from bugzilla.bug import Bug
-from bugzilla import Bugzilla
-from typing import Set, Dict, Iterable, Optional, List
-from budget_sync.util import all_bugs
+from typing import Set, Dict, Iterable, Optional, List, Union, Any
+from budget_sync.util import BugStatus
from budget_sync.money import Money
+from budget_sync.config import Config, Person, Milestone
from functools import cached_property
import toml
import sys
-
+import enum
+from collections import deque
+from datetime import date, time, datetime
+from collections import OrderedDict
class BudgetGraphBaseError(Exception):
pass
self.msg = msg
def __str__(self):
- return f"Failed to parse cf_payees_list field of bug #{self.bug_id}: {self.msg}"
+ return f"Failed to parse cf_payees_list field of " \
+ f"bug #{self.bug_id}: {self.msg}"
+
+
+class BudgetGraphUnknownAssignee(BudgetGraphParseError):
+ def __init__(self, bug_id: int, assignee: str):
+ super().__init__(bug_id)
+ self.assignee = assignee
+
+ def __str__(self):
+ return f"Bug #{self.bug_id} is assigned to an unknown person: " \
+ f"{self.assignee!r}"
class BudgetGraphLoopError(BudgetGraphBaseError):
return self.node.bug.id < other.node.bug.id
+class PayeeState(enum.Enum):
+ NotYetSubmitted = "not yet submitted"
+ Submitted = "submitted"
+ Paid = "paid"
+
+
+_Date = Union[date, datetime]
+
+
+def _parse_money_from_toml(value: Any) -> Money:
+ if not isinstance(value, (int, str)):
+ msg = f"monetary amount is not a string or integer " \
+ f"(to use fractional amounts such as 123.45, write " \
+ f"\"123.45\"): {value!r}"
+ raise ValueError(msg)
+ return Money(value)
+
+
+def _parse_date_time_or_none_from_toml(value: Any) -> Optional[_Date]:
+ if value is None or isinstance(value, (date, datetime)):
+ return value
+ elif isinstance(value, time):
+ msg = f"just a time of day by itself is not enough," \
+ f" a date must be included: {str(value)}"
+ raise ValueError(msg)
+ elif isinstance(value, bool):
+ msg = f"invalid date: {str(value).lower()}"
+ raise ValueError(msg)
+ elif isinstance(value, (str, int, float)):
+ msg = f"invalid date: {value!r}"
+ raise ValueError(msg)
+ else:
+ msg = f"invalid date"
+ raise ValueError(msg)
+
+
+class Payment:
+ def __init__(self,
+ node: "Node",
+ payee_key: str,
+ amount: Money,
+ paid: Optional[_Date],
+ submitted: Optional[_Date]):
+ self.node = node
+ self.payee_key = payee_key
+ self.amount = amount
+ self.paid = paid
+ self.submitted = submitted
+
+ @cached_property
+ def payee(self) -> Person:
+ try:
+ return self.node.graph.config.all_names[self.payee_key]
+ except KeyError:
+ msg = f"unknown payee name: {self.payee_key!r} is not the name " \
+ f"or an alias of any known person"
+ raise BudgetGraphPayeesParseError(self.node.bug.id, msg) \
+ .with_traceback(sys.exc_info()[2])
+
+ @property
+ def state(self):
+ if self.paid is not None:
+ return PayeeState.Paid
+ if self.submitted is not None:
+ return PayeeState.Submitted
+ return PayeeState.NotYetSubmitted
+
+ @staticmethod
+ def _from_toml(node: "Node", payee_key: str, toml_value: Any) -> "Payment":
+ paid = None
+ submitted = None
+ known_keys = ("paid", "submitted", "amount")
+ if isinstance(toml_value, dict):
+ try:
+ amount = toml_value['amount']
+ except KeyError:
+ msg = f"value for key {payee_key!r} is missing the " \
