--
-- pgURLAppDelegate.applescript
-- pgURL
--
-- Created by goodtime on 4/10/11.
-- Copyright 2011 NiceMac. All rights reserved.
-- demonstrates doing a GET or POST Request using NSURLConnection. Runs in the Background (not in main thread)
-- contains no UI... might add one later, for now it just logs or displays alerts
-- see console log and feel free to change the URL
-- reference material: http://cocoawithlove.com/2008/09/cocoa-application-driven-by-http-data.html
script pgURLAppDelegate
property parent : class "NSObject"
property self : current application's pgURLAppDelegate -- should match the script delegate name above
property myURL : "http://www.heise.de" -- URL of your request
property postMethod : "POST" -- use POST for POST
property myBody : "" -- PUT YOUR POST MESSAGE HERE if trying to do a POST
-- URL Request Encoding
property myEncoding : NSUTF8StringEncoding of current application --code for UTF8
property getMethod : "GET" -- use GET for any other Requests
property intermediateMsg : "" -- Text String returned from the request (may not be complete for long downloads)
property entireMsg : "" -- All the Text String returned from the request
on pgURL_(myURL, myBody, myMethod)
-- String to NSURL
tell class "NSURL" of current application
set myURL to URLWithString_(myURL)
end tell
-- String
tell class "NSString" of current application
set myBody to stringWithString_(myBody)
end
set myBody to myBody's dataUsingEncoding_(myEncoding)
tell class "NSString" of current application
set myMethod to myMethod
end
tell NSMutableURLRequest of current application
set myRequest to requestWithURL_(myURL)
end
tell myRequest
setHTTPMethod_(myMethod)
end
-- add the Message Body when sending a POST Method
if myMethod = "POST" then
tell myRequest
setHTTPBody_(myBody)
end
end
-- form the connection
set myConnection to (((current application's class "NSURLConnection")'s alloc)'s initWithRequest_delegate_(myRequest, self))
end
-- handle the connection in the background (not in main thread)
-- this is controlled by the next four threads
on connection_didReceiveResponse_(myConnection, response)
tell class "NSHTTPURLResponse" of current application
set statusText to (localizedStringForStatusCode_(statusCode of response)) as text
set statusCode to (statusCode of response) as string
end
-- if it fails to do anything, show what it didn't do here (the error)
if statustext = "no error" then
-- I am not really sure if this does anything or if it is reseting the returnData properly
tell current application's returnData
setLength_(0)
end
else
display alert "HTTP Error: " & statusCode & return & "Error Message: " & statusText & "."
end
end
on connection_didReceiveData_(myConnection, returnData)
-- convert Data returned to String (Don't ever forget how to do this, it is a pain when do forget)
set my intermediateMsg to (((current application's class "NSString")'s alloc)'s initWithData_encoding_(returnData, current application's NSUTF8StringEncoding)) as string
log "didReceivedData:"
log intermediateMsg & return & return
set my entireMsg to my entireMsg & intermediateMsg
end
on connection_didFailWithError_(myConnection,trpErr)
-- display alert trpErr as string
log trpErr
set EM to ""
try
set newError to (NSLocalizedDescription of userInfo of (trpErr)) as string
on error EM
-- if AppleScript can't do this, so what else is wrong
set errorMore to EM
end
display alert newError & return & return & errorMore
end
on connectionDidFinishLoading_(myConnection)
log "connection Finished."
