class _Commit(list):
"""
A convenience wrapper to create the tuples to pass to
`GPS.VCS2_Task_Visitor.history_lines`
"""
Kind = gps_utils.enum(
HEAD=0, # current working dir
LOCAL=1, # a local branch name exists for this commit
REMOTE=2, # a remote branch name exists for this commit
TAG=3) # a tag exists for this commit
Flags = gps_utils.enum(
UNPUSHED=2**1, # an unpushed local commit
UNCOMMITTED=2**2) # uncommitted local changes
def __init__(self,
id,
author,
date,
subject,
parents,
names=None,
flags=0):
"""
:param str id: the unique id for the commit
:param str author: the author of the commit
:param str date: the date of the commit
:param str subject: the first line of the commit message
:param List(str) parents: a list of commit ids, the parents
of the commit. There are multiple parents when this is
a merge commit.
:param List((str, GPS.VCS2.Commit.Kind)) names: a list of tag names
or branch names associated with this commit. Each of the items
indicates the type of the name
:param GPS.VCS2.Commit.Flags: a combination of flags, which
influence of the commit is represented in the History view.
"""
list.__init__(self, (id, author, date, subject, parents, names, flags))
@property
def subject(self):
return self[3]
@subject.setter
def set_subject(self, str):
self[3] = str
import gps_utils
import workflows
import time
from workflows.promises import Promise
import types
import difflib
import io
import platform
GPS.VCS2.Status = gps_utils.enum(UNMODIFIED=2**0,
MODIFIED=2**1,
STAGED_MODIFIED=2**2,
STAGED_ADDED=2**3,
DELETED=2**4,
STAGED_DELETED=2**5,
STAGED_RENAMED=2**6,
STAGED_COPIED=2**7,
UNTRACKED=2**8,
IGNORED=2**9,
CONFLICT=2**10,
LOCAL_LOCKED=2**11,
LOCKED_BY_OTHER=2**12,
NEEDS_UPDATE=2**13)
# Valid statuses for files (they can be combined)
GPS.VCS2.Actions = gps_utils.enum(DOUBLE_CLICK=0,
TOOLTIP=1,
ADD=2,
REMOVE=3,
RENAME=4)
Traverse_Limit_Pref = GPS.Preference(":VCS/Traverse-Limit")
class Search(Dialog):
"""
An interface for the Search dialog. It opens up the dialog, and then
gets pointers to the various widgets into fields of Search.
"""
Context = gps_utils.enum(
CURRENT_FILE="Current File",
CURRENT_SELECTION="Current Selection",
OPEN_FILES="Open Files",
FILES="Files...",
FROM_FROM_RUNTIME="Files From Runtime",
FILES_FROM_PROJECT="Files From Projects")
def open_and_yield(self):
"""
Open the search dialog, and returns a handle to it.
This is compatible with run_test_driver:
editor = GPS.Search()
yield editor.open_and_yield()
"""
yield self._open_and_yield("Search")
self.dialog = get_window_by_prefix('GPS - Search -')
if self.dialog:
combos = get_widgets_by_type(Gtk.ComboBox, self.dialog)
self.find = get_button_from_label("Find", self.dialog)
self.find_all = get_button_from_label("Find All", self.dialog)
self.next = self.find # This is in fact the same button
self.replace = get_button_from_label("Replace", self.dialog)
self.replace_all = get_button_from_label(
"Replace All",
self.dialog)
self.close = get_button_from_label("Close", self.dialog)
self.replace_and_find = get_button_from_label(
"Replace & Find", self.dialog)
self.scope = get_widget_by_name(
"search scope combo", self.dialog)
self.pattern = combos[0].get_child()
self.replace_text = combos[1].get_child()
self.look_in = combos[3] if len(combos) >= 4 else combos[2]
self.previous = get_button_from_label("Previous", self.dialog)
toggle_buttons = get_widgets_by_type(Gtk.ToggleButton, self.dialog)
self.regexp = toggle_buttons[0]
self.case = toggle_buttons[1]
self.whole_word = toggle_buttons[2]
def current_scope(self):
"""
Return the name of the current context
"""
return self.scope.get_model()[self.scope.get_active()][0]
def set_scope(self, name):
"""
Select a specific scope.
