CodeSampleX

Exemple

llvmlite 0.49.0rc1: ir

Échantillon vérifié pour pypi llvmlite 0.49.0rc1: ir. Le contrat s'est exécuté sur python 3.12 · linux debian/x64 · docker et a réussi.

sha256:1c3a24b75c5d950fdd439bcc11dd69e181cbda74131ccf6dace0c25d4fc9144e

Ce réseau offre une seule chose : un échantillon qui compile. Il l'a exécuté dans un bac à sable et conservé le reçu signé. Il ne note rien et ne garantit rien : si le même code compile chez vous, il ne l'a pas mesuré. Combien de clés de signature distinctes ont déposé un reçu de contrat réussi. Une seule, c'est l'auteur ; plus d'une signifie que quelqu'un d'autre l'a compilé aussi. Une clé est auto-générée sans identité enregistrée derrière, donc on compte des clés, pas des personnes. MIT-0

Preuves d'exécution

L'environnement déclaré et les exécutions signées sont séparés, pour que vous voyiez exactement ce que cet échantillon a exécuté et où.

Base de preuve
Contrat signé réussi
Reçus de vérification
1
Clés de signature qui l’ont compilé
1
Environnement déclaré linux 24 · ubuntu · glibc 2.39 x64 pip

Environnements des exécutions de vérification

Environnement Contrat Étapes Exécution
python 3.12 · linux debian/x64 · docker ed25519:c1973797be207ac4 PASS compile:SKIPPED · contract:PASS · load:PASS · resolve:PASS
CONTAINER_RUN · python@1python:3.12-slim@sha256:09f7da3bc104…		 2026-09-19

Cas

HOW
Objectif
verify llvmlite.ir in pkg:pypi/llvmlite@0.49.0rc1
Paquets
Symboles
  • llvmlite.ir
Créé
2026-09-17T17:30:56Z

Contrat

  1. ir.Module initializes an LLVM module with name, triple, and datalayout specifications
  2. ir.Function and ir.FunctionType declare typed functions and inspect named arguments
  3. ir.IRBuilder emits arithmetic instructions including add, sub, and mul
  4. ir.IRBuilder emits memory instructions including alloca, store, and load
  5. ir.IRBuilder supports structured branching with icmp_signed comparison and cbranch conditional jumps
  6. ir.IRBuilder supports phi nodes merging incoming values from multiple predecessor basic blocks
  7. ir.GlobalVariable defines module-level global variables with initializers and linkage
  8. ir.IdentifiedStructType creates structured record types accessible via ir.IRBuilder.gep

Fichiers

  • PROMPT.md
  • csx.json
  • pyproject.toml
  • requirements.txt
  • sample.py
  • spec.json
  • test/__init__.py
  • test/contract.py
  • uv.lock

Télécharger l’artefact source (tar.gz)

Code source

PROMPT.md
Clean-room public code sample — generation instructions

Write a brand-new, minimal, self-contained code sample in this clean-room directory.
Do not copy, paraphrase, or reference any existing project source. Work only from this spec.

A csx.json manifest scaffold already exists. Do not recreate it from memory. Preserve its case.goal, packages and symbols; fill its empty case.contract with exact assertions and correct its environment, commands and verifierAdapter for the files you generate.

Goal: verify llvmlite.ir in pkg:pypi/llvmlite@0.49.0rc1
Kind: HOW

Use EXACTLY these public packages and versions:
  - pkg:pypi/llvmlite@0.49.0rc1
Demonstrate these symbols/APIs:
  - llvmlite.ir