+ f"`amount` field which is required"
+ raise BudgetGraphPayeesParseError(node.bug.id, msg) \
+ .with_traceback(sys.exc_info()[2])
+ for k, v in toml_value.items():
+ if k in ("paid", "submitted"):
+ try:
+ parsed_value = _parse_date_time_or_none_from_toml(v)
+ except ValueError as e:
+ msg = f"failed to parse `{k}` field for" \
+ f" key {payee_key!r}: {e}"
+ raise BudgetGraphPayeesParseError(
+ node.bug.id, msg) \
+ .with_traceback(sys.exc_info()[2])
+ if k == "paid":
+ paid = parsed_value
+ else:
+ assert k == "submitted"
+ submitted = parsed_value
+ if k not in known_keys:
+ msg = f"value for key {payee_key!r} has an unknown" \
+ f" field: `{k}`"
+ raise BudgetGraphPayeesParseError(node.bug.id, msg) \
+ .with_traceback(sys.exc_info()[2])
+ try:
+ paid = _parse_date_time_or_none_from_toml(
+ toml_value.get('paid'))
+ except ValueError as e:
+ msg = f"failed to parse `paid` field for" \
+ f" key {payee_key!r}: {e}"
+ raise BudgetGraphPayeesParseError(
+ node.bug.id, msg) \
+ .with_traceback(sys.exc_info()[2])
+ try:
+ submitted = _parse_date_time_or_none_from_toml(
+ toml_value.get('submitted'))
+ except ValueError as e:
+ msg = f"failed to parse `submitted` field for" \
+ f" key {payee_key!r}: {e}"
+ raise BudgetGraphPayeesParseError(
+ node.bug.id, msg) \
+ .with_traceback(sys.exc_info()[2])
+ elif isinstance(toml_value, (int, str, float)):
+ # float included for better error messages
+ amount = toml_value
+ else:
+ msg = f"value for key {payee_key!r} is invalid -- it should " \
+ f"either be a monetary value or a table"
+ raise BudgetGraphPayeesParseError(node.bug.id, msg)
+ try:
+ amount = _parse_money_from_toml(amount)
+ except ValueError as e:
+ msg = f"failed to parse monetary amount for key {payee_key!r}: {e}"
+ raise BudgetGraphPayeesParseError(
+ node.bug.id, msg) \
+ .with_traceback(sys.exc_info()[2])
+ return Payment(node=node, payee_key=payee_key, amount=amount,
+ paid=paid, submitted=submitted)
+
+ def __repr__(self):
+ try:
+ payee = f"Person<{self.payee.identifier!r}>"
+ except BudgetGraphBaseError:
+ payee = "<unknown person>"
+ return (f"Payment(node={_NodeSimpleReprWrapper(self.node)}, "
+ f"payee={payee}, "
+ f"payee_key={self.payee_key!r}, "
+ f"amount={self.amount}, "
+ f"state={self.state.name}, "
+ f"paid={str(self.paid)}, "
+ f"submitted={str(self.submitted)})")
+
+
+class BudgetGraphUnknownMilestone(BudgetGraphParseError):
+ def __init__(self, bug_id: int, milestone_str: str):
+ super().__init__(bug_id)
+ self.milestone_str = milestone_str
+
+ def __str__(self):
+ return f"failed to parse cf_nlnet_milestone field of bug " \
+ f"#{self.bug_id}: unknown milestone: {self.milestone_str!r}"
+
+
+class BudgetGraphUnknownStatus(BudgetGraphParseError):
+ def __init__(self, bug_id: int, status_str: str):
+ super().__init__(bug_id)
+ self.status_str = status_str
+
+ def __str__(self):
+ return f"failed to parse status field of bug " \
+ f"#{self.bug_id}: unknown status: {self.status_str!r}"
+
+
class Node:
graph: "BudgetGraph"
bug: Bug
immediate_children: Set["Node"]
budget_excluding_subtasks: Money
budget_including_subtasks: Money
- nlnet_milestone: Optional[str]
+ fixed_budget_excluding_subtasks: Money
+ fixed_budget_including_subtasks: Money
+ milestone_str: Optional[str]
