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BAY Algorand Assignment 제출합니다 #4

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BAY Algorand Assignment 제출합니다 #4

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367 changes: 367 additions & 0 deletions .../coding-assignment/smart_contracts/artifacts/nft_marketplace/NftMarketplace.approval.teal
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#pragma version 10

smart_contracts.nft_marketplace.contract.NftMarketplace.approval_program:
txn ApplicationID
bnz main_entrypoint@2
callsub __init__

main_entrypoint@2:
// smart_contracts/nft_marketplace/contract.py:20
// class NftMarketplace(arc4.ARC4Contract):
txn NumAppArgs
bz main_bare_routing@9
method "bootstrap(asset,uint64,pay)void"
method "buy(pay,uint64)void"
method "withdraw_and_delete()void"
txna ApplicationArgs 0
match main_bootstrap_route@4 main_buy_route@5 main_withdraw_and_delete_route@6
err // reject transaction

main_bootstrap_route@4:
// smart_contracts/nft_marketplace/contract.py:90
// @arc4.abimethod
txn OnCompletion
!
assert // OnCompletion is NoOp
txn ApplicationID
assert // is not creating
// smart_contracts/nft_marketplace/contract.py:20
// class NftMarketplace(arc4.ARC4Contract):
txna ApplicationArgs 1
btoi
txnas Assets
txna ApplicationArgs 2
btoi
txn GroupIndex
int 1
-
dup
gtxns TypeEnum
int pay
==
assert // transaction type is pay
// smart_contracts/nft_marketplace/contract.py:90
// @arc4.abimethod
callsub bootstrap
int 1
return

main_buy_route@5:
// smart_contracts/nft_marketplace/contract.py:145
// @arc4.abimethod
txn OnCompletion
!
assert // OnCompletion is NoOp
txn ApplicationID
assert // is not creating
// smart_contracts/nft_marketplace/contract.py:20
// class NftMarketplace(arc4.ARC4Contract):
txn GroupIndex
int 1
-
dup
gtxns TypeEnum
int pay
==
assert // transaction type is pay
txna ApplicationArgs 1
btoi
// smart_contracts/nft_marketplace/contract.py:145
// @arc4.abimethod
callsub buy
int 1
return

main_withdraw_and_delete_route@6:
// smart_contracts/nft_marketplace/contract.py:208
// @arc4.abimethod(allow_actions=["DeleteApplication"])
txn OnCompletion
int DeleteApplication
==
assert // OnCompletion is DeleteApplication
txn ApplicationID
assert // is not creating
callsub withdraw_and_delete
int 1
return

main_bare_routing@9:
// smart_contracts/nft_marketplace/contract.py:20
// class NftMarketplace(arc4.ARC4Contract):
txn OnCompletion
!
assert // reject transaction
txn ApplicationID
!
assert // is creating
int 1
return


