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step_delegation.go
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step_delegation.go
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package main
// stepsDelegate tests basic delegation and resulting validator power changes
func stepsDelegate(consumerName string) []Step {
return []Step{
{
action: delegateTokensAction{
chain: chainID("provi"),
from: validatorID("alice"),
to: validatorID("alice"),
amount: 11000000,
},
state: State{
chainID("provi"): ChainState{
ValPowers: &map[validatorID]uint{
validatorID("alice"): 511,
validatorID("bob"): 500,
validatorID("carol"): 500,
},
},
chainID(consumerName): ChainState{
ValPowers: &map[validatorID]uint{
validatorID("alice"): 500,
validatorID("bob"): 500,
validatorID("carol"): 500,
},
},
},
},
{
action: SendTokensAction{
chain: chainID(consumerName),
from: validatorID("alice"),
to: validatorID("bob"),
amount: 1,
},
state: State{
chainID(consumerName): ChainState{
// Tx should not go through, ICS channel is not setup until first VSC packet has been relayed to consumer
ValBalances: &map[validatorID]uint{
validatorID("alice"): 10000000000,
validatorID("bob"): 10000000000,
},
},
},
},
{
action: relayPacketsAction{
chain: chainID("provi"),
port: "provider",
channel: 0,
},
state: State{
chainID(consumerName): ChainState{
ValPowers: &map[validatorID]uint{
validatorID("alice"): 511,
validatorID("bob"): 500,
validatorID("carol"): 500,
},
},
},
},
{
action: SendTokensAction{
chain: chainID(consumerName),
from: validatorID("alice"),
to: validatorID("bob"),
amount: 1,
},
state: State{
chainID(consumerName): ChainState{
// Now tx should execute
ValBalances: &map[validatorID]uint{
validatorID("alice"): 9999999999,
validatorID("bob"): 10000000001,
},
},
},
},
}
}
// stepsDelegate tests unbonding and resulting validator power changes.
func stepsUnbond(consumerName string) []Step {
return []Step{
{
action: unbondTokensAction{
chain: chainID("provi"),
unbondFrom: validatorID("alice"),
sender: validatorID("alice"),
amount: 1000000,
},
state: State{
chainID("provi"): ChainState{
ValPowers: &map[validatorID]uint{
validatorID("alice"): 510,
validatorID("bob"): 500,
validatorID("carol"): 500,
},
},
chainID("consu"): ChainState{
ValPowers: &map[validatorID]uint{
// Voting power on consumer should not be affected yet
validatorID("alice"): 511,
validatorID("bob"): 500,
validatorID("carol"): 500,
},
},
},
},
{
action: relayPacketsAction{
chain: chainID("provi"),
port: "provider",
channel: 0,
},
state: State{
chainID("consu"): ChainState{
ValPowers: &map[validatorID]uint{
validatorID("alice"): 510,
validatorID("bob"): 500,
validatorID("carol"): 500,
},
},
},
},
}
}
// stepsRedelegate tests redelegation and resulting validator power changes.
func stepsRedelegate(consumerName string) []Step {
return []Step{
{
action: redelegateTokensAction{
chain: chainID("provi"),
src: validatorID("alice"),
dst: validatorID("carol"),
txSender: validatorID("alice"),
// Leave alice with majority stake so non-faulty validators maintain more than
// 2/3 voting power during downtime tests below, avoiding chain halt
amount: 1000000,
},
state: State{
chainID("provi"): ChainState{
ValPowers: &map[validatorID]uint{
validatorID("alice"): 509,
validatorID("bob"): 500,
// carol always uses a consumer assigned key
validatorID("carol"): 501,
},
},
chainID(consumerName): ChainState{
ValPowers: &map[validatorID]uint{
// Voting power changes not seen by consumer yet
validatorID("alice"): 510,
validatorID("bob"): 500,
validatorID("carol"): 500,
},
},
},
},
{
action: relayPacketsAction{
chain: chainID("provi"),
port: "provider",
channel: 0,
},
state: State{
chainID(consumerName): ChainState{
ValPowers: &map[validatorID]uint{
// Now power changes are seen by consumer
validatorID("alice"): 509,
validatorID("bob"): 500,
validatorID("carol"): 501,
},
},
},
},
}
}