.aider.chat.history.md

@@ -57232,209 +57232,3 @@ This approach leverages the excellent foundation you've already built in the `ti
 > Model: openrouter/google/gemini-2.5-pro-preview with context edit format  
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 > Repo-map: using 8192 tokens, always refresh  
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-
-# aider chat started at 2025-06-16 11:51:46
-
-> You can skip this check with --no-gitignore  
-> Add .aider* to .gitignore (recommended)? (Y)es/(N)o [Yes]: n  
-> /Users/kacper.marzecki@schibsted.com/.local/bin/aider --model gemini --watch-files --read Conventions.md --thinking-tokens 10k --reasoning-effort high  
-> Warning: gemini/gemini-2.5-pro-preview-05-06 does not support 'reasoning_effort', ignoring.  
-> Use --no-check-model-accepts-settings to force the 'reasoning_effort' setting.  
-> Warning: gemini/gemini-2.5-pro-preview-05-06 does not support 'thinking_tokens', ignoring.  
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-> Aider v0.84.0  
-> Main model: gemini/gemini-2.5-pro-preview-05-06 with diff-fenced edit format  
-> Weak model: gemini/gemini-2.5-flash-preview-04-17  
-> Git repo: .git with 65 files  
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-> Added Conventions.md to the chat (read-only).  
-> Added test.exs to the chat  
-> Processing your request...  
-
-Okay, I will add the test case as requested. This involves defining a couple of helper functions to construct TDDs for tuples with specific element types, as this functionality doesn't appear to be available as a built-in constructor. These helpers will use existing TDD primitives.
-
-Here's the plan:
-1.  Define two helper functions:
-    *   `build_tuple_element_tdd_h(element_index, element_type_id, success_path_id)`: Recursively builds the TDD part for a single element by adapting the element's type TDD variables to be specific to that element's index.
-    *   `create_specific_tuple_type_h(element_type_ids)`: Uses `build_tuple_element_tdd_h` to construct the full TDD for a tuple with a list of specified element types.
-2.  Use these helpers to create the TDDs for `{1, :foo}` and `{int_gt_0, :foo | :bar}`.
-3.  Add the subtyping test using the existing `test` function.
-4.  This new code will replace the `#AI! ...` comment at the end of the file.
-
-Here are the *SEARCH/REPLACE* blocks:
-
-```elixir
-test.exs
-<<<<<<< SEARCH
-|> Tdd.print_tdd(asd)
-
-
-#AI! lets add a test case for {1, :foo} <: {int_gt_0, :foo | :bar}
-=======
-|> Tdd.print_tdd(asd)
-
-# Helper function to recursively build TDD for an element's type,
-# adapting its variables to be specific to the element's index.
-defmodule TupleTestHelpers do
-  def build_tuple_element_tdd_h(_element_index, element_type_id, success_path_id, _variable_prefix_module)
-      when element_type_id == Tdd.type_any() do
-    # If element type is 'any', this part of the check passes, go to success_path_id
-    success_path_id
-  end
-
-  def build_tuple_element_tdd_h(_element_index, element_type_id, _success_path_id, _variable_prefix_module)
-      when element_type_id == Tdd.type_none() do
-    # If element type is 'none', this path fails
-    Tdd.type_none()
-  end
-
-  def build_tuple_element_tdd_h(element_index, element_type_id, success_path_id, variable_prefix_module) do
-    node_details = Tdd.get_node_details(element_type_id)
-
-    case node_details do
-      :true_terminal ->
-        # Should be caught by guard Tdd.type_any(), but handle defensively
-        success_path_id
-
-      :false_terminal ->
-        # Should be caught by guard Tdd.type_none(), but handle defensively
-        Tdd.type_none()
-
-      {original_var, y_id, n_id, d_id} ->
-        # Adapt original_var to be specific to this element_index
-        # The Tdd.v_tuple_elem_pred function creates the correctly prefixed variable
-        element_specific_var = variable_prefix_module.v_tuple_elem_pred(element_index, original_var)
-
-        yes_branch_tdd =
-          build_tuple_element_tdd_h(element_index, y_id, success_path_id, variable_prefix_module)
-
-        no_branch_tdd =
-          build_tuple_element_tdd_h(element_index, n_id, success_path_id, variable_prefix_module)
-
-        dc_branch_tdd =
-          build_tuple_element_tdd_h(element_index, d_id, success_path_id, variable_prefix_module)
-
-        Tdd.make_node_raw(element_specific_var, yes_branch_tdd, no_branch_tdd, dc_branch_tdd)
-    end
-  end
-
-  # Helper function to create a TDD for a tuple with specific element types
