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utils.lua
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345 lines (302 loc) · 10.7 KB
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local M = {}
function M.create_root_node(root, hierarchy_item)
local range = hierarchy_item.selectionRange or hierarchy_item.range
local start_col = range and range.start.character or 0
return {
id = 0,
name = hierarchy_item.name or root.detail,
filename = vim.fn.fnamemodify(root.file, ':t'),
filepath = root.file,
line = root.line,
column = start_col + 1,
type = 'root',
isDefinition = true,
isRoot = true,
size = 2.5,
symbolKind = hierarchy_item.kind,
detail = hierarchy_item.detail,
}
end
function M.add_incoming_calls(chain_data, incoming_calls, root_id)
if not incoming_calls or #incoming_calls == 0 then
return
end
local base_id = #chain_data.nodes
for i, incoming_call in ipairs(incoming_calls) do
local node_id = base_id + i
local caller = incoming_call.from
local range = caller.selectionRange or caller.range
local start_col = range and range.start.character or 0
local filepath = vim.uri_to_fname(caller.uri)
local caller_node = {
id = node_id,
name = caller.name,
filename = vim.fn.fnamemodify(filepath, ':t'),
filepath = filepath,
line = caller.selectionRange.start.line + 1,
column = start_col + 1,
type = 'incoming',
isDefinition = false,
isIncoming = true,
size = 2.0,
symbolKind = caller.kind,
detail = caller.detail,
call_count = #incoming_call.fromRanges,
}
table.insert(chain_data.nodes, caller_node)
table.insert(chain_data.edges, {
source = caller_node.id,
target = root_id,
type = 'incoming',
call_count = caller_node.call_count,
})
end
end
function M.add_outgoing_calls(chain_data, outgoing_calls, root_id)
if not outgoing_calls or #outgoing_calls == 0 then
return
end
local base_id = #chain_data.nodes
for i, outgoing_call in ipairs(outgoing_calls) do
local node_id = base_id + i
local callee = outgoing_call.to
-- 提取位置信息
local range = callee.selectionRange or callee.range
local start_col = range and range.start.character or 0
local filepath = vim.uri_to_fname(callee.uri)
local callee_node = {
id = node_id,
name = callee.name,
filename = vim.fn.fnamemodify(filepath, ':t'),
filepath = filepath, -- 完整路径
line = callee.selectionRange.start.line + 1,
column = start_col + 1, -- 转换为1基索引
type = 'outgoing',
isDefinition = false,
isOutgoing = true,
size = 2.0,
symbolKind = callee.kind,
detail = callee.detail,
call_count = #outgoing_call.fromRanges,
}
table.insert(chain_data.nodes, callee_node)
-- 添加边：从根节点指向被调用者
table.insert(chain_data.edges, {
source = root_id,
target = callee_node.id,
type = 'outgoing',
call_count = callee_node.call_count,
})
end
end
-- LSP符号类型到星球类型的映射
local SYMBOL_KIND_MAP = {
[1] = { name = 'File', size = 1.0, color = 0x8e44ad, type = 'file' },
[2] = { name = 'Module', size = 2.5, color = 0xe74c3c, type = 'module' },
[3] = { name = 'Namespace', size = 2.0, color = 0x3498db, type = 'namespace' },
[4] = { name = 'Package', size = 3.0, color = 0x2ecc71, type = 'package' },
[5] = { name = 'Class', size = 2.5, color = 0xf39c12, type = 'class' },
[6] = { name = 'Method', size = 1.5, color = 0x9b59b6, type = 'method' },
[7] = { name = 'Property', size = 0.8, color = 0x1abc9c, type = 'property' },
[8] = { name = 'Field', size = 0.8, color = 0x34495e, type = 'field' },
[9] = { name = 'Constructor', size = 1.8, color = 0xe67e22, type = 'constructor' },
[10] = { name = 'Enum', size = 1.5, color = 0x95a5a6, type = 'enum' },
[11] = { name = 'Interface', size = 2.0, color = 0x16a085, type = 'interface' },
[12] = { name = 'Function', size = 1.5, color = 0x2980b9, type = 'function' },
[13] = { name = 'Variable', size = 0.6, color = 0x27ae60, type = 'variable' },
[14] = { name = 'Constant', size = 0.8, color = 0xf1c40f, type = 'constant' },
[15] = { name = 'String', size = 0.5, color = 0xe8c547, type = 'string' },
[16] = { name = 'Number', size = 0.5, color = 0x52c41a, type = 'number' },
[17] = { name = 'Boolean', size = 0.5, color = 0x722ed1, type = 'boolean' },
[18] = { name = 'Array', size = 1.0, color = 0xfa541c, type = 'array' },
[19] = { name = 'Object', size = 1.2, color = 0x13c2c2, type = 'object' },
[20] = { name = 'Key', size = 0.4, color = 0xeb2f96, type = 'key' },
[21] = { name = 'Null', size = 0.3, color = 0x666666, type = 'null' },
[22] = { name = 'EnumMember', size = 0.7, color = 0xa0d911, type = 'enum_member' },
[23] = { name = 'Struct', size = 2.0, color = 0xff7a45, type = 'struct' },
[24] = { name = 'Event', size = 1.0, color = 0xffc53d, type = 'event' },
[25] = { name = 'Operator', size = 0.8, color = 0x40a9ff, type = 'operator' },
[26] = { name = 'TypeParameter', size = 1.0, color = 0xb37feb, type = 'type_parameter' },
}
-- 创建星系数据结构
function M.create_galaxy(workspace_symbols)
local galaxy_data = {
nodes = {},
