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godot-xterm/addons/gut/method_maker.gd
Leroy Hopson 6fdf034550
Add GUT (CLI only) and remove gd-plug 
Commit GUT directly to the git repo and remove gd-plug as it is no
longer required to install GUT.

Modify GUT to be used by command-line only.

For example:
```
cp test/.gutconfig.ci.json .gutconfig.json
godot --no-window -s addons/gut/gut_cmdln.gd
```
2022-06-04 12:51:53 +07:00

299 lines
9.8 KiB
GDScript
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class CallParameters:
var p_name = null
var default = null
func _init(n, d):
p_name = n
default = d
# ------------------------------------------------------------------------------
# This class will generate method declaration lines based on method meta
# data. It will create defaults that match the method data.
#
# --------------------
# function meta data
# --------------------
# name:
# flags:
# args: [{
# (class_name:),
# (hint:0),
# (hint_string:),
# (name:),
# (type:4),
# (usage:7)
# }]
# default_args []
var _utils = load("res://addons/gut/utils.gd").get_instance()
var _lgr = _utils.get_logger()
const PARAM_PREFIX = "p_"
# ------------------------------------------------------
# _supported_defaults
#
# This array contains all the data types that are supported for default values.
# If a value is supported it will contain either an empty string or a prefix
# that should be used when setting the parameter default value.
# For example int, real, bool do not need anything func(p1=1, p2=2.2, p3=false)
# but things like Vectors and Colors do since only the parameters to create a
# new Vector or Color are included in the metadata.
# ------------------------------------------------------
# TYPE_NIL = 0 — Variable is of type nil (only applied for null).
# TYPE_BOOL = 1 — Variable is of type bool.
# TYPE_INT = 2 — Variable is of type int.
# TYPE_REAL = 3 — Variable is of type float/real.
# TYPE_STRING = 4 — Variable is of type String.
# TYPE_VECTOR2 = 5 — Variable is of type Vector2.
# TYPE_RECT2 = 6 — Variable is of type Rect2.
# TYPE_VECTOR3 = 7 — Variable is of type Vector3.
# TYPE_COLOR = 14 — Variable is of type Color.
# TYPE_OBJECT = 17 — Variable is of type Object.
# TYPE_DICTIONARY = 18 — Variable is of type Dictionary.
# TYPE_ARRAY = 19 — Variable is of type Array.
# TYPE_VECTOR2_ARRAY = 24 — Variable is of type PoolVector2Array.
# TYPE_TRANSFORM = 13 — Variable is of type Transform.
# TYPE_TRANSFORM2D = 8 — Variable is of type Transform2D.
# TYPE_RID = 16 — Variable is of type RID.
# TYPE_INT_ARRAY = 21 — Variable is of type PoolIntArray.
# TYPE_REAL_ARRAY = 22 — Variable is of type PoolRealArray.
# TYPE_PLANE = 9 — Variable is of type Plane.
# TYPE_QUAT = 10 — Variable is of type Quat.
# TYPE_AABB = 11 — Variable is of type AABB.
# TYPE_BASIS = 12 — Variable is of type Basis.
# TYPE_NODE_PATH = 15 — Variable is of type NodePath.
# TYPE_RAW_ARRAY = 20 — Variable is of type PoolByteArray.
# TYPE_STRING_ARRAY = 23 — Variable is of type PoolStringArray.
# TYPE_VECTOR3_ARRAY = 25 — Variable is of type PoolVector3Array.
# TYPE_COLOR_ARRAY = 26 — Variable is of type PoolColorArray.
# TYPE_MAX = 27 — Marker for end of type constants.
# ------------------------------------------------------
var _supported_defaults = []
func _init():
for _i in range(TYPE_MAX):
_supported_defaults.append(null)
# These types do not require a prefix for defaults
_supported_defaults[TYPE_NIL] = ""
_supported_defaults[TYPE_BOOL] = ""
_supported_defaults[TYPE_INT] = ""
_supported_defaults[TYPE_REAL] = ""
_supported_defaults[TYPE_OBJECT] = ""
_supported_defaults[TYPE_ARRAY] = ""
_supported_defaults[TYPE_STRING] = ""
_supported_defaults[TYPE_DICTIONARY] = ""
_supported_defaults[TYPE_VECTOR2_ARRAY] = ""
_supported_defaults[TYPE_RID] = ""
# These require a prefix for whatever default is provided
_supported_defaults[TYPE_VECTOR2] = "Vector2"
_supported_defaults[TYPE_RECT2] = "Rect2"
_supported_defaults[TYPE_VECTOR3] = "Vector3"
_supported_defaults[TYPE_COLOR] = "Color"
_supported_defaults[TYPE_TRANSFORM2D] = "Transform2D"
_supported_defaults[TYPE_TRANSFORM] = "Transform"
_supported_defaults[TYPE_INT_ARRAY] = "PoolIntArray"
_supported_defaults[TYPE_REAL_ARRAY] = "PoolRealArray"
# ###############
# Private
# ###############
var _func_text = _utils.get_file_as_text("res://addons/gut/double_templates/function_template.txt")
func _is_supported_default(type_flag):
return type_flag >= 0 and type_flag < _supported_defaults.size() and [type_flag] != null
func _make_stub_default(method, index):
return str('__gut_default_val("', method, '",', index, ")")
func _make_arg_array(method_meta, override_size):
var to_return = []
var has_unsupported_defaults = false
var dflt_start = method_meta.args.size() - method_meta.default_args.size()
for i in range(method_meta.args.size()):
var pname = method_meta.args[i].name
var dflt_text = ""
if i < dflt_start:
dflt_text = _make_stub_default(method_meta.name, i)
else:
var dflt_idx = i - dflt_start
