mirror of
https://github.com/hexedtech/codemp-sublime.git
synced 2024-10-22 18:09:20 +02:00
added content binding, minor refactor.
Former-commit-id: dc1e3bea591646a6a7c215a83a498dc40add2a07
This commit is contained in:
Camillo Schenone
parent
dd5f8cdf92
commit
0c3334b827
3 changed files with 74 additions and 80 deletions
145
plugin.py
145
plugin.py
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@ -146,7 +146,7 @@ async def connect_command(server_host, session):
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await _client.connect(server_host)
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await join_workspace(session)
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except Exception as e:
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sublime.error_message("Could not connect:\n {}".format(e))
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sublime.error_message("Could not connect:\n Make sure the server is up.")
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return
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# Workspace and cursor (attaching, sending and receiving)
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@ -287,97 +287,25 @@ class CodempSublimeBuffer():
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if active:
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_txt_change_listener.attach(self.view.buffer())
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except asyncio.CancelledError:
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status_log("'{}' buffer worker stopped...".format(self.remote_name))
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def send_buffer_change(self, changes):
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# Sublime text on_text_changed events, gives a list of changes.
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# in case of simple insertion or deletion this is fine.
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# Sublime text on_text_changed events, can give a list of changes.
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# in case of simple insertion or deletion the change is singular.
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# but if we swap a string (select it and add another string in it's place) or have multiple selections
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# or do an undo of some kind after the just mentioned events we receive multiple split text changes,
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# or do an undo of some kind after the just mentioned events we receive multiple split text changes,
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# e.g. select the world `hello` and replace it with `12345`: Sublime will separate it into two singular changes,
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# first add `12345` in front of `hello`: `12345hello` then, delete the `hello`.
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# The gotcha here is that now we have an issue of indexing inside the buffer. when adding `12345` we shifted the index of the
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# start of the word `hello` to the right by 5.
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# By sending these changes one by one generated some buffer length issues in delta, since we have an interdependency of the
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# changes.
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# if the historic region is empty, we are inserting.
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# if it isn't we are deleting.
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# we do not do any index checking, and trust sublime with providing the correct sequential indexing, assuming the
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# changes are applied in the order they are received.
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for change in changes:
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region = sublime.Region(change.a.pt, change.b.pt)
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status_log("sending txt change: Reg({} {}) -> '{}'".format(region.begin(), region.end(), change.str))
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self.controller.send(region.begin(), region.end(), change.str)
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# as a workaround, whenever we receive multiple changes we compress all of them into a "single one" that delta understands,
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# namely, we get a bounding region to the change, and all the text in between.
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# if len(changes) == 1:
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# region = self.view.transform_region_from(sublime.Region(changes[0].a.pt, changes[0].b.pt), self.old_change_id)
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# txt = changes[0].str
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# else:
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# start, end = compress_change_region(changes)
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# region = self.view.transform_region_from(sublime.Region(start, end), self.old_change_id)
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# txt = view.substr(region)
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# self.controller.send(region.begin(), region.end(), txt)
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def compress_change_region(changes):
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# the bounding region of all text changes.
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txt_a = float("inf")
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txt_b = 0
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# the region in the original buffer subjected to the change.
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reg_a = float("inf")
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reg_b = 0
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# we keep track of how much the changes move the indexing of the buffer
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buffer_shift = 0 # left - + right
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for change in changes:
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# the change in characters that the change would bring
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# len(str) and .len_utf8 are mutually exclusive
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# len(str) is when we insert new text at a position
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# .len_utf8 is the length of the deleted/canceled string in the buffer
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change_delta = len(change.str) - change.len_utf8
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# the text region is enlarged to the left
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txt_a = min(txt_a, change.a.pt)
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# On insertion, change.b.pt == change.a.pt
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# If we meet a new insertion further than the current window
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# we expand to the right by that change.
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# On deletion, change.a.pt == change.b.pt - change.len_utf8
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# when we delete a selection and it is further than the current window
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# we enlarge to the right up until the begin of the deleted region.
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if change.b.pt > txt_b:
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txt_b = change.b.pt + change_delta
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else:
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# otherwise we just shift the window according to the change
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txt_b += change_delta
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# the bounding region enlarged to the left
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reg_a = min(reg_a, change.a.pt)
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# In this bit, we want to look at the buffer BEFORE the modifications
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# but we are working on the buffer modified by all previous changes for each loop
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# we use buffer_shift to keep track of how the buffer shifts around
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# to map back to the correct index for each change in the unmodified buffer.
