Project boards: only show contexts with selected issues.

`pit_api` cannot be built for Nim 2.x without a non-trivial refactor due
to the enforcement of gc-safety. See the `pit_api.nim` source for
details.

.mise.toml

@@ -0,0 +1,2 @@
+[tools]
+nim = "2.2.6"

README.md

@@ -136,6 +136,3 @@ in the configuration file. All options are optional unless stated otherwise.
 
 * `tasksDir` **required**: a file path to the root directory for the issue
   repository (same as `--tasks-dir` CLI parameter).
-
-  - CLI parameter: *cannot be specified via CLI*
-  - config file key: `contexts`

pit.nimble

@@ -1,25 +1,30 @@
 # Package
 
-version       = "4.9.0"
+version       = "4.30.1"
 author        = "Jonathan Bernard"
 description   = "Personal issue tracker."
 license       = "MIT"
 srcDir        = "src"
-bin           = @["pit", "pit_api"]
+installExt    = @["nim"]
+bin           = @["pit"]
 
 # Dependencies
 
 requires @[
-  "nim >= 0.19.0",
+  "nim >= 1.4.0",
-  "docopt 0.6.8",
+  "docopt >= 0.7.1",
-  "jester 0.4.1",
+  "uuids >= 0.1.10",
-  "uuids 0.1.10",
+  "zero_functional"
+]
 
-  "https://git.jdb-labs.com/jdb/nim-cli-utils.git >= 0.6.4",
+# Dependencies from git.jdb-software.com/jdb/nim-packages
-  "https://git.jdb-labs.com/jdb/nim-lang-utils.git >= 0.4.0",
+requires @[
-  "https://git.jdb-labs.com/jdb/nim-time-utils.git >= 0.4.0",
+  "cliutils >= 0.10.2",
-  "https://git.jdb-labs.com/jdb/update-nim-package-version"
+  "langutils >= 0.4.0",
+  "timeutils >= 0.5.4",
+  "data_uri > 1.0.0",
+  "update_nim_package_version >= 0.2.0"
 ]
 
 task updateVersion, "Update the version of this package.":
-  exec "update_nim_package_version pit 'src/pitpkg/version.nim'"
+  exec "update_nim_package_version pit 'src/pit/cliconstants.nim'"

src/config.nims

@@ -0,0 +1 @@
+switch("define", "ssl")

src/pit.nim

@@ -1,160 +1,19 @@
 ## Personal Issue Tracker CLI interface
 ## ====================================
 
-import cliutils, docopt, json, logging, options, os, sequtils,
+import std/[algorithm, logging, options, os, sequtils, tables, times, unicode]
-  tables, terminal, times, timeutils, unicode, uuids
+import data_uri, docopt, json, timeutils, uuids
 
 from nre import re
 import strutils except alignLeft, capitalize, strip, toUpper, toLower
-import pitpkg/private/libpit
+import pit/[cliconstants, formatting, libpit, projects, sync_pbm_vsb]
-export libpit
 
-include "pitpkg/version.nim"
+export formatting, libpit
-
-type
-  CliContext = ref object
-    cfg*: PitConfig
-    contexts*: TableRef[string, string]
-    defaultContext*: Option[string]
-    tasksDir*: string
-    issues*: TableRef[IssueState, seq[Issue]]
-    termWidth*: int
-    triggerPtk*, verbose*: bool
 
 let EDITOR =
   if existsEnv("EDITOR"): getEnv("EDITOR")
   else: "vi"
 
-
-proc initContext(args: Table[string, Value]): CliContext =
-  let pitCfg = loadConfig(args)
-
-  let cliJson =
-    if pitCfg.cfg.json.hasKey("cli"): pitCfg.cfg.json["cli"]
-    else: newJObject()
-
-  let cliCfg = CombinedConfig(docopt: args, json: cliJson)
-
-  result = CliContext(
-    cfg: pitCfg,
-    contexts: pitCfg.contexts,
-    defaultContext:
-      if not cliJson.hasKey("defaultContext"): none(string)
-      else: some(cliJson["defaultContext"].getStr()),
-    verbose: parseBool(cliCfg.getVal("verbose", "false")) and not args["--quiet"],
-    issues: newTable[IssueState, seq[Issue]](),
-    tasksDir: pitCfg.tasksDir,
-    termWidth: parseInt(cliCfg.getVal("termWidth", "80")),
-    triggerPtk: cliJson.getOrDefault("triggerPtk").getBool(false))
-
-proc getIssueContextDisplayName(ctx: CliContext, context: string): string =
-  if not ctx.contexts.hasKey(context):
-    if context.isNilOrWhitespace: return "<default>"
-    else: return context.capitalize()
-  return ctx.contexts[context]
-
-proc formatIssue(ctx: CliContext, issue: Issue): string =
-  result = ($issue.id).withColor(fgBlack, true) & "\n"&
-           issue.summary.withColor(fgWhite) & "\n"
-
-  if issue.tags.len > 0:
-    result &= "tags: ".withColor(fgMagenta) &
-              issue.tags.join(",").withColor(fgGreen, true) & "\n"
-
-  if issue.properties.len > 0:
-    result &= termColor(fgMagenta)
-    for k, v in issue.properties: result &= k & ": " & v & "\n"
-
-
-  result &= "--------".withColor(fgBlack, true) & "\n"
-  if not issue.details.isNilOrWhitespace:
-    result &= issue.details.strip.withColor(fgCyan) & "\n"
-
-proc formatSectionIssue(ctx: CliContext, issue: Issue, width: int, indent = "",
-                verbose = false): string =
-
-  result = ""
-
-  var showDetails = not issue.details.isNilOrWhitespace and verbose
-
-  var prefixLen = 0
-  var summaryIndentLen = indent.len + 7
-
-  if issue.hasProp("delegated-to"): prefixLen += issue["delegated-to"].len + 2 # space for the ':' and ' '
-
-  # Wrap and write the summary.
-  var wrappedSummary = ("+".repeat(prefixLen) & issue.summary).wordWrap(width - summaryIndentLen).indent(summaryIndentLen)
-
-  wrappedSummary = wrappedSummary[(prefixLen + summaryIndentLen)..^1]
-
-  result = (indent & ($issue.id)[0..<6]).withColor(fgBlack, true) & " "
-
-  if issue.hasProp("delegated-to"):
-    result &= (issue["delegated-to"] & ": ").withColor(fgGreen)
-
-  result &= wrappedSummary.withColor(fgWhite)
-
-  if issue.tags.len > 0:
-    let tagsStr = "(" & issue.tags.join(", ") & ")"
-    if (result.splitLines[^1].len + tagsStr.len + 1) > (width - 2):
-      result &= "\n" & indent
-    result &= " " & tagsStr.withColor(fgGreen)
-
-
-  if issue.hasProp("pending"):
-    let startIdx = "Pending: ".len
-    var pendingText = issue["pending"].wordWrap(width - startIdx - summaryIndentLen)
-                                      .indent(startIdx)
-    pendingText = ("Pending: " & pendingText[startIdx..^1]).indent(summaryIndentLen)
-    result &= "\n" & pendingText.withColor(fgCyan)
-
-  if showDetails:
-    result &= "\n" & issue.details.strip.indent(indent.len + 2).withColor(fgCyan)
-
-  result &= termReset
-
-proc formatSectionIssueList(ctx: CliContext, issues: seq[Issue], width: int,
-        indent: string, verbose: bool): string =
-
-  result = ""
-  for i in issues:
-    var issueText = ctx.formatSectionIssue(i, width, indent, verbose)
-    result &= issueText & "\n"
-
-proc formatSection(ctx: CliContext, issues: seq[Issue], state: IssueState,
-                   indent = "", verbose = false): string =
-  let innerWidth = ctx.termWidth - (indent.len * 2)
-
-  result = termColor(fgBlue) &
-    (indent & ".".repeat(innerWidth)) & "\n" &
-    state.displayName.center(ctx.termWidth) & "\n\n" &
-    termReset
-
-  let issuesByContext = issues.groupBy("context")
-
-  if issues.len > 5 and issuesByContext.len > 1:
-    for context, ctxIssues in issuesByContext:
-
-      result &= termColor(fgYellow) &
-        indent & ctx.getIssueContextDisplayName(context) & ":" &
-        termReset & "\n\n"
-
-      result &= ctx.formatSectionIssueList(ctxIssues, innerWidth - 2, indent & "  ", verbose)
-      result &= "\n"
-
-  else: result &= ctx.formatSectionIssueList(issues, innerWidth, indent, verbose)
-
-proc loadIssues(ctx: CliContext, state: IssueState) =
-  ctx.issues[state] = loadIssues(ctx.tasksDir / $state)
-
-proc loadAllIssues(ctx: CliContext) =
-  ctx.issues = newTable[IssueState, seq[Issue]]()
-  for state in IssueState: ctx.loadIssues(state)
-
-proc filterIssues(ctx: CliContext, filter: IssueFilter) =
-  for state, issueList in ctx.issues:
-    ctx.issues[state] = issueList.filter(filter)
-
 proc parsePropertiesOption(propsOpt: string): TableRef[string, string] =
   result = newTable[string, string]()
   for propText in propsOpt.split(";"):
@@ -162,21 +21,22 @@ proc parsePropertiesOption(propsOpt: string): TableRef[string, string] =
     if pair.len == 1: result[pair[0]] = "true"
     else: result[pair[0]] = pair[1]
 
-proc sameDay(a, b: DateTime): bool =
+proc parseExclPropertiesOption(propsOpt: string): TableRef[string, seq[string]] =
-  result = a.year == b.year and a.yearday == b.yearday
+  result = newTable[string, seq[string]]()
+  for propText in propsOpt.split(";"):
+    let pair = propText.split(":", 1)
+    let val =
+      if pair.len == 1: "true"
+      else: pair[1]
+    if result.hasKey(pair[0]): result[pair[0]].add(val)
+    else: result[pair[0]] = @[val]
 
-proc writeHeader(ctx: CliContext, header: string) =
-  stdout.setForegroundColor(fgRed, true)
-  stdout.writeLine('_'.repeat(ctx.termWidth))
-  stdout.writeLine(header.center(ctx.termWidth))
-  stdout.writeLine('~'.repeat(ctx.termWidth))
-  stdout.resetAttributes
 
 proc reorder(ctx: CliContext, state: IssueState) =
 
   # load the issues to make sure the order file contains all issues in the state.
   ctx.loadIssues(state)
-  discard os.execShellCmd(EDITOR & " '" & (ctx.tasksDir / $state / "order.txt") & "' </dev/tty >/dev/tty")
+  discard os.execShellCmd(EDITOR & " '" & (ctx.cfg.tasksDir / $state / "order.txt") & "' </dev/tty >/dev/tty")
 
 proc edit(issue: Issue) =
 
@@ -189,124 +49,48 @@ proc edit(issue: Issue) =
     # Try to parse the newly-edited issue to make sure it was successful.
     let editedIssue = loadIssue(issue.filepath)
     editedIssue.store()
-  except:
+  except CatchableError:
-    fatal "pit: updated issue is invalid (ignoring edits): \n\t" &
+    fatal "updated issue is invalid (ignoring edits): \n\t" &
       getCurrentExceptionMsg()
     issue.store()
 
-proc list(ctx: CliContext, filter: Option[IssueFilter], state: Option[IssueState], showToday, showFuture, verbose: bool) =
-
-  if state.isSome:
-    ctx.loadIssues(state.get)
-    if filter.isSome: ctx.filterIssues(filter.get)
-    stdout.write ctx.formatSection(ctx.issues[state.get], state.get, "", verbose)
-    return
-
-  ctx.loadAllIssues()
-  if filter.isSome: ctx.filterIssues(filter.get)
-
-  let today = showToday and [Current, TodoToday].anyIt(
-    ctx.issues.hasKey(it) and ctx.issues[it].len > 0)
-
-  let future = showFuture and [Pending, Todo].anyIt(
-    ctx.issues.hasKey(it) and ctx.issues[it].len > 0)
-
-  let indent = if today and future: "  " else: ""
-
-  # Today's items
-  if today:
-    if future: ctx.writeHeader("Today")
-
-    for s in [Current, TodoToday]:
-      if ctx.issues.hasKey(s) and ctx.issues[s].len > 0:
-        stdout.write ctx.formatSection(ctx.issues[s], s, indent, verbose)
-
-    if ctx.issues.hasKey(Done):
-        let doneIssues = ctx.issues[Done].filterIt(
-          it.hasProp("completed") and
-          sameDay(getTime().local, it.getDateTime("completed")))
-        if doneIssues.len > 0:
-          stdout.write ctx.formatSection(doneIssues, Done, indent, verbose)
-
-  # Future items
-  if future:
-    if today: ctx.writeHeader("Future")
-
-    for s in [Pending, Todo]:
-      if ctx.issues.hasKey(s) and ctx.issues[s].len > 0:
-        stdout.write ctx.formatSection(ctx.issues[s], s, indent, verbose)
-
 when isMainModule:
-
  try:
-  let doc = """
-Usage:
-  pit ( new | add) <summary> [<state>] [options]
-  pit list [<listable>] [options]
-  pit ( start | done | pending | todo-today | todo | suspend ) <id>... [options]
-  pit edit <ref>...
-  pit tag <id>... [options]
-  pit untag <id>... [options]
-  pit reorder <state>
-  pit delegate <id> <delegated-to>
-  pit ( delete | rm ) <id>...
 
