@@ -121,9 +121,9 @@ pub struct BlindedHop {
121121
122122impl  BlindedPath  { 
123123	/// Create a one-hop blinded path for a message. 
124- pub  fn  one_hop_for_message < ES :  EntropySource  + ? Sized ,  T :  secp256k1:: Signing  + secp256k1:: Verification > ( 
125- 		recipient_node_id :  PublicKey ,  entropy_source :  & ES ,  secp_ctx :  & Secp256k1 < T > 
126- 	)  -> Result < Self ,  ( ) >  { 
124+ pub  fn  one_hop_for_message < ES :  Deref ,  T :  secp256k1:: Signing  + secp256k1:: Verification > ( 
125+ 		recipient_node_id :  PublicKey ,  entropy_source :  ES ,  secp_ctx :  & Secp256k1 < T > 
126+ 	)  -> Result < Self ,  ( ) >  where   ES :: Target :   EntropySource   { 
127127		Self :: new_for_message ( & [ recipient_node_id] ,  entropy_source,  secp_ctx) 
128128	} 
129129
@@ -132,9 +132,9 @@ impl BlindedPath {
132132/// 
133133/// Errors if no hops are provided or if `node_pk`(s) are invalid. 
134134//  TODO: make all payloads the same size with padding + add dummy hops 
135- 	pub  fn  new_for_message < ES :  EntropySource  + ? Sized ,  T :  secp256k1:: Signing  + secp256k1:: Verification > ( 
136- 		node_pks :  & [ PublicKey ] ,  entropy_source :  & ES ,  secp_ctx :  & Secp256k1 < T > 
137- 	)  -> Result < Self ,  ( ) >  { 
135+ 	pub  fn  new_for_message < ES :  Deref ,  T :  secp256k1:: Signing  + secp256k1:: Verification > ( 
136+ 		node_pks :  & [ PublicKey ] ,  entropy_source :  ES ,  secp_ctx :  & Secp256k1 < T > 
137+ 	)  -> Result < Self ,  ( ) >  where   ES :: Target :   EntropySource   { 
138138		if  node_pks. is_empty ( )  {  return  Err ( ( ) )  } 
139139		let  blinding_secret_bytes = entropy_source. get_secure_random_bytes ( ) ; 
140140		let  blinding_secret = SecretKey :: from_slice ( & blinding_secret_bytes[ ..] ) . expect ( "RNG is busted" ) ; 
@@ -148,10 +148,10 @@ impl BlindedPath {
148148	} 
149149
150150	/// Create a one-hop blinded path for a payment. 
151- pub  fn  one_hop_for_payment < ES :  EntropySource  + ? Sized ,  T :  secp256k1:: Signing  + secp256k1:: Verification > ( 
151+ pub  fn  one_hop_for_payment < ES :  Deref ,  T :  secp256k1:: Signing  + secp256k1:: Verification > ( 
152152		payee_node_id :  PublicKey ,  payee_tlvs :  payment:: ReceiveTlvs ,  min_final_cltv_expiry_delta :  u16 , 
153- 		entropy_source :  & ES ,  secp_ctx :  & Secp256k1 < T > 
154- 	)  -> Result < ( BlindedPayInfo ,  Self ) ,  ( ) >  { 
153+ 		entropy_source :  ES ,  secp_ctx :  & Secp256k1 < T > 
154+ 	)  -> Result < ( BlindedPayInfo ,  Self ) ,  ( ) >  where   ES :: Target :   EntropySource   { 
155155		// This value is not considered in pathfinding for 1-hop blinded paths, because it's intended to 
156156		// be in relation to a specific channel. 
157157		let  htlc_maximum_msat = u64:: max_value ( ) ; 
@@ -170,11 +170,11 @@ impl BlindedPath {
170170/// 
171171/// [`ForwardTlvs`]: crate::blinded_path::payment::ForwardTlvs 
172172//  TODO: make all payloads the same size with padding + add dummy hops 
173- 	pub  fn  new_for_payment < ES :  EntropySource  + ? Sized ,  T :  secp256k1:: Signing  + secp256k1:: Verification > ( 
173+ 	pub  fn  new_for_payment < ES :  Deref ,  T :  secp256k1:: Signing  + secp256k1:: Verification > ( 
174174		intermediate_nodes :  & [ payment:: ForwardNode ] ,  payee_node_id :  PublicKey , 
175175		payee_tlvs :  payment:: ReceiveTlvs ,  htlc_maximum_msat :  u64 ,  min_final_cltv_expiry_delta :  u16 , 
176- 		entropy_source :  & ES ,  secp_ctx :  & Secp256k1 < T > 
177- 	)  -> Result < ( BlindedPayInfo ,  Self ) ,  ( ) >  { 
176+ 		entropy_source :  ES ,  secp_ctx :  & Secp256k1 < T > 
177+ 	)  -> Result < ( BlindedPayInfo ,  Self ) ,  ( ) >  where   ES :: Target :   EntropySource   { 
178178		let  introduction_node = IntroductionNode :: NodeId ( 
179179			intermediate_nodes. first ( ) . map_or ( payee_node_id,  |n| n. node_id ) 
180180		) ; 
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