diff options
| -rw-r--r-- | Mailman/htmlformat.py | 376 |
1 files changed, 188 insertions, 188 deletions
diff --git a/Mailman/htmlformat.py b/Mailman/htmlformat.py index c4db6a468..f96e7b49f 100644 --- a/Mailman/htmlformat.py +++ b/Mailman/htmlformat.py @@ -43,220 +43,220 @@ NL = '\n' def HTMLFormatObject(item, indent): "Return a presentation of an object, invoking their Format method if any." if type(item) == type(''): - return item + return item elif not hasattr(item, "Format"): - return `item` + return `item` else: - return item.Format(indent) + return item.Format(indent) def CaseInsensitiveKeyedDict(d): result = {} for (k,v) in d.items(): - result[k.lower()] = v + result[k.lower()] = v return result # Given references to two dictionaries, copy the second dictionary into the # first one. def DictMerge(destination, fresh_dict): for (key, value) in fresh_dict.items(): - destination[key] = value + destination[key] = value class Table: def __init__(self, **table_opts): - self.cells = [] - self.cell_info = {} - self.row_info = {} - self.opts = table_opts + self.cells = [] + self.cell_info = {} + self.row_info = {} + self.opts = table_opts def AddOptions(self, opts): - DictMerge(self.opts, opts) + DictMerge(self.opts, opts) # Sets all of the cells. It writes over whatever cells you had there # previously. def SetAllCells(self, cells): - self.cells = cells + self.cells = cells # Add a new blank row at the end def NewRow(self): - self.cells.append([]) + self.cells.append([]) # Add a new blank cell at the end def NewCell(self): - self.cells[-1].append('') - + self.cells[-1].append('') + def AddRow(self, row): - self.cells.append(row) + self.cells.append(row) def AddCell(self, cell): - self.cells[-1].append(cell) + self.cells[-1].append(cell) def AddCellInfo(self, row, col, **kws): - kws = CaseInsensitiveKeyedDict(kws) - if not self.cell_info.has_key(row): - self.cell_info[row] = { col : kws } - elif self.cell_info[row].has_key(col): - DictMerge(self.cell_info[row], kws) - else: - self.cell_info[row][col] = kws - + kws = CaseInsensitiveKeyedDict(kws) + if not self.cell_info.has_key(row): + self.cell_info[row] = { col : kws } + elif self.cell_info[row].has_key(col): + DictMerge(self.cell_info[row], kws) + else: + self.cell_info[row][col] = kws + def AddRowInfo(self, row, **kws): - kws = CaseInsensitiveKeyedDict(kws) - if not self.row_info.has_key(row): - self.row_info[row] = kws - else: - DictMerge(self.row_info[row], kws) + kws = CaseInsensitiveKeyedDict(kws) + if not self.row_info.has_key(row): + self.row_info[row] = kws + else: + DictMerge(self.row_info[row], kws) # What's the index for the row we just put in? def GetCurrentRowIndex(self): - return len(self.cells)-1 + return len(self.cells)-1 # What's the index for the col we just put in? def GetCurrentCellIndex(self): - return len(self.cells[-1])-1 + return len(self.cells[-1])-1 def ExtractCellInfo(self, info): - valid_mods = ['align', 'valign', 'nowrap', 'rowspan', 'colspan', - 'bgcolor'] - output = '' + valid_mods = ['align', 'valign', 'nowrap', 'rowspan', 'colspan', + 'bgcolor'] + output = '' - for (key, val) in info.items(): - if not key in valid_mods: - continue - if key == 'nowrap': - output = output + ' NOWRAP' - continue - else: - output = output + ' %s="%s"' % (key.upper(), val) + for (key, val) in info.items(): + if not key in valid_mods: + continue + if key == 'nowrap': + output = output + ' NOWRAP' + continue + else: + output = output + ' %s="%s"' % (key.upper(), val) - return output + return output def ExtractRowInfo(self, info): - valid_mods = ['align', 'valign', 'bgcolor'] - output = '' + valid_mods = ['align', 'valign', 'bgcolor'] + output = '' - for (key, val) in info.items(): - if not key in valid_mods: - continue - output = output + ' %s="%s"' % (key.upper(), val) + for (key, val) in info.items(): + if not key in valid_mods: + continue + output = output + ' %s="%s"' % (key.upper(), val) - return output + return output def