def test_out_complex2(path: str) -> bool:
w = scalgoproto.Writer()
m = w.construct_table(base.MemberOut)
m.id = 42
b = w.construct_bytes(b"bytes")
t = w.construct_text("text")
l = w.construct_enum_list(base.NamedUnionEnumList, 2)
l[0] = base.NamedUnionEnumList.x
l[1] = base.NamedUnionEnumList.z
l2 = w.construct_struct_list(complex2.Complex2L, 1)
l2[0] = complex2.Complex2L(2, True)
l3 = w.construct_union_list(base.NamedUnionOut, 2)
l3[0].text = t
l3[1].my_bytes = b
r = w.construct_table(complex2.Complex2Out)
r.u1.member = m
r.u2.text = t
r.u3.my_bytes = b
r.u4.enum_list = l
r.u5.add_a()
m2 = r.add_hat()
m2.id = 43
r.l = l2
r.s = complex2.Complex2S(complex2.Complex2SX.p, complex2.Complex2SY(8))
r.l2 = l3
data = w.finalize(r)
return validate_out(data, path)
def test_out_inplace(path: str) -> bool:
w = scalgoproto.Writer()
name = w.construct_text("nilson")
u = w.construct_table(base.InplaceUnionOut)
u.u.add_monkey().name = name
u2 = w.construct_table(base.InplaceUnionOut)
u2.u.add_text().t = "foobar"
t = w.construct_table(base.InplaceTextOut)
t.id = 45
t.t = "cake"
b = w.construct_table(base.InplaceBytesOut)
b.id = 46
b.b = b"hi"
l = w.construct_table(base.InplaceListOut)
l.id = 47
ll = l.add_l(2)
ll[0] = 24
ll[1] = 99
root = w.construct_table(base.InplaceRootOut)
root.u = u
root.u2 = u2
root.t = t
root.b = b
root.l = l
data = w.finalize(root)
return validate_out(data, path)
def test_out_complex(path: str) -> bool:
w = scalgoproto.Writer()
m = w.construct_table(base.MemberOut)
m.id = 42
l = w.construct_int32_list(31)
for i in range(31):
l[i] = 100 - 2 * i
l2 = w.construct_enum_list(base.MyEnum, 2)
l2[0] = base.MyEnum.a
l3 = w.construct_struct_list(base.MyStruct, 1)
b = w.construct_bytes(b"bytes")
t = w.construct_text("text")
l4 = w.construct_text_list(200)
for i in range(1, len(l4), 2):
l4[i] = "HI THERE"
l5 = w.construct_bytes_list(1)
l5[0] = b
l6 = w.construct_table_list(base.MemberOut, 3)
l6[0] = m
l6[2] = m
l7 = w.construct_float32_list(2)
l7[1] = 98.0
l8 = w.construct_float64_list(3)
l8[2] = 78.0
l9 = w.construct_uint8_list(2)
l9[0] = 4
l10 = w.construct_bool_list(10)
l10[0] = True
l10[2] = True
l10[8] = True
s = w.construct_table(base.ComplexOut)
s.member = m
s.text = t
s.my_bytes = b
s.int_list = l
s.struct_list = l3
s.enum_list = l2
s.text_list = l4
s.bytes_list = l5
s.member_list = l6
s.f32list = l7
s.f64list = l8
s.u8list = l9
s.blist = l10
data = w.finalize(s)
return validate_out(data, path)
def test_out_extend2(path: str) -> bool:
w = scalgoproto.Writer()
root = w.construct_table(base.Gen2Out)
root.aa = 80
root.bb = 81
cake = root.u.add_cake()
cake.v = 45
data = w.finalize(root)
return validate_out(data, path)
def test_copy_extend2(path: str) -> bool:
data1 = read_in(path)
reader1 = scalgoproto.Reader(data1)
root1 = reader1.root(base.Gen3In)
writer = scalgoproto.Writer()
root2 = writer.copy(base.Gen3Out, root1)
data2 = writer.finalize(root2)
reader2 = scalgoproto.Reader(data2)
root3 = reader2.root(base.Gen3In)
return test_extend2_part(root3)
def test_out_extend2(path: str) -> bool:
w = scalgoproto.Writer()
root = w.construct_table(base.Gen2Out)
root.aa = 80
root.bb = 81
cake = root.u.add_cake()
cake.v = 45
l = root.add_direct_member_list(4)
l[0].id = 100
l[1].id = 101
l[2].id = 102
l[3].id = 103
data = w.finalize(root)
return validate_out(data, path)
def for_copy() -> union.Table3In:
w = scalgoproto.Writer()
root = w.construct_table(union.Table3Out)
v1 = root.add_v1()
v1.a.v1 = "ctext1"
v1.b.v1 = "ctext2"
v2 = root.add_v2()
v2.a.v2 = b"cbytes1"
v2.b.v2 = b"cbytes2"
