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AI code archaeology
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lib/ai/tools/tasks/resolve_task.ex
defmodule AI.Tools.Tasks.ResolveTask do
@moduledoc """
Tool to resolve a task as success or failure in a Services.Task list.
"""
@behaviour AI.Tools
@impl AI.Tools
def async?, do: false
@impl AI.Tools
def is_available?, do: true
@impl AI.Tools
def read_args(args) when is_map(args) do
with {:ok, raw_id} <- AI.Tools.get_arg(args, "list_id"),
{:ok, list_id} <-
(case raw_id do
id when is_integer(id) -> {:ok, Integer.to_string(id)}
id when is_binary(id) -> {:ok, id}
_ -> {:error, :invalid_argument, "list_id"}
end),
{:ok, task_id} <- AI.Tools.get_arg(args, "task_id"),
true <- is_binary(task_id) or {:error, :invalid_argument, "task_id must be a string"},
task_id <- String.trim(task_id),
true <- task_id != "" or {:error, :invalid_argument, "task_id cannot be empty"},
{:ok, disposition} <- AI.Tools.get_arg(args, "disposition"),
true <-
disposition in ["success", "failure"] or
{:error, :invalid_argument, "disposition must be 'success' or 'failure'"},
{:ok, result} <- AI.Tools.get_arg(args, "result"),
true <- is_binary(result) or {:error, :invalid_argument, "result must be a string"} do
{:ok,
%{
"list_id" => list_id,
"task_id" => task_id,
"disposition" => disposition,
"result" => result
}}
end
end
@impl AI.Tools
def ui_note_on_request(%{
"list_id" => list_id,
"task_id" => task_id,
"disposition" => disposition
}) do
glyph =
if disposition == "success" do
"✓"
else
"✗"
end
case get_task_counts(list_id, disposition) do
{total, resolved} ->
{"Task resolved", Util.truncate_chars("(#{resolved}/#{total}) #{glyph} #{task_id}")}
nil ->
{"Task resolved", Util.truncate_chars("#{glyph} #{task_id}")}
end
end
@impl AI.Tools
def ui_note_on_result(_args, _result), do: nil
@impl AI.Tools
def tool_call_failure_message(_args, _reason), do: :default
@impl AI.Tools
def spec do
%{
type: "function",
function: %{
name: "tasks_resolve_task",
description: """
Resolve a task in an existing task list as either success or failure.
The disposition and result are visible to the user, so ensure that the
result is clear and informative.
Include as much detail as possible in the event of a problem. This will
help guide the user in appropriate next steps to resolve the issue.
""",
parameters: %{
type: "object",
additionalProperties: false,
required: ["list_id", "task_id", "disposition", "result"],
properties: %{
"list_id" => %{
type: "string",
description: "The ID of the task list (string; integers accepted)."
},
"task_id" => %{
type: "string",
description: "Identifier of the task to resolve."
},
"disposition" => %{
type: "string",
enum: ["success", "failure"],
description: "Outcome of the task"
},
"result" => %{
type: "string",
description: "Outcome message used for either success or failure"
}
}
}
}
}
end
@impl AI.Tools
def call(%{
"list_id" => list_id,
"task_id" => task_id,
"disposition" => disp,
"result" => result
}) do
case disp do
"success" -> Services.Task.complete_task(list_id, task_id, result)
"failure" -> Services.Task.fail_task(list_id, task_id, result)
end
{:ok, Services.Task.as_string(list_id)}
end
# ----------------------------------------------------------------------------
# Private Functions
# ----------------------------------------------------------------------------
# Returns {total, resolved} task counts if the Services.Task GenServer is
# running, or nil if it's not available (e.g., during replay).
defp get_task_counts(list_id, disposition) do
case Process.whereis(Services.Task) do
nil ->
nil
_pid ->
list_id
|> Services.Task.get_list()
|> case do
{:error, _reason} -> []
tasks -> tasks
end
|> Enum.reduce({0, 0}, fn
%{outcome: :todo}, {t, r} -> {t + 1, r}
_, {t, r} -> {t + 1, r + 1}
end)
|> then(fn {t, r} ->
if disposition == "success" do
{t, r + 1}
else
{t, r}
end
end)
end
end
end