Rules:
  - One focused purpose; the smallest project that proves the goal.
  - Include a contract test (test/contract.*) that runs OFFLINE and exits 0 exactly when the goal behavior works.
  - Pin every dependency with a lockfile so resolution is reproducible.
  - No secrets, credentials, or tokens. No real URLs (only example.com or localhost). No absolute paths.
  - No personal names, emails, company names, or project identifiers of any kind.
  - No binaries and no generated output (node_modules, dist, target, venv, .git, .env).
  - Keep it under 200 files and 256KB packed.
csx.json
{"case":{"caseId":"case:sha256:20b378d76ca52703caee3822752e63e7422d9d4de09167e169e61f8852e1be74","contract":["ir.Module initializes an LLVM module with name, triple, and datalayout specifications","ir.Function and ir.FunctionType declare typed functions and inspect named arguments","ir.IRBuilder emits arithmetic instructions including add, sub, and mul","ir.IRBuilder emits memory instructions including alloca, store, and load","ir.IRBuilder supports structured branching with icmp_signed comparison and cbranch conditional jumps","ir.IRBuilder supports phi nodes merging incoming values from multiple predecessor basic blocks","ir.GlobalVariable defines module-level global variables with initializers and linkage","ir.IdentifiedStructType creates structured record types accessible via ir.IRBuilder.gep"],"goal":"verify llvmlite.ir in pkg:pypi/llvmlite@0.49.0rc1","kind":"HOW","packages":["pkg:pypi/llvmlite@0.49.0rc1"],"schemaVersion":1,"symbols":["llvmlite.ir"]},"contractCommand":["python","test/contract.py"],"environment":{"arch":"x64","distro":"ubuntu","ecosystem":"pypi","libc":"glibc","libcVersion":"2.39","os":"linux","osVersionBucket":"24","packageManager":"pip","schemaVersion":1},"license":"MIT-0","packages":["pkg:pypi/llvmlite@0.49.0rc1"],"schemaVersion":1,"subject":"pkg:pypi/llvmlite@0.49.0rc1","symbols":["llvmlite.ir"],"verifierAdapter":"python@1"}
pyproject.toml
[project]
name = "verify-llvmlite-ir"
version = "0.1.0"
requires-python = ">=3.10"
dependencies = [
    "llvmlite==0.49.0rc1",
]
requirements.txt
llvmlite==0.49.0rc1
sample.py
"""Demonstration of core LLVM IR construction using llvmlite.ir."""

from typing import Tuple
import llvmlite.ir as ir


def build_arithmetic_module() -> Tuple[ir.Module, ir.Function]:
    """Create a module defining arithmetic operations: (a + b) * a - b."""
    module = ir.Module(name="arithmetic_module")
    module.triple = "x86_64-unknown-linux-gnu"

    i32 = ir.IntType(32)
    func_type = ir.FunctionType(i32, [i32, i32])
    func = ir.Function(module, func_type, name="compute_arithmetic")
    func.args[0].name = "a"
    func.args[1].name = "b"

    entry = func.append_basic_block("entry")
    builder = ir.IRBuilder(entry)

    a, b = func.args
    sum_val = builder.add(a, b, name="sum")
    prod_val = builder.mul(sum_val, a, name="prod")
    diff_val = builder.sub(prod_val, b, name="diff")
    builder.ret(diff_val)

    return module, func


def build_memory_and_call_module() -> Tuple[ir.Module, ir.Function, ir.Function]:
    """Create a module demonstrating stack allocation, store, load, and function calls."""
    module = ir.Module(name="memory_call_module")
    i32 = ir.IntType(32)

    # Callee function: square(x: i32) -> i32
    callee_type = ir.FunctionType(i32, [i32])
    callee = ir.Function(module, callee_type, name="square")
    callee.args[0].name = "x"
    callee_entry = callee.append_basic_block("entry")
    callee_builder = ir.IRBuilder(callee_entry)
    squared = callee_builder.mul(callee.args[0], callee.args[0], name="squared")
    callee_builder.ret(squared)

    # Caller function: allocate stack slot, store value, load, and call square
    caller_type = ir.FunctionType(i32, [i32])
    caller = ir.Function(module, caller_type, name="square_from_memory")
    caller.args[0].name = "val"
    caller_entry = caller.append_basic_block("entry")
    caller_builder = ir.IRBuilder(caller_entry)

    slot = caller_builder.alloca(i32, name="stack_slot")
    caller_builder.store(caller.args[0], slot)
    loaded = caller_builder.load(slot, name="loaded_val")
    result = caller_builder.call(callee, [loaded], name="call_res")
    caller_builder.ret(result)

    return module, callee, caller


def build_branching_and_phi_module() -> Tuple[ir.Module, ir.Function]:
    """Create a module demonstrating icmp, cbranch, and phi node value selection."""
    module = ir.Module(name="branching_module")
    i32 = ir.IntType(32)

