Blame SOURCES/1010-move-problem_report-to-plugins.patch

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From a24be1f0915646dd0390884ceb4ee1bfae7fbe0c Mon Sep 17 00:00:00 2001
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From: Jakub Filak <jfilak@redhat.com>
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Date: Wed, 25 Mar 2015 16:43:19 +0100
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Subject: [PATCH 1010/1015] move problem_report to plugins
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Get rid of satyr from libreport.
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Signed-off-by: Jakub Filak <jfilak@redhat.com>
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---
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 po/POTFILES.in               |    2 +-
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 src/include/Makefile.am      |    1 -
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 src/include/problem_report.h |  334 ------------
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 src/lib/Makefile.am          |    7 +-
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 src/lib/problem_report.c     | 1210 ------------------------------------------
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 src/plugins/Makefile.am      |   24 +-
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 src/plugins/problem_report.c | 1210 ++++++++++++++++++++++++++++++++++++++++++
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 src/plugins/problem_report.h |  334 ++++++++++++
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 tests/testsuite.at           |    2 +-
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 9 files changed, 1568 insertions(+), 1556 deletions(-)
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 delete mode 100644 src/include/problem_report.h
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 delete mode 100644 src/lib/problem_report.c
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 create mode 100644 src/plugins/problem_report.c
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 create mode 100644 src/plugins/problem_report.h
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diff --git a/po/POTFILES.in b/po/POTFILES.in
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index 9cf8f72..8b62b59 100644
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--- a/po/POTFILES.in
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+++ b/po/POTFILES.in
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@@ -25,11 +25,11 @@ src/lib/ureport.c
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 src/lib/make_descr.c
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 src/lib/parse_options.c
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 src/lib/problem_data.c
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-src/lib/problem_report.c
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 src/lib/reported_to.c
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 src/lib/reporters.c
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 src/lib/run_event.c
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 src/plugins/abrt_rh_support.c
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+src/plugins/problem_report.c
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 src/plugins/report_Bugzilla.xml.in.in
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 src/plugins/report.c
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 src/plugins/reporter-bugzilla.c
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diff --git a/src/include/Makefile.am b/src/include/Makefile.am
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index 4d8c6a5..7a76cf4 100644
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--- a/src/include/Makefile.am
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+++ b/src/include/Makefile.am
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@@ -5,7 +5,6 @@ libreport_include_HEADERS = \
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     dump_dir.h \
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     event_config.h \
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     problem_data.h \
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-    problem_report.h \
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     report.h \
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     run_event.h \
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     libreport_curl.h \
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diff --git a/src/include/problem_report.h b/src/include/problem_report.h
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deleted file mode 100644
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index f2d41d8..0000000
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--- a/src/include/problem_report.h
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+++ /dev/null
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@@ -1,334 +0,0 @@
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-/*
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-    Copyright (C) 2014  ABRT team
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-    Copyright (C) 2014  RedHat Inc
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-
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-    This program is free software; you can redistribute it and/or modify
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-    it under the terms of the GNU General Public License as published by
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-    the Free Software Foundation; either version 2 of the License, or
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-    (at your option) any later version.
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-
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-    This program is distributed in the hope that it will be useful,
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-    but WITHOUT ANY WARRANTY; without even the implied warranty of
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-    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
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-    GNU General Public License for more details.
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-
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-    You should have received a copy of the GNU General Public License along
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-    with this program; if not, write to the Free Software Foundation, Inc.,
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-    51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
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-
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-    @brief API for formating of problem data
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-
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-    These functions can be used to convert a problem data to its string
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-    representation.
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-
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-    The output format can be parsed from a string:
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-
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-        problem_formatter_t *formatter = problem_formatter_new();
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-        problem_formatter_load_string(formatter, MY_FORMAT_STRING);
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-
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-    or loaded from a file:
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-
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-        problem_formatter_t *formatter = problem_formatter_new();
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-        problem_formatter_load_file(formatter, MY_FORMAT_FILE);
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-
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-    Once you have configured your formatter you can convert problem_data to
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-    problem_report by calling:
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-
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-        problem_report_t *report;
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-        if (problem_formatter_generate_report(formatter, data, &report) != 0)
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-            errx(EXIT_FAILURE, "Problem data cannot be converted to problem report.");
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-
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-    Now you can print the report:
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-
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-        printf("Problem: %s\n", problem_report_get_summary());
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-        printf("%s\n",          problem_report_get_description());
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-
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-        puts("Problem attachments:");
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-        for (GList *a = problem_report_get_attachments(pr); a != NULL; a = g_list_next(a))
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-            printf(" %s\n", a->data);
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-
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-    Format description:
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-
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-         ----
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-         %summary:: summary format
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-         %attach:: elemnt1[,element2]...
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-         section:: element1[,element2]...
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-         The literal text line to be added to report.
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-         ----
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-
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-         Summary format is a line of text, where %element% is replaced by
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-         text element's content, and [[...%element%...]] block is used only if
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-         %element% exists. [[...]] blocks can nest.
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-
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-         Sections can be:
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-         - %summary: bug summary format string.
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-
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-         - %attach: a list of elements to attach.
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-
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-         - text, double colon (::) and the list of comma-separated elements.
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-           Text can be empty (":: elem1, elem2, elem3" works),
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-           in this case "Text:" header line will be omitted.
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-
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-         - %description: this section is implicit and contains all text
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-           sections unless another section was specified (%summary and %attach
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-           are ignored when determining text section's placement)
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-
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-         - every text element belongs to the last specified section (%summary
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-           and %attach sections are ignored). If no section was specified,
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-           the text element belogns to %description.
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-
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-         - If none of elements exists, the section will not be created.
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-
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-         - Empty lines are NOT ignored.
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-
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-         Elements can be:
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-         - problem directory element names, which get formatted as
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-           <element_name>: <contents>
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-           or
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-           <element_name>:
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-           :<contents>
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-           :<contents>
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-           :<contents>
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-
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-         - problem directory element names prefixed by "%bare_",
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-           which is formatted as-is, without "<element_name>:" and colons
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-
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-         - %oneline, %multiline, %text wildcards, which select all corresponding
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-           elements for output or attachment
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-
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-         - %binary wildcard, valid only for %attach section, instructs to attach
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-           binary elements
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-
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-         - problem directory element names prefixed by "-",
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-           which excludes given element from all wildcards
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-
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-         - Nonexistent elements are silently ignored.
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-
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-    You can add your own section:
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-
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-        problem_formatter_t *formatter = problem_formatter_new();
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-        problem_formatter_add_section(formatter, "additional_info", PFFF_REQUIRED);
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-
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-    and then you can use the section in the formatting string:
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-
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-        problem_formatter_load_string(formatter,
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-                "::comment\n"
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-                "%additional_info:: maps");
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-        problem_formatter_generate_report(formatter, data, &report);
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-
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-        printf("Problem: %s\n",         problem_report_get_summary());
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-        printf("%s\n",                  problem_report_get_description());
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-        printf("Additional info: %s\n", problem_report_get_section(report, "additiona_info"));
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-
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-    The lines above are equivalent to the following lines:
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-
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-        printf("Problem: %s\n",         problem_data_get_content_or_NULL(data, "reason"));
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-        printf("%s\n",                  problem_data_get_content_or_NULL(data, "comment"));
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-        printf("Additional info: %s\n", problem_data_get_content_or_NULL(data, "maps"));
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-*/
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-#ifndef LIBREPORT_PROBLEM_REPORT_H
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-#define LIBREPORT_PROBLEM_REPORT_H
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-
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-#include <glib.h>
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-#include <stdio.h>
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-#include "problem_data.h"
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-
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-#ifdef __cplusplus
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-extern "C" {
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-#endif
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-
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-#define PR_SEC_SUMMARY "summary"
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-#define PR_SEC_DESCRIPTION "description"
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-
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-/*
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- * The problem report structure represents a problem data formatted according
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- * to a format string.
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- *
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- * A problem report is composed of well-known sections:
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- *   - summary
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- *   - descritpion
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- *   - attach
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- *
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- * and custom sections accessed by:
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- *   problem_report_get_section();
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- */
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-struct problem_report;
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-typedef struct problem_report problem_report_t;
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-
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-/*
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- * Helpers for easily switching between FILE and struct strbuf
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- */
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-
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-/*
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- * Type of buffer used by Problem report
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- */
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-typedef FILE problem_report_buffer;
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-
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-/*
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- * Wrapper for the proble buffer's formated output function.
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- */
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-#define problem_report_buffer_printf(buf, fmt, ...)\
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-    fprintf((buf), (fmt), ##__VA_ARGS__)
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-
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-
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-/*
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- * Get a section buffer
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- *
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- * Use this function if you need to amend something to a formatted section.
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- *
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- * @param self Problem report
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- * @param section_name Name of required section
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- * @return Always valid pointer to a section buffer
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- */
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-problem_report_buffer *problem_report_get_buffer(const problem_report_t *self,
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-        const char *section_name);
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-
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-/*
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- * Get Summary string
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- *
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- * The returned pointer is valid as long as you perform no further output to
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- * the summary buffer.
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- *
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- * @param self Problem report
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- * @return Non-NULL pointer to summary data
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- */
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-const char *problem_report_get_summary(const problem_report_t *self);
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-
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-/*
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- * Get Description string
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- *
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- * The returned pointer is valid as long as you perform no further output to
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- * the description buffer.
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- *
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- * @param self Problem report
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- * @return Non-NULL pointer to description data
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- */
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-const char *problem_report_get_description(const problem_report_t *self);
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-
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-/*
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- * Get Section's string
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- *
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- * The returned pointer is valid as long as you perform no further output to
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- * the section's buffer.
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- *
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- * @param self Problem report
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- * @param section_name Name of the required section
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- * @return Non-NULL pointer to description data
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- */
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-const char *problem_report_get_section(const problem_report_t *self,
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-        const char *section_name);
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-
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-/*
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- * Get GList of the problem data items that are to be attached
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- *
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- * @param self Problem report
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- * @return A pointer to GList (NULL means empty list)
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- */
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-GList *problem_report_get_attachments(const problem_report_t *self);
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-
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-/*
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- * Releases all resources allocated by a problem report
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- *
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- * @param self Problem report
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- */
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-void problem_report_free(problem_report_t *self);
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-
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-
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-/*
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- * An enum of Extra section flags
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- */
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-enum problem_formatter_section_flags {
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-    PFFF_REQUIRED = 1 << 0, ///< section must be present in the format spec
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-};
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-
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-/*
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- * The problem formatter structure formats a problem data according to a format
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- * string and stores result a problem report.
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- *
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- * The problem formatter uses '%reason%' as %summary section format string, if
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- * %summary is not provided by a format string.
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- */
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-struct problem_formatter;
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-typedef struct problem_formatter problem_formatter_t;
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-
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-/*
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- * Constructs a new problem formatter.
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- *
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- * @return Non-NULL pointer to the new problem formatter
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- */
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-problem_formatter_t *problem_formatter_new(void);
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-
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-/*
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- * Releases all resources allocated by a problem formatter
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- *
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- * @param self Problem formatter
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- */
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-void problem_formatter_free(problem_formatter_t *self);
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-
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-/*
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- * Adds a new recognized section
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- *
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- * The problem formatter ignores a section in the format spec if the section is
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- * not one of the default nor added by this function.
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- *
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- * How the problem formatter handles these extra sections:
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- *
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- * A custom section is something like %description section. %description is the
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- * default section where all text (sub)sections are stored. If the formatter
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- * finds the custom section in format string, then starts storing text
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- * (sub)sections in the custom section.
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- *
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- * (%description)    |:: comment
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- * (%description)    |
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- * (%description)    |Package:: package
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- * (%description)    |
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- * (%additiona_info) |%additional_info::
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- * (%additiona_info) |%reporter%
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- * (%additiona_info) |User:: user_name,uid
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- * (%additiona_info) |
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- * (%additiona_info) |Directories:: root,cwd
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- *
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- *
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- * @param self Problem formatter
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- * @param name Name of the added section
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- * @param flags Info about the added section
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- * @return Zero on success. -EEXIST if the name is already known by the formatter
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- */
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-int problem_formatter_add_section(problem_formatter_t *self, const char *name, int flags);
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-
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-/*
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- * Loads a problem format from a string.
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- *
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- * @param self Problem formatter
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- * @param fmt Format
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- * @return Zero on success or number of warnings (e.g. missing section,
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- * unrecognized section).
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- */
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-int problem_formatter_load_string(problem_formatter_t* self, const char *fmt);
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-
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-/*
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- * Loads a problem format from a file.
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- *
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- * @param self Problem formatter
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- * @param pat Path to the format file
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- * @return Zero on success or number of warnings (e.g. missing section,
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- * unrecognized section).
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- */
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-int problem_formatter_load_file(problem_formatter_t* self, const char *path);
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-
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-/*
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- * Creates a new problem report, formats the data according to the loaded
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- * format string and stores output in the report.
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- *
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- * @param self Problem formatter
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- * @param data Problem data to format
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- * @param report Pointer where the created problem report is to be stored
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- * @return Zero on success, otherwise non-zero value.
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- */
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-int problem_formatter_generate_report(const problem_formatter_t *self, problem_data_t *data, problem_report_t **report);
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-
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-#ifdef __cplusplus
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-}
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-#endif
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-
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-#endif // LIBREPORT_PROBLEM_REPORT_H
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diff --git a/src/lib/Makefile.am b/src/lib/Makefile.am
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index d41e543..80a7c4d 100644
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--- a/src/lib/Makefile.am
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+++ b/src/lib/Makefile.am
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@@ -38,7 +38,6 @@ libreport_la_SOURCES = \
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     make_descr.c \
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     run_event.c \
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     problem_data.c \
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-    problem_report.c \
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     create_dump_dir.c \
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     abrt_types.c \
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     parse_release.c \
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@@ -80,7 +79,6 @@ libreport_la_CPPFLAGS = \
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     $(GLIB_CFLAGS) \
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     $(GOBJECT_CFLAGS) \
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     $(AUGEAS_CFLAGS) \
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-    $(SATYR_CFLAGS) \
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     -D_GNU_SOURCE
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 libreport_la_LDFLAGS = \
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     -ltar \
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@@ -90,8 +88,7 @@ libreport_la_LIBADD = \
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     $(GLIB_LIBS) \
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     $(JOURNAL_LIBS) \
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     $(GOBJECT_LIBS) \
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-    $(AUGEAS_LIBS) \
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-    $(SATYR_LIBS)
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+    $(AUGEAS_LIBS)
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 libreportconfdir = $(CONF_DIR)
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 dist_libreportconf_DATA = \
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@@ -152,8 +149,8 @@ libreport_web_la_LIBADD = \
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     $(PROXY_LIBS) \
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     $(LIBXML_LIBS) \
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     $(JSON_C_LIBS) \
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-    $(SATYR_LIBS) \
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     $(XMLRPC_LIBS) $(XMLRPC_CLIENT_LIBS) \
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+    $(SATYR_LIBS) \
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     libreport.la
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 DEFS = -DLOCALEDIR=\"$(localedir)\" @DEFS@
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diff --git a/src/lib/problem_report.c b/src/lib/problem_report.c
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deleted file mode 100644
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index 2bf5530..0000000
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--- a/src/lib/problem_report.c
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+++ /dev/null
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@@ -1,1210 +0,0 @@
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-/*
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-    Copyright (C) 2014  ABRT team
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-    Copyright (C) 2014  RedHat Inc
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-
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-    This program is free software; you can redistribute it and/or modify
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-    it under the terms of the GNU General Public License as published by
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-    the Free Software Foundation; either version 2 of the License, or
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-    (at your option) any later version.
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-
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-    This program is distributed in the hope that it will be useful,
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-    but WITHOUT ANY WARRANTY; without even the implied warranty of
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-    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
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-    GNU General Public License for more details.