-Options:
+  let consoleLogger = newConsoleLogger(
-
+    levelThreshold=lvlInfo,
-  -h, --help                Print this usage information.
+    fmtStr="pit - $levelname: ")
-
+  logging.addHandler(consoleLogger)
-  -p, --properties <props>  Specify properties. Formatted as "key:val;key:val"
-                            When used with the list command this option applies
-                            a filter to the issues listed, only allowing those
-                            which have all of the given properties.
-
-  -c, --context <ctxName>   Shorthand for '-p context:<ctxName>'
-
-  -g, --tags <tags>         Specify tags for an issue.
-
-  -T, --today               Limit to today's issues.
-
-  -F, --future              Limit to future issues.
-
-  -m, --match <pattern>     Limit to issues whose summaries match the given
-                            pattern (PCRE regex supported).
-
-  -M, --match-all <pat>     Limit to the issues whose summaries or details
-                            match the given pattern (PCRE regex supported).
-
-  -v, --verbose             Show issue details when listing issues.
-
-  -q, --quiet               Suppress verbose output.
-
-  -y, --yes                 Automatically answer "yes" to any prompts.
-
-  -C, --config <cfgFile>    Location of the config file (defaults to $HOME/.pitrc)
-
-  -E, --echo-args           Echo arguments (for debug purposes).
-
-  -d, --tasks-dir           Path to the tasks directory (defaults to the value
-                            configured in the .pitrc file)
-
-  --term-width <width>      Manually set the terminal width to use.
-
-  --ptk                     Enable PTK integration for this command.
-"""
-
-  logging.addHandler(newConsoleLogger())
 
   # Parse arguments
-  let args = docopt(doc, version = PIT_VERSION)
+  let args = docopt(USAGE, version = PIT_VERSION)
+
+  if args["--debug"]:
+    consoleLogger.levelThreshold = lvlDebug
+
+  if args["--silent"]:
+    consoleLogger.levelThreshold = lvlNone
 
   if args["--echo-args"]: stderr.writeLine($args)
 
-  if args["--help"]:
+  if args["help"]:
-    stderr.writeLine(doc)
+    stderr.writeLine(USAGE & "\p")
+    stderr.writeLine(ONLINE_HELP)
     quit()
 
   let ctx = initContext(args)
 
+  trace "context initiated"
+
+  var updatedIssues = newSeq[Issue]()
   var propertiesOption = none(TableRef[string,string])
+  var exclPropsOption = none(TableRef[string,seq[string]])
   var tagsOption = none(seq[string])
+  var exclTagsOption = none(seq[string])
+
+  let filter = initFilter()
+  var filterOption = none(IssueFilter)
+
 
   if args["--properties"] or args["--context"]:
 
@@ -318,8 +102,73 @@ Options:
 
     propertiesOption = some(props)
 
+  if args["--excl-properties"] or args["--excl-context"]:
+
+    var exclProps =
+      if args["--excl-properties"]:
+        parseExclPropertiesOption($args["--excl-properties"])
+      else: newTable[string,seq[string]]()
+
+    if args["--excl-context"]:
+      if not exclProps.hasKey("context"): exclProps["context"] = @[]
+      let exclContexts = split($args["--excl-context"], ",")
+      exclProps["context"] = exclProps["context"].concat(exclContexts)
+
+    exclPropsOption = some(exclProps)
+
   if args["--tags"]: tagsOption = some(($args["--tags"]).split(",").mapIt(it.strip))
 
+  if args["--excl-tags"]: exclTagsOption =
+    some(($args["--excl-tags"]).split(",").mapIt(it.strip))
+
+  # Initialize filter with properties (if given)
+  if propertiesOption.isSome:
+    filter.properties = propertiesOption.get
+    filterOption = some(filter)
+
+  # Add property exclusions (if given)
+  if exclPropsOption.isSome:
+    filter.exclProperties = exclPropsOption.get
+    filterOption = some(filter)
+
+  # If they supplied text matches, add that to the filter.
+  if args["--match"]:
+    filter.summaryMatch = some(re("(?i)" & $args["--match"]))
+    filterOption = some(filter)
+
+  if args["--match-all"]:
+    filter.fullMatch = some(re("(?i)" & $args["--match-all"]))
+    filterOption = some(filter)
+
+  # If no "context" property is given, use the default (if we have one)
+  if ctx.defaultContext.isSome and not filter.properties.hasKey("context"):
+    stderr.writeLine("Limiting to default context: " & ctx.defaultContext.get)
+    filter.properties["context"] = ctx.defaultContext.get
+    filterOption = some(filter)
+
+  if tagsOption.isSome:
+    filter.hasTags = tagsOption.get
+    filterOption = some(filter)
+
+  if exclTagsOption.isSome:
+    filter.exclTags = exclTagsOption.get
+    filterOption = some(filter)
+
+  if args["--today"]:
+    filter.inclStates.add(@[Current, TodoToday, Pending])
+    filterOption = some(filter)
+
+  if args["--future"]:
+    filter.inclStates.add(@[Pending, Todo])
+    filterOption = some(filter)
+
+  # Finally, if the "context" is "all", don't filter on context
+  if filter.properties.hasKey("context") and
+     filter.properties["context"] == "all":
+
+    filter.properties.del("context")
+    filter.exclProperties.del("context")
+
   ## Actual command runners
   if args["new"] or args["add"]:
     let state =
@@ -337,12 +186,12 @@ Options:
       summary: $args["<summary>"],
       properties: issueProps,
       tags:
-        if args["--tags"]: ($args["--tags"]).split(",").mapIt(it.strip)
+        if tagsOption.isSome: tagsOption.get
         else: newSeq[string]())
 
-    ctx.tasksDir.store(issue, state)
+    ctx.cfg.tasksDir.store(issue, state)
-
+    updatedIssues.add(issue)
-    stdout.writeLine ctx.formatIssue(issue)
+    stdout.writeLine formatIssue(issue)
 
   elif args["reorder"]:
     ctx.reorder(parseEnum[IssueState]($args["<state>"]))
@@ -350,40 +199,58 @@ Options:
   elif args["edit"]:
     for editRef in @(args["<ref>"]):
 
+      let propsOption =
+        if args["--properties"]:
+          some(parsePropertiesOption($args["--properties"]))
+        else: none(TableRef[string, string])
+
       var stateOption = none(IssueState)
 
       try: stateOption = some(parseEnum[IssueState](editRef))
-      except: discard
+      except CatchableError: discard
 
       if stateOption.isSome:
         let state = stateOption.get
         ctx.loadIssues(state)
-        for issue in ctx.issues[state]: edit(issue)
+        for issue in ctx.issues[state]:
+          if propsOption.isSome:
+            for k,v in propsOption.get:
+              issue[k] = v
+          edit(issue)
+          updatedIssues.add(issue)
 
-      else: edit(ctx.tasksDir.loadIssueById(editRef))
+      else:
+        let issue = ctx.cfg.tasksDir.loadIssueById(editRef)
+        if propertiesOption.isSome:
+          for k,v in propertiesOption.get:
+            issue[k] = v
+        edit(issue)
+        updatedIssues.add(issue)
 
   elif args["tag"]:
-    if not args["--tags"]: raise newException(Exception, "no tags given")
+    if tagsOption.isNone: raise newException(Exception, "no tags given")
 
-    let newTags = ($args["--tags"]).split(",").mapIt(it.strip)
+    let newTags = tagsOption.get
 
     for id in @(args["<id>"]):
-      var issue = ctx.tasksDir.loadIssueById(id)
+      var issue = ctx.cfg.tasksDir.loadIssueById(id)
       issue.tags = deduplicate(issue.tags & newTags)
       issue.store()
+      updatedIssues.add(issue)
 
   elif args["untag"]:
     let tagsToRemove: seq[string] =
-      if args["--tags"]: ($args["--tags"]).split(",").mapIt(it.strip)
+      if tagsOption.isSome: tagsOption.get
       else: @[]
 
     for id in @(args["<id>"]):
-      var issue = ctx.tasksDir.loadIssueById(id)
+      var issue = ctx.cfg.tasksDir.loadIssueById(id)
       if tagsToRemove.len > 0:
         issue.tags = issue.tags.filter(
           proc (tag: string): bool = not tagsToRemove.anyIt(it == tag))
       else: issue.tags = @[]
       issue.store()
+      updatedIssues.add(issue)
 
   elif args["start"] or args["todo-today"] or args["done"] or
        args["pending"] or args["todo"] or args["suspend"]:
@@ -397,41 +264,59 @@ Options:
     elif args["suspend"]: targetState = Dormant
 
     for id in @(args["<id>"]):
-      var issue = ctx.tasksDir.loadIssueById(id)
+      var issue = ctx.cfg.tasksDir.loadIssueById(id)
       if propertiesOption.isSome:
         for k,v in propertiesOption.get:
           issue[k] = v
-      if targetState == Done: issue["completed"] = getTime().local.formatIso8601
+      if targetState == Done:
-      issue.changeState(ctx.tasksDir, targetState)
+        issue["completed"] = getTime().local.formatIso8601
+        if issue.hasProp("recurrence") and issue.getRecurrence.isSome:
+          let nextIssue = ctx.cfg.tasksDir.nextRecurrence(issue.getRecurrence.get, issue)
+          ctx.cfg.tasksDir.store(nextIssue, TodoToday)
+          info "created the next recurrence:"
+          updatedIssues.add(nextIssue)
+          stdout.writeLine formatIssue(nextIssue)
+
+      issue.changeState(ctx.cfg.tasksDir, targetState)
+      updatedIssues.add(issue)
 
     if ctx.triggerPtk or args["--ptk"]:
       if targetState == Current:
-        let issue = ctx.tasksDir.loadIssueById($(args["<id>"][0]))
+        let issue = ctx.cfg.tasksDir.loadIssueById($(args["<id>"][0]))
         var cmd = "ptk start"
-        if issue.tags.len > 0 or issue.properties.hasKey("context"):
+        if issue.tags.len > 0 or issue.hasProp("context"):
           let tags = concat(
             issue.tags,
-            if issue.properties.hasKey("context"): @[issue.properties["context"]]
+            if issue.hasProp("context"): @[issue.properties["context"]]
             else: @[]
           )
           cmd &= " -g \"" & tags.join(",") & "\""
         cmd &= " -n \"pit-id: " & $issue.id & "\""
-        cmd &= " \"" & issue.summary & "\""
+        cmd &= " \"[" & ($issue.id)[0..<6] & "] " & issue.summary & "\""
         discard execShellCmd(cmd)
       elif targetState == Done or targetState == Pending:
         discard execShellCmd("ptk stop")
 
+  elif args["hide-until"]:
+
+    let issue = ctx.cfg.tasksDir.loadIssueById($(args["<id>"]))
+    issue.setDateTime("hide-until", parseDate($args["<date>"]))
+
+    issue.store()
+    updatedIssues.add(issue)
+
   elif args["delegate"]:
 
-    let issue = ctx.tasksDir.loadIssueById($(args["<id>"]))
+    let issue = ctx.cfg.tasksDir.loadIssueById($(args["<id>"]))
     issue["delegated-to"] = $args["<delegated-to>"]
 
     issue.store()
+    updatedIssues.add(issue)
 
   elif args["delete"] or args["rm"]:
     for id in @(args["<id>"]):
 
-      let issue = ctx.tasksDir.loadIssueById(id)
+      let issue = ctx.cfg.tasksDir.loadIssueById(id)
 
       if not args["--yes"]:
         stderr.write("Delete '" & issue.summary & "' (y/n)? ")
@@ -439,47 +324,28 @@ Options:
           continue
 
       issue.delete
+      updatedIssues.add(issue)
 
   elif args["list"]:
 
-    let filter = initFilter()
-    var filterOption = none(IssueFilter)
-
-    # Initialize filter with properties (if given)
-    if propertiesOption.isSome:
-      filter.properties = propertiesOption.get
-      filterOption = some(filter)
-
-    # If they supplied text matches, add that to the filter.
-    if args["--match"]:
-      filter.summaryMatch = some(re("(?i)" & $args["--match"]))
-      filterOption = some(filter)
-
-    if args["--match-all"]:
-      filter.fullMatch = some(re("(?i)" & $args["--match-all"]))
-      filterOption = some(filter)
-
-    # If no "context" property is given, use the default (if we have one)
-    if ctx.defaultContext.isSome and not filter.properties.hasKey("context"):
-      stderr.writeLine("Limiting to default context: " & ctx.defaultContext.get)
-      filter.properties["context"] = ctx.defaultContext.get
-      filterOption = some(filter)
-
-    # Finally, if the "context" is "all", don't filter on context
-    if filter.properties.hasKey("context") and
-       filter.properties["context"] == "all":
-
-      filter.properties.del("context")
-
     var listContexts = false
-    var stateOption = none(IssueState)
+    var listTags = false
-    var issueIdOption = none(string)
+    var listProjects = false
+    var listMilestones = false
+    var statesOption = none(seq[IssueState])
+    var issueIdsOption = none(seq[string])
 
