// -*- Mode: C++ -*- // // Copyright (C) 2013-2020 Red Hat, Inc. // // This file is part of the GNU Application Binary Interface Generic // Analysis and Instrumentation Library (libabigail). This library is // free software; you can redistribute it and/or modify it under the // terms of the GNU Lesser General Public License as published by the // Free Software Foundation; either version 3, or (at your option) any // later version. // This library is distributed in the hope that it will be useful, but // WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU // General Lesser Public License for more details. // You should have received a copy of the GNU Lesser General Public // License along with this program; see the file COPYING-LGPLV3. If // not, see . // Author: Dodji Seketeli /// @file /// /// This program runs a diff between input files and compares the /// resulting report with a reference report. If the resulting report /// is different from the reference report, the test has failed. /// /// The set of input files and reference reports to consider should be /// present in the source distribution. #include #include #include #include #include "abg-tools-utils.h" #include "abg-reader.h" #include "test-utils.h" #include "abg-comparison.h" #include "abg-corpus.h" using std::string; using std::ofstream; using std::cerr; struct InOutSpec { const char* first_in_path; const char* second_in_path; const char* ref_diff_path; const char* out_path; };// end struct InOutSpec static InOutSpec specs[] = { { "data/test-abidiff/test-enum0-v0.cc.bi", "data/test-abidiff/test-enum0-v1.cc.bi", "data/test-abidiff/test-enum0-report.txt", "output/test-abidiff/test-enum0-report.txt" }, { "data/test-abidiff/test-enum1-v0.cc.bi", "data/test-abidiff/test-enum1-v1.cc.bi", "data/test-abidiff/test-enum1-report.txt", "output/test-abidiff/test-enum1-report.txt" }, { "data/test-abidiff/test-qual-type0-v0.cc.bi", "data/test-abidiff/test-qual-type0-v1.cc.bi", "data/test-abidiff/test-qual-type0-report.txt", "output/test-abidiff/test-qual-type0-report.txt" }, { "data/test-abidiff/test-struct0-v0.cc.bi", "data/test-abidiff/test-struct0-v1.cc.bi", "data/test-abidiff/test-struct0-report.txt", "output/test-abidiff/test-struct0-report.txt" }, { "data/test-abidiff/test-struct1-v0.cc.bi", "data/test-abidiff/test-struct1-v1.cc.bi", "data/test-abidiff/test-struct1-report.txt", "output/test-abidiff/test-struct1-report.txt" }, { "data/test-abidiff/test-var0-v0.cc.bi", "data/test-abidiff/test-var0-v1.cc.bi", "data/test-abidiff/test-var0-report.txt", "output/test-abidiff/test-var0-report.txt" }, { "data/test-abidiff/test-PR18166-libtirpc.so.abi", "data/test-abidiff/test-PR18166-libtirpc.so.abi", "data/test-abidiff/test-PR18166-libtirpc.so.report.txt", "output/test-abidiff/test-PR18166-libtirpc.so.report.txt" }, { "data/test-abidiff/test-PR18791-v0.so.abi", "data/test-abidiff/test-PR18791-v1.so.abi", "data/test-abidiff/test-PR18791-report0.txt", "output/test-abidiff/test-PR18791-report0.txt" }, { "data/test-abidiff/test-PR24552-v0.abi", "data/test-abidiff/test-PR24552-v1.abi", "data/test-abidiff/test-PR24552-report0.txt", "output/test-abidiff/test-PR24552-report0.txt" }, { "data/test-abidiff/test-empty-corpus-0.xml", "data/test-abidiff/test-empty-corpus-0.xml", "data/test-abidiff/test-empty-corpus-report.txt", "output/test-abidiff/test-empty-corpus-report.txt" }, { "data/test-abidiff/test-empty-corpus-1.xml", "data/test-abidiff/test-empty-corpus-1.xml", "data/test-abidiff/test-empty-corpus-report.txt", "output/test-abidiff/test-empty-corpus-report.txt" }, { "data/test-abidiff/test-empty-corpus-2.xml", "data/test-abidiff/test-empty-corpus-2.xml", "data/test-abidiff/test-empty-corpus-report.txt", "output/test-abidiff/test-empty-corpus-report.txt" }, // This