star_systems = {},
type = 'galaxy',
mode = 'galaxy',
}
-- 按文件分组符号，创建星系结构
local files = {}
local file_symbol_counts = {}
for i, symbol in ipairs(workspace_symbols) do
local filepath = vim.uri_to_fname(symbol.location.uri)
local filename = vim.fn.fnamemodify(filepath, ':t')
local file_key = filepath
if not files[file_key] then
files[file_key] = {
filepath = filepath,
filename = filename,
symbols = {},
importance = 0,
}
file_symbol_counts[file_key] = 0
end
-- 计算符号的重要性
local symbol_info = SYMBOL_KIND_MAP[symbol.kind] or SYMBOL_KIND_MAP[12] -- 默认为函数
local importance = symbol_info.size
-- 根据符号名称长度和位置调整重要性
local name_factor = math.min(#symbol.name / 10, 2)
importance = importance * (1 + name_factor * 0.3)
local range = symbol.location.range
local line = range.start.line + 1
local column = range.start.character + 1
local star_node = {
id = i - 1,
name = symbol.name,
filename = filename,
filepath = filepath,
line = line,
column = column,
type = 'star',
symbolKind = symbol.kind,
symbolType = symbol_info.type,
symbolName = symbol_info.name,
size = importance,
color = symbol_info.color,
importance = importance,
containerName = symbol.containerName,
detail = symbol.detail or symbol_info.name,
file_key = file_key,
}
table.insert(files[file_key].symbols, star_node)
table.insert(galaxy_data.nodes, star_node)
files[file_key].importance = files[file_key].importance + importance
file_symbol_counts[file_key] = file_symbol_counts[file_key] + 1
end
-- 创建星系系统（每个文件是一个星系系统）
local system_id = 0
for file_key, file_data in pairs(files) do
system_id = system_id + 1
-- 计算星系系统的大小和重要性
local symbol_count = file_symbol_counts[file_key]
local avg_importance = file_data.importance / math.max(symbol_count, 1)
local system_size = math.min(math.max(symbol_count / 5, 1), 10)
local star_system = {
id = system_id,
name = file_data.filename,
filepath = file_data.filepath,
symbol_count = symbol_count,
total_importance = file_data.importance,
average_importance = avg_importance,
size = system_size,
type = 'star_system',
symbols = file_data.symbols,
center = { x = 0, y = 0, z = 0 }, -- 将在前端计算
radius = system_size * 15, -- 星系系统半径
}
-- 为星系系统中的每个符号分配相对位置
for j, symbol in ipairs(file_data.symbols) do
symbol.system_id = system_id
symbol.local_index = j
end
table.insert(galaxy_data.star_systems, star_system)
end
return M.finalize_galaxy_data(galaxy_data)
end
-- 完善星系数据
function M.finalize_galaxy_data(galaxy_data)
local stats = {
total_stars = #galaxy_data.nodes,
total_systems = #galaxy_data.star_systems,
largest_system = nil,
most_important_star = nil,
symbol_types = {},
}
-- 统计信息
local max_system_size = 0
local max_star_importance = 0
for _, system in ipairs(galaxy_data.star_systems) do
if system.symbol_count > max_system_size then
max_system_size = system.symbol_count
stats.largest_system = system.name
end
end
for _, star in ipairs(galaxy_data.nodes) do
if star.importance > max_star_importance then
max_star_importance = star.importance
stats.most_important_star = star.name
end
local symbol_type = star.symbolName or 'Unknown'
stats.symbol_types[symbol_type] = (stats.symbol_types[symbol_type] or 0) + 1
end
return {
nodes = galaxy_data.nodes,
star_systems = galaxy_data.star_systems,
type = 'galaxy',
mode = 'galaxy',
summary = {
total_stars = stats.total_stars,
total_systems = stats.total_systems,
largest_system = stats.largest_system,
most_important_star = stats.most_important_star,
galaxy_name = 'Code Galaxy',
exploration_mode = '3D Space Flight',
},
metadata = {
generated_at = os.date('%Y-%m-%d %H:%M:%S'),
lsp_method = 'workspace/symbol',
visualization_type = 'galaxy',
symbol_types = stats.symbol_types,
},
}
end
-- 完善数据（原有函数）
function M.finalize_data(chain_data)
local stats = {
total_nodes = #chain_data.nodes,
total_edges = #chain_data.edges,
incoming_calls = 0,
outgoing_calls = 0,
root_function = nil,
mode = chain_data.mode or 'unknown',
}
for _, node in ipairs(chain_data.nodes) do
if node.type == 'root' then
stats.root_function = node.name
elseif node.type == 'incoming' then
stats.incoming_calls = stats.incoming_calls + 1
elseif node.type == 'outgoing' then
stats.outgoing_calls = stats.outgoing_calls + 1
end
end
local files = {}
for _, node in ipairs(chain_data.nodes) do
local filename = node.filename
if filename and not files[filename] then
files[filename] = 0
end
if filename then
files[filename] = files[filename] + 1
end
end
return {
nodes = chain_data.nodes,
edges = chain_data.edges,
summary = {
root_function = stats.root_function or 'Unknown',
total_nodes = stats.total_nodes,
total_edges = stats.total_edges,
incoming_calls = stats.incoming_calls,
outgoing_calls = stats.outgoing_calls,
files_involved = vim.tbl_count(files),
mode = stats.mode,
},
metadata = {
generated_at = os.date('%Y-%m-%d %H:%M:%S'),
lsp_method = 'callHierarchy',
mode = stats.mode,
},
}
end
return M