Indesign GREP newbie here. I'm receiving text of times that requires reformating. How would I format time ranges using a GREP code to omit the first "am" or "pm" from any time ranges that have "am" or "pm" twice in the same time range?
Also, I'm trying to omit the ":00" from all time ranges. Is there a simple way of eliminating that in the same GREP?
For Example:
This is what’s provided:
• 9:15am-10:00am
• 1:00pm-3:30pm
• 11:30am-12:30pm
• 9:00am-1:00pm
This is what I’m aiming for:
• 9:15-10am
• 1-3:30pm
• 11:30am-12:30pm
• 9am-1pm
If you don't mind a script, here is the basic algorithm:
function clean_ranges(txt) {
txt = txt.replace(/:00/g, '');
var ranges = txt.split(' • ');
for (var i=0; i<ranges.length; i++) {
if (ranges[i].split('am').length>2) ranges[i] = ranges[i].replace('am','');
if (ranges[i].split('pm').length>2) ranges[i] = ranges[i].replace('pm','');
}
return ranges.join(' • ');
}
var str = '• 9:15am-10:00am • 1:00pm-3:30pm • 11:30am-12:30pm • 9:00am-1:00pm';
console.log(clean_ranges(str));
The full implementation for InDesign is here:
function clean_ranges(txt) {
txt = txt.replace(/:00/g, '');
var ranges = txt.split(' • ');
for (var i = 0; i < ranges.length; i++) {
if (ranges[i].split('am').length > 2) ranges[i] = ranges[i].replace('am', '');
if (ranges[i].split('pm').length > 2) ranges[i] = ranges[i].replace('pm', '');
}
return ranges.join(' • ');
}
try {
var txt = app.selection[0].contents;
if (txt.split('-').length < 2) exit(); // do nothing if selected text has no '-'
app.selection[0].contents = clean_ranges(txt);
} catch(e) {}
It will replace a selected text.
This can be done with GREP, but you will need 2 searches:
am(?=-\d{1,2}:\d{2}am)
pm(?=-\d{1,2}:\d{2}pm)
Related
This InDesign Javascript iterates over textStyleRanges and converts text with a few specific appliedFont's and later assigns a new appliedFont:-
var textStyleRanges = [];
for (var j = app.activeDocument.stories.length-1; j >= 0 ; j--)
for (var k = app.activeDocument.stories.item(j).textStyleRanges.length-1; k >= 0; k--)
textStyleRanges.push(app.activeDocument.stories.item(j).textStyleRanges.item(k));
for (var i = textStyleRanges.length-1; i >= 0; i--) {
var myText = textStyleRanges[i];
var converted = C2Unic(myText.contents, myText.appliedFont.fontFamily);
if (myText.contents != converted)
myText.contents = converted;
if (myText.appliedFont.fontFamily == 'Chanakya'
|| myText.appliedFont.fontFamily == 'DevLys 010'
|| myText.appliedFont.fontFamily == 'Walkman-Chanakya-905') {
myText.appliedFont = app.fonts.item("Utsaah");
myText.composer="Adobe World-Ready Paragraph Composer";
}
}
But there are always some ranges where this doesn't happen. I tried iterating in the forward direction OR in the backward direction OR putting the elements in an array before conversion OR updating the appliedFont in the same iteration OR updating it a different one. Some ranges are still not converted completely.
I am doing this to convert the Devanagari text encoded in glyph based non-Unicode encoding to Unicode. Some of this involves repositioning vowel signs etc and changing the code to work with find/replace mechanism may be possible but is a lot of rework.
What is happening?
See also: http://cssdk.s3-website-us-east-1.amazonaws.com/sdk/1.0/docs/WebHelp/app_notes/indesign_text_frames.htm#Finding_and_changing_text
Sample here: https://www.dropbox.com/sh/7y10i6cyx5m5k3c/AAB74PXtavO5_0dD4_6sNn8ka?dl=0
This is untested since I'm not able to test against your document, but try using getElements() like below:
var doc = app.activeDocument;
var stories = doc.stories;
var textStyleRanges = stories.everyItem().textStyleRanges.everyItem().getElements();
for (var i = textStyleRanges.length-1; i >= 0; i--) {
var myText = textStyleRanges[i];
var converted = C2Unic(myText.contents, myText.appliedFont.fontFamily);
if (myText.contents != converted)
myText.contents = converted;
if (myText.appliedFont.fontFamily == 'Chanakya'
|| myText.appliedFont.fontFamily == 'DevLys 010'
|| myText.appliedFont.fontFamily == 'Walkman-Chanakya-905') {
myText.appliedFont = app.fonts.item("Utsaah");
myText.composer="Adobe World-Ready Paragraph Composer";
}
}
A valid approach is to use hyperlink text sources as they stick to the genuine text object. Then you can edit those source texts even if they were actually moved elsewhere in the flow.
