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test_bond_transfers_ListBondTokenTransferHistory.py
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"""
Copyright BOOSTRY Co., Ltd.
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing,
software distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
SPDX-License-Identifier: Apache-2.0
"""
from datetime import datetime
import pytest
from pytz import timezone
import config
from app.model.db import (
IDXPersonalInfo,
IDXTransfer,
IDXTransferSourceEventType,
PersonalInfoDataSource,
Token,
TokenType,
TokenVersion,
)
local_tz = timezone(config.TZ)
class TestAppRoutersBondTransfersGET:
# target API endpoint
base_url = "/bond/transfers/{}"
test_transaction_hash = "test_transaction_hash"
test_issuer_address = "test_issuer_address"
test_token_address = "test_token_address"
test_from_address_1 = "test_from_address_1"
test_from_address_2 = "test_from_address_2"
test_to_address_1 = "test_to_address_1"
test_to_address_2 = "test_to_address_2"
test_block_timestamp = [
datetime.strptime("2022/01/02 15:20:30", "%Y/%m/%d %H:%M:%S"), # JST 2022/01/03
datetime.strptime("2022/01/01 15:20:30", "%Y/%m/%d %H:%M:%S"), # JST 2022/01/02
datetime.strptime("2022/01/02 00:20:30", "%Y/%m/%d %H:%M:%S"), # JST 2022/01/02
]
test_block_timestamp_str = [
"2022-01-03T00:20:30+09:00",
"2022-01-02T00:20:30+09:00",
"2022-01-02T09:20:30+09:00",
]
###########################################################################
# Normal Case
###########################################################################
# <Normal_1>
# default sort
@pytest.mark.asyncio
async def test_normal_1(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXTransfer
for i in range(0, 3):
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = i
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[i]
async_db.add(_idx_transfer)
await async_db.commit()
# request target API
resp = await async_client.get(self.base_url.format(self.test_token_address))
# assertion
assert resp.status_code == 200
assumed_response = {
"result_set": {"count": 3, "offset": None, "limit": None, "total": 3},
"transfer_history": [
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 0,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[0],
},
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 2,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[2],
},
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 1,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[1],
},
],
}
assert resp.json() == assumed_response
# <Normal_2>
# offset, limit
@pytest.mark.asyncio
async def test_normal_2(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXPersonalInfo
_personal_info_from = IDXPersonalInfo()
_personal_info_from.account_address = self.test_from_address_1
_personal_info_from.issuer_address = self.test_issuer_address
_personal_info_from._personal_info = {
"key_manager": "key_manager_test1",
"name": "name_test1",
"postal_code": "postal_code_test1",
"address": "address_test1",
"email": "email_test1",
"birth": "birth_test1",
"is_corporate": False,
"tax_category": 10,
} # latest data
_personal_info_from.data_source = PersonalInfoDataSource.ON_CHAIN
async_db.add(_personal_info_from)
_personal_info_to = IDXPersonalInfo()
_personal_info_to.account_address = self.test_to_address_1
_personal_info_to.issuer_address = self.test_issuer_address
_personal_info_to._personal_info = {
"key_manager": "key_manager_test2",
"name": "name_test2",
"postal_code": "postal_code_test2",
"address": "address_test2",
"email": "email_test2",
"birth": "birth_test2",
"is_corporate": False,
"tax_category": 10,
} # latest data
_personal_info_to.data_source = PersonalInfoDataSource.ON_CHAIN
async_db.add(_personal_info_to)
# prepare data: IDXTransfer
for i in range(0, 3):
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = i
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[i]
async_db.add(_idx_transfer)
await async_db.commit()
# request target API
resp = await async_client.get(
self.base_url.format(self.test_token_address) + "?offset=1&limit=1"
)
# assertion
assert resp.status_code == 200
assumed_response = {
"result_set": {"count": 3, "offset": 1, "limit": 1, "total": 3},
"transfer_history": [
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": {
"address": "address_test1",
"birth": "birth_test1",
"email": "email_test1",
"is_corporate": False,
"key_manager": "key_manager_test1",
"name": "name_test1",
"postal_code": "postal_code_test1",
"tax_category": 10,
},
"to_address": self.test_to_address_1,
"to_address_personal_information": {
"address": "address_test2",
"birth": "birth_test2",
"email": "email_test2",
"is_corporate": False,
"key_manager": "key_manager_test2",
"name": "name_test2",
"postal_code": "postal_code_test2",
"tax_category": 10,
},
"amount": 2,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[2],
},
],
}
assert resp.json() == assumed_response
# <Normal_3_1>
# filter: block_timestamp_from
@pytest.mark.asyncio
async def test_normal_3_1(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXTransfer
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 0
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[0]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 1
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[1]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 2
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[2]
async_db.add(_idx_transfer)
await async_db.commit()
# request target API
resp = await async_client.get(
self.base_url.format(self.test_token_address),
params={"block_timestamp_from": "2022-01-02T09:20:30"},
)
# assertion
assert resp.status_code == 200
assumed_response = {
"result_set": {"count": 2, "offset": None, "limit": None, "total": 3},
"transfer_history": [
