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Functions379 in github.com/chaozh/MIT-6.824

⨍ Functions 379◇ Types & classes 79

FunctionTestJoinLeave

src/shardkv/test_test.go:97

FunctionTestKilled

if an RPC is stuck in a server, and the server is killed with DeleteServer(), does the RPC get un-stuck?

src/labrpc/test_test.go:523

FunctionTestManyElections2A

src/raft/test_test.go:89

FunctionTestManyPartitionsManyClients3A

src/kvraft/test_test.go:553

FunctionTestManyPartitionsOneClient3A

src/kvraft/test_test.go:548

FunctionTestMissChange

src/shardkv/test_test.go:218

FunctionTestMulti

src/shardctrler/test_test.go:253

FunctionTestOnePartition3A

Submit a request in the minority partition and check that the requests doesn't go through until the partition heals. The leader in the original netwo

src/kvraft/test_test.go:473

FunctionTestPersist12C

src/raft/test_test.go:586

FunctionTestPersist22C

src/raft/test_test.go:632

FunctionTestPersist32C

src/raft/test_test.go:678

FunctionTestPersistConcurrent3A

src/kvraft/test_test.go:563

FunctionTestPersistConcurrentUnreliable3A

src/kvraft/test_test.go:568

FunctionTestPersistOneClient3A

src/kvraft/test_test.go:558

FunctionTestPersistPartition3A

src/kvraft/test_test.go:573

FunctionTestPersistPartitionUnreliable3A

src/kvraft/test_test.go:578

FunctionTestPersistPartitionUnreliableLinearizable3A

src/kvraft/test_test.go:583

FunctionTestRPCBytes2B

check, based on counting bytes of RPCs, that each command is sent to each peer just once.

src/raft/test_test.go:149

FunctionTestReElection2A

src/raft/test_test.go:53

FunctionTestRegression1

regression: an RPC that's delayed during Enabled=false should not delay subsequent RPCs (e.g. after Enabled=true).

src/labrpc/test_test.go:448

FunctionTestRejoin2B

src/raft/test_test.go:366

FunctionTestReliableChurn2C

src/raft/test_test.go:1003

FunctionTestSnapshot

src/shardkv/test_test.go:150

FunctionTestSnapshotBasic2D

src/raft/test_test.go:1067

FunctionTestSnapshotInstall2D

src/raft/test_test.go:1071

FunctionTestSnapshotInstallCrash2D

src/raft/test_test.go:1080

FunctionTestSnapshotInstallUnCrash2D

src/raft/test_test.go:1084

FunctionTestSnapshotInstallUnreliable2D

src/raft/test_test.go:1075

FunctionTestSnapshotRPC3B

if one server falls behind, then rejoins, does it recover by using the InstallSnapshot RPC? also checks that majority discards committed log entries

src/kvraft/test_test.go:594

FunctionTestSnapshotRecover3B

src/kvraft/test_test.go:688

FunctionTestSnapshotRecoverManyClients3B

src/kvraft/test_test.go:693

FunctionTestSnapshotSize3B

are the snapshots not too huge? 500 bytes is a generous bound for the operations we're doing here.

src/kvraft/test_test.go:651

FunctionTestSnapshotUnreliable3B

src/kvraft/test_test.go:698

FunctionTestSnapshotUnreliableRecover3B

src/kvraft/test_test.go:703

FunctionTestSnapshotUnreliableRecoverConcurrentPartition3B

src/kvraft/test_test.go:708

FunctionTestSnapshotUnreliableRecoverConcurrentPartitionLinearizable3B

src/kvraft/test_test.go:713

FunctionTestSpeed3A

src/kvraft/test_test.go:424

FunctionTestSpeed3B

src/kvraft/test_test.go:684

FunctionTestStaticShards

test static 2-way sharding, without shard movement.

src/shardkv/test_test.go:26

FunctionTestTypes

src/labrpc/test_test.go:104

FunctionTestUnreliable

test unreliable

src/labrpc/test_test.go:333

FunctionTestUnreliable1

src/shardkv/test_test.go:524

FunctionTestUnreliable2

src/shardkv/test_test.go:566

FunctionTestUnreliable3

src/shardkv/test_test.go:629

FunctionTestUnreliable3A

src/kvraft/test_test.go:433

FunctionTestUnreliableAgree2C

src/raft/test_test.go:774

FunctionTestUnreliableChurn2C

src/raft/test_test.go:1007

FunctionTestUnreliableOneKey3A

src/kvraft/test_test.go:438

FunctionVisualizePath

(model Model, info linearizationInfo, path string)

src/porcupine/visualization.go:102

main/mrworker.go calls this function.

src/mr/worker.go:31

applier reads message from apply ch and checks that they match the log contents

src/raft/config.go:157

MethodapplierSnap

periodically snapshot raft state

src/raft/config.go:181

(i int, to []int)

src/shardctrler/config.go:96

(i int, to []int)

src/kvraft/config.go:123

MethoddeleteClient

src/shardctrler/config.go:184

MethoddeleteClient

src/shardkv/config.go:144

Methoddisconnect

(i int, from []int)

src/shardctrler/config.go:124

Methoddisconnect

(i int, from []int)

src/kvraft/config.go:151

(methname string, req reqMsg)

src/labrpc/labrpc.go:478

src/porcupine/bitset.go:41

use ihash(key) % NReduce to choose the reduce task number for each KeyValue emitted by Map.

src/mr/worker.go:21

src/kvraft/server.go:65

src/main/viewd.go:12

src/main/pbc.go:31

src/main/mrcoordinator.go:17

src/main/lockd.go:19

src/main/diskvd.go:30

src/main/lockc.go:16

src/main/pbd.go:12

src/main/mrsequential.go:25

src/main/mrworker.go:19

Methodmake_partition

Partition servers into 2 groups and put current leader in minority

src/shardctrler/config.go:315

src/shardctrler/client.go:17

src/kvraft/client.go:13

src/shardkv/client.go:31

Methodpartition

Sets up 2 partitions with connectivity between servers in each partition.

src/shardctrler/config.go:147

save Raft's persistent state to stable storage, where it can later be retrieved after a crash and restart. see paper's Figure 2 for a description of

src/raft/raft.go:84

Functionrandom_handles

Randomize server handles

src/shardkv/config.go:35

MethodsendRequestVote

example code to send a RequestVote RPC to a server. server is the index of the target server in rf.peers[]. expects RPC arguments in args. fills in *

src/raft/raft.go:192

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