def __init__(self, graph: "BudgetGraph", bug: Bug):
self.graph = graph
self.parent_id = getattr(bug, "cf_budget_parent", None)
self.immediate_children = set()
self.budget_excluding_subtasks = Money.from_str(bug.cf_budget)
+ self.fixed_budget_excluding_subtasks = self.budget_excluding_subtasks
self.budget_including_subtasks = Money.from_str(bug.cf_total_budget)
- self.nlnet_milestone = bug.cf_nlnet_milestone
- if self.nlnet_milestone == "---":
- self.nlnet_milestone = None
+ self.fixed_budget_including_subtasks = self.budget_including_subtasks
+ self.milestone_str = bug.cf_nlnet_milestone
+ if self.milestone_str == "---":
+ self.milestone_str = None
+
+ @property
+ def status(self) -> BugStatus:
+ try:
+ return BugStatus.cast(self.bug.status)
+ except ValueError:
+ new_err = BudgetGraphUnknownStatus(self.bug.id, self.bug.status)
+ raise new_err.with_traceback(sys.exc_info()[2])
@cached_property
- def payees(self) -> Dict[str, Money]:
+ def assignee(self) -> Person:
+ try:
+ return self.graph.config.all_names[self.bug.assigned_to]
+ except KeyError:
+ raise BudgetGraphUnknownAssignee(self.bug.id,
+ self.bug.assigned_to) \
+ .with_traceback(sys.exc_info()[2])
+
+ @cached_property
+ def bug_url(self) -> str:
+ return f"{self.graph.config.bugzilla_url_stripped}/show_bug.cgi?" \
+ f"id={self.bug.id}"
+
+ @cached_property
+ def milestone(self) -> Optional[Milestone]:
+ try:
+ if self.milestone_str is not None:
+ return self.graph.config.milestones[self.milestone_str]
+ return None
+ except KeyError:
+ new_err = BudgetGraphUnknownMilestone(
+ self.bug.id, self.milestone_str)
+ raise new_err.with_traceback(sys.exc_info()[2])
+
+ @cached_property
+ def payments(self) -> Dict[str, Payment]:
try:
parsed = toml.loads(self.bug.cf_payees_list)
except toml.TomlDecodeError as e:
new_err = BudgetGraphPayeesParseError(
self.bug.id, f"TOML parse error: {e}")
raise new_err.with_traceback(sys.exc_info()[2])
- retval = {}
+ retval = OrderedDict()
for key, value in parsed.items():
if not isinstance(key, str):
raise BudgetGraphPayeesParseError(
self.bug.id, f"key is not a string: {key!r}")
- if not isinstance(value, (int, str)):
- msg = f"value for key {key!r} is not a string or integer " \
- f"(to use fractional values such as 123.45, write " \
- f"\"123.45\"): {value!r}"
- raise BudgetGraphPayeesParseError(self.bug.id, msg)
- try:
- money_value = Money(value)
- except ValueError as e:
- msg = f"failed to parse Money value for key {key!r}: {e}"
- raise BudgetGraphPayeesParseError(
- self.bug.id, msg) \
- .with_traceback(sys.exc_info()[2])
- retval[key] = money_value
+ retval[key] = Payment._from_toml(self, key, value)
return retval
@property
yield from visitor(i)
return visitor(self)
+ def children_breadth_first(self) -> Iterable["Node"]:
+ q = deque(self.immediate_children)
+ while True:
+ try:
+ node = q.popleft()
+ except IndexError:
+ return
+ q.extend(node.immediate_children)
+ yield node
+
def __eq__(self, other):
return self.bug.id == other.bug.id
- def __ne__(self, other):
- return self.bug.id != other.bug.id
-
def __hash__(self):
return self.bug.id
root = _NodeSimpleReprWrapper(self.root)
except BudgetGraphLoopError:
root = "<loop error>"
+ try:
+ milestone = repr(self.milestone)
+ except BudgetGraphBaseError:
+ milestone = "<unknown milestone>"
+ try:
+ status = repr(self.status)
+ except BudgetGraphBaseError:
+ status = f"<unknown status: {self.bug.status!r}>"
+ try:
+ assignee = f"Person<{self.assignee.identifier!r}>"
+ except BudgetGraphBaseError:
+ assignee = f"<unknown assignee: {self.bug.assigned_to!r}>"
immediate_children = []
for i in self.immediate_children:
immediate_children.append(_NodeSimpleReprWrapper(i))
immediate_children.sort()
parent = f"#{self.parent_id}" if self.parent_id is not None else None
+ payments = list(self.payments.values())
return (f"Node(graph=..., "
f"id={_NodeSimpleReprWrapper(self)}, "
f"root={root}, "
f"parent={parent}, "
f"budget_excluding_subtasks={self.budget_excluding_subtasks}, "
f"budget_including_subtasks={self.budget_including_subtasks}, "
- f"nlnet_milestone={self.nlnet_milestone!r}, "
+ f"fixed_budget_excluding_subtasks={self.fixed_budget_excluding_subtasks}, "
+ f"fixed_budget_including_subtasks={self.fixed_budget_including_subtasks}, "
+ f"milestone_str={self.milestone_str!r}, "
+ f"milestone={milestone}, "
f"immediate_children={immediate_children!r}, "
- f"payees={self.payees!r}")
+ f"payments={payments!r}, "
+ f"status={status}, "
+ f"assignee={assignee})")
class BudgetGraphError(BudgetGraphBaseError):
f" #{self.root_bug_id}")
-class BudgetGraphMoneyMismatch(BudgetGraphError):
+class BudgetGraphMoneyMismatchForBudgetExcludingSubtasks(BudgetGraphError):
def __init__(self, bug_id: int, root_bug_id: int,
expected_budget_excluding_subtasks: Money):
super().__init__(bug_id, root_bug_id)
f" {self.expected_budget_excluding_subtasks}")
+class BudgetGraphMoneyMismatchForBudgetIncludingSubtasks(BudgetGraphError):
+ def __init__(self, bug_id: int, root_bug_id: int,
+ expected_budget_including_subtasks: Money):
+ super().__init__(bug_id, root_bug_id)
+ self.expected_budget_including_subtasks = \
+ expected_budget_including_subtasks
+
+ def __str__(self):
+ return (f"Budget assigned to task including subtasks "
+ f"(cf_total_budget field) doesn't match calculated value: "
+ f"bug #{self.bug_id}, calculated value"
+ f" {self.expected_budget_including_subtasks}")
+
+
class BudgetGraphNegativeMoney(BudgetGraphError):
def __str__(self):
return (f"Budget assigned to task is less than zero: "
class BudgetGraphPayeesMoneyMismatch(BudgetGraphError):
- def __init__(self, bug_id: int, root_bug_id: int, payees_total: Money):
+ def __init__(self, bug_id: int, root_bug_id: int, payees_total: Money,
+ expected_payees_total: Money):
super().__init__(bug_id, root_bug_id)
self.payees_total = payees_total
+ self.expected_payees_total = expected_payees_total
def __str__(self):
- return (f"Budget assigned to task excluding subtasks "
- f"(cf_budget field) doesn't match total value "
- f"assigned to payees (cf_payees_list): "
- f"bug #{self.bug_id}, calculated total"
- f" {self.payees_total}")
+ return (f"Total budget assigned to payees (cf_payees_list) doesn't "
+ f"match expected value: bug #{self.bug_id}, calculated total "
+ f"{self.payees_total}, expected value "
+ f"{self.expected_payees_total}")
class BudgetGraphNegativePayeeMoney(BudgetGraphError):
f"bug #{self.bug_id}, payee {self.payee_key!r}")
+class BudgetGraphDuplicatePayeesForTask(BudgetGraphError):
+ def __init__(self, bug_id: int, root_bug_id: int, payee1_key: str, payee2_key: str):
