thegates/app/scripts/sandbox/sandbox_logger.gd
2025-03-19 02:14:59 +04:00

126 lines
3.2 KiB
GDScript

extends Node
class_name SandboxLogger
@export var gate_events: GateEvents
@export var api: ApiSettings
const LOG_FOLDER := "user://logs"
const LOG_FILE := "log.txt"
const PRINT_LOGS_ARG := "--sandbox-logs"
const BUFFER_SIZE = 2048
const FLUSH_DELAY = 5
var flush_timer: Timer
var log_file: FileAccess
var pipe: Dictionary
var gate: Gate
var print_logs: bool
var logs_sent: bool
var thread1: Thread = Thread.new()
var thread2: Thread = Thread.new()
func _ready() -> void:
gate_events.not_responding.connect(send_logs)
print_logs = PRINT_LOGS_ARG in OS.get_cmdline_args()
func start(_pipe: Dictionary, _gate: Gate) -> void:
pipe = _pipe
gate = _gate
create_log_file()
start_reading_pipes()
start_flushing_logs()
func create_log_file() -> void:
var folder = gate.url.replace("http://", "").replace("https://", "").replace(".gate", "")
folder = folder.replace(":", "_") # remove ':' before port
var path = LOG_FOLDER + "/" + folder + "/" + LOG_FILE
var global_path = ProjectSettings.globalize_path(path)
DirAccess.make_dir_recursive_absolute(path.get_base_dir())
log_file = FileAccess.open(path, FileAccess.WRITE_READ)
Debug.logclr("Logs written to [url]%s[/url]" % [global_path], Color.GRAY)
# READING FROM PIPES
func start_reading_pipes() -> void:
thread1 = Thread.new()
thread2 = Thread.new()
thread1.start(read_stdio)
thread2.start(read_stderr)
func read_stdio() -> void:
var stdio = pipe["stdio"] as FileAccess
var buffer: PackedByteArray
while stdio.is_open():
buffer = stdio.get_buffer(BUFFER_SIZE)
if not buffer.is_empty():
store_buffer.call_deferred(buffer)
func read_stderr() -> void:
var stderr = pipe["stderr"] as FileAccess
var buffer: PackedByteArray
while stderr.is_open():
buffer = stderr.get_buffer(BUFFER_SIZE)
if not buffer.is_empty():
store_buffer.call_deferred(buffer)
func store_buffer(buffer: PackedByteArray) -> void:
if print_logs: printraw(buffer.get_string_from_utf8())
log_file.store_buffer(buffer)
func cleanup() -> void:
if pipe.has("stdio"): pipe["stdio"].close()
if pipe.has("stderr"): pipe["stderr"].close()
if thread1 != null and thread1.is_started(): thread1.wait_to_finish()
if thread2 != null and thread2.is_started(): thread2.wait_to_finish()
# FLUSH AND SEND LOGS
func start_flushing_logs() -> void:
flush_timer = Timer.new()
add_child(flush_timer)
flush_timer.timeout.connect(flush_logs)
flush_timer.start(FLUSH_DELAY)
func flush_logs() -> void:
if log_file == null or not log_file.is_open(): return
log_file.flush()
func send_logs() -> void:
if log_file == null or logs_sent: return
logs_sent = true
flush_logs()
var data = FileAccess.get_file_as_bytes(log_file.get_path())
var length = data.size()
await send_logs_request(data, length)
func send_logs_request(data: PackedByteArray, length: int) -> void:
var url = api.send_logs + gate.url.uri_encode()
var callback = func(_result, code, _headers, _body):
if code == 200:
Debug.logclr("Logs were sent %.2fKB" % [length / 1024.0], Color.DIM_GRAY)
else: Debug.logclr("Sending logs failed. Code " + str(code), Color.RED)
var err = await Backend.request_raw(url, callback, data, HTTPClient.METHOD_POST)
if err != HTTPRequest.RESULT_SUCCESS: Debug.logclr("Cannot send request send_logs", Color.RED)