ExtractTableInfo(self, info): - valid_mods = ['align', 'width', 'border', 'cellspacing', 'cellpadding', - 'bgcolor'] + valid_mods = ['align', 'width', 'border', 'cellspacing', 'cellpadding', + 'bgcolor'] - output = '' + output = '' - for (key, val) in info.items(): - if not key in valid_mods: - continue - if key == 'border' and val == None: - output = output + ' BORDER' - continue - else: - output = output + ' %s="%s"' % (key.upper(), val) + for (key, val) in info.items(): + if not key in valid_mods: + continue + if key == 'border' and val == None: + output = output + ' BORDER' + continue + else: + output = output + ' %s="%s"' % (key.upper(), val) - return output + return output def FormatCell(self, row, col, indent): - try: - my_info = self.cell_info[row][col] - except: - my_info = None + try: + my_info = self.cell_info[row][col] + except: + my_info = None - output = '\n' + ' '*indent + '<td' - if my_info: - output = output + self.ExtractCellInfo(my_info) - item = self.cells[row][col] - item_format = HTMLFormatObject(item, indent+4) - output = '%s>%s</td>' % (output, item_format) - return output + output = '\n' + ' '*indent + '<td' + if my_info: + output = output + self.ExtractCellInfo(my_info) + item = self.cells[row][col] + item_format = HTMLFormatObject(item, indent+4) + output = '%s>%s</td>' % (output, item_format) + return output def FormatRow(self, row, indent): - try: - my_info = self.row_info[row] - except: - my_info = None + try: + my_info = self.row_info[row] + except: + my_info = None - output = '\n' + ' '*indent + '<tr' - if my_info: - output = output + self.ExtractRowInfo(my_info) - output = output + '>' + output = '\n' + ' '*indent + '<tr' + if my_info: + output = output + self.ExtractRowInfo(my_info) + output = output + '>' for i in range(len(self.cells[row])): output = output + self.FormatCell(row, i, indent + 2) - output = output + '\n' + ' '*indent + '</tr>' + output = output + '\n' + ' '*indent + '</tr>' - return output + return output def Format(self, indent=0): - output = '\n' + ' '*indent + '<table' - output = output + self.ExtractTableInfo(self.opts) - output = output + '>' + output = '\n' + ' '*indent + '<table' + output = output + self.ExtractTableInfo(self.opts) + output = output + '>' - for i in range(len(self.cells)): - output = output + self.FormatRow(i, indent + 2) + for i in range(len(self.cells)): + output = output + self.FormatRow(i, indent + 2) - output = output + '\n' + ' '*indent + '</table>\n' + output = output + '\n' + ' '*indent + '</table>\n' - return output - + return output + class Link: def __init__(self, href, text, target=None): - self.href = href - self.text = text - self.target = target + self.href = href + self.text = text + self.target = target def Format(self, indent=0): texpr = "" if self.target != None: - texpr = ' target="%s"' % self.target - return '<a href="%s"%s>%s</a>' % (HTMLFormatObject(self.href, indent), - texpr, - HTMLFormatObject(self.text, indent)) + texpr = ' target="%s"' % self.target + return '<a href="%s"%s>%s</a>' % (HTMLFormatObject(self.href, indent), + texpr, + HTMLFormatObject(self.text, indent)) class FontSize: """FontSize is being deprecated - use FontAttr(..., size="...") instead.""" def __init__(self, size, *items): - self.items = list(items) - self.size = size + self.items = list(items) + self.size = size def Format(self, indent=0): - output = '<font size="%s">' % self.size - for item in self.items: - output = output + HTMLFormatObject(item, indent) - output = output + '</font>' - return output + output = '<font size="%s">' % self.size + for item in self.items: + output = output + HTMLFormatObject(item, indent) + output = output + '</font>' + return output class FontAttr: """Present arbitrary font attributes.""" def __init__(self, *items, **kw): - self.items = list(items) - self.attrs = kw + self.items = list(items) + self.attrs = kw def Format(self, indent=0): - seq = [] - for k, v in