Easy Language Find Documents 155, Easy Language Find Documents

I'm not going to do it, but I'll give you an idea:

List the names of all the files first, then use the charms to sort them and correspond to them. It's a simple problem, but it's too complicated to implement.

The idea of the first floor is ok, it's just not perfect. Here are the thoughts and parts I give you**, satisfied.

**+ Ideas:

Assembly variables (integers if not specified): n, name, array, 0 text, directory text.

exe"If you don't have a filter, filter it yourself, I believe this will be. It won't be a pit (idea, pay attention to define the name first.) Otherwise, subscript:

Take the left side of the text (name[n], (take the text length (name[n]))4).'Here it is. exe 4 characters.

Continue: Count the beginning of the cycle (take the number of array members (name), n), the middle of the loop: super list box 1

Insert table entries (,name[n], go icon command is also in the Jingyi module. Write directly over ants, directory = directory + line break + name[n], delay (10), loop tail: write to file ("c:, to the byte set (directory)), which is mainly used to automatically fetch the last saved list on the next run. Satisfied.

The explanation of the easy system is:

Call format: Text-based search for file ( text-type to find the name of the file or directory to be found, integer type to find the attribute of the file to be found ) The system core supports library-> disk operations.

Product Name: DIR

Returns a text that represents the name of the file or directory that was found, and it must match the required name format or file attributes. The use of multi-character (*) and single-character (?) is supportedWildcards to specify multiple files.

The first time you call this command in a subroutine, you must specify the "find file" parameter, otherwise it will return empty text ("If you want to get another matching file name after the first call, call this command again, and do not provide the file name you want to find parameter. If there are no more eligible files, this command returns a blank text. Once the return value is empty text, you must specify the "Find file" parameter when you want to call this command again.

You don't have to access all the currently matching file names to make a new search with a new "Find File". This command is primary.

Parameter <1> can be omitted because it has the name "Name of the file or directory you are looking for" and the type "text". You can use multi-character (*) and single-character (?.)Wildcards to specify multiple files.

When a file is not being found for the first time, the parameter value must be empty or omitted.

Parameter <2> can be omitted because it has the name "Properties to find the file" and the type "integer (int)". The parameter value can be the following constant values or the sum of them: 1. Read-only files; 2. Hide files; 4. System files; 16. a subdirectory; 32. Archive Files.

By adding up these constant values, you can set multiple file properties at once. If this parameter is omitted, all files except subdirectories are searched by default.

OS Requirements: Windows

Its English name is: dir, which reminds people of the :dir in batch processing.

Version 2 parameter drive letter, text-based.

Local variables Finding results, textual.

Local variables: File ruler strings, double decimals.

If the hail is true (take the right side of the text (drive letter, 1) ≠ drive letter

If it's really over.

Finding Results Find files (drive letter ***", judging the beginning of the loop (finding results ≠

Song list box. Add items (drive letter to find results, ) to find results to find a clear limb to find a file (, to judge the end of the loop ().

Finding Results: Finding Files (Drive Letter: Acacia Sail "* Subdirectory), Judgment Loop, Header (Finding Results, ≠

If true (looking for results≠ and looking for results ≠

If it's really over.

Finding Results Find files (, subdirectories).

Judge the end of the cycle ().

Let's use this as an example.

We're going to look for the number 1 in box 1.

**As shown above:

The first parameter. The text being searched, that is, you are searching for **. The picture above shows the search box 1

The second parameter. The text you are looking for, that is, what text you are searching for. In the diagram above, we search for the number "1".

The last two parameters are generally not used, so I won't talk about them here.

Did the landlord find the -1 in the real (looking for text ≠-1)?

Here I will explain (again as an example in the picture above), if we do not find the number "1" in box 1, ** will return a value -1

The above picture ** probably means:

Search for the number "1" in box 1

If it finds the number 1, a message box pops up, saying that if it finds it, if it doesn't, he doesn't do anything.

If the landlord still has any questions, just ask, I hope to help the landlord

It is to determine if there is any text you are looking for, if there is one, return to the location of the text, if not, return -1