add initial bulk run from pre-commit over all files

This commit is contained in:
Felix Schurk
2024-07-29 22:34:51 +02:00
parent 665aeeef61
commit 93356b39c3
418 changed files with 21354 additions and 23858 deletions

View File

@@ -27,101 +27,101 @@
#ifndef INCLUDED_TC_TASK
#define INCLUDED_TC_TASK
#include <string>
#include <functional>
#include <memory>
#include <map>
#include <memory>
#include <optional>
#include <string>
#include "tc/ffi.h"
namespace tc {
class Replica;
class ReplicaGuard;
class Replica;
class ReplicaGuard;
enum Status {
Pending = tc::ffi::TC_STATUS_PENDING,
Completed = tc::ffi::TC_STATUS_COMPLETED,
Deleted = tc::ffi::TC_STATUS_DELETED,
Recurring = tc::ffi::TC_STATUS_RECURRING,
Unknown = tc::ffi::TC_STATUS_UNKNOWN,
};
enum Status {
Pending = tc::ffi::TC_STATUS_PENDING,
Completed = tc::ffi::TC_STATUS_COMPLETED,
Deleted = tc::ffi::TC_STATUS_DELETED,
Recurring = tc::ffi::TC_STATUS_RECURRING,
Unknown = tc::ffi::TC_STATUS_UNKNOWN,
};
// a unique_ptr to a TCReplica which will automatically free the value when
// it goes out of scope.
using unique_tctask_ptr = std::unique_ptr<
tc::ffi::TCTask,
std::function<void(tc::ffi::TCTask*)>>;
// a unique_ptr to a TCReplica which will automatically free the value when
// it goes out of scope.
using unique_tctask_ptr = std::unique_ptr<tc::ffi::TCTask, std::function<void(tc::ffi::TCTask *)>>;
// Task wraps the TCTask type, managing its memory, errors, and so on.
//
// Except as noted, method names match the suffix to `tc_task_..`.
class Task {
protected:
// Tasks may only be created and made mutable/immutable
// by tc::Replica
friend class tc::Replica;
explicit Task(tc::ffi::TCTask *);
// Task wraps the TCTask type, managing its memory, errors, and so on.
//
// Except as noted, method names match the suffix to `tc_task_..`.
class Task
{
protected:
// Tasks may only be created and made mutable/immutable
// by tc::Replica
friend class tc::Replica;
explicit Task (tc::ffi::TCTask *);
// RplicaGuard handles mut/immut
friend class tc::ReplicaGuard;
void to_mut(tc::ffi::TCReplica *);
void to_immut();
// RplicaGuard handles mut/immut
friend class tc::ReplicaGuard;
void to_mut(tc::ffi::TCReplica *);
void to_immut();
public:
// This object "owns" inner, so copy is not allowed.
Task(const Task &) = delete;
Task &operator=(const Task &) = delete;
public:
// This object "owns" inner, so copy is not allowed.
Task (const Task &) = delete;
Task &operator=(const Task &) = delete;
// Explicit move constructor and assignment
Task(Task &&) noexcept;
Task &operator=(Task &&) noexcept;
// Explicit move constructor and assignment
Task (Task &&) noexcept;
Task &operator=(Task &&) noexcept;
std::string get_uuid() const;
Status get_status() const;
std::map<std::string, std::string> get_taskmap() const;
std::string get_description() const;
std::optional<std::string> get_value(std::string property) const;
// TODO: time_t tc_task_get_entry(struct TCTask *task);
// TODO: time_t tc_task_get_wait(struct TCTask *task);
// TODO: time_t tc_task_get_modified(struct TCTask *task);
bool is_waiting() const;
bool is_active() const;
bool is_blocked() const;
bool is_blocking() const;
// TODO: bool tc_task_has_tag(struct TCTask *task, struct TCString tag);
// TODO: struct TCStringList tc_task_get_tags(struct TCTask *task);
// TODO: struct TCAnnotationList tc_task_get_annotations(struct TCTask *task);
// TODO: struct TCString tc_task_get_uda(struct TCTask *task, struct TCString ns, struct TCString
// key);
// TODO: struct TCString tc_task_get_legacy_uda(struct TCTask *task, struct TCString key);
// TODO: struct TCUdaList tc_task_get_udas(struct TCTask *task);
// TODO: struct TCUdaList tc_task_get_legacy_udas(struct TCTask *task);
void set_status(Status status);
// TODO: TCResult tc_task_set_description(struct TCTask *task, struct TCString description);
