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.gitignore vendored
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@ -396,7 +396,3 @@ FodyWeavers.xsd
# JetBrains Rider
*.sln.iml
**/.idea
# Test run files
src/*-tests.txt

1
src/Common/BitBadger.Documents.Common.fsproj
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@ -2,6 +2,7 @@
<PropertyGroup>
<Description>Common files for PostgreSQL and SQLite document database libraries</Description>
<PackageReleaseNotes>v3 release</PackageReleaseNotes>
<PackageTags>JSON Document SQL</PackageTags>
</PropertyGroup>

389
src/Common/Library.fs
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@ -1,281 +1,87 @@
namespace BitBadger.Documents
open System.Security.Cryptography
/// The types of comparisons available for JSON fields
type Comparison =
/// The types of logical operations available for JSON fields
[<Struct>]
type Op =
/// Equals (=)
| Equal of Value: obj
| EQ
/// Greater Than (>)
| Greater of Value: obj
| GT
/// Greater Than or Equal To (>=)
| GreaterOrEqual of Value: obj
| GE
/// Less Than (<)
| Less of Value: obj
| LT
/// Less Than or Equal To (<=)
| LessOrEqual of Value: obj
| LE
/// Not Equal to (<>)
| NotEqual of Value: obj
| NE
/// Between (BETWEEN)
| Between of Min: obj * Max: obj
/// In (IN)
| In of Values: obj seq
/// In Array (PostgreSQL: |?, SQLite: EXISTS / json_each / IN)
| InArray of Table: string * Values: obj seq
| BT
/// Exists (IS NOT NULL)
| Exists
| EX
/// Does Not Exist (IS NULL)
| NotExists
| NEX
/// Get the operator SQL for this comparison
member this.OpSql =
override this.ToString() =
match this with
| Equal _ -> "="
| Greater _ -> ">"
| GreaterOrEqual _ -> ">="
| Less _ -> "<"
| LessOrEqual _ -> "<="
| NotEqual _ -> "<>"
| Between _ -> "BETWEEN"
| In _ -> "IN"
| InArray _ -> "?|" // PostgreSQL only; SQL needs a subquery for this
| Exists -> "IS NOT NULL"
| NotExists -> "IS NULL"
/// The dialect in which a command should be rendered
[<Struct>]
type Dialect =
| PostgreSQL
| SQLite
/// The format in which an element of a JSON field should be extracted
[<Struct>]
type FieldFormat =
/// Use ->> or #>>; extracts a text (PostgreSQL) or SQL (SQLite) value
| AsSql
/// Use -> or #>; extracts a JSONB (PostgreSQL) or JSON (SQLite) value
| AsJson
| EQ -> "="
| GT -> ">"
| GE -> ">="
| LT -> "<"
| LE -> "<="
| NE -> "<>"
| BT -> "BETWEEN"
| EX -> "IS NOT NULL"
| NEX -> "IS NULL"
/// Criteria for a field WHERE clause
type Field =
{ /// The name of the field
type Field = {
/// The name of the field
Name: string
/// The comparison for the field
Comparison: Comparison
/// The operation by which the field will be compared
Op: Op
/// The name of the parameter for this field
ParameterName: string option
/// The table qualifier for this field
Qualifier: string option }
with
/// Create a comparison against a field
static member Where name (comparison: Comparison) =
{ Name = name; Comparison = comparison; ParameterName = None; Qualifier = None }
/// The value of the field
Value: obj
} with
/// Create an equals (=) field criterion
static member Equal<'T> name (value: 'T) =
Field.Where name (Equal value)
/// Create an equals (=) field criterion (alias)
static member EQ<'T> name (value: 'T) = Field.Equal name value
static member EQ name (value: obj) =
{ Name = name; Op = EQ; Value = value }
/// Create a greater than (>) field criterion
static member Greater<'T> name (value: 'T) =
Field.Where name (Greater value)
/// Create a greater than (>) field criterion (alias)
static member GT<'T> name (value: 'T) = Field.Greater name value
static member GT name (value: obj) =
{ Name = name; Op = GT; Value = value }
/// Create a greater than or equal to (>=) field criterion
static member GreaterOrEqual<'T> name (value: 'T) =
Field.Where name (GreaterOrEqual value)
/// Create a greater than or equal to (>=) field criterion (alias)
static member GE<'T> name (value: 'T) = Field.GreaterOrEqual name value
static member GE name (value: obj) =
{ Name = name; Op = GE; Value = value }
/// Create a less than (<) field criterion
static member Less<'T> name (value: 'T) =
Field.Where name (Less value)
/// Create a less than (<) field criterion (alias)
static member LT<'T> name (value: 'T) = Field.Less name value
static member LT name (value: obj) =
{ Name = name; Op = LT; Value = value }
/// Create a less than or equal to (<=) field criterion
static member LessOrEqual<'T> name (value: 'T) =
Field.Where name (LessOrEqual value)
/// Create a less than or equal to (<=) field criterion (alias)
static member LE<'T> name (value: 'T) = Field.LessOrEqual name value