-    if args["<listable>"]:
+    if args["contexts"]: listContexts = true
-      if $args["<listable>"] == "contexts": listContexts = true
+    elif args["projects"]: listProjects = true
-      else:
+    elif args["milestones"]: listMilestones = true
-        try: stateOption = some(parseEnum[IssueState]($args["<listable>"]))
+    elif args["tags"]: listTags = true
-        except: issueIdOption = some($args["<listable>"])
+    elif args["<stateOrId>"]:
+      try:
+        statesOption =
+          some(args["<stateOrId>"].
+          mapIt(parseEnum[IssueState]($it)))
+      except CatchableError:
+        issueIdsOption = some(args["<stateOrId>"].mapIt($it))
 
     # List the known contexts
     if listContexts:
@@ -495,22 +361,122 @@ Options:
         else: b
       ).len
 
-      for c in uniqContexts:
+      for c in uniqContexts.sorted:
         stdout.writeLine(c.alignLeft(maxLen+2) & ctx.getIssueContextDisplayName(c))
 
+    elif listTags:
+      var uniqTags = newseq[string]()
+      if statesOption.isSome:
+        for state in statesOption.get: ctx.loadIssues(state)
+      else: ctx.loadAllIssues()
+
+      if filterOption.isSome: ctx.filterIssues(filterOption.get)
+
+      for state, issueList in ctx.issues:
+        for issue in issueList:
+          for tag in issue.tags:
+            if not uniqTags.contains(tag): uniqTags.add(tag)
+
+      stdout.writeLine(uniqTags.sorted.join("\n"))
+
     # List a specific issue
-    elif issueIdOption.isSome:
+    elif issueIdsOption.isSome:
-      let issue = ctx.tasksDir.loadIssueById(issueIdOption.get)
+      for issueId in issueIdsOption.get:
-      stdout.writeLine ctx.formatIssue(issue)
+        let issue = ctx.cfg.tasksDir.loadIssueById(issueId)
+        stdout.writeLine formatIssue(issue)
+
+    # List projects
+    elif listProjects: ctx.listProjects(filterOption)
+
+    # List milestones
+    elif listMilestones: ctx.listMilestones(filterOption)
 
     # List all issues
     else:
+      trace "listing all issues"
       let showBoth = args["--today"] == args["--future"]
-      ctx.list(filterOption, stateOption, showBoth or args["--today"],
+      ctx.list(
-                                          showBoth or args["--future"],
+        filter = filterOption,
-                                          ctx.verbose)
+        states = statesOption,
+        showToday = showBoth or args["--today"],
+        showFuture = showBoth or args["--future"],
+        showHidden = args["--show-hidden"],
+        verbose = ctx.verbose)
 
- except:
+  elif args["show"]:
-  fatal "pit: " & getCurrentExceptionMsg()
+
+    if args["project-board"]:
+      ctx.showProjectBoard(filterOption)
+      discard
+
+    elif args["dupes"]:
+      ctx.loadAllIssues()
+
+      var idsToPaths = newTable[string, var seq[string]]()
+      for (state, issues) in pairs(ctx.issues):
+        for issue in issues:
+          let issueId = $issue.id
+
+          if idsToPaths.hasKey(issueId): idsToPaths[issueId].add(issue.filepath)
+          else: idsToPaths[issueId] = @[issue.filepath]
+
+      for (issueId, issuePaths) in pairs(idsToPaths):
+        if issuePaths.len < 2: continue
+        stdout.writeLine(issueId & ":\p  " & issuePaths.join("\p  ") & "\p\p")
+
+    else: # list specific Issues
+      for issueId in args["<id>"].mapIt($it):
+        let issue = ctx.cfg.tasksDir.loadIssueById(issueId)
+        stdout.writeLine formatIssue(issue)
+
+  elif args["add-binary-property"]:
+    let issue = ctx.cfg.tasksDir.loadIssueById($(args["<id>"]))
+
+    let propIn =
+      if $(args["<propSource>"]) == "-": stdin
+      else: open($(args["<propSource>"]))
+
+    try: issue[$(args["<propName>"])] = encodeAsDataUri(readAll(propIn))
+    finally: close(propIn)
+
+    issue.store()
+    updatedIssues.add(issue)
+
+  elif args["get-binary-property"]:
+    let issue = ctx.cfg.tasksDir.loadIssueById($(args["<id>"]))
+
+    if not issue.hasProp($(args["<propName>"])):
+      raise newException(Exception,
+        "issue " & ($issue.id)[0..<6] & " has no property name '" &
+        $(args["<propName>"]) & "'")
+
+    let propOut =
+      if $(args["<propDest>"]) == "-": stdout
+      else: open($(args["<propDest>"]), fmWrite)
+
+    try: write(propOut, decodeDataUri(issue[$(args["<propName>"])]))
+    finally: close(propOut)
+
+  elif args["sync"]:
+    if ctx.cfg.syncTargets.len == 0:
+      info "No sync targets configured"
+
+    for syncTarget in ctx.cfg.syncTargets:
+      let syncCtx = initSyncContext(ctx.cfg, syncTarget)
+
+      sync(syncCtx, args["--dry-run"])
+
+  # after doing stuff, sync if auto-sync is requested
+  if ctx.cfg.autoSync:
+    for syncTarget in ctx.cfg.syncTargets:
+      let syncCtx = initSyncContext(ctx.cfg, syncTarget)
+      if anyIt(
+          updatedIssues,
+          it.hasProp("context") and it["context"] == syncCtx.issueContext):
+        sync(syncCtx, false)
+
+ except CatchableError:
+  fatal getCurrentExceptionMsg()
+  debug getCurrentException().getStackTrace()
   #raise getCurrentException()
   quit(QuitFailure)

src/pit/cliconstants.nim

@@ -0,0 +1,238 @@
+const PIT_VERSION* = "4.30.1"
+
+const USAGE* = """Usage:
+  pit ( new | add) <summary> [<state>] [options]
+  pit list contexts [options]
+  pit list projects [options]
+  pit list milestones [options]
+  pit list tags [options]
+  pit list [<stateOrId>...] [options]
+  pit ( start | done | pending | todo-today | todo | suspend ) <id>... [options]
+  pit edit <ref>... [options]
+  pit tag <id>... [options]
+  pit untag <id>... [options]
+  pit reorder <state> [options]
+  pit delegate <id> <delegated-to> [options]
+  pit hide-until <id> <date> [options]
+  pit ( delete | rm ) <id>... [options]
+  pit add-binary-property <id> <propName> <propSource> [options]
+  pit get-binary-property <id> <propName> <propDest> [options]
+  pit show dupes [options]
+  pit show project-board [options]
+  pit show <id> [options]
+  pit sync [<syncTarget>...] [options]
+  pit help [options]
+
+
+Options:
+
+  -h, --help                Print this usage and help information.
+
+  -p, --properties <props>  Specify properties. Formatted as "key:val;key:val"
+                            When used with the list command this option applies
+                            a filter to the issues listed, only allowing those
+                            which have all of the given properties.
+
+  -P, --excl-properties <props>
+                            When used with the list command, exclude issues
+                            that contain properties with the given value. This
+                            parameter is formatted the same as the --properties
+                            parameter: "key:val;key:val"
+
+  -c, --context <ctx>       Shorthand for '-p context:<ctx>'
+
+  -C, --excl-context <ctx>  Don't show issues from the given context(s).
+                            Multiple contexts can be excluded using a ',' to
+                            separate names. For example: -C ctx1,ctx2
+                            Shorthand for '-P context:<ctx>'
+
+  -g, --tags <tags>         Specify tags for an issue. Tags are specified as a
+                            comma-delimited list. For example: -g tag1,tag2
+
+  -G, --excl-tags <tags>    When used with the list command, exclude issues
+                            that contain any of the provided tags. Tags are
+                            specified as a comma-delimited list.
+                            For example: -G tag1,tag2
+
+  -T, --today               Limit to today's issues.
+
+  -F, --future              Limit to future issues.
+
+  -H, --show-hidden         Show all matching issues, ignoring any 'hide-until'
+                            properties set.
+
+  -m, --match <pattern>     Limit to issues whose summaries match the given
+                            pattern (PCRE regex supported).
+
+  -M, --match-all <pat>     Limit to the issues whose summaries or details
+                            match the given pattern (PCRE regex supported).
+
+  -v, --verbose             Show issue details when listing issues.
+
+  -q, --quiet               Suppress verbose output.
+
+  -y, --yes                 Automatically answer "yes" to any prompts.
+
+  --config <cfgFile>        Location of the config file (defaults to $HOME/.pitrc)
+
+  -E, --echo-args           Echo arguments (for debug purposes).
+
+  -d, --tasks-dir           Path to the tasks directory (defaults to the value
+                            configured in the .pitrc file)
+
+  --ptk                     Enable PTK integration for this command.
+
+  --debug                   Enable debug-level log output.
+
+  --dry-run                 Currently only supported by the `sync` command:
+                            only print the changes that would be made, but do
+                            not actually make them.
+
+  -s, --silent              Suppress all logging and status output.
+"""
+
+const ONLINE_HELP* = """Issue States:
+
+  PIT organizes issues around their state, which is one of:
+
+    current     - issues actively being worked
+    todo-today  - issues planned for today
+    pending     - issues that are blocked by some third-party
+    done        - issues that have been completely resolved
+    todo        - issues that need to be done in the future
+    dormant     - issues that are low-priority, to be tracked, but hidden
+                  by default
+
+Issue Properties:
+
+  PIT supports adding arbitrary properties to any issue to track any metadata
+  about the issue the user may wish. There are several properties that have
+  special behavior attached to them. They are:
+
+    created
+
+      If present, expected to be an ISO 8601-formatted date that represents the
+      time when the issue was created. E.g.:
+
+          created: 2023-07-13T13:28:41-05:00
+
+    completed
+
+      If present, expected to be an ISO 8601-formatted date that represents the
+      time when the issue moved to the "done" state.  PIT will add this
+      property automatically when you use the "done" command, and can filter on
+      this value.
+
+          completed: 2023-04-27T11:52:28-05:00
+
+    context
+
+      Allows issues to be organized into contexts. The -c option is short-hand
+      for '-p context:<context-name>' and the 'list contexts' command will show
+      all values of 'context' set in existing issues.
+
+          context: family
+
+    delegated-to
+
+      When an issue now belongs to someone else, but needs to be monitored for
+      completion, this allows you to keep the issue in its current state but
+      note how it has been delegated. When present PIT will prepend this value
+      to the issue summary with an accent color.
+
+          delegated-to: Bob Ross
+
+    hide-until
+
+      When present, expected to be an ISO 8601-formatted date and used to
+      supress the display of the issue until on or after the given date.
+
+          hide-until: 2024-01-01T13:45:00-05:00
+
+    priority
+
+      Allows setting a priority/priority level. This is used in the project
+      management view to automatically order issues being displayed. Valid
+      values, in order from most to least important, are:
+
+      - essential   Intended for issues that must be done. Failure to
+                    complete these issues would result in failure of the
+                    project.
+
+      - vital       Intended for issues that are vital to the success of the
+                    project, but not absolutely essential. Failure to complete
+                    these issues may not result in failure of the project but
+                    would seriously impact it's value or viability.
+
+      - important   Intended for issues that are important to the project,
+                    but not vital. These should be completed, but delay is
+                    acceptable.
+
+      - optional    Intended for issues that are worth doing but can be deferred
+                    or skipped if necessary.
+
+          priority: essential
+
+    milestone
+
+      Allows grouping issues according to a milestone name. Milestones are
+      available as subsets of projects. The 'list milestones' command will show
+      all values of 'milestone' set in existing issues for a given project.
+
+          milestone: Phase 1
+
+    pending
+
+      When an issue is blocked by a third party, this property can be used to
+      capture details about the dependency When present PIT will display this
+      value after the issue summary.
+
+          pending: Results of WCAG analysis.
+
+    project
+
+      Allows grouping issues according to a project name. The 'list projects'
+      command will show all values of 'project' set in existing issues.
+
+          project: Website Redesign
+
+    recurrence
+
+      When an issue is moved to the "done" state, if the issue has a valid
+      "recurrence" property, PIT will create a new issue and set the
+      "hide-until" property for that new issue depending on the recurrence
+      definition.
+
+      A valid recurrence value has a time value and optionally has an source
+      issue ID. For example:
+
+          recurrence: every 5 days, 10a544
+
+      The first word, "every", is expected to be either "every" or "after".
+
+      The second portion is expected to be a time period. Supported time units
+      are "hour", "day", "week", "month", an "year", along with the plural
+      forms (e.g. "5 days", "8 hours", etc.).
+
+      The final portion is the source issue ID. This is optional. When a source
+      issue ID is given, the new issue is created as a clone of the given
+      issue. When not given, the issue being closed is used for cloning.
+
+      The "every" and "after" keywords allow the user to choose whether the new
+      issue is created based on the creation time ("every") or the completion
+      time ("after") of the issue being closed based.
+
+      Examples:
+
+          every day
+          every 2 days
+          after 2 days
+          every week
+          after 12 hours
+          every 2 weeks, 10a544
+
+    tags
+
+      If present, expected to be a comma-delimited list of text tags. The -g
+      option is a short-hand for '-p tags:<tags-value>'.
+"""