void set_value(std::string property, std::optional<std::string> value);
// TODO: TCResult tc_task_set_entry(struct TCTask *task, time_t entry);
// TODO: TCResult tc_task_set_wait(struct TCTask *task, time_t wait);
void set_modified(time_t modified);
// TODO: TCResult tc_task_start(struct TCTask *task);
// TODO: TCResult tc_task_stop(struct TCTask *task);
// TODO: TCResult tc_task_done(struct TCTask *task);
// TODO: TCResult tc_task_delete(struct TCTask *task);
// TODO: TCResult tc_task_add_tag(struct TCTask *task, struct TCString tag);
// TODO: TCResult tc_task_remove_tag(struct TCTask *task, struct TCString tag);
// TODO: TCResult tc_task_add_annotation(struct TCTask *task, struct TCAnnotation *annotation);
// TODO: TCResult tc_task_remove_annotation(struct TCTask *task, int64_t entry);
// TODO: TCResult tc_task_set_uda(struct TCTask *task,
// TODO: TCResult tc_task_remove_uda(struct TCTask *task, struct TCString ns, struct TCString
// key);
// TODO: TCResult tc_task_set_legacy_uda(struct TCTask *task, struct TCString key, struct TCString
// value);
// TODO: TCResult tc_task_remove_legacy_uda(struct TCTask *task, struct TCString key);
std::string get_uuid () const;
Status get_status () const;
std::map <std::string, std::string> get_taskmap() const;
std::string get_description() const;
std::optional<std::string> get_value(std::string property) const;
// TODO: time_t tc_task_get_entry(struct TCTask *task);
// TODO: time_t tc_task_get_wait(struct TCTask *task);
// TODO: time_t tc_task_get_modified(struct TCTask *task);
bool is_waiting() const;
bool is_active() const;
bool is_blocked() const;
bool is_blocking() const;
// TODO: bool tc_task_has_tag(struct TCTask *task, struct TCString tag);
// TODO: struct TCStringList tc_task_get_tags(struct TCTask *task);
// TODO: struct TCAnnotationList tc_task_get_annotations(struct TCTask *task);
// TODO: struct TCString tc_task_get_uda(struct TCTask *task, struct TCString ns, struct TCString key);
// TODO: struct TCString tc_task_get_legacy_uda(struct TCTask *task, struct TCString key);
// TODO: struct TCUdaList tc_task_get_udas(struct TCTask *task);
// TODO: struct TCUdaList tc_task_get_legacy_udas(struct TCTask *task);
void set_status(Status status);
// TODO: TCResult tc_task_set_description(struct TCTask *task, struct TCString description);
void set_value(std::string property, std::optional<std::string> value);
// TODO: TCResult tc_task_set_entry(struct TCTask *task, time_t entry);
// TODO: TCResult tc_task_set_wait(struct TCTask *task, time_t wait);
void set_modified(time_t modified);
// TODO: TCResult tc_task_start(struct TCTask *task);
// TODO: TCResult tc_task_stop(struct TCTask *task);
// TODO: TCResult tc_task_done(struct TCTask *task);
// TODO: TCResult tc_task_delete(struct TCTask *task);
// TODO: TCResult tc_task_add_tag(struct TCTask *task, struct TCString tag);
// TODO: TCResult tc_task_remove_tag(struct TCTask *task, struct TCString tag);
// TODO: TCResult tc_task_add_annotation(struct TCTask *task, struct TCAnnotation *annotation);
// TODO: TCResult tc_task_remove_annotation(struct TCTask *task, int64_t entry);
// TODO: TCResult tc_task_set_uda(struct TCTask *task,
// TODO: TCResult tc_task_remove_uda(struct TCTask *task, struct TCString ns, struct TCString key);
// TODO: TCResult tc_task_set_legacy_uda(struct TCTask *task, struct TCString key, struct TCString value);
// TODO: TCResult tc_task_remove_legacy_uda(struct TCTask *task, struct TCString key);
private:
unique_tctask_ptr inner;
private:
unique_tctask_ptr inner;
std::string task_error () const; // tc_task_error
};
}
std::string task_error() const; // tc_task_error
};
} // namespace tc
// TODO: struct TCTask *tc_task_list_take(struct TCTaskList *tasks, size_t index);
// TODO: void tc_task_list_free(struct TCTaskList *tasks);