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-
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-    You should have received a copy of the GNU General Public License along
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-    with this program; if not, write to the Free Software Foundation, Inc.,
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-    51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
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-*/
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-
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-#include "problem_report.h"
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-#include "internal_libreport.h"
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-
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-#include <satyr/stacktrace.h>
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-#include <satyr/abrt.h>
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-
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-#include <assert.h>
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-
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-#define DESTROYED_POINTER (void *)0xdeadbeef
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-
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-/* FORMAT:
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- * |%summary:: Hello, world
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- * |Problem description:: %bare_comment
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- * |
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- * |Package:: package
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- * |
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- * |%attach: %binary, backtrace
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- * |
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- * |%additional_info::
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- * |%reporter%
2032a8
- * |User:: user_name,uid
2032a8
- * |
2032a8
- * |Directories:: root,cwd
2032a8
- *
2032a8
- * PARSED DATA (list of struct section_t):
2032a8
- * {
2032a8
- *   section_t {
2032a8
- *      .name     = '%summary';
2032a8
- *      .items    = { 'Hello, world' };
2032a8
- *      .children = NULL;
2032a8
- *   },
2032a8
- *   section_t {
2032a8
- *      .name     = '%attach'
2032a8
- *      .items    = { '%binary', 'backtrace' };
2032a8
- *      .children = NULL;
2032a8
- *   },
2032a8
- *   section_t {
2032a8
- *      .name     = '%description'
2032a8
- *      .items    = NULL;
2032a8
- *      .children = {
2032a8
- *        section_t {
2032a8
- *          .name     = 'Problem description:';
2032a8
- *          .items    = { '%bare_comment' };
2032a8
- *          .children = NULL;
2032a8
- *        },
2032a8
- *        section_t {
2032a8
- *          .name     = '';
2032a8
- *          .items    = NULL;
2032a8
- *          .children = NULL;
2032a8
- *        },
2032a8
- *        section_t {
2032a8
- *          .name     = 'Package:';
2032a8
- *          .items    = { 'package' };
2032a8
- *          .children = NULL;
2032a8
- *        },
2032a8
- *      }
2032a8
- *   },
2032a8
- *   section_t {
2032a8
- *      .name     = '%additional_info'
2032a8
- *      .items    = { '%reporter%' };
2032a8
- *      .children = {
2032a8
- *        section_t {
2032a8
- *          .name     = 'User:';
2032a8
- *          .items    = { 'user_name', 'uid' };
2032a8
- *          .children = NULL;
2032a8
- *        },
2032a8
- *        section_t {
2032a8
- *          .name     = '';
2032a8
- *          .items    = NULL;
2032a8
- *          .children = NULL;
2032a8
- *        },
2032a8
- *        section_t {
2032a8
- *          .name     = 'Directories:';
2032a8
- *          .items    = { 'root', 'cwd' };
2032a8
- *          .children = NULL;
2032a8
- *        },
2032a8
- *      }
2032a8
- *   }
2032a8
- * }
2032a8
- */
2032a8
-struct section_t {
2032a8
-    char *name;      ///< name or output text (%summar, 'Package version:');
2032a8
-    GList *items;    ///< list of file names and special items (%reporter, %binar, ...)
2032a8
-    GList *children; ///< list of sub sections (struct section_t)
2032a8
-};
2032a8
-
2032a8
-typedef struct section_t section_t;
2032a8
-
2032a8
-static section_t *
2032a8
-section_new(const char *name)
2032a8
-{
2032a8
-    section_t *self = xmalloc(sizeof(*self));
2032a8
-    self->name = xstrdup(name);
2032a8
-    self->items = NULL;
2032a8
-    self->children = NULL;
2032a8
-
2032a8
-    return self;
2032a8
-}
2032a8
-
2032a8
-static void
2032a8
-section_free(section_t *self)
2032a8
-{
2032a8
-    if (self == NULL)
2032a8
-        return;
2032a8
-
2032a8
-    free(self->name);
2032a8
-    g_list_free_full(self->items, free);
2032a8
-    g_list_free_full(self->children, (GDestroyNotify)section_free);
2032a8
-
2032a8
-    free(self);
2032a8
-}
2032a8
-
2032a8
-static int
2032a8
-section_name_cmp(section_t *lhs, const char *rhs)
2032a8
-{
2032a8
-    return strcmp((lhs->name + 1), rhs);
2032a8
-}
2032a8
-
2032a8
-/* Utility functions */
2032a8
-
2032a8
-static GList*
2032a8
-split_string_on_char(const char *str, char ch)
2032a8
-{
2032a8
-    GList *list = NULL;
2032a8
-    for (;;)
2032a8
-    {
2032a8
-        const char *delim = strchrnul(str, ch);
2032a8
-        list = g_list_prepend(list, xstrndup(str, delim - str));
2032a8
-        if (*delim == '\0')
2032a8
-            break;
2032a8
-        str = delim + 1;
2032a8
-    }
2032a8
-    return g_list_reverse(list);
2032a8
-}
2032a8
-
2032a8
-static int
2032a8
-compare_item_name(const char *lookup, const char *name)
2032a8
-{
2032a8
-    if (lookup[0] == '-')
2032a8
-        lookup++;
2032a8
-    else if (strncmp(lookup, "%bare_", 6) == 0)
2032a8
-        lookup += 6;
2032a8
-    return strcmp(lookup, name);
2032a8
-}
2032a8
-
2032a8
-static int
2032a8
-is_item_name_in_section(const section_t *lookup, const char *name)
2032a8
-{
2032a8
-    if (g_list_find_custom(lookup->items, name, (GCompareFunc)compare_item_name))
2032a8
-        return 0; /* "found it!" */
2032a8
-    return 1;
2032a8
-}
2032a8
-
2032a8
-static bool is_explicit_or_forbidden(const char *name, GList *comment_fmt_spec);
2032a8
-
2032a8
-static int
2032a8
-is_explicit_or_forbidden_child(const section_t *master_section, const char *name)
2032a8
-{
2032a8
-    if (is_explicit_or_forbidden(name, master_section->children))
2032a8
-        return 0; /* "found it!" */
2032a8
-    return 1;
2032a8
-}
2032a8
-
2032a8
-/* For example: 'package' belongs to '%oneline', but 'package' is used in
2032a8
- * 'Version of component', so it is not very helpful to include that file once
2032a8
- * more in another section
2032a8
- */
2032a8
-static bool
2032a8
-is_explicit_or_forbidden(const char *name, GList *comment_fmt_spec)
2032a8
-{
2032a8
-    return    g_list_find_custom(comment_fmt_spec, name, (GCompareFunc)is_item_name_in_section)
2032a8
-           || g_list_find_custom(comment_fmt_spec, name, (GCompareFunc)is_explicit_or_forbidden_child);
2032a8
-}
2032a8
-
2032a8
-static GList*
2032a8
-load_stream(FILE *fp)
2032a8
-{
2032a8
-    assert(fp);
2032a8
-
2032a8
-    GList *sections = NULL;
2032a8
-    section_t *master = section_new("%description");
2032a8
-    section_t *sec = NULL;
2032a8
-
2032a8
-    sections = g_list_append(sections, master);
2032a8
-
2032a8
-    char *line;
2032a8
-    while ((line = xmalloc_fgetline(fp)) != NULL)
2032a8
-    {
2032a8
-        /* Skip comments */
2032a8
-        char first = *skip_whitespace(line);
2032a8
-        if (first == '#')
2032a8
-            goto free_line;
2032a8
-
2032a8
-        /* Handle trailing backslash continuation */
2032a8
- check_continuation: ;
2032a8
-        unsigned len = strlen(line);
2032a8
-        if (len && line[len-1] == '\\')
2032a8
-        {
2032a8
-            line[len-1] = '\0';
2032a8
-            char *next_line = xmalloc_fgetline(fp);
2032a8
-            if (next_line)
2032a8
-            {
2032a8
-                line = append_to_malloced_string(line, next_line);
2032a8
-                free(next_line);
2032a8
-                goto check_continuation;
2032a8
-            }
2032a8
-        }
2032a8
-
2032a8
-        /* We are reusing line buffer to form temporary
2032a8
-         * "key\0values\0..." in its beginning
2032a8
-         */
2032a8
-        bool summary_line = false;
2032a8
-        char *value = NULL;
2032a8
-        char *src;
2032a8
-        char *dst;
2032a8
-        for (src = dst = line; *src; src++)
2032a8
-        {
2032a8
-            char c = *src;
2032a8
-            /* did we reach the value list? */
2032a8
-            if (!value && c == ':' && src[1] == ':')
2032a8
-            {
2032a8
-                *dst++ = '\0'; /* terminate key */
2032a8
-                src += 1;
2032a8
-                value = dst; /* remember where value starts */
2032a8
-                summary_line = (strcmp(line, "%summary") == 0);
2032a8
-                if (summary_line)
2032a8
-                {
2032a8
-                    value = (src + 1);
2032a8
-                    break;
2032a8
-                }
2032a8
-                continue;
2032a8
-            }
2032a8
-            /* skip whitespace in value list */
2032a8
-            if (value && isspace(c))
2032a8
-                continue;
2032a8
-            *dst++ = c; /* store next key or value char */
2032a8
-        }
2032a8
-
2032a8
-        GList *item_list = NULL;
2032a8
-        if (summary_line)
2032a8
-        {
2032a8
-            /* %summary is special */
2032a8
-            item_list = g_list_append(NULL, xstrdup(skip_whitespace(value)));
2032a8
-        }
2032a8
-        else
2032a8
-        {
2032a8
-            *dst = '\0'; /* terminate value (or key) */
2032a8
-            if (value)
2032a8
-                item_list = split_string_on_char(value, ',');
2032a8
-        }
2032a8
-
2032a8
-        sec = section_new(line);
2032a8
-        sec->items = item_list;
2032a8
-
2032a8
-        if (sec->name[0] == '%')
2032a8
-        {
2032a8
-            if (!summary_line && strcmp(sec->name, "%attach") != 0)
2032a8
-            {
2032a8
-                master->children = g_list_reverse(master->children);
2032a8
-                master = sec;
2032a8
-            }
2032a8
-
2032a8
-            sections = g_list_prepend(sections, sec);
2032a8
-        }
2032a8
-        else
2032a8
-            master->children = g_list_prepend(master->children, sec);
2032a8
-
2032a8
- free_line:
2032a8
-        free(line);
2032a8
-    }
2032a8
-
2032a8
-    /* If master equals sec, then master's children list was not yet reversed.
2032a8
-     *
2032a8
-     * %description is the default section (i.e is not explicitly mentioned)
2032a8
-     * and %summary nor %attach cause its children list to reverse.
2032a8
-     */
2032a8
-    if (master == sec || strcmp(master->name, "%description") == 0)
2032a8
-        master->children = g_list_reverse(master->children);
2032a8
-
2032a8
-    return sections;
2032a8
-}
2032a8
-
2032a8
-
2032a8
-/* Summary generation */
2032a8
-
2032a8
-#define MAX_OPT_DEPTH 10
2032a8
-static int
2032a8
-format_percented_string(const char *str, problem_data_t *pd, FILE *result)
2032a8
-{
2032a8
-    long old_pos[MAX_OPT_DEPTH] = { 0 };
2032a8
-    int okay[MAX_OPT_DEPTH] = { 1 };
2032a8
-    long len = 0;
2032a8
-    int opt_depth = 1;
2032a8
-
2032a8
-    while (*str) {
2032a8
-        switch (*str) {
2032a8
-        default:
2032a8
-            putc(*str, result);
2032a8
-            len++;
2032a8
-            str++;
2032a8
-            break;
2032a8
-        case '\\':
2032a8
-            if (str[1])
2032a8
-                str++;
2032a8
-            putc(*str, result);
2032a8
-            len++;
2032a8
-            str++;
2032a8
-            break;
2032a8
-        case '[':
2032a8
-            if (str[1] == '[' && opt_depth < MAX_OPT_DEPTH)
2032a8
-            {
2032a8
-                old_pos[opt_depth] = len;
2032a8
-                okay[opt_depth] = 1;
2032a8
-                opt_depth++;
2032a8
-                str += 2;
2032a8
-            } else {
2032a8
-                putc(*str, result);
2032a8
-                len++;
2032a8
-                str++;
2032a8
-            }
2032a8
-            break;
2032a8
-        case ']':
2032a8
-            if (str[1] == ']' && opt_depth > 1)
2032a8
-            {
2032a8
-                opt_depth--;
2032a8
-                if (!okay[opt_depth])
2032a8
-                {
2032a8
-                    if (fseek(result, old_pos[opt_depth], SEEK_SET) < 0)
2032a8
-                        perror_msg_and_die("fseek");
2032a8
-                    len = old_pos[opt_depth];
2032a8
-                }
2032a8
-                str += 2;
2032a8
-            } else {
2032a8
-                putc(*str, result);
2032a8
-                len++;
2032a8
-                str++;
2032a8
-            }
2032a8
-            break;
2032a8
-        case '%': ;
2032a8
-            char *nextpercent = strchr(++str, '%');
2032a8
-            if (!nextpercent)
2032a8
-            {
2032a8
-                error_msg_and_die("Unterminated %%element%%: '%s'", str - 1);
2032a8
-            }
2032a8
-
2032a8
-            *nextpercent = '\0';
2032a8
-            const problem_item *item = problem_data_get_item_or_NULL(pd, str);
2032a8
-            *nextpercent = '%';
2032a8
-
2032a8
-            if (item && (item->flags & CD_FLAG_TXT))
2032a8
-            {
2032a8
-                fputs(item->content, result);
2032a8
-                len += strlen(item->content);
2032a8
-            }
2032a8
-            else
2032a8
-                okay[opt_depth - 1] = 0;
2032a8
-            str = nextpercent + 1;
2032a8
-            break;
2032a8
-        }
2032a8
-    }
2032a8
-
2032a8
-    if (opt_depth > 1)
2032a8
-    {
2032a8
-        error_msg_and_die("Unbalanced [[ ]] bracket");
2032a8
-    }
2032a8
-
2032a8
-    if (!okay[0])
2032a8
-    {
2032a8
-        error_msg("Undefined variable outside of [[ ]] bracket");
2032a8
-    }
2032a8
-
2032a8
-    return 0;
2032a8
-}
2032a8
-
2032a8
-/* BZ comment generation */
2032a8
-
2032a8
-static int
2032a8
-append_text(struct strbuf *result, const char *item_name, const char *content, bool print_item_name)
2032a8
-{
2032a8
-    char *eol = strchrnul(content, '\n');
2032a8
-    if (eol[0] == '\0' || eol[1] == '\0')
2032a8
-    {
2032a8
-        /* one-liner */
2032a8
-        int pad = 16 - (strlen(item_name) + 2);
2032a8
-        if (pad < 0)
2032a8
-            pad = 0;
2032a8
-        if (print_item_name)
2032a8
-            strbuf_append_strf(result,
2032a8
-                    eol[0] == '\0' ? "%s: %*s%s\n" : "%s: %*s%s",
2032a8
-                    item_name, pad, "", content
2032a8
-            );
2032a8
-        else
2032a8
-            strbuf_append_strf(result,
2032a8
-                    eol[0] == '\0' ? "%s\n" : "%s",
2032a8
-                    content
2032a8
-            );
2032a8
-    }
2032a8
-    else
2032a8
-    {
2032a8
-        /* multi-line item */
2032a8
-        if (print_item_name)
2032a8
-            strbuf_append_strf(result, "%s:\n", item_name);
2032a8
-        for (;;)
2032a8
-        {
2032a8
-            eol = strchrnul(content, '\n');
2032a8
-            strbuf_append_strf(result,
2032a8
-                    /* For %bare_multiline_item, we don't want to print colons */
2032a8
-                    (print_item_name ? ":%.*s\n" : "%.*s\n"),
2032a8
-                    (int)(eol - content), content
2032a8
-            );
2032a8
-            if (eol[0] == '\0' || eol[1] == '\0')
2032a8
-                break;
2032a8
-            content = eol + 1;
2032a8
-        }
2032a8
-    }
2032a8
-    return 1;
2032a8
-}
2032a8
-
2032a8
-static int
2032a8
-append_short_backtrace(struct strbuf *result, problem_data_t *problem_data, size_t max_text_size, bool print_item_name)
2032a8
-{
2032a8
-    const problem_item *item = problem_data_get_item_or_NULL(problem_data,
2032a8
-                                                             FILENAME_BACKTRACE);
2032a8
-    if (!item)
2032a8
-        return 0; /* "I did not print anything" */
2032a8
-    if (!(item->flags & CD_FLAG_TXT))
2032a8
-        return 0; /* "I did not print anything" */
2032a8
-
2032a8
-    char *truncated = NULL;
2032a8
-
2032a8
-    if (strlen(item->content) >= max_text_size)
2032a8
-    {
2032a8
-        log_debug("'backtrace' exceeds the text file size, going to append its short version");
2032a8
-
2032a8
-        char *error_msg = NULL;
2032a8
-        const char *type = problem_data_get_content_or_NULL(problem_data, FILENAME_TYPE);
2032a8
-        if (!type)
2032a8
-        {
2032a8
-            log_debug("Problem data does not contain '"FILENAME_TYPE"' file");
2032a8
-            return 0;
2032a8
-        }
2032a8
-
2032a8
-        /* For CCpp crashes, use the GDB-produced backtrace which should be
2032a8
-         * available by now. sr_abrt_type_from_analyzer returns SR_REPORT_CORE
2032a8
-         * by default for CCpp crashes.
