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Update log calls

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JeremyStar™ 2024-03-31 18:01:57 +02:00
parent 4e44373e9e
commit 49c52fb31a
Signed by: JeremyStarTM
GPG key ID: E366BAEF67E4704D
5 changed files with 82 additions and 82 deletions
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44
src/core.gd
View file

@ -76,7 +76,7 @@ func _ready() -> void:
# Cleanup # Cleanup
# Particularily useful during testing to cleanup stuff, or if you want to do some stupid stuff with CORE during runtime # Particularily useful during testing to cleanup stuff, or if you want to do some stupid stuff with CORE during runtime
func cleanup() -> void: func cleanup() -> void:
logger.infof("Core", "Cleaning up") logger.infof("core", "Cleaning up")
config.queue_free() config.queue_free()
var modules_reverse: Array[String] = modules.duplicate() var modules_reverse: Array[String] = modules.duplicate()
modules_reverse.reverse() modules_reverse.reverse()
@ -138,38 +138,38 @@ func complete_init(no_success: bool = false) -> void:
# Initialization complete # Initialization complete
await get_tree().process_frame await get_tree().process_frame
if !no_success: logger.infof("Core", "Initialized CORE successfully") if !no_success: logger.infof("core", "Initialized CORE successfully")
# Registers a custom module # Registers a custom module
## Registers a new custom module. ## Registers a new custom module.
func register_custom_module(module_name: String, module_origin: String, module_class: CoreBaseModule) -> bool: func register_custom_module(module_name: String, module_origin: String, module_class: CoreBaseModule) -> bool:
logger.verbf("Core", "Registering new custom module \"" + module_name + "\"") logger.verbf("core", "Registering new custom module \"" + module_name + "\"")
if !config.custom_modules: if !config.custom_modules:
logger.errorf("Core", "Registering module failed: Custom module support is disabled.") logger.errorf("core", "Registering module failed: Custom module support is disabled.")
return false return false
if custom_modules.has(module_name): if custom_modules.has(module_name):
logger.errorf("Core", "Registering module failed: A custom module with the name \"" + module_name + "\" already exists.") logger.errorf("core", "Registering module failed: A custom module with the name \"" + module_name + "\" already exists.")
return false return false
logger.diagf("Core", "Updating variables") logger.diagf("core", "Updating variables")
module_class.name = module_name module_class.name = module_name
module_class.core = self module_class.core = self
module_class.loggeri = logger.get_instance(module_origin) module_class.loggeri = logger.get_instance(module_origin)
logger.diagf("Core", "Adding module to SceneTree") logger.diagf("core", "Adding module to SceneTree")
custom_modules_node.add_child(module_class) custom_modules_node.add_child(module_class)
logger.diagf("Core", "Merging module with custom_modules") logger.diagf("core", "Merging module with custom_modules")
custom_modules.merge({ module_name: module_class }) custom_modules.merge({ module_name: module_class })
logger.diagf("Core", "Initializing custom module") logger.diagf("core", "Initializing custom module")
module_class._initialize() module_class._initialize()
logger.diagf("Core", "Updating custom module configuration") logger.diagf("core", "Updating custom module configuration")
module_class._pull_config() module_class._pull_config()
return true return true
# Unregisters a custom module # Unregisters a custom module
## Unregisters a custom module, making it no longer function. ## Unregisters a custom module, making it no longer function.
func unregister_custom_module(module_name: String) -> void: func unregister_custom_module(module_name: String) -> void:
logger.verbf("Core", "Unregistering custom module \"" + module_name + "\"") logger.verbf("core", "Unregistering custom module \"" + module_name + "\"")
if !custom_modules.has(module_name): if !custom_modules.has(module_name):
logger.errorf("Core", "Unregistering module failed: A custom module with the name \"" + module_name + "\" does not exist.") logger.errorf("core", "Unregistering module failed: A custom module with the name \"" + module_name + "\" does not exist.")
