import * as __compactRuntime from '@midnight-ntwrk/compact-runtime'; __compactRuntime.checkRuntimeVersion('0.15.0'); const _descriptor_0 = new __compactRuntime.CompactTypeUnsignedInteger(4294967295n, 4); const _descriptor_1 = new __compactRuntime.CompactTypeUnsignedInteger(255n, 1); const _descriptor_2 = __compactRuntime.CompactTypeBoolean; const _descriptor_3 = new __compactRuntime.CompactTypeUnsignedInteger(65535n, 2); const _descriptor_4 = new __compactRuntime.CompactTypeBytes(32); const _descriptor_5 = new __compactRuntime.CompactTypeUnsignedInteger(18446744073709551615n, 8); class _Either_0 { alignment() { return _descriptor_2.alignment().concat(_descriptor_4.alignment().concat(_descriptor_4.alignment())); } fromValue(value_0) { return { is_left: _descriptor_2.fromValue(value_0), left: _descriptor_4.fromValue(value_0), right: _descriptor_4.fromValue(value_0) } } toValue(value_0) { return _descriptor_2.toValue(value_0.is_left).concat(_descriptor_4.toValue(value_0.left).concat(_descriptor_4.toValue(value_0.right))); } } const _descriptor_6 = new _Either_0(); const _descriptor_7 = new __compactRuntime.CompactTypeUnsignedInteger(340282366920938463463374607431768211455n, 16); class _ContractAddress_0 { alignment() { return _descriptor_4.alignment(); } fromValue(value_0) { return { bytes: _descriptor_4.fromValue(value_0) } } toValue(value_0) { return _descriptor_4.toValue(value_0.bytes); } } const _descriptor_8 = new _ContractAddress_0(); export class Contract { witnesses; constructor(...args_0) { if (args_0.length !== 1) { throw new __compactRuntime.CompactError(`Contract constructor: expected 1 argument, received ${args_0.length}`); } const witnesses_0 = args_0[0]; if (typeof(witnesses_0) !== 'object') { throw new __compactRuntime.CompactError('first (witnesses) argument to Contract constructor is not an object'); } this.witnesses = witnesses_0; this.circuits = { add_todo: (...args_1) => { if (args_1.length !== 2) { throw new __compactRuntime.CompactError(`add_todo: expected 2 arguments (as invoked from Typescript), received ${args_1.length}`); } const contextOrig_0 = args_1[0]; const text_hash_0 = args_1[1]; if (!(typeof(contextOrig_0) === 'object' && contextOrig_0.currentQueryContext != undefined)) { __compactRuntime.typeError('add_todo', 'argument 1 (as invoked from Typescript)', 'contract.compact line 19 char 1', 'CircuitContext', contextOrig_0) } if (!(text_hash_0.buffer instanceof ArrayBuffer && text_hash_0.BYTES_PER_ELEMENT === 1 && text_hash_0.length === 32)) { __compactRuntime.typeError('add_todo', 'argument 1 (argument 2 as invoked from Typescript)', 'contract.compact line 19 char 1', 'Bytes<32>', text_hash_0) } const context = { ...contextOrig_0, gasCost: __compactRuntime.emptyRunningCost() }; const partialProofData = { input: { value: _descriptor_4.toValue(text_hash_0), alignment: _descriptor_4.alignment() }, output: undefined, publicTranscript: [], privateTranscriptOutputs: [] }; const result_0 = this._add_todo_0(context, partialProofData, text_hash_0); partialProofData.output = { value: _descriptor_0.toValue(result_0), alignment: _descriptor_0.alignment() }; return { result: result_0, context: context, proofData: partialProofData, gasCost: context.gasCost }; }, complete_todo: (...args_1) => { if (args_1.length !== 2) { throw new __compactRuntime.CompactError(`complete_todo: expected 2 arguments (as invoked from Typescript), received ${args_1.length}`); } const contextOrig_0 = args_1[0]; const id_0 = args_1[1]; if (!(typeof(contextOrig_0) === 'object' && contextOrig_0.currentQueryContext != undefined)) { __compactRuntime.typeError('complete_todo', 'argument 1 (as invoked from Typescript)', 'contract.compact line 29 char 1', 'CircuitContext', contextOrig_0) } if (!(typeof(id_0) === 'bigint' && id_0 >= 0n && id_0 <= 4294967295n)) { __compactRuntime.typeError('complete_todo', 'argument 1 (argument 2 as invoked from Typescript)', 'contract.compact line 29 char 1', 'Uint<0..4294967296>', id_0) } const context = { ...contextOrig_0, gasCost: __compactRuntime.emptyRunningCost() }; const partialProofData = { input: { value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }, output: undefined, publicTranscript: [], privateTranscriptOutputs: [] }; const result_0 = this._complete_todo_0(context, partialProofData, id_0); partialProofData.output = { value: [], alignment: [] }; return { result: result_0, context: context, proofData: partialProofData, gasCost: context.gasCost }; }, reopen_todo: (...args_1) => { if (args_1.length !