Files
Geneweb/lib/gwdb-legacy/dbdisk.mli
2024-03-05 22:01:20 +01:00

430 lines
12 KiB
OCaml

(** {1 Aliases to [Def] and [Adef]} *)
type fix = Adef.fix (* FIXME: expose its type *)
type cdate = Def.cdate (* FIXME: expose its type *)
type date = Def.date = Dgreg of dmy * calendar | Dtext of string
and calendar = Def.calendar = Dgregorian | Djulian | Dfrench | Dhebrew
and dmy = Def.dmy = {
day : int;
month : int;
year : int;
prec : precision;
delta : int;
}
and dmy2 = Def.dmy2 = { day2 : int; month2 : int; year2 : int; delta2 : int }
and precision = Def.precision =
| Sure
| About
| Maybe
| Before
| After
| OrYear of dmy2
| YearInt of dmy2
type relation_kind = Def.relation_kind =
| Married
| NotMarried
| Engaged
| NoSexesCheckNotMarried
| NoMention
| NoSexesCheckMarried
| MarriageBann
| MarriageContract
| MarriageLicense
| Pacs
| Residence
type divorce = Def.divorce = NotDivorced | Divorced of cdate | Separated
type death_reason = Def.death_reason =
| Killed
| Murdered
| Executed
| Disappeared
| Unspecified
type death = Def.death =
| NotDead
| Death of death_reason * cdate
| DeadYoung
| DeadDontKnowWhen
| DontKnowIfDead
| OfCourseDead
type burial = Def.burial = UnknownBurial | Buried of cdate | Cremated of cdate
type access = Def.access = IfTitles | Public | Private
type 'string gen_title_name = 'string Def.gen_title_name =
| Tmain
| Tname of 'string
| Tnone
type 'string gen_title = 'string Def.gen_title = {
t_name : 'string gen_title_name;
t_ident : 'string;
t_place : 'string;
t_date_start : cdate;
t_date_end : cdate;
t_nth : int;
}
type witness_kind = Def.witness_kind =
| Witness
| Witness_GodParent
| Witness_CivilOfficer
| Witness_ReligiousOfficer
| Witness_Informant
| Witness_Attending
| Witness_Mentioned
| Witness_Other
type 'string gen_pers_event_name = 'string Def.gen_pers_event_name =
| Epers_Birth
| Epers_Baptism
| Epers_Death
| Epers_Burial
| Epers_Cremation
| Epers_Accomplishment
| Epers_Acquisition
| Epers_Adhesion
| Epers_BaptismLDS
| Epers_BarMitzvah
| Epers_BatMitzvah
| Epers_Benediction
| Epers_ChangeName
| Epers_Circumcision
| Epers_Confirmation
| Epers_ConfirmationLDS
| Epers_Decoration
| Epers_DemobilisationMilitaire
| Epers_Diploma
| Epers_Distinction
| Epers_Dotation
| Epers_DotationLDS
| Epers_Education
| Epers_Election
| Epers_Emigration
| Epers_Excommunication
| Epers_FamilyLinkLDS
| Epers_FirstCommunion
| Epers_Funeral
| Epers_Graduate
| Epers_Hospitalisation
| Epers_Illness
| Epers_Immigration
| Epers_ListePassenger
| Epers_MilitaryDistinction
| Epers_MilitaryPromotion
| Epers_MilitaryService
| Epers_MobilisationMilitaire
| Epers_Naturalisation
| Epers_Occupation
| Epers_Ordination
| Epers_Property
| Epers_Recensement
| Epers_Residence
| Epers_Retired
| Epers_ScellentChildLDS
| Epers_ScellentParentLDS
| Epers_ScellentSpouseLDS
| Epers_VenteBien
| Epers_Will
| Epers_Name of 'string
type ('person, 'string) gen_pers_event =
('person, 'string) Def.gen_pers_event = {
epers_name : 'string gen_pers_event_name;
epers_date : cdate;
epers_place : 'string;
epers_reason : 'string;
epers_note : 'string;
epers_src : 'string;
epers_witnesses : ('person * witness_kind) array;
}
type 'string gen_fam_event_name = 'string Def.gen_fam_event_name =
| Efam_Marriage
| Efam_NoMarriage
| Efam_NoMention
| Efam_Engage
| Efam_Divorce
| Efam_Separated
| Efam_Annulation
| Efam_MarriageBann
| Efam_MarriageContract
| Efam_MarriageLicense
| Efam_PACS
| Efam_Residence
| Efam_Name of 'string
type ('person, 'string) gen_fam_event = ('person, 'string) Def.gen_fam_event = {
efam_name : 'string gen_fam_event_name;
efam_date : cdate;
efam_place : 'string;
efam_reason : 'string;
efam_note : 'string;
efam_src : 'string;
efam_witnesses : ('person * witness_kind) array;
}
type relation_type = Def.relation_type =
| Adoption
| Recognition
| CandidateParent
| GodParent
| FosterParent
type ('person, 'string) gen_relation = ('person, 'string) Def.gen_relation = {
r_type : relation_type;
r_fath : 'person option;
r_moth : 'person option;
r_sources : 'string;
}
type sex = Def.sex = Male | Female | Neuter
