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|
"""
===== Columns =====
Process finished with exit code 0
"""
from common.print_utils import Number, Sequence, Table, Text, as_columns, dict_to_table
EXPECTED_ITEMS_MULTIPLE_COLUMNS = """a c
b d"""
EXPECTED_ITEMS_NOT_MULTIPLE_COLUMNS = """a c
b """
EXPECTED_SIMPLE_TABLE = """Wooho
============================================================================
| name* | value* | zzz | zzzzzzzzzzzzzzzzzz |
============================================================================
| hello | 144444.00 | a, b, c, f, f, f, f | a |
| Plato aaβ III | 21.00 | d, e | a |
| Plato β III | 21.00 | d, e | a |
| Plato B III | 21.00 | d | a |
| Plato Bddddd III | 21.00 | d | a |
| Plato III | 21.00 | d | a |
----------------------------------------------------------------------------
*name Name for first column
*value VValue"""
EXPECTED_EMPTY_TABLE = """Wooho
=============================================
| name* | value* | zzz | zzzzzzzzzzzzzzzzzz |
=============================================
---------------------------------------------
*name Name for first column
*value VValue"""
def test_as_columns_with_items_multiple_columns():
out = as_columns(["a", "b", "c", "d"], 2)
assert out == EXPECTED_ITEMS_MULTIPLE_COLUMNS
def test_as_columns_with_items_not_multiple_columns():
out = as_columns(["a", "b", "c"], 2)
assert out == EXPECTED_ITEMS_NOT_MULTIPLE_COLUMNS
def make_table():
t = Table(
Text("name", description="Name for first column"),
Number("value", description="VValue"),
Sequence("zzz"),
Sequence("zzzzzzzzzzzzzzzzzz"),
table_name="Wooho",
)
t.add_row("hello", 144444, "abcffff", "a")
t.add_row("Plato aa\u03b2 III", 21, "de", "a")
t.add_row("Plato \u03b2 III", 21, "de", "a")
t.add_row("Plato B III", 21, "d", "a")
t.add_row("Plato Bddddd III", 21, "d", "a")
t.add_row("Plato III", 21, "d", "a")
return t
def test_table_is_converted_to_str():
table = make_table()
assert str(table) == EXPECTED_SIMPLE_TABLE
def test_empty_table():
empty = Table(
Text("name", description="Name for first column"),
Number("value", description="VValue"),
Sequence("zzz"),
Sequence("zzzzzzzzzzzzzzzzzz"),
table_name="Wooho",
)
assert str(empty) == EXPECTED_EMPTY_TABLE
def test_number_column():
field = Number("name", placeholder="-")
assert field.make_cell_string(0) == "-"
def test_total_is_calculated():
table = Table(
Number("A", precession=0, total=True),
Number("B", precession=0, total=True),
)
table.add_row(1, 10)
table.add_row(2, 20)
assert list(table) == [
"============",
"| A | B |",
"============",
"| 1 | 10 |",
"| 2 | 20 |",
"============",
"| 3 | 30 |",
"============",
]
def test_hide_header():
table = Table(
Number("A", precession=0),
Number("B", precession=0),
hide_header=True,
)
table.add_row(1, 10)
table.add_row(2, 20)
assert list(table) == [
"============",
"| 1 | 10 |",
"| 2 | 20 |",
"------------",
]
def test_hide_header_with_no_rows():
table = Table(
Number("A", precession=0),
Number("B", precession=0),
hide_header=True,
)
assert list(table) == [
"=========",
"---------",
]
def test_dict_to_table():
data = {"1": 10, "2": 20}
table = dict_to_table(data)
assert list(table) == [
"==========",
"| 1 | 10 |",
"| 2 | 20 |",
"----------",
]
def test_adding_notes():
table = Table(
Number("A", precession=0),
Number("B", precession=0),
hide_header=True,
)
table.add_row(1, 10)
table.add_row(2, 20, note="Hello")
table.add_row(3, 30, note=" World ")
assert list(table) == [
"============",
"| 1 | 10 |",
"| 2 | 20 | Hello",
"| 3 | 30 | World",
"------------",
]
|