+ super().__init__(bug_id, root_bug_id)
+ self.payee1_key = payee1_key
+ self.payee2_key = payee2_key
+
+ def __str__(self):
+ return (f"Budget assigned to multiple aliases of the same person in "
+ f"a single task: bug #{self.bug_id}, budget assigned to both "
+ f"{self.payee1_key!r} and {self.payee2_key!r}")
+
+
+class BudgetGraphIncorrectRootForMilestone(BudgetGraphError):
+ def __init__(self, bug_id: int, milestone: str, milestone_canonical_bug_id: int):
+ super().__init__(bug_id, bug_id)
+ self.milestone = milestone
+ self.milestone_canonical_bug_id = milestone_canonical_bug_id
+
+ def __str__(self):
+ return (f"Bug #{self.bug_id} is not the canonical root bug for "
+ f"assigned milestone {self.milestone!r} but has no parent "
+ f"bug set: the milestone's canonical root bug is "
+ f"#{self.milestone_canonical_bug_id}")
+
+
class BudgetGraph:
nodes: Dict[int, Node]
- def __init__(self, bugs: Iterable[Bug]):
- self.nodes = {}
+ def __init__(self, bugs: Iterable[Bug], config: Config):
+ self.nodes = OrderedDict()
+ self.config = config
for bug in bugs:
self.nodes[bug.id] = Node(self, bug)
for node in self.nodes.values():
if node.parent is None:
continue
node.parent.immediate_children.add(node)
+ self.milestone_payments = OrderedDict()
+ # useful debug prints
+ #for bug in bugs:
+ # node = self.nodes[bug.id]
+ # print ("bug added", bug.id, node, node.parent.immediate_children)
@cached_property
def roots(self) -> Set[Node]:
def _get_node_errors(self, root: Node, node: Node,
errors: List[BudgetGraphBaseError]):
- if node.nlnet_milestone is None:
+ if node.milestone_str is None:
if node.budget_including_subtasks != 0 \
or node.budget_excluding_subtasks != 0:
errors.append(BudgetGraphMoneyWithNoMilestone(
node.bug.id, root.bug.id))
- if node.nlnet_milestone != root.nlnet_milestone:
+
+ try:
+ # check for milestone errors
+ node.milestone
+ if root == node and node.milestone is not None \
+ and node.milestone.canonical_bug_id != node.bug.id:
+ if node.budget_including_subtasks != 0 \
+ or node.budget_excluding_subtasks != 0:
+ errors.append(BudgetGraphIncorrectRootForMilestone(
+ node.bug.id, node.milestone.identifier,
+ node.milestone.canonical_bug_id
+ ))
+ except BudgetGraphBaseError as e:
+ errors.append(e)
+
+ try:
+ # check for status errors
+ node.status
+ except BudgetGraphBaseError as e:
+ errors.append(e)
+
+ try:
+ # check for assignee errors
+ node.assignee
+ except BudgetGraphBaseError as e:
+ errors.append(e)
+
+ if node.milestone_str != root.milestone_str:
errors.append(BudgetGraphMilestoneMismatch(
node.bug.id, root.bug.id))
+
if node.budget_excluding_subtasks < 0 \
or node.budget_including_subtasks < 0:
errors.append(BudgetGraphNegativeMoney(
node.bug.id, root.bug.id))
- budget = node.budget_including_subtasks
+
+ childlist = []
+ subtasks_total = Money(0)
for child in node.immediate_children:
- budget -= child.budget_including_subtasks
- if node.budget_excluding_subtasks != budget:
- errors.append(BudgetGraphMoneyMismatch(
- node.bug.id, root.bug.id, budget))
+ subtasks_total += child.fixed_budget_including_subtasks
+ childlist.append(child.bug.id)
+ # useful debug prints
+ #print ("subtask total", node.bug.id, root.bug.id, subtasks_total,
+ # childlist)
+
payees_total = Money(0)
- for payee_key, payee_value in node.payees.items():