type place = Def.place = {
other : string;
town : string;
township : string;
canton : string;
district : string;
county : string;
region : string;
country : string;
}
(* person *)
type ('iper, 'person, 'string) gen_person =
('iper, 'person, 'string) Def.gen_person = {
first_name : 'string;
surname : 'string;
occ : int;
image : 'string;
public_name : 'string;
qualifiers : 'string list;
aliases : 'string list;
first_names_aliases : 'string list;
surnames_aliases : 'string list;
titles : 'string gen_title list;
rparents : ('person, 'string) gen_relation list;
related : 'person list;
occupation : 'string;
sex : sex;
access : access;
birth : cdate;
birth_place : 'string;
birth_note : 'string;
birth_src : 'string;
baptism : cdate;
baptism_place : 'string;
baptism_note : 'string;
baptism_src : 'string;
death : death;
death_place : 'string;
death_note : 'string;
death_src : 'string;
burial : burial;
burial_place : 'string;
burial_note : 'string;
burial_src : 'string;
pevents : ('person, 'string) gen_pers_event list;
notes : 'string;
psources : 'string;
key_index : 'iper;
}
type 'family gen_ascend = 'family Def.gen_ascend = {
parents : 'family option;
consang : fix;
}
type 'family gen_union = 'family Def.gen_union = { family : 'family array }
(* family *)
type ('person, 'ifam, 'string) gen_family =
('person, 'ifam, 'string) Def.gen_family = {
marriage : cdate;
marriage_place : 'string;
marriage_note : 'string;
marriage_src : 'string;
witnesses : 'person array;
relation : relation_kind;
divorce : divorce;
fevents : ('person, 'string) gen_fam_event list;
comment : 'string;
origin_file : 'string;
fsources : 'string;
fam_index : 'ifam;
}
type 'person gen_couple = 'person Def.gen_couple (* FIXME: expose its type *)
type 'person gen_descend = 'person Def.gen_descend = {
children : 'person array;
}
type dsk_person = (int, int, int) gen_person
(** Extended person's entry in the base *)
type dsk_ascend = int gen_ascend
(** Person's ascendants entry in the base *)
type dsk_union = int gen_union
(** Person's union entry in the base *)
type dsk_family = (int, int, int) gen_family
(** Family's entry in the base *)
type dsk_couple = int gen_couple
(** Family's couple entry in the base *)
type dsk_descend = int gen_descend
(** Family's descendants entry in the base *)
type dsk_title = int gen_title
(** Nobility title in the base *)
type 'a record_access = {
(* Load array in the memory and cache it so it could be accessed
instantly by other functions unless [clear_array] is called. *)
load_array : unit -> unit;
(* Get the nth element of array. In details, it searches for an element in
the following order:
- Search inside the pending patches
- Search inside the commited patches
- Search insede the loaded in memory array
- Search inside the "base" file *)
get : int -> 'a;
(* Same as [get] but doesn't consider pending patches *)
get_nopending : int -> 'a;
(* Set the nth element of array *)
set : int -> 'a -> unit;
(* Return length of an array that by default takes into account
commited patches *)
mutable len : int;
(* Output array with applied commited patches to the giving chanel *)
output_array : out_channel -> unit;
(* Remove array from the memory *)
clear_array : unit -> unit;
}
(** Type that define the functions to use to access and manipulate with
database arrays. *)
type string_person_index = {
(* Find all person's ids that has giving surname/first name. *)
find : int -> int list;
(* Return surname's/first name's id. If it doen't present return id of the next
name by alphabetical order *)
cursor : string -> int;
(* Return surname's/first name's id. If it doen't present return id of the next
name by alphabetical order *)
next : int -> int;
}
(** Data structure for optimised search throughout index by name
(surname or first name). Considers also patched persons. *)
type visible_record_access = {
v_write : unit -> unit;
v_get : (dsk_person -> bool) -> int -> bool;
}
type perm = RDONLY | RDRW
type base_data = {
(* Array of persons *)
persons : dsk_person record_access;
(* Array of persons' ascendants *)