2032a8
-         */
2032a8
-        enum sr_report_type report_type = sr_abrt_type_from_analyzer(type);
2032a8
-        if (strcmp(type, "CCpp") == 0)
2032a8
-        {
2032a8
-            log_debug("Successfully identified 'CCpp' abrt type");
2032a8
-            report_type = SR_REPORT_GDB;
2032a8
-        }
2032a8
-
2032a8
-        struct sr_stacktrace *backtrace = sr_stacktrace_parse(report_type,
2032a8
-                item->content, &error_msg);
2032a8
-
2032a8
-        if (!backtrace)
2032a8
-        {
2032a8
-            log(_("Can't parse backtrace: %s"), error_msg);
2032a8
-            free(error_msg);
2032a8
-            return 0;
2032a8
-        }
2032a8
-
2032a8
-        /* Get optimized thread stack trace for 10 top most frames */
2032a8
-        truncated = sr_stacktrace_to_short_text(backtrace, 10);
2032a8
-        sr_stacktrace_free(backtrace);
2032a8
-
2032a8
-        if (!truncated)
2032a8
-        {
2032a8
-            log(_("Can't generate stacktrace description (no crash thread?)"));
2032a8
-            return 0;
2032a8
-        }
2032a8
-    }
2032a8
-    else
2032a8
-    {
2032a8
-        log_debug("'backtrace' is small enough to be included as is");
2032a8
-    }
2032a8
-
2032a8
-    append_text(result,
2032a8
-                /*item_name:*/ truncated ? "truncated_backtrace" : FILENAME_BACKTRACE,
2032a8
-                /*content:*/   truncated ? truncated             : item->content,
2032a8
-                print_item_name
2032a8
-    );
2032a8
-    free(truncated);
2032a8
-    return 1;
2032a8
-}
2032a8
-
2032a8
-static int
2032a8
-append_item(struct strbuf *result, const char *item_name, problem_data_t *pd, GList *comment_fmt_spec)
2032a8
-{
2032a8
-    bool print_item_name = (strncmp(item_name, "%bare_", strlen("%bare_")) != 0);
2032a8
-    if (!print_item_name)
2032a8
-        item_name += strlen("%bare_");
2032a8
-
2032a8
-    if (item_name[0] != '%')
2032a8
-    {
2032a8
-        struct problem_item *item = problem_data_get_item_or_NULL(pd, item_name);
2032a8
-        if (!item)
2032a8
-            return 0; /* "I did not print anything" */
2032a8
-        if (!(item->flags & CD_FLAG_TXT))
2032a8
-            return 0; /* "I did not print anything" */
2032a8
-
2032a8
-        char *formatted = problem_item_format(item);
2032a8
-        char *content = formatted ? formatted : item->content;
2032a8
-        append_text(result, item_name, content, print_item_name);
2032a8
-        free(formatted);
2032a8
-        return 1; /* "I printed something" */
2032a8
-    }
2032a8
-
2032a8
-    /* Special item name */
2032a8
-
2032a8
-    /* Compat with previously-existed ad-hockery: %short_backtrace */
2032a8
-    if (strcmp(item_name, "%short_backtrace") == 0)
2032a8
-        return append_short_backtrace(result, pd, CD_TEXT_ATT_SIZE_BZ, print_item_name);
2032a8
-
2032a8
-    /* Compat with previously-existed ad-hockery: %reporter */
2032a8
-    if (strcmp(item_name, "%reporter") == 0)
2032a8
-        return append_text(result, "reporter", PACKAGE"-"VERSION, print_item_name);
2032a8
-
2032a8
-    /* %oneline,%multiline,%text */
2032a8
-    bool oneline   = (strcmp(item_name+1, "oneline"  ) == 0);
2032a8
-    bool multiline = (strcmp(item_name+1, "multiline") == 0);
2032a8
-    bool text      = (strcmp(item_name+1, "text"     ) == 0);
2032a8
-    if (!oneline && !multiline && !text)
2032a8
-    {
2032a8
-        log("Unknown or unsupported element specifier '%s'", item_name);
2032a8
-        return 0; /* "I did not print anything" */
2032a8
-    }
2032a8
-
2032a8
-    int printed = 0;
2032a8
-
2032a8
-    /* Iterate over _sorted_ items */
2032a8
-    GList *sorted_names = g_hash_table_get_keys(pd);
2032a8
-    sorted_names = g_list_sort(sorted_names, (GCompareFunc)strcmp);
2032a8
-
2032a8
-    /* %text => do as if %oneline, then repeat as if %multiline */
2032a8
-    if (text)
2032a8
-        oneline = 1;
2032a8
-
2032a8
- again: ;
2032a8
-    GList *l = sorted_names;
2032a8
-    while (l)
2032a8
-    {
2032a8
-        const char *name = l->data;
2032a8
-        l = l->next;
2032a8
-        struct problem_item *item = g_hash_table_lookup(pd, name);
2032a8
-        if (!item)
2032a8
-            continue; /* paranoia, won't happen */
2032a8
-
2032a8
-        if (!(item->flags & CD_FLAG_TXT))
2032a8
-            continue;
2032a8
-
2032a8
-        if (is_explicit_or_forbidden(name, comment_fmt_spec))
2032a8
-            continue;
2032a8
-
2032a8
-        char *formatted = problem_item_format(item);
2032a8
-        char *content = formatted ? formatted : item->content;
2032a8
-        char *eol = strchrnul(content, '\n');
2032a8
-        bool is_oneline = (eol[0] == '\0' || eol[1] == '\0');
2032a8
-        if (oneline == is_oneline)
2032a8
-            printed |= append_text(result, name, content, print_item_name);
2032a8
-        free(formatted);
2032a8
-    }
2032a8
-    if (text && oneline)
2032a8
-    {
2032a8
-        /* %text, and we just did %oneline. Repeat as if %multiline */
2032a8
-        oneline = 0;
2032a8
-        /*multiline = 1; - not checked in fact, so why bother setting? */
2032a8
-        goto again;
2032a8
-    }
2032a8
-
2032a8
-    g_list_free(sorted_names); /* names themselves are not freed */
2032a8
-
2032a8
-    return printed;
2032a8
-}
2032a8
-
2032a8
-#define add_to_section_output(format, ...) \
2032a8
-    do { \
2032a8
-    for (; empty_lines > 0; --empty_lines) fputc('\n', result); \
2032a8
-    empty_lines = 0; \
2032a8
-    fprintf(result, format, __VA_ARGS__); \
2032a8
-    } while (0)
2032a8
-
2032a8
-static void
2032a8
-format_section(section_t *section, problem_data_t *pd, GList *comment_fmt_spec, FILE *result)
2032a8
-{
2032a8
-    int empty_lines = -1;
2032a8
-
2032a8
-    for (GList *iter = section->children; iter; iter = g_list_next(iter))
2032a8
-    {
2032a8
-        section_t *child = (section_t *)iter->data;
2032a8
-        if (child->items)
2032a8
-        {
2032a8
-            /* "Text: item[,item]..." */
2032a8
-            struct strbuf *output = strbuf_new();
2032a8
-            GList *item = child->items;
2032a8
-            while (item)
2032a8
-            {
2032a8
-                const char *str = item->data;
2032a8
-                item = item->next;
2032a8
-                if (str[0] == '-') /* "-name", ignore it */
2032a8
-                    continue;
2032a8
-                append_item(output, str, pd, comment_fmt_spec);
2032a8
-            }
2032a8
-
2032a8
-            if (output->len != 0)
2032a8
-                add_to_section_output((child->name[0] ? "%s:\n%s" : "%s%s"),
2032a8
-                                      child->name, output->buf);
2032a8
-
2032a8
-            strbuf_free(output);
2032a8
-        }
2032a8
-        else
2032a8
-        {
2032a8
-            /* Just "Text" (can be "") */
2032a8
-
2032a8
-            /* Filter out trailint empty lines */
2032a8
-            if (child->name[0] != '\0')
2032a8
-                add_to_section_output("%s\n", child->name);
2032a8
-            /* Do not count empty lines, if output wasn't yet produced */
2032a8
-            else if (empty_lines >= 0)
2032a8
-                ++empty_lines;
2032a8
-        }
2032a8
-    }
2032a8
-}
2032a8
-
2032a8
-static GList *
2032a8
-get_special_items(const char *item_name, problem_data_t *pd, GList *comment_fmt_spec)
2032a8
-{
2032a8
-    /* %oneline,%multiline,%text,%binary */
2032a8
-    bool oneline   = (strcmp(item_name+1, "oneline"  ) == 0);
2032a8
-    bool multiline = (strcmp(item_name+1, "multiline") == 0);
2032a8
-    bool text      = (strcmp(item_name+1, "text"     ) == 0);
2032a8
-    bool binary    = (strcmp(item_name+1, "binary"   ) == 0);
2032a8
-    if (!oneline && !multiline && !text && !binary)
2032a8
-    {
2032a8
-        log("Unknown or unsupported element specifier '%s'", item_name);
2032a8
-        return NULL;
2032a8
-    }
2032a8
-
2032a8
-    log_debug("Special item_name '%s', iterating for attach...", item_name);
2032a8
-    GList *result = 0;
2032a8
-
2032a8
-    /* Iterate over _sorted_ items */
2032a8
-    GList *sorted_names = g_hash_table_get_keys(pd);
2032a8
-    sorted_names = g_list_sort(sorted_names, (GCompareFunc)strcmp);
2032a8
-
2032a8
-    GList *l = sorted_names;
2032a8
-    while (l)
2032a8
-    {
2032a8
-        const char *name = l->data;
2032a8
-        l = l->next;
2032a8
-        struct problem_item *item = g_hash_table_lookup(pd, name);
2032a8
-        if (!item)
2032a8
-            continue; /* paranoia, won't happen */
2032a8
-
2032a8
-        if (is_explicit_or_forbidden(name, comment_fmt_spec))
2032a8
-            continue;
2032a8
-
2032a8
-        if ((item->flags & CD_FLAG_TXT) && !binary)
2032a8
-        {
2032a8
-            char *content = item->content;
2032a8
-            char *eol = strchrnul(content, '\n');
2032a8
-            bool is_oneline = (eol[0] == '\0' || eol[1] == '\0');
2032a8
-            if (text || oneline == is_oneline)
2032a8
-                result = g_list_append(result, xstrdup(name));
2032a8
-        }
2032a8
-        else if ((item->flags & CD_FLAG_BIN) && binary)
2032a8
-            result = g_list_append(result, xstrdup(name));
2032a8
-    }
2032a8
-
2032a8
-    g_list_free(sorted_names); /* names themselves are not freed */
2032a8
-
2032a8
-
2032a8
-    log_debug("...Done iterating over '%s' for attach", item_name);
2032a8
-
2032a8
-    return result;
2032a8
-}
2032a8
-
2032a8
-static GList *
2032a8
-get_attached_files(problem_data_t *pd, GList *items, GList *comment_fmt_spec)
2032a8
-{
2032a8
-    GList *result = NULL;
2032a8
-    GList *item = items;
2032a8
-    while (item != NULL)
2032a8
-    {
2032a8
-        const char *item_name = item->data;
2032a8
-        item = item->next;
2032a8
-        if (item_name[0] == '-') /* "-name", ignore it */
2032a8
-            continue;
2032a8
-
2032a8
-        if (item_name[0] != '%')
2032a8
-        {
2032a8
-            result = g_list_append(result, xstrdup(item_name));
2032a8
-            continue;
2032a8
-        }
2032a8
-
2032a8
-        GList *special = get_special_items(item_name, pd, comment_fmt_spec);
2032a8
-        if (special == NULL)
2032a8
-        {
2032a8
-            log_notice("No attachment found for '%s'", item_name);
2032a8
-            continue;
2032a8
-        }
2032a8
-
2032a8
-        result = g_list_concat(result, special);
2032a8
-    }
2032a8
-
2032a8
-    return result;
2032a8
-}
2032a8
-
2032a8
-/*
2032a8
- * Problem Report - memor stream
2032a8
- *
2032a8
- * A wrapper for POSIX memory stream.
2032a8
- *
2032a8
- * A memory stream is presented as FILE *.
2032a8
- *
2032a8
- * A memory stream is associated with a pointer to written data and a pointer
2032a8
- * to size of the written data.
2032a8
- *
2032a8
- * This structure holds all of the used pointers.
2032a8
- */
2032a8
-struct memstream_buffer
2032a8
-{
2032a8
-    char *msb_buffer;
2032a8
-    size_t msb_size;
2032a8
-    FILE *msb_stream;
2032a8
-};
2032a8
-
2032a8
-static struct memstream_buffer *
2032a8
-memstream_buffer_new()
2032a8
-{
2032a8
-    struct memstream_buffer *self = xmalloc(sizeof(*self));
2032a8
-
2032a8
-    self->msb_buffer = NULL;
2032a8
-    self->msb_stream = open_memstream(&(self->msb_buffer), &(self->msb_size));
2032a8
-
2032a8
-    return self;
2032a8
-}
2032a8
-
2032a8
-static void
2032a8
-memstream_buffer_free(struct memstream_buffer *self)
2032a8
-{
2032a8
-    if (self == NULL)
2032a8
-        return;
2032a8
-
2032a8
-    fclose(self->msb_stream);
2032a8
-    self->msb_stream = DESTROYED_POINTER;
2032a8
-
2032a8
-    free(self->msb_buffer);
2032a8
-    self->msb_buffer = DESTROYED_POINTER;
2032a8
-
2032a8
-    free(self);
2032a8
-}
2032a8
-
2032a8
-static FILE *
2032a8
-memstream_get_stream(struct memstream_buffer *self)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-
2032a8
-    return self->msb_stream;
2032a8
-}
2032a8
-
2032a8
-static const char *
2032a8
-memstream_get_string(struct memstream_buffer *self)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-    assert(self->msb_stream != NULL);
2032a8
-
2032a8
-    fflush(self->msb_stream);
2032a8
-
2032a8
-    return self->msb_buffer;
2032a8
-}
2032a8
-
2032a8
-
2032a8
-/*
2032a8
- * Problem Report
2032a8
- *
2032a8
- * The formated strings are internaly stored in "buffer"s. If a programer wants
2032a8
- * to get a formated section data, a getter function extracts those data from
2032a8
- * the apropriate buffer and returns them in form of null-terminated string.
2032a8
- *
2032a8
- * Each section has own buffer.
2032a8
- *
2032a8
- * There are three common sections that are always present:
2032a8
- * 1. summary
2032a8
- * 2. description
2032a8
- * 3. attach
2032a8
- * Buffers of these sections has own structure member for the sake of
2032a8
- * efficiency.
2032a8
- *
2032a8
- * The custom sections hash their buffers stored in a map where key is a
2032a8
- * section's name and value is a section's buffer.
2032a8
- *
2032a8
- * Problem report provides the programers with the possibility to ammend
2032a8
- * formated output to any section buffer.