//Main routine
var main = function() {
//VARS
var doc = app.properties.activeDocument,
fgp = app.findGrepPreferences.properties,
cgp = app.changeGrepPreferences.properties,
fcgo = app.findChangeGrepOptions.properties,
text, str,
found = [], srcs = [], n = 0;
//Exit if no documents
if ( !doc ) return;
app.findChangeGrepOptions = app.findGrepPreferences = app.changeGrepPreferences = null;
//Settings props
app.findChangeGrepOptions.properties = {
includeHiddenLayers:true,
includeLockedLayersForFind:true,
includeLockedStoriesForFind:true,
includeMasterPages:true,
}
app.findGrepPreferences.properties = {
findWhat:"\\w",
}
//Finding text instances
found = doc.findGrep();
n = found.length;
//Looping through instances and adding hyperlink text sources
//That's all we do at this stage
while ( n-- ) {
srcs.push ( doc.hyperlinkTextSources.add(found[n] ) );
}
//Then we edit the stored hyperlinks text sources 's texts objects contents
n = srcs.length;
while ( n-- ) {
text = srcs[n].sourceText;
str = text.contents;
text.contents = str+str+str+str;
}
//Eventually we remove the added hyperlinks text sources
n = srcs.length;
while ( n-- ) srcs[n].remove();
//And reset initial properties
app.findGrepPreferences.properties = fgp;
app.changeGrepPreferences.properties = cgp;
app.findChangeGrepOptions.properties =fcgo;
}
//Running script in a easily cancelable mode
var u;
app.doScript ( "main()",u,u,UndoModes.ENTIRE_SCRIPT, "The Script" );
I have a script that changes the layer name of my illustrator file to "Test 1, Test 2, etc..." All I want to accomplish is to add leading zero to single digits. "Test 01, Test 02 ... Test 10, Test 11, etc..."
var doc = app.activeDocument;
idLayers("Test "); // Rename visible layers
// Hidden layers will be skipped and not counted
function idLayers(prefix){
var counter = 1;
for(i=0;doc.layers.length>i;i++){
var currentLayer = doc.layers[i];
// if layer is visible...
if (currentLayer.visible) {
currentLayer.name= prefix + counter;
counter++;
}
}
}
I found the following that would help but I'm not sure where to add it to the above code.
function pad(n) {
return (n < 10) ? ("0" + n) : n;
}
Total noob here so any help would be greatly appreciated. Thank you in advance!
You simply need to add the function that you already found at the end of your script (or at the beginning, it does not really matter) and then call it in the line, where the layer is named. So the whole script would look like this:
var doc = app.activeDocument;
idLayers("Test "); // Rename visible layers
// Hidden layers will be skipped and not counted
function idLayers(prefix){
var counter = 1;
for(i=0;doc.layers.length>i;i++){
var currentLayer = doc.layers[i];
// if layer is visible...
if (currentLayer.visible) {
currentLayer.name= prefix + pad(counter);
counter++;
}
}
}
function pad(n) {
return (n < 10) ? ("0" + n) : n;
}
I have a text file that contains 50 student names and scores for each student in the format.
foreName.Surname:Mark
I have figured out how to split up each line into a forename, surname and mark using this code.
string[] Lines = File.ReadAllLines(#"StudentExamMarks.txt");
int i = 0;
var items = from line in Lines
where i++ != 0
let words = line.Split(' ', '.', ':')
select new
{
foreName = words[0],
Surname = words[1],
Mark = words[2]
};
I am unsure of how i would incorporate a findMax algorithm into to find the highest mark and display the pupil with the highest mark. this as i have not used text files that often.
You can use any sorting algorithm there is a Pseudo Code available to find maximum number in any list or array..
Try this code, required just parse all files.
string[] lines = File.ReadAllLines(#"StudentExamMarks.txt");
string maxForeName = null;
string maxSurName = null;
var maxMark = 0;
for (int i = 0; i < lines.Length; i++)
{
var tmp = lines[i].Split(new char[] { ' ', '.', ':' }, StringSplitOptions.RemoveEmptyEntries);
if (tmp.Length == 3)
{
int value = int.Parse(tmp[2]);
if (i == 0 || value > maxMark)
{
maxMark = value;
maxForeName = tmp[0];
maxSurName = tmp[1];
}
}
}
I'm using Microsoft.Office.Interop.Outlook to extract e-mail attachments:
var MAPI = new Application().GetNamespace("MAPI");
var ExampleFolder = MAPI.GetDefaultFolder(OlDefaultFolders.olFolderSentMail)
foreach (dynamic i in ExampleFolder.Items)
if (i.Attachments.Count > 0)
; // DoSomething();
Unfortunately this is extremely slow.
