def get_first_row_wdg(my): # read the csv file my.file_path = "" div = DivWdg() div.add( my.get_upload_wdg() ) if not my.search_type: return div if not my.file_path: return div if not my.file_path.endswith(".csv"): div.add( "Uploaded file [%s] is not a csv file"% my.file_path) return div if not os.path.exists(my.file_path): raise Exception("Path '%s' does not exists" % my.file_path) div.add(HtmlElement.br(2)) div.add( HtmlElement.b("The following is taken from first line in the uploaded csv file. Select the appropriate column to match.") ) div.add(HtmlElement.br()) div.add( HtmlElement.b("Make sure you have all the required columns** in the csv.")) option_div = DivWdg() option_div.add_style("float: left") option_div.add_style("margin-right: 30px") option_div.add("<p>3. Parsing Options:</p>") my.search_type_obj = SearchType.get(my.search_type) # first row and second row option_div.add( HtmlElement.br(2) ) option_div.add("Use Title Row: ") title_row_checkbox = FilterCheckboxWdg("has_title") title_row_checkbox.set_default_checked() option_div.add(title_row_checkbox) option_div.add( HintWdg("Set this to use the first row as a title row to match up columns in the database") ) option_div.add( HtmlElement.br(2) ) option_div.add("Sample Data Row: ") data_row_text = TextWdg("data_row") data_row_text.set_attr("size", "3") option_div.add(data_row_text) option_div.add( HintWdg("Set this as a sample data row to match the columns to the database") ) option_div.add( HtmlElement.br(2) ) div.add(option_div) my.has_title = title_row_checkbox.is_checked() # parse the first fow csv_parser = CsvParser(my.file_path) if my.has_title: csv_parser.set_has_title_row(True) else: csv_parser.set_has_title_row(False) csv_parser.parse() csv_titles = csv_parser.get_titles() csv_data = csv_parser.get_data() data_row = data_row_text.get_value() if not data_row: data_row = 0 else: try: data_row = int(data_row) except ValueError: data_row = 0 if data_row >= len(csv_data): data_row = len(csv_data)-1 data_row_text.set_value(data_row) table = Table() table.set_attr("cellpadding", "10") table.add_row() table.add_header("CSV Column Value") table.add_header("TACTIC Column") table.add_header("Create New Column") columns = my.search_type_obj.get_columns() search_type = my.search_type_obj.get_base_search_type() sobj = SObjectFactory.create(search_type) required_columns = sobj.get_required_columns() row = csv_data[data_row] labels = [] for column in columns: if column in required_columns: label = '%s**'%column else: label = column labels.append(label) for j, cell in enumerate(row): table.add_row() table.add_cell(cell) column_select = SelectWdg("column_%s" % j) column_select.add_event("onchange", "if (this.value!='') {set_display_off('new_column_div_%s')} else {set_display_on('new_column_div_%s')}" % (j,j)) column_select.add_empty_option("-- Select --") column_select.set_option("values", columns) column_select.set_option("labels", labels) # only set the value if it is actually in there if csv_titles[j] in columns: column_select.set_option("default", csv_titles[j]) column_select.set_persist_on_submit() column_select_value = column_select.get_value() display = column_select.get_buffer_display() td = table.add_cell( display ) if csv_titles[j] not in columns: td.add(" <b style='color: red'>*</b>") # new property new_column_div = DivWdg() if column_select_value: new_column_div.add_style("display", "none") else: new_column_div.add_style("display", "block") new_column_div.set_id("new_column_div_%s" % j) td = table.add_cell( new_column_div ) text = TextWdg("new_column_%s" % j) text.set_persist_on_submit() if my.has_title: text.set_value(csv_titles[j]) new_column_div.add( " ... or ..." ) new_column_div.add( text ) my.num_columns = len(row) hidden = HiddenWdg("num_columns", my.num_columns) # need to somehow specify defaults for columns div.add(table) div.add("<br/><br/>") div.add(my.get_preview_wdg()) return div