var t = method_meta.args[i]["type"]
if _is_supported_default(t):
# strings are special, they need quotes around the value
if t == TYPE_STRING:
dflt_text = str("'", str(method_meta.default_args[dflt_idx]), "'")
# Colors need the parens but things like Vector2 and Rect2 don't
elif t == TYPE_COLOR:
dflt_text = str(
_supported_defaults[t], "(", str(method_meta.default_args[dflt_idx]), ")"
)
elif t == TYPE_OBJECT:
if str(method_meta.default_args[dflt_idx]) == "[Object:null]":
dflt_text = str(_supported_defaults[t], "null")
else:
dflt_text = str(
_supported_defaults[t],
str(method_meta.default_args[dflt_idx]).to_lower()
)
elif t == TYPE_TRANSFORM:
#value will be 4 Vector3 and look like: 1, 0, 0, 0, 1, 0, 0, 0, 1 - 0, 0, 0
var sections = str(method_meta.default_args[dflt_idx]).split("-")
var vecs = sections[0].split(",")
vecs.append_array(sections[1].split(","))
var v1 = str("Vector3(", vecs[0], ", ", vecs[1], ", ", vecs[2], ")")
var v2 = str("Vector3(", vecs[3], ", ", vecs[4], ", ", vecs[5], ")")
var v3 = str("Vector3(", vecs[6], ", ", vecs[7], ", ", vecs[8], ")")
var v4 = str("Vector3(", vecs[9], ", ", vecs[10], ", ", vecs[11], ")")
dflt_text = str(
_supported_defaults[t], "(", v1, ", ", v2, ", ", v3, ", ", v4, ")"
)
elif t == TYPE_TRANSFORM2D:
# value will look like: ((1, 0), (0, 1), (0, 0))
var vectors = str(method_meta.default_args[dflt_idx])
vectors = vectors.replace("((", "(")
vectors = vectors.replace("))", ")")
vectors = vectors.replace("(", "Vector2(")
dflt_text = str(_supported_defaults[t], "(", vectors, ")")
elif t == TYPE_RID:
dflt_text = str(_supported_defaults[t], "null")
elif t in [TYPE_REAL_ARRAY, TYPE_INT_ARRAY]:
dflt_text = str(_supported_defaults[t], "()")
# Everything else puts the prefix (if one is there) form _supported_defaults
# in front. The to_lower is used b/c for some reason the defaults for
# null, true, false are all "Null", "True", "False".
else:
dflt_text = str(
_supported_defaults[t], str(method_meta.default_args[dflt_idx]).to_lower()
)
else:
_lgr.error(
str(
"Unsupported default param type: ",
method_meta.name,
"-",
method_meta.args[i].name,
" ",
t,
" = ",
method_meta.default_args[dflt_idx]
)
)
dflt_text = str("unsupported=", t)
has_unsupported_defaults = true
# Finally add in the parameter
to_return.append(CallParameters.new(PARAM_PREFIX + pname, dflt_text))
# Add in extra parameters from stub settings.
if override_size != null:
for i in range(method_meta.args.size(), override_size):
var pname = str(PARAM_PREFIX, "arg", i)
var dflt_text = _make_stub_default(method_meta.name, i)
to_return.append(CallParameters.new(pname, dflt_text))
return [has_unsupported_defaults, to_return]
# Creates a list of parameters with defaults of null unless a default value is
# found in the metadata. If a default is found in the meta then it is used if
# it is one we know how support.
#
# If a default is found that we don't know how to handle then this method will
# return null.
func _get_arg_text(arg_array):
var text = ""
for i in range(arg_array.size()):
text += str(arg_array[i].p_name, "=", arg_array[i].default)
if i != arg_array.size() - 1:
text += ", "
return text
# creates a call to the function in meta in the super's class.
func _get_super_call_text(method_name, args, super_name = ""):
var params = ""
for i in range(args.size()):
params += args[i].p_name
if i != args.size() - 1:
params += ", "
return str(super_name, ".", method_name, "(", params, ")")
func _get_spy_call_parameters_text(args):
var called_with = "null"
if args.size() > 0:
called_with = "["
for i in range(args.size()):
called_with += args[i].p_name
if i < args.size() - 1:
called_with += ", "
called_with += "]"
return called_with
# ###############
# Public
# ###############
# Creates a delceration for a function based off of function metadata. All
# types whose defaults are supported will have their values. If a datatype
# is not supported and the parameter has a default, a warning message will be
# printed and the declaration will return null.
func get_function_text(meta, path = null, override_size = null, super_name = ""):
var method_params = ""
var text = null
var result = _make_arg_array(meta, override_size)
var has_unsupported = result[0]
var args = result[1]
var param_array = _get_spy_call_parameters_text(args)
if has_unsupported:
# This will cause a runtime error. This is the most convenient way to
# to stop running before the error gets more obscure. _make_arg_array
# generates a gut error when unsupported defaults are found.
method_params = null
else:
method_params = _get_arg_text(args)
if param_array == "null":
param_array = "[]"
if method_params != null:
var decleration = str("func ", meta.name, "(", method_params, "):")
text = _func_text.format(
{
"func_decleration": decleration,
"method_name": meta.name,
"param_array": param_array,
"super_call": _get_super_call_text(meta.name, args, super_name)
}
)
return text
func get_logger():
return _lgr
func set_logger(logger):
_lgr = logger
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