static member LE name (value: obj) =
{ Name = name; Op = LE; Value = value }
/// Create a not equals (<>) field criterion
static member NotEqual<'T> name (value: 'T) =
Field.Where name (NotEqual value)
static member NE name (value: obj) =
{ Name = name; Op = NE; Value = value }
/// Create a not equals (<>) field criterion (alias)
static member NE<'T> name (value: 'T) = Field.NotEqual name value
/// Create a Between field criterion
static member Between<'T> name (min: 'T) (max: 'T) =
Field.Where name (Between(min, max))
/// Create a Between field criterion (alias)
static member BT<'T> name (min: 'T) (max: 'T) = Field.Between name min max
/// Create an In field criterion
static member In<'T> name (values: 'T seq) =
Field.Where name (In (Seq.map box values))
/// Create an In field criterion (alias)
static member IN<'T> name (values: 'T seq) = Field.In name values
/// Create an InArray field criterion
static member InArray<'T> name tableName (values: 'T seq) =
Field.Where name (InArray(tableName, Seq.map box values))
/// Create a BETWEEN field criterion
static member BT name (min: obj) (max: obj) =
{ Name = name; Op = BT; Value = [ min; max ] }
/// Create an exists (IS NOT NULL) field criterion
static member Exists name =
Field.Where name Exists
/// Create an exists (IS NOT NULL) field criterion (alias)
static member EX name = Field.Exists name
static member EX name =
{ Name = name; Op = EX; Value = obj () }
/// Create a not exists (IS NULL) field criterion
static member NotExists name =
Field.Where name NotExists
/// Create a not exists (IS NULL) field criterion (alias)
static member NEX name = Field.NotExists name
/// Transform a field name (a.b.c) to a path for the given SQL dialect
static member NameToPath (name: string) dialect format =
let path =
if name.Contains '.' then
match dialect with
| PostgreSQL ->
(match format with AsJson -> "#>" | AsSql -> "#>>")
+ "'{" + String.concat "," (name.Split '.') + "}'"
| SQLite ->
let parts = name.Split '.'
let last = Array.last parts
let final = (match format with AsJson -> "'->'" | AsSql -> "'->>'") + $"{last}'"
"->'" + String.concat "'->'" (Array.truncate (Array.length parts - 1) parts) + final
else
match format with AsJson -> $"->'{name}'" | AsSql -> $"->>'{name}'"
$"data{path}"
/// Create a field with a given name, but no other properties filled (op will be EQ, value will be "")
static member Named name =
Field.Where name (Equal "")
/// Specify the name of the parameter for this field
member this.WithParameterName name =
{ this with ParameterName = Some name }
/// Specify a qualifier (alias) for the table from which this field will be referenced
member this.WithQualifier alias =
{ this with Qualifier = Some alias }
/// Get the qualified path to the field
member this.Path dialect format =
(this.Qualifier |> Option.map (fun q -> $"{q}.") |> Option.defaultValue "")
+ Field.NameToPath this.Name dialect format
/// How fields should be matched
[<Struct>]
type FieldMatch =
/// Any field matches (OR)
| Any
/// All fields match (AND)
| All
/// The SQL value implementing each matching strategy
override this.ToString() =
match this with Any -> "OR" | All -> "AND"
/// Derive parameter names (each instance wraps a counter to uniquely name anonymous fields)
type ParameterName() =
/// The counter for the next field value
let mutable currentIdx = -1
/// Return the specified name for the parameter, or an anonymous parameter name if none is specified
member this.Derive paramName =
match paramName with
| Some it -> it
| None ->
currentIdx <- currentIdx + 1
$"@field{currentIdx}"
#if NET6_0
open System.Text
#endif
/// Automatically-generated document ID strategies
[<Struct>]
type AutoId =
/// No automatic IDs will be generated
| Disabled
/// Generate a MAX-plus-1 numeric value for documents
| Number
/// Generate a GUID for each document (as a lowercase, no-dashes, 32-character string)
| Guid
/// Generate a random string of hexadecimal characters for each document
| RandomString
with
/// Generate a GUID string
static member GenerateGuid () =
System.Guid.NewGuid().ToString "N"
/// Generate a string of random hexadecimal characters
static member GenerateRandomString (length: int) =
#if NET8_0_OR_GREATER
RandomNumberGenerator.GetHexString(length, lowercase = true)
#else
RandomNumberGenerator.GetBytes((length / 2) + 1)
|> Array.fold (fun (str: StringBuilder) byt -> str.Append(byt.ToString "x2")) (StringBuilder length)
|> function it -> it.Length <- length; it.ToString()
#endif
/// Does the given document need an automatic ID generated?