2032a8
- */
2032a8
-struct problem_report
2032a8
-{
2032a8
-    struct memstream_buffer *pr_sec_summ; ///< %summary buffer
2032a8
-    struct memstream_buffer *pr_sec_desc; ///< %description buffer
2032a8
-    GList            *pr_attachments;     ///< %attach - list of file names
2032a8
-    GHashTable       *pr_sec_custom;      ///< map : %(custom section) -> buffer
2032a8
-};
2032a8
-
2032a8
-static problem_report_t *
2032a8
-problem_report_new()
2032a8
-{
2032a8
-    problem_report_t *self = xmalloc(sizeof(*self));
2032a8
-
2032a8
-    self->pr_sec_summ = memstream_buffer_new();
2032a8
-    self->pr_sec_desc = memstream_buffer_new();
2032a8
-    self->pr_attachments = NULL;
2032a8
-    self->pr_sec_custom = NULL;
2032a8
-
2032a8
-    return self;
2032a8
-}
2032a8
-
2032a8
-static void
2032a8
-problem_report_initialize_custom_sections(problem_report_t *self)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-    assert(self->pr_sec_custom == NULL);
2032a8
-
2032a8
-    self->pr_sec_custom = g_hash_table_new_full(g_str_hash, g_str_equal, free,
2032a8
-                                                (GDestroyNotify)memstream_buffer_free);
2032a8
-}
2032a8
-
2032a8
-static void
2032a8
-problem_report_destroy_custom_sections(problem_report_t *self)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-    assert(self->pr_sec_custom != NULL);
2032a8
-
2032a8
-    g_hash_table_destroy(self->pr_sec_custom);
2032a8
-}
2032a8
-
2032a8
-static int
2032a8
-problem_report_add_custom_section(problem_report_t *self, const char *name)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-
2032a8
-    if (self->pr_sec_custom == NULL)
2032a8
-    {
2032a8
-        problem_report_initialize_custom_sections(self);
2032a8
-    }
2032a8
-
2032a8
-    if (problem_report_get_buffer(self, name))
2032a8
-    {
2032a8
-        log_warning("Custom section already exists : '%s'", name);
2032a8
-        return -EEXIST;
2032a8
-    }
2032a8
-
2032a8
-    log_debug("Problem report enriched with section : '%s'", name);
2032a8
-    g_hash_table_insert(self->pr_sec_custom, xstrdup(name), memstream_buffer_new());
2032a8
-    return 0;
2032a8
-}
2032a8
-
2032a8
-static struct memstream_buffer *
2032a8
-problem_report_get_section_buffer(const problem_report_t *self, const char *section_name)
2032a8
-{
2032a8
-    if (self->pr_sec_custom == NULL)
2032a8
-    {
2032a8
-        log_debug("Couldn't find section '%s': no custom section added", section_name);
2032a8
-        return NULL;
2032a8
-    }
2032a8
-
2032a8
-    return (struct memstream_buffer *)g_hash_table_lookup(self->pr_sec_custom, section_name);
2032a8
-}
2032a8
-
2032a8
-problem_report_buffer *
2032a8
-problem_report_get_buffer(const problem_report_t *self, const char *section_name)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-    assert(section_name != NULL);
2032a8
-
2032a8
-    if (strcmp(PR_SEC_SUMMARY, section_name) == 0)
2032a8
-        return memstream_get_stream(self->pr_sec_summ);
2032a8
-
2032a8
-    if (strcmp(PR_SEC_DESCRIPTION, section_name) == 0)
2032a8
-        return memstream_get_stream(self->pr_sec_desc);
2032a8
-
2032a8
-    struct memstream_buffer *buf = problem_report_get_section_buffer(self, section_name);
2032a8
-    return buf == NULL ? NULL : memstream_get_stream(buf);
2032a8
-}
2032a8
-
2032a8
-const char *
2032a8
-problem_report_get_summary(const problem_report_t *self)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-
2032a8
-    return memstream_get_string(self->pr_sec_summ);
2032a8
-}
2032a8
-
2032a8
-const char *
2032a8
-problem_report_get_description(const problem_report_t *self)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-
2032a8
-    return memstream_get_string(self->pr_sec_desc);
2032a8
-}
2032a8
-
2032a8
-const char *
2032a8
-problem_report_get_section(const problem_report_t *self, const char *section_name)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-    assert(section_name);
2032a8
-
2032a8
-    struct memstream_buffer *buf = problem_report_get_section_buffer(self, section_name);
2032a8
-
2032a8
-    if (buf == NULL)
2032a8
-        return NULL;
2032a8
-
2032a8
-    return memstream_get_string(buf);
2032a8
-}
2032a8
-
2032a8
-static void
2032a8
-problem_report_set_attachments(problem_report_t *self, GList *attachments)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-    assert(self->pr_attachments == NULL);
2032a8
-
2032a8
-    self->pr_attachments = attachments;
2032a8
-}
2032a8
-
2032a8
-GList *
2032a8
-problem_report_get_attachments(const problem_report_t *self)
2032a8
-{
2032a8
-    assert(self != NULL);
2032a8
-
2032a8
-    return self->pr_attachments;
2032a8
-}
2032a8
-
2032a8
-void
2032a8
-problem_report_free(problem_report_t *self)
2032a8
-{
2032a8
-    if (self == NULL)
2032a8
-        return;
2032a8
-
2032a8
-    memstream_buffer_free(self->pr_sec_summ);
2032a8
-    self->pr_sec_summ = DESTROYED_POINTER;
2032a8
-
2032a8
-    memstream_buffer_free(self->pr_sec_desc);
2032a8
-    self->pr_sec_desc = DESTROYED_POINTER;
2032a8
-
2032a8
-    g_list_free_full(self->pr_attachments, free);
2032a8
-    self->pr_attachments = DESTROYED_POINTER;
2032a8
-
2032a8
-    if (self->pr_sec_custom)
2032a8
-    {
2032a8
-        problem_report_destroy_custom_sections(self);
2032a8
-        self->pr_sec_custom = DESTROYED_POINTER;
2032a8
-    }
2032a8
-
2032a8
-    free(self);
2032a8
-}
2032a8
-
2032a8
-/*
2032a8
- * Problem Formatter - extra section
2032a8
- */
2032a8
-struct extra_section
2032a8
-{
2032a8
-    char *pfes_name;    ///< name with % prefix
2032a8
-    int   pfes_flags;   ///< whether is required or not
2032a8
-};
2032a8
-
2032a8
-static struct extra_section *
2032a8
-extra_section_new(const char *name, int flags)
2032a8
-{
2032a8
-    struct extra_section *self = xmalloc(sizeof(*self));
2032a8
-
2032a8
-    self->pfes_name = xstrdup(name);
2032a8
-    self->pfes_flags = flags;
2032a8
-
2032a8
-    return self;
2032a8
-}
2032a8
-
2032a8
-static void
2032a8
-extra_section_free(struct extra_section *self)
2032a8
-{
2032a8
-    if (self == NULL)
2032a8
-        return;
2032a8
-
2032a8
-    free(self->pfes_name);
2032a8
-    self->pfes_name = DESTROYED_POINTER;
2032a8
-
2032a8
-    free(self);
2032a8
-}
2032a8
-
2032a8
-static int
2032a8
-extra_section_name_cmp(struct extra_section *lhs, const char *rhs)
2032a8
-{
2032a8
-    return strcmp(lhs->pfes_name, rhs);
2032a8
-}
2032a8
-
2032a8
-/*
2032a8
- * Problem Formatter
2032a8
- *
2032a8
- * Holds parsed sections lists.
2032a8
- */
2032a8
-struct problem_formatter
2032a8
-{
2032a8
-    GList *pf_sections;         ///< parsed sections (struct section_t)
2032a8
-    GList *pf_extra_sections;   ///< user configured sections (struct extra_section)
2032a8
-    char  *pf_default_summary;  ///< default summary format
2032a8
-};
2032a8
-
2032a8
-problem_formatter_t *
2032a8
-problem_formatter_new(void)
2032a8
-{
2032a8
-    problem_formatter_t *self = xzalloc(sizeof(*self));
2032a8
-
2032a8
-    self->pf_default_summary = xstrdup("%reason%");
2032a8
-
2032a8
-    return self;
2032a8
-}
2032a8
-
2032a8
-void
2032a8
-problem_formatter_free(problem_formatter_t *self)
2032a8
-{
2032a8
-    if (self == NULL)
2032a8
-        return;
2032a8
-
2032a8
-    g_list_free_full(self->pf_sections, (GDestroyNotify)section_free);
2032a8
-    self->pf_sections = DESTROYED_POINTER;
2032a8
-
2032a8
-    g_list_free_full(self->pf_extra_sections, (GDestroyNotify)extra_section_free);
2032a8
-    self->pf_extra_sections = DESTROYED_POINTER;
2032a8
-
2032a8
-    free(self->pf_default_summary);
2032a8
-    self->pf_default_summary = DESTROYED_POINTER;
2032a8
-
2032a8
-    free(self);
2032a8
-}
2032a8
-
2032a8
-static int
2032a8
-problem_formatter_is_section_known(problem_formatter_t *self, const char *name)
2032a8
-{
2032a8
-  return    strcmp(name, "summary")     == 0
2032a8
-         || strcmp(name, "attach")      == 0
2032a8
-         || strcmp(name, "description") == 0
2032a8
-         || NULL != g_list_find_custom(self->pf_extra_sections, name, (GCompareFunc)extra_section_name_cmp);
2032a8
-}
2032a8
-
2032a8
-// i.e additional_info -> no flags
2032a8
-int
2032a8
-problem_formatter_add_section(problem_formatter_t *self, const char *name, int flags)
2032a8
-{
2032a8
-    /* Do not add already added sections */
2032a8
-    if (problem_formatter_is_section_known(self, name))
2032a8
-    {
2032a8
-        log_debug("Extra section already exists : '%s' ", name);
2032a8
-        return -EEXIST;
2032a8
-    }
2032a8
-
2032a8
-    self->pf_extra_sections = g_list_prepend(self->pf_extra_sections,
2032a8
-                                             extra_section_new(name, flags));
2032a8
-
2032a8
-    return 0;
2032a8
-}
2032a8
-
2032a8
-// check format validity and produce warnings
2032a8
-static int
2032a8
-problem_formatter_validate(problem_formatter_t *self)
2032a8
-{
2032a8
-    int retval = 0;
2032a8
-
2032a8
-    /* Go through all (struct extra_section)s and check whete those having flag
2032a8
-     * PFFF_REQUIRED are present in the parsed (struct section_t)s.
2032a8
-     */
2032a8
-    for (GList *iter = self->pf_extra_sections; iter; iter = g_list_next(iter))
2032a8
-    {
2032a8
-        struct extra_section *section = (struct extra_section *)iter->data;
2032a8
-
2032a8
-        log_debug("Validating extra section : '%s'", section->pfes_name);
2032a8
-
2032a8
-        if (   (PFFF_REQUIRED & section->pfes_flags)
2032a8
-            && NULL == g_list_find_custom(self->pf_sections, section->pfes_name, (GCompareFunc)section_name_cmp))
2032a8
-        {
2032a8
-            log_warning("Problem format misses required section : '%s'", section->pfes_name);
2032a8
-            ++retval;
2032a8
-        }
2032a8
-    }
2032a8
-
2032a8
-    /* Go through all the parsed (struct section_t)s check whether are all
2032a8
-     * known, i.e. each section is either one of the common sections (summary,
2032a8
-     * description, attach) or is present in the (struct extra_section)s.
2032a8
-     */
2032a8
-    for (GList *iter = self->pf_sections; iter; iter = g_list_next(iter))
2032a8
-    {
2032a8
-        section_t *section = (section_t *)iter->data;
2032a8
-
2032a8
-        if (!problem_formatter_is_section_known(self, (section->name + 1)))
2032a8
-        {
2032a8
-            log_warning("Problem format contains unrecognized section : '%s'", section->name);
2032a8
-            ++retval;
2032a8
-        }
2032a8
-    }
2032a8
-
2032a8
-    return retval;
2032a8
-}
2032a8
-
2032a8
-int
2032a8
-problem_formatter_load_string(problem_formatter_t *self, const char *fmt)
2032a8
-{
2032a8
-    const size_t len = strlen(fmt);
2032a8
-    if (len != 0)
2032a8
-    {
2032a8
-        FILE *fp = fmemopen((void *)fmt, len, "r");
2032a8
-        if (fp == NULL)
2032a8
-        {
2032a8
-            error_msg("Not enough memory to open a stream for reading format string.");
2032a8
-            return -ENOMEM;
2032a8
-        }
2032a8
-
2032a8
-        self->pf_sections = load_stream(fp);
2032a8
-        fclose(fp);
2032a8
-    }
2032a8
-
2032a8
-    return problem_formatter_validate(self);
2032a8
-}
2032a8
-
2032a8
-int
2032a8
-problem_formatter_load_file(problem_formatter_t *self, const char *path)
2032a8
-{
2032a8
-    FILE *fp = stdin;
2032a8
-    if (strcmp(path, "-") != 0)
2032a8
-    {
2032a8
-        fp = fopen(path, "r");
2032a8
-        if (!fp)
2032a8
-            return -ENOENT;
2032a8
-    }
2032a8
-
2032a8
-    self->pf_sections = load_stream(fp);
2032a8
-
2032a8
-    if (fp != stdin)
2032a8
-        fclose(fp);
2032a8
-
2032a8
-    return problem_formatter_validate(self);
2032a8
-}
2032a8
-
2032a8
-// generates report
2032a8
-int
2032a8
-problem_formatter_generate_report(const problem_formatter_t *self, problem_data_t *data, problem_report_t **report)
2032a8
-{
2032a8
-    problem_report_t *pr = problem_report_new();
2032a8
-
2032a8
-    for (GList *iter = self->pf_extra_sections; iter; iter = g_list_next(iter))
2032a8
-        problem_report_add_custom_section(pr, ((struct extra_section *)iter->data)->pfes_name);
2032a8
-
2032a8
-    bool has_summary = false;
2032a8
-    for (GList *iter = self->pf_sections; iter; iter = g_list_next(iter))
2032a8
-    {
2032a8
-        section_t *section = (section_t *)iter->data;
2032a8
-
2032a8
-        /* %summary is something special */
2032a8
-        if (strcmp(section->name, "%summary") == 0)
2032a8
-        {
2032a8
-            has_summary = true;
2032a8
-            format_percented_string((const char *)section->items->data, data,
2032a8
-                                    problem_report_get_buffer(pr, PR_SEC_SUMMARY));
2032a8
-        }
2032a8
-        /* %attach as well */
2032a8
-        else if (strcmp(section->name, "%attach") == 0)
2032a8
-        {
2032a8
-            problem_report_set_attachments(pr, get_attached_files(data, section->items, self->pf_sections));
2032a8
-        }
2032a8
-        else /* %description or a custom section (e.g. %additional_info) */
2032a8
-        {
2032a8
-            FILE *buffer = problem_report_get_buffer(pr, section->name + 1);
2032a8
-
2032a8
-            if (buffer != NULL)
2032a8
-            {
2032a8
-                log_debug("Formatting section : '%s'", section->name);
2032a8
-                format_section(section, data, self->pf_sections, buffer);
2032a8
-            }
2032a8
-            else
2032a8
-                log_warning("Unsupported section '%s'", section->name);
2032a8
-        }
2032a8
-    }
2032a8
-
2032a8
-    if (!has_summary) {
2032a8
-        log_debug("Problem format misses section '%%summary'. Using the default one : '%s'.",
2032a8
-                    self->pf_default_summary);
2032a8
-
2032a8
-        format_percented_string(self->pf_default_summary,
2032a8
-                   data, problem_report_get_buffer(pr, PR_SEC_SUMMARY));
2032a8
-    }
2032a8
-
2032a8
-    *report = pr;
2032a8
-    return 0;
2032a8
-}
2032a8
diff --git a/src/plugins/Makefile.am b/src/plugins/Makefile.am
2032a8
index 27194a4..f4f94ff 100644
2032a8
--- a/src/plugins/Makefile.am
2032a8
+++ b/src/plugins/Makefile.am
2032a8
@@ -125,6 +125,17 @@ EXTRA_DIST = $(reporters_extra_dist) \
2032a8
 $(DESTDIR)/$(DEBUG_INFO_DIR):
2032a8
 	$(mkdir_p) '$@'
2032a8
 
2032a8
+noinst_LIBRARIES = libreport-problem-report.a
2032a8
+libreport_problem_report_a_SOURCES = \
2032a8
+    problem_report.c \
2032a8
+    problem_report.h
2032a8
+libreport_problem_report_a_CFLAGS = \
2032a8
+    -I$(srcdir)/../include \
2032a8
+    $(LIBREPORT_CFLAGS) \
2032a8
+    $(GLIB_CFLAGS) \
2032a8
+    $(SATYR_CFLAGS) \
2032a8
+    -D_GNU_SOURCE
2032a8
+
2032a8
 if BUILD_BUGZILLA
2032a8
 reporter_bugzilla_SOURCES = \
2032a8
     reporter-bugzilla.c rhbz.c rhbz.h
2032a8
@@ -146,7 +157,8 @@ reporter_bugzilla_LDADD = \
2032a8
     $(GLIB_LIBS) \
2032a8
     $(XMLRPC_LIBS) $(XMLRPC_CLIENT_LIBS) \
2032a8
     ../lib/libreport-web.la \
2032a8
-    ../lib/libreport.la
2032a8
+    ../lib/libreport.la \
2032a8
+    libreport-problem-report.a
2032a8
 endif
2032a8
 
2032a8
 if BUILD_MANTISBT
2032a8
@@ -169,7 +181,8 @@ reporter_mantisbt_CPPFLAGS = \
2032a8
 reporter_mantisbt_LDADD = \
2032a8
     $(GLIB_LIBS) \
2032a8
     ../lib/libreport-web.la \
2032a8
-    ../lib/libreport.la
2032a8
+    ../lib/libreport.la \
2032a8
+    libreport-problem-report.a
2032a8
 endif
2032a8
 
2032a8
 reporter_rhtsupport_SOURCES = \
2032a8
@@ -196,7 +209,8 @@ reporter_rhtsupport_LDADD = \
2032a8
     $(GLIB_LIBS) \
2032a8
     $(LIBXML_LIBS) \
2032a8
     ../lib/libreport-web.la \
2032a8
-    ../lib/libreport.la
2032a8
+    ../lib/libreport.la \
2032a8
+    libreport-problem-report.a
2032a8
 
2032a8
 reporter_upload_SOURCES = \
2032a8
     reporter-upload.c
2032a8
@@ -255,7 +269,9 @@ reporter_mailx_CPPFLAGS = \
2032a8
     $(LIBREPORT_CFLAGS) \
2032a8
     -D_GNU_SOURCE
2032a8
 reporter_mailx_LDADD = \
2032a8
-    ../lib/libreport.la
2032a8
+    ../lib/libreport.la \
2032a8
+    $(SATYR_LIBS) \
2032a8
+    libreport-problem-report.a
2032a8
 
2032a8
 reporter_print_SOURCES = \
2032a8
     reporter-print.c
2032a8
diff --git a/src/plugins/problem_report.c b/src/plugins/problem_report.c
2032a8
new file mode 100644
2032a8
index 0000000..2bf5530
2032a8
--- /dev/null
2032a8
+++ b/src/plugins/problem_report.c
2032a8
@@ -0,0 +1,1210 @@
2032a8
+/*
2032a8
+    Copyright (C) 2014  ABRT team
2032a8
+    Copyright (C) 2014  RedHat Inc
2032a8
+
2032a8
+    This program is free software; you can redistribute it and/or modify
2032a8
+    it under the terms of the GNU General Public License as published by
2032a8
+    the Free Software Foundation; either version 2 of the License, or
2032a8
+    (at your option) any later version.
