 3 Finals",
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"questions": [
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"questions": [
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{
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"id": "ccna3-q37",
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"type": 2,
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"title": "Match the description to the EIGRP packet type. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "used to propagate routing information to EIGRP neighbors",
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"f2": "used to acknowledge the receipt of an EIGTP message that was sent using reliable delivery",
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"f3": "used for neighbor discovery and to maintain neighbor adjacencies",
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"f4": "send in response to an EIGRP query",
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"f5": "used to query routes from neighbors"
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},
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"values": {
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"v1": "hello packets",
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"v2": "query packets",
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"v3": "reply packets",
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"v4": "update packets",
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"v5": "acknowledgment packets",
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"v6": "database description packets"
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},
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"correct": {
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"f1": "v4",
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"f2": "v5",
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"f3": "v1",
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"f4": "v3",
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"f5": "v2"
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}
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},
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{
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"id": "ccna3-q38",
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"type": 2,
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"title": "Match each description to its corresponding LSA type. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "generated by the DR on a multiaccess segment and flooded within an area",
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"f2": "generated by ABRs and sent between areas",
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"f3": "generated by ABRs and sent between areas to advertise the location of an AS",
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"f4": "generated by all routers and flooded within an area"
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},
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"values": {
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"v1": "type 1",
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"v2": "type 2",
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"v3": "type 3",
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"v4": "type 4",
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"v5": "type 5"
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},
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"correct": {
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"f1": "v2",
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"f2": "v3",
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"f3": "v4",
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"f4": "v1"
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}
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},
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{
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"id": "ccna3-q135",
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"type": 2,
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"title": "Match the order in which the link-state routing process occurs on a router. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "step 1",
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"f2": "step 2",
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"f3": "step 3",
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"f4": "step 4",
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"f5": "step 5"
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},
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"values": {
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"v1": "Each router is responsible for “saying hello” to its neighbors on directly connected networks.",
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"v2": "Each router builds a Link-State Packet (LSP) containing the state of each directly connected link",
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"v3": "Each router learns about its own directly connected networks",
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"v4": "Each router increments the hop count for the destination network",
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"v5": "Each router floods the LSP to all neighbors, who then store all LSPs received in a database",
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"v6": "Each router uses the database to construct a complete map of the topology and computes the best"
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},
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"correct": {
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"f1": "v3",
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"f2": "v1",
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"f3": "v2",
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"f4": "v5",
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"f5": "v6"
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}
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},
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{
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"id": "ccna3-q136",
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"type": 2,
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"title": " Match the description to the term. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "This is the algorithm used by OSPF",
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"f2": "This is where the details of the neighboring routers can be found",
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"f3": "This is where you can find the topology table",
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"f4": "All the routers are in the backbone area"
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},
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"values": {
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"v1": "adjacency database",
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"v2": "Shortest Path First",
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"v3": "single-area OSPF",
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"v4": "DUAL",
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"v5": "link-state database",
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"v6": "multiarea OSPF"
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},
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"correct": {
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"f1": "v2",
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"f2": "v1",
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"f3": "v5",
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"f4": "v3"
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}
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},
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{
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"id": "ccna3-q137",
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"type": 2,
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"title": "Match the order of precedence to the process logic that an OSPFv3 network router goes through in choosing a router ID. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "priority 1",
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"f2": "priority 2",
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"f3": "priority 3",
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"f4": "priority 4"
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},
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"values": {
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"v1": "The router displays a console message to configure the router ID manually",
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"v2": "The router uses the highest configured IPv4 address of an active interface",
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"v3": "The router chooses the highest IPv6 address that is configured on the router",
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"v4": "The router uses the highest configured IPv4 address of a loopback interface",
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"v5": "The router uses the explicitly configured router ID if any"
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},
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"correct": {
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"f1": "v5",
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"f2": "v4",
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"f3": "v2",
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"f4": "v1"
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}
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},
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{
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"id": "ccna3-q140",
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"type": 2,
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"title": "Match each OSPF router type description with its name. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "All the routers of this type have identical LSDBs",