return return
var module: Node = get_custom_module(module_name) var module: Node = get_custom_module(module_name)
await module._cleanup() await module._cleanup()
@ -181,9 +181,9 @@ func unregister_custom_module(module_name: String) -> void:
# Returns a custom module # Returns a custom module
## Returns a loaded custom module for access. ## Returns a loaded custom module for access.
func get_custom_module(module_name: String) -> CoreBaseModule: func get_custom_module(module_name: String) -> CoreBaseModule:
logger.diagf("Core", "Getting custom module \"" + module_name + "\"") logger.diagf("core", "Getting custom module \"" + module_name + "\"")
if !custom_modules.has(module_name): if !custom_modules.has(module_name):
logger.errorf("Core", "Getting module failed: A custom module with the name \"" + module_name + "\" does not exist.") logger.errorf("core", "Getting module failed: A custom module with the name \"" + module_name + "\" does not exist.")
return null return null
return custom_modules[module_name] return custom_modules[module_name]
@ -191,12 +191,12 @@ func get_custom_module(module_name: String) -> CoreBaseModule:
## Loads a (new) configuration file and applies it to all modules. ## Loads a (new) configuration file and applies it to all modules.
func reload_configuration(new_config: CoreConfiguration = CoreConfiguration.new()) -> void: func reload_configuration(new_config: CoreConfiguration = CoreConfiguration.new()) -> void:
var initialized = config != null var initialized = config != null
if initialized: logger.verbf("Core", "Reloading CORE's configuration") if initialized: logger.verbf("core", "Reloading CORE's configuration")
if config != null: config.queue_free() if config != null: config.queue_free()
config = new_config config = new_config
if is_devmode(): # Override configuration in development mode if is_devmode(): # Override configuration in development mode
config.logger_level = CoreTypes.LoggerLevel.VERB config.logger_level = CoreTypes.LoggerLevel.VERB
if initialized: logger.verbf("Core", "Overrode configuration (development mode)") if initialized: logger.verbf("core", "Overrode configuration (development mode)")
if initialized: apply_configuration() if initialized: apply_configuration()
# Call _pull_config() functions # Call _pull_config() functions
@ -204,16 +204,16 @@ func reload_configuration(new_config: CoreConfiguration = CoreConfiguration.new(
## [br] ## [br]
## [b]NEVER call this yourself unless you know what you are doing![/b] ## [b]NEVER call this yourself unless you know what you are doing![/b]
func apply_configuration() -> void: func apply_configuration() -> void:
logger.verbf("Core", "Applying configuration") logger.verbf("core", "Applying configuration")
if is_devmode(): logger.warnf("Core", "The CORE Framework is in development mode. Here be dragons!") if is_devmode(): logger.warnf("core", "The CORE Framework is in development mode. Here be dragons!")
if config.headless: logger.warnf("Core", "CORE is in headless mode. Certain modules will not work as expected.") if config.headless: logger.warnf("core", "CORE is in headless mode. Certain modules will not work as expected.")
if !config.custom_modules: if !config.custom_modules:
logger.verbf("Core", "Removing all custom modules (custom modules support is disabled)") logger.verbf("core", "Removing all custom modules (custom modules support is disabled)")
for module in custom_modules: unregister_custom_module(module) for module in custom_modules: unregister_custom_module(module)
for module in modules: get(module)._pull_config() for module in modules: get(module)._pull_config()
if config.custom_modules: if config.custom_modules:
for module in custom_modules: for module in custom_modules:
logger.diagf("Core", "Updating configuration for custom module \"" + module.name + "\"") logger.diagf("core", "Updating configuration for custom module \"" + module.name + "\"")
module._pull_config() module._pull_config()
# Return development mode status # Return development mode status
@ -249,7 +249,7 @@ func get_formatted_string(string: String) -> String:
CoreTypes.VersionType.ALPHA: CoreTypes.VersionType.ALPHA:
string = string.replace("%type%", "Alpha") string = string.replace("%type%", "Alpha")
string = string.replace("%type_technical%", "a") string = string.replace("%type_technical%", "a")
_: await logger.crashf("Core", "Invalid version type " + str(version_type), true) _: await logger.crashf("core", "Invalid version type " + str(version_type), true)
# Development mode # Development mode
if is_devmode(): string = string.replace("%devmode%", "Enabled") if is_devmode(): string = string.replace("%devmode%", "Enabled")
else: string = string.replace("%devmode%", "Disabled") else: string = string.replace("%devmode%", "Disabled")

22
src/erm.gd
View file

@ -34,14 +34,14 @@ func _cleanup() -> void:
func generate_id() -> int: func generate_id() -> int:
var id = randi() var id = randi()
if list_queue.has(id) or list_active.has(id): return generate_id() if list_queue.has(id) or list_active.has(id): return generate_id()
logger.diagf("Edl", "Generated new download id " + str(id)) logger.diagf("erm", "Generated new download id " + str(id))
return id return id
func awaited_request(url: String, parse_utf8: bool, method: HTTPClient.Method = HTTPClient.Method.METHOD_GET, headers: PackedStringArray = PackedStringArray([]), data: String = "") -> Dictionary: func awaited_request(url: String, parse_utf8: bool, method: HTTPClient.Method = HTTPClient.Method.METHOD_GET, headers: PackedStringArray = PackedStringArray([]), data: String = "") -> Dictionary:
logger.verbf("Edl", "Creating awaited request") logger.verbf("erm", "Creating awaited request")
var id: int = create_download(url, method, headers, data) var id: int = create_download(url, method, headers, data)
start_download(id, parse_utf8) start_download(id, parse_utf8)
logger.diagf("Edl", "Waiting for request " + str(id) + " to finish") logger.diagf("erm", "Waiting for request " + str(id) + " to finish")
while !is_download_complete(id): await get_tree().create_timer(0.1, true).timeout while !is_download_complete(id): await get_tree().create_timer(0.1, true).timeout
var dldata: Dictionary = list_complete[id] var dldata: Dictionary = list_complete[id]
list_complete.erase(id) list_complete.erase(id)
@ -56,34 +56,34 @@ func oneline_awaited_request(url: String, return_utf8: bool = true, ignore_http_
else: return dldata["body"] else: return dldata["body"]
func batch_awaited_request(urls: PackedStringArray, parse_utf8: bool, method: HTTPClient.Method = HTTPClient.Method.METHOD_GET, headers: PackedStringArray = PackedStringArray([]), data: String = "") -> Array[Dictionary]: func batch_awaited_request(urls: PackedStringArray, parse_utf8: bool, method: HTTPClient.Method = HTTPClient.Method.METHOD_GET, headers: PackedStringArray = PackedStringArray([]), data: String = "") -> Array[Dictionary]:
logger.verbf("Edl", "Creating " + str(urls.size()) + " awaited request(s)") logger.verbf("erm", "Creating " + str(urls.size()) + " awaited request(s)")
var dldata: Array[Dictionary]= [] var dldata: Array[Dictionary]= []
for url in urls: for url in urls:
var id: int = create_download(url, method, headers, data) var id: int = create_download(url, method, headers, data)
start_download(id, parse_utf8) start_download(id, parse_utf8)
logger.diagf("Edl", "Waiting for request " + str(id) + " to finish") logger.diagf("erm", "Waiting for request " + str(id) + " to finish")
while !is_download_complete(id): await get_tree().create_timer(0.1, true).timeout while !is_download_complete(id): await get_tree().create_timer(0.1, true).timeout
dldata.append(list_complete[id]) dldata.append(list_complete[id])
list_complete.erase(id) list_complete.erase(id)
return dldata return dldata
func create_download(url: String, method: HTTPClient.Method = HTTPClient.Method.METHOD_GET, headers: PackedStringArray = PackedStringArray([]), body: String = "") -> int: func create_download(url: String, method: HTTPClient.Method = HTTPClient.Method.METHOD_GET, headers: PackedStringArray = PackedStringArray([]), body: String = "") -> int:
logger.verbf("Edl", "Creating new request\n-> URL: " + url + "\n-> Method: " + str(method) + "\nHeaders: " + str(headers.size()) + "\nBody size: " + str(body.length()) + " Characters") logger.verbf("erm", "Creating new request\n-> URL: " + url + "\n-> Method: " + str(method) + "\nHeaders: " + str(headers.size()) + "\nBody size: " + str(body.length()) + " Characters")
var id = generate_id() var id = generate_id()
list_queue.merge({ id: { "url": url, "method": method, "headers": headers, "body": body } }) list_queue.merge({ id: { "url": url, "method": method, "headers": headers, "body": body } })
return id return id
func start_download(id: int, parse_utf8: bool) -> void: func start_download(id: int, parse_utf8: bool) -> void:
logger.verbf("Edl", "Starting request " + str(id)) logger.verbf("erm", "Starting request " + str(id))
list_active.merge({ id: list_queue[id] }) list_active.merge({ id: list_queue[id] })
list_queue.erase(id) list_queue.erase(id)
logger.diagf("Edl", "Creating new HTTPRequest \"Request #" + str(id) + "\"") logger.diagf("erm", "Creating new HTTPRequest \"Request #" + str(id) + "\"")
var download: HTTPRequest = HTTPRequest.new() var download: HTTPRequest = HTTPRequest.new()
download.name = "Request #" + str(id) download.name = "Request #" + str(id)
download.accept_gzip = true download.accept_gzip = true
download.use_threads = true download.use_threads = true
var lambda: Callable = func(result: int, http_code: int, headers: PackedStringArray, body: PackedByteArray, httprequest: HTTPRequest) -> void: var lambda: Callable = func(result: int, http_code: int, headers: PackedStringArray, body: PackedByteArray, httprequest: HTTPRequest) -> void:
logger.verbf("Edl", "Request " + str(id) + " completed\nResult: " + str(result) + "\nHTTP response code: " + str(http_code) + "\nHeaders: " + str(headers.size()) + "\nBody size: " + str(body.size()) + " Bytes // " + str(core.misc.byte2mib(body.size(), true)) + " MiB") logger.verbf("erm", "Request " + str(id) + " completed\nResult: " + str(result) + "\nHTTP response code: " + str(http_code) + "\nHeaders: " + str(headers.size()) + "\nBody size: " + str(body.size()) + " Bytes // " + str(core.misc.byte2mib(body.size(), true)) + " MiB")
list_complete.merge({ id: { "result": result, "http_code": http_code, "headers": headers, "body": body, "body_utf8": body.get_string_from_utf8() if !parse_utf8 else "" } }) list_complete.merge({ id: { "result": result, "http_code": http_code, "headers": headers, "body": body, "body_utf8": body.get_string_from_utf8() if !parse_utf8 else "" } })
list_active.erase(id) list_active.erase(id)
remove_child(httprequest) remove_child(httprequest)
@ -95,9 +95,9 @@ func start_download(id: int, parse_utf8: bool) -> void:
func is_download_complete(id: int) -> bool: return list_complete.has(id) func is_download_complete(id: int) -> bool: return list_complete.has(id)
func clean_queue() -> void: func clean_queue() -> void:
logger.verbf("Edl", "Cleaning request queue") logger.verbf("erm", "Cleaning request queue")
list_queue.clear() list_queue.clear()
func clean_completed() -> void: func clean_completed() -> void:
logger.verbf("Edl", "Cleaning completed requests") logger.verbf("erm", "Cleaning completed requests")
list_complete.clear() list_complete.clear()

8
src/misc.gd
View file

@ -22,8 +22,8 @@
extends CoreBaseModule extends CoreBaseModule
func quit_safely(exitcode: int = 0) -> void: func quit_safely(exitcode: int = 0) -> void:
logger.infof("Misc", "Shutting down (code " + str(exitcode) + ")") logger.infof("misc", "Shutting down (code " + str(exitcode) + ")")
logger.diagf("Misc", "Waiting for log messages to be flushed") logger.diagf("misc", "Waiting for log messages to be flushed")
await get_tree().create_timer(0.25).timeout await get_tree().create_timer(0.25).timeout
await core.cleanup() await core.cleanup()
get_tree().quit(exitcode) get_tree().quit(exitcode)
@ -49,10 +49,10 @@ func format_stringarray(array: Array[String], item_before: String = "", item_aft
var output: String = "" var output: String = ""
if array.size() == 0: if array.size() == 0:
logger.warnf("Misc", "Unable to format a string with a size of 0") logger.warnf("misc", "Unable to format a string with a size of 0")
return "" return ""
elif array.size() == 1: elif array.size() == 1:
logger.warnf("Misc", "Unable to format a string with a size of 1") logger.warnf("misc", "Unable to format a string with a size of 1")
return array[0] return array[0]
for item in array: for item in array:

26
src/sms.gd
View file

@ -47,15 +47,15 @@ func _cleanup() -> void:
func _pull_config() -> void: func _pull_config() -> void:
if core.config.headless: if core.config.headless:
# Remove all scenes # Remove all scenes
logger.verbf("Sms", "Removing all scenes (triggered by headless mode)") logger.verbf("sms", "Removing all scenes (triggered by headless mode)")
for scene in scenes: remove_scene(scene, true) for scene in scenes: remove_scene(scene, true)
# Add a scene to some scene collection # Add a scene to some scene collection
func add_scene(sname: String, sclass: Node, type: CoreTypes.SceneType) -> bool: func add_scene(sname: String, sclass: Node, type: CoreTypes.SceneType) -> bool:
if core.config.headless: return false if core.config.headless: return false
logger.verbf("Sms", "Adding scene \"" + sname + "\" of type " + str(type)) logger.verbf("sms", "Adding scene \"" + sname + "\" of type " + str(type))
if exists(sname) != CoreTypes.SceneType.NONE: if exists(sname) != CoreTypes.SceneType.NONE:
logger.errorf("Sms", "Scene with name \"" + sname + "\" already exists") logger.errorf("sms", "Scene with name \"" + sname + "\" already exists")
return true return true
sclass.name = sname sclass.name = sname
match(type): match(type):
@ -65,17 +65,17 @@ func add_scene(sname: String, sclass: Node, type: CoreTypes.SceneType) -> bool:
CoreTypes.SceneType.MAIN: scenes_main.add_child(sclass) CoreTypes.SceneType.MAIN: scenes_main.add_child(sclass)
CoreTypes.SceneType.BACKGROUND: scenes_background.add_child(sclass) CoreTypes.SceneType.BACKGROUND: scenes_background.add_child(sclass)
CoreTypes.SceneType.NONE: CoreTypes.SceneType.NONE:
logger.errorf("Sms", "CoreTypes.SceneType.NONE is not a valid scene type") logger.errorf("sms", "CoreTypes.SceneType.NONE is not a valid scene type")
return false return false
_: await logger.crashf("Sms", "Invalid SceneType " + str(type), true) _: await logger.crashf("sms", "Invalid SceneType " + str(type), true)
scenes.merge({ sname: { "type": type, "class": sclass } }) scenes.merge({ sname: { "type": type, "class": sclass } })
return true return true
# Remove a scene from some scene collection # Remove a scene from some scene collection
func remove_scene(sname: String, force_remove: bool = false) -> bool: func remove_scene(sname: String, force_remove: bool = false) -> bool:
if core.config.headless and !force_remove: return false if core.config.headless and !force_remove: return false
if force_remove: await logger.crashf("Sms", "force_remove = true is not allowed", true) if force_remove: await logger.crashf("sms", "force_remove = true is not allowed", true)
logger.verbf("Sms", "Removing scene \"" + sname + "\"") logger.verbf("sms", "Removing scene \"" + sname + "\"")
match(exists(sname)): match(exists(sname)):
CoreTypes.SceneType.DEBUG: CoreTypes.SceneType.DEBUG:
scenes_debug.remove_child(scenes[sname]["class"]) scenes_debug.remove_child(scenes[sname]["class"])
@ -93,9 +93,9 @@ func remove_scene(sname: String, force_remove: bool = false) -> bool:
scenes_background.remove_child(scenes[sname]["class"]) scenes_background.remove_child(scenes[sname]["class"])
scenes[sname]["class"].queue_free() scenes[sname]["class"].queue_free()
CoreTypes.SceneType.NONE: CoreTypes.SceneType.NONE:
logger.errorf("Sms", "Scene \"" + sname + "\" does not exist") logger.errorf("sms", "Scene \"" + sname + "\" does not exist")
return false return false
_: await logger.crashf("Sms", "Invalid SceneType " + str(exists(sname)), true) _: await logger.crashf("sms", "Invalid SceneType " + str(exists(sname)), true)
scenes.erase(sname) scenes.erase(sname)
return true return true
@ -108,8 +108,8 @@ func get_scene(sname: String) -> Node:
CoreTypes.SceneType.MENU: return scenes[sname]["class"] CoreTypes.SceneType.MENU: return scenes[sname]["class"]
CoreTypes.SceneType.MAIN: return scenes[sname]["class"] CoreTypes.SceneType.MAIN: return scenes[sname]["class"]
