import justpy as jp import asyncio import matplotlib.pyplot as plt import logging logger = logging.getLogger("qolab.gui.web") button_classes = ( "bg-blue-500 hover:bg-blue-700 text-white font-bold py-2 px-4 rounded-full" ) label_div_classes = "py-1 px-2" checkbox_classed = label_div_classes labelnames_classes = "font-bold" panel_div_classes = "space-x-4 border" controls_div_classes = "flex flex-wrap space-x-4 p-1 border" controls_group_classes = "flex flex-wrap space-x-4 p-1" dict_classes = "px-2 border-2" dict_components_classes = "flex flex-wrap border-2" input_classes = ( "m-2 bg-gray-200" + " border-2 border-gray-200" + " rounded w-20 text-gray-700" + " focus:outline-none focus:bg-white focus:border-purple-500" ) class QOLPushButton(jp.Button): def __init__(self, **kwargs): super().__init__(**kwargs) self.set_classes( "bg-blue-500 hover:bg-blue-700 text-white font-bold py-2 px-4 rounded-full" ) class QOLPushButtonNoUndo(QOLPushButton): def __init__(self, **kwargs): super().__init__(**kwargs) self.set_classes( "bg-red-500 hover:bg-red-700 text-white font-bold py-2 px-4 rounded-full" ) class QOLParamHeader(jp.Div): def __init__(self, label="NameNotSet", value=None, **kwargs): super().__init__(**kwargs) root = self root.label = label root.set_classes(label_div_classes) root.data[label] = None jp.Span(text=f"{label}: ", classes=labelnames_classes, a=root) self.setValue(value) def getValue(self): return self.data[self.label] def setValue(self, val): # print(f'setting {self.label} to {val}') self.data[self.label] = val class QOLParamReadOnly(QOLParamHeader): """Read Only from the web point of view""" def __init__(self, label="NameNotSet", **kwargs): super().__init__(label=label, **kwargs) root = self jp.Span(model=[root, label], a=root) class QOLParamReadWrite(QOLParamHeader): def __init__(self, label="NameNotSet", **kwargs): super().__init__(label=label, **kwargs) root = self self.input = jp.InputChangeOnly( classes=input_classes, model=[root, label], a=root, spellcheck="false" ) class QOLCheckbox(jp.Label): def __init__(self, label="NameNotSet", **kwargs): super().__init__(**kwargs) root = self root.data["checked"] = False root.label = label root.set_classes(checkbox_classed) checkbox = jp.Input( type="checkbox", model=[root, "checked"], classes="form-checkbox", a=root ) caption = jp.Span(text=label, a=root) def getValue(self): return self.data["checked"] def setValue(self, val): self.data["checked"] = val class QOLTimeLog(jp.Div): def __init__(self, **kwargs): super().__init__(**kwargs) root = self root.traces = None # log must have 'plot' and 'clear_data' methods root.set_classes(panel_div_classes) dcontrols = jp.Div(a=root) dcontrols.set_classes(controls_div_classes) bclear = QOLPushButtonNoUndo( a=dcontrols, text="Clear log", click=self._clear_data ) breplot = QOLPushButton(a=dcontrols, text="Replot", click=self._replot) self.update_interval = QOLParamReadOnly( label="UpdateInterval", value=5, a=dcontrols ) self.save_controls = QOLSaveControls( component_with_data=self.traces, a=dcontrols ) self.chart = jp.Matplotlib(a=root) self.start_task() def setTraces(self, component_with_data=None): self.traces = component_with_data self.save_controls.component_with_data = component_with_data def start_task(self): jp.run_task(self.update_loop()) def stop_tasks(self): self.save_controls.stop_tasks() pass async def _clear_data(self, msg): self.clear_data() await self.update() def clear_data(self): traces = self.traces if traces is not None: traces.clear_data() self.plot() async def _replot(self, msg): self.plot() await self.update() async def update_loop(self, update_interval=None): if update_interval is not None: self.update_interval.setValue(update_interval) while True: self.plot() try: strwtime = self.update_interval.getValue() wtime = float(strwtime) except ValueError: wtime = 2 print(f"Warning cannot convert {strwtime} setting to {wtime}") await self.update() await asyncio.sleep(wtime) def plot(self): traces = self.traces f = plt.figure(figsize=(8, 6), tight_layout=True) if traces is None: plt.title("Log data is unavailable") else: traces.plot() self.chart.set_figure(f) plt.close(f) class QOLSaveControls(jp.Div): def __init__(self, component_with_data=None, **kwargs): super().__init__(**kwargs) root = self root.set_classes(controls_group_classes) root.component_with_data = component_with_data root.getNextDataFile = None root.bsave = QOLPushButton(a=root, text="Save", name="Save", click=self._save) root.bnext_file = QOLPushButton( a=root, text="Next file", name="NextFile", click=self._next_file ) self.autosave_flag = QOLCheckbox(label="autosave", a=root) self.autosave_interval = QOLParamReadOnly( label="AutoSaveInterval", value=10, a=root ) self.file_name = QOLParamReadOnly(label="FileName", a=root) self.start_task() def start_task(self): jp.run_task(self.autosave_loop()) def stop_tasks(self): pass async def autosave_loop(self): while True: if self.autosave_flag.getValue(): self.save() await asyncio.sleep(10) async def _save(self, msg): self.save() def save(self): fname = self.file_name.getValue() if fname is None: return if self.component_with_data is None: return logger.debug(f"saving to {fname}") self.component_with_data.save(fname) async def _next_file(self, msg): self.next_file() await self.update() def next_file(self): if self.getNextDataFile is not None: fname = self.getNextDataFile() logger.info(f"Data will be saved to {fname}") self.file_name.setValue(fname) if self.component_with_data is not None: self.component_with_data.clear_last_saved_pos() class QOLDictionary(jp.Div): def __init__(self, container=None, **kwargs): super().__init__(**kwargs) root = self root.set_classes(dict_classes) self.dlabel = jp.Div(a=root, classes="bg-gray-100") self.dlabel.on("click", self._toggle_show) root.slabel = jp.Span(text=self.name, a=root.dlabel) root.slabel.set_classes(labelnames_classes) self.c = jp.Div(a=root) root.c.set_classes(dict_components_classes) root.container = container self.display_container_dictionary() async def _toggle_show(self, msg): self.c.show = not self.c.show def display_container_dictionary(self): self.c.delete_components() if self.container is None: return for k, v in self.container.items(): if not isinstance(v, dict): QOLParamReadOnly(label=k, value=v, a=self.c) else: QOLDictionary(container=v, name=k, a=self.c) def gui_test(): return wp if __name__ == "__main__": wp = jp.WebPage(delete_flag=False) rw = QOLParamReadWrite(label="ReadWriteParam", a=wp) rw.setValue(12345) log = QOLTimeLog(a=wp) log.save_controls.getNextDataFile = lambda: "data.dat" def test(self, msg): print(rw.getValue()) QOLPushButtonNoUndo(text="Danger", a=wp, onclick=test) # sc = QOLSaveControls(a=wp) d = {} d["a"] = "astring" d["n"] = 7 d["d"] = {} for i in range(20): d["d"][i] = i QOLDictionary(a=wp, name="d dictionary", container=d) jp.justpy(gui_test)