Is there any faster way to check for attachments?
Is it possible to filter/sort e-mails by date: loop through the last n items only?
sure, you can sort the collection using Items.Sort.
You can also use Items.Find/FindNext or Items.Restrict to look for items with attachments only. The property you need is PR_HASATTACH (DASL name http://schemas.microsoft.com/mapi/proptag/0x0E1B000B)
#Kiquenet (I can't add a comment below yours), here is the code to get items with attachments from Items.Restrict:
//fanti's code
var MAPI = new Application().GetNamespace("MAPI");
var ExampleFolder = MAPI.GetDefaultFolder(OlDefaultFolders.olFolderSentMail)
Urn way (tested, ok -> source https://social.msdn.microsoft.com/Forums/windowsapps/en-US/b6fef244-756c-4ab0-a22b-78137cfb4349/datereceived-filter-nor-happeinig?forum=outlookdev):
var itemsWithAttachment = ExampleFolder.Items.Restrict("#SQL= urn:schemas:httpmail:hasattachment = True");
DASL way (tested, ko -> 'should work' source https://learn.microsoft.com/en-us/office/client-developer/outlook/pia/how-to-filter-and-efficiently-enumerate-items-in-a-folder):
const string PR_HAS_ATTACH = "https://schemas.microsoft.com/mapi/proptag/0x0E1B000B";
var itemsWithAttachment = ExampleFolder.Items.Restrict("#SQL=\"" + PR_HAS_ATTACH + "\" = 1");
To filter by a date, just add "AND"s or "OR"s like this (Urn way):
var itemsWithAttachmentAndDate = ExampleFolder.Items.Restrict("#SQL= urn:schemas:httpmail:hasattachment = True"
+ " AND urn:schemas:httpmail:datereceived <= '" + DateTime.Now.AddMonths(-3) + "'");
To loop through the last n items only:
int n = 3;
for (int i = itemsWithAttachmentAndDate.Count - 1; i > n; i--)
{
//current item: itemsWithAttachmentAndDate[i] //Beware: "dynamic" typed!
; //DoSomething();
}
I have about 2200 different files in a few different folders, and I need to rename about about 1/3 of them which are in their own subfolder. Those 700 are also in various folders as well.
For example, there might be
The top-most folder is Employees, which has a few files in it, then the folder 2002 has a few, 2003 has more files, 2004 etc.
I just need to attach the word "Agreement" before the existing name of each file. So instead of it just being "Joe Schmoe.doc" It would be "Agreement Joe Schmoe.doc" instead.
I've tried googling such scripts, and I can find stuff similar to what I want but it all looks completely foreign to me so I can't understand how I'd modify it to suit my needs.
Oh, and this is for windows server '03.
I need about 2 minutes to write such script for *NIX systems (may be less), but for Windows it is a long song ... ))
I've write simple VBS script for WSH, try it (save to {script-name}.vbs, change Path value (on the first line of the script) and execute). I recommend to test script on small amount of data for the first time just to be sure if it works correctly.
Path = "C:\Users\rootDirectory"
Set FSO = CreateObject("Scripting.FileSystemObject")
Sub visitFolder(folderVar)
For Each fileToRename In folderVar.Files
fileToRename.Name = "Agreement " & fileToRename.Name
Next
For Each folderToVisit In folderVar.SubFolders
visitFolder(folderToVisit)
Next
End Sub
If FSO.FolderExists(Path) Then
visitFolder(FSO.getFolder(Path))
End If
I used to do bulk renaming with batch scripts under Windows. I know it's a snap on *nix (find . -maxdepth N -type f -name "$pattern" | sed -e 'p' -e "s/$str1/$str2/g" | xargs -n2 mv). Buf after some struggle in vain, I found out, to achieve that effect using batch scripts is almost impossible. So I turned to javascript.
With this script, you can add prefix to file names by 'rename.js "s/^/Agreement /" -r *.doc'. A caret(^) means to match the beginning. The '-r' options means 'recursively', i.e. including sub-folders. You can specify a max depth with the '-d N' option. If neither '-r' or '-d N' is given, the script does not recurse.
If you know the *nix 'find' utility, you would notice that 'find' will match the full path (not just the file name part) to specified regular expression. This behavior can be achieved by supplying the '-f' option. By default, this script will match the file name part with the given regular expression.
If you are familiar with regular expressions, complicated renaming is possible. For example, 'rename.js "s/(\d+)/[$1]/" *' which uses grouping to add brackets to number sequences in filenames.
// rename.js --- bulk file renaming utility (like *nix rename.pl)
// (c) Copyright 2012, Ji Han (hanji <at> outlook <dot> com)
// you are free to distribute it under the BSD license.
