def init(self): """Initialize.""" init_status = False self.address_done = False self.total_bytes = 0 self.address = [] self.selected_bytes = [] self.hex_lower = common.use_hex_lowercase() # Get Seetings from settings file group_size = self.view.settings().get("hex_viewer_bits", None) self.inspector_enabled = common.hv_settings("inspector", False) self.throttle = common.hv_settings("highlight_throttle", THROTTLING) self.max_highlight = common.hv_settings("highlight_max_bytes", MAX_HIGHIGHT) self.bytes_wide = self.view.settings().get("hex_viewer_actual_bytes", None) self.highlight_scope = common.hv_settings("highlight_scope", HIGHLIGHT_SCOPE) self.highlight_icon = common.hv_settings("highlight_icon", HIGHLIGHT_ICON) self.enable_fake_hex = common.hv_settings("enable_fake_hex_file", True) style = common.hv_settings("highlight_style", HIGHLIGHT_STYLE) if (group_size is None or self.bytes_wide is None) and self.enable_fake_hex: m = re.match(r'([\da-z]{8}):[\s]{2}((?:[\da-z]+[\s]{1})*)\s*\:[\w\W]*', self.view.substr(self.view.line(0))) if m is not None: starting_address = int(m.group(1), 16) hex_chars = m.group(2).split(' ') group_size = (len(hex_chars[0]) / 2) * 8 self.bytes_wide = (len(hex_chars[0]) / 2) * (len(hex_chars) - 1) self.view.settings().set("hex_viewer_bits", group_size) self.view.settings().set("hex_viewer_actual_bytes", self.bytes_wide) self.view.settings().set("hex_viewer_fake", True) self.view.settings().set("hex_viewer_starting_address", starting_address) self.view.set_read_only(True) self.view.set_scratch(True) if common.hv_settings("inspector", False) and common.hv_settings("inspector_auto_show", False): self.view.window().run_command("hex_show_inspector") # No icon? if self.highlight_icon == "none": self.highlight_icon = "" # Process highlight style self.highlight_style = 0 if style == "outline": self.highlight_style = sublime.DRAW_OUTLINED elif style == "none": self.highlight_style = sublime.HIDDEN elif style == "underline": self.highlight_style = sublime.DRAW_EMPTY_AS_OVERWRITE # Process hex grouping if group_size is not None and self.bytes_wide is not None: self.group_size = group_size / common.BITS_PER_BYTE self.hex_char_range = common.get_hex_char_range(self.group_size, self.bytes_wide) init_status = True return init_status
def init(self): """Initialize.""" init_status = False self.address_done = False self.total_bytes = 0 self.address = [] self.selected_bytes = [] self.hex_lower = common.use_hex_lowercase() # Get Seetings from settings file group_size = self.view.settings().get("hex_viewer_bits", None) self.inspector_enabled = common.hv_settings("inspector", False) self.throttle = common.hv_settings("highlight_throttle", THROTTLING) self.max_highlight = common.hv_settings("highlight_max_bytes", MAX_HIGHIGHT) self.bytes_wide = self.view.settings().get("hex_viewer_actual_bytes", None) self.highlight_scope = common.hv_settings("highlight_scope", HIGHLIGHT_SCOPE) self.highlight_icon = common.hv_settings("highlight_icon", HIGHLIGHT_ICON) self.enable_fake_hex = common.hv_settings("enable_fake_hex_file", True) style = common.hv_settings("highlight_style", HIGHLIGHT_STYLE) if (group_size is None or self.bytes_wide is None) and self.enable_fake_hex: m = re.match(r'([\da-z]{8}):[\s]{2}((?:[\da-z]+[\s]{1})*)\s*\:[\w\W]*', self.view.substr(self.view.line(0))) if m is not None: starting_address = int(m.group(1), 16) hex_chars = m.group(2).split(' ') group_size = (len(hex_chars[0]) / 2) * 8 self.bytes_wide = (len(hex_chars[0]) / 2) * (len(hex_chars) - 1) self.view.settings().set("hex_viewer_bits", group_size) self.view.settings().set("hex_viewer_actual_bytes", self.bytes_wide) self.view.settings().set("hex_viewer_fake", True) self.view.settings().set("hex_viewer_starting_address", starting_address) self.view.set_read_only(True) self.view.set_scratch(True) if common.hv_settings("inspector", False) and common.hv_settings("inspector_auto_show", False): self.view.window().run_command("hex_show_inspector") # No