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Fix Project Scanning (#746)

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Removed dmon, and replaced with logic that works across Linux, Mac, FreeBSD and Windows. Have tested on all platforms, and seems to work.

Co-authored-by: Jan200101 <sentrycraft123@gmail.com>
This commit is contained in:
Adam
2022-03-06 00:59:22 -05:00
committed by GitHub
co-authored by Jan200101
parent 6cb403b450
commit f85612e0f0
19 changed files with 588 additions and 2544 deletions
Download Patch File Download Diff File Expand all files Collapse all files
data/core/commands/core.lua
-1
View File
@@ -173,7 +173,6 @@ command.add(nil, {
end
if abs_path == core.project_dir then return end
core.confirm_close_docs(core.docs, function(dirpath)
core.close_current_project()
core.open_folder_project(dirpath)
end, abs_path)
end, suggest_directory)
data/core/dirwatch.lua
+220
View File
@@ -0,0 +1,220 @@
local common = require "core.common"
local config = require "core.config"
local dirwatch = {}
function dirwatch:__index(idx)
local value = rawget(self, idx)
if value ~= nil then return value end
return dirwatch[idx]
end
function dirwatch.new()
local t = {
scanned = {},
watched = {},
reverse_watched = {},
monitor = dirmonitor.new(),
windows_watch_top = nil,
windows_watch_count = 0
}
setmetatable(t, dirwatch)
return t
end
function dirwatch:scan(directory, bool)
if bool == false then return self:unwatch(directory) end
self.scanned[directory] = system.get_file_info(directory).modified
end
-- Should be called on every directory in a subdirectory.
-- In windows, this is a no-op for anything underneath a top-level directory,
-- but code should be called anyway, so we can ensure that we have a proper
-- experience across all platforms.
function dirwatch:watch(directory, bool)
if bool == false then return self:unwatch(directory) end
if not self.watched[directory] and not self.scanned[directory] then
if PLATFORM == "Windows" then
if not self.windows_watch_top or directory:find(self.windows_watch_top, 1, true) ~= 1 then
-- Get the highest level of directory that is common to this directory, and the original.
local target = directory
while self.windows_watch_top and self.windows_watch_top:find(target, 1, true) ~= 1 do
target = common.dirname(target)
end
if target ~= self.windows_watch_top then
local value = self.monitor:watch(target)
if value and value < 0 then
return self:scan(directory)
end
self.windows_watch_top = target
self.windows_watch_count = self.windows_watch_count + 1
end
end
self.watched[directory] = true
else
local value = self.monitor:watch(directory)
-- If for whatever reason, we can't watch this directory, revert back to scanning.
-- Don't bother trying to find out why, for now.
if value and value < 0 then
return self:scan(directory)
end
self.watched[directory] = value
self.reverse_watched[value] = directory
end
end
end
function dirwatch:unwatch(directory)
if self.watched[directory] then
if PLATFORM ~= "Windows" then
self.monitor.unwatch(directory)
self.reverse_watched[self.watched[directory]] = nil
else
self.windows_watch_count = self.windows_watch_count - 1
if self.windows_watch_count == 0 then
self.windows_watch_top = nil
self.monitor.unwatch(directory)
end
end
self.watched[directory] = nil
elseif self.scanned[directory] then
self.scanned[directory] = nil
end
end
-- designed to be run inside a coroutine.
function dirwatch:check(change_callback, scan_time, wait_time)
self.monitor:check(function(id)
if PLATFORM == "Windows" then
change_callback(common.dirname(self.windows_watch_top .. PATHSEP .. id))
elseif self.reverse_watched[id] then
change_callback(self.reverse_watched[id])
end
end)
local start_time = system.get_time()
for directory, old_modified in pairs(self.scanned) do
if old_modified then
local new_modified = system.get_file_info(directory).modified
if old_modified < new_modified then
change_callback(directory)
self.scanned[directory] = new_modified
end
end
if system.get_time() - start_time > scan_time then
coroutine.yield(wait_time)
start_time = system.get_time()
end
end
end
local function strip_leading_path(filename)
return filename:sub(2)
end
-- inspect config.ignore_files patterns and prepare ready to use entries.
