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|
local await = require 'await'
local proto = require 'proto.proto'
local define = require 'proto.define'
local lang = require 'language'
local files = require 'files'
local config = require 'config'
local core = require 'core.diagnostics'
local m = {}
m._start = false
m.cache = {}
local function concat(t, sep)
if type(t) ~= 'table' then
return t
end
return table.concat(t, sep)
end
local function buildSyntaxError(uri, err)
local lines = files.getLines(uri)
local text = files.getText(uri)
local message = lang.script('PARSER_'..err.type, err.info)
if err.version then
local version = err.info and err.info.version or config.config.runtime.version
message = message .. ('(%s)'):format(lang.script('DIAG_NEED_VERSION'
, concat(err.version, '/')
, version
))
end
local related = err.info and err.info.related
local relatedInformation
if related then
relatedInformation = {}
for _, rel in ipairs(related) do
local rmessage
if rel.message then
rmessage = lang.script('PARSER_'..rel.message)
else
rmessage = text:sub(rel.start, rel.finish)
end
relatedInformation[#relatedInformation+1] = {
message = rmessage,
location = define.location(uri, define.range(lines, text, rel.start, rel.finish)),
}
end
end
return {
range = define.range(lines, text, err.start, err.finish),
severity = define.DiagnosticSeverity.Error,
source = lang.script.DIAG_SYNTAX_CHECK,
message = message,
relatedInformation = relatedInformation,
}
end
local function buildDiagnostic(uri, diag)
local lines = files.getLines(uri)
local text = files.getText(uri)
local relatedInformation
if diag.related then
relatedInformation = {}
for _, rel in ipairs(diag.related) do
local rtext = files.getText(rel.uri)
local rlines = files.getLines(rel.uri)
relatedInformation[#relatedInformation+1] = {
message = rel.message or rtext:sub(rel.start, rel.finish),
location = define.location(rel.uri, define.range(rlines, rtext, rel.start, rel.finish))
}
end
end
return {
range = define.range(lines, text, diag.start, diag.finish),
source = lang.script.DIAG_DIAGNOSTICS,
severity = diag.level,
message = diag.message,
code = diag.code,
tags = diag.tags,
relatedInformation = relatedInformation,
}
end
local function merge(a, b)
local t = {}
if a then
for i = 1, #a do
t[#t+1] = a[i]
end
end
if b then
for i = 1, #b do
t[#t+1] = b[i]
end
end
return t
end
function m.clear(uri)
m.cache[uri] = nil
proto.notify('textDocument/publishDiagnostics', {
uri = uri,
diagnostics = {},
})
end
function m.syntaxErrors(uri, ast)
local results = {}
for _, err in ipairs(ast.errs) do
results[#results+1] = buildSyntaxError(uri, err)
end
return results
end
function m.diagnostics(uri, syntaxOnly)
if syntaxOnly or not m._start then
return m.cache[uri]
end
local results = {}
local diags = core(uri)
for _, diag in ipairs(diags) do
results[#results+1] = buildDiagnostic(uri, diag)
end
m.cache[uri] = results
return results
end
function m.doDiagnostic(uri, syntaxOnly)
local ast = files.getAst(uri)
if not ast then
m.clear(uri)
return
end
local syntax = m.syntaxErrors(uri, ast)
local diagnostics = m.diagnostics(uri, syntaxOnly)
proto.notify('textDocument/publishDiagnostics', {
uri = uri,
diagnostics = merge(syntax, diagnostics),
})
end
function m.refresh(uri)
await.create(function ()
await.delay(function ()
return files.globalVersion
end)
if uri then
m.doDiagnostic(uri, true)
end
if not m._start then
return
end
local clock = os.clock()
if uri then
m.doDiagnostic(uri)
end
for destUri in files.eachFile() do
if destUri ~= uri then
m.doDiagnostic(files.getOriginUri(destUri))
await.delay(function ()
return files.globalVersion
end)
end
end
local passed = os.clock() - clock
log.info(('Finish diagnostics, takes [%.3f] sec.'):format(passed))
end)
end
function m.start()
m._start = true
m.refresh()
end
return m
|
