Re: Sidebar not showing all IMAP folders -- SOLVED, D'oh

2019-06-19 Thread Felix Finch

On 20190618, Felix Finch wrote:

I use mutt to connect to Lookout / office365, and teh sidebar only shows two mail 
folders, INBOX and "All Mail".  From somewhere lost in time, I added these two 
lines to my .muttrc:

  mailboxes +INBOX "+All Mail" "Deleted Items" Notes "Junk Email" Trash
  sidebar_whitelist =INBOX "=All Mail" "=Deleted Items" =Notes "=Junk Email" 
=Trash

I can switch to these folders and more by name, but the sidebar never shows any 
more than INBOX and All Mail.  The documentation says

  This command specifies mailboxes that will always be displayed in the 
sidebar, even if $sidebar_new_mail_only is set and the mailbox does not contain 
new mail.


I C said the blind man as he picked up his hammer and saw.  Only the first two 
"mailboxes" names begin with "+".  All need to.

--
   ... _._. ._ ._. . _._. ._. ___ .__ ._. . .__. ._ .. ._.
Felix Finch: scarecrow repairman & wood chipper / fe...@crowfix.com
 GPG = E987 4493 C860 246C 3B1E  6477 7838 76E9 182E 8151 ITAR license #4933
I've found a solution to Fermat's Last Theorem but I see I've run out of room o


Sidebar not showing all IMAP folders

2019-06-18 Thread Felix Finch

I use mutt to connect to Lookout / office365, and teh sidebar only shows two mail 
folders, INBOX and "All Mail".  From somewhere lost in time, I added these two 
lines to my .muttrc:

   mailboxes +INBOX "+All Mail" "Deleted Items" Notes "Junk Email" Trash
   sidebar_whitelist =INBOX "=All Mail" "=Deleted Items" =Notes "=Junk Email" 
=Trash

I can switch to these folders and more by name, but the sidebar never shows any 
more than INBOX and All Mail.  The documentation says

   This command specifies mailboxes that will always be displayed in the 
sidebar, even if $sidebar_new_mail_only is set and the mailbox does not contain 
new mail.

--
   ... _._. ._ ._. . _._. ._. ___ .__ ._. . .__. ._ .. ._.
Felix Finch: scarecrow repairman & wood chipper / fe...@crowfix.com
 GPG = E987 4493 C860 246C 3B1E  6477 7838 76E9 182E 8151 ITAR license #4933
I've found a solution to Fermat's Last Theorem but I see I've run out of room o