local function compile_ignore_files()
local ipatterns = config.ignore_files
local compiled = {}
-- config.ignore_files could be a simple string...
if type(ipatterns) ~= "table" then ipatterns = {ipatterns} end
for i, pattern in ipairs(ipatterns) do
-- we ignore malformed pattern that raise an error
if pcall(string.match, "a", pattern) then
table.insert(compiled, {
use_path = pattern:match("/[^/$]"), -- contains a slash but not at the end
-- An '/' or '/$' at the end means we want to match a directory.
match_dir = pattern:match(".+/%$?$"), -- to be used as a boolen value
pattern = pattern -- get the actual pattern
})
end
end
return compiled
end
local function fileinfo_pass_filter(info, ignore_compiled)
if info.size >= config.file_size_limit * 1e6 then return false end
local basename = common.basename(info.filename)
-- replace '\' with '/' for Windows where PATHSEP = '\'
local fullname = "/" .. info.filename:gsub("\\", "/")
for _, compiled in ipairs(ignore_compiled) do
local test = compiled.use_path and fullname or basename
if compiled.match_dir then
if info.type == "dir" and string.match(test .. "/", compiled.pattern) then
return false
end
else
if string.match(test, compiled.pattern) then
return false
end
end
end
return true
end
local function compare_file(a, b)
return a.filename < b.filename
end
-- compute a file's info entry completed with "filename" to be used
-- in project scan or falsy if it shouldn't appear in the list.
local function get_project_file_info(root, file, ignore_compiled)
local info = system.get_file_info(root .. file)
-- info can be not nil but info.type may be nil if is neither a file neither
-- a directory, for example for /dev/* entries on linux.
if info and info.type then
info.filename = strip_leading_path(file)
return fileinfo_pass_filter(info, ignore_compiled) and info
end
end
-- "root" will by an absolute path without trailing '/'
-- "path" will be a path starting with '/' and without trailing '/'
-- or the empty string.
-- It will identifies a sub-path within "root.
-- The current path location will therefore always be: root .. path.
-- When recursing "root" will always be the same, only "path" will change.
-- Returns a list of file "items". In eash item the "filename" will be the
-- complete file path relative to "root" *without* the trailing '/'.
function dirwatch.get_directory_files(dir, root, path, t, entries_count, recurse_pred)
local t0 = system.get_time()
local all = system.list_dir(root .. path) or {}
local t_elapsed = system.get_time() - t0
local dirs, files = {}, {}
local ignore_compiled = compile_ignore_files()
for _, file in ipairs(all) do
local info = get_project_file_info(root, path .. PATHSEP .. file, ignore_compiled)
if info then
table.insert(info.type == "dir" and dirs or files, info)
entries_count = entries_count + 1
end
end
local recurse_complete = true
table.sort(dirs, compare_file)
for _, f in ipairs(dirs) do
table.insert(t, f)
if recurse_pred(dir, f.filename, entries_count, t_elapsed) then
local _, complete, n = dirwatch.get_directory_files(dir, root, PATHSEP .. f.filename, t, entries_count, recurse_pred)
recurse_complete = recurse_complete and complete
entries_count = n
else
recurse_complete = false
end
end
table.sort(files, compare_file)
for _, f in ipairs(files) do
table.insert(t, f)
end
return t, recurse_complete, entries_count
end
return dirwatch
data/core/init.lua
+132 -404
View File
@@ -5,6 +5,7 @@ local config = require "core.config"
local style = require "core.style"
local command
local keymap
local dirwatch
local RootView
local StatusView
local TitleView
@@ -62,23 +63,6 @@ function core.set_project_dir(new_dir, change_project_fn)
return chdir_ok
end
function core.close_current_project()
-- When using system.unwatch_dir we need to pass the watch_id provided by dmon.