v3 = root.add_v3()
v3.a.add_v3().a = 101
v3.b.add_v3().a = 102
v4 = root.add_v4()
v4.a.add_v4().a = 103
v4.b.add_v4().a = 104
v5 = root.add_v5()
v5.a.add_v5(1)[0] = "ctext3"
v5.b.add_v5(1)[0] = "ctext4"
v6 = root.add_v6()
v6.a.add_v6(1)[0] = b"cbytes3"
v6.b.add_v6(1)[0] = b"cbytes4"
v7 = root.add_v7()
v7.a.add_v7(1).add(0).a = 105
v7.b.add_v7(1).add(0).a = 106
v8 = root.add_v8()
v8.a.add_v8(1).add(0).a = 107
v8.b.add_v8(1).add(0).a = 108
v9 = root.add_v9()
v9.a.add_v9(1)[0] = 109
v9.b.add_v9(1)[0] = 110
v10 = root.add_v10()
v10.a.add_v10(1)[0] = True
v10.b.add_v10(1)[0] = True
d = w.finalize(root)
r = scalgoproto.Reader(d)
return r.root(union.Table3In)
def test_out(path: str) -> bool:
w = scalgoproto.Writer()
s = w.construct_table(base.SimpleOut)
s.e = base.MyEnum.c
s.s = base.FullStruct(
base.MyEnum.d,
base.MyStruct(42, 27.0, True),
False,
8,
9,
10,
11,
-8,
-9,
-10,
-11,
27.0,
22.0,
)
s.b = True
s.u8 = 242
s.u16 = 4024
s.u32 = 124474
s.u64 = 5465778
s.i8 = -40
s.i16 = 4025
s.i32 = 124475
s.i64 = 5465779
s.f = 2.0
s.d = 3.0
s.os = base.MyStruct(43, 28.0, False)
s.ob = False
s.ou8 = 252
s.ou16 = 4034
s.ou32 = 124464
s.ou64 = 5465768
s.oi8 = -60
s.oi16 = 4055
s.oi32 = 124465
s.oi64 = 5465729
s.of = 5.0
s.od = 6.4
data = w.finalize(s)
return validate_out(data, path)
def test_out_union(path: str) -> bool:
i = for_copy()
w = scalgoproto.Writer()
root = w.construct_table(union.Table3Out)
v1 = root.add_v1()
v1.a.v1 = "text1"
v1.b.v1 = "text2"
v1.c.v1 = w.construct_text("text3")
v1.d.v1 = i.v1.a.v1
v1.e.v1 = i.v1.b.v1
v2 = root.add_v2()
v2.a.v2 = b"bytes1"
v2.b.v2 = b"bytes2"
v2.c.v2 = w.construct_bytes(b"bytes3")
v2.d.v2 = i.v2.a.v2
v2.e.v2 = i.v2.b.v2
v3 = root.add_v3()
v3.a.add_v3().a = 1
v3.b.add_v3().a = 2
t1 = w.construct_table(union.Table1Out)
t1.a = 3
v3.c.v3 = t1
v3.d.v3 = i.v3.a.v3
v3.e.v3 = i.v3.b.v3
v4 = root.add_v4()
v4.a.add_v4().a = 4
v4.b.add_v4().a = 5
t4 = w.construct_table(union.Union1V4Out)
t4.a = 6
v4.c.v4 = t4
v4.d.v4 = i.v4.a.v4
v4.e.v4 = i.v4.b.v4
v5 = root.add_v5()
v5.a.add_v5(1)[0] = "text4"
v5.b.add_v5(1)[0] = "text5"
t5 = w.construct_text_list(1)
t5[0] = "text6"
v5.c.v5 = t5
v5.d.v5 = i.v5.a.v5
v5.e.v5 = i.v5.b.v5
v6 = root.add_v6()
v6.a.add_v6(1)[0] = b"bytes4"
tt6 = v6.b.add_v6(1)
tt6[0] = w.construct_bytes(b"bytes5")
t6 = w.construct_bytes_list(1)
t6[0] = w.construct_bytes(b"bytes6")
v6.c.v6 = t6
v6.d.v6 = i.v6.a.v6
v6.e.v6 = i.v6.b.v6
v7 = root.add_v7()
v7.a.add_v7(1).add(0).a = 7
v7.b.add_v7(1).add(0).a = 8
t7 = w.construct_table_list(union.Table1Out, 1)
t7.add(0).a = 9
v7.c.v7 = t7
v7.d.v7 = i.v7.a.v7
v7.e.v7 = i.v7.b.v7
v8 = root.add_v8()
v8.a.add_v8(1).add(0).a = 10
v8.b.add_v8(1).add(0).a = 11
t8 = w.construct_table_list(union.Union1V8Out, 1)
t8.add(0).a = 12
v8.c.v8 = t8
v8.d.v8 = i.v8.a.v8
v8.e.v8 = i.v8.b.v8
v9 = root.add_v9()
v9.a.add_v9(1)[0] = 13
v9.b.add_v9(1)[0] = 14
t9 = w.construct_uint32_list(1)
t9[0] = 15
v9.c.v9 = t9
v9.d.v9 = i.v9.a.v9
v9.e.v9 = i.v9.b.v9
v10 = root.add_v10()
v10.a.add_v10(1)[0] = True
v10.b.add_v10(1)[0] = False
t10 = w.construct_bool_list(1)
t10[0] = True
v10.c.v10 = t10
v10.d.v10 = i.v10.a.v10
v10.e.v10 = i.v10.b.v10
data = w.finalize(root)
return validate_out(data, path)
def test_out_extend1(path: str) -> bool:
w = scalgoproto.Writer()
root = w.construct_table(base.Gen1Out)
root.aa = 77
data = w.finalize(root)
return validate_out(data, path)
def test_out_default(path: str) -> bool:
w = scalgoproto.Writer()
s = w.construct_table(base.SimpleOut)
data = w.finalize(s)
return validate_out(data, path)
