/// Verify that the provided signatures are valid with respect to the
/// information stored in the trie.
Verify that the provided signatures are valid with respect to the
information stored in the trie.
Verify that the provided signatures are valid with respect to the information stored in the trie .
fn verify(
        &'a self,
        secp: &Secp256k1<All>,
        fund_pubkey: &PublicKey,
        funding_script_pubkey: &Script,
        fund_output_value: u64,
        adaptor_sigs: &[EcdsaAdaptorSignature],
        cets: &[Transaction],
        precomputed_points: &[Vec<Vec<PublicKey>>],
    ) -> Result<usize, Error> {
        verify_helper(
            secp,
            cets,
            adaptor_sigs,
            fund_pubkey,
            funding_script_pubkey,
            fund_output_value,
            precomputed_points,
            self.iter(),
        )
    }
fn verify ( & ' a self , secp : & Secp256k1 < All > , fund_pubkey : & PublicKey , funding_script_pubkey : & Script , fund_output_value : u64 , adaptor_sigs : & [ EcdsaAdaptorSignature ] , cets : & [ Transaction ] , precomputed_points : & [ Vec < Vec < PublicKey > > ] , ) -> Result < usize , Error > { verify_helper ( secp , cets , adaptor_sigs , fund_pubkey , funding_script_pubkey , fund_output_value , precomputed_points , self . iter ( ) , ) }
Verify that the provided signatures are valid with respect to the
information stored in the trie.
Verify that the provided signatures are valid with respect to the information stored in the trie .
&'a self
<not_specific>
secp
&Secp256k1<All>
<not_specific>
fund_pubkey
&PublicKey
<not_specific>
funding_script_pubkey
&Script
<not_specific>
fund_output_value
u64
<not_specific>
adaptor_sigs
&[EcdsaAdaptorSignature]
<not_specific>
cets
&[Transaction]
<not_specific>
precomputed_points
&[Vec<Vec<PublicKey>>]
<not_specific>