-- In reality when unwatching a directory the dmon library shifts the other watch_id
-- values so the actual watch_id changes. To workaround this problem we assume the
-- first watch_id is always 1 and the watch_id are continguous and we unwatch the
-- first watch_id repeateadly up to the number of watch_ids.
local watch_id_max = 0
for _, project_dir in ipairs(core.project_directories) do
if project_dir.watch_id and project_dir.watch_id > watch_id_max then
watch_id_max = project_dir.watch_id
end
end
for i = 1, watch_id_max do
system.unwatch_dir(1)
end
end
local function reload_customizations()
-- The logic is:
@@ -124,134 +108,6 @@ local function strip_trailing_slash(filename)
return filename
end
local function compare_file(a, b)
return a.filename < b.filename
end
-- inspect config.ignore_files patterns and prepare ready to use entries.
local function compile_ignore_files()
local ipatterns = config.ignore_files
local compiled = {}
-- config.ignore_files could be a simple string...
if type(ipatterns) ~= "table" then ipatterns = {ipatterns} end
for i, pattern in ipairs(ipatterns) do
compiled[i] = {
use_path = pattern:match("/[^/$]"), -- contains a slash but not at the end
-- An '/' or '/$' at the end means we want to match a directory.
match_dir = pattern:match(".+/%$?$"), -- to be used as a boolen value
pattern = pattern -- get the actual pattern
}
end
return compiled
end
local function safe_match(s, pattern)
local ok, match = pcall(string.match, s, pattern)
return ok and match
end
local function fileinfo_pass_filter(info, ignore_compiled)
if info.size >= config.file_size_limit * 1e6 then return false end
local basename = common.basename(info.filename)
-- replace '\' with '/' for Windows where PATHSEP = '\'
local fullname = "/" .. info.filename:gsub("\\", "/")
for _, compiled in ipairs(ignore_compiled) do
local test = compiled.use_path and fullname or basename
if compiled.match_dir then
if info.type == "dir" and safe_match(test .. "/", compiled.pattern) then
return false
end
else
if safe_match(test, compiled.pattern) then
return false
end
end
end
return true
end
-- compute a file's info entry completed with "filename" to be used
-- in project scan or falsy if it shouldn't appear in the list.
local function get_project_file_info(root, file, ignore_compiled)
local info = system.get_file_info(root .. file)
-- info can be not nil but info.type may be nil if is neither a file neither
-- a directory, for example for /dev/* entries on linux.
if info and info.type then
info.filename = strip_leading_path(file)
return fileinfo_pass_filter(info, ignore_compiled) and info
end
end
-- Predicate function to inhibit directory recursion in get_directory_files
-- based on a time limit and the number of files.
local function timed_max_files_pred(dir, filename, entries_count, t_elapsed)
local n_limit = entries_count <= config.max_project_files
local t_limit = t_elapsed < 20 / config.fps
return n_limit and t_limit and core.project_subdir_is_shown(dir, filename)
end
-- "root" will by an absolute path without trailing '/'
-- "path" will be a path starting with '/' and without trailing '/'
-- or the empty string.
-- It will identifies a sub-path within "root.
-- The current path location will therefore always be: root .. path.
-- When recursing "root" will always be the same, only "path" will change.
-- Returns a list of file "items". In eash item the "filename" will be the
-- complete file path relative to "root" *without* the trailing '/'.
local function get_directory_files(dir, root, path, t, ignore_compiled, entries_count, recurse_pred, begin_hook)
if begin_hook then begin_hook() end
ignore_compiled = ignore_compiled or compile_ignore_files()
local t0 = system.get_time()
local all = system.list_dir(root .. path) or {}
local t_elapsed = system.get_time() - t0
local dirs, files = {}, {}
for _, file in ipairs(all) do
local info = get_project_file_info(root, path .. PATHSEP .. file, ignore_compiled)
if info then
table.insert(info.type == "dir" and dirs or files, info)
entries_count = entries_count + 1
end
end
local recurse_complete = true
table.sort(dirs, compare_file)
for _, f in ipairs(dirs) do
table.insert(t, f)
if recurse_pred(dir, f.filename, entries_count, t_elapsed) then
local _, complete, n = get_directory_files(dir, root, PATHSEP .. f.filename, t, ignore_compiled, entries_count, recurse_pred, begin_hook)
recurse_complete = recurse_complete and complete
entries_count = n
else
recurse_complete = false
end
end
table.sort(files, compare_file)
for _, f in ipairs(files) do
table.insert(t, f)
end
return t, recurse_complete, entries_count
end
function core.project_subdir_set_show(dir, filename, show)
if dir.files_limit and not dir.force_rescan then
local fullpath = dir.name .. PATHSEP .. filename
if not (show and system.watch_dir_add or system.watch_dir_rm)(dir.watch_id, fullpath) then
return false
end
end
dir.shown_subdir[filename] = show
return true
end
function core.project_subdir_is_shown(dir, filename)
@@ -264,8 +120,10 @@ local function show_max_files_warning(dir)
"Filesystem is too slow: project files will not be indexed." or
"Too many files in project directory: stopped reading at "..