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 0,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[0],
},
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 2,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[2],
},
],
}
assert resp.json() == assumed_response
# <Normal_3_2>
# filter: block_timestamp_to
@pytest.mark.asyncio
async def test_normal_3_2(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXTransfer
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 0
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[0]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 1
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[1]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 2
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[2]
async_db.add(_idx_transfer)
await async_db.commit()
# request target API
resp = await async_client.get(
self.base_url.format(self.test_token_address),
params={"block_timestamp_to": "2022-01-02T09:20:30"},
)
# assertion
assert resp.status_code == 200
assumed_response = {
"result_set": {"count": 2, "offset": None, "limit": None, "total": 3},
"transfer_history": [
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 2,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[2],
},
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 1,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[1],
},
],
}
assert resp.json() == assumed_response
# <Normal_3_3>
# filter: from_address
@pytest.mark.asyncio
async def test_normal_3_3(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXTransfer
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_2
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 0
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[0]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_2
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 1
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[1]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 2
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[2]
async_db.add(_idx_transfer)
await async_db.commit()
# request target API
resp = await async_client.get(
self.base_url.format(self.test_token_address),
params={"from_address": self.test_from_address_1},
)
# assertion
assert resp.status_code == 200
assumed_response = {
"result_set": {"count": 1, "offset": None, "limit": None, "total": 3},
"transfer_history": [
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 2,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[2],
},
],
}
assert resp.json() == assumed_response
# <Normal_3_4>
# filter: to_address
@pytest.mark.asyncio
async def test_normal_3_4(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXTransfer
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_2
_idx_transfer.amount = 0
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[0]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_2
_idx_transfer.amount = 1
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[1]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 2
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[2]
async_db.add(_idx_transfer)
await async_db.commit()
# request target API
resp = await async_client.get(
self.base_url.format(self.test_token_address),
params={"to_address": self.test_to_address_1},
)
# assertion
assert resp.status_code == 200
assumed_response = {
"result_set": {"count": 1, "offset": None, "limit": None, "total": 3},
"transfer_history": [
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 2,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[2],
},
],
}
assert resp.json() == assumed_response
# <Normal_3_5>
# filter: from_address_name
@pytest.mark.asyncio
async def test_normal_3_5(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXTransfer
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 0
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[0]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_2
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 1
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[1]
async_db.add(_idx_transfer)
# prepare data: IDXPersonalInfo
_personal_info_from = IDXPersonalInfo()
_personal_info_from.account_address = self.test_from_address_1
_personal_info_from.issuer_address = self.test_issuer_address
_personal_info_from._personal_info = {
"key_manager": "key_manager_test1",
"name": "テスト太郎1",
"postal_code": "postal_code_test1",
"address": "address_test1",
"email": "email_test1",
"birth": "birth_test1",
"is_corporate": False,
"tax_category": 10,
} # latest data
_personal_info_from.data_source = PersonalInfoDataSource.ON_CHAIN
async_db.add(_personal_info_from)
_personal_info_to = IDXPersonalInfo()
_personal_info_to.account_address = self.test_from_address_2
_personal_info_to.issuer_address = self.test_issuer_address
_personal_info_to._personal_info = {
"key_manager": "key_manager_test2",
"name": "name_test2",
"postal_code": "postal_code_test2",
"address": "address_test2",
"email": "email_test2",
"birth": "birth_test2",
"is_corporate": False,
"tax_category": 10,
} # latest data
_personal_info_to.data_source = PersonalInfoDataSource.ON_CHAIN
async_db.add(_personal_info_to)
await async_db.commit()
# request target API
resp = await async_client.get(
self.base_url.format(self.test_token_address),
params={"from_address_name": "テスト太郎1"}, # test_from_address_1's name
)
# assertion
assert resp.status_code == 200
assumed_response = {
"result_set": {"count": 1, "offset": None, "limit": None, "total": 2},
"transfer_history": [
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": {
"key_manager": "key_manager_test1",
"name": "テスト太郎1",
"postal_code": "postal_code_test1",
"address": "address_test1",
"email": "email_test1",
"birth": "birth_test1",
"is_corporate": False,
"tax_category": 10,
},
