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python.lua
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--- Python language actions
-- Unlike most languages, python can be:
-- * interpreted
-- * compiled to machine code
-- * compiled to bytecode
local M = {}
--- Frontend - options displayed on telescope
M.options = {
{ text = "Run this file (interpreted)", value = "option1" },
{ text = "Run program (interpreted)", value = "option2" },
{ text = "Run solution (interpreted)", value = "option3" },
{ text = "", value = "separator" },
{ text = "Build and run program (machine code)", value = "option4" },
{ text = "Build program (machine code)", value = "option5" },
{ text = "Run program (machine code)", value = "option6" },
{ text = "Build solution (machine code)", value = "option7" },
{ text = "", value = "separator" },
{ text = "Build and run program (bytecode)", value = "option8" },
{ text = "Build program (bytecode)", value = "option9" },
{ text = "Run program (bytecode)", value = "option10" },
{ text = "Build solution (bytecode)", value = "option11" },
{ text = "", value = "separator" },
{ text = "Run REPL", value = "option12" }
}
--- Backend - overseer tasks performed on option selected
function M.action(selected_option)
local utils = require("compiler.utils")
local overseer = require("overseer")
local current_file = utils.os_path(vim.fn.expand('%:p'), true) -- current file
local entry_point = utils.os_path(vim.fn.getcwd() .. "/main.py") -- working_directory/main.py
local files = utils.find_files_to_compile(entry_point, "*.py") -- *.py files under entry_point_dir (recursively)
local output_dir = utils.os_path(vim.fn.getcwd() .. "/bin/") -- working_directory/bin/
local output = utils.os_path(vim.fn.getcwd() .. "/bin/program") -- working_directory/bin/program
local final_message = "--task finished--"
-- For python, arguments are not globally defined,
-- as we have 3 different ways to run the code.
--=========================== INTERPRETED =================================--
if selected_option == "option1" then
local task = overseer.new_task({
name = "- Python interpreter",
strategy = { "orchestrator",
tasks = {{ name = "- Run this file → " .. current_file,
cmd = "python " .. current_file .. -- run (interpreted)
" && echo " .. current_file .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
},},},})
task:start()
elseif selected_option == "option2" then
local task = overseer.new_task({
name = "- Python interpreter",
strategy = { "orchestrator",
tasks = {{ name = "- Run program → \"" .. entry_point .. "\"",
cmd = "python \"" .. entry_point .. "\"" .. -- run (interpreted)
" && echo \"" .. entry_point .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
},},},})
task:start()
elseif selected_option == "option3" then
local entry_points
local task = {}
local tasks = {}
local executables = {}
-- if .solution file exists in working dir
local solution_file = utils.get_solution_file()
if solution_file then
local config = utils.parse_solution_file(solution_file)
for entry, variables in pairs(config) do
if entry == "executables" then goto continue end
entry_point = utils.os_path(variables.entry_point, true)
local arguments = variables.arguments or "" -- optional
task = { name = "- Run program → " .. entry_point,
cmd = "python " .. arguments .. " " .. entry_point .. -- run (interpreted)
" && echo " .. entry_point .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
}
table.insert(tasks, task) -- store all the tasks we've created
::continue::
end
local solution_executables = config["executables"]
if solution_executables then
for entry, executable in pairs(solution_executables) do
executable = utils.os_path(executable, true)
task = { name = "- Run program → " .. executable,
cmd = executable .. -- run
" && echo " .. executable .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
}
table.insert(executables, task) -- store all the executables we've created
end
end
task = overseer.new_task({
name = "- Python interpreter", strategy = { "orchestrator",
tasks = {
tasks, -- Run all the programs in the solution in parallel
executables -- Then run the solution executable(s)
}}})
task:start()
else -- If no .solution file
-- Create a list of all entry point files in the working directory
entry_points = utils.find_files(vim.fn.getcwd(), "main.py")
local arguments = ""
for _, entry_point in ipairs(entry_points) do
entry_point = utils.os_path(entry_point, true)
task = { name = "- Build program → " .. entry_point,
cmd = "python " .. arguments .. " " .. entry_point .. -- run (interpreted)
" && echo " .. entry_point .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
}
table.insert(tasks, task) -- store all the tasks we've created
end
task = overseer.new_task({ -- run all tasks we've created in parallel
name = "- Python interpreter", strategy = { "orchestrator", tasks = tasks }
})
task:start()
end
--========================== MACHINE CODE =================================--
elseif selected_option == "option4" then
local arguments = "--warn-implicit-exceptions --warn-unusual-code" -- optional
local task = overseer.new_task({
name = "- Python machine code compiler",
strategy = { "orchestrator",
tasks = {{ name = "- Build & run program → \"" .. entry_point .. "\"",
cmd = "rm -f \"" .. output .. "\" || true" .. -- clean
" && mkdir -p \"" .. output_dir .. "\"" .. -- mkdir
" && nuitka --no-pyi-file --remove-output --follow-imports" .. -- compile to machine code
" --output-filename=\"" .. output .. "\"" ..