config.max_project_files.." files. For more information see "..
"usage.md at github.com/lite-xl/lite-xl."
core.status_view:show_message("!", style.accent, message)
"usage.md at https://github.com/lite-xl/lite-xl."
if core.status_view then
core.status_view:show_message("!", style.accent, message)
end
end
@@ -328,28 +186,6 @@ local function files_list_replace(as, i1, n, bs, hook)
end
local function project_scan_add_entry(dir, fileinfo)
assert(not dir.force_rescan, "should be used only when force_rescan is false")
local index, match = file_search(dir.files, fileinfo)
if not match then
table.insert(dir.files, index, fileinfo)
if fileinfo.type == "dir" and not dir.files_limit then
-- ASSUMPTION: dir.force_rescan is FALSE
system.watch_dir_add(dir.watch_id, dir.name .. PATHSEP .. fileinfo.filename)
if fileinfo.symlink then
local new_files = get_directory_files(dir, dir.name, PATHSEP .. fileinfo.filename, {}, nil, 0, core.project_subdir_is_shown)
files_list_replace(dir.files, index, 0, new_files, {insert = function(info)
if info.type == "dir" then
system.watch_dir_add(dir.watch_id, dir.name .. PATHSEP .. info.filename)
end
end})
end
end
dir.is_dirty = true
end
end
local function project_subdir_bounds(dir, filename)
local index, n = 0, #dir.files
for i, file in ipairs(dir.files) do
@@ -367,123 +203,148 @@ local function project_subdir_bounds(dir, filename)
end
end
local function rescan_project_subdir(dir, filename_rooted)
local new_files = get_directory_files(dir, dir.name, filename_rooted, {}, nil, 0, core.project_subdir_is_shown, coroutine.yield)
local index, n = 0, #dir.files
if filename_rooted ~= "" then
local filename = strip_leading_path(filename_rooted)
index, n = project_subdir_bounds(dir, filename)
end
if not files_list_match(dir.files, index, n, new_files) then
-- Since we are modifying the list of files we may add new directories and
-- when dir.files_limit is false we need to add a watch for each subdirectory.
-- We are therefore passing a insert hook function to the purpose of adding
-- a watch.
-- Note that the hook shold almost never be called, it happens only if
-- we missed some directory creation event from the directory monitoring which
-- almost never happens. With inotify is at least theoretically possible.
local need_subdir_watches = not dir.files_limit and not dir.force_rescan
files_list_replace(dir.files, index, n, new_files, need_subdir_watches and {insert = function(fileinfo)
if fileinfo.type == "dir" then
system.watch_dir_add(dir.watch_id, dir.name .. PATHSEP .. fileinfo.filename)
end
end})
dir.is_dirty = true
return true
end
-- Predicate function to inhibit directory recursion in get_directory_files
-- based on a time limit and the number of files.
local function timed_max_files_pred(dir, filename, entries_count, t_elapsed)
local n_limit = entries_count <= config.max_project_files
local t_limit = t_elapsed < 20 / config.fps
return n_limit and t_limit and core.project_subdir_is_shown(dir, filename)
end
local function add_dir_scan_thread(dir)
core.add_thread(function()
while true do
local has_changes = rescan_project_subdir(dir, "")
if has_changes then
core.redraw = true -- we run without an event, from a thread
end
coroutine.yield(5)
end
end, dir)
end
local function folder_add_subdirs_watch(dir)
for _, fileinfo in ipairs(dir.files) do
if fileinfo.type == "dir" then
system.watch_dir_add(dir.watch_id, dir.name .. PATHSEP .. fileinfo.filename)
end
end
end
-- Populate a project folder top directory by scanning the filesystem.