src/pit/formatting.nim

@@ -0,0 +1,258 @@
+import std/[options, sequtils, tables, terminal, times, unicode, wordwrap]
+import cliutils, uuids
+import std/strutils except alignLeft, capitalize, strip, toLower, toUpper
+import ./libpit
+
+proc adjustedTerminalWidth(): int = min(terminalWidth(), 80)
+
+proc formatIssue*(issue: Issue): string =
+  result = ($issue.id).withColor(fgBlack, true) & "\n"&
+           issue.summary.withColor(fgWhite) & "\n"
+
+  if issue.tags.len > 0:
+    result &= "tags: ".withColor(fgMagenta) &
+              issue.tags.join(",").withColor(fgGreen, true) & "\n"
+
+  if issue.properties.len > 0:
+    for k, v in issue.properties:
+
+      if k == "project":
+        result &= "project: ".withColor(fgMagenta) &
+          v.withColor(fgBlue, bright = true) & "\n"
+
+      elif k == "milestone":
+        result &= "milestone: ".withColor(fgMagenta) &
+          v.withColor(fgBlue, bright = true) & "\n"
+
+      elif k == "priority":
+        result &= "priority: ".withColor(fgMagenta) &
+          v.withColor(fgRed, bright = true) & "\n"
+
+      else:
+        result &= termColor(fgMagenta) & k & ": " & v & "\n"
+
+  result &= "--------".withColor(fgBlack, true) & "\n"
+  if not issue.details.isEmptyOrWhitespace:
+    result &= issue.details.strip.withColor(fgCyan) & "\n"
+
+  result &= termReset
+
+
+proc formatPlainIssueSummary*(issue: Issue): string =
+
+  result = "$#: $# $#" % [
+    $issue.state,
+    ($issue.id)[0..<6],
+    issue.summary ]
+
+  if issue.hasProp("delegated-to") or issue.hasProp("pending"):
+    var parts = newSeq[string]()
+
+    if issue.hasProp("delegated-to"):
+      parts.add("delegated to " & issue["delegated-to"])
+
+    if issue.hasProp("pending"):
+      parts.add("pendin: " & issue["pending"])
+
+    result &= "($#)" % [ parts.join("; ") ]
+
+
+proc formatSectionIssue*(
+    issue: Issue,
+    width: int = 80,
+    indent = "",
+    verbose = false,
+    bold = false): string =
+
+  result = (indent & ($issue.id)[0..<6]).withColor(fgBlack, true) & " "
+
+  let showDetails = not issue.details.isEmptyOrWhitespace and verbose
+
+  let summaryIndentLen = indent.len + 7
+  let summaryWidth = width - summaryIndentLen
+
+  let summaryLines = issue.summary
+    .wrapWords(summaryWidth)
+    .splitLines
+
+  result &= summaryLines[0].termFmt(fgWhite, bold=bold, underline=bold)
+
+  for line in summaryLines[1..^1]:
+    result &= "\p" & line.indent(summaryIndentLen)
+
+  var lastLineLen = summaryLines[^1].len
+
+  if issue.hasProp("delegated-to"):
+    if lastLineLen + issue["delegated-to"].len + 1 < summaryWidth:
+      result &= " " & issue["delegated-to"].withColor(fgMagenta)
+      lastLineLen += issue["delegated-to"].len + 1
+    else:
+      result &= "\p" & issue["delegated-to"]
+        .withColor(fgMagenta)
+        .indent(summaryIndentLen)
+      lastLineLen = issue["delegated-to"].len
+
+  if issue.tags.len > 0:
+    let tagsStrLines = ("(" & issue.tags.join(", ") & ")")
+      .wrapWords(summaryWidth)
+      .splitLines
+
+    if tagsStrLines.len == 1 and
+       (lastLineLen + tagsStrLines[0].len + 1) < summaryWidth:
+      result &= " " & tagsStrLines[0].withColor(fgGreen)
+      lastLineLen += tagsStrLines[0].len + 1
+    else:
+      result &= "\p" & tagsStrLines
+        .mapIt(it.indent(summaryIndentLen))
+        .join("\p")
+        .withColor(fgGreen)
+      lastLineLen = tagsStrLines[^1].len
+
+  if issue.hasProp("pending"):
+    result &= "\p" & ("Pending: " & issue["pending"])
+      .wrapwords(summaryWidth)
+      .withColor(fgCyan)
+      .indent(summaryIndentLen)
+
+  if showDetails:
+    result &= "\p" & issue.details
+      .strip
+      .withColor(fgBlack, bright = true)
+      .indent(summaryIndentLen)
+
+  result &= termReset
+
+
+proc formatSectionIssueList*(
+    issues: seq[Issue],
+    width: int = 80,
+    indent: string = "",
+    verbose: bool = false): string =
+
+  result = ""
+  for i in issues:
+    var issueText = formatSectionIssue(i, width, indent, verbose)
+    result &= issueText & "\n"
+
+
+proc formatSection(ctx: CliContext, issues: seq[Issue], state: IssueState,
+                   indent = "", verbose = false): string =
+  let innerWidth = adjustedTerminalWidth() - (indent.len * 2)
+
+  result = termColor(fgBlue) &
+    (indent & ".".repeat(innerWidth)) & "\n" &
+    state.displayName.center(adjustedTerminalWidth()) & "\n\n" &
+    termReset
+
+  let issuesByContext = issues.groupBy("context")
+
+  if issues.len > 5 and issuesByContext.len > 1:
+    for context, ctxIssues in issuesByContext:
+
+      result &= termColor(fgYellow) &
+        indent & ctx.getIssueContextDisplayName(context) & ":" &
+        termReset & "\n\n"
+
+      result &= formatSectionIssueList(ctxIssues, innerWidth - 2, indent & "  ", verbose)
+      result &= "\n"
+
+  else: result &= formatSectionIssueList(issues, innerWidth, indent, verbose)
+
+
+proc writeHeader*(ctx: CliContext, header: string) =
+  stdout.setForegroundColor(fgRed, true)
+  stdout.writeLine('_'.repeat(adjustedTerminalWidth()))
+  stdout.writeLine(header.center(adjustedTerminalWidth()))
+  stdout.writeLine('~'.repeat(adjustedTerminalWidth()))
+  stdout.resetAttributes
+
+
+proc list*(
+    ctx: CliContext,
+    filter: Option[IssueFilter],
+    states: Option[seq[IssueState]],
+    showToday = false,
+    showFuture = false,
+    showHidden = false,
+    verbose: bool) =
+
+  if states.isSome:
+    trace "listing issues for " & $states.get
+    for state in states.get:
+      ctx.loadIssues(state)
+      if filter.isSome: ctx.filterIssues(filter.get)
+
+      # Show Done for just today if requested
+      if state == Done and showToday:
+        ctx.issues[Done] = ctx.issues[Done].filterIt(
+          it.hasProp("completed") and
+          sameDay(getTime().local, it.getDateTime("completed")))
+
+      if isatty(stdout):
+        stdout.write ctx.formatSection(ctx.issues[state], state, "", verbose)
+
+      else:
+        stdout.writeLine ctx.issues[state]
+          .mapIt(formatPlainIssueSummary(it))
+          .join("\n")
+
+
+    trace "listing complete"
+    return
+
+  ctx.loadOpenIssues()
+  if filter.isSome:
+    ctx.filterIssues(filter.get)
+    trace "filtered issues"
+
+  let today = showToday and [Current, TodoToday, Pending].anyIt(
+    ctx.issues.hasKey(it) and ctx.issues[it].len > 0)
+
+  let future = showFuture and [Pending, Todo].anyIt(
+    ctx.issues.hasKey(it) and ctx.issues[it].len > 0)
+
+  let indent = if today and future: "  " else: ""
+
+  # Today's items
+  if today:
+    if future: ctx.writeHeader("Today")
+
+    for s in [Current, TodoToday, Pending]:
+      if ctx.issues.hasKey(s) and ctx.issues[s].len > 0:
+        let visibleIssues = ctx.issues[s].filterIt(
+          showHidden or
+          not (it.hasProp("hide-until") and
+               it.getDateTime("hide-until") > getTime().local))
+
+        if isatty(stdout):
+          stdout.write ctx.formatSection(visibleIssues, s, indent, verbose)
+
+        else:
+          stdout.writeLine visibleIssues
+            .mapIt(formatPlainIssueSummary(it))
+            .join("\n")
+
+  # Future items
+  if future:
+    if today: ctx.writeHeader("Future")
+
+    let futureCategories =
+      if showToday: @[Todo]
+      else: @[Pending, Todo]
+
+    for s in futureCategories:
+      if ctx.issues.hasKey(s) and ctx.issues[s].len > 0:
+        let visibleIssues = ctx.issues[s].filterIt(
+          showHidden or
+          not (it.hasProp("hide-until") and
+               it.getDateTime("hide-until") > getTime().local))
+
+        if isatty(stdout):
+          stdout.write ctx.formatSection(visibleIssues, s, indent, verbose)
+
+        else:
+          stdout.writeLine visibleIssues
+            .mapIt(formatPlainIssueSummary(it))
+            .join("\n")
+
+  trace "listing complete"

