fixup! [enh] #111 : create compute_amounts() function * Uses a list of user...

fixup! [enh] #111 : create compute_amounts() function * Uses a list of user amounts and a multiplicator (should be CENT_MULT_TO_UNIT or UD_Value). * Multiplies the given amounts(UD) to get usable int() amounts for Duniter. * Makes sure that each amountUD is superior to the minimal amount.     * Absolute amounts are in FloatRange(MINIMAL_AMOUNT), so they have already been checked.     * This check should be updated when solving issue #306 / DUBP v13. * Returns list of amounts.

- Do the check after the generation of the amount list
- Change conditions to be more precise and easier to read
- Rename variable to UDs_amounts
- Remove useless commas

tests/test_unit_tx.py

@@ -200,7 +200,7 @@ async def test_transaction_confirmation(
 
 # compute_amounts()
 def test_compute_amounts_errors(capsys):
-    trials = (((0.0031, 1,), 314,),)
+    trials = (((0.0031, 1), 314),)
     for trial in trials:
         # check program exit on error
         with pytest.raises(SystemExit) as pytest_exit:
@@ -222,14 +222,14 @@ def test_compute_amounts():
         1,
         2,
     ]
-    assert compute_amounts([0.0032], ud_value,) == [1]
-    assert compute_amounts([1.00], ud_value,) == [314]
-    assert compute_amounts([1.01], ud_value,) == [317]
-    assert compute_amounts([1.99], ud_value,) == [625]
-    assert compute_amounts([1.001], ud_value,) == [314]
-    assert compute_amounts([1.009], ud_value,) == [317]
+    assert compute_amounts([0.0032], ud_value) == [1]
+    assert compute_amounts([1.00], ud_value) == [314]
+    assert compute_amounts([1.01], ud_value) == [317]
+    assert compute_amounts([1.99], ud_value) == [625]
+    assert compute_amounts([1.001], ud_value) == [314]
+    assert compute_amounts([1.009], ud_value) == [317]
     # This case will not happen in real use, but this particular function will allow it.
-    assert compute_amounts([0.0099], 100,) == [1]
+    assert compute_amounts([0.0099], 100) == [1]
 
 
 # transaction_amount()