local function scan_project_folder(index)
local dir = core.project_directories[index]
local fstype = system.get_fs_type(dir.name)
dir.force_rescan = (fstype == "nfs" or fstype == "fuse")
if not dir.force_rescan then
local watch_err
dir.watch_id, watch_err = system.watch_dir(dir.name)
if not dir.watch_id then
core.log("Watch directory %s: %s", dir.name, watch_err)
dir.force_rescan = true
end
end
local t, complete, entries_count = get_directory_files(dir, dir.name, "", {}, nil, 0, timed_max_files_pred)
-- If dir.files_limit is set to TRUE it means that:
-- * we will not read recursively all the project files and we don't index them
-- * we read only the files for the subdirectories that are opened/expanded in the
-- TreeView
-- * we add a subdirectory watch only to the directories that are opened/expanded
-- * we set the values in the shown_subdir table
--
-- If dir.files_limit is set to FALSE it means that:
-- * we will read recursively all the project files and we index them
-- * all the list of project files is always complete and kept updated when
-- changes happen on the disk
-- * all the subdirectories at any depth must have a watch using system.watch_dir_add
-- * we DO NOT set the values in the shown_subdir table
--
-- * If force_rescan is set to TRUE no watch are used in any case.
if not complete then
dir.slow_filesystem = not complete and (entries_count <= config.max_project_files)
dir.files_limit = true
if core.status_view then -- May be not yet initialized.
show_max_files_warning(dir)
end
end
dir.files = t
if dir.force_rescan then
add_dir_scan_thread(dir)
-- Should be called on any directory that registers a change.
-- Uses relative paths at the project root.
local function refresh_directory(topdir, target, expanded)
local index, n, directory
if target == "" then
index, n = 1, #topdir.files
directory = ""
else
if not dir.files_limit then
folder_add_subdirs_watch(dir)
index, n = project_subdir_bounds(topdir, target)
index = index + 1
n = index + n - 1
directory = (PATHSEP .. target)
end
if index then
local files
local change = false
if topdir.files_limit then
-- If we have the folders literally open on the side panel.
files = expanded and dirwatch.get_directory_files(topdir, topdir.name, directory, {}, 0, core.project_subdir_is_shown) or {}
change = true
else
-- If we're expecting to keep track of everything, go through the list and iteratively deal with directories.
files = dirwatch.get_directory_files(topdir, topdir.name, directory, {}, 0, function() return false end)
end
core.dir_rescan_add_job(dir, ".")
local new_idx, old_idx = 1, index
local new_directories = {}
local last_dir = nil
while old_idx <= n or new_idx <= #files do
local old_info, new_info = topdir.files[old_idx], files[new_idx]
if not new_info or not old_info or not last_dir or old_info.filename:sub(1, #last_dir + 1) ~= last_dir .. "/" then
if not new_info or not old_info or not files_info_equal(new_info, old_info) then
change = true
if not old_info or (new_info and system.path_compare(new_info.filename, new_info.type, old_info.filename, old_info.type)) then
table.insert(topdir.files, old_idx, new_info)
new_idx = new_idx + 1
old_idx = old_idx + 1
if new_info.type == "dir" then
table.insert(new_directories, new_info)
end
n = n + 1
else
table.remove(topdir.files, old_idx)
if old_info.type == "dir" then
topdir.watch:unwatch(target .. PATHSEP .. old_info.filename)
end
n = n - 1
end
else
new_idx = new_idx + 1
old_idx = old_idx + 1
end
if old_info and old_info.type == "dir" then
last_dir = old_info.filename
end
else
old_idx = old_idx + 1
end
end
for i, v in ipairs(new_directories) do
topdir.watch:watch(target)
if refresh_directory(topdir, target .. PATHSEP .. v.filename) then
change = true
end
end
if change then
core.redraw = true
topdir.is_dirty = true
end
return change
end
end
function core.add_project_directory(path)
-- top directories has a file-like "item" but the item.filename
-- will be simply the name of the directory, without its path.
