aplk_gw::contract

Struct AxelarGateway

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pub struct AxelarGateway;

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impl AxelarGatewayInterface for AxelarGateway

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fn initialize( env: Env, owner: Address, operator: Address, domain_separator: BytesN<32>, minimum_rotation_delay: u64, previous_signers_retention: u64, initial_signers: Vec<WeightedSigners>, ) -> Result<(), GatewayError>

Initialize the gateway
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fn call_contract( env: Env, caller: Address, destination_chain: String, destination_address: String, payload: Bytes, )

Call a contract on another chain with the given payload. The destination address can validate the contract call on the destination gateway.
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fn is_message_approved( env: Env, source_chain: String, message_id: String, source_address: String, contract_address: Address, payload_hash: BytesN<32>, ) -> bool

Return true if a contract call with the given payload BytesN<32> and source caller info is approved.
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fn is_message_executed( env: Env, source_chain: String, message_id: String, ) -> bool

Return true if a contract call with the given payload BytesN<32> and source caller info has been executed.
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fn validate_message( env: Env, caller: Address, source_chain: String, message_id: String, source_address: String, payload_hash: BytesN<32>, ) -> bool

Validate if a contract call with the given payload BytesN<32> and source caller info is approved, preventing re-validation (i.e distinct contract calls can be validated at most once). caller must be the intended destination_address of the contract call for validation to succeed.
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fn approve_messages( env: Env, messages: Vec<Message>, proof: Proof, ) -> Result<(), GatewayError>

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fn rotate_signers( env: Env, signers: WeightedSigners, proof: Proof, bypass_rotation_delay: bool, ) -> Result<(), GatewayError>

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fn transfer_operatorship( env: Env, new_operator: Address, ) -> Result<(), GatewayError>

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fn operator(env: &Env) -> Result<Address, GatewayError>

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fn epoch(env: &Env) -> Result<u64, GatewayError>

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fn version(env: Env) -> String

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fn upgrade(env: Env, new_wasm_hash: BytesN<32>) -> Result<(), GatewayError>

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fn transfer_ownership(env: Env, new_owner: Address) -> Result<(), GatewayError>

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fn owner(env: &Env) -> Result<Address, GatewayError>

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