    func_type = ir.FunctionType(i32, [i32, i32])
    func = ir.Function(module, func_type, name="max_val")
    func.args[0].name = "x"
    func.args[1].name = "y"

    entry = func.append_basic_block("entry")
    then_block = func.append_basic_block("then")
    else_block = func.append_basic_block("else")
    merge_block = func.append_basic_block("merge")

    builder = ir.IRBuilder(entry)
    cond = builder.icmp_signed(">", func.args[0], func.args[1], name="cmp_gt")
    builder.cbranch(cond, then_block, else_block)

    builder.position_at_end(then_block)
    builder.branch(merge_block)

    builder.position_at_end(else_block)
    builder.branch(merge_block)

    builder.position_at_end(merge_block)
    phi = builder.phi(i32, name="selected_val")
    phi.add_incoming(func.args[0], then_block)
    phi.add_incoming(func.args[1], else_block)
    builder.ret(phi)

    return module, func


def build_globals_module() -> Tuple[ir.Module, ir.GlobalVariable]:
    """Create a module defining a global variable with an initializer and linkage."""
    module = ir.Module(name="globals_module")
    i32 = ir.IntType(32)

    global_var = ir.GlobalVariable(module, i32, name="sample_counter")
    global_var.initializer = ir.Constant(i32, 42)
    global_var.linkage = "internal"

    # Function reading the global variable
    func_type = ir.FunctionType(i32, [])
    func = ir.Function(module, func_type, name="get_counter")
    entry = func.append_basic_block("entry")
    builder = ir.IRBuilder(entry)
    val = builder.load(global_var, name="counter_val")
    builder.ret(val)

    return module, global_var


def build_struct_module() -> Tuple[ir.Module, ir.IdentifiedStructType]:
    """Create a module with an identified struct type and GEP member access."""
    module = ir.Module(name="struct_module")
    i32 = ir.IntType(32)

    point_type = module.context.get_identified_type("Point")
    point_type.set_body(i32, i32)

    func_type = ir.FunctionType(i32, [i32, i32])
    func = ir.Function(module, func_type, name="make_and_read_point")
    func.args[0].name = "x"
    func.args[1].name = "y"

    entry = func.append_basic_block("entry")
    builder = ir.IRBuilder(entry)

    pt_ptr = builder.alloca(point_type, name="pt")
    zero = ir.Constant(i32, 0)
    one = ir.Constant(i32, 1)

    gep_x = builder.gep(pt_ptr, [zero, zero], name="gep_x")
    builder.store(func.args[0], gep_x)

    gep_y = builder.gep(pt_ptr, [zero, one], name="gep_y")
    builder.store(func.args[1], gep_y)

    loaded_x = builder.load(gep_x, name="read_x")
    builder.ret(loaded_x)

    return module, point_type
spec.json
{
  "schemaVersion": 1,
  "goal": "verify llvmlite.ir in pkg:pypi/llvmlite@0.49.0rc1",
  "kind": "HOW",
  "packages": [
    "pkg:pypi/llvmlite@0.49.0rc1"
  ],
  "symbols": [
    "llvmlite.ir"
  ]
}
test/__init__.py
"""Test package initialization."""
test/contract.py
"""Contract verification tests for llvmlite.ir in pkg:pypi/llvmlite@0.49.0rc1."""

import os
import sys

# Ensure repository root is on sys.path for local module imports
sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__))))

import llvmlite.ir as ir
from sample import (
    build_arithmetic_module,
    build_branching_and_phi_module,
    build_globals_module,
    build_memory_and_call_module,
    build_struct_module,
)


def test_module_initialization() -> None:
    """ir.Module initializes an LLVM module with name, triple, and datalayout specifications."""
    module, _ = build_arithmetic_module()
    assert module.name == "arithmetic_module"
    assert module.triple == "x86_64-unknown-linux-gnu"
    ir_text = str(module)
    assert '; ModuleID = "arithmetic_module"' in ir_text
    assert 'target triple = "x86_64-unknown-linux-gnu"' in ir_text


def test_function_and_argument_types() -> None:
    """ir.Function and ir.FunctionType declare typed functions and inspect named arguments."""
    module, func = build_arithmetic_module()
    assert isinstance(func.function_type, ir.FunctionType)
    assert len(func.args) == 2
    assert func.args[0].name == "a"
    assert func.args[1].name == "b"
    assert isinstance(func.args[0].type, ir.IntType)
    assert func.args[0].type.width == 32
    assert 'define i32 @"compute_arithmetic"(i32 %"a", i32 %"b")' in str(module)


def test_arithmetic_instructions() -> None:
    """ir.IRBuilder emits arithmetic instructions including add, sub, and mul."""
    module, _ = build_arithmetic_module()
    ir_text = str(module)
    assert '%"sum" = add i32 %"a", %"b"' in ir_text
    assert '%"prod" = mul i32 %"sum", %"a"' in ir_text
    assert '%"diff" = sub i32 %"prod", %"b"' in ir_text
    assert 'ret i32 %"diff"' in ir_text


def test_memory_instructions_and_calls() -> None:
    """ir.IRBuilder emits memory instructions including alloca, store, and load."""
    module, callee, caller = build_memory_and_call_module()
    ir_text = str(module)
    assert 'define i32 @"square"(i32 %"x")' in ir_text
    assert '%"squared" = mul i32 %"x", %"x"' in ir_text
    assert 'define i32 @"square_from_memory"(i32 %"val")' in ir_text
    assert '%"stack_slot" = alloca i32' in ir_text
    assert 'store i32 %"val", i32* %"stack_slot"' in ir_text
    assert '%"loaded_val" = load i32, i32* %"stack_slot"' in ir_text
    assert '%"call_res" = call i32 @"square"(i32 %"loaded_val")' in ir_text
    assert 'ret i32 %"call_res"' in ir_text


def test_branching_and_comparisons() -> None:
    """ir.IRBuilder supports structured branching with icmp_signed comparison and cbranch conditional jumps."""
    module, _ = build_branching_and_phi_module()
    ir_text = str(module)
    assert '%"cmp_gt" = icmp sgt i32 %"x", %"y"' in ir_text
    assert 'br i1 %"cmp_gt", label %"then", label %"else"' in ir_text
    assert 'br label %"merge"' in ir_text


def test_phi_node_merging() -> None:
    """ir.IRBuilder supports phi nodes merging incoming values from multiple predecessor basic blocks."""
    module, _ = build_branching_and_phi_module()
    ir_text = str(module)
    assert '%"selected_val" = phi  i32 [%"x", %"then"], [%"y", %"else"]' in ir_text
    assert 'ret i32 %"selected_val"' in ir_text


def test_global_variables() -> None:
    """ir.GlobalVariable defines module-level global variables with initializers and linkage."""
    module, global_var = build_globals_module()
    assert global_var.name == "sample_counter"
    assert global_var.linkage == "internal"
    assert isinstance(global_var.initializer, ir.Constant)
    ir_text = str(module)
    assert '@"sample_counter" = internal global i32 42' in ir_text
    assert 'define i32 @"get_counter"()' in ir_text
    assert '%"counter_val" = load i32, i32* @"sample_counter"' in ir_text


def test_identified_struct_type_and_gep() -> None:
    """ir.IdentifiedStructType creates structured record types accessible via ir.IRBuilder.gep."""
    module, point_type = build_struct_module()
    assert point_type.name == "Point"
    ir_text = str(module)
    assert '%"Point" = type {i32, i32}' in ir_text
    assert '%"pt" = alloca %"Point"' in ir_text
    assert '%"gep_x" = getelementptr %"Point", %"Point"* %"pt", i32 0, i32 0' in ir_text
    assert '%"gep_y" = getelementptr %"Point", %"Point"* %"pt", i32 0, i32 1' in ir_text
    assert '%"read_x" = load i32, i32* %"gep_x"' in ir_text


def main() -> None:
    test_module_initialization()
    test_function_and_argument_types()
    test_arithmetic_instructions()
    test_memory_instructions_and_calls()
    test_branching_and_comparisons()
    test_phi_node_merging()
    test_global_variables()
    test_identified_struct_type_and_gep()
    print("All llvmlite.ir contract tests passed successfully.")


if __name__ == "__main__":
    main()
uv.lock
version = 1
revision = 3
requires-python = ">=3.10"

[[package]]
name = "llvmlite"
version = "0.49.0rc1"
source = { registry = "https://pypi.org/simple" }
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Seeder d'origine

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