" " .. arguments .. " " .. "\"" .. entry_point .. "\"" ..
" && \"" .. output .. "\"" .. -- run
" && echo \"" .. entry_point .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
},},},})
task:start()
elseif selected_option == "option5" then
local arguments = "--warn-implicit-exceptions --warn-unusual-code" -- optional
local task = overseer.new_task({
name = "- Python machine code compiler",
strategy = { "orchestrator",
tasks = {{ name = "- Build program → \"" .. entry_point .. "\"",
cmd = "rm -f \"" .. output .. "\" || true" .. -- clean
" && mkdir -p \"" .. output_dir .. "\"" .. -- mkdir
" && nuitka --no-pyi-file --remove-output --follow-imports" .. -- compile to machine code
" --output-filename=\"" .. output .. "\"" ..
" " .. arguments .. " \"" .. entry_point .. "\"" ..
" && echo \"" .. entry_point .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
},},},})
task:start()
elseif selected_option == "option6" then
local task = overseer.new_task({
name = "- Python machine code compiler",
strategy = { "orchestrator",
tasks = {{ name = "- Run program → \"" .. output .. "\"",
cmd = "\"" .. output .. "\"" .. -- run
" && echo \"" .. output .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
},},},})
task:start()
elseif selected_option == "option7" then
local entry_points
local tasks = {}
local task = {}
local executables = {}
-- if .solution file exists in working dir
local solution_file = utils.get_solution_file()
if solution_file then
local config = utils.parse_solution_file(solution_file)
for entry, variables in pairs(config) do
if entry == "executables" then goto continue end
entry_point = utils.os_path(variables.entry_point)
output = utils.os_path(variables.output)
output_dir = utils.os_path(output:match("^(.-[/\\])[^/\\]*$"))
local arguments = variables.arguments or "--warn-implicit-exceptions --warn-unusual-code" -- optional
task = { name = "- Build program → \"" .. entry_point .. "\"",
cmd = "rm -f \"" .. output .. "\" || true" .. -- clean
" && mkdir -p \"" .. output_dir .. "\"" .. -- mkdir
" && nuitka --no-pyi-file --remove-output --follow-imports" .. -- compile to machine code
" --output-filename=\"" .. output .. "\"" ..
" " .. arguments .. " \"" .. entry_point .. "\"" ..