ascends : dsk_ascend record_access;
(* Array of persons' unions *)
unions : dsk_union record_access;
(* unused by default *)
visible : visible_record_access;
(* Array of families *)
families : dsk_family record_access;
(* Array of families' couples *)
couples : dsk_couple record_access;
(* Array of families' descendants *)
descends : dsk_descend record_access;
(* Array of strings *)
strings : string record_access;
(* Array of autorised to use surname's particles *)
particles_txt : string list;
(* Regular expression that matches particles in [particles_txt] *)
particles : Re.re Lazy.t;
(* Data base notes and extended page structure *)
bnotes : Def.base_notes;
(* Directory where database's files are stored *)
bdir : string;
perm : perm;
}
(** Data part of database *)
type base_func = {
(* Return person's id from the giving key (first name, surname and occurene number).
If person doesn't exists return None. Doesn't consider pending patches *)
person_of_key : string -> string -> int -> int option;
(* Return list of person ids that have giving name
(could be one of the mix). Doesn't consider pending patches *)
persons_of_name : string -> int list;
(* Return list of surnames (string ids) that contain giving person's surname or surname substring.
Consider also surnames of pathed persons. Doesn't consider pending patches *)
strings_of_sname : string -> int list;
(* Return list of first names (string ids) that contain giving person's first name or first name's
substring. Consider also first names of pathed persons. Doesn't consider pending patches *)
strings_of_fname : string -> int list;
(* Search functionalities throughout index by surname *)
persons_of_surname : string_person_index;
(* Search functionalities throughout index by first name *)
persons_of_first_name : string_person_index;
(* Insert or modify person with a giving id (add to pending patches). *)
patch_person : int -> dsk_person -> unit;
(* Insert or modify ascendants of a person with a giving id (add to pending patches). *)
patch_ascend : int -> dsk_ascend -> unit;
(* Insert or modify union of a person with a giving id (add to pending patches). *)
patch_union : int -> dsk_union -> unit;
(* Insert or modify family with a giving id (add to pending patches). *)
patch_family : int -> dsk_family -> unit;
(* Insert or modify couple of a family with a giving id (add to pending patches). *)
patch_couple : int -> dsk_couple -> unit;
(* Insert or modify descendants of a family with a giving id (add to pending patches). *)
patch_descend : int -> dsk_descend -> unit;
(* Associate person to [name] inside the index.
Added directly inside commited patches. *)
patch_name : string -> int -> unit;
(* Insert new string inside the pending patches and returns its id.
If string already exists return its id. *)
insert_string : string -> int;
(* Commit pending patches and write a patches' new state inside "patches"
file. "nb_persons" is also updated. *)
commit_patches : unit -> unit;
(* Update content (second arg) of the notes' file (first arg) if exists. *)
commit_notes : string -> string -> unit;
(* Close every opened channel. *)
cleanup : unit -> unit;
(* Returns real number of persons inside the base (without empty persons).
Pending patches aren't considered. *)
nb_of_real_persons : unit -> int;
(* Tells if person with giving id exists in the base.
Pending patches are also considered. *)
iper_exists : int -> bool;
(* Tells if family with giving id exists in the base.
Pending patches are also considered. *)
ifam_exists : int -> bool;
}
(** Functionality part of database. Every modification of the base is stored in {i patches} file.
Note that, every modification firstly is pendent and should be commited
to apply them and to update {i patches} file with [commit_patches]. *)
(** Geneweb database version *)
type base_version = GnWb0020 | GnWb0021 | GnWb0022 | GnWb0023 | GnWb0024
type dsk_base = { data : base_data; func : base_func; version : base_version }
(** Database representation: data and basic requests over this data. *)