// smart_contracts.nft_marketplace.contract.NftMarketplace.bootstrap(asset: uint64, unitary_price: uint64, mbr_pay: uint64) -> void:
bootstrap:
// smart_contracts/nft_marketplace/contract.py:90-93
// @arc4.abimethod
// def bootstrap(
// self, asset: Asset, unitary_price: UInt64, mbr_pay: gtxn.PaymentTransaction
// ) -> None:
proto 3 0
// smart_contracts/nft_marketplace/contract.py:95
// assert Txn.sender == Global.creator_address, "Only creator can bootstrap"
txn Sender
global CreatorAddress
==
assert // Only creator can bootstrap
// smart_contracts/nft_marketplace/contract.py:96
// assert self.bootstrapped == False, "Already bootstrapped"
int 0
byte "bootstrapped"
app_global_get_ex
assert // check bootstrapped exists
!
assert // Already bootstrapped
// smart_contracts/nft_marketplace/contract.py:97
// assert mbr_pay.receiver == Global.current_application_address, "Payment receiver must be the contract address"
frame_dig -1
gtxns Receiver
global CurrentApplicationAddress
==
assert // Payment receiver must be the contract address
// smart_contracts/nft_marketplace/contract.py:98
// assert mbr_pay.amount == Global.min_balance + Global.asset_opt_in_min_balance, "Payment amount must be equal to the sum of the minimum balance and the minimum balance to opt in to the ASA"
frame_dig -1
gtxns Amount
global MinBalance
global AssetOptInMinBalance
+
==
assert // Payment amount must be equal to the sum of the minimum balance and the minimum balance to opt in to the ASA
// smart_contracts/nft_marketplace/contract.py:100
// self.asset_id = asset.id
byte "asset_id"
frame_dig -3
app_global_put
// smart_contracts/nft_marketplace/contract.py:101
// self.unitary_price = unitary_price
byte "unitary_price"
frame_dig -2
app_global_put
// smart_contracts/nft_marketplace/contract.py:102
// self.bootstrapped = True
byte "bootstrapped"
int 1
app_global_put
// smart_contracts/nft_marketplace/contract.py:104-108
// itxn.AssetTransfer(
// xfer_asset=self.asset_id,
// asset_receiver=Global.current_application_address,
// asset_amount=0,
// ).submit()
itxn_begin
// smart_contracts/nft_marketplace/contract.py:105
// xfer_asset=self.asset_id,
int 0
byte "asset_id"
app_global_get_ex
assert // check asset_id exists
// smart_contracts/nft_marketplace/contract.py:106
// asset_receiver=Global.current_application_address,
global CurrentApplicationAddress
// smart_contracts/nft_marketplace/contract.py:107
// asset_amount=0,
int 0
itxn_field AssetAmount
itxn_field AssetReceiver
itxn_field XferAsset
// smart_contracts/nft_marketplace/contract.py:104
// itxn.AssetTransfer(
int axfer
itxn_field TypeEnum
int 0
itxn_field Fee
// smart_contracts/nft_marketplace/contract.py:104-108
// itxn.AssetTransfer(
// xfer_asset=self.asset_id,
// asset_receiver=Global.current_application_address,
// asset_amount=0,
// ).submit()
itxn_submit
retsub


// smart_contracts.nft_marketplace.contract.NftMarketplace.buy(buyer_txn: uint64, quantity: uint64) -> void:
buy:
// smart_contracts/nft_marketplace/contract.py:145-150
// @arc4.abimethod
// def buy(
// self,
// buyer_txn: gtxn.PaymentTransaction,
// quantity: UInt64,
// ) -> None:
proto 2 0
// smart_contracts/nft_marketplace/contract.py:151
// assert self.bootstrapped == True, "Not bootstrapped"
int 0
byte "bootstrapped"
app_global_get_ex
assert // check bootstrapped exists
int 1
==
assert // Not bootstrapped
// smart_contracts/nft_marketplace/contract.py:152
// assert buyer_txn.sender == Txn.sender, "Sender must be the caller"
frame_dig -2
gtxns Sender
dup
txn Sender
==
assert // Sender must be the caller
// smart_contracts/nft_marketplace/contract.py:153
// assert buyer_txn.receiver == Global.current_application_address, "Receiver must be the contract address"
frame_dig -2
gtxns Receiver
global CurrentApplicationAddress
==
assert // Receiver must be the contract address
// smart_contracts/nft_marketplace/contract.py:154
// assert buyer_txn.amount == self.unitary_price * quantity, "Amount must be equal to the unitary price times the quantity"
frame_dig -2
gtxns Amount
int 0
byte "unitary_price"
app_global_get_ex
assert // check unitary_price exists
frame_dig -1
*
==
assert // Amount must be equal to the unitary price times the quantity
// smart_contracts/nft_marketplace/contract.py:157-161
// itxn.AssetTransfer(
// xfer_asset=self.asset_id,
// asset_receiver=buyer_txn.sender,
// asset_amount=quantity,
// ).submit()
itxn_begin
// smart_contracts/nft_marketplace/contract.py:158
// xfer_asset=self.asset_id,
int 0
byte "asset_id"
app_global_get_ex
assert // check asset_id exists
frame_dig -1
itxn_field AssetAmount
itxn_field XferAsset
itxn_field AssetReceiver
// smart_contracts/nft_marketplace/contract.py:157
// itxn.AssetTransfer(
int axfer
itxn_field TypeEnum
int 0
itxn_field Fee
// smart_contracts/nft_marketplace/contract.py:157-161
// itxn.AssetTransfer(
// xfer_asset=self.asset_id,
// asset_receiver=buyer_txn.sender,
// asset_amount=quantity,
// ).submit()
itxn_submit
retsub