== 2) { throw new __compactRuntime.CompactError(`reopen_todo: expected 2 arguments (as invoked from Typescript), received ${args_1.length}`); } const contextOrig_0 = args_1[0]; const id_0 = args_1[1]; if (!(typeof(contextOrig_0) === 'object' && contextOrig_0.currentQueryContext != undefined)) { __compactRuntime.typeError('reopen_todo', 'argument 1 (as invoked from Typescript)', 'contract.compact line 38 char 1', 'CircuitContext', contextOrig_0) } if (!(typeof(id_0) === 'bigint' && id_0 >= 0n && id_0 <= 4294967295n)) { __compactRuntime.typeError('reopen_todo', 'argument 1 (argument 2 as invoked from Typescript)', 'contract.compact line 38 char 1', 'Uint<0..4294967296>', id_0) } const context = { ...contextOrig_0, gasCost: __compactRuntime.emptyRunningCost() }; const partialProofData = { input: { value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }, output: undefined, publicTranscript: [], privateTranscriptOutputs: [] }; const result_0 = this._reopen_todo_0(context, partialProofData, id_0); partialProofData.output = { value: [], alignment: [] }; return { result: result_0, context: context, proofData: partialProofData, gasCost: context.gasCost }; }, delete_todo: (...args_1) => { if (args_1.length !== 2) { throw new __compactRuntime.CompactError(`delete_todo: expected 2 arguments (as invoked from Typescript), received ${args_1.length}`); } const contextOrig_0 = args_1[0]; const id_0 = args_1[1]; if (!(typeof(contextOrig_0) === 'object' && contextOrig_0.currentQueryContext != undefined)) { __compactRuntime.typeError('delete_todo', 'argument 1 (as invoked from Typescript)', 'contract.compact line 47 char 1', 'CircuitContext', contextOrig_0) } if (!(typeof(id_0) === 'bigint' && id_0 >= 0n && id_0 <= 4294967295n)) { __compactRuntime.typeError('delete_todo', 'argument 1 (argument 2 as invoked from Typescript)', 'contract.compact line 47 char 1', 'Uint<0..4294967296>', id_0) } const context = { ...contextOrig_0, gasCost: __compactRuntime.emptyRunningCost() }; const partialProofData = { input: { value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }, output: undefined, publicTranscript: [], privateTranscriptOutputs: [] }; const result_0 = this._delete_todo_0(context, partialProofData, id_0); partialProofData.output = { value: [], alignment: [] }; return { result: result_0, context: context, proofData: partialProofData, gasCost: context.gasCost }; } }; this.impureCircuits = { add_todo: this.circuits.add_todo, complete_todo: this.circuits.complete_todo, reopen_todo: this.circuits.reopen_todo, delete_todo: this.circuits.delete_todo }; this.provableCircuits = { add_todo: this.circuits.add_todo, complete_todo: this.circuits.complete_todo, reopen_todo: this.circuits.reopen_todo, delete_todo: this.circuits.delete_todo }; } initialState(...args_0) { if (args_0.length !== 1) { throw new __compactRuntime.CompactError(`Contract state constructor: expected 1 argument (as invoked from Typescript), received ${args_0.length}`); } const constructorContext_0 = args_0[0]; if (typeof(constructorContext_0) !== 'object') { throw new __compactRuntime.CompactError(`Contract state constructor: expected 'constructorContext' in argument 1 (as invoked from Typescript) to be an object`); } if (!('initialZswapLocalState' in constructorContext_0)) { throw new __compactRuntime.CompactError(`Contract state constructor: expected 'initialZswapLocalState' in argument 1 (as invoked from Typescript)`); } if (typeof(constructorContext_0.initialZswapLocalState) !