- if payee_value < 0:
+ payee_payments = OrderedDict()
+ for payment in node.payments.values():
+ if payment.amount < 0:
errors.append(BudgetGraphNegativePayeeMoney(
- node.bug.id, root.bug.id, payee_key))
- payees_total += payee_value
- if node.budget_excluding_subtasks != payees_total \
- and len(node.payees) != 0:
+ node.bug.id, root.bug.id, payment.payee_key))
+ payees_total += payment.amount
+ try:
+ # check for payee errors
+ payment.payee
+ previous_payment = payee_payments.get(payment.payee)
+ if previous_payment is not None:
+ # NOT AN ERROR
+ print ("NOT AN ERROR", BudgetGraphDuplicatePayeesForTask(
+ node.bug.id, root.bug.id,
+ previous_payment[-1].payee_key, payment.payee_key))
+ payee_payments[payment.payee].append(payment)
+ else:
+ payee_payments[payment.payee] = [payment]
+ except BudgetGraphBaseError as e:
+ errors.append(e)
+
+ def set_including_from_excluding_and_error():
+ node.fixed_budget_including_subtasks = \
+ node.budget_excluding_subtasks + subtasks_total
+ errors.append(
+ BudgetGraphMoneyMismatchForBudgetIncludingSubtasks(
+ node.bug.id, root.bug.id,
+ node.fixed_budget_including_subtasks))
+
+ def set_including_from_payees_and_error():
+ node.fixed_budget_including_subtasks = \
+ payees_total + subtasks_total
+ errors.append(
+ BudgetGraphMoneyMismatchForBudgetIncludingSubtasks(
+ node.bug.id, root.bug.id,
+ node.fixed_budget_including_subtasks))
+
+ def set_excluding_from_including_and_error():
+ node.fixed_budget_excluding_subtasks = \
+ node.budget_including_subtasks - subtasks_total
+ errors.append(
+ BudgetGraphMoneyMismatchForBudgetExcludingSubtasks(
+ node.bug.id, root.bug.id,
+ node.fixed_budget_excluding_subtasks))
+
+ def set_excluding_from_payees_and_error():
+ node.fixed_budget_excluding_subtasks = \
+ payees_total
+ errors.append(
+ BudgetGraphMoneyMismatchForBudgetExcludingSubtasks(
+ node.bug.id, root.bug.id,
+ node.fixed_budget_excluding_subtasks))
+
+ def set_payees_from_including_and_error():
+ fixed_payees_total = \
+ node.budget_including_subtasks - subtasks_total
+ errors.append(BudgetGraphPayeesMoneyMismatch(
+ node.bug.id, root.bug.id, payees_total, fixed_payees_total))
+
+ def set_payees_from_excluding_and_error():
+ fixed_payees_total = \
+ node.budget_excluding_subtasks
errors.append(BudgetGraphPayeesMoneyMismatch(
- node.bug.id, root.bug.id, payees_total))
+ node.bug.id, root.bug.id, payees_total, fixed_payees_total))
+
+ payees_matches_including = \
+ node.budget_including_subtasks - subtasks_total == payees_total
+ payees_matches_excluding = \
+ node.budget_excluding_subtasks == payees_total
+ including_matches_excluding = \
+ node.budget_including_subtasks - subtasks_total \
+ == node.budget_excluding_subtasks
+
+ if payees_matches_including \
+ and payees_matches_excluding \
+ and including_matches_excluding:
+ pass # no error
+ elif payees_matches_including:
+ # can't have 2 match without all 3 matching
+ assert not payees_matches_excluding
+ assert not including_matches_excluding
+ if node.budget_including_subtasks == 0 and len(node.payments) == 0:
+ set_including_from_excluding_and_error()
+ else:
+ set_excluding_from_including_and_error()
+ elif payees_matches_excluding:
+ # can't have 2 match without all 3 matching
