Implement fee calculator
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4ca5d07d1c
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GPG key ID:
65122AD495A7F5B2
3 changed files with 86 additions and 64 deletions
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@ -1643,6 +1643,7 @@ pub extern "C" fn rust_wrapper_create_transaction(
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sapoutput_len: usize,
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net: bool,
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bl_height: u32,
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build: bool,
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out: *mut u8,
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out_len: &mut usize){
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let sap_wit_in: Vec<u8> = marshall_from_haskell_var(sap_wit, sap_wit_len, RW);
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@ -1794,71 +1795,89 @@ pub extern "C" fn rust_wrapper_create_transaction(
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}
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}
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}
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let spend_params_in: Vec<u8> = marshall_from_haskell_var(sapspend, sapspend_len, RW);
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let spend_params_reader = Cursor::new(spend_params_in);
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let spend_prover = SpendParameters::read(spend_params_reader, false).unwrap();
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let output_params_in: Vec<u8> = marshall_from_haskell_var(sapoutput, sapoutput_len, RW);
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let output_params_reader = Cursor::new(output_params_in);
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let output_prover = OutputParameters::read(output_params_reader, false).unwrap();
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let result = if net {
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main_builder.build(OsRng, &spend_prover, &output_prover, &FeeRule::standard())
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} else {
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test_builder.build(OsRng, &spend_prover, &output_prover, &FeeRule::standard())
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};
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match result {
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Ok(r) => {
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let mut out_bytes: Vec<u8> = Vec::new();
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let _t = r.transaction().write_v5(&mut out_bytes);
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let h = Hhex {bytes: out_bytes};
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marshall_to_haskell_var(&h, out, out_len, RW);
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},
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Err(e) => {
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match e {
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Error::InsufficientFunds(y) => {
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let x = Hhex {bytes: vec![0]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::ChangeRequired(y1) => {
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let x = Hhex {bytes: vec![1]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::Fee(_y2) => {
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let x = Hhex {bytes: vec![2]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::Balance(y3) => {
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let x = Hhex {bytes: vec![3]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::TransparentBuild(y4) => {
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let x = Hhex {bytes: vec![4]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::SaplingBuild(y5) => {
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let x = Hhex {bytes: vec![5]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::OrchardBuild(y7) => {
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let x = Hhex {bytes: vec![6]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::OrchardSpend(y8) => {
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let x = Hhex {bytes: vec![7]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::OrchardRecipient(y9) => {
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let x = Hhex {bytes: vec![8]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::SaplingBuilderNotAvailable => {
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let x = Hhex {bytes: vec![9]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::OrchardBuilderNotAvailable => {
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let x = Hhex {bytes: vec![10]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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if build {
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let spend_params_in: Vec<u8> = marshall_from_haskell_var(sapspend, sapspend_len, RW);
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let spend_params_reader = Cursor::new(spend_params_in);
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let spend_prover = SpendParameters::read(spend_params_reader, false).unwrap();
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let output_params_in: Vec<u8> = marshall_from_haskell_var(sapoutput, sapoutput_len, RW);
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let output_params_reader = Cursor::new(output_params_in);
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let output_prover = OutputParameters::read(output_params_reader, false).unwrap();
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let result = if net {
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main_builder.build(OsRng, &spend_prover, &output_prover, &FeeRule::standard())
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} else {
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test_builder.build(OsRng, &spend_prover, &output_prover, &FeeRule::standard())
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};
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match result {
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Ok(r) => {
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let mut out_bytes: Vec<u8> = Vec::new();
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let _t = r.transaction().write_v5(&mut out_bytes);
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let h = Hhex {bytes: out_bytes};
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marshall_to_haskell_var(&h, out, out_len, RW);
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},
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Err(e) => {
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match e {
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Error::InsufficientFunds(y) => {
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let x = Hhex {bytes: vec![0]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::ChangeRequired(y1) => {
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let x = Hhex {bytes: vec![1]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::Fee(_y2) => {
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let x = Hhex {bytes: vec![2]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::Balance(y3) => {
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let x = Hhex {bytes: vec![3]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::TransparentBuild(y4) => {
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let x = Hhex {bytes: vec![4]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::SaplingBuild(y5) => {
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let x = Hhex {bytes: vec![5]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::OrchardBuild(y7) => {
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let x = Hhex {bytes: vec![6]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::OrchardSpend(y8) => {
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let x = Hhex {bytes: vec![7]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::OrchardRecipient(y9) => {
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let x = Hhex {bytes: vec![8]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::SaplingBuilderNotAvailable => {
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let x = Hhex {bytes: vec![9]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Error::OrchardBuilderNotAvailable => {
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let x = Hhex {bytes: vec![10]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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}
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}
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}
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}
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} else {
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let result = if net {
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main_builder.get_fee(&FeeRule::standard())
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} else {
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test_builder.get_fee(&FeeRule::standard())
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};
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match result {
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Ok(r) => {
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let x = Hhex {bytes: r.to_i64_le_bytes().to_vec()};
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marshall_to_haskell_var(&x, out, out_len, RW);
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},
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Err(e) => {
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let x = Hhex {bytes: vec![2]};
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marshall_to_haskell_var(&x, out, out_len, RW);
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}
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}
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}
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}
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@ -287,6 +287,7 @@ import ZcashHaskell.Types
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, toBorshVar* `BS.ByteString'&
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, `Bool'
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, `Word64'
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, `Bool'
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, getVarBuffer `Buffer HexString'&
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}
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-> `()'
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@ -133,8 +133,9 @@ createTransaction ::
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-> SaplingOutputParams -- ^ the Sapling circuit output parameters
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-> ZcashNet -- ^ the network to be used
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-> Int -- ^ target block height
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-> Bool -- ^ True to build, False to estimate fee
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-> Either TxError HexString
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createTransaction sapAnchor orchAnchor tSpend sSpend oSpend outgoing sParams oParams znet bh =
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createTransaction sapAnchor orchAnchor tSpend sSpend oSpend outgoing sParams oParams znet bh build =
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if BS.length (hexBytes txResult) > 1
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then Right txResult
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else case head (BS.unpack $ hexBytes txResult) of
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@ -168,3 +169,4 @@ createTransaction sapAnchor orchAnchor tSpend sSpend oSpend outgoing sParams oPa
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(sapOParams oParams)
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(znet == MainNet)
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(fromIntegral bh)
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build
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