self.attrs.items(): - seq.append('%s="%s"' % (k, v)) - output = '<font %s>' % SPACE.join(seq) - for item in self.items: - output = output + HTMLFormatObject(item, indent) - output = output + '</font>' - return output + seq = [] + for k, v in self.attrs.items(): + seq.append('%s="%s"' % (k, v)) + output = '<font %s>' % SPACE.join(seq) + for item in self.items: + output = output + HTMLFormatObject(item, indent) + output = output + '</font>' + return output class Container: def __init__(self, *items): - if not items: - self.items = [] - else: - self.items = items + if not items: + self.items = [] + else: + self.items = items def AddItem(self, obj): - self.items.append(obj) + self.items.append(obj) def Format(self, indent=0): output = [] @@ -299,7 +299,7 @@ class Document(Container): self.bgcolor = color def SetTitle(self, title): - self.title = title + self.title = title def Format(self, indent=0, **kws): output = [self.get_content_type()] @@ -349,33 +349,33 @@ class HeadlessDocument(Document): class StdContainer(Container): def Format(self, indent=0): - # If I don't start a new I ignore indent - output = '<%s>' % self.tag - output = output + Container.Format(self, indent) - output = '%s</%s>' % (output, self.tag) - return output + # If I don't start a new I ignore indent + output = '<%s>' % self.tag + output = output + Container.Format(self, indent) + output = '%s</%s>' % (output, self.tag) + return output class QuotedContainer(Container): def Format(self, indent=0): - # If I don't start a new I ignore indent - output = '<%s>%s</%s>' % ( + # If I don't start a new I ignore indent + output = '<%s>%s</%s>' % ( self.tag, Utils.QuoteHyperChars(Container.Format(self, indent)), self.tag) - return output + return output class Header(StdContainer): def __init__(self, num, *items): - self.items = items - self.tag = 'h%d' % num + self.items = items + self.tag = 'h%d' % num class Address(StdContainer): tag = 'address' class Underline(StdContainer): tag = 'u' - + class Bold(StdContainer): tag = 'strong' @@ -399,36 +399,36 @@ class Center(StdContainer): class Form(Container): def __init__(self, action='', method='POST', encoding=None, *items): - apply(Container.__init__, (self,) + items) - self.action = action - self.method = method + apply(Container.__init__, (self,) + items) + self.action = action + self.method = method self.encoding = encoding def set_action(self, action): self.action = action def Format(self, indent=0): - spaces = ' ' * indent + spaces = ' ' * indent encoding = '' if self.encoding: encoding = 'enctype="%s"' % self.encoding - output = '\n%s<FORM action="%s" method="%s" %s>\n' % ( + output = '\n%s<FORM action="%s" method="%s" %s>\n' % ( spaces, self.action, self.method, encoding) - output = output + Container.Format(self, indent+2) - output = '%s\n%s</FORM>\n' % (output, spaces) - return output + output = output + Container.Format(self, indent+2) + output = '%s\n%s</FORM>\n' % (output, spaces) + return output class InputObj: def __init__(self, name, ty, value, checked, **kws): - self.name = name - self.type = ty - self.value = value - self.checked = checked - self.kws = kws + self.name = name + self.type = ty + self.value = value + self.checked = checked + self.kws = kws def Format(self, indent=0): - output = ['<INPUT name="%s" type="%s" value="%s"' % + output = ['<INPUT name="%s" type="%s" value="%s"' % (self.name, self.type, self.value)] for item in self.kws.items(): output.append('%s="%s"' % item) @@ -440,15 +440,15 @@ class InputObj: class SubmitButton(InputObj): def __init__(self, name, button_text): - InputObj.__init__(self, name, "SUBMIT", button_text, checked=0) + InputObj.__init__(self, name, "SUBMIT", button_text, checked=0) class PasswordBox(InputObj): def __init__(self, name, value='', size=mm_cfg.TEXTFIELDWIDTH): - InputObj.__init__(self, name, "PASSWORD", value, checked=0, size=size) + InputObj.__init__(self, name, "PASSWORD", value, checked=0, size=size) class TextBox(InputObj): def __init__(self, name, value='', size=mm_cfg.TEXTFIELDWIDTH): - InputObj.