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local info = {
version = 1.002,
comment = "prototype textadept runner for context/metafun",
author = "Hans Hagen, PRAGMA-ADE, Hasselt NL",
copyright = "PRAGMA ADE / ConTeXt Development Team",
license = "see context related readme files",
}
-- This is an adapted version of the run code by mitchell.att.foicica.corunner. The main
-- reason I started patching is that long lines got broken in the middle so we needed
-- to have a more clever line splitter that saves half of a line for later. Then I
-- decided to come up with a few more variants so in the end ... it's just too tempting
-- make something that exactly suits out needs. In fact, maybe I'll do that some day:
-- take core textadept and make a dedicated variant for the kind of processing that we
-- do and make it suitable for document authors (the manual says that is doable). In that
-- case I can also use a lot of already written helpers.
--
-- The error scanner is not needed. If I need one, it will be using a lexers applied
-- afterwards because working on half lines is not going to work out well anyway.
--
-- Here I removed iconv calls as in context we use utf (less hassle with fonts too). One
-- can always use the original approach.
--
-- The events seems to have hard coded names, Also, the name of the message buffer cannot
-- be changes because otherwise we get a message when the session is restored. I don't
-- care about locales.
--
-- Somehow th eprocess hangs when I refresh the pdf viewer, this doesn't happen in scite so
-- the underlying code is for the moment less reliant.
local match, gsub, find, format = string.match, string.gsub, string.find, string.format
local assert, type = assert, type
local original = textadept.run
local runner = { }
runner.MARK_WARNING = original.MARK_WARNING
runner.MARK_ERROR = original.MARK_ERROR
local specifications = { }
runner.specifications = specifications
events.CHECK_OUTPUT = 'build_output' -- 'check_output'
events.PROCESS_OUTPUT = 'run_output' -- 'process_output'
events.PREVIEW_OUTPUT = 'compile_output' -- 'preview_output'
local eventtags = {
check = events.CHECK_OUTPUT,
process = events.PROCESS_OUTPUT,
preview = events.PREVIEW_OUTPUT,
}
local OUTPUT_BUFFER = '[Message Buffer]' -- CONSOLE
local currentprocess = nil
local xbuffer = nil
local function find_buffer(buffer_type)
for i=1,#_BUFFERS do
local buffer = _BUFFERS[i]
if buffer._type == buffer_type then
return buffer
end
end
end
local function print_output(str)
local print_buffer = find_buffer(OUTPUT_BUFFER)
if not print_buffer then
if not ui.tabs then
view:split()
end
print_buffer = buffer.new()
print_buffer._type = OUTPUT_BUFFER
events.emit(events.FILE_OPENED)
else
for i=1,#_VIEWS do
local view = _VIEWS[i]
if view.buffer._type == OUTPUT_BUFFER then
ui.goto_view(view)
break
end
end
if view.buffer._type ~= OUTPUT_BUFFER then
view:goto_buffer(print_buffer)
end
end
print_buffer:append_text(str)
print_buffer:goto_pos(buffer.length)
print_buffer:set_save_point()
return true -- quits
end
local function clear_output()
xbuffer = buffer
local print_buffer = find_buffer(OUTPUT_BUFFER)
if print_buffer then
print_buffer:clear_all()
end
end
local function is_output(buffer)
return buffer._type == OUTPUT_BUFFER
end
local function process(buffer,filename,action)
local event = eventtags[action]
if not event then
return
end
if not filename then
filename = buffer.filename
end
if filename == buffer.filename then
buffer:annotation_clear_all() -- needed ?
io.save_file()
end
local suffix = match(filename,'[^/\\.]+$')
local specification = specifications[suffix]
if not specification then
return
end
local command = specification[action]
if type(command) == "string" then
-- we're ok, some day also more specific table support, e.g. when we want
-- to hook in a log lexer
else
return
end
clear_output()
local pathpart = ''
local basename = filename
if find(filename,'[/\\]') then
pathpart, basename = match(filename,'^(.+[/\\])([^/\\]+)$')
end
-- beter strip one from the end
local nameonly = match(basename,'^(.+)%.')
-- more in sync which what we normally do
command = gsub(command,'%%(.-)%%', {
filename = filename,
pathname = dirname,
dirname = dirname,
pathpart = dirname,
basename = basename,
nameonly = nameonly,
suffix = suffix,
})
-- for fun i'll add a ansi escape sequence lexer some day
local function emit_output(output)
events.emit(event,output)
end
local function exit_output(status)
events.emit(event,format("\n\n> exit: %s, press esc to return to source\n",status))
end
events.emit(event,format("> command: %s\n",command))
currentprocess = assert(spawn(command, pathpart, emit_output, emit_output, exit_output))
end
function runner.check(filename)
process(buffer,filename,"check")
end
function runner.process(filename)
process(buffer,filename,"process")
end
function runner.preview(filename)
process(buffer,filename,"preview")
end
function runner.quit()
if currentprocess then
assert(currentprocess:kill())
end
end
local function char_added(code)
if code == 10 and currentprocess and currentprocess:status() == 'running' and buffer._type == OUTPUT_BUFFER then
local line_num = buffer:line_from_position(buffer.current_pos) - 1
currentprocess:write((buffer:get_line(line_num)))
end
return true -- quits
end
function runner.goto_error(line, next)
-- see original code for how to do it
end
local function key_press(code)
if xbuffer and keys.KEYSYMS[code] == 'esc' then
view:goto_buffer(xbuffer)
return true
end
end
local function double_click()
if xbuffer and is_output(buffer) then
view:goto_buffer(xbuffer)
return true
end
end
-- Tricky: we can't reset an event (because we need to know the function which is
-- local. So, a first solution injected a false into the table which will trigger
-- a break and then I found out that returning true has the same effect.
events.connect(events.COMPILE_OUTPUT, print_output, 1)
events.connect(events.RUN_OUTPUT, print_output, 1)
events.connect(events.BUILD_OUTPUT, print_output, 1)
events.connect(events.CHAR_ADDED, char_added, 1)
events.connect(events.KEYPRESS, key_press, 1)
events.connect(events.DOUBLE_CLICK, double_click, 1)
return runner
-- The ui.print function is a bit heavy as each flush will parse the whole list of buffers.
-- Also it does some tab magic that we don't need or want. There is the original ui.print for
-- that. FWIW, speed is not an issue. Some optimizations:
-- function _print(buffer_type,one,two,...)
-- ...
-- print_buffer:append_text(one)
-- if two then
-- print_buffer:append_text(two)
-- for i=1, select('#', ...) do
-- print_buffer:append_text((select(i,...)))
-- end
-- end
-- print_buffer:append_text('\n')
-- ...
-- end
--
-- And a better splitter:
-- ...
-- local rest
-- local function emit_output(output)
-- for line, lineend in output:gmatch('([^\r\n]+)([\r\n]?)') do
-- if rest then
-- line = rest .. line
-- rest = nil
-- end
-- if lineend and lineend ~= "" then
-- events.emit(event, line, ext_or_lexer)
-- else
-- rest = line
-- end
-- end
-- end
-- ...
-- if rest then
-- events.emit(event,rest,ext_or_lexer)
-- end
-- events.emit(event, '> exit status: '..status)
-- ...
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