linux - Contrib clone of linux

Age	Commit message (Expand)	Author
2018-10-16	fpga: bridge: add devm_fpga_bridge_create	Alan Tull
2018-07-15	fpga: dfl: add fpga bridge platform driver for FME	Wu Hao
use chrono::{DateTime, Datelike, TimeZone, Local, Date};
use yansi::{Style};
use itertools::Itertools;
use structopt::StructOpt;

use crate::cursorfile;
use crate::input;
use crate::config::{Config,CalendarConfig};
use crate::khevent::KhEvent;
use crate::khline::KhLine;
use crate::KhResult;

#[derive(Debug, StructOpt)]
pub struct AgendaArgs {
  /// Show agenda view
  #[structopt(name = "args")]
  pub args: Vec<String>,
}

pub fn show_events(config: &Config, args: &[&str]) -> KhResult<()> {
  let mut events = input::selection(args)?;

  let cursor = cursorfile::read_cursorfile().ok();
  show_events_cursor(config, &mut events, cursor.as_ref());

  Ok(())
}

pub fn show_events_cursor(
  config: &Config,
  events: &mut Iterator<Item = KhEvent>,
  cursor: Option<&KhLine>,
) {

  let mut not_over_yet: Vec<(usize, KhEvent, Option<&CalendarConfig>)> = Vec::new();
  let mut cals_iter = events
    .enumerate()
    .map(|(i, event)| {
      let config = event.get_calendar_name().and_then(|name| config.get_config_for_calendar(&name));
      (i, event, config)
    })
    .peekable();

  let start_day = match cals_iter.peek() {
    Some((_, event, _)) => {
      event
        .get_start()
        .map(|dtstart| dtstart.into())
        .unwrap_or_else(|| Local.timestamp(0, 0))
        .date()
    }
    None => return,
  };

  let mut cur_day = start_day.pred();
  let mut last_printed_day = start_day.pred();
  while cals_iter.peek().is_some() || !not_over_yet.is_empty() {
    cur_day = cur_day.succ();

    maybe_print_date_line_header(&config, cur_day, start_day, &mut last_printed_day);

    not_over_yet.retain( |(index, event, cal_config)| {
      let is_cursor = cursor.map(|c| c.matches_khevent(&event)).unwrap_or(false);
      maybe_print_date_line(&config, cur_day, start_day, &mut last_printed_day);
      print_event_line(*cal_config, *index, &event, cur_day, is_cursor);
      event.continues_after(cur_day)
    });

    let relevant_events = cals_iter.peeking_take_while(|(_,event,_)| event.starts_on(cur_day));
    for (i, event, cal_config) in relevant_events {
      let is_cursor = cursor.map(|c| c.matches_khevent(&event)).unwrap_or(false);
      maybe_print_date_line(&config, cur_day, start_day, &mut last_printed_day);
      print_event_line(cal_config, i, &event, cur_day, is_cursor);
      if event.continues_after(cur_day) {
        not_over_yet.push((i, event, cal_config));
      }
    }
  }
}

fn maybe_print_week_separator(config: &Config, date: Date<Local>, start_date: Date<Local>, last_printed_date: Date<Local>) {
  if !config.agenda.print_week_separator {
    return;
  }
  if date != start_date && last_printed_date.iso_week() < date.iso_week() {
    khprintln!();
  }
}

fn maybe_print_date_line_header(config: &Config, date: Date<Local>, start_date: Date<Local>, last_printed_date: &mut Date<Local>) {
  if !config.agenda.print_empty_days {
    return;
  }
  maybe_print_date_line(config, date, start_date, last_printed_date);
}

fn maybe_print_date_line(config: &Config, date: Date<Local>, start_date: Date<Local>, last_printed_date: &mut Date<Local>) {
  if date <= *last_printed_date {
    return;
  }
  maybe_print_week_separator(config, date, start_date, *last_printed_date);
  print_date_line(date);
  *last_printed_date = date;
}

fn print_date_line(date: Date<Local>) {
  let style_heading = Style::default().bold();
  khprintln!("{}, {}", style_heading.paint(date.format("%Y-%m-%d")), date.format("%A"));
}

fn print_event_line(
  config: Option<&CalendarConfig>,
  index: usize,
  event: &KhEvent,
  date: Date<Local>,
  is_cursor: bool
) {
  match event_line(config, &event, date, is_cursor) {
    Ok(line) => khprintln!("{:4}  {}", index, line),
    Err(error) => warn!("{} in {}", error, event.get_uid())
  }
}

pub fn event_line(
  config: Option<&CalendarConfig>,
  event: &KhEvent,
  cur_day: Date<Local>,
  is_cursor: bool
) -> Result<String, String> {
  if !event.relevant_on(cur_day) {
    return Err(format!("event is not relevant for {:?}", cur_day));
  }

  let mut summary = event.get_summary().ok_or("Invalid SUMMARY")?;
  if let Some(config) = config {
    let calendar_style = config.get_style_for_calendar();
    summary = calendar_style.paint(summary).to_string();
  }

  let cursor_icon = if is_cursor { ">" } else { "" };

  if event.is_allday() {
    Ok(format!("{:3}             {}", cursor_icon, summary))
  } else {
    let mut time_sep = " ";
    let dtstart: DateTime<Local> = event.get_start().ok_or("Invalid DTSTART")?.into();
    let start_string = if dtstart.date() != cur_day {
      "".to_string()
    } else {
      time_sep = "-";
      format!("{}", dtstart.format("%H:%M"))
    };

    let dtend: DateTime<Local> = event.get_end().ok_or("Invalid DTEND")?.into();
    let end_string = if dtend.date() != cur_day {
      "".to_string()
    } else {
      time_sep = "-";
      format!("{}", dtend.format("%H:%M"))
    };

    Ok(format!("{:3}{:5}{}{:5}  {}", cursor_icon, start_string, time_sep, end_string, summary))
  }
}

impl KhEvent {
  fn starts_on(&self, date: Date<Local>) -> bool {
    let dtstart: Date<Local> = self.get_start().unwrap().into();
    dtstart == date
  }

  fn relevant_on(&self, date: Date<Local>) -> bool {
    let dtstart: Option<Date<Local>> = self.get_start().map(|date| date.into());
    let last_relevant_date: Option<Date<Local>> = self.get_last_relevant_date().map(|date| date.into());

    dtstart.map(|dtstart| dtstart <= date).unwrap_or(false) &&
    last_relevant_date.map(|enddate| enddate >= date).unwrap_or(false)
  }

  fn continues_after(&self, date: Date<Local>) -> bool {
    let last_relevant_date: Option<Date<Local>> = self.get_last_relevant_date().map(|date| date.into());
    last_relevant_date
      .map(|enddate| enddate > date)
      .unwrap_or(false)
  }
}

#[cfg(test)]
mod integration {
  use super::*;
  use crate::testdata;
  use crate::testutils::*;
  use crate::utils::stdioutils;
  use crate::config::Config;
  use crate::icalwrap::IcalVCalendar;

  use chrono::{Local, TimeZone};

  #[test]
  fn test_starts_on() {
    let cal = IcalVCalendar::from_str(testdata::TEST_EVENT_MULTIDAY, None).unwrap();
    let event = cal.get_principal_khevent();

    let first_day =