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 0,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[0],
},
],
}
assert resp.json() == assumed_response
# <Normal_3_6>
# filter: to_address_name
@pytest.mark.asyncio
async def test_normal_3_6(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXTransfer
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 0
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[0]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_2
_idx_transfer.amount = 1
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[1]
async_db.add(_idx_transfer)
# prepare data: IDXPersonalInfo
_personal_info_from = IDXPersonalInfo()
_personal_info_from.account_address = self.test_to_address_1
_personal_info_from.issuer_address = self.test_issuer_address
_personal_info_from._personal_info = {
"key_manager": "key_manager_test1",
"name": "テスト太郎1",
"postal_code": "postal_code_test1",
"address": "address_test1",
"email": "email_test1",
"birth": "birth_test1",
"is_corporate": False,
"tax_category": 10,
} # latest data
_personal_info_from.data_source = PersonalInfoDataSource.ON_CHAIN
async_db.add(_personal_info_from)
_personal_info_to = IDXPersonalInfo()
_personal_info_to.account_address = self.test_to_address_2
_personal_info_to.issuer_address = self.test_issuer_address
_personal_info_to._personal_info = {
"key_manager": "key_manager_test2",
"name": "name_test2",
"postal_code": "postal_code_test2",
"address": "address_test2",
"email": "email_test2",
"birth": "birth_test2",
"is_corporate": False,
"tax_category": 10,
} # latest data
_personal_info_to.data_source = PersonalInfoDataSource.ON_CHAIN
async_db.add(_personal_info_to)
await async_db.commit()
# request target API
resp = await async_client.get(
self.base_url.format(self.test_token_address),
params={"to_address_name": "テスト太郎1"}, # test_from_address_1's name
)
# assertion
assert resp.status_code == 200
assumed_response = {
"result_set": {"count": 1, "offset": None, "limit": None, "total": 2},
"transfer_history": [
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": {
"key_manager": "key_manager_test1",
"name": "テスト太郎1",
"postal_code": "postal_code_test1",
"address": "address_test1",
"email": "email_test1",
"birth": "birth_test1",
"is_corporate": False,
"tax_category": 10,
},
"amount": 0,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[0],
},
],
}
assert resp.json() == assumed_response
# <Normal_3_7_1>
# filter: amount (EQUAL)
@pytest.mark.asyncio
async def test_normal_3_7_1(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXTransfer
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 10
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[0]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 20
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[1]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 30
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[2]
async_db.add(_idx_transfer)
await async_db.commit()
# request target API
resp = await async_client.get(
self.base_url.format(self.test_token_address),
params={"amount": 20},
)
# assertion
assert resp.status_code == 200
assumed_response = {
"result_set": {"count": 1, "offset": None, "limit": None, "total": 3},
"transfer_history": [
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 20,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[1],
},
],
}
assert resp.json() == assumed_response
# <Normal_3_7_2>
# filter: amount (GTE)
@pytest.mark.asyncio
async def test_normal_3_7_2(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXTransfer
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 10
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[0]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 20
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[1]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 30
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[2]
async_db.add(_idx_transfer)
await async_db.commit()
# request target API
resp = await async_client.get(
self.base_url.format(self.test_token_address),
params={"amount": 20, "amount_operator": 1},
)
# assertion
assert resp.status_code == 200
assumed_response = {
"result_set": {"count": 2, "offset": None, "limit": None, "total": 3},
"transfer_history": [
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 30,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[2],
},
{
"transaction_hash": self.test_transaction_hash,
"token_address": self.test_token_address,
"from_address": self.test_from_address_1,
"from_address_personal_information": None,
"to_address": self.test_to_address_1,
"to_address_personal_information": None,
"amount": 20,
"source_event": IDXTransferSourceEventType.TRANSFER,
"data": None,
"block_timestamp": self.test_block_timestamp_str[1],
},
],
}
assert resp.json() == assumed_response
# <Normal_3_7_3>
# filter: amount (LTE)
@pytest.mark.asyncio
async def test_normal_3_7_3(self, async_client, async_db):
# prepare data: Token
_token = Token()
_token.type = TokenType.IBET_STRAIGHT_BOND
_token.tx_hash = self.test_transaction_hash
_token.issuer_address = self.test_issuer_address
_token.token_address = self.test_token_address
_token.abi = {}
_token.version = TokenVersion.V_24_09
async_db.add(_token)
# prepare data: IDXTransfer
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 10
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[0]
async_db.add(_idx_transfer)
_idx_transfer = IDXTransfer()
_idx_transfer.transaction_hash = self.test_transaction_hash
_idx_transfer.token_address = self.test_token_address
_idx_transfer.from_address = self.test_from_address_1
_idx_transfer.to_address = self.test_to_address_1
_idx_transfer.amount = 20
_idx_transfer.source_event = IDXTransferSourceEventType.TRANSFER
_idx_transfer.data = None
_idx_transfer.block_timestamp = self.test_block_timestamp[1]
async_db.add(_idx_transfer)