Crawl local filesystem site for output?

I have a large site with .html files in many places. I would like to
find a script or product that would crawl the site root (as a local
filesystem) and create a "pretty" text file showing the
directory/folder structure of each file.

Thanks.

[email]bradwiseathome@hotmail.com[/email] writes:
[color=blue]
>I have a large site with .html files in many places. I would like to
>find a script or product that would crawl the site root (as a local
>filesystem) and create a "pretty" text file showing the
>directory/folder structure of each file.[/color]

find . -type f -name \*.html -print

Nick.
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Nick Andrew wrote:[color=blue]
> [email]bradwiseathome@hotmail.com[/email] writes:
>[color=green]
> >I have a large site with .html files in many places. I would like to
> >find a script or product that would crawl the site root (as a local
> >filesystem) and create a "pretty" text file showing the
> >directory/folder structure of each file.[/color]
>
> find . -type f -name \*.html -print[/color]

.... and if you want that pretty, pass it through some filter that
determines the common prefix each line of output has with its previous
line, and clobbers it with spaces. E.g.

1: /usr/local
2: /usr/local/bin
3: /usr/local/bin/bar
4: /usr/local/bin/foo
5: /usr/local/bin/xyzzy
6: /usr/share
7: /var

The common prefix in 2 is /usr/local, so it's replaced with spaces. The
common prefix in 3 and 4 is /usr/local/bin, etc.

1: /usr/local
2: /bin
3: /bar
4: foo
5: xyzzy
6: share
7: var

As an additional post-processing step, apply these rules until no rule
can be applied any longer:
1. In each line whose first non-whitespace character is /not/ a slash,
replace the space immediately before that character with a slash.
2. Whenever a line contains a slash, and the immediately preceding line
has a space character in the same position as that slash, replace that
space with a slash.

Rule 1 could be rolled into the prefix removal logic: prefixes could be
defined as excluding trailing slashes, so the slashes before foo,
xyzzy, share and var in the above example remain undeleted.

The result of these rules on our continuing example is:

1: /usr/local
2: / / /bin
3: / / /bar
4: / / /foo
5: / / /xyzzy
6: / /share
7: /var

Of course, these rules can be applied in a single pass if you process
the lines in reverse.The columns of slashes grow until they encounter a
non-blank.

Pretty enough for me, after a few beers.