src/pit/libpit.nim

@@ -0,0 +1,545 @@
+import std/[json, logging, options, os, strformat, strutils, tables, times,
+            unicode]
+import cliutils, docopt, langutils, uuids, zero_functional
+
+import nre except toSeq
+import timeutils except `>`
+from sequtils import deduplicate, toSeq
+
+type
+  Issue* = ref object
+    id*: UUID
+    filepath*: string
+    summary*, details*: string
+    properties*: TableRef[string, string]
+    tags*: seq[string]
+    state*: IssueState
+
+  IssueState* = enum
+    Current = "current",
+    TodoToday = "todo-today",
+    Pending = "pending",
+    Todo = "todo"
+    Dormant = "dormant"
+    Done = "done",
+
+  IssueFilter* = ref object
+    completedRange*: Option[tuple[b, e: DateTime]]
+    fullMatch*, summaryMatch*: Option[Regex]
+    inclStates*: seq[IssueState]
+    exclStates*: seq[IssueState]
+    hasTags*: seq[string]
+    exclTags*: seq[string]
+    properties*: TableRef[string, string]
+    exclProperties*: TableRef[string, seq[string]]
+
+  IssuePriority* {.pure.} = enum essential, vital, important, optional
+
+  PitConfig* = ref object
+    tasksDir*: string
+    contexts*: TableRef[string, string]
+    autoSync*: bool
+    syncTargets*: seq[JsonNode]
+    cfg*: CombinedConfig
+
+  CliContext* = ref object
+    cfg*: PitConfig
+    contexts*: TableRef[string, string]
+    defaultContext*: Option[string]
+    issues*: TableRef[IssueState, seq[Issue]]
+    triggerPtk*, verbose*: bool
+
+  Recurrence* = object
+    cloneId*: Option[string]
+    interval*: TimeInterval
+    isFromCompletion*: bool
+
+
+const DONE_FOLDER_FORMAT* = "yyyy-MM"
+const ISO8601_MS = "yyyy-MM-dd'T'HH:mm:ss'.'fffzzz"
+
+let ISSUE_FILE_PATTERN = re"[A-Fa-f0-9]{8}-[A-Fa-f0-9]{4}-[A-Fa-f0-9]{4}-[A-Fa-f0-9]{4}-[A-Fa-f0-9]{12}\.txt"
+let RECURRENCE_PATTERN = re"(every|after) ((\d+) )?((hour|day|week|month|year)s?)(, ([0-9a-fA-F]+))?"
+
+let traceStartTime = cpuTime()
+var lastTraceTime = traceStartTime
+
+proc trace*(msg: string, diffFromLast = false) =
+  let curTraceTime = cpuTime()
+
+  if diffFromLast:
+    debug &"{(curTraceTime - lastTraceTime) * 1000:6.2f}ms {msg}"
+  else:
+    debug &"{cpuTime() - traceStartTime:08.4f} {msg}"
+
+  lastTraceTime = curTraceTime
+
+proc displayName*(s: IssueState): string =
+  case s
+  of Current: result = "Current"
+  of Done: result = "Done"
+  of Dormant: result = "Dormant"
+  of Pending: result = "Pending"
+  of Todo: result = "Todo"
+  of TodoToday: result = "Todo"
+
+
+proc sameDay*(a, b: DateTime): bool =
+  result = a.year == b.year and a.yearday == b.yearday
+
+
+## Allow issue properties to be accessed as if the issue was a table
+proc `[]`*(issue: Issue, key: string): string =
+  return issue.properties[key]
+
+proc `[]=`*(issue: Issue, key: string, value: string) =
+  issue.properties[key] = value
+
+
+## Issue property accessors
+proc hasProp*(issue: Issue, key: string): bool =
+  return issue.properties.hasKey(key)
+
+proc getDateTime*(issue: Issue, key: string): DateTime =
+  return issue.properties[key].parseIso8601
+
+proc getDateTime*(issue: Issue, key: string, default: DateTime): DateTime =
+  if issue.properties.hasKey(key): return issue.properties[key].parseIso8601
+  else: return default
+
+proc setDateTime*(issue: Issue, key: string, dt: DateTime) =
+  issue.properties[key] = dt.formatIso8601
+
+proc getRecurrence*(issue: Issue): Option[Recurrence] =
+  if not issue.hasProp("recurrence"): return none[Recurrence]()
+
+  let m = issue["recurrence"].match(RECURRENCE_PATTERN)
+
+  if not m.isSome:
+    warn "not a valid recurrence value: '" & issue["recurrence"] & "'"
+    return none[Recurrence]()
+
+  let c = nre.toSeq(m.get.captures)
+  let timeVal = if c[2].isSome: c[2].get.parseInt
+                else: 1
+  return some(Recurrence(
+    isFromCompletion: c[0].get == "after",
+    interval:
+      case c[4].get:
+        of "hour": hours(timeVal)
+        of "day": days(timeVal)
+        of "week": weeks(timeVal)
+        of "month": months(timeVal)
+        of "year": years(timeVal)
+        else: weeks(1),
+    cloneId: c[6]))
+
+proc setPriority*(issue: Issue, priority: IssuePriority) =
+  issue["priority"] = $priority
+
+proc getPriority*(issue: Issue): IssuePriority =
+  try: result = parseEnum[IssuePriority](issue["priority"].toLowerAscii())
+  except CatchableError: result = IssuePriority.optional
+
+
+## Issue filtering
+proc initFilter*(): IssueFilter =
+  result = IssueFilter(
+    completedRange: none(tuple[b, e: DateTime]),
+    fullMatch: none(Regex),
+    summaryMatch: none(Regex),
+    inclStates: @[],
+    exclStates: @[],
+    hasTags: @[],
+    exclTags: @[],
+    properties: newTable[string, string](),
+    exclProperties: newTable[string,seq[string]]())
+
+proc propsFilter*(props: TableRef[string, string]): IssueFilter =
+  if isNil(props):
+    raise newException(ValueError,
+      "cannot initialize property filter without properties")
+
+  result = initFilter()
+  result.properties = props
+
+proc dateFilter*(range: tuple[b, e: DateTime]): IssueFilter =
+  result = initFilter()
+  result.completedRange = some(range)
+
+proc summaryMatchFilter*(pattern: string): IssueFilter =
+  result = initFilter()
+  result.summaryMatch = some(re("(?i)" & pattern))
+
+proc fullMatchFilter*(pattern: string): IssueFilter =
+  result = initFilter()
+  result.fullMatch = some(re("(?i)" & pattern))
+
+proc hasTagsFilter*(tags: seq[string]): IssueFilter =
+  result = initFilter()
+  result.hasTags = tags
+
+proc stateFilter*(states: seq[IssueState]): IssueFilter =
+  result = initFilter()
+  result.inclStates = states
+
+proc groupBy*(issues: seq[Issue], propertyKey: string): TableRef[string, seq[Issue]] =
+  result = newTable[string, seq[Issue]]()
+  for i in issues:
+    let key = if i.hasProp(propertyKey): i[propertyKey] else: ""
+    if not result.hasKey(key): result[key] = newSeq[Issue]()
+    result[key].add(i)
+
+
+## Parse and format dates
+const DATE_FORMATS = [
+  "MM/dd",
+  "MM-dd",
+  "yyyy-MM-dd",
+  "yyyy/MM/dd",
+  "yyyy-MM-dd'T'hh:mm:ss"
+]
+proc parseDate*(d: string): DateTime =
+  var errMsg = ""
+  for df in DATE_FORMATS:
+    try: return d.parse(df)
+    except CatchableError:
+      errMsg &= "\n\tTried " & df & " with " & d
+      continue
+  raise newException(ValueError, "Unable to parse input as a date: " & d & errMsg)
+
+
+## Parse and format issues
+proc fromStorageFormat*(id: string, issueTxt: string): Issue =
+  type ParseState = enum ReadingSummary, ReadingProps, ReadingDetails
+
+  result = Issue(
+    id: parseUUID(id),
+    properties: newTable[string,string](),
+    tags: @[])
+
+  var parseState = ReadingSummary
+  var detailLines: seq[string] = @[]
+
+  for line in issueTxt.splitLines():
+    if line.startsWith("#"): continue   # ignore lines starting with '#'
+
+    case parseState
+
+    of ReadingSummary:
+      result.summary = line.strip()
+      parseState = ReadingProps
+
+    of ReadingProps:
+      # Ignore empty lines
+      if line.isEmptyOrWhitespace: continue
+
+      # Look for the sentinal to start parsing as detail lines
+      if line == "--------":
+        parseState = ReadingDetails
+        continue
+
+
+      let parts = line.split({':'}, 1) --> map(it.strip())
+      if parts.len != 2:
+        raise newException(ValueError, "unable to parse property line: " & line)
+
+      # Take care of special properties: `tags`
+      if parts[0] == "tags":
+        result.tags = parts[1].split({','}) --> map(it.strip())
+      else: result[parts[0]] = parts[1]
+
+    of ReadingDetails:
+      detailLines.add(line)
+
+  result.details = if detailLines.len > 0: detailLines.join("\n") else: ""
+
+proc toStorageFormat*(issue: Issue, withComments = false): string =
+  var lines: seq[string] = @[]
+
+  if withComments: lines.add("# Summary (one line):")
+  lines.add(issue.summary)
+
+  if withComments: lines.add("# Properties (\"key:value\" per line):")
+  issue.properties["last-updated"] = now().format(ISO8601_MS)
+  for key, val in issue.properties:
+    if not val.isEmptyOrWhitespace: lines.add(key & ": " & val)
+
+  if issue.tags.len > 0: lines.add("tags: " & issue.tags.join(","))
+
+  if not isEmptyOrWhitespace(issue.details) or withComments:
+    if withComments: lines.add("# Details go below the \"--------\"")
+    lines.add("--------")
+    lines.add(issue.details)
+
+  result = lines.join("\n")
+
+
+## Load and store from filesystem
+proc loadIssue*(filePath: string): Issue =
+  result = fromStorageFormat(splitFile(filePath).name, readFile(filePath))
+  result.filepath = filePath
+
+  let parentDirName = filePath.splitFile().dir.splitFile().name
+  let issueState = IssueState.items.toSeq --> find($it == parentDirName)
+  if issueState.isSome: result.state = issueState.get
+  else: result.state = IssueState.Done
+
+proc loadIssueById*(tasksDir, id: string): Issue =
+  for path in walkDirRec(tasksDir):
+    if path.splitFile.name.startsWith(id):
+      return loadIssue(path)
+  raise newException(KeyError, "cannot find issue for id: " & id)
+
+proc store*(issue: Issue, withComments = false) =
+  discard existsOrCreateDir(issue.filePath.parentDir)
+  writeFile(issue.filepath, toStorageFormat(issue, withComments))
+
+proc store*(tasksDir: string, issue: Issue, state: IssueState, withComments = false) =
+  let stateDir = tasksDir / $state
+  let filename = $issue.id & ".txt"
+  if state == Done:
+    let monthPath = issue.getDateTime("completed", getTime().local).format(DONE_FOLDER_FORMAT)
+    issue.filepath = stateDir / monthPath / filename
+  else:
+    issue.filepath = stateDir / filename
+
+  issue.store(withComments)
+
+proc storeOrder*(issues: seq[Issue], path: string) =
+  var orderLines = newSeq[string]()
+
+  for context, issues in issues.groupBy("context"):
+    orderLines.add("> " & context)
+    for issue in issues: orderLines.add($issue.id & " " & issue.summary)
+    orderLines.add("")
+
+  let orderFile = path / "order.txt"
+  orderFile.writeFile(orderLines.join("\n"))
+
+proc loadIssues*(path: string): seq[Issue] =
+  let orderFile = path / "order.txt"
+
+  trace "loading issues under " & path
+
+  let orderedIds =
+    if fileExists(orderFile):
+      (orderFile.lines.toSeq -->
+        map(it.split(' ')[0]).
+        filter(not it.startsWith("> ") and not it.isEmptyOrWhitespace)).
+        deduplicate()
+    else: newSeq[string]()
+
+  type TaggedIssue = tuple[issue: Issue, ordered: bool]
+  var unorderedIssues: seq[TaggedIssue] = @[]
+
+  for path in walkDirRec(path):
+    if extractFilename(path).match(ISSUE_FILE_PATTERN).isSome():
+      unorderedIssues.add((loadIssue(path), false))
+
+  trace "loaded " & $unorderedIssues.len & " issues", true
+  result = @[]
+
+  # Add all ordered issues in order
+  for id in orderedIds:
+    let idx = unorderedIssues.indexOf(($it.issue.id).startsWith(id))
+    if idx > 0:
+      result.add(unorderedIssues[idx].issue)
+      unorderedIssues[idx].ordered = true
+
+  # Add all remaining, unordered issues in the order they were loaded
+  for taggedIssue in unorderedIssues:
+    if taggedIssue.ordered: continue
+    result.add(taggedIssue.issue)
+
+  trace "ordered the loaded issues", true
+
+  # Finally, save current order
+  result.storeOrder(path)
+
+proc loadIssues*(tasksDir: string, state: IssueState): seq[Issue] =
+  loadIssues(tasksDir / $state)
+
+proc loadAllIssues*(tasksDir: string): TableRef[IssueState, seq[Issue]] =
+  result = newTable[IssueState, seq[Issue]]()
+  for state in IssueState: result[state] = tasksDir.loadIssues(state)
+
+proc changeState*(issue: Issue, tasksDir: string, newState: IssueState) =
+  var dbgInfo = "[$#] changing state: $# → $#" %
+    [ ($issue.id)[0..<6], $issue.state, $newState ]
+
+  let oldFilepath = issue.filepath
+  if newState == Done: issue.setDateTime("completed", getTime().local)
+  tasksDir.store(issue, newState)
+  if oldFilePath != issue.filepath: removeFile(oldFilepath)
+  dbgInfo &= "\n\told path: $#\n\tnew path: $#" % [oldFilePath, issue.filepath]
+  issue.state = newState
+  debug dbgInfo
+
+proc delete*(issue: Issue) = removeFile(issue.filepath)
+
+proc nextRecurrence*(tasksDir: string, rec: Recurrence, defaultIssue: Issue): Issue =
+  let baseIssue = if rec.cloneId.isSome: tasksDir.loadIssueById(rec.cloneId.get)
+                  else: defaultIssue
+
+  let newProps = newTable[string,string]()
+  for k, v in baseIssue.properties:
+    if k != "completed": newProps[k] = v
+  newProps["prev-recurrence"] = $baseIssue.id
+
+  result = Issue(
+    id: genUUID(),
+    state: baseIssue.state,
+    summary: baseIssue.summary,
+    properties: newProps,
+    tags: baseIssue.tags)
+
+  let now = getTime().local
+
+  let startDate =
+    if rec.isFromCompletion:
+      if baseIssue.hasProp("completed"): baseIssue.getDateTime("completed")
+      else: now
+    else:
+      if baseIssue.hasProp("created"): baseIssue.getDateTime("created")
+      else: now
+
+  # walk the calendar until the next recurrence that is after the current time.
+  var nextTime = startDate + rec.interval
+  while now > nextTime: nextTime += rec.interval
+
+  result.setDateTime("hide-until", nextTime)
+
+
+## Utilities for working with issue collections.
+proc filter*(issues: seq[Issue], filter: IssueFilter): seq[Issue] =
+  var f: seq[Issue] = issues
+
+  for k,v in filter.properties:
+    f = f --> filter(it.hasProp(k) and it[k] == v)
+
+  for k,v in filter.exclProperties:
+    f = f --> filter(not (it.hasProp(k) and v.contains(it[k])))
+
+  if filter.completedRange.isSome:
+    let range = filter.completedRange.get
+    f = f --> filter(
+             not it.hasProp("completed") or
+             it.getDateTime("completed").between(range.b, range.e))
+
+  if filter.summaryMatch.isSome:
+    let p = filter.summaryMatch.get
+    f = f --> filter(it.summary.find(p).isSome)
+
+  if filter.fullMatch.isSome:
+    let p = filter.fullMatch.get
+    f = f -->
+      filter(it.summary.find(p).isSome or it.details.find(p).isSome)
+
+  for tagLent in filter.hasTags:
+    let tag = tagLent
+    f = f --> filter(it.tags.find(tag) >= 0)
+
+  for exclTagLent in filter.exclTags:
+    let exclTag = exclTagLent
+    f = f --> filter(it.tags.find(exclTag) < 0)
+
+  if filter.inclStates.len > 0:
+    f = f --> filter(filter.inclStates.contains(it.state))
+
+  if filter.exclStates.len > 0:
+    f = f --> filter(not filter.exclStates.contains(it.state))
+
+  return f # not using result because zero_functional doesn't play nice with it
+
+proc find*(
+    issues: TableRef[IssueState, seq[Issue]],
+    filter: IssueFilter
+  ): seq[Issue] =
+
+  result = @[]
+  for stateIssues in issues.values: result &= stateIssues.filter(filter)
+
+
+### Configuration utilities
+proc loadConfig*(args: Table[string, Value] = initTable[string, Value]()): PitConfig =
+  var pitrcFilename: string
+
+  try:
+    pitrcFilename = findConfigFile(".pitrc",
+      if args["--config"]: @[$args["--config"]] else: @[])
+  except ValueError:
+    warn "could not find .pitrc file: " & pitrcFilename
+    if isEmptyOrWhitespace(pitrcFilename):
+      pitrcFilename = $getEnv("HOME") & "/.pitrc"
+    var cfgFile: File
+    try:
+      cfgFile = open(pitrcFilename, fmWrite)
+      cfgFile.write("{\"tasksDir\": \"/path/to/tasks\"}")
+    except CatchableError: warn "could not write default .pitrc to " & pitrcFilename
+    finally: close(cfgFile)
+
+  debug "loading config from '$#'" % [pitrcFilename]
+  let cfg = initCombinedConfig(pitrcFilename, args)
+
+  result = PitConfig(
+    cfg: cfg,
+    autoSync: parseBool(cfg.getVal("auto-sync", "false")),
+    contexts: newTable[string,string](),
+    tasksDir: cfg.getVal("tasks-dir", ""),
+    syncTargets: cfg.getJson("sync-targets", newJArray()).getElems)
+
+  for k, v in cfg.getJson("contexts", newJObject()):
+    result.contexts[k] = v.getStr()
+
+  if isEmptyOrWhitespace(result.tasksDir):
+    raise newException(Exception, "no tasks directory configured")
+
+  if not dirExists(result.tasksDir):
+    raise newException(Exception, "cannot find tasks dir: " & result.tasksDir)
+
+  # Create our tasks directory structure if needed
+  for s in IssueState:
+    if not dirExists(result.tasksDir / $s):
+      (result.tasksDir / $s).createDir
+
+
+## CliContext functionality
+proc initContext*(args: Table[string, Value]): CliContext =
+  let pitCfg = loadConfig(args)
+
+  let cliJson =
+    if pitCfg.cfg.json.hasKey("cli"): pitCfg.cfg.json["cli"]
+    else: newJObject()
+
+  let cliCfg = CombinedConfig(docopt: args, json: cliJson)
+
+  result = CliContext(
+    cfg: pitCfg,
+    contexts: pitCfg.contexts,
+    defaultContext:
+      if not cliJson.hasKey("defaultContext"): none(string)
+      else: some(cliJson["defaultContext"].getStr()),
+    verbose: parseBool(cliCfg.getVal("verbose", "false")) and not args["--quiet"],
+    issues: newTable[IssueState, seq[Issue]](),
+    triggerPtk: cliJson.getOrDefault("triggerPtk").getBool(false))
+
+proc loadIssues*(ctx: CliContext, state: IssueState) =
+  ctx.issues[state] = loadIssues(ctx.cfg.tasksDir, state)
+
+proc loadOpenIssues*(ctx: CliContext) =
+  ctx.issues = newTable[IssueState, seq[Issue]]()
+  for state in [Current, TodoToday, Todo, Pending, Todo]: ctx.loadIssues(state)
+
+proc loadAllIssues*(ctx: CliContext) =
+  ctx.issues = ctx.cfg.tasksDir.loadAllIssues()
+
+proc filterIssues*(ctx: CliContext, filter: IssueFilter) =
+  for state, issueList in ctx.issues:
+    ctx.issues[state] = issueList.filter(filter)
+
+proc getIssueContextDisplayName*(ctx: CliContext, context: string): string =
+  if not ctx.contexts.hasKey(context):
+    if context.isEmptyOrWhitespace: return "<default>"
+    else: return context.capitalize()
+  return ctx.contexts[context]