def get_first_row_wdg(self): # read the csv file self.file_path = "" div = DivWdg() div.add(self.get_upload_wdg()) if not self.search_type: return div if not self.file_path: return div if not self.file_path.endswith(".csv"): div.add("Uploaded file [%s] is not a csv file" % self.file_path) return div if not os.path.exists(self.file_path): raise Exception("Path '%s' does not exists" % self.file_path) div.add(HtmlElement.br(2)) div.add( HtmlElement. b("The following is taken from first line in the uploaded csv file. Select the appropriate column to match." )) div.add(HtmlElement.br()) div.add( HtmlElement.b( "Make sure you have all the required columns** in the csv.")) option_div = DivWdg() option_div.add_style("float: left") option_div.add_style("margin-right: 30px") option_div.add("<p>3. Parsing Options:</p>") self.search_type_obj = SearchType.get(self.search_type) # first row and second row option_div.add(HtmlElement.br(2)) option_div.add("Use Title Row: ") title_row_checkbox = FilterCheckboxWdg("has_title") title_row_checkbox.set_default_checked() option_div.add(title_row_checkbox) option_div.add( HintWdg( "Set this to use the first row as a title row to match up columns in the database" )) option_div.add(HtmlElement.br(2)) option_div.add("Sample Data Row: ") data_row_text = TextWdg("data_row") data_row_text.set_attr("size", "3") option_div.add(data_row_text) option_div.add( HintWdg( "Set this as a sample data row to match the columns to the database" )) option_div.add(HtmlElement.br(2)) div.add(option_div) self.has_title = title_row_checkbox.is_checked() # parse the first fow csv_parser = CsvParser(self.file_path) if self.has_title: csv_parser.set_has_title_row(True) else: csv_parser.set_has_title_row(False) csv_parser.parse() csv_titles = csv_parser.get_titles() csv_data = csv_parser.get_data() data_row = data_row_text.get_value() if not data_row: data_row = 0 else: try: data_row = int(data_row) except ValueError: data_row = 0 if data_row >= len(csv_data): data_row = len(csv_data) - 1 data_row_text.set_value(data_row) table = Table() table.set_attr("cellpadding", "10") table.add_row() table.add_header("CSV Column Value") table.add_header("TACTIC Column") table.add_header("Create New Column") columns = self.search_type_obj.get_columns() search_type = self.search_type_obj.get_base_search_type() sobj = SObjectFactory.create(search_type) required_columns = sobj.get_required_columns() row = csv_data[data_row] labels = [] for column in columns: if column in required_columns: label = '%s**' % column else: label = column labels.append(label) for j, cell in enumerate(row): table.add_row() table.add_cell(cell) column_select = SelectWdg("column_%s" % j) column_select.add_event( "onchange", "if (this.value!='') {set_display_off('new_column_div_%s')} else {set_display_on('new_column_div_%s')}" % (j, j)) column_select.add_empty_option("-- Select --") column_select.set_option("values", columns) column_select.set_option("labels", labels) # only set the value if it is actually in there if csv_titles[j] in columns: column_select.set_option("default", csv_titles[j]) column_select.set_persist_on_submit() column_select_value = column_select.get_value() display = column_select.get_buffer_display() td = table.add_cell(display) if csv_titles[j] not in columns: td.add(" <b style='color: red'>*</b>") # new property new_column_div = DivWdg() if column_select_value: new_column_div.add_style("display", "none") else: new_column_div.add_style("display", "block") new_column_div.set_id("new_column_div_%s" % j) td = table.add_cell(new_column_div) text = TextWdg("new_column_%s" % j) text.set_persist_on_submit() if self.has_title: text.set_value(csv_titles[j]) new_column_div.add(" ... or ...") new_column_div.add(text) self.num_columns = len(row) hidden = HiddenWdg("num_columns", self.num_columns) # need to somehow specify defaults for columns div.add(table) div.add("<br/><br/>") div.add(self.get_preview_wdg()) return div
