indent not working correctly

[jjttcc]

I don't know if you still have time to maintain these files, but in case you do, I appear to have found a basic problem with the indent logic. I have a test case with a small class file, child2.e. (Code inserted below.) The original version of this file has no indenting - all lines start at column 1. The 2nd version (below) is the result of making all eiffel.vim files on my system unreadable ('chmod 000' - run on the official eiffel.vim files under /usr/share and the version from this repository, installed under $HOME/.vim) and running the '=' command on the entire file (i.e.: gg^M999==^M). This version, unsurprisingly, has very minimal indenting. The last example (below) is the result of running the '=' command on the entire file after making only the eiffel.vim files under $HOME/.vim (the ones installed from this repository) readable - chmod 644. As you can see, the indenting of the two methods (make and do_something_numeric) is not correct.

Feel free to contact me if you need more info or have further questions.

original, unformatted (flush left) version:

class CHILD2

inherit
PARENT
redefine
do_something_numeric
end

create
make

feature
make
do
end

feature

calculation_result: DOUBLE

do_something_numeric(n: DOUBLE)
do
print("cr, n^n: " + calculation_result.out + ", " + (n^n).out + "%N")
calculation_result := n^n + 0.1
ensure then
child_calcresult_gt_1000: calculation_result > 1000
end

end

formatted, but with all eiffel.vim files unreadable (chmod 000 ...):

class CHILD2

inherit
PARENT
redefine
do_something_numeric
end

create
make

feature
make
do
end

feature

calculation_result: DOUBLE

do_something_numeric(n: DOUBLE)
    do
    print("cr, n^n: " + calculation_result.out + ", " + (n^n).out + "%N")
    calculation_result := n^n + 0.1
    ensure then
    child_calcresult_gt_1000: calculation_result > 1000
    end

    end

formatted with current version (from github) of all 3 eiffel.vim files:

class CHILD2

inherit
    PARENT
        redefine
            do_something_numeric
        end

        create
        make

feature
    make
do
end

feature

    calculation_result: DOUBLE

    do_something_numeric(n: DOUBLE)
do
    print("cr, n^n: " + calculation_result.out + ", " + (n^n).out + "%N")
    calculation_result := n^n + 0.1
    ensure then
        child_calcresult_gt_1000: calculation_result > 1000
end

end