src/pit/projects.nim

@@ -0,0 +1,368 @@
+import std/[algorithm, json, jsonutils, options, os, sets, strutils, tables,
+            terminal, times, unicode, wordwrap]
+from std/sequtils import repeat, toSeq
+import cliutils, uuids, zero_functional
+import ./[formatting, libpit]
+
+type
+  ProjectCfg* = ref object of RootObj
+    name: string
+    milestoneOrder*: seq[string]
+
+  Project* = ref object of ProjectCfg
+    milestones*: TableRef[string, seq[Issue]]
+
+  ProjectsConfiguration* = TableRef[string, seq[ProjectCfg]]
+    ## ProjectCfgs by context
+
+  ProjectsDatabase* = TableRef[string, seq[Project]]
+    ## Projects by context
+
+
+converter extractConfig(pdb: ProjectsDatabase): ProjectsConfiguration =
+  result = newTable[string, seq[ProjectCfg]]()
+  for (context, projects) in pairs(pdb):
+    result[context] = @[]
+    for project in projects:
+      result[context].add(ProjectCfg(
+        name: project.name,
+        milestoneOrder: project.milestoneOrder))
+
+
+proc loadProjectsConfiguration*(ctx: CliContext): ProjectsConfiguration =
+
+  let projectsCfgFile = ctx.cfg.tasksDir & "/projects.json"
+
+  if not fileExists(projectsCfgFile):
+    return newTable[string, seq[ProjectCfg]]()
+  else:
+    fromJson[ProjectsConfiguration](result, parseFile(projectsCfgFile))
+
+
+proc saveProjectsConfiguration*(ctx: CliContext, cfg: ProjectsConfiguration) =
+  let projectsCfgFile = ctx.cfg.tasksDir / "projects.json"
+  writeFile(projectsCfgFile, toJson(cfg).pretty)
+
+
+proc buildDb*(ctx: CliContext, cfg: ProjectsConfiguration): ProjectsDatabase =
+  result = newTable[string, seq[Project]]()
+
+  # Expand the configuration into the database structure
+  for (context, projectCfgs) in pairs(cfg):
+    result[context] = @[]
+    for projectCfg in projectCfgs:
+      let pcfg = projectCfg
+      let project = Project(
+        name: projectCfg.name,
+        milestoneOrder: projectCfg.milestoneOrder,
+        milestones: newTable[string, seq[Issue]](
+          pcfg.milestoneOrder --> map((it, newSeq[Issue]()))))
+      result[context].add(project)
+
+  # Now populate the database with issues
+  for (state, issues) in pairs(ctx.issues):
+    for issue in issues:
+      if not issue.hasProp("project") or
+         not issue.hasProp("milestone"):
+        continue
+
+      let projectName = issue["project"]
+      let milestone = issue["milestone"]
+      let context =
+        if issue.hasProp("context"): issue["context"]
+        else: "<no-context>"
+
+      # Make sure we have entries for this context and project
+      if not result.hasKey(context): result[context] = @[]
+
+      var projectsInContext = result[context]
+
+      if not (projectsInContext --> exists(it.name == projectName)):
+        projectsInContext.add(Project(
+          name: projectName,
+          milestoneOrder: @[],
+          milestones: newTable[string, seq[Issue]]()))
+
+      let projectIdx = projectsInContext --> index(it.name == projectName)
+      var project = projectsInContext[projectIdx]
+
+      # Make sure we have entries for this milestone
+      if not project.milestones.hasKey(milestone):
+        project.milestones[milestone] = @[]
+
+      if not project.milestoneOrder.contains(milestone):
+        project.milestoneOrder.add(milestone)
+
+      project.milestones[milestone].add(issue)
+
+      result[context] = projectsInContext
+
+  ctx.saveProjectsConfiguration(result)
+
+proc cmp*(a, b: Issue): int =
+  if a.state != b.state:
+    return cmp(ord(a.state), ord(b.state))
+
+  if a.hasProp("priority") or b.hasProp("priority"):
+    if a.getPriority != b.getPriority:
+      return cmp(a.getPriority, b.getPriority) # higher priority first
+
+  if a.hasProp("last-updated") or b.hasProp("last-updated"):
+    var aUpdated = a.getDateTime("last-updated", local(fromUnix(0)))
+    var bUpdated = b.getDateTime("last-updated", local(fromUnix(0)))
+
+    if aUpdated != bUpdated:
+      return cmp(bUpdated, aUpdated) # newer first
+
+  return cmp(a.summary, b.summary)
+
+
+proc listProjects*(ctx: CliContext, filter = none[IssueFilter]()) =
+  ctx.loadAllIssues()
+  let projectsCfg = ctx.loadProjectsConfiguration()
+  var projectsCfgChanged = false
+
+  if filter.isSome: ctx.filterIssues(filter.get)
+
+  let projectsByContext = newTable[string, CountTableRef[string]]()
+
+  for (state, issues) in pairs(ctx.issues):
+    for issue in issues:
+      if issue.hasProp("project"):
+        let context =
+          if issue.hasProp("context"): issue["context"]
+          else: "<no-context>"
+
+        if not projectsByContext.hasKey(context):
+          projectsByContext[context] = newCountTable[string]()
+
+        projectsByContext[context].inc(issue["project"])
+
+  for (context, projects) in pairs(projectsByContext):
+
+    stdout.writeLine(withColor(
+      ctx.getIssueContextDisplayName(context) & ":",
+      fgYellow) & termReset)
+    stdout.writeLine("")
+
+    var toList = toHashSet(toSeq(keys(projects)))
+
+    # Loop through the projects in the configured order first
+    if not projectsCfg.hasKey(context):
+      projectsCfg[context] = @[]
+
+    for project in projectsCfg[context]:
+      if project.name in toList:
+        toList.excl(project.name)
+        stdout.writeLine("  " & project.name &
+          " (" & $projects[project.name] & " issues)")
+
+    # Then list any remaining projects not in the configuration, and add them
+    # to the configuration
+    for (projectName, count) in pairs(projects):
+      if projectName in toList:
+        stdout.writeLine("  " & projectName & " (" & $count & " issues)")
+        projectsCfg[context].add(ProjectCfg(name: projectName, milestoneOrder: @[]))
+        projectsCfgChanged = true
+
+    stdout.writeLine("")
+
+    if projectsCfgChanged: ctx.saveProjectsConfiguration(projectsCfg)
+
+proc listMilestones*(ctx: CliContext, filter = none[IssueFilter]()) =
+  ctx.loadAllIssues()
+  if filter.isSome: ctx.filterIssues(filter.get)
+
+  let projectsCfg = ctx.loadProjectsConfiguration()
+  let projectsDb = ctx.buildDb(projectsCfg)
+
+  var milestones = newCountTable[string]()
+
+  for (context, projects) in pairs(projectsDb):
+    for p in projects:
+      let project = p
+      if values(project.milestones) --> all(it.len == 0):
+        continue
+
+      stdout.writeLine(withColor(project.name, fgBlue, bold = true, bright=true))
+      stdout.writeLine(withColor(
+        "─".repeat(runeLen(stripAnsi(project.name))),
+        fgBlue, bold = true))
+
+      for milestone in project.milestoneOrder:
+        if project.milestones.hasKey(milestone) and
+           project.milestones[milestone].len > 0:
+          let issueCount = project.milestones[milestone].len
+          stdout.writeLine("  " & milestone & " (" & $issueCount & " issues)")
+
+      stdout.writeLine("")
+
+proc formatProjectIssue(
+    ctx: CliContext,
+    issue: Issue,
+    width: int): seq[string] =
+
+  var firstLine = ""
+  if issue.state == IssueState.Done:
+    firstLine &= withColor(" ✔ ", fgBlack, bold=true, bright=true)
+  else:
+    case issue.getPriority
+    of IssuePriority.essential:
+      firstLine &= withColor("❶  ", fgRed, bold=true, bright=true)
+    of IssuePriority.vital:
+      firstLine &= withColor("❷  ", fgYellow, bold=true, bright=true)
+    of IssuePriority.important:
+      firstLine &= withColor("❸  ", fgBlue, bold=true, bright=true)
+    of IssuePriority.optional:
+      firstLine &= withColor("❹  ", fgBlack, bold=false, bright=true)
+
+  let summaryText = formatSectionIssue(issue, width - 3,
+    bold = [Current, TodoToday].contains(issue.state)).splitLines
+  firstLine &= summaryText[0]
+
+  if issue.state == IssueState.Done:
+    firstLine = withColor(stripAnsi(firstLine), fgBlack, bright=true)
+
+  result.add(firstLine)
+  result.add(summaryText[1 .. ^1] --> map("   " & it))
+
+  if issue.state == IssueState.Done:
+    let origLines = result
+    result = origLines --> map(withColor(stripAnsi(it), fgBlack, bright=true))
+
+proc formatParentIssue*(
+    ctx: CliContext,
+    parentIssue: Issue,
+    children: seq[Issue],
+    width: int): seq[string] =
+
+  result.add(ctx.formatProjectIssue(parentIssue, width))
+
+  for child in sorted(children, cmp):
+    let childLines = ctx.formatProjectIssue(child, width - 3)
+    result.add(childLines --> map(withColor(" │ ", fgBlack, bright=true) & it))
+
+  result.add("")
+
+
+proc formatMilestone*(
+    ctx: CliContext,
+    milestone: string,
+    issues: seq[Issue],
+    availWidth: int): seq[string] =
+
+  result = @[""]
+  result.add(withColor(milestone, fgWhite, bold=true))
+  result.add(withColor("─".repeat(availWidth), fgWhite))
+
+  var parentsToChildren = issues -->
+    filter(it.hasProp("parent")).group(it["parent"])
+
+  var issuesToFormat = sorted(issues, cmp) -->
+    filter(not it.hasProp("parent"))
+
+  for issue in issuesToFormat:
+    if parentsToChildren.hasKey($issue.id):
+      result.add(
+        ctx.formatParentIssue(issue, parentsToChildren[$issue.id], availWidth))
+    else:
+      result.add(ctx.formatProjectIssue(issue, availWidth))
+
+proc findShortestColumn(columns: seq[seq[string]]): int =
+  var shortestIdx = 0
+  var shortestLen = columns[0].len
+
+  for i in 1 ..< columns.len:
+    if columns[i].len < shortestLen:
+      shortestLen = columns[i].len
+      shortestIdx = i
+
+  return shortestIdx
+
+
+proc joinColumns(columns: seq[seq[string]], columnWidth: int): seq[string] =
+  let maxLines = columns --> map(it.len).max()
+
+  for lineNo in 0 ..< maxLines:
+    var newLine = ""
+    for col in columns:
+      if lineNo < col.len:
+        let lineLen = runeLen(stripAnsi(col[lineNo]))
+        newLine &= col[lineNo] & " ".repeat(max(0, columnWidth - lineLen) + 2)
+      else:
+        newLine &= " ".repeat(columnWidth + 2)
+
+    result.add(newLine)
+
+proc showProject*(ctx: CliContext, project: Project) =
+
+  let fullWidth = terminalWidth() - 1
+  let columnWidth = 80
+  let numColumns = (fullWidth - 4) div (columnWidth + 2)
+
+  stdout.writeLine("")
+  stdout.writeLine(withColor(
+    "┌" & "─".repeat(project.name.len + 2) &
+    "┬" & "─".repeat(fullWidth - project.name.len - 4) & "┐",
+    fgBlue, bold=true))
+  stdout.writeLine(
+    withColor("│ ", fgBlue, bold=true) &
+    withColor(project.name, fgBlue, bold=true, bright=true) &
+    withColor(" │" & " ".repeat(fullWidth - project.name.len - 4) & "│", fgBlue, bold=true))
+  stdout.writeLine(withColor(
+    "├" & "─".repeat(project.name.len + 2) &
+    "┘" & " ".repeat(fullWidth - project.name.len - 4) & "│",
+    fgBlue, bold=true))
+
+  let milestoneTexts: seq[seq[string]] = project.milestoneOrder -->
+    filter(project.milestones.hasKey(it) and project.milestones[it].len > 0).
+    map(ctx.formatMilestone(it, project.milestones[it], columnWidth))
+
+  var columns: seq[seq[string]] = repeat(newSeq[string](), numColumns)
+
+  for milestoneText in milestoneTexts:
+    let shortestColumnIdx = findShortestColumn(columns)
+    columns[shortestColumnIdx].add(milestoneText)
+
+  let joinedLines = joinColumns(columns, columnWidth)
+
+  for line in joinedLines:
+    let padLen = fullWidth - runeLen(stripAnsi(line)) - 3
+    stdout.writeLine(
+      withColor("│ ", fgBlue) &
+      line &
+      " ".repeat(padLen) &
+      withColor(" │", fgBlue))
+
+  stdout.writeLine(withColor(
+    "└" & "─".repeat(terminalWidth() - 2) & "┘",
+    fgBlue, bold=true))
+
+
+proc showProjectBoard*(ctx: CliContext, filter = none[IssueFilter]()) =
+  ctx.loadAllIssues()
+  if filter.isSome: ctx.filterIssues(filter.get)
+
+  let projectsCfg = ctx.loadProjectsConfiguration()
+  let projectsDb = ctx.buildDb(projectsCfg)
+
+  var contextsAndProjects: seq[(string, seq[Project])] = @[]
+
+  for (context, pjs) in pairs(projectsDb):
+    let projects = pjs
+    let issues: seq[Issue] = projects --> map(toSeq(values(it.milestones))).flatten().flatten()
+    if issues.len > 0:
+      contextsAndProjects.add((context, projects))
+
+  for (context, projects) in contextsAndProjects:
+    if contextsAndProjects.len > 1:
+      stdout.writeLine("")
+      stdout.writeLine(withColor(
+        ctx.getIssueContextDisplayName(context) & ":",
+        fgYellow, bold=true))
+      stdout.writeLine("")
+
+    for p in projects:
+      let project = p
+      if (values(project.milestones) --> exists(it.len > 0)):
+        ctx.showProject(project)

