Module jumpscale.data.terminaltable
This module helps around creation of terminal tables
JS-NG> j.data.terminaltable.print_table("users", [ ["id", "name"], ["1", "ahmed"], ["2", "xmonader"]])
+users----------+
| id | name
|
+----+----------+
| 1
| ahmed
|
| 2
| xmonader |
+----+----------+
JS-NG> tbl = j.data.terminaltable.create("users", [ ["id", "name"], ["1", "ahmed"], ["2", "xmonader"]])
JS-NG> print(tbl)
+users----------+
| id | name
|
+----+----------+
| 1
| ahmed
|
| 2
| xmonader |
+----+----------+
Expand source code
"""This module helps around creation of terminal tables
JS-NG> j.data.terminaltable.print_table("users", [ ["id", "name"], ["1", "ahmed"], ["2", "xmonader"]])
+users----------+
| id | name |
+----+----------+
| 1 | ahmed |
| 2 | xmonader |
+----+----------+
JS-NG> tbl = j.data.terminaltable.create("users", [ ["id", "name"], ["1", "ahmed"], ["2", "xmonader"]])
JS-NG> print(tbl)
+users----------+
| id | name |
+----+----------+
| 1 | ahmed |
| 2 | xmonader |
+----+----------+
"""
import terminaltables as tt
TABLE_TYPES = {"ascii": tt.AsciiTable, "single": tt.SingleTable, "double": tt.DoubleTable}
def create(title, data, type_="ascii"):
table_type = TABLE_TYPES.get(type_)
if not table_type:
raise ValueError("invalid type {} allowed types are {}".format(table_type, TABLE_TYPES.keys()))
table = table_type(data, title)
return table.table
def print_table(title, data, type_="ascii"):
print(create(title, data, type_))
Functions
def create(title, data, type_='ascii')
-
Expand source code
def create(title, data, type_="ascii"): table_type = TABLE_TYPES.get(type_) if not table_type: raise ValueError("invalid type {} allowed types are {}".format(table_type, TABLE_TYPES.keys())) table = table_type(data, title) return table.table
def print_table(title, data, type_='ascii')
-
Expand source code
def print_table(title, data, type_="ascii"): print(create(title, data, type_))