CoreTypes.SceneType.BACKGROUND: return scenes[sname]["class"] CoreTypes.SceneType.BACKGROUND: return scenes[sname]["class"]
CoreTypes.SceneType.NONE: logger.errorf("Sms", "Scene \"" + sname + "\" does not exist") CoreTypes.SceneType.NONE: logger.errorf("sms", "Scene \"" + sname + "\" does not exist")
_: await logger.crashf("Sms", "Invalid SceneType " + str(exists(sname)), true) _: await logger.crashf("sms", "Invalid SceneType " + str(exists(sname)), true)
return null return null
# Return a scene collection for scene manipulation # Return a scene collection for scene manipulation
@ -121,8 +121,8 @@ func get_scene_collection(type: CoreTypes.SceneType) -> Node:
CoreTypes.SceneType.MENU: return scenes_menu CoreTypes.SceneType.MENU: return scenes_menu
CoreTypes.SceneType.MAIN: return scenes_main CoreTypes.SceneType.MAIN: return scenes_main
CoreTypes.SceneType.BACKGROUND: return scenes_background CoreTypes.SceneType.BACKGROUND: return scenes_background
CoreTypes.SceneType.NONE: logger.errorf("Sms", "No scene collection was found for CoreTypes.SceneType.NONE") CoreTypes.SceneType.NONE: logger.errorf("sms", "No scene collection was found for CoreTypes.SceneType.NONE")
_: await logger.crashf("Sms", "Invalid SceneType " + str(type), true) _: await logger.crashf("sms", "Invalid SceneType " + str(type), true)
return null return null
# Return scenes in some scene collection # Return scenes in some scene collection

64
src/storage.gd
View file

@ -22,40 +22,40 @@ var storage_location: String = ""
func open_storage(location: String, create_new: bool = true, sanity_check: bool = true, fail_on_sanity_check: bool = false) -> bool: func open_storage(location: String, create_new: bool = true, sanity_check: bool = true, fail_on_sanity_check: bool = false) -> bool:
if is_open: if is_open:
logger.errorf("Storage", "Failed to open storage: A storage file is already open") logger.errorf("storage", "Failed to open storage: A storage file is already open")
return false return false
logger.verbf("Storage", "Opening storage file at \"" + location + "\"") logger.verbf("storage", "Opening storage file at \"" + location + "\"")
var file: FileAccess var file: FileAccess
if !FileAccess.file_exists(location): if !FileAccess.file_exists(location):
if create_new: if create_new:
file = FileAccess.open(location, FileAccess.WRITE) file = FileAccess.open(location, FileAccess.WRITE)
if file == null: if file == null:
await logger.crashf("Storage", "Could not open storage file at \"" + location + "\": Failed with code " + str(FileAccess.get_open_error())) await logger.crashf("storage", "Could not open storage file at \"" + location + "\": Failed with code " + str(FileAccess.get_open_error()))
return false return false
file.store_string("{}") file.store_string("{}")
file.close() file.close()
else: else:
logger.errorf("Storage", "Failed to open storage: create_new is set to false") logger.errorf("storage", "Failed to open storage: create_new is set to false")
return false return false
file = FileAccess.open(location, FileAccess.READ) file = FileAccess.open(location, FileAccess.READ)
var storage_temp: Variant = file.get_as_text() var storage_temp: Variant = file.get_as_text()
file.close() file.close()
storage_temp = JSON.parse_string(storage_temp) storage_temp = JSON.parse_string(storage_temp)
if typeof(storage_temp) != TYPE_DICTIONARY: if typeof(storage_temp) != TYPE_DICTIONARY:
logger.errorf("Storage", "Failed to open storage: Parsed storage file is of type " + str(typeof(storage_temp))) logger.errorf("storage", "Failed to open storage: Parsed storage file is of type " + str(typeof(storage_temp)))
return false return false
if sanity_check: if sanity_check:
var check_result: Array[String] = perform_sanity_check(storage_temp) var check_result: Array[String] = perform_sanity_check(storage_temp)
if check_result.size() != 0: if check_result.size() != 0:
if fail_on_sanity_check: if fail_on_sanity_check:
logger.errorf("Storage", "Sanity check failed (stopping):") logger.errorf("storage", "Sanity check failed (stopping):")
for error in check_result: for error in check_result:
logger.errorf("Storage", "-> " + error) logger.errorf("storage", "-> " + error)
return false return false
else: else:
logger.warnf("Storage", "Sanity check failed (continuing anyway):") logger.warnf("storage", "Sanity check failed (continuing anyway):")
for error in check_result: for error in check_result:
logger.warnf("Storage", "-> " + error) logger.warnf("storage", "-> " + error)
storage = storage_temp storage = storage_temp
storage_location = location storage_location = location
is_open = true is_open = true
@ -63,90 +63,90 @@ func open_storage(location: String, create_new: bool = true, sanity_check: bool
func close_storage() -> bool: func close_storage() -> bool:
if !is_open: if !is_open:
logger.errorf("Storage", "Failed to close storage: No storage file is open") logger.errorf("storage", "Failed to close storage: No storage file is open")
return false return false
logger.verbf("Storage", "Closing storage file") logger.verbf("storage", "Closing storage file")
storage = {} storage = {}
is_open = false is_open = false
return true return true
func save_storage() -> bool: func save_storage() -> bool:
if !is_open: if !is_open:
logger.errorf("Storage", "Failed to save storage: No storage file is open") logger.errorf("storage", "Failed to save storage: No storage file is open")
return false return false
var file: FileAccess = FileAccess.open(storage_location, FileAccess.WRITE) var file: FileAccess = FileAccess.open(storage_location, FileAccess.WRITE)
if file == null: if file == null:
await logger.crashf("Storage", "Could not open storage file at \"" + storage_location + "\": Failed with code " + str(FileAccess.get_open_error())) await logger.crashf("storage", "Could not open storage file at \"" + storage_location + "\": Failed with code " + str(FileAccess.get_open_error()))
return false return false
logger.diagf("Storage", "Writing storage file to disk") logger.diagf("storage", "Writing storage file to disk")
file.store_string(JSON.stringify(storage)) file.store_string(JSON.stringify(storage))
file.close() file.close()
return true return true
func nuke_storage(autosave: bool = true) -> bool: func nuke_storage(autosave: bool = true) -> bool:
if !is_open: if !is_open:
logger.errorf("Storage", "Failed to nuke storage: No storage file is open") logger.errorf("storage", "Failed to nuke storage: No storage file is open")
return false return false
logger.warnf("Storage", "Nuking storage") logger.warnf("storage", "Nuking storage")
storage = {} storage = {}
if autosave: save_storage() if autosave: save_storage()
return true return true
func get_key(key: String, default: Variant) -> Variant: func get_key(key: String, default: Variant) -> Variant:
if !is_open: if !is_open:
logger.errorf("Storage", "Failed to get key: No storage file is open") logger.errorf("storage", "Failed to get key: No storage file is open")
return NAN return NAN
logger.diagf("Storage", "Returning storage key \"" + key + "\" (default='" + default + "')") logger.diagf("storage", "Returning storage key \"" + key + "\" (default='" + default + "')")
return storage.get(key, default) return storage.get(key, default)
func set_key(key: String, value: Variant, overwrite: bool = true, autosave: bool = true) -> bool: func set_key(key: String, value: Variant, overwrite: bool = true, autosave: bool = true) -> bool:
if !is_open: if !is_open:
logger.errorf("Storage", "Failed to set key: No storage file is open") logger.errorf("storage", "Failed to set key: No storage file is open")
return false return false
logger.diagf("Storage", "Updating storage key \"" + key + "\" with value '" + str(value) + "' (overwrite='" + str(overwrite) + "' autosave='" + str(autosave) + "'") logger.diagf("storage", "Updating storage key \"" + key + "\" with value '" + str(value) + "' (overwrite='" + str(overwrite) + "' autosave='" + str(autosave) + "'")
storage.merge({key: value}, overwrite) storage.merge({key: value}, overwrite)
if autosave: save_storage() if autosave: save_storage()
return true return true
func del_key(key: String, autosave: bool = true) -> bool: func del_key(key: String, autosave: bool = true) -> bool:
if !is_open: if !is_open:
logger.errof("Storage", "Failed to delete key: No storage file is open") logger.errof("storage", "Failed to delete key: No storage file is open")
return false return false
logger.diagf("Storage", "Deleting storage key \"" + key + "\" (autosave='" + str(autosave) + "')") logger.diagf("storage", "Deleting storage key \"" + key + "\" (autosave='" + str(autosave) + "')")
storage.erase(key) storage.erase(key)
if autosave: save_storage() if autosave: save_storage()
return true return true
func get_dict() -> Dictionary: func get_dict() -> Dictionary:
if !is_open: if !is_open:
logger.errorf("Storage", "Failed to get dictionary: No storage file is open") logger.errorf("storage", "Failed to get dictionary: No storage file is open")
return {} return {}
logger.verbf("Storage", "Returning storage dictionary") logger.verbf("storage", "Returning storage dictionary")
return storage return storage
func save_dict(dict: Dictionary, sanity_check: bool = true, fail_on_sanity_check: bool = false, autosave: bool = true) -> bool: func save_dict(dict: Dictionary, sanity_check: bool = true, fail_on_sanity_check: bool = false, autosave: bool = true) -> bool:
if !is_open: if !is_open:
logger.errorf("Storage", "Failed to save dictionary: No storage file is open") logger.errorf("storage", "Failed to save dictionary: No storage file is open")
return false return false
logger.verbf("Storage", "Saving custom dictionary as storage") logger.verbf("storage", "Saving custom dictionary as storage")
if sanity_check: if sanity_check:
var check_result: Array[String] = perform_sanity_check(dict) var check_result: Array[String] = perform_sanity_check(dict)
if check_result.size() != 0: if check_result.size() != 0:
if fail_on_sanity_check: if fail_on_sanity_check:
logger.errorf("Storage", "Sanity check failed (stopping):") logger.errorf("storage", "Sanity check failed (stopping):")
for error in check_result: for error in check_result:
logger.errorf("Storage", "-> " + error) logger.errorf("storage", "-> " + error)
return false return false
else: else:
logger.warnf("Storage", "Sanity check failed (continuing anyway):") logger.warnf("storage", "Sanity check failed (continuing anyway):")
for error in check_result: for error in check_result:
logger.warnf("Storage", "-> " + error) logger.warnf("storage", "-> " + error)
storage = dict storage = dict
if autosave: save_storage() if autosave: save_storage()
return true return true
func perform_sanity_check(storage_check: Dictionary) -> Array[String]: func perform_sanity_check(storage_check: Dictionary) -> Array[String]:
logger.verbf("Storage", "Performing a sanity check on some storage dictionary") logger.verbf("storage", "Performing a sanity check on some storage dictionary")
var errors: Array[String] = [] var errors: Array[String] = []
for key in storage_check: for key in storage_check:
if typeof(key) != TYPE_STRING: if typeof(key) != TYPE_STRING:
@ -155,5 +155,5 @@ func perform_sanity_check(storage_check: Dictionary) -> Array[String]:
if typeof(storage_check[key]) != TYPE_NIL and typeof(storage_check[key]) != TYPE_STRING and typeof(storage_check[key]) != TYPE_INT and typeof(storage_check[key]) != TYPE_FLOAT and typeof(storage_check[key]) != TYPE_BOOL and typeof(storage_check[key]) != TYPE_ARRAY and typeof(storage_check[key]) != TYPE_DICTIONARY: if typeof(storage_check[key]) != TYPE_NIL and typeof(storage_check[key]) != TYPE_STRING and typeof(storage_check[key]) != TYPE_INT and typeof(storage_check[key]) != TYPE_FLOAT and typeof(storage_check[key]) != TYPE_BOOL and typeof(storage_check[key]) != TYPE_ARRAY and typeof(storage_check[key]) != TYPE_DICTIONARY:
errors.append("The value of \"" + key + "\" is not null, a string, an integer, a float, boolean, array or dictionary (type '" + type_string(typeof(key)) + "')") errors.append("The value of \"" + key + "\" is not null, a string, an integer, a float, boolean, array or dictionary (type '" + type_string(typeof(key)) + "')")
logger.verbf("Storage", "Completed sanity check with " + str(errors.size()) + " errors") logger.verbf("storage", "Completed sanity check with " + str(errors.size()) + " errors")
return errors return errors