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"f2": "All the routers of this type mainrain separate LSDBs for each area to which they connect",
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"f3": "All the routers of this type can import non-OSPF network information to the OSPF network and vice versa using route redistribution"
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},
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"values": {
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"v1": "internal router",
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"v2": "backbone router",
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"v3": "autonomus system boudary router (ASBR)",
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"v4": "area border router (ABR)"
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},
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"correct": {
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"f1": "v1",
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"f2": "v4",
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"f3": "v3"
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}
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},
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{
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{
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"id": "iSLBEp47",
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"id": "iSLBEp47",
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"title": "1. Which routing protocol is able to scale for large networks and utilizes non-backbone areas for\n expansion?",
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"title": "1. Which routing protocol is able to scale for large networks and utilizes non-backbone areas for\n expansion?",
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@ -1477,7 +1631,7 @@
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},
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},
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{
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{
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"id": "ujTNyEQnnK",
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"id": "ujTNyEQnnK",
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"title": "Refer to the exhibit. Which switch will be elected the root bridge and which switch will place a port in\n blocking mode? (Choose two.)",
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"title": "104. Refer to the exhibit. Which switch will be elected the root bridge and which switch will place a port in\n blocking mode? (Choose two.)",
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"images": [
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"images": [
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"https://itexamanswers.net/wp-content/uploads/2017/03/hinh7.jpg"
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"https://itexamanswers.net/wp-content/uploads/2017/03/hinh7.jpg"
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],
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],
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@ -1823,6 +1977,24 @@
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"q127-4"
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"q127-4"
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]
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]
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},
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},
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{
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"id": "ccna3-128",
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"title": "128. Refer to the exhibit. Which route or routes will be advertised to the router ISP if autosummarization is enabled?",
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"images": [
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"https://itexamanswers.net/wp-content/uploads/2016/02/i212820v1n1_212820.gif"
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],
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"type": 0,
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"options": {
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"q128-0": "10.0.0.0/8",
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"q128-1": "10.1.0.0/16",
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"q128-2": "10.1.0.0/28",
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"q128-3": "10.1.1.0/24",
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"q128-4": "10.1.2.0/24",
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"q128-5": "10.1.3.0/24",
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"q128-6": "10.1.4.0/28"
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},
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"correct": "q128-0"
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},
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{
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{
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"id": "mSb7LE5740",
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"id": "mSb7LE5740",
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"title": "129. What are two reasons to install a single 48-port fixed configuration switch, rather than two 24-port\n fixed configuration switches, in a wiring closet that supports two classrooms? (Choose two.)",
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"title": "129. What are two reasons to install a single 48-port fixed configuration switch, rather than two 24-port\n fixed configuration switches, in a wiring closet that supports two classrooms? (Choose two.)",
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156
data-test.json
156
data-test.json
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{
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{
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"title": "CCNA 2 Final Exam",
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"title": "CCNA 2 Final Exam",
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"questions": [
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"questions": [
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{
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"id": "asd",
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"type": 2,
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"title": "Match the description to the EIGRP packet type. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "used to propagate routing information to EIGRP neighbors",
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"f2": "used to acknowledge the receipt of an EIGTP message that was sent using reliable delivery",
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"f3": "used for neighbor discovery and to maintain neighbor adjacencies",
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"f4": "send in response to an EIGRP query",
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"f5": "used to query routes from neighbors"
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},
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"values": {
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"v1": "hello packets",
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"v2": "query packets",
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"v3": "reply packets",
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"v4": "update packets",
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"v5": "acknowledgment packets",
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"v6": "database description packets"
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},
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"correct": {
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"f1": "v4",
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"f2": "v5",
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"f3": "v1",
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"f4": "v3",
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"f5": "v2"
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}
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},
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{
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"id": "ccna3-q38",
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"type": 2,
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"title": "Match each description to its corresponding LSA type. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "generated by the DR on a multiaccess segment and flooded within an area",
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"f2": "generated by ABRs and sent between areas",
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"f3": "generated by ABRs and sent between areas to advertise the location of an AS",
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"f4": "generated by all routers and flooded within an area"
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},
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"values": {
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"v1": "type 1",
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"v2": "type 2",
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"v3": "type 3",
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"v4": "type 4",
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"v5": "type 5"
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},
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"correct": {
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"f1": "v2",
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"f2": "v3",
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"f3": "v4",
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"f4": "v1"
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}
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},
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{
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"id": "ccna3-q135",
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"type": 2,
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"title": "Match the order in which the link-state routing process occurs on a router. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "step 1",