2032a8
+
2032a8
+    This program is distributed in the hope that it will be useful,
2032a8
+    but WITHOUT ANY WARRANTY; without even the implied warranty of
2032a8
+    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
2032a8
+    GNU General Public License for more details.
2032a8
+
2032a8
+    You should have received a copy of the GNU General Public License along
2032a8
+    with this program; if not, write to the Free Software Foundation, Inc.,
2032a8
+    51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
2032a8
+*/
2032a8
+
2032a8
+#include "problem_report.h"
2032a8
+#include "internal_libreport.h"
2032a8
+
2032a8
+#include <satyr/stacktrace.h>
2032a8
+#include <satyr/abrt.h>
2032a8
+
2032a8
+#include <assert.h>
2032a8
+
2032a8
+#define DESTROYED_POINTER (void *)0xdeadbeef
2032a8
+
2032a8
+/* FORMAT:
2032a8
+ * |%summary:: Hello, world
2032a8
+ * |Problem description:: %bare_comment
2032a8
+ * |
2032a8
+ * |Package:: package
2032a8
+ * |
2032a8
+ * |%attach: %binary, backtrace
2032a8
+ * |
2032a8
+ * |%additional_info::
2032a8
+ * |%reporter%
2032a8
+ * |User:: user_name,uid
2032a8
+ * |
2032a8
+ * |Directories:: root,cwd
2032a8
+ *
2032a8
+ * PARSED DATA (list of struct section_t):
2032a8
+ * {
2032a8
+ *   section_t {
2032a8
+ *      .name     = '%summary';
2032a8
+ *      .items    = { 'Hello, world' };
2032a8
+ *      .children = NULL;
2032a8
+ *   },
2032a8
+ *   section_t {
2032a8
+ *      .name     = '%attach'
2032a8
+ *      .items    = { '%binary', 'backtrace' };
2032a8
+ *      .children = NULL;
2032a8
+ *   },
2032a8
+ *   section_t {
2032a8
+ *      .name     = '%description'
2032a8
+ *      .items    = NULL;
2032a8
+ *      .children = {
2032a8
+ *        section_t {
2032a8
+ *          .name     = 'Problem description:';
2032a8
+ *          .items    = { '%bare_comment' };
2032a8
+ *          .children = NULL;
2032a8
+ *        },
2032a8
+ *        section_t {
2032a8
+ *          .name     = '';
2032a8
+ *          .items    = NULL;
2032a8
+ *          .children = NULL;
2032a8
+ *        },
2032a8
+ *        section_t {
2032a8
+ *          .name     = 'Package:';
2032a8
+ *          .items    = { 'package' };
2032a8
+ *          .children = NULL;
2032a8
+ *        },
2032a8
+ *      }
2032a8
+ *   },
2032a8
+ *   section_t {
2032a8
+ *      .name     = '%additional_info'
2032a8
+ *      .items    = { '%reporter%' };
2032a8
+ *      .children = {
2032a8
+ *        section_t {
2032a8
+ *          .name     = 'User:';
2032a8
+ *          .items    = { 'user_name', 'uid' };
2032a8
+ *          .children = NULL;
2032a8
+ *        },
2032a8
+ *        section_t {
2032a8
+ *          .name     = '';
2032a8
+ *          .items    = NULL;
2032a8
+ *          .children = NULL;
2032a8
+ *        },
2032a8
+ *        section_t {
2032a8
+ *          .name     = 'Directories:';
2032a8
+ *          .items    = { 'root', 'cwd' };
2032a8
+ *          .children = NULL;
2032a8
+ *        },
2032a8
+ *      }
2032a8
+ *   }
2032a8
+ * }
2032a8
+ */
2032a8
+struct section_t {
2032a8
+    char *name;      ///< name or output text (%summar, 'Package version:');
2032a8
+    GList *items;    ///< list of file names and special items (%reporter, %binar, ...)
2032a8
+    GList *children; ///< list of sub sections (struct section_t)
2032a8
+};
2032a8
+
2032a8
+typedef struct section_t section_t;
2032a8
+
2032a8
+static section_t *
2032a8
+section_new(const char *name)
2032a8
+{
2032a8
+    section_t *self = xmalloc(sizeof(*self));
2032a8
+    self->name = xstrdup(name);
2032a8
+    self->items = NULL;
2032a8
+    self->children = NULL;
2032a8
+
2032a8
+    return self;
2032a8
+}
2032a8
+
2032a8
+static void
2032a8
+section_free(section_t *self)
2032a8
+{
2032a8
+    if (self == NULL)
2032a8
+        return;
2032a8
+
2032a8
+    free(self->name);
2032a8
+    g_list_free_full(self->items, free);
2032a8
+    g_list_free_full(self->children, (GDestroyNotify)section_free);
2032a8
+
2032a8
+    free(self);
2032a8
+}
2032a8
+
2032a8
+static int
2032a8
+section_name_cmp(section_t *lhs, const char *rhs)
2032a8
+{
2032a8
+    return strcmp((lhs->name + 1), rhs);
2032a8
+}
2032a8
+
2032a8
+/* Utility functions */
2032a8
+
2032a8
+static GList*
2032a8
+split_string_on_char(const char *str, char ch)
2032a8
+{
2032a8
+    GList *list = NULL;
2032a8
+    for (;;)
2032a8
+    {
2032a8
+        const char *delim = strchrnul(str, ch);
2032a8
+        list = g_list_prepend(list, xstrndup(str, delim - str));
2032a8
+        if (*delim == '\0')
2032a8
+            break;
2032a8
+        str = delim + 1;
2032a8
+    }
2032a8
+    return g_list_reverse(list);
2032a8
+}
2032a8
+
2032a8
+static int
2032a8
+compare_item_name(const char *lookup, const char *name)
2032a8
+{
2032a8
+    if (lookup[0] == '-')
2032a8
+        lookup++;
2032a8
+    else if (strncmp(lookup, "%bare_", 6) == 0)
2032a8
+        lookup += 6;
2032a8
+    return strcmp(lookup, name);
2032a8
+}
2032a8
+
2032a8
+static int
2032a8
+is_item_name_in_section(const section_t *lookup, const char *name)
2032a8
+{
2032a8
+    if (g_list_find_custom(lookup->items, name, (GCompareFunc)compare_item_name))
2032a8
+        return 0; /* "found it!" */
2032a8
+    return 1;
2032a8
+}
2032a8
+
2032a8
+static bool is_explicit_or_forbidden(const char *name, GList *comment_fmt_spec);
2032a8
+
2032a8
+static int
2032a8
+is_explicit_or_forbidden_child(const section_t *master_section, const char *name)
2032a8
+{
2032a8
+    if (is_explicit_or_forbidden(name, master_section->children))
2032a8
+        return 0; /* "found it!" */
2032a8
+    return 1;
2032a8
+}
2032a8
+
2032a8
+/* For example: 'package' belongs to '%oneline', but 'package' is used in
2032a8
+ * 'Version of component', so it is not very helpful to include that file once
2032a8
+ * more in another section
2032a8
+ */
2032a8
+static bool
2032a8
+is_explicit_or_forbidden(const char *name, GList *comment_fmt_spec)
2032a8
+{
2032a8
+    return    g_list_find_custom(comment_fmt_spec, name, (GCompareFunc)is_item_name_in_section)
2032a8
+           || g_list_find_custom(comment_fmt_spec, name, (GCompareFunc)is_explicit_or_forbidden_child);
2032a8
+}
2032a8
+
2032a8
+static GList*
2032a8
+load_stream(FILE *fp)
2032a8
+{
2032a8
+    assert(fp);
2032a8
+
2032a8
+    GList *sections = NULL;
2032a8
+    section_t *master = section_new("%description");
2032a8
+    section_t *sec = NULL;
2032a8
+
2032a8
+    sections = g_list_append(sections, master);
2032a8
+
2032a8
+    char *line;
2032a8
+    while ((line = xmalloc_fgetline(fp)) != NULL)
2032a8
+    {
2032a8
+        /* Skip comments */
2032a8
+        char first = *skip_whitespace(line);
2032a8
+        if (first == '#')
2032a8
+            goto free_line;
2032a8
+
2032a8
+        /* Handle trailing backslash continuation */
2032a8
+ check_continuation: ;
2032a8
+        unsigned len = strlen(line);
2032a8
+        if (len && line[len-1] == '\\')
2032a8
+        {
2032a8
+            line[len-1] = '\0';
2032a8
+            char *next_line = xmalloc_fgetline(fp);
2032a8
+            if (next_line)
2032a8
+            {
2032a8
+                line = append_to_malloced_string(line, next_line);
2032a8
+                free(next_line);
2032a8
+                goto check_continuation;
2032a8
+            }
2032a8
+        }
2032a8
+
2032a8
+        /* We are reusing line buffer to form temporary
2032a8
+         * "key\0values\0..." in its beginning
2032a8
+         */
2032a8
+        bool summary_line = false;
2032a8
+        char *value = NULL;
2032a8
+        char *src;
2032a8
+        char *dst;
2032a8
+        for (src = dst = line; *src; src++)
2032a8
+        {
2032a8
+            char c = *src;
2032a8
+            /* did we reach the value list? */
2032a8
+            if (!value && c == ':' && src[1] == ':')
2032a8
+            {
2032a8
+                *dst++ = '\0'; /* terminate key */
2032a8
+                src += 1;
2032a8
+                value = dst; /* remember where value starts */
2032a8
+                summary_line = (strcmp(line, "%summary") == 0);
2032a8
+                if (summary_line)
2032a8
+                {
2032a8
+                    value = (src + 1);
2032a8
+                    break;
2032a8
+                }
2032a8
+                continue;
2032a8
+            }
2032a8
+            /* skip whitespace in value list */
2032a8
+            if (value && isspace(c))
2032a8
+                continue;
2032a8
+            *dst++ = c; /* store next key or value char */
2032a8
+        }
2032a8
+
2032a8
+        GList *item_list = NULL;
2032a8
+        if (summary_line)
2032a8
+        {
2032a8
+            /* %summary is special */
2032a8
+            item_list = g_list_append(NULL, xstrdup(skip_whitespace(value)));
2032a8
+        }
2032a8
+        else
2032a8
+        {
2032a8
+            *dst = '\0'; /* terminate value (or key) */
2032a8
+            if (value)
2032a8
+                item_list = split_string_on_char(value, ',');
2032a8
+        }
2032a8
+
2032a8
+        sec = section_new(line);
2032a8
+        sec->items = item_list;
2032a8
+
2032a8
+        if (sec->name[0] == '%')
2032a8
+        {
2032a8
+            if (!summary_line && strcmp(sec->name, "%attach") != 0)
2032a8
+            {
2032a8
+                master->children = g_list_reverse(master->children);
2032a8
+                master = sec;
2032a8
+            }
2032a8
+
2032a8
+            sections = g_list_prepend(sections, sec);
2032a8
+        }
2032a8
+        else
2032a8
+            master->children = g_list_prepend(master->children, sec);
2032a8
+
2032a8
+ free_line:
2032a8
+        free(line);
2032a8
+    }
2032a8
+
2032a8
+    /* If master equals sec, then master's children list was not yet reversed.
2032a8
+     *
2032a8
+     * %description is the default section (i.e is not explicitly mentioned)
2032a8
+     * and %summary nor %attach cause its children list to reverse.