== 'object') { throw new __compactRuntime.CompactError(`Contract state constructor: expected 'initialZswapLocalState' in argument 1 (as invoked from Typescript) to be an object`); } const state_0 = new __compactRuntime.ContractState(); let stateValue_0 = __compactRuntime.StateValue.newArray(); stateValue_0 = stateValue_0.arrayPush(__compactRuntime.StateValue.newNull()); stateValue_0 = stateValue_0.arrayPush(__compactRuntime.StateValue.newNull()); stateValue_0 = stateValue_0.arrayPush(__compactRuntime.StateValue.newNull()); stateValue_0 = stateValue_0.arrayPush(__compactRuntime.StateValue.newNull()); stateValue_0 = stateValue_0.arrayPush(__compactRuntime.StateValue.newNull()); state_0.data = new __compactRuntime.ChargedState(stateValue_0); state_0.setOperation('add_todo', new __compactRuntime.ContractOperation()); state_0.setOperation('complete_todo', new __compactRuntime.ContractOperation()); state_0.setOperation('reopen_todo', new __compactRuntime.ContractOperation()); state_0.setOperation('delete_todo', new __compactRuntime.ContractOperation()); const context = __compactRuntime.createCircuitContext(__compactRuntime.dummyContractAddress(), constructorContext_0.initialZswapLocalState.coinPublicKey, state_0.data, constructorContext_0.initialPrivateState); const partialProofData = { input: { value: [], alignment: [] }, output: undefined, publicTranscript: [], privateTranscriptOutputs: [] }; __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(0n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(0n), alignment: _descriptor_0.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }]); __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(1n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(0n), alignment: _descriptor_0.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }]); __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(2n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newMap( new __compactRuntime.StateMap() ).encode() } }, { ins: { cached: false, n: 1 } }]); __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newMap( new __compactRuntime.StateMap() ).encode() } }, { ins: { cached: false, n: 1 } }]); __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(4n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_5.toValue(0n), alignment: _descriptor_5.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }]); const tmp_0 = 0n; __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(0n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(tmp_0), alignment: _descriptor_0.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }]); const tmp_1 = 0n; __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(1n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(tmp_1), alignment: _descriptor_0.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }]); state_0.data = new __compactRuntime.ChargedState(context.currentQueryContext.state.state); return { currentContractState: state_0, currentPrivateState: context.currentPrivateState, currentZswapLocalState: context.currentZswapLocalState } } _add_todo_0(context, partialProofData, text_hash_0) { let t_0; __compactRuntime.assert((t_0 = _descriptor_0.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(0n), alignment: _descriptor_1.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value), t_0 < 64n), 'Maximum 64 todos reached'); const id_0 = _descriptor_0.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(0n), alignment: _descriptor_1.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value); __compactRuntime.queryLedgerState(context, partialProofData, [ { idx: { cached: false, pushPath: true, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(2n), alignment: _descriptor_1.alignment() } }] } }, { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_4.toValue(text_hash_0), alignment: _descriptor_4.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }, { ins: { cached: true, n: 1 } }]); const tmp_0 = 1n; __compactRuntime.queryLedgerState(context, partialProofData, [ { idx: { cached: false, pushPath: true, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(tmp_0), alignment: _descriptor_1.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }, { ins: { cached: true, n: 1 } }]); const tmp_1 = ((t1) => { if (t1 > 4294967295n) { throw new __compactRuntime.CompactError('contract.compact line 24 char 16: cast from Field or Uint value to smaller Uint value failed: ' + t1 + ' is greater than 4294967295'); } return t1; })(_descriptor_0.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(0n), alignment: _descriptor_1.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value) + 1n); __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(0n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(tmp_1), alignment: _descriptor_0.