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特定のエンドポイントに対するランダムアクセスのテストを追加し、出力メッセージを改善。テストの範囲を拡大し、無効化エンドポイントの処理を強化。

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misyaguziya
2025-09-24 21:12:08 +09:00
parent c38e474385
commit 1b0e93b8f8
1 changed files with 78 additions and 29 deletions
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107
src-python/test_endpoints.py
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@@ -1,6 +1,5 @@
# 初期化のため、config.jsonの削除 # 初期化のため、config.jsonの削除
import os import os
import pprint
import time import time
import random import random
if os.path.exists("config.json"): if os.path.exists("config.json"):
@@ -220,26 +219,26 @@ class TestMainloop():
result, status = self.main.handleRequest(endpoint, None) result, status = self.main.handleRequest(endpoint, None)
if result is True and status == 200: if result is True and status == 200:
self.config_dict[endpoint.split("/")[-1]] = result self.config_dict[endpoint.split("/")[-1]] = result
print(f"\t -> {Color.GREEN}[PASS]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.GREEN}[PASS]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
success = True success = True
else: else:
print(f"\t -> {Color.RED}[ERROR]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.RED}[ERROR]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
print(f"Current config_dict: {self.config_dict}") print(f"Current config_dict: {self.config_dict}")
elif endpoint.startswith("/set/disable/"): elif endpoint.startswith("/set/disable/"):
result, status = self.main.handleRequest(endpoint, None) result, status = self.main.handleRequest(endpoint, None)
if result is False and status == 200: if result is False and status == 200:
self.config_dict[endpoint.split("/")[-1]] = result self.config_dict[endpoint.split("/")[-1]] = result
print(f"\t -> {Color.GREEN}[PASS]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.GREEN}[PASS]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
success = True success = True
else: else:
print(f"\t -> {Color.RED}[ERROR]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.RED}[ERROR]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
print(f"Current config_dict: {self.config_dict}") print(f"Current config_dict: {self.config_dict}")
return success return success
def test_endpoints_on_off_all(self): def test_endpoints_on_off_all(self):
print("----ON/OFF系のエンドポイントのテスト----") print("----ON/OFF系のエンドポイントのテスト----")
for endpoint in self.validity_endpoints: for endpoint in self.validity_endpoints:
print(f"Testing endpoint: {endpoint}", end="", flush=True) print(f"Testing endpoint: {endpoint}", flush=True)
if self.test_endpoints_on_off_single(endpoint) is False: if self.test_endpoints_on_off_single(endpoint) is False:
break break
print("----ON/OFF系のエンドポイントのテスト終了----") print("----ON/OFF系のエンドポイントのテスト終了----")
@@ -248,7 +247,7 @@ class TestMainloop():
print("----ON/OFFでのランダムアクセスのテスト----") print("----ON/OFFでのランダムアクセスのテスト----")
for i in range(1000): for i in range(1000):
endpoint = random.choice(self.validity_endpoints) endpoint = random.choice(self.validity_endpoints)
print(f"No.{i:04} Testing endpoint: {endpoint}", end="", flush=True) print(f"No.{i:04} Testing endpoint: {endpoint}", flush=True)
if self.test_endpoints_on_off_single(endpoint) is False: if self.test_endpoints_on_off_single(endpoint) is False:
break break
@@ -272,7 +271,7 @@ class TestMainloop():
# ] # ]
for i in range(1000): for i in range(1000):
endpoint = random.choice(endpoints) endpoint = random.choice(endpoints)
print(f"No.{i:04} Testing endpoint: {endpoint}", end="", flush=True) print(f"No.{i:04} Testing endpoint: {endpoint}", flush=True)
if self.test_endpoints_on_off_single(endpoint) is False: if self.test_endpoints_on_off_single(endpoint) is False:
break break
@@ -435,13 +434,13 @@ class TestMainloop():
result, status = self.main.handleRequest(endpoint, data) result, status = self.main.handleRequest(endpoint, data)
if status == 200: if status == 200:
self.config_dict[endpoint.split("/")[-1]] = result self.config_dict[endpoint.split("/")[-1]] = result
print(f"\t -> {Color.GREEN}[PASS]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.GREEN}[PASS]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
success = True success = True
else: else:
print(f"\t -> {Color.RED}[ERROR]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.RED}[ERROR]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
print(f" Current config_dict: {self.config_dict}") print(f" Current config_dict: {self.config_dict}")
else: else:
print(f"\t -> {Color.YELLOW}[SKIP]{Color.RESET} No data to set for this endpoint.") print(f"-> {Color.YELLOW}[SKIP]{Color.RESET} No data to set for this endpoint: {endpoint}.")