src/pit/sync_pbm_vsb.nim

@@ -0,0 +1,187 @@
+import std/[httpclient, json, jsonutils, logging, options, sets, strutils,
+            terminal, times, tables]
+import timeutils, uuids, zero_functional
+import ./formatting, ./libpit
+
+type
+  PbmVsbSyncContext* = object
+    apiBaseUrl*: string
+    apiToken*: string
+    issueContext*: string
+    pit: PitConfig
+    http: HttpClient
+
+  ServerTask* = object
+    id*: string
+    summary*: string
+    details*: string
+    state*: string
+    lastUpdatedAt*: DateTime
+    archivedAt*: Option[DateTime]
+    tags*: seq[string]
+    context*: Option[string]
+    parent*: Option[string]
+    priority*: Option[string]
+    project*: Option[string]
+    properties*: JsonNode
+    milestone*: Option[string]
+    hideUntil*: Option[DateTime]
+
+
+proc `%`*(dt: DateTime): JsonNode = %(dt.formatIso8601)
+func toJsonHook(dt: DateTime): JsonNode = %(dt.formatIso8601)
+proc fromJsonHook(dt: var DateTime, n: JsonNode): void =
+  dt = n.getStr.parseIso8601
+
+
+#func `%`*(p: Project): JsonNode = toJson(p)
+proc `%`*(t: ServerTask): JsonNode = toJson(t)
+
+
+proc toServerTask(i: Issue): ServerTask =
+  return ServerTask(
+    id: $i.id,
+    summary: i.summary,
+    details: i.details,
+    state: $i.state,
+    tags: i.tags,
+    properties: %i.properties,
+
+    context:
+      if i.hasProp("context"): some(i["context"])
+      else: none[string](),
+
+    lastUpdatedAt:
+      if i.hasProp("last-updated"): parseIso8601(i["last-updated"])
+      else: now(),
+    parent:
+      if i.hasProp("parent"): some(i["parent"])
+      else: none[string](),
+    priority:
+      if i.hasProp("priority"): some(i["priority"])
+      else: none[string](),
+    project:
+      if i.hasProp("project"): some(i["project"])
+      else: none[string](),
+    milestone:
+      if i.hasProp("milestone"): some(i["milestone"])
+      else: none[string](),
+    hideUntil:
+      if i.hasProp("hide-until"): some(parseIso8601(i["hide-until"]))
+      else: none[DateTime]())
+
+
+func getOrFail(n: JsonNode, k: string): JsonNode =
+  if not n.hasKey(k):
+    raise newException(ValueError, "missing key '" & k & "'")
+  return n[k]
+
+
+proc initSyncContext*(pit: PitConfig, syncConfig: JsonNode): PbmVsbSyncContext =
+  result.pit = pit
+  result.apiBaseUrl = syncConfig.getOrFail("apiBaseUrl").getStr
+  result.apiToken = syncConfig.getOrFail("apiToken").getStr
+  result.issueContext = syncConfig.getOrFail("context").getStr
+  result.http = newHttpClient()
+  result.http.headers = newHttpHeaders({ "Authorization": "Bearer " & result.apiToken })
+
+
+proc fetchServerTasks*(ctx: PbmVsbSyncContext): seq[ServerTask] =
+  result = newSeq[ServerTask]()
+  let url = ctx.apiBaseUrl & "/tasks?context=" & ctx.issueContext
+
+  debug "Fetching tasks from server:\n\t" & url
+  let resp = ctx.http.get(url)
+  if resp.status != "200":
+    debug("Received " & resp.status & ": " & resp.body)
+    raise newException(Exception, "Failed to fetch tasks from server")
+  fromJson(result, parseJson(resp.body)["data"])
+
+
+proc updateTask*(ctx: PbmVsbSyncContext, task: ServerTask): void =
+  let url = ctx.apiBaseUrl & "/task" & task.id
+  let body = %task
+  let resp = ctx.http.post(url, $body)
+  if resp.status != "200":
+    debug("Received " & resp.status & ": " & resp.body)
+    raise newException(Exception, "Failed to update task " & task.id & "on server")
+
+
+proc updateTasks*(ctx: PbmVsbSyncContext, tasks: seq[ServerTask]): void =
+  let url = ctx.apiBaseUrl & "/tasks"
+  let body = %tasks
+  let resp = ctx.http.put(url, $body)
+  if resp.status != "200":
+    debug("Received " & resp.status & ": " & resp.body)
+    raise newException(Exception, "Failed to update tasks on server")
+
+
+proc deleteTask*(ctx: PbmVsbSyncContext, taskId: string): void =
+  let url = ctx.apiBaseUrl & "/tasks/" & taskId
+  let resp = ctx.http.delete(url)
+  if resp.status != "200":
+    debug("Received " & resp.status & ": " & resp.body)
+    raise newException(Exception, "Failed to delete task " & taskId & " on server")
+
+
+proc sync*(
+    ctx: PbmVsbSyncContext,
+    dryRun = true,
+    batchSize = 100): void =
+
+  # We're going to do a uni-directional sync, pushing local issues to the
+  # server. However, we only want to update issues that have changed since
+  # the last sync based on the *last-updated* property.
+
+  # Note that all the logic assumes the server only has one context of tasks.
+  # If this ever changes, this logic will need to change.
+  let filter = propsFilter(newTable({ "context": ctx.issueContext }))
+  let allIssues = ctx.pit.tasksDir.loadAllIssues()
+
+  var issues = newSeq[Issue]()
+  for state in allIssues.keys:
+    issues.add(allIssues[state].filter(filter))
+
+  let serverTasks = fetchServerTasks(ctx)
+  debug "Loaded $# server tasks" % [$serverTasks.len]
+  var issuesToPush = newSeq[ServerTask]()
+
+  var unmatchedServerTaskIds = toHashSet(serverTasks --> map(it.id))
+
+  # Process all local issues
+  info "Updating the following tasks for context " & ctx.issueContext
+  for lentIssue in issues:
+    let i = lentIssue
+    let foundTask = serverTasks --> find(it.id == $i.id)
+
+    if foundTask.isSome:
+      # There is a server task for this issue
+      unmatchedServerTaskIds.excl(foundTask.get.id)
+
+      if i.hasProp("last-updated"):
+        var localUpdate = parseIso8601(i["last-updated"])
+        localUpdate.nanosecond = 0
+        if  foundTask.get.lastUpdatedAt >= localUpdate:
+          # but we don't have any update
+          continue
+
+    # We fell through the conditional block above, so either there isn't a
+    # server task, or we *do* have an update,
+    issuesToPush.add(toServerTask(i))
+    info "  " & formatSectionIssue(i, width = terminalWidth() - 8)
+
+  # Now archive the issues on the server that we didn't see locally.
+  info "Archiving the following tasks for context " & ctx.issueContext
+  for task in serverTasks:
+    var toArchive = task
+    if unmatchedServerTaskIds.contains(task.id) and
+       toArchive.archivedAt.isNone:
+      toArchive.archivedAt = some(now())
+      issuesToPush.add(toArchive)
+
+  if not dryRun:
+    var offset = 0
+    while (offset < issuesToPush.len):
+      let batchSize = min(issuesToPush.len - offset, batchSize)
+      updateTasks(ctx, issuesToPush[offset ..< offset + batchSize])
+      offset += batchSize

src/pit_api.nim

@@ -1,12 +1,17 @@
 ## Personal Issue Tracker API Interface
 ## ====================================
+#
+# **NOTE** This is currently not being built as it no longer works under Nim
+# 2.x due to the inability to call system calls (invoke pit via cli) in a
+# gc-safe manner. It should be rewritten to use the functionality exposed by
+# libpit directly rather than calling the pit cli executable. Unfortunately
+# this would require a non-trivial rewrite.
 
 import asyncdispatch, cliutils, docopt, jester, json, logging, options, sequtils, strutils
 import nre except toSeq
 
-import pitpkg/private/libpit
+import pit/libpit
-
+import pit/cliconstants
-include "pitpkg/version.nim"
 
 type
   PitApiCfg* = object
@@ -20,7 +25,7 @@ proc raiseEx(reason: string): void = raise newException(Exception, reason)
 
 template halt(code: HttpCode,
               headers: RawHeaders,
-              content: string): typed =
+              content: string): void =
   ## Immediately replies with the specified request. This means any further
   ## code will not be executed after calling this template in the current
   ## route.
@@ -40,10 +45,10 @@ template checkAuth(cfg: PitApiCfg) =
   var authed {.inject.} = false
 
   try:
-    if not request.headers.hasKey("Authorization"):
+    if not headers(request).hasKey("Authorization"):
       raiseEx "No auth token."
 
