def test_table_chars():
data = []
data.append({
"total_misses": 10,
"total_hits": 115,
"who_cares": 42,
"short_name": "short",
"marketing_source": "The Best"
})
data.append({
"total_misses": 150,
"short_name": "A very long value goes here",
"who_cares": 1977,
"sometimes_name": "present and accounted for sir",
"total_hits": 15,
"marketing_source": "The Worst"
})
data.append({
"total_misses": 20,
"short_name": "Something",
"who_cares": 1977,
"sometimes_name": "Here",
"total_hits": 10,
"marketing_source": "Shorty"
})
tp = TablePrint()
tph = TablePrintHeader()
tp.set_column_char("!")
tp.set_header_char("~")
tp.set_joint_char("*")
# Add headers in order from left to right
tph.add("marketing_source", "Marketing Source")
tph.add("total_hits", "Total Hits")
tph.add("short_name", "Short Name")
tph.add("missing_name", "Missing Name")
tph.add("sometimes_name", "Sometimes Name")
print("\nTest Table Chars results:\n")
tp.set_data(data, tph)
tp.display_table()
def test_iter():
data = []
data.append({
"total_misses": 10,
"total_hits": 115,
"who_cares": 42,
"short_name": "short",
"marketing_source": "The Best"
})
data.append({
"total_misses": 150,
"short_name": "A very long value goes here",
"who_cares": 1977,
"sometimes_name": "present and accounted for sir",
"total_hits": 15,
"marketing_source": "The Worst"
})
data.append({
"total_misses": 20,
"short_name": "Something",
"who_cares": 1977,
"sometimes_name": "Here",
"total_hits": 10,
"marketing_source": "Shorty"
})
tp = TablePrint()
tph = TablePrintHeader()
# Add headers in order from left to right
tph.add("marketing_source", "Marketing Source")
tph.add("total_hits", "Total Hits")
tph.add("short_name", "Short Name")
tph.add("missing_name", "Missing Name")
tph.add("sometimes_name", "Sometimes Name")
print("\nTest table iterator results:\n")
tp.set_data(data, tph)
for row in tp:
print(row)
def test_right():
data = []
data.append({
"total_misses": 11,
"total_hits": 116,
"who_cares": 42,
"short_name": "short",
"marketing_source": "The Best"
})
data.append({
"total_misses": 151,
"short_name": "A very long value goes here",
"who_cares": 1978,
"sometimes_name": "present and accounted for sir",
"total_hits": 16,
"marketing_source": "The Worst"
})
data.append({
"total_misses": 20,
"short_name": "Something",
"who_cares": 1977,
"sometimes_name": "Here",
"total_hits": 10,
"marketing_source": "Shorty"
})
tp = TablePrint()
tph = TablePrintHeader()
# Add headers in order from left to right
tph.add("marketing_source", "Marketing Source", "right", "right")
tph.add("total_hits", "Right Hits", "right", "right")
tph.add("short_name", "Short Name", "right", "right")
tph.add("missing_name", "Missing Name")
tph.add("sometimes_name", "Sometimes Name", "right", "right")
print("\nTest right results:\n")
tp.print_table(data, tph)
def test_header_defaults(self):
index = 0
header_key = ["header_1", "header_2", "header_3"]
header_val = ["Header 1", "Header 2", "Header 3"]
tph = TablePrintHeader()
tph.add(header_key[0], header_val[0])
tph.add(header_key[1], header_val[1])
tph.add(header_key[2], header_val[2])
for header in tph:
self.assertEqual(header["key"], header_key[index])
self.assertEqual(header["column_name"], header_val[index])
self.assertEqual(header["header_align"], "center")
self.assertEqual(header["column_align"], "center")
index += 1
def test_header_mixed(self):
index = 0
header_key = [
"header_1", "header_2", "header_3", "header_4", "header_5",
"header_6"
]
header_val = [
"Header 1", "Header 2", "Header 3", "Header 4", "Header 5",
"Header 6"
]
header_align = ["center", "left", "right", "left", "right", "center"]
column_align = ["left", "right", "left", "center", "center", "right"]
tph = TablePrintHeader()
tph.add(header_key[0], header_val[0], header_align[0].capitalize(),
column_align[0].lower())
tph.add(header_key[1], header_val[1], header_align[1].lower(),
column_align[1].capitalize())
tph.add(header_key[2], header_val[2], header_align[2].capitalize(),
column_align[2].capitalize())
tph.add(header_key[3], header_val[3], header_align[3].lower(),
column_align[3].lower())
tph.add(header_key[4], header_val[4], header_align[4].upper(),
column_align[4].lower())
tph.add(header_key[5], header_val[5], header_align[5].lower(),
column_align[5].upper())
for header in tph:
self.assertEqual(header["key"], header_key[index])
self.assertEqual(header["column_name"], header_val[index])
self.assertEqual(header["header_align"],
header_align[index].lower())
self.assertEqual(header["column_align"],
column_align[index].lower())
index += 1
def header_tester(self, align):
index = 0
header_key = [
"header_1", "header_2", "header_3", "header_4", "header_5",
"header_6"
]
header_val = [
"Header 1", "Header 2", "Header 3", "Header 4", "Header 5",
"Header 6"
]
tph = TablePrintHeader()
tph.add(header_key[0], header_val[0], align.capitalize(),
align.lower())
tph.add(header_key[1], header_val[1], align.lower(),
align.capitalize())
tph.add(header_key[2], header_val[2], align.capitalize(),
align.capitalize())
tph.add(header_key[3], header_val[3], align.lower(), align.lower())
tph.add(header_key[4], header_val[4], align.upper(), align.lower())
tph.add(header_key[5], header_val[5], align.lower(), align.upper())
for header in tph:
self.assertEqual(header["key"], header_key[index])
self.assertEqual(header["column_name"], header_val[index])
self.assertEqual(header["header_align"], align.lower())
self.assertEqual(header["column_align"], align.lower())
index += 1
def test_table_dict():
data = []
data.append({
"misses": 10,
"hits": 115,
"villan": {
"name": "Freddy",
"age": 40
},
"director": {
"name": "Craven",
"sequels": {
"first": {
"name": "Seq1",
"year": 1985
}
}
},
"victim": {
"name": "Mary",
"age": 20
},
"short_name": "short"
})
data.append({
"misses": 150,
"director": {
"name": "Carpenter",
"sequels": {
"first": {
"name": "Sq1",
"fans": {
"name": "mike, one"
" eyed pirate"
}
}
}
},
"short_name": "A very long value goes here",
"villan": {
"name": "Jason",
"age": 30
},
"sometimes_name": "present and accounted for sir",
"hits": 15
})
data.append({
"misses": 20,
"short_name": "Something",
"sometimes_name": "Here",
"hits": 10,
"director": {
"name": "Donner",
"sequels": {
"first": {
"name": "Sq1",
"year": 1987,
"fans": {
"name": "dave"
}
}
}
},
"victim": {
"name": "Jane",
"age": 25
}
})
tp = TablePrint()
tph = TablePrintHeader()
# Add headers in order from left to right
tph.add("hits", "Total Hits")
tph.add("villan:name", "Villan Name")
tph.add("misses", "Total Misses")
tph.add("short_name", "Short Name")
tph.add("victim:age", "Victim Age")
tph.add("victim:not_here", "Victim Not Here")
tph.add("director:sequels:first:year", "Sequel Year")
tph.add("director:sequels:first:fans:name", "Fan Name")
print("\nTest dictionary entry results:\n")
tp.print_table(data, tph)