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"f2": "step 2",
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"f3": "step 3",
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"f4": "step 4",
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"f5": "step 5"
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},
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"values": {
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"v1": "Each router is responsible for “saying hello” to its neighbors on directly connected networks.",
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"v2": "Each router builds a Link-State Packet (LSP) containing the state of each directly connected link",
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"v3": "Each router learns about its own directly connected networks",
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"v4": "Each router increments the hop count for the destination network",
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"v5": "Each router floods the LSP to all neighbors, who then store all LSPs received in a database",
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"v6": "Each router uses the database to construct a complete map of the topology and computes the best"
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},
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"correct": {
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"f1": "v3",
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"f2": "v1",
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"f3": "v2",
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"f4": "v5",
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"f5": "v6"
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}
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},
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{
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"id": "ccna3-q136",
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"type": 2,
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"title": " Match the description to the term. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "This is the algorithm used by OSPF",
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"f2": "This is where the details of the neighboring routers can be found",
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"f3": "This is where you can find the topology table",
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"f4": "All the routers are in the backbone area"
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},
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"values": {
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"v1": "adjacency database",
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"v2": "Shortest Path First",
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"v3": "single-area OSPF",
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"v4": "DUAL",
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"v5": "link-state database",
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"v6": "multiarea OSPF"
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},
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"correct": {
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"f1": "v2",
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"f2": "v1",
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"f3": "v5",
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"f4": "v3"
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}
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},
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{
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"id": "ccna3-q137",
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"type": 2,
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"title": "Match the order of precedence to the process logic that an OSPFv3 network router goes through in choosing a router ID. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "priority 1",
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"f2": "priority 2",
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"f3": "priority 3",
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"f4": "priority 4"
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},
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"values": {
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"v1": "The router displays a console message to configure the router ID manually",
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"v2": "The router uses the highest configured IPv4 address of an active interface",
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"v3": "The router chooses the highest IPv6 address that is configured on the router",
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"v4": "The router uses the highest configured IPv4 address of a loopback interface",
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"v5": "The router uses the explicitly configured router ID if any"
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},
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"correct": {
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"f1": "v5",
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"f2": "v4",
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"f3": "v2",
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"f4": "v1"
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}
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},
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{
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"id": "ccna3-q140",
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"type": 2,
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"title": "Match each OSPF router type description with its name. (Not all options are used.)",
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"images": [],
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"fields": {
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"f1": "All the routers of this type have identical LSDBs",
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"f2": "All the routers of this type mainrain separate LSDBs for each area to which they connect",
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"f3": "All the routers of this type can import non-OSPF network information to the OSPF network and vice versa using route redistribution"
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},
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"values": {
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"v1": "internal router",
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"v2": "backbone router",
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"v3": "autonomus system boudary router (ASBR)",
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"v4": "area border router (ABR)"
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},
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"correct": {
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"f1": "v1",
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"f2": "v4",
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"f3": "v3"
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}
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}
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],
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"dead": [
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{
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{
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"id": "quest1",
|
"id": "quest1",
|
||||||
"type": 1,
|
"type": 1,
|
||||||
|
|||||||
@ -1 +1,81 @@
|
|||||||
The developer was to lazy to implement this type of question. Sorry :)
|
<script>
|
||||||
|
import {onMount} from "svelte";
|
||||||
|
import randomize from "../../rand.ts";
|
||||||
|
|
||||||
|
export let question;
|
||||||
|
export let showResult = false;
|
||||||
|
|
||||||
|
export let isCorrect = false;
|
||||||
|
|
||||||
|
let fields = [];
|
||||||
|
|
||||||
|
onMount(()=>{
|
||||||
|
fields = randomize(Object.keys(question.fields).map(e => ({
|
||||||
|
key: e,
|
||||||
|
value: question.fields[e]
|
||||||
|
})));
|
||||||
|
})
|
||||||
|
|
||||||
|
$: values = Object.keys(question.values).map(e => ({
|
||||||
|
key: e,
|
||||||
|
value: question.values[e]
|
||||||
|
}))
|
||||||
|
|
||||||
|
let selected = {};
|
||||||
|
// $: isCorrect = selected === question.correct;
|
||||||
|
|
||||||
|
$: console.log(
|
||||||
|
"Selected:",
|
||||||
|
selected,
|
||||||
|
"showResult:",
|
||||||
|
showResult,
|
||||||
|
"isCorrect",
|
||||||
|
isCorrect
|
||||||
|
);
|
||||||
|
|
||||||
|
$: {
|
||||||
|
isCorrect = fields.every(field=>selected[field.key] === question.correct[field.key]);
|
||||||
|
}
|
||||||
|
|
||||||
|
</script>
|
||||||
|
|
||||||
|
{#each fields as field (field.key)}
|
||||||
|
<div class="input-group">
|
||||||
|
<label>{field.value}</label>
|
||||||
|
<select class="inp" bind:value={selected[field.key]}>
|
||||||
|
<option value={undefined}>-- select --</option>
|
||||||
|
{#each values as value}
|
||||||
|
<option value={value.key}>{value.value}</option>
|
||||||
|
{/each}
|
||||||
|
</select>
|
||||||
|
{#if showResult}
|
||||||
|
<div class="should">{question.values[question.correct[field.key]]}</div>
|
||||||
|
{/if}
|
||||||
|
</div>
|
||||||
|
{/each}
|
||||||
|
|
||||||
|
<style>
|
||||||
|
.should {
|
||||||
|
color: var(--primary) !important;
|
||||||
|
margin-left: 1rem;
|
||||||
|
}
|
||||||
|
</style>
|
||||||
|
|
||||||
|
<!-- {#each options as option}
|
||||||
|
<div
|
||||||
|
key={option.key}
|
||||||
|
class:should={showResult && option.key === question.correct }
|
||||||
|
>
|
||||||
|
<label class="input-checkbox" for={option.key}>{@html option.value.replace(/\n/g, "<br>")}
|
||||||
|
<input
|
||||||
|
type="radio"
|
||||||
|
id={option.key}
|
||||||
|
checked={option.key===selected}
|
||||||
|
on:click={(evt)=>showResult ?
|
||||||
|
evt.preventDefault() : selected = option.key}
|
||||||
|
>
|
||||||
|
<span></span>
|
||||||
|
</label>
|
||||||
|
<br/>
|
||||||
|
</div>
|
||||||
|
{/each} -->
|
||||||
|
|||||||
Loading…
Reference in New Issue
Block a user