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#
# Test of function calls
#
# Copyright © 2022-2024 Samuel Lidén Borell <samuel@kodafritt.se>
#
# Permission is hereby granted, free of charge, to any person obtaining a copy
# of this software and associated documentation files (the "Software"), to deal
# in the Software without restriction, including without limitation the rights
# to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
# copies of the Software, and to permit persons to whom the Software is
# furnished to do so, subject to the following conditions:
#
# The above copyright notice and this permission notice shall be included in
# all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
# IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
# AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
# THE SOFTWARE.
#
func test_function_calls()
{
f_void()
f_int_void(123)
f_bool_void(false)
f_intbool_void(-456, true)
# Using return values
bool b1 = f_bool()
while not f_int_bool(123) { }
do {
if f_bool_bool(false) { }
} while not f_intbool_bool(-456, true)
assert b1
# Discarding return values
f_bool()
f_int_bool(123)
f_bool_bool(false)
f_intbool_bool(-456, true)
}
func test_method_calls_byvalue()
{
var FuncObj fo = .init()
# TODO check the fields once struct returns are implemented
fo.x = 678
fo.b = true
fo.f_void()
fo.f_int_void(123)
fo.f_bool_void(false)
fo.f_intbool_void(-456, true)
# Using return values
bool b1 = fo.f_bool()
while not fo.f_int_bool(123) { }
do {
if fo.f_bool_bool(false) { }
} while not fo.f_intbool_bool(-456, true)
assert b1
# Discarding return values
fo.f_bool()
fo.f_int_bool(123)
fo.f_bool_bool(false)
fo.f_intbool_bool(-456, true)
}
func test_method_calls_byref()
{
var FuncObj the_fo = .init()
# TODO check the fields once struct returns are implemented
the_fo.x = 678
the_fo.b = true
ref var FuncObj fr = refto the_fo
fr.f_void()
fr.f_int_void(123)
fr.f_bool_void(false)
fr.f_intbool_void(-456, true)
# Using return values
bool b1 = fr.f_bool()
while not fr.f_int_bool(123) { }
do {
if fr.f_bool_bool(false) { }
} while not fr.f_intbool_bool(-456, true)
# Discarding return values
fr.f_bool()
fr.f_int_bool(123)
fr.f_bool_bool(false)
fr.f_intbool_bool(-456, true)
}
func f_void() { }
func f_int_void(int x) { assert x == 123 }
func f_bool_void(bool b) { assert not b }
func f_intbool_void(int x, bool b)
{
assert x == -456
assert b
}
func f_bool() -> bool { return true }
func f_int_bool(int x) -> bool
{
assert x == 123
return true
}
func f_bool_bool(bool b) -> bool
{
assert not b
return true
}
func f_intbool_bool(int x, bool b) -> bool
{
assert x == -456
assert b
return true
}
type FuncObj = struct {
int x
bool b
}
func .init() -> FuncObj { return (.x=123, .b=true) }
func FuncObj.f_void() { }
func FuncObj.f_int_void(int x) { assert x == 123 }
func FuncObj.f_bool_void(bool b) { assert not b }
func FuncObj.f_intbool_void(int x, bool b)
{
assert x == -456
assert b
}
func FuncObj.f_bool() -> bool { return true }
func FuncObj.f_int_bool(int x) -> bool
{
assert x == 123
return true
}
func FuncObj.f_bool_bool(bool b) -> bool
{
assert not b
return true
}
func FuncObj.f_intbool_bool(int x, bool b) -> bool
{
assert x == -456
assert b
return true
}
func FuncObj.access_fields(int value)
{
if this.b {
this.x += value * this.x
} else {
this.b = (this.x == value)
assert this.x == value
this.b = true
var FuncObj obj = (.x=111, .b=true)
assert obj.x == 111
obj.b = true
obj.b = (value == 111)
obj.b = (obj.x == 222)
obj.b = (obj.x == value)
obj.b = (this.x == value)
this.b = (obj.x == value)
}
}
func funccalls_test()
{
test_function_calls()
test_method_calls_byvalue()
test_method_calls_byref()
}
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