" && echo \"" .. entry_point .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
}
table.insert(tasks, task) -- store all the tasks we've created
::continue::
end
local solution_executables = config["executables"]
if solution_executables then
for entry, executable in pairs(solution_executables) do
executable = utils.os_path(executable, true)
task = { name = "- Run program → " .. executable,
cmd = executable .. -- run
" && echo " .. executable .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
}
table.insert(executables, task) -- store all the executables we've created
end
end
task = overseer.new_task({
name = "- Python machine code compiler", strategy = { "orchestrator",
tasks = {
tasks, -- Build all the programs in the solution in parallel
executables -- Then run the solution executable(s)
}}})
task:start()
else -- If no .solution file
-- Create a list of all entry point files in the working directory
entry_points = utils.find_files(vim.fn.getcwd(), "main.py")
for _, entry_point in ipairs(entry_points) do
entry_point = utils.os_path(entry_point)
output_dir = utils.os_path(entry_point:match("^(.-[/\\])[^/\\]*$") .. "bin") -- entry_point/bin
output = utils.os_path(output_dir .. "/program") -- entry_point/bin/program
local arguments = "--warn-implicit-exceptions --warn-unusual-code" -- optional
task = { name = "- Build program → \"" .. entry_point .. "\"",
cmd = "rm -f \"" .. output .. "\" || true" .. -- clean
" && mkdir -p \"" .. output_dir .. "\"" .. -- mkdir
" && nuitka --no-pyi-file --remove-output --follow-imports" .. -- compile to machine code
" --output-filename=\"" .. output .. "\"" ..
" " .. arguments .. " \"" .. entry_point .. "\"" ..
" && echo \"" .. entry_point .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
}
table.insert(tasks, task) -- store all the tasks we've created
end
task = overseer.new_task({ -- run all tasks we've created in parallel
name = "- Python machine code compiler", strategy = { "orchestrator", tasks = tasks }
})
task:start()
end
--============================ BYTECODE ===================================--
elseif selected_option == "option8" then
local cache_dir = utils.os_path(vim.fn.stdpath "cache" .. "/compiler/pyinstall/")
local output_filename = vim.fn.fnamemodify(output, ":t")
local arguments = "--log-level WARN --python-option W" -- optional
local task = overseer.new_task({
name = "- Python bytecode compiler",
strategy = { "orchestrator",
tasks = {{ name = "- Build & run program → \"" .. entry_point .. "\"",
cmd = "rm -f \"" .. output .. "\" || true" .. -- clean
" && mkdir -p \"" .. output_dir .. "\"" .. -- mkdir
" && mkdir -p \"" .. cache_dir .. "\"" ..
" && pyinstaller " .. files .. -- compile to bytecode
" --name " .. output_filename ..
" --workpath \"" .. cache_dir .. "\"" ..
" --specpath \"" .. cache_dir .. "\"" ..
" --onefile --distpath \"" .. output_dir .. "\" " .. arguments ..
" && \"" .. output .. "\"" .. -- run
" && echo \"" .. entry_point .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
},},},})
task:start()
elseif selected_option == "option9" then
local cache_dir = utils.os_path(vim.fn.stdpath "cache" .. "/compiler/pyinstall/")
local output_filename = vim.fn.fnamemodify(output, ":t")
local arguments = "--log-level WARN --python-option W" -- optional
local task = overseer.new_task({
name = "- Python bytecode compiler",
strategy = { "orchestrator",
tasks = {{ name = "- Build program → \"" .. entry_point .. "\"",
cmd = "rm -f \"" .. output .. "\" || true" .. -- clean
" && mkdir -p \"" .. output_dir .. "\"" .. -- mkdir
" && mkdir -p \"" .. cache_dir .. "\"" ..
" && pyinstaller " .. files .. -- compile to bytecode
" --name " .. output_filename ..
" --workpath \"" .. cache_dir .. "\"" ..
" --specpath \"" .. cache_dir .. "\"" ..
" --onefile --distpath \"" .. output_dir .. "\" " .. arguments ..