-  def create_specific_tuple_type_h(element_type_ids, variable_prefix_module \\ Tdd) do
-    num_elements = length(element_type_ids)
-
-    # Build TDD for element checks from last to first
-    # The 'success_path_id' for the last element's check is Tdd.type_any() (representing TRUE)
-    final_elements_check_tdd =
-      Enum.reduce(Enum.reverse(0..(num_elements - 1)), Tdd.type_any(), fn i, acc_tdd ->
-        element_type_id = Enum.at(element_type_ids, i)
-        build_tuple_element_tdd_h(i, element_type_id, acc_tdd, variable_prefix_module)
-      end)
-
-    # Wrap with size check
-    size_check_node =
-      Tdd.make_node_raw(
-        variable_prefix_module.v_tuple_size_eq(num_elements),
-        final_elements_check_tdd, # If size matches, proceed to element checks
-        Tdd.type_none(),          # If size mismatches, it's not this tuple type
-        Tdd.type_none()           # DC for size usually means not this specific tuple type
-      )
-
-    # Wrap with primary tuple type check
-    raw_final_tdd =
-      Tdd.make_node_raw(
-        variable_prefix_module.@v_is_tuple,
-        size_check_node, # If is_tuple, proceed to size check
-        Tdd.type_none(), # If not a tuple, then false
-        Tdd.type_none()  # DC for is_tuple usually means not this specific type
-      )
-
-    # Simplify the constructed TDD
-    Tdd.simplify_with_constraints(raw_final_tdd, %{})
-  end
-end
-
-IO.puts("\n--- Specific Tuple Subtyping Test ---")
-
-# Type for {1, :foo}
-el1_type1 = Tdd.type_int_eq(1)
-el2_type1 = Tdd.type_atom_literal(:foo)
-tdd_tuple_1_foo = TupleTestHelpers.create_specific_tuple_type_h([el1_type1, el2_type1])
-
-# Type for {int_gt_0, :foo | :bar}
-el1_type2 = Tdd.type_int_gt(0)
-el2_type2_foo = Tdd.type_atom_literal(:foo)
-el2_type2_bar = Tdd.type_atom_literal(:bar)
-el2_type2 = Tdd.sum(el2_type2_foo, el2_type2_bar)
-tdd_tuple_int_gt0_foo_or_bar = TupleTestHelpers.create_specific_tuple_type_h([el1_type2, el2_type2])
-
-# IO.puts("TDD for {1, :foo}:")
-# Tdd.print_tdd(tdd_tuple_1_foo)
-# IO.puts("TDD for {int_gt_0, :foo | :bar}:")
-# Tdd.print_tdd(tdd_tuple_int_gt0_foo_or_bar)
-
-test.(
-  "{1, :foo} <: {int_gt_0, :foo | :bar}",
-  true,
-  Tdd.is_subtype(tdd_tuple_1_foo, tdd_tuple_int_gt0_foo_or_bar)
-)
-
-IO.inspect(Process.get(:test_failures, []), label: "Current test failures after tuple test")
->>>>>>> REPLACE
-```
-
-> Tokens: 23k sent, 1.4k received. Cost: $0.04 message, $0.04 session.  
-> Applied edit to test.exs  
-> Processing your request...  
-
-Okay, I understand. The issue is that Elixir guards have restrictions on what functions can be called within them. Calls to `Tdd.type_any()` and `Tdd.type_none()` are considered "remote" calls in this context, even if they return simple values.
-
-To fix this, I will replace the calls to `Tdd.type_any()` and `Tdd.type_none()` in the guard clauses with their literal return values.
-- `Tdd.type_any()` returns `@true_node_id` which is `1`.
-- `Tdd.type_none()` returns `@false_node_id` which is `0`.
-
-I will make these changes and remove the "AI!" comment.
-
-Here is the *SEARCH/REPLACE block*:
-
-```elixir
-test.exs
-<<<<<<< SEARCH
-defmodule TupleTestHelpers do
-  def build_tuple_element_tdd_h(_element_index, element_type_id, success_path_id, _variable_prefix_module)
-    # AI! You cannot use remote functions inside function guards 
-      when element_type_id == Tdd.type_any() do
-    # If element type is 'any', this part of the check passes, go to success_path_id
-    success_path_id
-  end
-
-  def build_tuple_element_tdd_h(_element_index, element_type_id, _success_path_id, _variable_prefix_module)
-      when element_type_id == Tdd.type_none() do
-    # If element type is 'none', this path fails
-    Tdd.type_none()
-  end
-=======
-defmodule TupleTestHelpers do
-  def build_tuple_element_tdd_h(_element_index, element_type_id, success_path_id, _variable_prefix_module)
-      when element_type_id == 1 do # Was Tdd.type_any()
-    # If element type is 'any', this part of the check passes, go to success_path_id
-    success_path_id
-  end
-
-  def build_tuple_element_tdd_h(_element_index, element_type_id, _success_path_id, _variable_prefix_module)
-      when element_type_id == 0 do # Was Tdd.type_none()
-    # If element type is 'none', this path fails
-    Tdd.type_none()
-  end
->>>>>>> REPLACE
-```
-
-> Tokens: 25k sent, 457 received. Cost: $0.04 message, $0.08 session.  
-> Applied edit to test.exs  

.aider.input.history

@@ -4182,6 +4182,3 @@
 
 # 2025-06-15 11:56:09.668461
 +/context
-
-# 2025-06-16 11:51:48.065221
-+n