static member NeedsAutoId<'T> strategy (document: 'T) idProp =
match strategy with
| Disabled -> false
| _ ->
let prop = document.GetType().GetProperty idProp
if isNull prop then invalidOp $"{idProp} not found in document"
else
match strategy with
| Number ->
if prop.PropertyType = typeof<int8> then
let value = prop.GetValue document :?> int8
value = int8 0
elif prop.PropertyType = typeof<int16> then
let value = prop.GetValue document :?> int16
value = int16 0
elif prop.PropertyType = typeof<int> then
let value = prop.GetValue document :?> int
value = 0
elif prop.PropertyType = typeof<int64> then
let value = prop.GetValue document :?> int64
value = int64 0
else invalidOp "Document ID was not a number; cannot auto-generate a Number ID"
| Guid | RandomString ->
if prop.PropertyType = typeof<string> then
let value =
prop.GetValue document
|> Option.ofObj
|> Option.map (fun it -> it :?> string)
|> Option.defaultValue ""
value = ""
else invalidOp "Document ID was not a string; cannot auto-generate GUID or random string"
| Disabled -> false
static member NEX name =
{ Name = name; Op = NEX; Value = obj () }
/// The required document serialization implementation
@ -329,7 +135,7 @@ module Configuration =
serializerValue
/// The serialized name of the ID field for documents
let mutable private idFieldValue = "Id"
let mutable idFieldValue = "Id"
/// Specify the name of the ID field for documents
[<CompiledName "UseIdField">]
@ -341,41 +147,15 @@ module Configuration =
let idField () =
idFieldValue
/// The automatic ID strategy used by the library
let mutable private autoIdValue = Disabled
/// Specify the automatic ID generation strategy used by the library
[<CompiledName "UseAutoIdStrategy">]
let useAutoIdStrategy it =
autoIdValue <- it
/// Retrieve the currently configured automatic ID generation strategy
[<CompiledName "AutoIdStrategy">]
let autoIdStrategy () =
autoIdValue
/// The length of automatically generated random strings
let mutable private idStringLengthValue = 16
/// Specify the length of automatically generated random strings
[<CompiledName "UseIdStringLength">]
let useIdStringLength length =
idStringLengthValue <- length
/// Retrieve the currently configured length of automatically generated random strings
[<CompiledName "IdStringLength">]
let idStringLength () =
idStringLengthValue
/// Query construction functions
[<RequireQualifiedAccess>]
module Query =
/// Combine a query (select, update, etc.) and a WHERE clause
[<CompiledName "StatementWhere">]
let statementWhere statement where =
$"%s{statement} WHERE %s{where}"
/// Create a SELECT clause to retrieve the document data from the given table
[<CompiledName "SelectFromTable">]
let selectFromTable tableName =
$"SELECT data FROM %s{tableName}"
/// Queries to define tables and indexes
module Definition =
@ -392,7 +172,7 @@ module Query =
/// SQL statement to create an index on one or more fields in a JSON document
[<CompiledName "EnsureIndexOn">]
let ensureIndexOn tableName indexName (fields: string seq) dialect =
let ensureIndexOn tableName indexName (fields: string seq) =
let _, tbl = splitSchemaAndTable tableName
let jsonFields =
fields
@ -400,14 +180,14 @@ module Query =
let parts = it.Split ' '
let fieldName = if Array.length parts = 1 then it else parts[0]
let direction = if Array.length parts < 2 then "" else $" {parts[1]}"
$"({Field.NameToPath fieldName dialect AsSql}){direction}")
