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Merged
merged 10 commits into from
Oct 27, 2025
Merged

Token pool MCMS tests #157

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6e15ae8
add support for typeargs in mcms calls
RodrigoAD Oct 22, 2025
d6c77ac
point mcms to typeargs PR
RodrigoAD Oct 22, 2025
7bb3088
accept ownership prop of token pools test
RodrigoAD Oct 22, 2025
e37b091
add missing pool ops
RodrigoAD Oct 22, 2025
645cdcd
add config proposal tests for TPs
RodrigoAD Oct 22, 2025
4cf59a1
update mcms to latest
RodrigoAD Oct 22, 2025
4b657b7
move ccip suite setup to common. add parallel in independent tests
RodrigoAD Oct 23, 2025
d2e9e89
add tps to address book
RodrigoAD Oct 24, 2025
11b3531
add managed token deploy cs
RodrigoAD Oct 24, 2025
a3704e7
reenable set pool tests
RodrigoAD Oct 27, 2025
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2 changes: 1 addition & 1 deletion bindings/bind/call.go
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Original file line number Diff line number Diff line change
Expand Up @@ -15,7 +15,7 @@ import (

const (
// DefaultGasBudget is the default gas budget for transactions
DefaultGasBudget uint64 = 500_000_000
DefaultGasBudget uint64 = 10_000_000_000
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This will likely be used only by MCMS. I removed it from the lib so we control from Sui the default.
Other transactions can control the Budget from the Operations

)

type IBoundContract interface {
Expand Down
50 changes: 29 additions & 21 deletions bindings/mcms_encoder.go
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Original file line number Diff line number Diff line change
Expand Up @@ -48,7 +48,7 @@ func overrideCall(call *bind.EncodedCall, module, function string) *bind.Encoded

// MCMS SDK will call this to encode the entrypoint call
// Data is the raw BCS encoded bytes of the final function call
func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *transaction.Argument, target, module, function, stateObjID string, data []byte) (*bind.EncodedCall, error) {
func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *transaction.Argument, target, module, function, stateObjID string, data []byte, typeArgs []string) (*bind.EncodedCall, error) {
clock := bind.Object{Id: "0x6"}
stateObj := bind.Object{Id: stateObjID}
registryObj := bind.Object{Id: e.registryObjID}
Expand Down Expand Up @@ -76,8 +76,7 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
if err != nil {
return nil, err
}
// TODO: Find correct type args
typeArgs := []string{"0x1::sui::SUI"}

entrypointCall, err := burnMintTokenPool.Encoder().McmsSetChainRateLimiterConfigsWithArgs(typeArgs, stateObj, registryObj, executingCallbackParams, clock)
if err != nil {
return nil, err
Expand All @@ -91,8 +90,7 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
if err != nil {
return nil, err
}
// TODO: Find correct type args
typeArgs := []string{"0x1::sui::SUI"}

entrypointCall, err := burnMintTokenPool.Encoder().McmsExecuteOwnershipTransferWithArgs(typeArgs, stateObj, registryObj, executingCallbackParams)
if err != nil {
return nil, err
Expand All @@ -115,6 +113,7 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
if ccipRef.Id != stateObj.Id {
return nil, fmt.Errorf("ccip ref (%s) does not match state object (%s)", ccipRef.Id, stateObj.Id)
}

return feeQuoter.Encoder().McmsUpdatePricesWithOwnerCapWithArgs(ccipRef, registryObj, clock, executingCallbackParams)
}

Expand Down Expand Up @@ -145,6 +144,7 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
}
ccipObjectRef := bind.Object{Id: stateObjID} // For accept_ownership, the state object is the CCIP object ref
stateObj := bind.Object{Id: toHexString(deserializeFirst32Bytes(data))}

return offramp.Encoder().McmsAcceptOwnershipWithArgs(ccipObjectRef, stateObj, registryObj, executingCallbackParams)
}

Expand All @@ -162,6 +162,7 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
}
ccipObjectRef := bind.Object{Id: stateObjID} // For accept_ownership, the state object is the CCIP object ref
stateObj := bind.Object{Id: toHexString(deserializeFirst32Bytes(data))}

return onramp.Encoder().McmsAcceptOwnershipWithArgs(ccipObjectRef, stateObj, registryObj, executingCallbackParams)

case "set_dynamic_config",
Expand All @@ -179,10 +180,10 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *

nonceManagerCapObj := bind.Object{Id: toHexString(nonceManagerCap)}
sourceTransferCapObj := bind.Object{Id: toHexString(sourceTransferCap)}

if toHexString(state) != stateObj.Id {
return nil, fmt.Errorf("state (%s) does not match state object (%s)", toHexString(state), stateObj.Id)
}

return onramp.Encoder().McmsInitializeWithArgs(stateObj, registryObj, nonceManagerCapObj, sourceTransferCapObj, executingCallbackParams)
case "withdraw_fee_tokens":
deserializer := bcs.NewDeserializer(data)
Expand All @@ -197,8 +198,7 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
if toHexString(state) != stateObj.Id {
return nil, fmt.Errorf("state (%s) does not match state object (%s)", toHexString(state), stateObj.Id)
}
// TODO: Find correct type args
typeArgs := []string{"0x1::sui::SUI"}

return onramp.Encoder().McmsWithdrawFeeTokensWithArgs(typeArgs, ccipRef, stateObj, registryObj, coinMetadata, executingCallbackParams)
}

