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watregistry.go
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watregistry.go
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// Copyright (C) 2021-2023 Chronicle Labs, Inc.
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU Affero General Public License as
// published by the Free Software Foundation, either version 3 of the
// License, or (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU Affero General Public License for more details.
//
// You should have received a copy of the GNU Affero General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
package chronicle
import (
"github.com/defiweb/go-eth/rpc"
"github.com/defiweb/go-eth/types"
"github.com/orcfax/oracle-suite/pkg/contract"
)
type ConfigResult struct {
Bar int `abi:"bar"`
Bloom FeedIDs `abi:"bloom"`
}
// WatRegistry allows interacting with the WatRegistry contract.
type WatRegistry struct {
client rpc.RPC
address types.Address
}
// NewWatRegistry creates a new WatRegistry instance.
func NewWatRegistry(client rpc.RPC, address types.Address) *WatRegistry {
return &WatRegistry{
client: client,
address: address,
}
}
// Client returns the RPC client used to interact with the WatRegistry
func (w *WatRegistry) Client() rpc.RPC {
return w.client
}
// Address returns the address of the WatRegistry contract.
func (w *WatRegistry) Address() types.Address {
return w.address
}
// Wats returns all of Chronicle Protocol's wat identifiers.
func (w *WatRegistry) Wats() contract.TypedSelfCaller[[]string] {
method := abiWatRegistry.Methods["wats"]
return contract.NewTypedCall[[]string](
contract.CallOpts{
Client: w.client,
Address: w.address,
Encoder: contract.NewCallEncoder(method),
Decoder: contract.NewCallDecoder(method),
ErrorDecoder: contract.NewContractErrorDecoder(abiWatRegistry),
},
)
}
// Exists returns whether wat `wat` exists in registry.
func (w *WatRegistry) Exists(wat string) contract.TypedSelfCaller[bool] {
method := abiWatRegistry.Methods["exists"]
return contract.NewTypedCall[bool](
contract.CallOpts{
Client: w.client,
Address: w.address,
Encoder: contract.NewCallEncoder(method, wat),
Decoder: contract.NewCallDecoder(method),
ErrorDecoder: contract.NewContractErrorDecoder(abiWatRegistry),
},
)
}
// Config returns wat `wat`'s configuration.
func (w *WatRegistry) Config(wat string) contract.TypedSelfCaller[ConfigResult] {
method := abiWatRegistry.Methods["config"]
return contract.NewTypedCall[ConfigResult](
contract.CallOpts{
Client: w.client,
Address: w.address,
Encoder: contract.NewCallEncoder(method, wat),
Decoder: contract.NewCallDecoder(method),
ErrorDecoder: contract.NewContractErrorDecoder(abiWatRegistry),
},
)
}
// Chains returns wat `wat`'s list of chain ids its deployed to.
func (w *WatRegistry) Chains(wat string) contract.TypedSelfCaller[[]uint64] {
method := abiWatRegistry.Methods["chains"]
return contract.NewTypedCall[[]uint64](
contract.CallOpts{
Client: w.client,
Address: w.address,
Encoder: contract.NewCallEncoder(method, wat),
Decoder: contract.NewCallDecoder(method),
ErrorDecoder: contract.NewContractErrorDecoder(abiWatRegistry),
},
)
}
// Deployment returns wat `wat`'s deployment address for chain `chainId`.
func (w *WatRegistry) Deployment(wat string, chainID uint64) contract.TypedSelfCaller[types.Address] {
method := abiWatRegistry.Methods["deployment"]
return contract.NewTypedCall[types.Address](
contract.CallOpts{
Client: w.client,
Address: w.address,
Encoder: contract.NewCallEncoder(method, wat, chainID),
Decoder: contract.NewCallDecoder(method),
ErrorDecoder: contract.NewContractErrorDecoder(abiWatRegistry),
},
)
}