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }]); const tmp_2 = 1n; __compactRuntime.queryLedgerState(context, partialProofData, [ { idx: { cached: false, pushPath: true, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(4n), alignment: _descriptor_1.alignment() } }] } }, { addi: { immediate: parseInt(__compactRuntime.valueToBigInt( { value: _descriptor_3.toValue(tmp_2), alignment: _descriptor_3.alignment() } .value )) } }, { ins: { cached: true, n: 1 } }]); return id_0; } _complete_todo_0(context, partialProofData, id_0) { __compactRuntime.assert(_descriptor_2.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }).encode() } }, 'member', { popeq: { cached: true, result: undefined } }]).value), 'Todo does not exist'); const current_status_0 = _descriptor_1.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value); __compactRuntime.assert(this._equal_0(current_status_0, 1n), 'Todo is not active'); const tmp_0 = 2n; __compactRuntime.queryLedgerState(context, partialProofData, [ { idx: { cached: false, pushPath: true, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(tmp_0), alignment: _descriptor_1.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }, { ins: { cached: true, n: 1 } }]); const tmp_1 = ((t1) => { if (t1 > 4294967295n) { throw new __compactRuntime.CompactError('contract.compact line 34 char 21: cast from Field or Uint value to smaller Uint value failed: ' + t1 + ' is greater than 4294967295'); } return t1; })(_descriptor_0.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(1n), alignment: _descriptor_1.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value) + 1n); __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(1n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(tmp_1), alignment: _descriptor_0.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }]); const tmp_2 = 1n; __compactRuntime.queryLedgerState(context, partialProofData, [ { idx: { cached: false, pushPath: true, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(4n), alignment: _descriptor_1.alignment() } }] } }, { addi: { immediate: parseInt(__compactRuntime.valueToBigInt( { value: _descriptor_3.toValue(tmp_2), alignment: _descriptor_3.alignment() } .value )) } }, { ins: { cached: true, n: 1 } }]); return []; } _reopen_todo_0(context, partialProofData, id_0) { __compactRuntime.assert(_descriptor_2.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }).encode() } }, 'member', { popeq: { cached: true, result: undefined } }]).value), 'Todo does not exist'); const current_status_0 = _descriptor_1.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value); __compactRuntime.assert(this._equal_1(current_status_0, 2n), 'Todo is not completed'); const tmp_0 = 1n; __compactRuntime.queryLedgerState(context, partialProofData, [ { idx: { cached: false, pushPath: true, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(tmp_0), alignment: _descriptor_1.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }, { ins: { cached: true, n: 1 } }]); let t_0; const tmp_1 = (t_0 = _descriptor_0.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(1n), alignment: _descriptor_1.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value), (__compactRuntime.assert(t_0 >= 1n, 'result of subtraction would be negative'), t_0 - 1n)); __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(1n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(tmp_1), alignment: _descriptor_0.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }]); const tmp_2 = 1n; __compactRuntime.queryLedgerState(context, partialProofData, [ { idx: { cached: false, pushPath: true, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(4n), alignment: _descriptor_1.alignment() } }] } }, { addi: { immediate: parseInt(__compactRuntime.valueToBigInt( { value: _descriptor_3.toValue(tmp_2), alignment: _descriptor_3.alignment() } .value )) } }, { ins: { cached: true, n: 1 } }]); return []; } _delete_todo_0(context, partialProofData, id_0) { __compactRuntime.assert(_descriptor_2.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }).encode() } }, 'member', { popeq: { cached: true, result: undefined } }]).value), 'Todo does not exist'); const current_status_0 = _descriptor_1.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value); __compactRuntime.assert(!this._equal_2(current_status_0, 0n), 'Todo already deleted'); if (this._equal_3(current_status_0, 2n)) { let t_0; const tmp_0 = (t_0 = _descriptor_0.