+ assert not payees_matches_including
+ assert not including_matches_excluding
+ if node.budget_excluding_subtasks == 0 and len(node.payments) == 0:
+ if node.budget_including_subtasks == 0:
+ set_including_from_excluding_and_error()
+ else:
+ set_excluding_from_including_and_error()
+ else:
+ set_including_from_excluding_and_error()
+ elif including_matches_excluding:
+ # can't have 2 match without all 3 matching
+ assert not payees_matches_including
+ assert not payees_matches_excluding
+ if len(node.payments) == 0:
+ pass # no error -- payees is just not set
+ elif node.budget_excluding_subtasks == 0 \
+ and node.budget_including_subtasks == 0:
+ set_excluding_from_payees_and_error()
+ set_including_from_payees_and_error()
+ else:
+ set_payees_from_excluding_and_error()
+ else:
+ # nothing matches
+ if len(node.payments) == 0:
+ # payees unset -- don't need to set payees
+ if node.budget_including_subtasks == 0:
+ set_including_from_excluding_and_error()
+ else:
+ set_excluding_from_including_and_error()
+ elif node.budget_excluding_subtasks == 0 \
+ and node.budget_including_subtasks == 0:
+ set_excluding_from_payees_and_error()
+ set_including_from_payees_and_error()
+ elif node.budget_excluding_subtasks == 0:
+ set_excluding_from_including_and_error()
+ set_payees_from_including_and_error()
+ elif node.budget_including_subtasks == 0:
+ set_including_from_excluding_and_error()
+ set_payees_from_excluding_and_error()
+ else:
+ set_including_from_excluding_and_error()
+ set_payees_from_excluding_and_error()
def get_errors(self) -> List[BudgetGraphBaseError]:
errors = []
for root in roots:
try:
- self._get_node_errors(root, root, errors)
- for child in root.children():
+ for child in reversed(list(root.children_breadth_first())):
try:
self._get_node_errors(root, child, errors)
except BudgetGraphBaseError as e:
errors.append(e)
+ self._get_node_errors(root, root, errors)
except BudgetGraphBaseError as e:
errors.append(e)
return errors
@cached_property
- def payee_keys(self) -> Set[str]:
- retval = set()
+ def assigned_nodes(self) -> Dict[Person, List[Node]]:
+ retval = {person: [] for person in self.config.people.values()}
for node in self.nodes.values():
- for payee_key in node.payees.keys():
- retval.add(payee_key)
+ retval[node.assignee].append(node)
return retval
+
+ @cached_property
+ def payments(self) -> Dict[Person, Dict[Milestone, List[Payment]]]:
+ retval = OrderedDict()
+ for person in self.config.people.values():
+ milestone_payments = OrderedDict()
+ for milestone in self.config.milestones.values():
+ milestone_payments[milestone] = [] # per-person payments
+ self.milestone_payments[milestone] = [] # global payments
+ retval[person] = milestone_payments
+ for node in self.nodes.values():
+ if node.milestone is not None:
+ for payment in node.payments.values():
+ retval[payment.payee][node.milestone].append(payment)
+ # add to global payments as well
+ self.milestone_payments[node.milestone].append(payment)
+ return retval
+
+ def __repr__(self):
+ nodes = [*self.nodes.values()]
+ try:
+ roots = [_NodeSimpleReprWrapper(i) for i in self.roots]
+ roots.sort()
+ roots_str = repr(roots)
+ except BudgetGraphBaseError:
+ roots_str = "<failed>"
+ return f"BudgetGraph{{nodes={nodes!r}, roots={roots}}}"
projects / utils.git / blobdiff