icon? if self.highlight_icon == "none": self.highlight_icon = "" # Process highlight style self.highlight_style = 0 if style == "outline": self.highlight_style = sublime.DRAW_OUTLINED elif style == "none": self.highlight_style = sublime.HIDDEN elif style == "underline": self.highlight_style = sublime.DRAW_EMPTY_AS_OVERWRITE # Process hex grouping if group_size is not None and self.bytes_wide is not None: self.group_size = group_size / common.BITS_PER_BYTE self.hex_char_range = common.get_hex_char_range(self.group_size, self.bytes_wide) init_status = True return init_status
def run(self): """Run command.""" self.view = self.window.active_view() # Identify view if self.handshake != -1 and self.handshake == self.view.id(): self.reset() self.handshake = self.view.id() # Single selection? if len(self.view.sel()) == 1: # Init if not self.init(): self.reset() return sel = self.view.sel()[0] start = sel.begin() end = sel.end() num_bytes = 0 # Get range of hex data line = self.view.line(start) range_start = line.begin() + common.ADDRESS_OFFSET range_end = range_start + common.get_hex_char_range(self.group_size, self.bytes_wide) hex_range = sublime.Region(range_start, range_end) if self.view.score_selector(start, "comment"): start, end, num_bytes = self.ascii_to_hex(start, end) # Determine if selection is within hex range if start >= hex_range.begin() and end <= hex_range.end(): # Adjust beginning of selection to begining of first selected byte if num_bytes == 0: start, end, num_bytes = common.adjust_hex_sel(self.view, start, end, self.group_size) # Get general line info for diffing and editing if num_bytes != 0: self.ascii_pos = hex_range.end() + common.ASCII_OFFSET self.total_bytes = num_bytes self.start_pos = start self.end_pos = end + 1 selection = self.view.substr(sublime.Region(start, end + 1)) self.line = { "range": line, "address": self.view.substr(sublime.Region(line.begin(), line.begin() + common.ADDRESS_OFFSET)), "selection": selection.replace(" ", ""), "data1": self.view.substr(sublime.Region(hex_range.begin(), start)).replace(" ", ""), "data2": self.view.substr(sublime.Region(end + 1, hex_range.end() + 1)).replace(" ", "") } # Send selected bytes to be edited self.edit_panel(selection.strip())
def run(self): """Run command.""" self.view = self.window.active_view() # Identify view if self.handshake != -1 and self.handshake == self.view.id(): self.reset() self.handshake = self.view.id() # Single selection? if len(self.view.sel()) == 1: # Init if not self.init(): self.reset() return sel = self.view.sel()[0] start = sel.begin() end = sel.end() num_bytes = 0 # Get range of hex data line = self.view.line(start) range_start = line.begin() + common.ADDRESS_OFFSET range_end = range_start + common.get_hex_char_range(self.group_size, self.bytes_wide) hex_range = sublime.Region(range_start, range_end) if self.view.score_selector(start, "comment"): start, end, num_bytes = self.ascii_to_hex(start, end) # Determine if selection is within hex range if start >= hex_range.begin() and end <= hex_range.end(): # Adjust beginning of selection to begining of first selected byte if num_bytes == 0: start, end, num_bytes = common.adjust_hex_sel(self.view, start, end, self.group_size) # Get general line info for diffing and editing if num_bytes != 0: self.ascii_pos = hex_range.end() + common.ASCII_OFFSET self.total_bytes = num_bytes self.start_pos = start self.end_pos = end + 1 selection = self.view.substr(sublime.Region(start, end + 1)) self.line = { "range": line, "address": self.view.substr(sublime.Region(line.begin(), line.begin() + common.ADDRESS_OFFSET)), "selection": selection.replace(" ", ""), "data1": self.view.substr(sublime.Region(hex_range.begin(), start)).replace(" ", ""), "data2": self.view.substr(sublime.Region(end + 1, hex_range.end() + 1)).replace(" ", "") } # Send selected bytes to be edited self.edit_panel(selection.strip())