// smart_contracts.nft_marketplace.contract.NftMarketplace.withdraw_and_delete() -> void:
withdraw_and_delete:
// smart_contracts/nft_marketplace/contract.py:208-209
// @arc4.abimethod(allow_actions=["DeleteApplication"])
// def withdraw_and_delete(self) -> None:
proto 0 0
// smart_contracts/nft_marketplace/contract.py:210
// assert Txn.sender == Global.creator_address, "Only creator can withdraw and delete"
txn Sender
global CreatorAddress
==
assert // Only creator can withdraw and delete
// smart_contracts/nft_marketplace/contract.py:213-217
// itxn.AssetTransfer(
// xfer_asset=self.asset_id,
// asset_receiver=Global.creator_address,
// asset_close_to=Global.creator_address,
// ).submit()
itxn_begin
// smart_contracts/nft_marketplace/contract.py:214
// xfer_asset=self.asset_id,
int 0
byte "asset_id"
app_global_get_ex
assert // check asset_id exists
// smart_contracts/nft_marketplace/contract.py:215
// asset_receiver=Global.creator_address,
global CreatorAddress
// smart_contracts/nft_marketplace/contract.py:216
// asset_close_to=Global.creator_address,
dup
itxn_field AssetCloseTo
itxn_field AssetReceiver
itxn_field XferAsset
// smart_contracts/nft_marketplace/contract.py:213
// itxn.AssetTransfer(
int axfer
itxn_field TypeEnum
int 0
itxn_field Fee
// smart_contracts/nft_marketplace/contract.py:213-217
// itxn.AssetTransfer(
// xfer_asset=self.asset_id,
// asset_receiver=Global.creator_address,
// asset_close_to=Global.creator_address,
// ).submit()
itxn_submit
// smart_contracts/nft_marketplace/contract.py:220-223
// itxn.Payment(
// receiver=Global.creator_address,
// close_remainder_to=Global.creator_address,
// ).submit()
itxn_begin
// smart_contracts/nft_marketplace/contract.py:221
// receiver=Global.creator_address,
global CreatorAddress
// smart_contracts/nft_marketplace/contract.py:222
// close_remainder_to=Global.creator_address,
dup
itxn_field CloseRemainderTo
itxn_field Receiver
// smart_contracts/nft_marketplace/contract.py:220
// itxn.Payment(
int pay
itxn_field TypeEnum
int 0
itxn_field Fee
// smart_contracts/nft_marketplace/contract.py:220-223
// itxn.Payment(
// receiver=Global.creator_address,
// close_remainder_to=Global.creator_address,
// ).submit()
itxn_submit
retsub


// smart_contracts.nft_marketplace.contract.NftMarketplace.__init__() -> void:
__init__:
// smart_contracts/nft_marketplace/contract.py:45
// def __init__(self) -> None:
proto 0 0
// smart_contracts/nft_marketplace/contract.py:47
// self.asset_id = UInt64(0)
byte "asset_id"
int 0
app_global_put
// smart_contracts/nft_marketplace/contract.py:48
// self.unitary_price = UInt64(0)
byte "unitary_price"
int 0
app_global_put
// smart_contracts/nft_marketplace/contract.py:49
// self.bootstrapped = bool(False)
byte "bootstrapped"
int 0
app_global_put
retsub
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