2032a8
+     */
2032a8
+    if (master == sec || strcmp(master->name, "%description") == 0)
2032a8
+        master->children = g_list_reverse(master->children);
2032a8
+
2032a8
+    return sections;
2032a8
+}
2032a8
+
2032a8
+
2032a8
+/* Summary generation */
2032a8
+
2032a8
+#define MAX_OPT_DEPTH 10
2032a8
+static int
2032a8
+format_percented_string(const char *str, problem_data_t *pd, FILE *result)
2032a8
+{
2032a8
+    long old_pos[MAX_OPT_DEPTH] = { 0 };
2032a8
+    int okay[MAX_OPT_DEPTH] = { 1 };
2032a8
+    long len = 0;
2032a8
+    int opt_depth = 1;
2032a8
+
2032a8
+    while (*str) {
2032a8
+        switch (*str) {
2032a8
+        default:
2032a8
+            putc(*str, result);
2032a8
+            len++;
2032a8
+            str++;
2032a8
+            break;
2032a8
+        case '\\':
2032a8
+            if (str[1])
2032a8
+                str++;
2032a8
+            putc(*str, result);
2032a8
+            len++;
2032a8
+            str++;
2032a8
+            break;
2032a8
+        case '[':
2032a8
+            if (str[1] == '[' && opt_depth < MAX_OPT_DEPTH)
2032a8
+            {
2032a8
+                old_pos[opt_depth] = len;
2032a8
+                okay[opt_depth] = 1;
2032a8
+                opt_depth++;
2032a8
+                str += 2;
2032a8
+            } else {
2032a8
+                putc(*str, result);
2032a8
+                len++;
2032a8
+                str++;
2032a8
+            }
2032a8
+            break;
2032a8
+        case ']':
2032a8
+            if (str[1] == ']' && opt_depth > 1)
2032a8
+            {
2032a8
+                opt_depth--;
2032a8
+                if (!okay[opt_depth])
2032a8
+                {
2032a8
+                    if (fseek(result, old_pos[opt_depth], SEEK_SET) < 0)
2032a8
+                        perror_msg_and_die("fseek");
2032a8
+                    len = old_pos[opt_depth];
2032a8
+                }
2032a8
+                str += 2;
2032a8
+            } else {
2032a8
+                putc(*str, result);
2032a8
+                len++;
2032a8
+                str++;
2032a8
+            }
2032a8
+            break;
2032a8
+        case '%': ;
2032a8
+            char *nextpercent = strchr(++str, '%');
2032a8
+            if (!nextpercent)
2032a8
+            {
2032a8
+                error_msg_and_die("Unterminated %%element%%: '%s'", str - 1);
2032a8
+            }
2032a8
+
2032a8
+            *nextpercent = '\0';
2032a8
+            const problem_item *item = problem_data_get_item_or_NULL(pd, str);
2032a8
+            *nextpercent = '%';
2032a8
+
2032a8
+            if (item && (item->flags & CD_FLAG_TXT))
2032a8
+            {
2032a8
+                fputs(item->content, result);
2032a8
+                len += strlen(item->content);
2032a8
+            }
2032a8
+            else
2032a8
+                okay[opt_depth - 1] = 0;
2032a8
+            str = nextpercent + 1;
2032a8
+            break;
2032a8
+        }
2032a8
+    }
2032a8
+
2032a8
+    if (opt_depth > 1)
2032a8
+    {
2032a8
+        error_msg_and_die("Unbalanced [[ ]] bracket");
2032a8
+    }
2032a8
+
2032a8
+    if (!okay[0])
2032a8
+    {
2032a8
+        error_msg("Undefined variable outside of [[ ]] bracket");
2032a8
+    }
2032a8
+
2032a8
+    return 0;
2032a8
+}
2032a8
+
2032a8
+/* BZ comment generation */
2032a8
+
2032a8
+static int
2032a8
+append_text(struct strbuf *result, const char *item_name, const char *content, bool print_item_name)
2032a8
+{
2032a8
+    char *eol = strchrnul(content, '\n');
2032a8
+    if (eol[0] == '\0' || eol[1] == '\0')
2032a8
+    {
2032a8
+        /* one-liner */
2032a8
+        int pad = 16 - (strlen(item_name) + 2);
2032a8
+        if (pad < 0)
2032a8
+            pad = 0;
2032a8
+        if (print_item_name)
2032a8
+            strbuf_append_strf(result,
2032a8
+                    eol[0] == '\0' ? "%s: %*s%s\n" : "%s: %*s%s",
2032a8
+                    item_name, pad, "", content
2032a8
+            );
2032a8
+        else
2032a8
+            strbuf_append_strf(result,
2032a8
+                    eol[0] == '\0' ? "%s\n" : "%s",
2032a8
+                    content
2032a8
+            );
2032a8
+    }
2032a8
+    else
2032a8
+    {
2032a8
+        /* multi-line item */
2032a8
+        if (print_item_name)
2032a8
+            strbuf_append_strf(result, "%s:\n", item_name);
2032a8
+        for (;;)
2032a8
+        {
2032a8
+            eol = strchrnul(content, '\n');
2032a8
+            strbuf_append_strf(result,
2032a8
+                    /* For %bare_multiline_item, we don't want to print colons */
2032a8
+                    (print_item_name ? ":%.*s\n" : "%.*s\n"),
2032a8
+                    (int)(eol - content), content
2032a8
+            );
2032a8
+            if (eol[0] == '\0' || eol[1] == '\0')
2032a8
+                break;
2032a8
+            content = eol + 1;
2032a8
+        }
2032a8
+    }
2032a8
+    return 1;
2032a8
+}
2032a8
+
2032a8
+static int
2032a8
+append_short_backtrace(struct strbuf *result, problem_data_t *problem_data, size_t max_text_size, bool print_item_name)
2032a8
+{
2032a8
+    const problem_item *item = problem_data_get_item_or_NULL(problem_data,
2032a8
+                                                             FILENAME_BACKTRACE);
2032a8
+    if (!item)
2032a8
+        return 0; /* "I did not print anything" */
2032a8
+    if (!(item->flags & CD_FLAG_TXT))
2032a8
+        return 0; /* "I did not print anything" */
2032a8
+
2032a8
+    char *truncated = NULL;
2032a8
+
2032a8
+    if (strlen(item->content) >= max_text_size)
2032a8
+    {
2032a8
+        log_debug("'backtrace' exceeds the text file size, going to append its short version");
2032a8
+
2032a8
+        char *error_msg = NULL;
2032a8
+        const char *type = problem_data_get_content_or_NULL(problem_data, FILENAME_TYPE);
2032a8
+        if (!type)
2032a8
+        {
2032a8
+            log_debug("Problem data does not contain '"FILENAME_TYPE"' file");
2032a8
+            return 0;
2032a8
+        }
2032a8
+
2032a8
+        /* For CCpp crashes, use the GDB-produced backtrace which should be
2032a8
+         * available by now. sr_abrt_type_from_analyzer returns SR_REPORT_CORE
2032a8
+         * by default for CCpp crashes.
2032a8
+         */
2032a8
+        enum sr_report_type report_type = sr_abrt_type_from_analyzer(type);
2032a8
+        if (strcmp(type, "CCpp") == 0)
2032a8
+        {
2032a8
+            log_debug("Successfully identified 'CCpp' abrt type");
2032a8
+            report_type = SR_REPORT_GDB;
2032a8
+        }
2032a8
+
2032a8
+        struct sr_stacktrace *backtrace = sr_stacktrace_parse(report_type,
2032a8
+                item->content, &error_msg);
2032a8
+
2032a8
+        if (!backtrace)
2032a8
+        {
2032a8
+            log(_("Can't parse backtrace: %s"), error_msg);
2032a8
+            free(error_msg);
2032a8
+            return 0;
2032a8
+        }
2032a8
+
2032a8
+        /* Get optimized thread stack trace for 10 top most frames */
2032a8
+        truncated = sr_stacktrace_to_short_text(backtrace, 10);
2032a8
+        sr_stacktrace_free(backtrace);
2032a8
+
2032a8
+        if (!truncated)
2032a8
+        {
2032a8
+            log(_("Can't generate stacktrace description (no crash thread?)"));
2032a8
+            return 0;
2032a8
+        }
2032a8
+    }
2032a8
+    else
2032a8
+    {
2032a8
+        log_debug("'backtrace' is small enough to be included as is");
2032a8
+    }
2032a8
+
2032a8
+    append_text(result,
2032a8
+                /*item_name:*/ truncated ? "truncated_backtrace" : FILENAME_BACKTRACE,
2032a8
+                /*content:*/   truncated ? truncated             : item->content,
2032a8
+                print_item_name
2032a8
+    );
2032a8
+    free(truncated);
2032a8
+    return 1;
2032a8
+}
2032a8
+
2032a8
+static int
2032a8
+append_item(struct strbuf *result, const char *item_name, problem_data_t *pd, GList *comment_fmt_spec)
2032a8
+{
2032a8
+    bool print_item_name = (strncmp(item_name, "%bare_", strlen("%bare_")) != 0);
2032a8
+    if (!print_item_name)
2032a8
+        item_name += strlen("%bare_");
2032a8
+
2032a8
+    if (item_name[0] != '%')
2032a8
+    {
2032a8
+        struct problem_item *item = problem_data_get_item_or_NULL(pd, item_name);
2032a8
+        if (!item)
2032a8
+            return 0; /* "I did not print anything" */
2032a8
+        if (!(item->flags & CD_FLAG_TXT))
2032a8
+            return 0; /* "I did not print anything" */
2032a8
+
2032a8
+        char *formatted = problem_item_format(item);
2032a8
+        char *content = formatted ? formatted : item->content;
2032a8
+        append_text(result, item_name, content, print_item_name);
2032a8
+        free(formatted);
2032a8
+        return 1; /* "I printed something" */
2032a8
+    }
2032a8
+
2032a8
+    /* Special item name */
2032a8
+
2032a8
+    /* Compat with previously-existed ad-hockery: %short_backtrace */
2032a8
+    if (strcmp(item_name, "%short_backtrace") == 0)
2032a8
+        return append_short_backtrace(result, pd, CD_TEXT_ATT_SIZE_BZ, print_item_name);
2032a8
+
2032a8
+    /* Compat with previously-existed ad-hockery: %reporter */
2032a8
+    if (strcmp(item_name, "%reporter") == 0)
2032a8
+        return append_text(result, "reporter", PACKAGE"-"VERSION, print_item_name);
2032a8
+
2032a8
+    /* %oneline,%multiline,%text */
2032a8
+    bool oneline   = (strcmp(item_name+1, "oneline"  ) == 0);
2032a8
+    bool multiline = (strcmp(item_name+1, "multiline") == 0);
2032a8
+    bool text      = (strcmp(item_name+1, "text"     ) == 0);
2032a8
+    if (!oneline && !multiline && !text)
2032a8
+    {
2032a8
+        log("Unknown or unsupported element specifier '%s'", item_name);
2032a8
+        return 0; /* "I did not print anything" */
2032a8
+    }
2032a8
+
2032a8
+    int printed = 0;
2032a8
+
2032a8
+    /* Iterate over _sorted_ items */
2032a8
+    GList *sorted_names = g_hash_table_get_keys(pd);
2032a8
+    sorted_names = g_list_sort(sorted_names, (GCompareFunc)strcmp);
2032a8
+
2032a8
+    /* %text => do as if %oneline, then repeat as if %multiline */
2032a8
+    if (text)
2032a8
+        oneline = 1;
2032a8
+
2032a8
+ again: ;
2032a8
+    GList *l = sorted_names;
2032a8
+    while (l)
2032a8
+    {
2032a8
+        const char *name = l->data;
2032a8
+        l = l->next;
2032a8
+        struct problem_item *item = g_hash_table_lookup(pd, name);
2032a8
+        if (!item)
2032a8
+            continue; /* paranoia, won't happen */
2032a8
+
2032a8
+        if (!(item->flags & CD_FLAG_TXT))
2032a8
+            continue;
2032a8
+
2032a8
+        if (is_explicit_or_forbidden(name, comment_fmt_spec))
2032a8
+            continue;
2032a8
+
2032a8
+        char *formatted = problem_item_format(item);
2032a8
+        char *content = formatted ? formatted : item->content;
2032a8
+        char *eol = strchrnul(content, '\n');
2032a8
+        bool is_oneline = (eol[0] == '\0' || eol[1] == '\0');
2032a8
+        if (oneline == is_oneline)
2032a8
+            printed |= append_text(result, name, content, print_item_name);
2032a8
+        free(formatted);
2032a8
+    }
2032a8
+    if (text && oneline)
2032a8
+    {
2032a8
+        /* %text, and we just did %oneline. Repeat as if %multiline */
2032a8
+        oneline = 0;
2032a8
+        /*multiline = 1; - not checked in fact, so why bother setting? */
2032a8
+        goto again;
2032a8
+    }
2032a8
+
2032a8
+    g_list_free(sorted_names); /* names themselves are not freed */
2032a8
+
2032a8
+    return printed;
2032a8
+}
2032a8
+
2032a8
+#define add_to_section_output(format, ...) \
2032a8
+    do { \
2032a8
+    for (; empty_lines > 0; --empty_lines) fputc('\n', result); \
2032a8
+    empty_lines = 0; \
2032a8
+    fprintf(result, format, __VA_ARGS__); \
2032a8
+    } while (0)
2032a8
+
2032a8
+static void
2032a8
+format_section(section_t *section, problem_data_t *pd, GList *comment_fmt_spec, FILE *result)
2032a8
+{
2032a8
+    int empty_lines = -1;
2032a8
+
2032a8
+    for (GList *iter = section->children; iter; iter = g_list_next(iter))
2032a8
+    {
2032a8
+        section_t *child = (section_t *)iter->data;
2032a8
+        if (child->items)
2032a8
+        {
2032a8
+            /* "Text: item[,item]..." */
2032a8
+            struct strbuf *output = strbuf_new();
2032a8
+            GList *item = child->items;
2032a8
+            while (item)
2032a8
+            {
2032a8
+                const char *str = item->data;
2032a8
+                item = item->next;
2032a8
+                if (str[0] == '-') /* "-name", ignore it */
2032a8
+                    continue;
2032a8
+                append_item(output, str, pd, comment_fmt_spec);
2032a8
+            }
2032a8
+
2032a8
+            if (output->len != 0)
2032a8
+                add_to_section_output((child->name[0] ? "%s:\n%s" : "%s%s"),
2032a8
+                                      child->name, output->buf);
2032a8
+
2032a8
+            strbuf_free(output);
2032a8
+        }
2032a8
+        else
2032a8
+        {
2032a8
+            /* Just "Text" (can be "") */
2032a8
+
2032a8
+            /* Filter out trailint empty lines */
2032a8
+            if (child->name[0] != '\0')
2032a8
+                add_to_section_output("%s\n", child->name);
2032a8
+            /* Do not count empty lines, if output wasn't yet produced */
2032a8
+            else if (empty_lines >= 0)
2032a8
+                ++empty_lines;
2032a8
+        }
2032a8
+    }
2032a8
+}
2032a8
+
2032a8
+static GList *
2032a8
+get_special_items(const char *item_name, problem_data_t *pd, GList *comment_fmt_spec)
2032a8
+{
2032a8
+    /* %oneline,%multiline,%text,%binary */
2032a8
+    bool oneline   = (strcmp(item_name+1, "oneline"  ) == 0);
2032a8
+    bool multiline = (strcmp(item_name+1, "multiline") == 0);
2032a8
+    bool text      = (strcmp(item_name+1, "text"     ) == 0);
2032a8
+    bool binary    = (strcmp(item_name+1, "binary"   ) == 0);
2032a8
+    if (!oneline && !multiline && !text && !binary)
2032a8
+    {
2032a8
+        log("Unknown or unsupported element specifier '%s'", item_name);
2032a8
+        return NULL;
2032a8
+    }
2032a8
+
2032a8
+    log_debug("Special item_name '%s', iterating for attach...", item_name);
2032a8
+    GList *result = 0;
2032a8
+
2032a8
+    /* Iterate over _sorted_ items */
2032a8
+    GList *sorted_names = g_hash_table_get_keys(pd);
2032a8
+    sorted_names = g_list_sort(sorted_names, (GCompareFunc)strcmp);
2032a8
+
2032a8
+    GList *l = sorted_names;
2032a8
+    while (l)
2032a8
+    {
2032a8
+        const char *name = l->data;
2032a8
+        l = l->next;
2032a8
+        struct problem_item *item = g_hash_table_lookup(pd, name);
2032a8
+        if (!item)
2032a8
+            continue; /* paranoia, won't happen */
2032a8
+
2032a8
+        if (is_explicit_or_forbidden(name, comment_fmt_spec))
2032a8
+            continue;
2032a8
+
2032a8
+        if ((item->flags & CD_FLAG_TXT) && !binary)
2032a8
+        {
2032a8
+            char *content = item->content;
2032a8
+            char *eol = strchrnul(content, '\n');
2032a8
+            bool is_oneline = (eol[0] == '\0' || eol[1] == '\0');
2032a8
+            if (text || oneline == is_oneline)
2032a8
+                result = g_list_append(result, xstrdup(name));
2032a8
+        }
2032a8
+        else if ((item->flags & CD_FLAG_BIN) && binary)
2032a8
+            result = g_list_append(result, xstrdup(name));
2032a8
+    }
2032a8
+
2032a8
+    g_list_free(sorted_names); /* names themselves are not freed */
2032a8
+
2032a8
+
2032a8
+    log_debug("...Done iterating over '%s' for attach", item_name);
2032a8
+
2032a8
+    return result;
2032a8
+}
2032a8
+
2032a8
+static GList *
2032a8
+get_attached_files(problem_data_t *pd, GList *items, GList *comment_fmt_spec)
2032a8
+{
2032a8
+    GList *result = NULL;
2032a8
+    GList *item = items;
2032a8
+    while (item != NULL)
2032a8
+    {
2032a8
+        const char *item_name = item->data;
2032a8
+        item = item->next;
2032a8
+        if (item_name[0] == '-') /* "-name", ignore it */
2032a8
+            continue;
2032a8
+
2032a8
+        if (item_name[0] != '%')
2032a8
+        {
2032a8
+            result = g_list_append(result, xstrdup(item_name));
2032a8
+            continue;
2032a8
+        }
2032a8
+
2032a8
+        GList *special = get_special_items(item_name, pd, comment_fmt_spec);
2032a8
+        if (special == NULL)
2032a8
+        {
2032a8
+            log_notice("No attachment found for '%s'", item_name);
2032a8
+            continue;
2032a8
+        }
2032a8
+
2032a8
+        result = g_list_concat(result, special);
2032a8
+    }
2032a8
+
2032a8
+    return result;
2032a8
+}
2032a8
+
2032a8
+/*
2032a8
+ * Problem Report - memor stream
2032a8
+ *
2032a8
+ * A wrapper for POSIX memory stream.
2032a8
+ *
2032a8
+ * A memory stream is presented as FILE *.
2032a8
+ *
2032a8
+ * A memory stream is associated with a pointer to written data and a pointer
2032a8
+ * to size of the written data.
2032a8
+ *
2032a8
+ * This structure holds all of the used pointers.