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(1n), alignment: _descriptor_1.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value), (__compactRuntime.assert(t_0 >= 1n, 'result of subtraction would be negative'), t_0 - 1n)); __compactRuntime.queryLedgerState(context, partialProofData, [ { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(1n), alignment: _descriptor_1.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(tmp_0), alignment: _descriptor_0.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }]); } const tmp_1 = 0n; __compactRuntime.queryLedgerState(context, partialProofData, [ { idx: { cached: false, pushPath: true, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(id_0), alignment: _descriptor_0.alignment() }).encode() } }, { push: { storage: true, value: __compactRuntime.StateValue.newCell({ value: _descriptor_1.toValue(tmp_1), alignment: _descriptor_1.alignment() }).encode() } }, { ins: { cached: false, n: 1 } }, { ins: { cached: true, n: 1 } }]); const tmp_2 = 1n; __compactRuntime.queryLedgerState(context, partialProofData, [ { idx: { cached: false, pushPath: true, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(4n), alignment: _descriptor_1.alignment() } }] } }, { addi: { immediate: parseInt(__compactRuntime.valueToBigInt( { value: _descriptor_3.toValue(tmp_2), alignment: _descriptor_3.alignment() } .value )) } }, { ins: { cached: true, n: 1 } }]); return []; } _equal_0(x0, y0) { if (x0 !== y0) { return false; } return true; } _equal_1(x0, y0) { if (x0 !== y0) { return false; } return true; } _equal_2(x0, y0) { if (x0 !== y0) { return false; } return true; } _equal_3(x0, y0) { if (x0 !== y0) { return false; } return true; } } export function ledger(stateOrChargedState) { const state = stateOrChargedState instanceof __compactRuntime.StateValue ? stateOrChargedState : stateOrChargedState.state; const chargedState = stateOrChargedState instanceof __compactRuntime.StateValue ? new __compactRuntime.ChargedState(stateOrChargedState) : stateOrChargedState; const context = { currentQueryContext: new __compactRuntime.QueryContext(chargedState, __compactRuntime.dummyContractAddress()), costModel: __compactRuntime.CostModel.initialCostModel() }; const partialProofData = { input: { value: [], alignment: [] }, output: undefined, publicTranscript: [], privateTranscriptOutputs: [] }; return { get todo_count() { return _descriptor_0.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(0n), alignment: _descriptor_1.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value); }, get completed_count() { return _descriptor_0.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(1n), alignment: _descriptor_1.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value); }, todos: { isEmpty(...args_0) { if (args_0.length !== 0) { throw new __compactRuntime.CompactError(`isEmpty: expected 0 arguments, received ${args_0.length}`); } return _descriptor_2.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(2n), alignment: _descriptor_1.alignment() } }] } }, 'size', { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_5.toValue(0n), alignment: _descriptor_5.alignment() }).encode() } }, 'eq', { popeq: { cached: true, result: undefined } }]).value); }, size(...args_0) { if (args_0.length !== 0) { throw new __compactRuntime.CompactError(`size: expected 0 arguments, received ${args_0.length}`); } return _descriptor_5.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(2n), alignment: _descriptor_1.alignment() } }] } }, 'size', { popeq: { cached: true, result: undefined } }]).value); }, member(...args_0) { if (args_0.length !== 1) { throw new __compactRuntime.CompactError(`member: expected 1 argument, received ${args_0.length}`); } const key_0 = args_0[0]; if (!(typeof(key_0) === 'bigint' && key_0 >= 0n && key_0 <= 4294967295n)) { __compactRuntime.typeError('member', 'argument 1', 'contract.compact line 10 char 1', 'Uint<0..4294967296>', key_0) } return _descriptor_2.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(2n), alignment: _descriptor_1.alignment() } }] } }, { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(key_0), alignment: _descriptor_0.alignment() }).encode() } }, 'member', { popeq: { cached: true, result: undefined } }]).value); }, lookup(...args_0) { if (args_0.length !