floyd

Thanks Randall. I will try and duplicate this.

Maybe it is good advice. Others might do it differently. Some may think that both commands are not needed. I know, however, that this always works for me. Yes, you can. Not true. It works just fine across volumes and networks. Both systems work. It is just a matter of choice.

Try using the Wait for File Exist and then Wait for File Ready commands after the Rename File or Files command. Rename File or Files: "original.txt" Wait for File Exist: "copyof.txt" Wait for File Ready: "copyof.txt" Set the file Must be Ready for XXX Seconds field (in the Wait for file Ready command) for maybe 1 or 2 seconds if you are renaming large files. This tells Macro Express to continue waiting until Windows has not written anything to the file for the specified time period. Keep in mind that renaming a file can be fast or slow depending on where it is being moved and renamed to. If all action is to take place within the same partition on your drive then Windows does not actually do anything other than changing the internal index of where the file is. On the other hand, if the action spans a second drive, partition, or network, then Windows must physically move the file, which will take longer. Hence the need for the Wait for File Ready command.

Iceman - We are working on adding both HTAs and data mining macros as additions to the PGM Functions library. Joe is adamant that these are going to be useful tools ... and I agree. Another user in this forum, Randall, has also taken steps in this direction.

Bob: Maybe. The problem is that the password is actually part of the VBScript that runs. That being said, maybe the Encrypted Text command will work. I will see if something can be done.

Here is the {IE Login Popup Menu} function. You will need to edit it to change the repository folder to suit your requirements. The function is well documented and the Mouse Click activation was left intact. Feel free to change this, or anything else to suit your needs. IELoginPopupMenu.mex

No. That would be a different macro, though it would very easy to create. You can, however, simply load the generated mxe file into any text editor, search for the password, change it, and save it.

Thanks Cory. Learning by example is the easiest way for me, too. I am not an expert in Randall's BasicME library yet, I have only begun looking at it so I will let him give you an answer.

It is probably the same thing that Bob ran into in his post. I think the problem may be that there is no HTML <INPUT TYPE=PASSWORD> type field. Currently this data mining macro works only if there is at least one <INPUT TYPE=TEXT> and <INPUT TYPE=PASSWORD> field. I will look further into this.

Randall - We have not yet discussed a wizard for use with just the PGM Functions Library. Currently, there is a function named {PGM Function} that uses parameters to do the work of setting values and calling other functions.

Bob - Thanks for the input. Opening and closing windows: The target macro that gets generated does not close any IE windows when it is fired. This is only done by the {Generate an Internet Login} function as you are creating the target macro. When you stated did you mean another IE window or any window? Acct and PIN fields: I think the problem may be that there is no HTML <INPUT TYPE=PASSWORD> type field. Currently this data mining macro works only if there is at least one <INPUT TYPE=TEXT> and <INPUT TYPE=PASSWORD> field. I will look further into this.

Here is a sample using the {String - Parse} function: Variable Set String %T1% "\\server\share\dir1\dir2\dir3\dir4\last, first 333-22-4444.pdf" Variable Set String %T2% "\" Write Registry String: "ParameterString1" Write Registry String: "ParameterString2" Macro Run: { String - Parse } Read Registry Integer: "ReturnInteger1" Activate or Launch: "notepad" OR "notepad.exe" Wait For Window Title: "notepad" Repeat with Variable using %N1% Read Registry String: "Token%N2%" Text Type: Token %N2% = %T1%<ENTER> Repeat End <TVAR2:01:01:\\server\share\dir1\dir2\dir3\dir4\last, first 333-22-4444.pdf><TVAR2:02:01:\><REGWSTR:1:HKEY_CURRENT_USER\Software\Professional Grade Macros\Parameters\ParameterString1><REGWSTR:2:HKEY_CURRENT_USER\Software\Professional Grade Macros\Parameters\ParameterString2><MACRUN2:{ String - Parse }><REGRINT:1:HKEY_CURRENT_USER\Software\Professional Grade Macros\Parameters\ReturnInteger1><REM2:><LAUNCHYES3:0:0112notepad<LAUNCH:notepad.exe><WAITWIN2:000010:000000:notepad><REM2:><REP3:05:000001:000001:0001:1:02:><REGRSTR:1:HKEY_CURRENT_USER\Software\Professional Grade Macros\Parsed Tokens\Token%N2%><TEXTTYPE:Token %N2% = %T1%<ENTER>><ENDREP> All that you need to do is set a Registry value with the string-to-be-parsed and another Registry value to the character (or string) used as the parsing delimiter. Now call the {String - Parse} function, then read the number of parsed strings (tokens) that were generated.