// oops... jscript doesn't have array.map
Array.prototype.map = function(f, t){
var o = Object(this);
var a = new Array(o.length >>> 0);
for (var i = 0; i < a.length; ++i){ if (i in o) a[i] = f.call(t, o[i], i, o) }
return a;
};
/// main
(function(){
if (WScript.Arguments.Length == 0){
WScript.Echo('rename "<operator>/<pattern>/<string>/[<modifiers>]" [-f] [-r] [-d <maxdepth>] [<files>]');
WScript.Quit(1);
}
var fso = new ActiveXObject('Scripting.FileSystemObject');
// folder is a Folder object [e.g. from fso.GetFolder()]
// fn is a function which operates on File/Folder object
var recurseFolder = function(folder, fn, depth, maxdepth){
if (folder.Files){
for (var e = new Enumerator(folder.Files); !e.atEnd(); e.moveNext()){
fn(e.item())
}
}
if (folder.Subfolders){
for (var e = new Enumerator(folder.SubFolders); !e.atEnd(); e.moveNext()){
fn(e.item());
if (depth < maxdepth){ arguments.callee(e.item(), fn, depth + 1, maxdepth) }
}
}
}
// expand wildcards (asterisk [*] and question mark [?]) recursively
// given path may be relative, and may contain environment variables.
// but wildcards only work for the filename part of a path.
// return an array of full paths of matched files.
// {{{
var expandWildcardsRecursively = function(n, md){
var pattern = fso.GetFileName(n);
// escape regex metacharacters (except \, /, * and ?)
// \ and / wouldn't appear in filename
// * and ? are treated as wildcards
pattern = pattern.replace(/([\[\](){}^$.+|-])/g, '\\$1');
pattern = pattern.replace(/\*/g, '.*'); // * matches zero or more characters
pattern = pattern.replace(/\?/g, '.'); // ? matches one character
pattern = pattern.replace(/^(.*)$/, '\^$1\$'); // matches the whole filename
var re = new RegExp(pattern, 'i'); // case insensitive
var folder = fso.GetFolder(fso.GetParentFolderName(fso.GetAbsolutePathName(n)));
var l = [];
recurseFolder(folder, function(i){ if (i.Name.match(re)) l.push(i.Path) }, 0, md);
return l;
}
// }}}
// parse "<operator>/<pattern>/<string>/[<modifiers>]"
// return an array splitted at unescaped forward slashes
// {{{
var parseExpr = function(s){
// javascript regex doesn't have lookbehind...
// reverse the string and lookahead to parse unescaped forward slashes.
var z = s.split('').reverse().join('');
// match unescaped forward slashes and get their positions.
var re = /\/(\\\\)*(?!\\)/g;
var l = [];
while (m = re.exec(z)){ l.push(m.index) }
// split s at unescaped forward slashes.
var b = [0].concat(l.map(function(x){ return s.length - x }).reverse());
var e = (l.map(function(x){ return s.length - x - 1 }).reverse()).concat([s.length]);
return b.map(function(_, i){ return s.substring(b[i], e[i]) });
}
// }}}
var expr = WScript.Arguments(0);
var args = [];
var options = {};
for (var i = 1; i < WScript.Arguments.Length; ++i){
if (WScript.Arguments(i).substring(0, 1) != '-'){
args.push(WScript.Arguments(i));
} else if (WScript.Arguments(i) == '-f'){
options['fullpath'] = true;
} else if (WScript.Arguments(i) == '-r'){
options['recursive'] = true;
} else if (WScript.Arguments(i) == '-d'){
options['maxdepth'] = WScript.Arguments(++i);
} else if (WScript.Arguments(i) == '--'){
continue;
} else {
WScript.Echo('invalid option \'' + WScript.Arguments(i) +'\'');
WScript.Quit(1);
}
}
if (options['maxdepth']){
var md = options['maxdepth'];
} else if (options['recursive']){
var md = 1<<31>>>0;
} else {
var md = 0;
}
var tokens = parseExpr(expr);
if (tokens.length != 4){
WScript.Echo('error parsing expression \'' + expr + '\'.');
WScript.Quit(1);
}
if (tokens[0] != 's'){
WScript.Echo('<operator> must be s.');
WScript.Quit(1);
}
var pattern = tokens[1];
var substr = tokens[2];
var modifiers = tokens[3];
var re = new RegExp(pattern, modifiers);
for (var i = 0; i < args.length; ++i){
var l = expandWildcardsRecursively(args[i], md);
for (var j = 0; j < l.length; ++j){
var original = l[j];
if (options['fullpath']){
var nouveau = original.replace(re, substr);
} else {
var nouveau = fso.GetParentFolderName(original) + '\\' + fso.GetFileName(original).replace(re, substr);
}
if (nouveau != original){
(fso.FileExists(original) && fso.GetFile(original) || fso.GetFolder(original)).Move(nouveau)
}
}
}
})();