$"(data ->> '{fieldName}'){direction}")
|> String.concat ", "
$"CREATE INDEX IF NOT EXISTS idx_{tbl}_%s{indexName} ON {tableName} ({jsonFields})"
/// SQL statement to create a key index for a document table
[<CompiledName "EnsureKey">]
let ensureKey tableName dialect =
(ensureIndexOn tableName "key" [ Configuration.idField () ] dialect).Replace("INDEX", "UNIQUE INDEX")
let ensureKey tableName =
(ensureIndexOn tableName "key" [ Configuration.idField () ]).Replace("INDEX", "UNIQUE INDEX")
/// Query to insert a document
[<CompiledName "Insert">]
@ -421,58 +201,3 @@ module Query =
"INSERT INTO %s VALUES (@data) ON CONFLICT ((data->>'%s')) DO UPDATE SET data = EXCLUDED.data"
tableName (Configuration.idField ())
/// Query to count documents in a table (no WHERE clause)
[<CompiledName "Count">]
let count tableName =
$"SELECT COUNT(*) AS it FROM %s{tableName}"
/// Query to check for document existence in a table
[<CompiledName "Exists">]
let exists tableName where =
$"SELECT EXISTS (SELECT 1 FROM %s{tableName} WHERE %s{where}) AS it"
/// Query to select documents from a table (no WHERE clause)
[<CompiledName "Find">]
let find tableName =
$"SELECT data FROM %s{tableName}"
/// Query to update a document (no WHERE clause)
[<CompiledName "Update">]
let update tableName =
$"UPDATE %s{tableName} SET data = @data"
/// Query to delete documents from a table (no WHERE clause)
[<CompiledName "Delete">]
let delete tableName =
$"DELETE FROM %s{tableName}"
/// Create a SELECT clause to retrieve the document data from the given table
[<CompiledName "SelectFromTable">]
[<System.Obsolete "Use Find instead">]
let selectFromTable tableName =
find tableName
/// Create an ORDER BY clause for the given fields
[<CompiledName "OrderBy">]
let orderBy fields dialect =
if Seq.isEmpty fields then ""
else
fields
|> Seq.map (fun it ->
if it.Name.Contains ' ' then
let parts = it.Name.Split ' '
{ it with Name = parts[0] }, Some $""" {parts |> Array.skip 1 |> String.concat " "}"""
else it, None)
|> Seq.map (fun (field, direction) ->
if field.Name.StartsWith "n:" then
let f = { field with Name = field.Name[2..] }
match dialect with
| PostgreSQL -> $"({f.Path PostgreSQL AsSql})::numeric"
| SQLite -> f.Path SQLite AsSql
elif field.Name.StartsWith "i:" then
let p = { field with Name = field.Name[2..] }.Path dialect AsSql
match dialect with PostgreSQL -> $"LOWER({p})" | SQLite -> $"{p} COLLATE NOCASE"
else field.Path dialect AsSql
|> function path -> path + defaultArg direction "")
|> String.concat ", "
|> function it -> $" ORDER BY {it}"

18
src/Directory.Build.props
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@ -3,20 +3,10 @@
<TargetFrameworks>net6.0;net8.0</TargetFrameworks>
<DebugType>embedded</DebugType>
<GenerateDocumentationFile>false</GenerateDocumentationFile>
<AssemblyVersion>4.0.0.0</AssemblyVersion>
<FileVersion>4.0.0.0</FileVersion>
<VersionPrefix>4.0.0</VersionPrefix>
<VersionSuffix>rc5</VersionSuffix>
<PackageReleaseNotes>From v3.1: (see project site for breaking changes and compatibility)
- Change ByField to ByFields
- Support dot-access to nested document fields
- Add Find*Ordered functions/methods
Release Candidate Changes:
- from v4-rc4: Field construction functions are now generic.
- from v4-rc3: Add In/InArray field comparisons, revamp internal comparison handling.
- from v4-rc2: preserve additional ORDER BY qualifiers.