" && echo \"" .. entry_point .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
},},},})
task:start()
elseif selected_option == "option10" then
local task = overseer.new_task({
name = "- Python bytecode compiler",
strategy = { "orchestrator",
tasks = {{ name = "- Run program → \"" .. output .. "\"",
cmd = "\"" .. output .. "\"" .. -- run
" && echo \"" .. output .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
},},},})
task:start()
elseif selected_option == "option11" then
local entry_points
local tasks = {}
local task = {}
local executables = {}
-- if .solution file exists in working dir
local solution_file = utils.get_solution_file()
if solution_file then
local config = utils.parse_solution_file(solution_file)
for entry, variables in pairs(config) do
if entry == "executables" then goto continue end
local cache_dir = utils.os_path(vim.fn.stdpath "cache" .. "/compiler/pyinstall/")
entry_point = utils.os_path(variables.entry_point)
files = utils.find_files_to_compile(entry_point, "*.py")
output = utils.os_path(variables.output)
local output_filename = vim.fn.fnamemodify(output, ":t")
output_dir = utils.os_path(output:match("^(.-[/\\])[^/\\]*$"))
local arguments = variables.arguments or "--log-level WARN --python-option W" -- optional
task = { name = "- Build program → \"" .. entry_point .. "\"",
cmd = "rm -f \"" .. output .. "\" || true" .. -- clean
" && mkdir -p \"" .. output_dir .. "\"" .. -- mkdir
" && mkdir -p \"" .. cache_dir .. "\"" ..
" && pyinstaller " .. files .. -- compile to bytecode
" --name " .. output_filename ..
" --workpath \"" .. cache_dir .. "\"" ..
" --specpath \"" .. cache_dir .. "\"" ..
" --onefile --distpath \"" .. output_dir .. "\" " .. arguments ..
" && echo \"" .. entry_point .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
}
table.insert(tasks, task) -- store all the tasks we've created
::continue::
end
local solution_executables = config["executables"]
if solution_executables then
for entry, executable in pairs(solution_executables) do
executable = utils.os_path(executable, true)
task = { name = "- Run program → " .. executable,
cmd = executable .. -- run
" && echo " .. executable .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
}
table.insert(executables, task) -- store all the executables we've created
end
end
task = overseer.new_task({
name = "- Python bytecode compiler", strategy = { "orchestrator",
tasks = {
tasks, -- Build all the programs in the solution in parallel
executables -- Then run the solution executable(s)
}}})
task:start()
else -- If no .solution file
-- Create a list of all entry point files in the working directory
entry_points = utils.find_files(vim.fn.getcwd(), "main.py")
for _, entry_point in ipairs(entry_points) do
entry_point = utils.os_path(entry_point)
files = utils.find_files_to_compile(entry_point, "*.py")
output_dir = utils.os_path(entry_point:match("^(.-[/\\])[^/\\]*$") .. "bin") -- entry_point/bin
output = utils.os_path(output_dir .. "/program") -- entry_point/bin/program
local cache_dir = utils.os_path(vim.fn.stdpath "cache" .. "/compiler/pyinstall/")
local output_filename = vim.fn.fnamemodify(output, ":t")
local arguments = "--log-level WARN --python-option W" -- optional
task = { name = "- Build program → \"" .. entry_point .. "\"",
cmd = "rm -f \"" .. output .. "\" || true" .. -- clean
" && mkdir -p \"" .. cache_dir .. "\"" .. -- mkdir
" && pyinstaller " .. files .. -- compile to bytecode
" --name " .. output_filename ..
" --workpath \"" .. cache_dir .. "\"" ..
" --specpath \"" .. cache_dir .. "\"" ..
" --onefile --distpath \"" .. output_dir .. "\" " .. arguments ..
" && echo \"" .. entry_point .. "\"" .. -- echo
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
}
table.insert(tasks, task) -- store all the tasks we've created
end
task = overseer.new_task({ -- run all tasks we've created in parallel
name = "- Python bytecode compiler", strategy = { "orchestrator", tasks = tasks }
})
task:start()
end
--=============================== REPL ====================================--
elseif selected_option == "option12" then
local task = overseer.new_task({
name = "- Python REPL",
strategy = { "orchestrator",
tasks = {{ name = "- Start REPL",
cmd = "echo 'To exit the REPL enter exit()'" ..
" && python" .. -- run
" && echo \"" .. final_message .. "\"",
components = { "default_extended" }
},},},})
task:start()
end
end
return M