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if change.b.pt + buffer_shift > reg_b:
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# we only enlarge if we have changes that exceede on the right the current window
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reg_b = change.b.pt + buffer_shift
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# after using the change delta, we archive it for the next iterations
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# the minus is just for being able to "add" the buffer shift with a +.
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# since we encode deleted text as negative in the change_delta, but that requires the shift to the
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# old position to be positive, and viceversa for text insertion.
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buffer_shift -= change_delta
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# print("\t[buff change]", change.a.pt, change.str, "(", change.len_utf8,")", change.b.pt)
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# print("[walking txt]", "[", txt_a, txt_b, "]", txt)
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# print("[walking reg]", "[", reg_a, reg_b, "]")
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return reg_a, reg_b
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# we call this command manually to have access to the edit token.
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class CodempReplaceTextCommand(sublime_plugin.TextCommand):
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@ -620,3 +548,62 @@ class CodempDisconnectCommand(sublime_plugin.WindowCommand):
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#
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# def input_description(self):
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# return 'Server host:'
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## NOT NEEDED ANYMORE
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# def compress_change_region(changes):
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# # the bounding region of all text changes.
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# txt_a = float("inf")
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# txt_b = 0
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# # the region in the original buffer subjected to the change.
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# reg_a = float("inf")
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# reg_b = 0
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# # we keep track of how much the changes move the indexing of the buffer
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# buffer_shift = 0 # left - + right
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# for change in changes:
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# # the change in characters that the change would bring
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# # len(str) and .len_utf8 are mutually exclusive
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# # len(str) is when we insert new text at a position
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# # .len_utf8 is the length of the deleted/canceled string in the buffer
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# change_delta = len(change.str) - change.len_utf8
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# # the text region is enlarged to the left
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# txt_a = min(txt_a, change.a.pt)
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# # On insertion, change.b.pt == change.a.pt
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# # If we meet a new insertion further than the current window
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# # we expand to the right by that change.
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# # On deletion, change.a.pt == change.b.pt - change.len_utf8
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# # when we delete a selection and it is further than the current window
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# # we enlarge to the right up until the begin of the deleted region.
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# if change.b.pt > txt_b:
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# txt_b = change.b.pt + change_delta
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# else:
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# # otherwise we just shift the window according to the change
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# txt_b += change_delta
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# # the bounding region enlarged to the left
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# reg_a = min(reg_a, change.a.pt)
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# # In this bit, we want to look at the buffer BEFORE the modifications
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# # but we are working on the buffer modified by all previous changes for each loop
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# # we use buffer_shift to keep track of how the buffer shifts around
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# # to map back to the correct index for each change in the unmodified buffer.
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# if change.b.pt + buffer_shift > reg_b:
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# # we only enlarge if we have changes that exceede on the right the current window
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# reg_b = change.b.pt + buffer_shift
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# # after using the change delta, we archive it for the next iterations
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# # the minus is just for being able to "add" the buffer shift with a +.
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# # since we encode deleted text as negative in the change_delta, but that requires the shift to the
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# # old position to be positive, and viceversa for text insertion.
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# buffer_shift -= change_delta
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# # print("\t[buff change]", change.a.pt, change.str, "(", change.len_utf8,")", change.b.pt)
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# # print("[walking txt]", "[", txt_a, txt_b, "]", txt)
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# # print("[walking reg]", "[", reg_a, reg_b, "]")
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# return reg_a, reg_b
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@ -30,7 +30,7 @@ class CodempClient():
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async def disconnect_buffer(self, path): # -> None
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await self.handle.disconnect_buffer(path)
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async def select_buffer(): # -> String
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async def select_buffer(self): # -> String
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await self.handle.select_buffer()
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## Custom
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@ -61,6 +61,9 @@ class BufferController():
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def __init__(self, handle):
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self.handle = handle
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def content(self): # -> String
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return self.content()
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def send(self, start, end, txt): # -> None
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self.handle.send(start, end, txt)
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@ -243,6 +243,10 @@ impl From::<Arc<CodempBufferController>> for PyBufferController {
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#[pymethods]
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impl PyBufferController {
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fn content(&self) -> PyString {
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self.0.content()
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}
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fn send(&self, start: usize, end: usize, txt: String) -> PyResult<()>{
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let op = CodempTextChange {
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span: start..end,
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