__init__(self, name, "TEXT", value, checked=0, size=size) + InputObj.__init__(self, name, "TEXT", value, checked=0, size=size) class Hidden(InputObj): def __init__(self, name, value=''): @@ -457,25 +457,25 @@ class Hidden(InputObj): class TextArea: def __init__(self, name, text='', rows=None, cols=None, wrap='soft', readonly=0): - self.name = name - self.text = text - self.rows = rows - self.cols = cols - self.wrap = wrap + self.name = name + self.text = text + self.rows = rows + self.cols = cols + self.wrap = wrap self.readonly = readonly def Format(self, indent=0): - output = '<TEXTAREA NAME=%s' % self.name - if self.rows: - output += ' ROWS=%s' % self.rows - if self.cols: - output += ' COLS=%s' % self.cols - if self.wrap: - output += ' WRAP=%s' % self.wrap + output = '<TEXTAREA NAME=%s' % self.name + if self.rows: + output += ' ROWS=%s' % self.rows + if self.cols: + output += ' COLS=%s' % self.cols + if self.wrap: + output += ' WRAP=%s' % self.wrap if self.readonly: output += ' READONLY' - output += '>%s</TEXTAREA>' % self.text - return output + output += '>%s</TEXTAREA>' % self.text + return output class FileUpload(InputObj): def __init__(self, name, rows=None, cols=None, **kws): @@ -483,7 +483,7 @@ class FileUpload(InputObj): class RadioButton(InputObj): def __init__(self, name, value, checked=0, **kws): - apply(InputObj.__init__, (self, name, 'RADIO', value, checked), kws) + apply(InputObj.__init__, (self, name, 'RADIO', value, checked), kws) class CheckBox(InputObj): def __init__(self, name, value, checked=0, **kws): @@ -491,19 +491,19 @@ class CheckBox(InputObj): class VerticalSpacer: def __init__(self, size=10): - self.size = size + self.size = size def Format(self, indent=0): - output = '<spacer type="vertical" height="%d">' % self.size - return output + output = '<spacer type="vertical" height="%d">' % self.size + return output class WidgetArray: Widget = None def __init__(self, name, button_names, checked, horizontal, values): - self.name = name - self.button_names = button_names - self.checked = checked - self.horizontal = horizontal + self.name = name + self.button_names = button_names + self.checked = checked + self.horizontal = horizontal self.values = values assert len(values) == len(button_names) # Don't assert `checked' because for RadioButtons it is a scalar while @@ -513,7 +513,7 @@ class WidgetArray: raise NotImplemented def Format(self, indent=0): - t = Table(cellspacing=5) + t = Table(cellspacing=5) items = [] for i, name, value in zip(range(len(self.button_names)), self.button_names, @@ -524,9 +524,9 @@ class WidgetArray: if not self.horizontal: t.AddRow(items) items = [] - if self.horizontal: - t.AddRow(items) - return t.Format(indent) + if self.horizontal: + t.AddRow(items) + return t.Format(indent) class RadioButtonArray(WidgetArray): Widget = RadioButton @@ -561,24 +561,24 @@ class CheckBoxArray(WidgetArray): class UnorderedList(Container): def Format(self, indent=0): - spaces = ' ' * indent - output = '\n%s<ul>\n' % spaces - for item in self.items: - output = output + '%s<li>%s\n' % \ + spaces = ' ' * indent + output = '\n%s<ul>\n' % spaces + for item in self.items: + output = output + '%s<li>%s\n' % \ (spaces, HTMLFormatObject(item, indent + 2)) - output = output + '%s</ul>\n' % spaces - return output + output = output + '%s</ul>\n' % spaces + return output class OrderedList(Container): def Format(self, indent=0): - spaces = ' ' * indent - output = '\n%s<ol>\n' % spaces - for item in self.items: - output = output + '%s<li>%s\n' % \ + spaces = ' ' * indent + output = '\n%s<ol>\n' % spaces + for item in self.items: + output = output + '%s<li>%s\n' % \ (spaces, HTMLFormatObject(item, indent + 2)) - output = output + '%s</ol>\n' % spaces - return output - + output = output + '%s</ol>\n' % spaces + return output + class DefinitionList(Container): def Format(self, indent=0): spaces = ' ' * indent |