class TaskCompletionWdg(BaseTableElementWdg): ARGS_KEYS = { "task_expr": { 'description': "an expression that retrieves the tasks e.g. @SOBJECT(sthpw/task['context','anim'])", 'type': 'TextAreaWdg', 'order': 0, 'category': 'Display' } } def init(self): self.is_preprocessed = False self.data = {} self.cal_sub_task = None self.cal_sub_task_value = False # this is meant for handle_td() self.row_completion = 0 self.expression = None def get_width(self): return 200 def is_editable(cls): '''Determines whether this element is editable''' return False is_editable = classmethod(is_editable) def preprocess(self): self.total_completion = 0.0 self.num_sobjects = 0 self.expression = self.kwargs.get('task_expr') if self.sobjects and not self.expression: if self.expression: tasks = Search.eval(self.expression, sobjects=self.sobjects) else: tasks = Task.get_by_sobjects(self.sobjects) # create a data structure for task in tasks: search_type = task.get_value("search_type") search_code = task.get_value("search_code") search_key = SearchKey.build_search_key(search_type, search_code, column='code') sobject_tasks = self.data.get(search_key) if not sobject_tasks: sobject_tasks = [] self.data[search_key] = sobject_tasks sobject_tasks.append(task) self.is_preprocessed = True def get_prefs(self): self.cal_sub_task = FilterCheckboxWdg('calculate_sub_task', \ label='include sub tasks', css='small') self.cal_sub_task_value = self.cal_sub_task.is_checked() return self.cal_sub_task def get_width(self): '''not used I think''' width = self.kwargs.get("width") if not width: width = 400 return int(width) def get_text_value(self): sobject = self.get_current_sobject() if sobject.is_insert(): return '' if not self.is_preprocessed: self.preprocess() sobject = self.get_current_sobject() completion = self.get_completion(sobject) if not completion: completion = 0 return "%0.1f%%" % completion def get_display(self): sobject = self.get_current_sobject() if sobject.is_insert(): return '' completion = self.get_completion(sobject) self.row_completion = completion # completion is compared to None, because a 0% completion is valid if completion == None: div = DivWdg("<i>No tasks</i>") div.add_style("color: #aaa") return div widget = DivWdg() width = self.get_width() bar_wdg = CompletionBarWdg(completion, width ) widget.add(bar_wdg) # keep a running tab of the total if there is at least one task for this sobject self.total_completion += completion self.num_sobjects += 1 return widget def get_bottom_wdg(self): width = self.get_width() if self.num_sobjects: completion = self.total_completion / self.num_sobjects bar_wdg = CompletionBarWdg(completion, width) else: bar_wdg = "n/a" div = DivWdg() div.add("Total") div.add("<hr>") div.add(bar_wdg) return div def get_tasks(self, sobject): ''' if the sobject is a task, then just return the sobject, since tasks do not have tasks. Account for subtask based on preferences. Also filters out tasks belonging to obsolete processes''' if isinstance(sobject, Task): return [sobject] if self.expression: tasks = Search.eval(self.expression, sobjects=[sobject]) return tasks tasks = self.data.get( SearchKey.get_by_sobject(sobject, use_id=False) ) if tasks == None: tasks = Task.get_by_sobjects([sobject]) return tasks # make sure we only take tasks in the pipeline into account #TURN OFF this filtering for now, will add it back as an optional filtering feature. """ parent = sobject pipeline = Pipeline.get_by_sobject(parent) recurse = False if self.cal_sub_task_value: recurse = True if pipeline: processes = pipeline.get_process_names(recurse=recurse) filtered_tasks = [] for task in tasks: if task.get_value("process") not in processes: continue filtered_tasks.append(task) return filtered_tasks else: return tasks """ def get_completion(self, sobject): self.tasks = self.get_tasks(sobject) percent = 0 # count the tasks with invalid or obsolete status #invalid_count = 0 for task in self.tasks: status_attr = task.get_attr("status") task_percent = status_attr.get_percent_completion() if task_percent < 0: task_percent = 0 #invalid_count += 1 percent += task_percent if self.tasks: # NOT sure if I should subtract total # of tasks by invalid # task, leave it for now percent = float(percent) / len(self.tasks) else: return None return percent def handle_td(self, td): td.add_style('vertical-align','middle') sobject = self.get_current_sobject() if sobject.is_insert(): return td.add_attr("spt_input_value", self.row_completion)