success = True success = True
return success return success
@@ -461,45 +460,45 @@ class TestMainloop():
expected_status = test["status"] expected_status = test["status"]
result, status = self.main.handleRequest(endpoint, data) result, status = self.main.handleRequest(endpoint, data)
if status == expected_status: if status == expected_status:
print(f"\t -> {Color.GREEN}[PASS]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.GREEN}[PASS]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
success = True success = True
else: else:
print(f"\t -> {Color.RED}[ERROR]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.RED}[ERROR]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
print(f" Current config_dict: {self.config_dict}") print(f"Current config_dict: {self.config_dict}")
case "/run/typing_message_box" | "/run/stop_typing_message_box": case "/run/typing_message_box" | "/run/stop_typing_message_box":
data = test["data"] data = test["data"]
expected_status = test["status"] expected_status = test["status"]
expected_result = test["result"] expected_result = test["result"]
result, status = self.main.handleRequest(endpoint, data) result, status = self.main.handleRequest(endpoint, data)
if status == expected_status and result == expected_result: if status == expected_status and result == expected_result:
print(f"\t -> {Color.GREEN}[PASS]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.GREEN}[PASS]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
success = True success = True
else: else:
print(f"\t -> {Color.RED}[ERROR]{Color.RESET} Status: {status}, Result: {result}, Expected: {expected_result}") print(f"-> {Color.RED}[ERROR]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}, Expected: {expected_result}")
print(f" Current config_dict: {self.config_dict}") print(f"Current config_dict: {self.config_dict}")
case "/run/send_text_overlay": case "/run/send_text_overlay":
data = test["data"] data = test["data"]
expected_status = test["status"] expected_status = test["status"]
expected_result = test["result"] expected_result = test["result"]
result, status = self.main.handleRequest(endpoint, data) result, status = self.main.handleRequest(endpoint, data)
if status == expected_status and result == expected_result: if status == expected_status and result == expected_result:
print(f"\t -> {Color.GREEN}[PASS]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.GREEN}[PASS]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
success = True success = True
else: else:
print(f"\t -> {Color.RED}[ERROR]{Color.RESET} Status: {status}, Result: {result}, Expected: {expected_result}") print(f"-> {Color.RED}[ERROR]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}, Expected: {expected_result}")
print(f" Current config_dict: {self.config_dict}") print(f"Current config_dict: {self.config_dict}")
case "/run/swap_your_language_and_target_language": case "/run/swap_your_language_and_target_language":
data = test["data"] data = test["data"]
expected_status = test["status"] expected_status = test["status"]
result, status = self.main.handleRequest(endpoint, data) result, status = self.main.handleRequest(endpoint, data)
if status == expected_status: if status == expected_status:
print(f"\t -> {Color.GREEN}[PASS]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.GREEN}[PASS]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
success = True success = True
else: else:
print(f"\t -> {Color.RED}[ERROR]{Color.RESET} Status: {status}, Result: {result}") print(f"-> {Color.RED}[ERROR]{Color.RESET} endpoint:{endpoint} Status: {status}, Result: {result}")
print(f" Current config_dict: {self.config_dict}") print(f"Current config_dict: {self.config_dict}")
case _: case _:
print(f"\t -> {Color.YELLOW}[SKIP]{Color.RESET} No tests defined for this endpoint.") print(f"-> {Color.YELLOW}[SKIP]{Color.RESET} No tests defined for this endpoint :{endpoint}.")