-- The field item.topdir will identify it as a top level directory.
path = common.normalize_volume(path)
local dir = {
local topdir = {
name = path,
item = {filename = common.basename(path), type = "dir", topdir = true},
files_limit = false,
is_dirty = true,
shown_subdir = {},
watch_thread = nil,
watch = dirwatch.new()
}
table.insert(core.project_directories, dir)
scan_project_folder(#core.project_directories)
table.insert(core.project_directories, topdir)
local fstype = PLATFORM == "Linux" and system.get_fs_type(topdir.name) or "unknown"
topdir.force_scans = (fstype == "nfs" or fstype == "fuse")
local t, complete, entries_count = dirwatch.get_directory_files(topdir, topdir.name, "", {}, 0, timed_max_files_pred)
topdir.files = t
if not complete then
topdir.slow_filesystem = not complete and (entries_count <= config.max_project_files)
topdir.files_limit = true
show_max_files_warning(topdir)
refresh_directory(topdir, "", true)
else
for i,v in ipairs(t) do
if v.type == "dir" then topdir.watch:watch(path .. PATHSEP .. v.filename) end
end
end
topdir.watch:watch(topdir.name)
-- each top level directory gets a watch thread. if the project is small, or
-- if the ablity to use directory watches hasn't been compromised in some way
-- either through error, or amount of files, then this should be incredibly
-- quick; essentially one syscall per check. Otherwise, this may take a bit of
-- time; the watch will yield in this coroutine after 0.01 second, for 0.1 seconds.
topdir.watch_thread = core.add_thread(function()
while true do
topdir.watch:check(function(target)
if target == topdir.name then return refresh_directory(topdir, "", true) end
local dirpath = target:sub(#topdir.name + 2)
local abs_dirpath = topdir.name .. PATHSEP .. dirpath
if dirpath then
-- check if the directory is in the project files list, if not exit.
local dir_index, dir_match = file_search(topdir.files, {filename = dirpath, type = "dir"})
if not dir_match or not core.project_subdir_is_shown(topdir, topdir.files[dir_index].filename) then return end
end
return refresh_directory(topdir, dirpath, true)
end, 0.01, 0.01)
coroutine.yield(0.05)
end
end)
if path == core.project_dir then
core.project_files = dir.files
core.project_files = topdir.files
end
core.redraw = true
return dir
return topdir
end
@@ -496,7 +357,6 @@ local function rescan_project_directories()
local dir = core.project_directories[i]
save_project_dirs[i] = {name = dir.name, shown_subdir = dir.shown_subdir}
end
core.close_current_project() -- ensure we unwatch directories
core.project_directories = {}
for i = 1, n do -- add again the directories in the project
local dir = core.add_project_directory(save_project_dirs[i].name)
@@ -520,7 +380,6 @@ local function rescan_project_directories()
-- In theory set_show below may fail and return false but is it is listed
-- there it means it succeeded before so we are optimistically assume it
-- will not fail for the sake of simplicity.
core.project_subdir_set_show(dir, subdir, show)
core.update_project_subdir(dir, subdir, show)
break
end
@@ -542,14 +401,10 @@ end
function core.update_project_subdir(dir, filename, expanded)
assert(dir.files_limit, "function should be called only when directory is in files limit mode")
dir.shown_subdir[filename] = expanded
local index, n, file = project_subdir_bounds(dir, filename)
if index then
local new_files = expanded and get_directory_files(dir, dir.name, PATHSEP .. filename, {}, nil, 0, core.project_subdir_is_shown) or {}
-- ASSUMPTION: core.update_project_subdir is called only when dir.files_limit is true
-- NOTE: we may add new directories below but we do not need to call
-- system.watch_dir_add because the current function is called only
-- in dir.files_limit mode and in this latter case we don't need to
-- add watch to new, unfolded, subdirectories.