== 1) { throw new __compactRuntime.CompactError(`lookup: expected 1 argument, received ${args_0.length}`); } const key_0 = args_0[0]; if (!(typeof(key_0) === 'bigint' && key_0 >= 0n && key_0 <= 4294967295n)) { __compactRuntime.typeError('lookup', 'argument 1', 'contract.compact line 10 char 1', 'Uint<0..4294967296>', key_0) } return _descriptor_4.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(2n), alignment: _descriptor_1.alignment() } }] } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_0.toValue(key_0), alignment: _descriptor_0.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value); }, [Symbol.iterator](...args_0) { if (args_0.length !== 0) { throw new __compactRuntime.CompactError(`iter: expected 0 arguments, received ${args_0.length}`); } const self_0 = state.asArray()[2]; return self_0.asMap().keys().map( (key) => { const value = self_0.asMap().get(key).asCell(); return [ _descriptor_0.fromValue(key.value), _descriptor_4.fromValue(value.value) ]; })[Symbol.iterator](); } }, todo_status: { isEmpty(...args_0) { if (args_0.length !== 0) { throw new __compactRuntime.CompactError(`isEmpty: expected 0 arguments, received ${args_0.length}`); } return _descriptor_2.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, 'size', { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_5.toValue(0n), alignment: _descriptor_5.alignment() }).encode() } }, 'eq', { popeq: { cached: true, result: undefined } }]).value); }, size(...args_0) { if (args_0.length !== 0) { throw new __compactRuntime.CompactError(`size: expected 0 arguments, received ${args_0.length}`); } return _descriptor_5.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, 'size', { popeq: { cached: true, result: undefined } }]).value); }, member(...args_0) { if (args_0.length !== 1) { throw new __compactRuntime.CompactError(`member: expected 1 argument, received ${args_0.length}`); } const key_0 = args_0[0]; if (!(typeof(key_0) === 'bigint' && key_0 >= 0n && key_0 <= 4294967295n)) { __compactRuntime.typeError('member', 'argument 1', 'contract.compact line 11 char 1', 'Uint<0..4294967296>', key_0) } return _descriptor_2.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { push: { storage: false, value: __compactRuntime.StateValue.newCell({ value: _descriptor_0.toValue(key_0), alignment: _descriptor_0.alignment() }).encode() } }, 'member', { popeq: { cached: true, result: undefined } }]).value); }, lookup(...args_0) { if (args_0.length !== 1) { throw new __compactRuntime.CompactError(`lookup: expected 1 argument, received ${args_0.length}`); } const key_0 = args_0[0]; if (!(typeof(key_0) === 'bigint' && key_0 >= 0n && key_0 <= 4294967295n)) { __compactRuntime.typeError('lookup', 'argument 1', 'contract.compact line 11 char 1', 'Uint<0..4294967296>', key_0) } return _descriptor_1.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(3n), alignment: _descriptor_1.alignment() } }] } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_0.toValue(key_0), alignment: _descriptor_0.alignment() } }] } }, { popeq: { cached: false, result: undefined } }]).value); }, [Symbol.iterator](...args_0) { if (args_0.length !== 0) { throw new __compactRuntime.CompactError(`iter: expected 0 arguments, received ${args_0.length}`); } const self_0 = state.asArray()[3]; return self_0.asMap().keys().map( (key) => { const value = self_0.asMap().get(key).asCell(); return [ _descriptor_0.fromValue(key.value), _descriptor_1.fromValue(value.value) ]; })[Symbol.iterator](); } }, get nonce() { return _descriptor_5.fromValue(__compactRuntime.queryLedgerState(context, partialProofData, [ { dup: { n: 0 } }, { idx: { cached: false, pushPath: false, path: [ { tag: 'value', value: { value: _descriptor_1.toValue(4n), alignment: _descriptor_1.alignment() } }] } }, { popeq: { cached: true, result: undefined } }]).value); } }; } const _emptyContext = { currentQueryContext: new __compactRuntime.QueryContext(new __compactRuntime.ContractState().data, __compactRuntime.dummyContractAddress()) }; const _dummyContract = new Contract({ }); export const pureCircuits = {}; export const contractReferenceLocations = { tag: 'publicLedgerArray', indices: { } }; //# sourceMappingURL=index.js.map