Launchbar 6 11 1

broken image


  1. Launchbar 6 11 1 3
  2. Launchbar 6 11 15
  3. 6'11 To Cm

December 12, 2020 at 6:50 PM by Dr. Drang

Launchbar 6 11 1

Winclone Pro 6 6 1 4 11/9/2020 Beta 3 of iOS 14.2, iPadOS 14.3 Released Along with iOS 14.1 & iPadOS 14.1 GM - 5G iPhone 12, iPhone 12 Mini, iPhone 12 Pro, iPhone 12 Pro Max, Released by Apple - Apple Event Set for October 13, New 5G iPhone 12 Expected - macOS 10.14.6 Supplemental Update Fixes Performance Issues for Mojave Users - MacOS Big Sur.

When I send a proposal for new work to a client, I do it in the form of a letter addressed to the client and emailed to them as a PDF attachment.1 I write the letter in LaTeX, using TextExpander for the boilerplate and then filling in the job-specific parts. One of the job-specific parts is the name and address of the client, which, in a LaTeX letter, is the second argument to the begin block:

Apr 25, 2019 Objective Development has issued LaunchBar 6.11, a maintenance release for the keyboard-based launcher.The update resolves a bug that caused Clipboard History to stop working after copying text containing certain characters, fixes a bug that prevented App Store searches from working in macOS 10.14 Mojave, displays a message when Full Disk Access is required for a particular indexing rule. LaunchBar 6.11.1. Maintenance release with bug fixes and improvements for the keyboard-based launcher. ($29 new, free update, 15.7 MB) Agen Schmitz 15 October 2018 No comments LaunchBar 6.1.0. Adds compatibility with macOS 10.14 Mojave and its Dark mode. ($29 new, free update, 14.5 MB) Agen Schmitz 7 June 2018 No comments LaunchBar 6.9.5. GeeeAus Most Useful Apps In 10.1.5 In No Particular Order Microsoft Office X Microsoft RDC (To Win2k Server) Mail Chamera 0.6 LimeWire FileMaker Pro 5.5 AppleWorks 6.4 iPhoto MSN Messanger Ver 3.0 iGetter 1.9 Virtual PC 6.0 (Win2k Pro) Drive 10.1 XOptimize Fourty Two GLTerm Pseudo Norton Anti Virus 8.0 Physics 101 Whatroute Avi2Mov Directmail.

In LaTeX, linebreaks in multiline blocks of text have to be preceded by a pair of backslashes. Also, because the ampersand is a special character in LaTeX, it has to be escaped with a backslash. Thus, the firm of Dewey, Cheatham & Howe has to be written in the LaTeX source as Dewey, Cheatham & Howe.

Over the years, I've written several little scripts to format addresses for LaTeX. They've all done the job, but they've all forced me to either

  • move out of my text editor to run the script and then return to paste the result; or
  • enter a shell command within the text editor and then select and run it.

Neither is the way I want to work.

When writing on the Mac, I use LaunchBar to look up contacts. I tap ⌘-Space, start typing the contact's name, and up it pops.

What I want is to be able to run a command at this point that gets the address, puts it in LaTeX form, and pastes it into the letter where the cursor is sitting. This past week, I finally got around to writing a script that does just that.

It uses LaunchBar's 'sending' feature to pass the contact to a script that assembles, formats, and pastes the address—all without leaving LaunchBar. The idea is that after getting the contact as above, I can tap the Tab key to bring up a list of things I can do with it:

Choosing the LaTeXAddress script sends the contact to that script, which then inserts the formatted name and address. No switching out of and back into my text editor, and no messing around with the clipboard.

While I was at it, I decided the script should also handle an address sent to it. That would happen if I select the contact's address instead of the contact itself:

Will I ever use it this way? It adds an extra step, so probably not. But it was fairly easy to add this extra capability, and it's usually better to finish off a project when it's fresh in your mind.

Here's the LateXAddress script:

The handle_string handler, Lines 15–32, is required and is the entry point for the script. Depending on how LaTeXAddress is called, it will get passed either the name of the selected contact—e.g., John Appleseed—or the selected address, which will be a block of text in this form:

The handle_string function splits its argument into a list of lines (in AppleScript parlance, paragraphs are separated by linefeeds). If there's only one line, we know that the argument is the full name of the contact, and the addressFromName handler is called. If there's more than one line, we know the argument is an address block, and the addressFromAddress handler is called. Both of these functions return a list of address lines in the variable plainList, which is then reformatted on Line 28 by the latexify function and then pasted at the cursor position of the current document by the tell application 'LaunchBar'… command on Line 31. Nutxt 3 17 kjv.

The addressFromName function finds the contact from their name (Line 64) and gets the first address listed for that contact (Line 67). It then splits this block of text into lines, stripping off the last line if it's 'USA' or any of the other names in the usNames property defined in Line 12.

Launchbar 6 11 1 3

The idea here is that the country name is unnecessary for an address in the US. It's only my Canadian clients that need the country included in the address. The stripping is done by the function stripUS, defined on Lines 36–40.

Lines 72–75 add the company name (if there is one) to the top of the list of lines. Line 78 adds the contact's name to the top of the list. This list of lines is what addressFromName 1blocker 1 4 3 download free. returns.

The addressFromAddress handler is just a text manipulation function. Line 89 calls stripUS to get rid of the superfluous country name, if present. The rest of the function looks for an attn: line, removes it, and adds the addressee from that line to the top of the list.

The latexify function takes a list of address lines and returns a block of text properly formatted for a LaTeX document. The bulk of the work is done by the pipeline of three sed commands on Lines 51–52. The first one,

escapes all the ampersands. There are four backslashes in the replacement because this command is processed first by AppleScript, which eats half of the backslashes, and then by the shell, which also eats half of the backslashes. So AppleScript turns four backslashes into two, and then the shell turns two into one. And that's what we want, one backslash in front of every ampersand. Because there's no prefix before the s (substitute) command, the command is applied to each line. The g (global) flag at the end of the command tells sed to apply the substitution for every ampersand it finds on a given line.

The second sed command,

adds the backslashes required at the ends of the lines. Once again, both AppleScript and the shell consume half of the backslashes, so we need to start with eight to end up with two. The lines to which this substitution is applied are defined by the $! prefix that comes before the s. This is a two-part definition. The $ says to select only the last line, and the ! says to negate (or invert) that selection. Crossftp 1 99 0. The inverse of the last line is every line except the last line, which, if you look at the example up at the top of the post, is exactly what we want.

Launchbar 6 11 15

This system for inserting LaTeX-formatted addresses is more efficient than anything I've previously made. It's possible I can squeeze out another keystroke by building a LaunchBar Action based on this script, but I'm not sure that's worth the effort. I'll live with what I have for a while.

6'11 To Cm

  1. This may seem old-fashioned to you, but it's what my clients prefer. ↩





broken image