2.14.1.7 findFiles

1 Brief Information
2 Command Line Usage
3 X-Function Execution Options
4 Variables
5 Description
6 Examples
7 Related X-Functions

Brief Information

Search for files

Command Line Usage

1. findFiles path:="C:\c" ext:= "doc"

2. findFiles path:="C:\c" time:= "010203-"

3. findFiles path:=System.path.Ascii$ from:=2456658 to:=2456665

X-Function Execution Options

Please refer to the page for additional option switches when accessing the x-function from script

Variables

Display Name	Variable Name	I/O and Type	Default Value	Description
path to look for files	path	Input string	path$	input full path to look for files
Recursive	recursive	Input int	0	Specify whether to find the files in the recursive folders
filename or extension	ext	Input string	.	input filename or extension to be finded
file size range	size	Input string	""	input file size range to be found
file modified date time range	time	Input string	""	input file modified date time range to be found
modified date start	from	Input double		input the beginning of a date time range so only file(s) modified during this period will be found.
modified date end	to	Input double		input the ending of a date time range so only file(s) modified during this period will be found
get result file names with full path	addpath	Input int	1	get result file names with full path or not
result file names separated by CRLF	fname	Output string	fname$	output result file names separated by CRLF

Description

This X-Function is used to search file in specific path and conditions.

Examples

The following example shows how to search UFF and find all ini files modified in a specific time period.

string struff$=%Y;
Dbegin=date(09/01/2016);
Dend=date(12/31/2016);
findFiles path:=struff$ ext:="ini" from:=Dbegin to:=Dend addpath:=0;
int nn = fname.GetNumTokens(CRLF);
type "following files were changed between $(Dbegin, D0) - $(Dend, D0)";
for(int ii = 1; ii <= nn; ii++)
{
  string strFilename$ = fname.GetToken(ii, CRLF)$;
  type strfilename$;
}

The next example finds and imports files satisfied certain condition, and then create a video based graphs of these data.

doc -s; 
doc -n;
string fname$;//all the XF that deals with files default to fname$ string
//Find files and import them
findFiles path:=system.path.program$+"Samples\Curve Fitting" ext:="*.dat" addpath:=1;//result in fname$
//import from fname$, ImpMode=3 for new book
impasc option.sparklines:=0 option.ImpMode:=3 Options.Names.FNameToBk:=0;
//Create graphs with only the 1st 2 columns
doc -e W
{
	plotxy iy:=(1,2) plot:=200; window -ia;
}
dlgSave ext:=*.avi title:="Saving Video file location";
//Make video
int err = vw.Create(%(fname$));
if(err!= 0)
{
	err=;
	break 1;
}
doc -e P
{
	vw.WriteGraph(%H,1)
}
vw.Release();
type -a "File saved to %(fname$)";

Another example to count files by extension, including the files in the recursive folders

//Code to get all files from User Files path
//and count each file types by extension
string uffPath$ = system.path.ini$;
type -a "The following type of files are found in the User Files folder";
type uffPath$;
string results$;

findFiles path:=uffPath$ recursive:=1 fname:=results$;
int nn = results.GetNumTokens(CRLF);
type "A Total of $(nn) files found";

// add each new type into array
StringArray sa;
// fill a temp dataset with 100 cells of1, as first adding will count as 1
dataset na=data(1,1,100);// array to keep count
for(int ii = 1; ii <= nn; ii++)
{
  string strFilename$ = results.GetToken(ii, CRLF)$;
  string strExt$ = strFilename.GetFileExt()$; 
  int nPos = sa.Find(strExt$);  
  if(nPos < 1) // not found
      sa.Add(strExt$);
  else
  {
      na[nPos] += 1;   
      type -q "$(ii): $(nPos) --> $(na[nPos])";
  }
}
// now print the results in the StringArray sa and numeric array na
for(int ii = 1; ii <= sa.GetSize(); ii++)
{
  string strExt$ = sa.GetAt(ii)$;
  type "$(ii): %(strExt$) $(na[ii])";
}