should be the last entry. {0, 0, 0, 0} }; #define NUM_SPEC_ELEMS \ ((sizeof(specs) / sizeof(InOutSpec)) - 1) using std::string; using std::cerr; using std::ofstream; using abigail::tools_utils::file_type; using abigail::tools_utils::check_file; using abigail::tools_utils::guess_file_type; using abigail::ir::environment; using abigail::ir::environment_sptr; using abigail::corpus_sptr; using abigail::corpus_group_sptr; using abigail::translation_unit; using abigail::translation_unit_sptr; using abigail::xml_reader::read_translation_unit_from_file; using abigail::xml_reader::read_corpus_from_native_xml_file; using abigail::xml_reader::read_corpus_group_from_native_xml_file; using abigail::comparison::corpus_diff_sptr; using abigail::comparison::translation_unit_diff_sptr; using abigail::comparison::compute_diff; using abigail::comparison::diff_context_sptr; using abigail::comparison::diff_context; int main(int, char*[]) { bool is_ok = true; string out_path = string(abigail::tests::get_build_dir()) + "/tests/" + specs->out_path; if (!abigail::tools_utils::ensure_parent_dir_created(out_path)) { cerr << "Could not create parent director for " << out_path; return 1; } string first_in_path, second_in_path, ref_diff_path; for (InOutSpec *s = specs; s->first_in_path; ++s) { first_in_path = string(abigail::tests::get_src_dir()) + "/tests/" + s->first_in_path; second_in_path = string(abigail::tests::get_src_dir()) + "/tests/" + s->second_in_path; ref_diff_path = string(abigail::tests::get_src_dir()) + "/tests/" + s->ref_diff_path; out_path = string(abigail::tests::get_build_dir()) + "/tests/" + s->out_path; if (!abigail::tools_utils::ensure_parent_dir_created(out_path)) { cerr << "Could not create parent directory for " << out_path; continue; } environment_sptr env(new environment); translation_unit_sptr tu1, tu2; corpus_sptr corpus1, corpus2; corpus_group_sptr corpus_group1, corpus_group2; file_type t = guess_file_type(first_in_path); if (t == abigail::tools_utils::FILE_TYPE_NATIVE_BI) tu1 = read_translation_unit_from_file(first_in_path, env.get()); else if (t == abigail::tools_utils::FILE_TYPE_XML_CORPUS) corpus1 = read_corpus_from_native_xml_file(first_in_path, env.get()); else if (t == abigail::tools_utils::FILE_TYPE_XML_CORPUS_GROUP) corpus_group1 = read_corpus_group_from_native_xml_file(first_in_path, env.get()); else abort(); if (!tu1 && !corpus1 && !corpus_group1) { cerr << "failed to read " << first_in_path << "\n"; is_ok = false; continue; } t = guess_file_type(second_in_path); if (t == abigail::tools_utils::FILE_TYPE_NATIVE_BI) tu2 = read_translation_unit_from_file(second_in_path, env.get()); else if (t == abigail::tools_utils::FILE_TYPE_XML_CORPUS) corpus2 = read_corpus_from_native_xml_file(second_in_path, env.get()); else if (t == abigail::tools_utils::FILE_TYPE_XML_CORPUS_GROUP) corpus_group2 = read_corpus_group_from_native_xml_file(first_in_path, env.get()); else abort(); if (!tu2 && !corpus2 && !corpus_group2) { cerr << "failed to read " << second_in_path << "\n"; is_ok = false; continue; } translation_unit_diff_sptr d1; corpus_diff_sptr d2; diff_context_sptr ctxt(new diff_context); ctxt->show_locs(false); if (tu1) d1= compute_diff(tu1, tu2, ctxt); else if (corpus1) d2 = compute_diff(corpus1, corpus2, ctxt); else if (corpus_group1) d2 = compute_diff(corpus_group1, corpus_group2, ctxt); ofstream of(out_path.c_str(), std::ios_base::trunc); if (!of.is_open()) { cerr << "failed to read " << s->out_path << "\n"; is_ok = false; continue; } if (d1) d1->report(of); else d2->report(of); of.close(); string cmd = "diff -u " + ref_diff_path + " " + out_path; if (system(cmd.c_str())) is_ok = false; } return !is_ok; }