rename showLedgerAccounts to showLedgerAccountBalances

Ledger/Ledger.hs

@@ -18,7 +18,7 @@ ledgerAccountTree,
 addDataToAccountNameTree,
 printentries,
 printregister,
-showLedgerAccounts,
+showLedgerAccountBalances,
 showAccountTree,
 isBoringInnerAccount,
 isBoringInnerAccountName,
@@ -218,8 +218,8 @@ e
   g
 @
 -}
-showLedgerAccounts :: Ledger -> Int -> String
-showLedgerAccounts l maxdepth = 
+showLedgerAccountBalances :: Ledger -> Int -> String
+showLedgerAccountBalances l maxdepth = 
     concatMap 
     (showAccountTree l) 
     (branches $ ledgerAccountTree l maxdepth)

Tests.hs

@@ -378,5 +378,5 @@ test_cacheLedger =
     assertEqual' 15 (length $ Map.keys $ accounts $ cacheLedger ledger7 nullpats)
 
 test_showLedgerAccounts = 
-    assertEqual' 4 (length $ lines $ showLedgerAccounts l7 1)
+    assertEqual' 4 (length $ lines $ showLedgerAccountBalances l7 1)
 

hledger.hs

@@ -19,7 +19,7 @@ This module includes some helpers for working with your ledger in ghci. Examples
 > Ledger with 696 entries, 132 accounts
 > *Main> putStr $ drawTree $ treemap show $ accountnametree l
 > ...
-> *Main> putStr $ showLedgerAccounts l 1
+> *Main> putStr $ showLedgerAccountBalances l 1
 > ...
 > *Main> printregister l
 > ...
@@ -73,7 +73,7 @@ balance :: Command
 balance opts pats = parseLedgerAndDo opts pats printbalance
     where
       printbalance :: Ledger -> IO ()
-      printbalance l = putStr $ showLedgerAccounts l depth
+      printbalance l = putStr $ showLedgerAccountBalances l depth
           where 
             showsubs = (ShowSubs `elem` opts)
             depth = case (pats, showsubs) of