:param: either a string (the name to select) or one of the constants
defined in Search.Context
"""
if isinstance(name, str):
select_combo(self.scope, name)
else:
self.look_in.set_active_text(name)
def yield_find(self):
# Could open a modal dialog to warn that we reached the end
yield idle_modal_dialog(self.find.clicked)
def yield_find_all(self):
yield idle_modal_dialog(self.find_all.clicked)
def yield_replace(self):
yield idle_modal_dialog(self.replace.clicked)
def yield_replace_all(self):
yield idle_modal_dialog(self.replace_all.clicked)
def yield_replace_and_find(self):
yield idle_modal_dialog(self.replace_and_find.clicked)
def yield_close(self):
self.close.clicked()
yield wait_idle()
import os
import gps_utils
import workflows
import time
from workflows.promises import Promise
import types
GPS.VCS2.Status = gps_utils.enum(
UNMODIFIED=2**0,
MODIFIED=2**1,
STAGED_MODIFIED=2**2,
STAGED_ADDED=2**3,
DELETED=2**4,
STAGED_DELETED=2**5,
STAGED_RENAMED=2**6,
STAGED_COPIED=2**7,
UNTRACKED=2**8,
IGNORED=2**9,
CONFLICT=2**10,
LOCAL_LOCKED=2**11,
LOCKED_BY_OTHER=2**12,
NEEDS_UPDATE=2**13)
# Valid statuses for files (they can be combined)
def run_in_background(func):
"""
A decorator to be applied to a method of VCS (below), which monitors
whether background processing is being done. This is used to avoid
spawning multiple commands in the background in parallel, in particular
class AnalysisReport(Dialog):
FilterKind = gps_utils.enum(
TOOL=0,
SEVERITY=1,
RULE=2)
MessagesReportColumn = gps_utils.enum(
ICON_NAME=0,
ENTITY_ID=1,
ENTITY_NAME=2,
TOTAL=3)
MetricsReportColumn = gps_utils.enum(
NAME=0,
VALUE=1)
def open_and_yield(self, force=False):
self.report_mdi = GPS.MDI.get("Analysis Report")
if (self.report_mdi is None) or force:
yield self._open_and_yield('gnathub display analysis')
self.report_mdi = GPS.MDI.get("Analysis Report")
self.report = self.report_mdi.pywidget()
self.filters = GPS.MDI.get("Filters").pywidget()
self.tools = get_widget_by_name(
'gnathub tools editor', self.filters)
self.severities = get_widget_by_name(
'gnathub severities editor', self.filters)
self.rules = get_widget_by_name(
'gnathub rules editor', self.filters)
self.messages_report = get_widget_by_name(
'messages-report', self.report)
self.metrics_report = get_widget_by_name(
'metrics-report', self.report)
def yield_close(self):
self.report_mdi.close()
yield wait_idle()
def __get_filters_tree(self, filter_kind):
if filter_kind == AnalysisReport.FilterKind.TOOL:
tree = get_widgets_by_type(Gtk.TreeView, self.tools)[0]
elif filter_kind == AnalysisReport.FilterKind.SEVERITY:
tree = get_widgets_by_type(Gtk.TreeView, self.severities)[0]
else:
tree = get_widgets_by_type(Gtk.TreeView, self.rules)[0]
return tree
def yield_toggle_filter(self, name, filter_kind):
"""
Toggle the filter identified by the given name and kind (eg:
AnalysisReport.FilterKind.TOOL to toggle a tool filter).
:param name: The name of the filter to toggle.
:param kind: The filter's kind
"""
tree = self.__get_filters_tree(filter_kind)
model = tree.get_model()
for row in model:
if row[0] == name:
pygps.tree.click_in_tree(tree, row.path, column=0)
return
yield wait_tasks()
def get_filters(self, filter_kind):
"""
Return the list of dictionaries representing the filters of the
given kind.
The returned dictionaries have the following form:
{"name": string, "number": string, "state": bool}
:param kind: The filter's kind
"""
model = self.__get_filters_tree(filter_kind).get_model()
filters = []
for row in model:
filters.append(
{"name": row[0], "number": row[1], "state": row[2]})
return filters
def yield_select_in_messages(self, entity):
"""
Select the given entity in the message's report
:param entity: The entity's name
"""
self.messages_report.get_selection().unselect_all()
yield wait_idle()
select_in_tree(
self.messages_report,
AnalysisReport.MessagesReportColumn.ENTITY_NAME,
entity)
yield wait_idle()
def dump_filters(self, filter_kind):
"""
Dump the filters editor corresponding to the given kind.
e.g: >>> report.dump_filters(AnalysisReport.FilterKind.TOOL)
>>> [['codepeer', '5', True], ['gnatcheck', '1', True]]
"""
model = self.__get_filters_tree(filter_kind).get_model()
return dump_tree_model(model, -1)
def dump_messages_report(self, column):
"""
Dump the messages report of the given column.
:param column: an AnalysisReport.MessagesReportColumn
"""
model = self.messages_report.get_model()
return dump_tree_model(model, column)
def dump_metrics_report(self, column):
"""
Dump the metrics report of the given column.
:param column: an AnalysisReport.MetricsReportColumn
"""
model = self.metrics_report.get_model()
return dump_tree_model(model, column)
def get_messages_report_total(self):
"""
Return the total number of messages displayed in the messages
report's first row.
:return: An integer
"""
total_row = self.messages_report.get_model()[0]
return total_row[AnalysisReport.MessagesReportColumn.TOTAL]