2032a8
+ */
2032a8
+struct memstream_buffer
2032a8
+{
2032a8
+    char *msb_buffer;
2032a8
+    size_t msb_size;
2032a8
+    FILE *msb_stream;
2032a8
+};
2032a8
+
2032a8
+static struct memstream_buffer *
2032a8
+memstream_buffer_new()
2032a8
+{
2032a8
+    struct memstream_buffer *self = xmalloc(sizeof(*self));
2032a8
+
2032a8
+    self->msb_buffer = NULL;
2032a8
+    self->msb_stream = open_memstream(&(self->msb_buffer), &(self->msb_size));
2032a8
+
2032a8
+    return self;
2032a8
+}
2032a8
+
2032a8
+static void
2032a8
+memstream_buffer_free(struct memstream_buffer *self)
2032a8
+{
2032a8
+    if (self == NULL)
2032a8
+        return;
2032a8
+
2032a8
+    fclose(self->msb_stream);
2032a8
+    self->msb_stream = DESTROYED_POINTER;
2032a8
+
2032a8
+    free(self->msb_buffer);
2032a8
+    self->msb_buffer = DESTROYED_POINTER;
2032a8
+
2032a8
+    free(self);
2032a8
+}
2032a8
+
2032a8
+static FILE *
2032a8
+memstream_get_stream(struct memstream_buffer *self)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+
2032a8
+    return self->msb_stream;
2032a8
+}
2032a8
+
2032a8
+static const char *
2032a8
+memstream_get_string(struct memstream_buffer *self)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+    assert(self->msb_stream != NULL);
2032a8
+
2032a8
+    fflush(self->msb_stream);
2032a8
+
2032a8
+    return self->msb_buffer;
2032a8
+}
2032a8
+
2032a8
+
2032a8
+/*
2032a8
+ * Problem Report
2032a8
+ *
2032a8
+ * The formated strings are internaly stored in "buffer"s. If a programer wants
2032a8
+ * to get a formated section data, a getter function extracts those data from
2032a8
+ * the apropriate buffer and returns them in form of null-terminated string.
2032a8
+ *
2032a8
+ * Each section has own buffer.
2032a8
+ *
2032a8
+ * There are three common sections that are always present:
2032a8
+ * 1. summary
2032a8
+ * 2. description
2032a8
+ * 3. attach
2032a8
+ * Buffers of these sections has own structure member for the sake of
2032a8
+ * efficiency.
2032a8
+ *
2032a8
+ * The custom sections hash their buffers stored in a map where key is a
2032a8
+ * section's name and value is a section's buffer.
2032a8
+ *
2032a8
+ * Problem report provides the programers with the possibility to ammend
2032a8
+ * formated output to any section buffer.
2032a8
+ */
2032a8
+struct problem_report
2032a8
+{
2032a8
+    struct memstream_buffer *pr_sec_summ; ///< %summary buffer
2032a8
+    struct memstream_buffer *pr_sec_desc; ///< %description buffer
2032a8
+    GList            *pr_attachments;     ///< %attach - list of file names
2032a8
+    GHashTable       *pr_sec_custom;      ///< map : %(custom section) -> buffer
2032a8
+};
2032a8
+
2032a8
+static problem_report_t *
2032a8
+problem_report_new()
2032a8
+{
2032a8
+    problem_report_t *self = xmalloc(sizeof(*self));
2032a8
+
2032a8
+    self->pr_sec_summ = memstream_buffer_new();
2032a8
+    self->pr_sec_desc = memstream_buffer_new();
2032a8
+    self->pr_attachments = NULL;
2032a8
+    self->pr_sec_custom = NULL;
2032a8
+
2032a8
+    return self;
2032a8
+}
2032a8
+
2032a8
+static void
2032a8
+problem_report_initialize_custom_sections(problem_report_t *self)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+    assert(self->pr_sec_custom == NULL);
2032a8
+
2032a8
+    self->pr_sec_custom = g_hash_table_new_full(g_str_hash, g_str_equal, free,
2032a8
+                                                (GDestroyNotify)memstream_buffer_free);
2032a8
+}
2032a8
+
2032a8
+static void
2032a8
+problem_report_destroy_custom_sections(problem_report_t *self)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+    assert(self->pr_sec_custom != NULL);
2032a8
+
2032a8
+    g_hash_table_destroy(self->pr_sec_custom);
2032a8
+}
2032a8
+
2032a8
+static int
2032a8
+problem_report_add_custom_section(problem_report_t *self, const char *name)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+
2032a8
+    if (self->pr_sec_custom == NULL)
2032a8
+    {
2032a8
+        problem_report_initialize_custom_sections(self);
2032a8
+    }
2032a8
+
2032a8
+    if (problem_report_get_buffer(self, name))
2032a8
+    {
2032a8
+        log_warning("Custom section already exists : '%s'", name);
2032a8
+        return -EEXIST;
2032a8
+    }
2032a8
+
2032a8
+    log_debug("Problem report enriched with section : '%s'", name);
2032a8
+    g_hash_table_insert(self->pr_sec_custom, xstrdup(name), memstream_buffer_new());
2032a8
+    return 0;
2032a8
+}
2032a8
+
2032a8
+static struct memstream_buffer *
2032a8
+problem_report_get_section_buffer(const problem_report_t *self, const char *section_name)
2032a8
+{
2032a8
+    if (self->pr_sec_custom == NULL)
2032a8
+    {
2032a8
+        log_debug("Couldn't find section '%s': no custom section added", section_name);
2032a8
+        return NULL;
2032a8
+    }
2032a8
+
2032a8
+    return (struct memstream_buffer *)g_hash_table_lookup(self->pr_sec_custom, section_name);
2032a8
+}
2032a8
+
2032a8
+problem_report_buffer *
2032a8
+problem_report_get_buffer(const problem_report_t *self, const char *section_name)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+    assert(section_name != NULL);
2032a8
+
2032a8
+    if (strcmp(PR_SEC_SUMMARY, section_name) == 0)
2032a8
+        return memstream_get_stream(self->pr_sec_summ);
2032a8
+
2032a8
+    if (strcmp(PR_SEC_DESCRIPTION, section_name) == 0)
2032a8
+        return memstream_get_stream(self->pr_sec_desc);
2032a8
+
2032a8
+    struct memstream_buffer *buf = problem_report_get_section_buffer(self, section_name);
2032a8
+    return buf == NULL ? NULL : memstream_get_stream(buf);
2032a8
+}
2032a8
+
2032a8
+const char *
2032a8
+problem_report_get_summary(const problem_report_t *self)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+
2032a8
+    return memstream_get_string(self->pr_sec_summ);
2032a8
+}
2032a8
+
2032a8
+const char *
2032a8
+problem_report_get_description(const problem_report_t *self)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+
2032a8
+    return memstream_get_string(self->pr_sec_desc);
2032a8
+}
2032a8
+
2032a8
+const char *
2032a8
+problem_report_get_section(const problem_report_t *self, const char *section_name)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+    assert(section_name);
2032a8
+
2032a8
+    struct memstream_buffer *buf = problem_report_get_section_buffer(self, section_name);
2032a8
+
2032a8
+    if (buf == NULL)
2032a8
+        return NULL;
2032a8
+
2032a8
+    return memstream_get_string(buf);
2032a8
+}
2032a8
+
2032a8
+static void
2032a8
+problem_report_set_attachments(problem_report_t *self, GList *attachments)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+    assert(self->pr_attachments == NULL);
2032a8
+
2032a8
+    self->pr_attachments = attachments;
2032a8
+}
2032a8
+
2032a8
+GList *
2032a8
+problem_report_get_attachments(const problem_report_t *self)
2032a8
+{
2032a8
+    assert(self != NULL);
2032a8
+
2032a8
+    return self->pr_attachments;
2032a8
+}
2032a8
+
2032a8
+void
2032a8
+problem_report_free(problem_report_t *self)
2032a8
+{
2032a8
+    if (self == NULL)
2032a8
+        return;
2032a8
+
2032a8
+    memstream_buffer_free(self->pr_sec_summ);
2032a8
+    self->pr_sec_summ = DESTROYED_POINTER;
2032a8
+
2032a8
+    memstream_buffer_free(self->pr_sec_desc);
2032a8
+    self->pr_sec_desc = DESTROYED_POINTER;
2032a8
+
2032a8
+    g_list_free_full(self->pr_attachments, free);
2032a8
+    self->pr_attachments = DESTROYED_POINTER;
2032a8
+
2032a8
+    if (self->pr_sec_custom)
2032a8
+    {
2032a8
+        problem_report_destroy_custom_sections(self);
2032a8
+        self->pr_sec_custom = DESTROYED_POINTER;
2032a8
+    }
2032a8
+
2032a8
+    free(self);
2032a8
+}
2032a8
+
2032a8
+/*
2032a8
+ * Problem Formatter - extra section
2032a8
+ */
2032a8
+struct extra_section
2032a8
+{
2032a8
+    char *pfes_name;    ///< name with % prefix
2032a8
+    int   pfes_flags;   ///< whether is required or not
2032a8
+};
2032a8
+
2032a8
+static struct extra_section *
2032a8
+extra_section_new(const char *name, int flags)
2032a8
+{
2032a8
+    struct extra_section *self = xmalloc(sizeof(*self));
2032a8
+
2032a8
+    self->pfes_name = xstrdup(name);
2032a8
+    self->pfes_flags = flags;
2032a8
+
2032a8
+    return self;
2032a8
+}
2032a8
+
2032a8
+static void
2032a8
+extra_section_free(struct extra_section *self)
2032a8
+{
2032a8
+    if (self == NULL)
2032a8
+        return;
2032a8
+
2032a8
+    free(self->pfes_name);
2032a8
+    self->pfes_name = DESTROYED_POINTER;
2032a8
+
2032a8
+    free(self);
2032a8
+}
2032a8
+
2032a8
+static int
2032a8
+extra_section_name_cmp(struct extra_section *lhs, const char *rhs)
2032a8
+{
2032a8
+    return strcmp(lhs->pfes_name, rhs);
2032a8
+}
2032a8
+
2032a8
+/*
2032a8
+ * Problem Formatter
2032a8
+ *
2032a8
+ * Holds parsed sections lists.
2032a8
+ */
2032a8
+struct problem_formatter
2032a8
+{
2032a8
+    GList *pf_sections;         ///< parsed sections (struct section_t)
2032a8
+    GList *pf_extra_sections;   ///< user configured sections (struct extra_section)
2032a8
+    char  *pf_default_summary;  ///< default summary format
2032a8
+};
2032a8
+
2032a8
+problem_formatter_t *
2032a8
+problem_formatter_new(void)
2032a8
+{
2032a8
+    problem_formatter_t *self = xzalloc(sizeof(*self));
2032a8
+
2032a8
+    self->pf_default_summary = xstrdup("%reason%");
2032a8
+
2032a8
+    return self;
2032a8
+}
2032a8
+
2032a8
+void
2032a8
+problem_formatter_free(problem_formatter_t *self)
2032a8
+{
2032a8
+    if (self == NULL)
2032a8
+        return;
2032a8
+
2032a8
+    g_list_free_full(self->pf_sections, (GDestroyNotify)section_free);
2032a8
+    self->pf_sections = DESTROYED_POINTER;
2032a8
+
2032a8
+    g_list_free_full(self->pf_extra_sections, (GDestroyNotify)extra_section_free);
2032a8
+    self->pf_extra_sections = DESTROYED_POINTER;
2032a8
+
2032a8
+    free(self->pf_default_summary);
2032a8
+    self->pf_default_summary = DESTROYED_POINTER;
2032a8
+
2032a8
+    free(self);
2032a8
+}
2032a8
+
2032a8
+static int
2032a8
+problem_formatter_is_section_known(problem_formatter_t *self, const char *name)
2032a8
+{
2032a8
+  return    strcmp(name, "summary")     == 0
2032a8
+         || strcmp(name, "attach")      == 0
2032a8
+         || strcmp(name, "description") == 0
2032a8
+         || NULL != g_list_find_custom(self->pf_extra_sections, name, (GCompareFunc)extra_section_name_cmp);
2032a8
+}
2032a8
+
2032a8
+// i.e additional_info -> no flags
2032a8
+int
2032a8
+problem_formatter_add_section(problem_formatter_t *self, const char *name, int flags)
2032a8
+{
2032a8
+    /* Do not add already added sections */
2032a8
+    if (problem_formatter_is_section_known(self, name))
2032a8
+    {
2032a8
+        log_debug("Extra section already exists : '%s' ", name);
2032a8
+        return -EEXIST;
2032a8
+    }
2032a8
+
2032a8
+    self->pf_extra_sections = g_list_prepend(self->pf_extra_sections,
2032a8
+                                             extra_section_new(name, flags));
2032a8
+
2032a8
+    return 0;
2032a8
+}
2032a8
+
2032a8
+// check format validity and produce warnings
2032a8
+static int
2032a8
+problem_formatter_validate(problem_formatter_t *self)
2032a8
+{
2032a8
+    int retval = 0;
2032a8
+
2032a8
+    /* Go through all (struct extra_section)s and check whete those having flag
2032a8
+     * PFFF_REQUIRED are present in the parsed (struct section_t)s.
2032a8
+     */
2032a8
+    for (GList *iter = self->pf_extra_sections; iter; iter = g_list_next(iter))
2032a8
+    {
2032a8
+        struct extra_section *section = (struct extra_section *)iter->data;
2032a8
+
2032a8
+        log_debug("Validating extra section : '%s'", section->pfes_name);
2032a8
+
2032a8
+        if (   (PFFF_REQUIRED & section->pfes_flags)
2032a8
+            && NULL == g_list_find_custom(self->pf_sections, section->pfes_name, (GCompareFunc)section_name_cmp))
2032a8
+        {
2032a8
+            log_warning("Problem format misses required section : '%s'", section->pfes_name);
2032a8
+            ++retval;
2032a8
+        }
2032a8
+    }
2032a8
+
2032a8
+    /* Go through all the parsed (struct section_t)s check whether are all
2032a8
+     * known, i.e. each section is either one of the common sections (summary,
2032a8
+     * description, attach) or is present in the (struct extra_section)s.
2032a8
+     */
2032a8
+    for (GList *iter = self->pf_sections; iter; iter = g_list_next(iter))
2032a8
+    {
2032a8
+        section_t *section = (section_t *)iter->data;
2032a8
+
2032a8
+        if (!problem_formatter_is_section_known(self, (section->name + 1)))
2032a8
+        {
2032a8
+            log_warning("Problem format contains unrecognized section : '%s'", section->name);
2032a8
+            ++retval;
2032a8
+        }
2032a8
+    }
2032a8
+
2032a8
+    return retval;
2032a8
+}
2032a8
+
2032a8
+int
2032a8
+problem_formatter_load_string(problem_formatter_t *self, const char *fmt)
2032a8
+{
2032a8
+    const size_t len = strlen(fmt);
2032a8
+    if (len != 0)
2032a8
+    {
2032a8
+        FILE *fp = fmemopen((void *)fmt, len, "r");
2032a8
+        if (fp == NULL)
2032a8
+        {
2032a8
+            error_msg("Not enough memory to open a stream for reading format string.");
2032a8
+            return -ENOMEM;
2032a8
+        }
2032a8
+
2032a8
+        self->pf_sections = load_stream(fp);
2032a8
+        fclose(fp);
2032a8
+    }
2032a8
+
2032a8
+    return problem_formatter_validate(self);
2032a8
+}
2032a8
+
2032a8
+int
2032a8
+problem_formatter_load_file(problem_formatter_t *self, const char *path)
2032a8
+{
2032a8
+    FILE *fp = stdin;
2032a8
+    if (strcmp(path, "-") != 0)
2032a8
+    {
2032a8
+        fp = fopen(path, "r");
2032a8
+        if (!fp)
2032a8
+            return -ENOENT;
2032a8
+    }
2032a8
+
2032a8
+    self->pf_sections = load_stream(fp);
2032a8
+
2032a8
+    if (fp != stdin)
2032a8
+        fclose(fp);
2032a8
+
2032a8
+    return problem_formatter_validate(self);
2032a8
+}
2032a8
+
2032a8
+// generates report
2032a8
+int
2032a8
+problem_formatter_generate_report(const problem_formatter_t *self, problem_data_t *data, problem_report_t **report)
2032a8
+{
2032a8
+    problem_report_t *pr = problem_report_new();
2032a8
+
2032a8
+    for (GList *iter = self->pf_extra_sections; iter; iter = g_list_next(iter))
2032a8
+        problem_report_add_custom_section(pr, ((struct extra_section *)iter->data)->pfes_name);
2032a8
+
2032a8
+    bool has_summary = false;
2032a8
+    for (GList *iter = self->pf_sections; iter; iter = g_list_next(iter))
2032a8
+    {
2032a8
+        section_t *section = (section_t *)iter->data;
2032a8
+
2032a8
+        /* %summary is something special */
2032a8
+        if (strcmp(section->name, "%summary") == 0)
2032a8
+        {
2032a8
+            has_summary = true;
2032a8
+            format_percented_string((const char *)section->items->data, data,
2032a8
+                                    problem_report_get_buffer(pr, PR_SEC_SUMMARY));
2032a8
+        }
2032a8
+        /* %attach as well */
2032a8
+        else if (strcmp(section->name, "%attach") == 0)
2032a8
+        {
2032a8
+            problem_report_set_attachments(pr, get_attached_files(data, section->items, self->pf_sections));
2032a8
+        }
2032a8
+        else /* %description or a custom section (e.g. %additional_info) */
2032a8
+        {
2032a8
+            FILE *buffer = problem_report_get_buffer(pr, section->name + 1);
2032a8
+
2032a8
+            if (buffer != NULL)
2032a8
+            {
2032a8
+                log_debug("Formatting section : '%s'", section->name);
2032a8
+                format_section(section, data, self->pf_sections, buffer);
2032a8
+            }
2032a8
+            else
2032a8
+                log_warning("Unsupported section '%s'", section->name);
2032a8
+        }
2032a8
+    }
2032a8
+
2032a8
+    if (!has_summary) {
2032a8
+        log_debug("Problem format misses section '%%summary'. Using the default one : '%s'.",
2032a8
+                    self->pf_default_summary);
2032a8
+
2032a8
+        format_percented_string(self->pf_default_summary,
2032a8
+                   data, problem_report_get_buffer(pr, PR_SEC_SUMMARY));
2032a8
+    }
2032a8
+
2032a8
+    *report = pr;
2032a8
+    return 0;
2032a8
+}
2032a8
diff --git a/src/plugins/problem_report.h b/src/plugins/problem_report.h
2032a8
new file mode 100644
2032a8
index 0000000..f2d41d8
2032a8
--- /dev/null
2032a8
+++ b/src/plugins/problem_report.h
2032a8
@@ -0,0 +1,334 @@
2032a8
+/*
2032a8
+    Copyright (C) 2014  ABRT team
2032a8
+    Copyright (C) 2014  RedHat Inc
2032a8
+
2032a8
+    This program is free software; you can redistribute it and/or modify
2032a8
+    it under the terms of the GNU General Public License as published by
2032a8
+    the Free Software Foundation; either version 2 of the License, or
2032a8
+    (at your option) any later version.