-- here you can do what you want to do with the intermediateMsg
log "here is your entire message returned:"
log entireMsg
log "end of line."
end
on applicationWillFinishLaunching_(aNotification)
-- Insert code here to initialize your application before any files are opened
-- run the request here for demonstration purposes
pgURL_(myURL, myBody, getMethod)
end applicationWillFinishLaunching_
on applicationShouldTerminate_(sender)
-- Insert code here to do any housekeeping before your application quits
return current application's NSTerminateNow
end applicationShouldTerminate_
end script
property myScreen : class "NSScreen" of current application
set screen to item 1 of myScreen's screens
set res to screen's frame as list
set {screenw, screenh} to {|width| of |size| of item 1 of res, height of |size| of item 1 of res}
--Cocoa crop
set srcImage to NSImage's alloc()'s initWithContentsOfFile_(picPath)
srcView's setImage_(srcImage)
set w to _width's stringValue() as string as number
set h to _height's stringValue() as string as number
set t to _top's stringValue() as string as number
set l to _left's stringValue() as string as number
set destImage to NSImage's alloc()'s initWithSize_({|width|:w, height:h})
set destRect to {|size|:{w, h}, origin:{0, 0}}
set srcRect to {|size|:{w, h}, origin:{l, t}}
destImage's lockFocus()
srcImage's drawInRect_fromRect_operation_fraction_(destRect, srcRect, current application's NSCompositeSourceOver, 1.0)
destImage's unlockFocus()
destView's setImage_(destImage)
--save as png
set theData to destImage's TIFFRepresentation()
set myNsBitmapImageRepObj to NSBitmapImageRep's imageRepWithData_(theData)
set myNewImageData to (myNsBitmapImageRepObj's representationUsingType_properties_(current application's NSPNGFileType, missing value))
if not (myNewImageData's writeToFile_atomically_(picPath, true)) as boolean then
set messageText to "There was an error writing to file"
display dialog messageText buttons {"Ok"}
end if
property myEvent : class "NSEvent" of current application
set mouseloc to myEvent's mouseLocation as list
set {mox, moy} to {x of item 1 of mouseloc, y of item 1 of mouseloc}
(*
A little script to gather any application windows that are partially offscreen in some way and shift them back to the desktop.
This is particularly useful if you use a MacBook with an external display.
*)
tell application "Finder"
-- get desktop dimensions (dw = desktop width; dh = desktop height)
set db to bounds of window of desktop
set {dw, dh} to {item 3 of db, item 4 of db}
end tell
tell application "System Events"
repeat with proc in application processes
tell proc
repeat with win in windows
-- get window dimensions (w = width; h = height)
set {w, h} to size of win
-- get window postion (l = left of window; t = top of window)
set {l, t} to position of win
-- nh = new window height; nw = new window width
set {nh, nw} to {h, w}
-- window width is bigger than desktop size,
-- so set new window width to match the desktop
if (w > dw) then set nw to dw
-- window height is bigger than the desktop size (minus menu bar),
-- so set new window height to be desktop height - 22 pixels
if (h > dh - 22) then set nh to dh - 22
-- r = right coordinate of window; b = bottom coordinate of window
set {r, b} to {l + nw, t + nh}
-- nl = new left coordinate; nt = new top coordinate
set {nl, nt} to {l, t}
-- left coordinate is off screen, so set new left coordinate
-- to be 0 (at the left edge of the desktop)
if (l < 0) then set nl to 0
-- top coordinate is above bottom of menu bar (22 pixels tall),
-- so set new top coordinate to be 22
if (t < 22) then set nt to 22
-- right coordinate extends beyond desktop width,
-- so set new left coordinate to be desktop width - window width
if (r > dw) then set nl to dw - nw
-- bottom coordinate extends beyond desktop height,
-- so set new top coordinate to be desktop height - window height
if (b > dh) then set nt to dh - nh
-- if we have calculated a new top or left coordinate, reposition window
if (l > nl or t > nt) then set position of win to {nl, nt}
-- if we have calculated a new height or width, resize window
if (h > nh or w > nw) then set size of win to {nw, nh}
end repeat
end tell
end repeat
end tell
tell application "TextEdit"
activate
close every document saving no
make new document at the beginning of documents
set the name of window 1 to "Font Samples"
set zoomed of the front window to true
set the text of the front document to "The quick brown fox jumped over the lazy dog."
tell the text of the front document
set the font to "Lucinda Grande"
set the size to 24
end tell
end tell
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