local new_files = expanded and dirwatch.get_directory_files(dir, dir.name, PATHSEP .. filename, {}, 0, core.project_subdir_is_shown) or {}
files_list_replace(dir.files, index, n, new_files)
dir.is_dirty = true
return true
@@ -569,7 +424,7 @@ local function find_files_rec(root, path)
info.filename = strip_leading_path(file)
if info.type == "file" then
coroutine.yield(root, info)
else
elseif not common.match_pattern(common.basename(info.filename), config.ignore_files) then
find_files_rec(root, PATHSEP .. info.filename)
end
end
@@ -630,62 +485,6 @@ function core.project_files_number()
end
local function project_dir_by_watch_id(watch_id)
for i = 1, #core.project_directories do
if core.project_directories[i].watch_id == watch_id then
return core.project_directories[i]
end
end
end
local function project_scan_remove_file(dir, filepath)
local fileinfo = { filename = filepath }
for _, filetype in ipairs {"dir", "file"} do
fileinfo.type = filetype
local index, match = file_search(dir.files, fileinfo)
if match then
if filetype == "dir" then
-- If the directory is a symlink it may get deleted and we will
-- never get dirmonitor events for the removal the files it contains.
-- We proceed to remove all the files that belong to the directory.
local _, n_subdir = project_subdir_bounds(dir, filepath)
files_list_replace(dir.files, index, n_subdir, {}, {
remove= function(fileinfo)
if fileinfo.type == "dir" then
system.watch_dir_rm(dir.watch_id, dir.name .. PATHSEP .. filepath)
end
end})
if dir.files_limit then
dir.shown_subdir[filepath] = nil
end
end
table.remove(dir.files, index)
dir.is_dirty = true
return
end
end
end
local function project_scan_add_file(dir, filepath)
local ignore = compile_ignore_files()
local fileinfo = get_project_file_info(dir.name, PATHSEP .. filepath, ignore)
if fileinfo then
-- on Windows and MacOS we can get events from directories we are not following:
-- check if each parent directories pass the ignore_files rules.
repeat
filepath = common.dirname(filepath)
local parent_info = filepath and get_project_file_info(dir.name, PATHSEP .. filepath, ignore)
if filepath and not parent_info then
return -- parent directory does match ignore_files rules: stop there
end
until not parent_info
project_scan_add_entry(dir, fileinfo)
end
end
-- create a directory using mkdir but may need to create the parent
-- directories as well.
local function create_user_directory()
@@ -859,6 +658,7 @@ end
function core.init()
command = require "core.command"
keymap = require "core.keymap"
dirwatch = require "core.dirwatch"
RootView = require "core.rootview"
StatusView = require "core.statusview"
TitleView = require "core.titleview"
@@ -919,6 +719,8 @@ function core.init()
core.threads = setmetatable({}, { __mode = "k" })
core.blink_start = system.get_time()
core.blink_timer = core.blink_start
local got_user_error, got_project_error = not core.load_user_directory()
local project_dir_abs = system.absolute_path(project_dir)
-- We prevent set_project_dir below to effectively add and scan the directory becaese tha
@@ -933,7 +735,9 @@ function core.init()
update_recents_project("remove", project_dir)
end
project_dir_abs = system.absolute_path(".")
if not core.set_project_dir(project_dir_abs) then
if not core.set_project_dir(project_dir_abs, function()
got_project_error = not core.load_project_module()
end) then
system.show_fatal_error("Lite XL internal error", "cannot set project directory to cwd")
os.exit(1)
end
@@ -960,14 +764,12 @@ function core.init()
cur_node = cur_node:split("down", core.status_view, {y = true})
command.add_defaults()
local got_user_error = not core.load_user_directory()
local plugins_success, plugins_refuse_list = core.load_plugins()
do
local pdir, pname = project_dir_abs:match("(.*)[/\\\\](.*)")
core.log("Opening project %q from directory %s", pname, pdir)
end
local got_project_error = not core.load_project_module()
-- We add the project directory now because the project's module is loaded.
core.add_project_directory(project_dir_abs)
@@ -1381,78 +1183,6 @@ function core.has_pending_rescan()
end
end
function core.dir_rescan_add_job(dir, filepath)
local dirpath = filepath:match("^(.+)[/\\].+$")
local dirpath_rooted = dirpath and PATHSEP .. dirpath or ""
local abs_dirpath = dir.name .. dirpath_rooted
if dirpath then
-- check if the directory is in the project files list, if not exit
local dir_index, dir_match = file_search(dir.files, {filename = dirpath, type = "dir"})
-- Note that is dir_match is false dir_index greaten than the last valid index.