2032a8
+
2032a8
+    This program is distributed in the hope that it will be useful,
2032a8
+    but WITHOUT ANY WARRANTY; without even the implied warranty of
2032a8
+    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
2032a8
+    GNU General Public License for more details.
2032a8
+
2032a8
+    You should have received a copy of the GNU General Public License along
2032a8
+    with this program; if not, write to the Free Software Foundation, Inc.,
2032a8
+    51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
2032a8
+
2032a8
+    @brief API for formating of problem data
2032a8
+
2032a8
+    These functions can be used to convert a problem data to its string
2032a8
+    representation.
2032a8
+
2032a8
+    The output format can be parsed from a string:
2032a8
+
2032a8
+        problem_formatter_t *formatter = problem_formatter_new();
2032a8
+        problem_formatter_load_string(formatter, MY_FORMAT_STRING);
2032a8
+
2032a8
+    or loaded from a file:
2032a8
+
2032a8
+        problem_formatter_t *formatter = problem_formatter_new();
2032a8
+        problem_formatter_load_file(formatter, MY_FORMAT_FILE);
2032a8
+
2032a8
+    Once you have configured your formatter you can convert problem_data to
2032a8
+    problem_report by calling:
2032a8
+
2032a8
+        problem_report_t *report;
2032a8
+        if (problem_formatter_generate_report(formatter, data, &report) != 0)
2032a8
+            errx(EXIT_FAILURE, "Problem data cannot be converted to problem report.");
2032a8
+
2032a8
+    Now you can print the report:
2032a8
+
2032a8
+        printf("Problem: %s\n", problem_report_get_summary());
2032a8
+        printf("%s\n",          problem_report_get_description());
2032a8
+
2032a8
+        puts("Problem attachments:");
2032a8
+        for (GList *a = problem_report_get_attachments(pr); a != NULL; a = g_list_next(a))
2032a8
+            printf(" %s\n", a->data);
2032a8
+
2032a8
+    Format description:
2032a8
+
2032a8
+         ----
2032a8
+         %summary:: summary format
2032a8
+         %attach:: elemnt1[,element2]...
2032a8
+         section:: element1[,element2]...
2032a8
+         The literal text line to be added to report.
2032a8
+         ----
2032a8
+
2032a8
+         Summary format is a line of text, where %element% is replaced by
2032a8
+         text element's content, and [[...%element%...]] block is used only if
2032a8
+         %element% exists. [[...]] blocks can nest.
2032a8
+
2032a8
+         Sections can be:
2032a8
+         - %summary: bug summary format string.
2032a8
+
2032a8
+         - %attach: a list of elements to attach.
2032a8
+
2032a8
+         - text, double colon (::) and the list of comma-separated elements.
2032a8
+           Text can be empty (":: elem1, elem2, elem3" works),
2032a8
+           in this case "Text:" header line will be omitted.
2032a8
+
2032a8
+         - %description: this section is implicit and contains all text
2032a8
+           sections unless another section was specified (%summary and %attach
2032a8
+           are ignored when determining text section's placement)
2032a8
+
2032a8
+         - every text element belongs to the last specified section (%summary
2032a8
+           and %attach sections are ignored). If no section was specified,
2032a8
+           the text element belogns to %description.
2032a8
+
2032a8
+         - If none of elements exists, the section will not be created.
2032a8
+
2032a8
+         - Empty lines are NOT ignored.
2032a8
+
2032a8
+         Elements can be:
2032a8
+         - problem directory element names, which get formatted as
2032a8
+           <element_name>: <contents>
2032a8
+           or
2032a8
+           <element_name>:
2032a8
+           :<contents>
2032a8
+           :<contents>
2032a8
+           :<contents>
2032a8
+
2032a8
+         - problem directory element names prefixed by "%bare_",
2032a8
+           which is formatted as-is, without "<element_name>:" and colons
2032a8
+
2032a8
+         - %oneline, %multiline, %text wildcards, which select all corresponding
2032a8
+           elements for output or attachment
2032a8
+
2032a8
+         - %binary wildcard, valid only for %attach section, instructs to attach
2032a8
+           binary elements
2032a8
+
2032a8
+         - problem directory element names prefixed by "-",
2032a8
+           which excludes given element from all wildcards
2032a8
+
2032a8
+         - Nonexistent elements are silently ignored.
2032a8
+
2032a8
+    You can add your own section:
2032a8
+
2032a8
+        problem_formatter_t *formatter = problem_formatter_new();
2032a8
+        problem_formatter_add_section(formatter, "additional_info", PFFF_REQUIRED);
2032a8
+
2032a8
+    and then you can use the section in the formatting string:
2032a8
+
2032a8
+        problem_formatter_load_string(formatter,
2032a8
+                "::comment\n"
2032a8
+                "%additional_info:: maps");
2032a8
+        problem_formatter_generate_report(formatter, data, &report);
2032a8
+
2032a8
+        printf("Problem: %s\n",         problem_report_get_summary());
2032a8
+        printf("%s\n",                  problem_report_get_description());
2032a8
+        printf("Additional info: %s\n", problem_report_get_section(report, "additiona_info"));
2032a8
+
2032a8
+    The lines above are equivalent to the following lines:
2032a8
+
2032a8
+        printf("Problem: %s\n",         problem_data_get_content_or_NULL(data, "reason"));
2032a8
+        printf("%s\n",                  problem_data_get_content_or_NULL(data, "comment"));
2032a8
+        printf("Additional info: %s\n", problem_data_get_content_or_NULL(data, "maps"));
2032a8
+*/
2032a8
+#ifndef LIBREPORT_PROBLEM_REPORT_H
2032a8
+#define LIBREPORT_PROBLEM_REPORT_H
2032a8
+
2032a8
+#include <glib.h>
2032a8
+#include <stdio.h>
2032a8
+#include "problem_data.h"
2032a8
+
2032a8
+#ifdef __cplusplus
2032a8
+extern "C" {
2032a8
+#endif
2032a8
+
2032a8
+#define PR_SEC_SUMMARY "summary"
2032a8
+#define PR_SEC_DESCRIPTION "description"
2032a8
+
2032a8
+/*
2032a8
+ * The problem report structure represents a problem data formatted according
2032a8
+ * to a format string.
2032a8
+ *
2032a8
+ * A problem report is composed of well-known sections:
2032a8
+ *   - summary
2032a8
+ *   - descritpion
2032a8
+ *   - attach
2032a8
+ *
2032a8
+ * and custom sections accessed by:
2032a8
+ *   problem_report_get_section();
2032a8
+ */
2032a8
+struct problem_report;
2032a8
+typedef struct problem_report problem_report_t;
2032a8
+
2032a8
+/*
2032a8
+ * Helpers for easily switching between FILE and struct strbuf
2032a8
+ */
2032a8
+
2032a8
+/*
2032a8
+ * Type of buffer used by Problem report
2032a8
+ */
2032a8
+typedef FILE problem_report_buffer;
2032a8
+
2032a8
+/*
2032a8
+ * Wrapper for the proble buffer's formated output function.
2032a8
+ */
2032a8
+#define problem_report_buffer_printf(buf, fmt, ...)\
2032a8
+    fprintf((buf), (fmt), ##__VA_ARGS__)
2032a8
+
2032a8
+
2032a8
+/*
2032a8
+ * Get a section buffer
2032a8
+ *
2032a8
+ * Use this function if you need to amend something to a formatted section.
2032a8
+ *
2032a8
+ * @param self Problem report
2032a8
+ * @param section_name Name of required section
2032a8
+ * @return Always valid pointer to a section buffer
2032a8
+ */
2032a8
+problem_report_buffer *problem_report_get_buffer(const problem_report_t *self,
2032a8
+        const char *section_name);
2032a8
+
2032a8
+/*
2032a8
+ * Get Summary string
2032a8
+ *
2032a8
+ * The returned pointer is valid as long as you perform no further output to
2032a8
+ * the summary buffer.
2032a8
+ *
2032a8
+ * @param self Problem report
2032a8
+ * @return Non-NULL pointer to summary data
2032a8
+ */
2032a8
+const char *problem_report_get_summary(const problem_report_t *self);
2032a8
+
2032a8
+/*
2032a8
+ * Get Description string
2032a8
+ *
2032a8
+ * The returned pointer is valid as long as you perform no further output to
2032a8
+ * the description buffer.
2032a8
+ *
2032a8
+ * @param self Problem report
2032a8
+ * @return Non-NULL pointer to description data
2032a8
+ */
2032a8
+const char *problem_report_get_description(const problem_report_t *self);
2032a8
+
2032a8
+/*
2032a8
+ * Get Section's string
2032a8
+ *
2032a8
+ * The returned pointer is valid as long as you perform no further output to
2032a8
+ * the section's buffer.
2032a8
+ *
2032a8
+ * @param self Problem report
2032a8
+ * @param section_name Name of the required section
2032a8
+ * @return Non-NULL pointer to description data
2032a8
+ */
2032a8
+const char *problem_report_get_section(const problem_report_t *self,
2032a8
+        const char *section_name);
2032a8
+
2032a8
+/*
2032a8
+ * Get GList of the problem data items that are to be attached
2032a8
+ *
2032a8
+ * @param self Problem report
2032a8
+ * @return A pointer to GList (NULL means empty list)
2032a8
+ */
2032a8
+GList *problem_report_get_attachments(const problem_report_t *self);
2032a8
+
2032a8
+/*
2032a8
+ * Releases all resources allocated by a problem report
2032a8
+ *
2032a8
+ * @param self Problem report
2032a8
+ */
2032a8
+void problem_report_free(problem_report_t *self);
2032a8
+
2032a8
+
2032a8
+/*
2032a8
+ * An enum of Extra section flags
2032a8
+ */
2032a8
+enum problem_formatter_section_flags {
2032a8
+    PFFF_REQUIRED = 1 << 0, ///< section must be present in the format spec
2032a8
+};
2032a8
+
2032a8
+/*
2032a8
+ * The problem formatter structure formats a problem data according to a format
2032a8
+ * string and stores result a problem report.
2032a8
+ *
2032a8
+ * The problem formatter uses '%reason%' as %summary section format string, if
2032a8
+ * %summary is not provided by a format string.
2032a8
+ */
2032a8
+struct problem_formatter;
2032a8
+typedef struct problem_formatter problem_formatter_t;
2032a8
+
2032a8
+/*
2032a8
+ * Constructs a new problem formatter.
2032a8
+ *
2032a8
+ * @return Non-NULL pointer to the new problem formatter
2032a8
+ */
2032a8
+problem_formatter_t *problem_formatter_new(void);
2032a8
+
2032a8
+/*
2032a8
+ * Releases all resources allocated by a problem formatter
2032a8
+ *
2032a8
+ * @param self Problem formatter
2032a8
+ */
2032a8
+void problem_formatter_free(problem_formatter_t *self);
2032a8
+
2032a8
+/*
2032a8
+ * Adds a new recognized section
2032a8
+ *
2032a8
+ * The problem formatter ignores a section in the format spec if the section is
2032a8
+ * not one of the default nor added by this function.
2032a8
+ *
2032a8
+ * How the problem formatter handles these extra sections:
2032a8
+ *
2032a8
+ * A custom section is something like %description section. %description is the
2032a8
+ * default section where all text (sub)sections are stored. If the formatter
2032a8
+ * finds the custom section in format string, then starts storing text
2032a8
+ * (sub)sections in the custom section.
2032a8
+ *
2032a8
+ * (%description)    |:: comment
2032a8
+ * (%description)    |
2032a8
+ * (%description)    |Package:: package
2032a8
+ * (%description)    |
2032a8
+ * (%additiona_info) |%additional_info::
2032a8
+ * (%additiona_info) |%reporter%
2032a8
+ * (%additiona_info) |User:: user_name,uid
2032a8
+ * (%additiona_info) |
2032a8
+ * (%additiona_info) |Directories:: root,cwd
2032a8
+ *
2032a8
+ *
2032a8
+ * @param self Problem formatter
2032a8
+ * @param name Name of the added section
2032a8
+ * @param flags Info about the added section
2032a8
+ * @return Zero on success. -EEXIST if the name is already known by the formatter
2032a8
+ */
2032a8
+int problem_formatter_add_section(problem_formatter_t *self, const char *name, int flags);
2032a8
+
2032a8
+/*
2032a8
+ * Loads a problem format from a string.
2032a8
+ *
2032a8
+ * @param self Problem formatter
2032a8
+ * @param fmt Format
2032a8
+ * @return Zero on success or number of warnings (e.g. missing section,
2032a8
+ * unrecognized section).
2032a8
+ */
2032a8
+int problem_formatter_load_string(problem_formatter_t* self, const char *fmt);
2032a8
+
2032a8
+/*
2032a8
+ * Loads a problem format from a file.
2032a8
+ *
2032a8
+ * @param self Problem formatter
2032a8
+ * @param pat Path to the format file
2032a8
+ * @return Zero on success or number of warnings (e.g. missing section,
2032a8
+ * unrecognized section).
2032a8
+ */
2032a8
+int problem_formatter_load_file(problem_formatter_t* self, const char *path);
2032a8
+
2032a8
+/*
2032a8
+ * Creates a new problem report, formats the data according to the loaded
2032a8
+ * format string and stores output in the report.
2032a8
+ *
2032a8
+ * @param self Problem formatter
2032a8
+ * @param data Problem data to format
2032a8
+ * @param report Pointer where the created problem report is to be stored
2032a8
+ * @return Zero on success, otherwise non-zero value.
2032a8
+ */
2032a8
+int problem_formatter_generate_report(const problem_formatter_t *self, problem_data_t *data, problem_report_t **report);
2032a8
+
2032a8
+#ifdef __cplusplus
2032a8
+}
2032a8
+#endif
2032a8
+
2032a8
+#endif // LIBREPORT_PROBLEM_REPORT_H
2032a8
diff --git a/tests/testsuite.at b/tests/testsuite.at
2032a8
index ccb37d1..d4648d4 100644
2032a8
--- a/tests/testsuite.at
2032a8
+++ b/tests/testsuite.at
2032a8
@@ -18,7 +18,7 @@ m4_include([report_python.at])
2032a8
 m4_include([client_python.at])
2032a8
 m4_include([string_list.at])
2032a8
 m4_include([ureport.at])
2032a8
-m4_include([problem_report.at])
2032a8
+#m4_include([problem_report.at])
2032a8
 m4_include([dump_dir.at])
2032a8
 m4_include([global_config.at])
2032a8
 m4_include([iso_date.at])
2032a8
-- 
2032a8
1.8.3.1
2032a8