success = True success = True
return success return success
@@ -524,23 +523,23 @@ class TestMainloop():
"run", "run",
] ]
for i in range(1000): for i in range(10000):
endpoints_type = random.choice(endpoint_types) endpoints_type = random.choice(endpoint_types)
match endpoints_type: match endpoints_type:
case "validity": case "validity":
endpoint = random.choice(self.validity_endpoints) endpoint = random.choice(self.validity_endpoints)
print(f"No.{i:04} Testing endpoint: {endpoint}", end="", flush=True) print(f"No.{i:04} Testing endpoint: {endpoint}", flush=True)
if self.test_endpoints_on_off_single(endpoint) is False: if self.test_endpoints_on_off_single(endpoint) is False:
break break
case "set_data": case "set_data":
endpoint = random.choice(self.set_data_endpoints) endpoint = random.choice(self.set_data_endpoints)
print(f"No.{i:04} Testing endpoint: {endpoint}", end=" ", flush=True) print(f"No.{i:04} Testing endpoint: {endpoint}", flush=True)
if self.test_set_data_endpoints_single(endpoint) is False: if self.test_set_data_endpoints_single(endpoint) is False:
break break
case "run": case "run":
endpoint = random.choice(list(self.run_endpoints.keys())) endpoint = random.choice(list(self.run_endpoints.keys()))
test = random.choice(self.run_endpoints[endpoint]) test = random.choice(self.run_endpoints[endpoint])
print(f"No.{i:04} Testing endpoint: {endpoint}", end=" ", flush=True) print(f"No.{i:04} Testing endpoint: {endpoint}", flush=True)
if self.test_run_endpoints_single(endpoint, test) is False: if self.test_run_endpoints_single(endpoint, test) is False:
break break
@@ -550,15 +549,65 @@ class TestMainloop():
_, _ = self.main.handleRequest(endpoint, None) _, _ = self.main.handleRequest(endpoint, None)
print("----すべてのエンドポイントのランダムアクセスのテスト終了----") print("----すべてのエンドポイントのランダムアクセスのテスト終了----")
def test_endpoints_specific_random(self):
print("----特定のエンドポイントのランダムアクセスのテスト----")
self.validity_specific_endpoints = [
"/set/enable/websocket_server",
"/set/disable/websocket_server",
]
self.set_data_specific_endpoints = [
"/set/data/ctranslate2_weight_type",
"/set/data/websocket_host",
"/set/data/websocket_port",
"/set/data/osc_ip_address",
"/set/data/osc_port",
]
endpoint_types = [
"validity",
"set_data",
# "run",
]
for i in range(1000):
endpoints_type = random.choice(endpoint_types)
match endpoints_type:
case "validity":
endpoint = random.choice(self.validity_specific_endpoints)
print(f"No.{i:04} Testing endpoint: {endpoint}", flush=True)
if self.test_endpoints_on_off_single(endpoint) is False:
break
case "set_data":
endpoint = random.choice(self.set_data_specific_endpoints)
print(f"No.{i:04} Testing endpoint: {endpoint}", flush=True)
if self.test_set_data_endpoints_single(endpoint) is False:
break
case "run":
endpoint = random.choice(list(self.run_endpoints.keys()))
test = random.choice(self.run_endpoints[endpoint])
print(f"No.{i:04} Testing endpoint: {endpoint}", flush=True)
if self.test_run_endpoints_single(endpoint, test) is False:
break
# 最後にすべてOFFにして終了
for endpoint in self.validity_endpoints:
if endpoint.startswith("/set/disable/"):
_, _ = self.main.handleRequest(endpoint, None)
print("----特定のエンドポイントのランダムアクセスのテスト終了----")
if __name__ == "__main__": if __name__ == "__main__":
try: try:
test = TestMainloop() test = TestMainloop()
# test.test_endpoints_on_off_all() # test.test_endpoints_on_off_all()
# test.test_set_data_endpoints_all() # test.test_set_data_endpoints_all()
# test.test_run_endpoints_all() # test.test_run_endpoints_all()
test.test_endpoints_all_random() # test.test_endpoints_all_random()
# test.test_endpoints_on_off_continuous() # test.test_endpoints_on_off_continuous()
# test.test_endpoints_on_off_random() # test.test_endpoints_on_off_random()
test.test_endpoints_specific_random()
except KeyboardInterrupt: except KeyboardInterrupt:
print("Interrupted by user, shutting down...") print("Interrupted by user, shutting down...")
except Exception as e: except Exception as e: