update "import" statement, plus all downstream references

Thanks to MS for the Pythonic advice.  :-D

1 files changed, 5 insertions, 5 deletions

diff --git a/doc/doc.org b/doc/doc.org
index 84702ae..7834a48 100644
--- a/doc/doc.org
+++ b/doc/doc.org
@@ -63,9 +63,9 @@ the constructor throws an =AmountOverflowError= exception.
 
 The constructor takes three args: /currency/, /value/, /fraction/.
 
-: >>> import taler.util.amount as Amount
+: >>> from taler.util import amount
 : # KUDOS 10.50
-: >>> amt = Amount.Amount ("KUDOS", 10, 50000000)
+: >>> amt = amount.Amount ("KUDOS", 10, 50000000)
 : >>> amt
 : Amount(currency='KUDOS', value=10, fraction=50000000)
 
@@ -78,7 +78,7 @@ You can use classmethod =parse= to read a string as an =Amount= object.
 This function can throw =AmountFormatError= if the string is malformed,
 and =AmountOverflowError= if the fraction portion is too long.
 
-: >>> Amount.Amount.parse ("KUDOS:10.12345678")
+: >>> amount.Amount.parse ("KUDOS:10.12345678")
 : Amount(currency='KUDOS', value=10, fraction=12345678)
 
 An =Amount= object supports addition and subtraction.
@@ -87,7 +87,7 @@ a =CurrencyMismatchError= exception.
 
 : >>> amt + amt
 : Amount(currency='KUDOS', value=21, fraction=0)
-: >>> another = Amount.Amount ("KUDOS", 5, 42)
+: >>> another = amount.Amount ("KUDOS", 5, 42)
 : >>> amt - another
 : Amount(currency='KUDOS', value=5, fraction=49999958)
 
@@ -164,7 +164,7 @@ The classmethod =parse= recognizes a leading =+= or =-=, and
 additionally accepts a plain =CURRENCY:VALUE.FRACTION= form as a
 positive =SignedAmount=.
 
-: >>> Amount.SignedAmount.parse ("-KUDOS:2.34")
+: >>> amount.SignedAmount.parse ("-KUDOS:2.34")
 : SignedAmount(is_positive=False, amount=Amount(currency='KUDOS', value=2, fraction=34000000))
 
 Lastly, a =SignedAmount= object can flip its sign using a unary minus.