-    let headerVal = request.headers["Authorization"]
+    let headerVal = headers(request)["Authorization"]
     if not headerVal.startsWith("Bearer "):
       raiseEx "Invalid Authentication type (only 'Bearer' is supported)."
 

src/pitpkg/private/libpit.nim

@@ -1,309 +0,0 @@
-import cliutils, docopt, json, logging, langutils, options, os,
-  sequtils, strutils, tables, times, timeutils, uuids
-
-from nre import find, match, re, Regex
-
-type
-  Issue* = ref object
-    id*: UUID
-    filepath*: string
-    summary*, details*: string
-    properties*: TableRef[string, string]
-    tags*: seq[string]
-
-  IssueState* = enum
-    Current = "current",
-    TodoToday = "todo-today",
-    Pending = "pending",
-    Done = "done",
-    Todo = "todo"
-    Dormant = "dormant"
-
-  IssueFilter* = ref object
-    completedRange*: Option[tuple[b, e: DateTime]]
-    fullMatch*, summaryMatch*: Option[Regex]
-    properties*: TableRef[string, string]
-
-  PitConfig* = ref object
-    tasksDir*: string
-    contexts*: TableRef[string, string]
-    cfg*: CombinedConfig
-
-const DONE_FOLDER_FORMAT* = "yyyy-MM"
-
-let ISSUE_FILE_PATTERN = re"[A-Fa-f0-9]{8}-[A-Fa-f0-9]{4}-[A-Fa-f0-9]{4}-[A-Fa-f0-9]{4}-[A-Fa-f0-9]{12}\.txt"
-
-proc displayName*(s: IssueState): string =
-  case s
-  of Current: result = "Current"
-  of Done: result = "Done"
-  of Dormant: result = "Dormant"
-  of Pending: result = "Pending"
-  of Todo: result = "Todo"
-  of TodoToday: result = "Todo"
-
-## Allow issue properties to be accessed as if the issue was a table
-proc `[]`*(issue: Issue, key: string): string =
-  return issue.properties[key]
-
-proc `[]=`*(issue: Issue, key: string, value: string) =
-  issue.properties[key] = value
-
-## Issue property accessors
-proc hasProp*(issue: Issue, key: string): bool =
-  return issue.properties.hasKey(key)
-
-proc getDateTime*(issue: Issue, key: string): DateTime =
-  return issue.properties[key].parseIso8601
-
-proc getDateTime*(issue: Issue, key: string, default: DateTime): DateTime =
-  if issue.properties.hasKey(key): return issue.properties[key].parseIso8601
-  else: return default
-
-proc setDateTime*(issue: Issue, key: string, dt: DateTime) =
-  issue.properties[key] = dt.formatIso8601
-
-## Issue filtering
-proc initFilter*(): IssueFilter =
-  result = IssueFilter(
-    completedRange: none(tuple[b, e: DateTime]),
-    fullMatch: none(Regex),
-    summaryMatch: none(Regex),
-    properties: newTable[string, string]())
-
-proc propsFilter*(props: TableRef[string, string]): IssueFilter =
-  if isNil(props):
-    raise newException(ValueError,
-      "cannot initialize property filter without properties")
-
-  result = initFilter()
-  result.properties = props
-
-proc dateFilter*(range: tuple[b, e: DateTime]): IssueFilter =
-  result = initFilter()
-  result.completedRange = some(range)
-
-proc summaryMatchFilter*(pattern: string): IssueFilter =
-  result = initFilter()
-  result.summaryMatch = some(re("(?i)" & pattern))
-
-proc fullMatchFilter*(pattern: string): IssueFilter =
-  result = initFilter()
-  result.fullMatch = some(re("(?i)" & pattern))
-
-proc groupBy*(issues: seq[Issue], propertyKey: string): TableRef[string, seq[Issue]] =
-  result = newTable[string, seq[Issue]]()
-  for i in issues:
-    let key = if i.hasProp(propertyKey): i[propertyKey] else: ""
-    if not result.hasKey(key): result[key] = newSeq[Issue]()
-    result[key].add(i)
-
-
-## Parse and format issues
-proc fromStorageFormat*(id: string, issueTxt: string): Issue =
-  type ParseState = enum ReadingSummary, ReadingProps, ReadingDetails
-
-  result = Issue(
-    id: parseUUID(id),
-    properties: newTable[string,string](),
-    tags: @[])
-
-  var parseState = ReadingSummary
-  var detailLines: seq[string] = @[]
-
-  for line in issueTxt.splitLines():
-    if line.startsWith("#"): continue   # ignore lines starting with '#'
-
-    case parseState
-
-    of ReadingSummary:
-      result.summary = line.strip()
-      parseState = ReadingProps
-
-    of ReadingProps:
-      # Ignore empty lines
-      if line.isNilOrWhitespace: continue
-
-      # Look for the sentinal to start parsing as detail lines
-      if line == "--------":
-        parseState = ReadingDetails
-        continue
-
-
-      let parts = line.split({':'}, 1).mapIt(it.strip())
-      if parts.len != 2:
-        raise newException(ValueError, "unable to parse property line: " & line)
-
-      # Take care of special properties: `tags`
-      if parts[0] == "tags": result.tags = parts[1].split({','}).mapIt(it.strip())
-      else: result[parts[0]] = parts[1]
-
-    of ReadingDetails:
-      detailLines.add(line)
-
-  result.details = if detailLines.len > 0: detailLines.join("\n") else: ""
-
-proc toStorageFormat*(issue: Issue, withComments = false): string =
-  var lines: seq[string] = @[]
-  if withComments: lines.add("# Summary (one line):")
-  lines.add(issue.summary)
-  if withComments: lines.add("# Properties (\"key:value\" per line):")
-  for key, val in issue.properties:
-    if not val.isNilOrWhitespace: lines.add(key & ": " & val)
-  if issue.tags.len > 0: lines.add("tags: " & issue.tags.join(","))
-  if not isNilOrWhitespace(issue.details) or withComments:
-    if withComments: lines.add("# Details go below the \"--------\"")
-    lines.add("--------")
-    lines.add(issue.details)
-
-  result = lines.join("\n")
-
-## Load and store from filesystem
-proc loadIssue*(filePath: string): Issue =
-  result = fromStorageFormat(splitFile(filePath).name, readFile(filePath))
-  result.filepath = filePath
-
-proc loadIssueById*(tasksDir, id: string): Issue =
-  for path in walkDirRec(tasksDir):
-    if path.splitFile.name.startsWith(id):
-      return loadIssue(path)
-  raise newException(KeyError, "cannot find issue for id: " & id)
-
-proc store*(issue: Issue, withComments = false) =
-  writeFile(issue.filepath, toStorageFormat(issue, withComments))
-
-proc store*(tasksDir: string, issue: Issue, state: IssueState, withComments = false) =
-  let stateDir = tasksDir / $state
-  let filename = $issue.id & ".txt"
-  if state == Done:
-    let monthPath = issue.getDateTime("completed", getTime().local).format(DONE_FOLDER_FORMAT)
-    issue.filepath = stateDir / monthPath / filename
-  else:
-    issue.filepath = stateDir / filename
-
-  issue.store(withComments)
-
-proc storeOrder*(issues: seq[Issue], path: string) =
-  var orderLines = newSeq[string]()
-
-  for context, issues in issues.groupBy("context"):
-    orderLines.add("> " & context)
-    for issue in issues: orderLines.add($issue.id & " " & issue.summary)
-    orderLines.add("")
-
-  let orderFile = path / "order.txt"
-  orderFile.writeFile(orderLines.join("\n"))
-
-proc loadIssues*(path: string): seq[Issue] =
-  let orderFile = path / "order.txt"
-
-  let orderedIds =
-    if fileExists(orderFile):
-      toSeq(orderFile.lines)
-        .mapIt(it.split(' ')[0])
-        .deduplicate
-        .filterIt(not it.startsWith("> ") and not it.isNilOrWhitespace)
-    else: newSeq[string]()
-
-  type TaggedIssue = tuple[issue: Issue, ordered: bool]
-  var unorderedIssues: seq[TaggedIssue] = @[]
-
-  for path in walkDirRec(path):
-    if extractFilename(path).match(ISSUE_FILE_PATTERN).isSome():
-      unorderedIssues.add((loadIssue(path), false))
-
-  result = @[]
-
-  # Add all ordered issues in order
-  for id in orderedIds:
-    let idx = unorderedIssues.indexOf(($it.issue.id).startsWith(id))
-    if idx > 0:
-      result.add(unorderedIssues[idx].issue)
-      unorderedIssues[idx].ordered = true
-
-  # Add all remaining, unordered issues in the order they were loaded
-  for taggedIssue in unorderedIssues:
-    if taggedIssue.ordered: continue
-    result.add(taggedIssue.issue)
-
-  # Finally, save current order
-  result.storeOrder(path)
-
-proc changeState*(issue: Issue, tasksDir: string, newState: IssueState) =
-  let oldFilepath = issue.filepath
-  if newState == Done: issue.setDateTime("completed", getTime().local)
-  tasksDir.store(issue, newState)
-  if oldFilePath != issue.filepath: removeFile(oldFilepath)
-
-proc delete*(issue: Issue) = removeFile(issue.filepath)
-
-## Utilities for working with issue collections.
-proc filter*(issues: seq[Issue], filter: IssueFilter): seq[Issue] =
-  result = issues
-
-  for k,v in filter.properties:
-    result = result.filterIt(it.hasProp(k) and it[k] == v)
-
-  if filter.completedRange.isSome:
-    let range = filter.completedRange.get
-    result = result.filterIt(
-             not it.hasProp("completed") or
-             it.getDateTime("completed").between(range.b, range.e))
-
-  if filter.summaryMatch.isSome:
-    let p = filter.summaryMatch.get
-    result = result.filterIt(it.summary.find(p).isSome)
-
-  if filter.fullMatch.isSome:
-    let p = filter.fullMatch.get
-    result = result.filterIt( it.summary.find(p).isSome or it.details.find(p).isSome)
-
-### Configuration utilities
-proc loadConfig*(args: Table[string, Value] = initTable[string, Value]()): PitConfig =
-  let pitrcLocations = @[
-    if args["--config"]: $args["--config"] else: "",
-    ".pitrc", $getEnv("PITRC"), $getEnv("HOME") & "/.pitrc"]
-
-  var pitrcFilename: string =
-    foldl(pitrcLocations, if len(a) > 0: a elif existsFile(b): b else: "")
-
-  if not existsFile(pitrcFilename):
-    warn "pit: could not find .pitrc file: " & pitrcFilename
-    if isNilOrWhitespace(pitrcFilename):
-      pitrcFilename = $getEnv("HOME") & "/.pitrc"
-    var cfgFile: File
-    try:
-      cfgFile = open(pitrcFilename, fmWrite)
-      cfgFile.write("{\"tasksDir\": \"/path/to/tasks\"}")
-    except: warn "pit: could not write default .pitrc to " & pitrcFilename
-    finally: close(cfgFile)
-
-  var cfgJson: JsonNode
-  try: cfgJson = parseFile(pitrcFilename)
-  except: raise newException(IOError,
-    "unable to read config file: " & pitrcFilename &
-    "\x0D\x0A" & getCurrentExceptionMsg())
-
-  let cfg = CombinedConfig(docopt: args, json: cfgJson)
-
-  result = PitConfig(
-    cfg: cfg,
-    contexts: newTable[string,string](),
-    tasksDir: cfg.getVal("tasks-dir", ""))
-
-  if cfgJson.hasKey("contexts"):
-    for k, v in cfgJson["contexts"]:
-      result.contexts[k] = v.getStr()
-
-  if isNilOrWhitespace(result.tasksDir):
-    raise newException(Exception, "no tasks directory configured")
-
-  if not existsDir(result.tasksDir):
-    raise newException(Exception, "cannot find tasks dir: " & result.tasksDir)
-
-  # Create our tasks directory structure if needed
-  for s in IssueState:
-    if not existsDir(result.tasksDir / $s):
-      (result.tasksDir / $s).createDir
-
-

src/pitpkg/version.nim

@@ -1 +0,0 @@
-const PIT_VERSION* = "4.9.0"