Expand All @@ -221,8 +221,6 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
}
switch function {
case "accept_ownership":
// TODO: Find correct type args
typeArgs := []string{"0x1::sui::SUI"}
return burnMintTokenPool.Encoder().McmsAcceptOwnershipWithArgs(typeArgs, stateObj, registryObj, executingCallbackParams)
case "set_allowlist_enabled",
"apply_allowlist_updates",
Expand All @@ -235,6 +233,10 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
case "set_chain_rate_limiter_configs",
"set_chain_rate_limiter_config":
return encodeDefaultWithTypeArgsAndClock()
case "set_pool":
ccipRefBytes := deserializeFirst32Bytes(data)
ccipRef := bind.Object{Id: toHexString(ccipRefBytes)}
return burnMintTokenPool.Encoder().McmsSetPoolWithArgs(typeArgs, ccipRef, stateObj, registryObj, executingCallbackParams)
}

// LOCK RELEASE TOKEN POOL
Expand All @@ -245,8 +247,6 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
}
switch function {
case "accept_ownership":
// TODO: Find correct type args
typeArgs := []string{"0x1::sui::SUI"}
return lockReleaseTokenPool.Encoder().McmsAcceptOwnershipWithArgs(typeArgs, stateObj, registryObj, executingCallbackParams)
case "set_rebalancer",
"set_allowlist_enabled",
Expand All @@ -260,6 +260,10 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
case "set_chain_rate_limiter_configs",
"set_chain_rate_limiter_config":
return encodeDefaultWithTypeArgsAndClock()
case "set_pool":
ccipRefBytes := deserializeFirst32Bytes(data)
ccipRef := bind.Object{Id: toHexString(ccipRefBytes)}
return lockReleaseTokenPool.Encoder().McmsSetPoolWithArgs(typeArgs, ccipRef, stateObj, registryObj, executingCallbackParams)

}

Expand All @@ -271,8 +275,7 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
}
switch function {
case "accept_ownership":
// TODO: Find correct type args
typeArgs := []string{"0x1::sui::SUI"}

return managedTokenPool.Encoder().McmsAcceptOwnershipWithArgs(typeArgs, stateObj, registryObj, executingCallbackParams)
case "set_allowlist_enabled",
"apply_allowlist_updates",
Expand All @@ -285,6 +288,11 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
case "set_chain_rate_limiter_configs",
"set_chain_rate_limiter_config":
return encodeDefaultWithTypeArgsAndClock()
case "set_pool":
ccipRefBytes := deserializeFirst32Bytes(data)
ccipRef := bind.Object{Id: toHexString(ccipRefBytes)}
return managedTokenPool.Encoder().McmsSetPoolWithArgs(typeArgs, ccipRef, stateObj, registryObj, executingCallbackParams)

}

// USDC TOKEN POOL
Expand All @@ -295,8 +303,7 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
}
switch function {
case "accept_ownership":
// TODO: Find correct type args
typeArgs := []string{"0x1::sui::SUI"}

return usdcTokenPool.Encoder().McmsAcceptOwnershipWithArgs(typeArgs, stateObj, registryObj, executingCallbackParams)
case "set_allowlist_enabled",
"apply_allowlist_updates",
Expand All @@ -308,6 +315,10 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
return encodeDefaultWithTypeArgs()
case "set_chain_rate_limiter_configs", "set_chain_rate_limiter_config":
return encodeDefaultWithTypeArgsAndClock()
case "set_pool":
ccipRefBytes := deserializeFirst32Bytes(data)
ccipRef := bind.Object{Id: toHexString(ccipRefBytes)}
return usdcTokenPool.Encoder().McmsSetPoolWithArgs(typeArgs, ccipRef, stateObj, registryObj, executingCallbackParams)
}

// MANAGED TOKEN
Expand All @@ -318,19 +329,16 @@ func (e *CCIPEntrypointArgEncoder) EncodeEntryPointArg(executingCallbackParams *
}
switch function {
case "accept_ownership":
// TODO: Find correct type args
typeArgs := []string{"0x1::sui::SUI"}

return managedToken.Encoder().McmsAcceptOwnershipWithArgs(typeArgs, stateObj, registryObj, executingCallbackParams)
case "configure_new_minter":
// TODO: Find correct type args
typeArgs := []string{"0x1::sui::SUI"}

return managedToken.Encoder().McmsConfigureNewMinterWithArgs(typeArgs, stateObj, registryObj, executingCallbackParams)
case "increment_mint_allowance",
"set_unlimited_mint_allowances",
"blocklist",
"unblocklist",
"pause":
typeArgs := []string{"0x1::sui::SUI"}
deserializer := bcs.NewDeserializer(data)
state := deserializer.ReadFixedBytes(SuiAddressLength)
deserializer.ReadFixedBytes(SuiAddressLength) // skip owner cap, we don't need it
Expand Down
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