Too fast on the keyboard!

Use the date picker prompt: Date/Time: Save "yyyy-mm-dd" into %T1% <DT:yyyy-mm-ddT:01:4:CenterCenterPick dateTF>

In addition to Randall's solution, you could look into the If Message/Else/End If construct and use it in place of the Multiple Choice Menu command. Repeat Until %N1% <> %N1% Delay 1 Seconds If Message: "" Repeat Exit Else End If Repeat End <REP3:08:000002:000002:0001:1:01:N1><IDELAY:1><IFMESS3:00000:1:1: OKAY TO EXIT LOOP?Center:Center><EXITREP><ELSE><ENDIF><ENDREP>

It is located within the Variable Modify String dialog.

Look into the Replace Substring command. For example: Replace "%T1%" with "0%T1%" in %T1%

You can target the output of the Text Type command for those window objects that can be captured and that will also accept text. You can also send mouse clicks to these objects.

Nicolas has it right. Here is an example that you can run: // Set the counter (placeholder for the next string). Variable Set Integer %N10% to 10 // Infinite loop Repeat Until %N1% <> %N1% // Increment the next string placeholder (T11 through T46) Variable Modify Integer: Inc (%N10%) // Set a string to a random character to use as an example. // This would actually be a string that holds this month's data. Variable Set String %T1% to Random Letter // Exit the loop if the random character is a "Z" or if we have filled 36 string variables // This would actually be: Exit if no more months found or if we have gone back 36 months. If Variable %T1% = "Z" OR If Variable %N10% > 46 Repeat Exit End If // Copy the current string to the next placeholder string Variable Set String %T2% "<TMVAR2:09:%N10%:01:000:000:>" Run Macro in Variable %T2% Repeat End <REM2:Set the counter (placeholder for the next string).><IVAR2:10:01:10><REM2:><REM2:Infinite loop><REP3:08:000002:000002:0001:1:01:N1><REM2:><REM2:Increment the next string placeholder (T11 through T46)><NMVAR:08:10:0:0000001:0:0000000><REM2:><REM2:Set a string to a random character to use as an example.><REM2:This would actually be a string that holds this month's data.><TVAR2:01:12:><REM2:><REM2:Exit the loop if the random character is a "Z" or if we have filled 36 string variables><REM2:This would actually be: Exit if no more months found or if we have gone back 36 months.><IFVAR2:1:01:1:TZ><OR><IFVAR2:2:10:4:T46><EXITREP><ENDIF><REM2:><REM2:Copy the current string to the next placeholder string><TVAR2:02:01:<TMVAR2:09:%N10%:01:000:000:>><RUNMACVAR:2><REM2:><ENDREP>

Cyberchief The {String - Occurs} macro in the PGM Functions Library returns a count of the number of times that one string occurs within another.

Thanks Nicolas. Good to hear from you.

Leading zeros are a common problem with any language. Here is one solution using Macro Express: // Original string Variable Set String %T1% "002" // Convert to an integer Variable Modify String: Convert %T1% to integer %N1% // Add 1001 to it Variable Modify Integer: %N1% = %N1% + 1001 // Convert it back to a string Variable Modify Integer: Convert %N1% to text string %T1% // Delete the first character. Result = "003" Variable Modify String: Delete Part of %T1% <REM2:Original string><TVAR2:01:01:002><REM2:><REM2:Convert to an integer><TMVAR2:05:01:01:000:000:><REM2:><REM2:Add 1001 to it><NMVAR:01:01:1:0000001:2:0001001><REM2:><REM2:Convert it back to a string><NMVAR:05:01:0:0000001:0:0000000><REM2:><REM2:Delete the first character. Result = "003"><TMVAR2:11:01:00:001:001:>

Cyberchief - The only difference between the source and non-source code PGM Functions Library is that with the former, you can view the code for all but the PGM System and Variable Management functions. Both libraries have the same number of macro functions and both do the same exact thing. The source-code version was never meant to be multi-licensed. Its only purpose was to allow interested parties to see some very nice Macro Express coding and perhaps to use some style of it in their own macros. If you purchase multi-licensed non-source code versions, Joe may be more than happy to give you a source code version. The PGM Functions Library is licensed in the same manner as Macro Express, which is on a per seat (machine) basis. One machine = one license. The more licenses you buy the less it costs per machine. For example, a single user PGM Functions Library license is normally $29.95, a 10-seat license is $20.90 per seat, a 20 seat license is $16.36 per seat, 100 seats is $8.29 per seat, and so forth. Email joe@pgmacros.com directly to discuss pricing ... he can help. The PGM Functions Library is just that. A library of ready-made functions that begins where Macro Express leaves off. You may not need or ever use all of them, just like we will never use all of the commands within Macro Express. You can pick and choose which functions to use and place in your own macro library (.mex) files so that you can keep "all machines the same" as you mentioned.

Cyberchief - Here is your solution using Julian Date functions from the PGM Functions Library: // ASSUMPTIONS: // Today is May-04-2005 // Account #1 has a billing date of May-15-2005 // Account #2 has a billing date of May-09-2005 // DEFINED VARIABLES: // D1 = Today's date // D2 = Bill date for account #1 // D3 = First bad date for account #1 (bill date - 3) // D4 = Last bad date for account #1 (bill date + 5) // D5 = Bill date for account #2 // D6 = First bad date for account #2 (bill date - 3) // D7 = Last bad date for account #2 (bill date + 5) // D8 = The correct date (the answer) // Save today's date to a variable (D1) and then convert it to a Julian day. Variable Set String %T1% "20050504" Write Registry String: "ParameterString1" Macro Run: { DateTime - Date to Julian } Read Registry Decimal: "ReturnDecimal1" // Convert the billing date to a Julian day (D2) for account #1. Variable Set String %T1% "20050515" Write Registry String: "ParameterString1" Macro Run: { DateTime - Date to Julian } Read Registry Decimal: "ReturnDecimal1" // Subtract 3 to get the first bad date within the billing range and then add 5 to get the last // bad date. Variable Modify Decimal: %D3% = %D2% - 3 Variable Modify Decimal: %D4% = %D2% + 5 // Convert the billing date to a Julian day (D5) for account #2. Variable Set String %T1% "20050509" Write Registry String: "ParameterString1" Macro Run: { DateTime - Date to Julian } Read Registry Decimal: "ReturnDecimal1" // Subtract 3 to get the first bad date within the billing range and then add 5 to get the last // bad date. Variable Modify Decimal: %D6% = %D5% - 3 Variable Modify Decimal: %D7% = %D5% + 5 // Copy today's variable (D1) to the answer variable (D8) then add 2 days to it before starting // the loop. Variable Modify Decimal: Copy %D1% to %D8% Variable Modify Decimal: %D8% = %D8% + 2 // Loop by incrementing the answer variable by 1 each time until we find a good date. Check if // the variable falls within either date range. If it does then we need to increment, otherwise // we have the answer so exit. Repeat Until %N1% <> %N1% If Variable %D8% >= variable %D3% AND If Variable %D8% <= variable %D4% Variable Modify Decimal: %D8% = %D8% + 1 Else If Variable %D8% >= variable %D6% AND If Variable %D8% <= variable %D7% Variable Modify Decimal: %D8% = %D8% + 1 Else Repeat Exit End If End If Repeat End // Convert the (D8) Julian day answer variable to a date string (T2). Write Registry Decimal: "ParameterDecimal1" Macro Run: { DateTime - Julian to Date } Read Registry String: "ReturnString1" Macro Return The example should be easy to follow. However, you must have a copy of the PGM Functions Library in order to run it. A 30-day trial can be downloaded from PGM Functions Library and Docs. Hope this helps. JulianDate.mxe

Categories are a convenience. When using the Macro Run command it does not matter which category contains the macro. In fact, you can check the Display all Macros checkbox within the Macro Run dialog to view them alphabetically without categories.