-- We use dir_index to index dir.files below only if dir_match is true.
if not dir_match or not core.project_subdir_is_shown(dir, dir.files[dir_index].filename) then return end
end
local new_time = system.get_time() + 1
-- evaluate new rescan request versus existing rescan
local remove_list = {}
for _, rescan in pairs(scheduled_rescan) do
if abs_dirpath == rescan.abs_path or common.path_belongs_to(abs_dirpath, rescan.abs_path) then
-- abs_dirpath is a subpath of a scan already ongoing: skip
rescan.time_limit = new_time
return
elseif common.path_belongs_to(rescan.abs_path, abs_dirpath) then
-- abs_dirpath already cover this rescan: add to the list of rescan to be removed
table.insert(remove_list, rescan.abs_path)
end
end
for _, key_path in ipairs(remove_list) do
scheduled_rescan[key_path] = nil
end
scheduled_rescan[abs_dirpath] = {dir = dir, path = dirpath_rooted, abs_path = abs_dirpath, time_limit = new_time}
core.add_thread(function()
while true do
local rescan = scheduled_rescan[abs_dirpath]
if not rescan then return end
if system.get_time() > rescan.time_limit then
local has_changes = rescan_project_subdir(rescan.dir, rescan.path)
if has_changes then
core.redraw = true -- we run without an event, from a thread
rescan.time_limit = new_time
else
scheduled_rescan[rescan.abs_path] = nil
return
end
end
coroutine.yield(0.2)
end
end)
end
-- no-op but can be overrided by plugins
function core.on_dirmonitor_modify(dir, filepath) end
function core.on_dirmonitor_delete(dir, filepath) end
function core.on_dir_change(watch_id, action, filepath)
local dir = project_dir_by_watch_id(watch_id)
if not dir then return end
core.dir_rescan_add_job(dir, filepath)
if action == "delete" then
project_scan_remove_file(dir, filepath)
core.on_dirmonitor_delete(dir, filepath)
elseif action == "create" then
project_scan_add_file(dir, filepath)
core.on_dirmonitor_modify(dir, filepath);
elseif action == "modify" then
core.on_dirmonitor_modify(dir, filepath);
end
end
function core.on_event(type, ...)
local did_keymap = false
if type == "textinput" then
@@ -1494,8 +1224,6 @@ function core.on_event(type, ...)
end
elseif type == "focuslost" then
core.root_view:on_focus_lost(...)
elseif type == "dirchange" then
core.on_dir_change(...)
elseif type == "quit" then
core.quit()
end
data/plugins/treeview.lua
+1 -4
View File
@@ -236,9 +236,6 @@ function TreeView:on_mouse_pressed(button, x, y, clicks)
else
local hovered_dir = core.project_dir_by_name(hovered_item.dir_name)
if hovered_dir and hovered_dir.files_limit then
if not core.project_subdir_set_show(hovered_dir, hovered_item.filename, not hovered_item.expanded) then
return
end
core.update_project_subdir(hovered_dir, hovered_item.filename, not hovered_item.expanded)
end
hovered_item.expanded = not hovered_item.expanded
@@ -592,7 +589,7 @@ command.add(function() return view.hovered_item ~= nil end, {
system.exec(string.format("start \"\" %q", hovered_item.abs_filename))
elseif string.find(PLATFORM, "Mac") then
system.exec(string.format("open %q", hovered_item.abs_filename))
elseif PLATFORM == "Linux" then
elseif PLATFORM == "Linux" or string.find(PLATFORM, "BSD") then
system.exec(string.format("xdg-open %q", hovered_item.abs_filename))
end
end,