- from v4-rc1: add case-insensitive ordering.</PackageReleaseNotes>
<AssemblyVersion>3.1.0.0</AssemblyVersion>
<FileVersion>3.1.0.0</FileVersion>
<VersionPrefix>3.1.0</VersionPrefix>
<PackageReleaseNotes>Add BT (between) operator; drop .NET 7 support</PackageReleaseNotes>
<Authors>danieljsummers</Authors>
<Company>Bit Badger Solutions</Company>
<PackageReadmeFile>README.md</PackageReadmeFile>

2
src/Postgres/BitBadger.Documents.Postgres.fsproj
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@ -2,13 +2,13 @@
<PropertyGroup>
<Description>Use PostgreSQL as a document database</Description>
<PackageReleaseNotes>v3 release; official replacement for BitBadger.Npgsql.Documents</PackageReleaseNotes>
<PackageTags>JSON Document PostgreSQL Npgsql</PackageTags>
</PropertyGroup>
<ItemGroup>
<Compile Include="Library.fs" />
<Compile Include="Extensions.fs" />
<Compile Include="Compat.fs" />
<None Include="README.md" Pack="true" PackagePath="\" />
<None Include="..\icon.png" Pack="true" PackagePath="\" />
</ItemGroup>

270
src/Postgres/Compat.fs
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@ -1,270 +0,0 @@
namespace BitBadger.Documents.Postgres.Compat
open BitBadger.Documents
open BitBadger.Documents.Postgres
[<AutoOpen>]
module Parameters =
/// Create a JSON field parameter
[<CompiledName "AddField">]
[<System.Obsolete "Use addFieldParams (F#) / AddFields (C#) instead ~ will be removed in v4.1">]
let addFieldParam name field parameters =
addFieldParams [ { field with ParameterName = Some name } ] parameters
/// Append JSON field name parameters for the given field names to the given parameters
[<CompiledName "FieldName">]
[<System.Obsolete "Use fieldNameParams (F#) / FieldNames (C#) instead ~ will be removed in v4.1">]
let fieldNameParam fieldNames =
fieldNameParams fieldNames
[<RequireQualifiedAccess>]
module Query =
/// Create a WHERE clause fragment to implement a comparison on a field in a JSON document
[<CompiledName "WhereByField">]
[<System.Obsolete "Use WhereByFields instead ~ will be removed in v4.1">]
let whereByField field paramName =
Query.whereByFields Any [ { field with ParameterName = Some paramName } ]
module WithProps =
[<RequireQualifiedAccess>]
module Count =
/// Count matching documents using a JSON field comparison (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field sqlProps =
WithProps.Count.byFields tableName Any [ field ] sqlProps
[<RequireQualifiedAccess>]
module Exists =
/// Determine if a document exists using a JSON field comparison (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field sqlProps =
WithProps.Exists.byFields tableName Any [ field ] sqlProps
[<RequireQualifiedAccess>]
module Find =
/// Retrieve documents matching a JSON field comparison (->> =)
[<CompiledName "FSharpByField">]
[<System.Obsolete "Use byFields instead ~ will be removed in v4.1">]
let byField<'TDoc> tableName field sqlProps =
WithProps.Find.byFields<'TDoc> tableName Any [ field ] sqlProps
/// Retrieve documents matching a JSON field comparison (->> =)
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let ByField<'TDoc>(tableName, field, sqlProps) =
WithProps.Find.ByFields<'TDoc>(tableName, Any, Seq.singleton field, sqlProps)
/// Retrieve the first document matching a JSON field comparison (->> =); returns None if not found
[<CompiledName "FSharpFirstByField">]
[<System.Obsolete "Use firstByFields instead ~ will be removed in v4.1">]
let firstByField<'TDoc> tableName field sqlProps =
WithProps.Find.firstByFields<'TDoc> tableName Any [ field ] sqlProps
/// Retrieve the first document matching a JSON field comparison (->> =); returns null if not found
[<System.Obsolete "Use FirstByFields instead ~ will be removed in v4.1">]
let FirstByField<'TDoc when 'TDoc: null>(tableName, field, sqlProps) =
WithProps.Find.FirstByFields<'TDoc>(tableName, Any, Seq.singleton field, sqlProps)
[<RequireQualifiedAccess>]
module Patch =
/// Patch documents using a JSON field comparison query in the WHERE clause (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field (patch: 'TPatch) sqlProps =
WithProps.Patch.byFields tableName Any [ field ] patch sqlProps
[<RequireQualifiedAccess>]
module RemoveFields =
/// Remove fields from documents via a comparison on a JSON field in the document
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field fieldNames sqlProps =
WithProps.RemoveFields.byFields tableName Any [ field ] fieldNames sqlProps
[<RequireQualifiedAccess>]
module Delete =
/// Delete documents by matching a JSON field comparison query (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field sqlProps =
WithProps.Delete.byFields tableName Any [ field ] sqlProps
[<RequireQualifiedAccess>]
module Count =
/// Count matching documents using a JSON field comparison (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field =
Count.byFields tableName Any [ field ]
[<RequireQualifiedAccess>]
module Exists =
/// Determine if a document exists using a JSON field comparison (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field =
Exists.byFields tableName Any [ field ]
[<RequireQualifiedAccess>]
module Find =
/// Retrieve documents matching a JSON field comparison (->> =)
[<CompiledName "FSharpByField">]
[<System.Obsolete "Use byFields instead ~ will be removed in v4.1">]
let byField<'TDoc> tableName field =
Find.byFields<'TDoc> tableName Any [ field ]
/// Retrieve documents matching a JSON field comparison (->> =)
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let ByField<'TDoc>(tableName, field) =
Find.ByFields<'TDoc>(tableName, Any, Seq.singleton field)
/// Retrieve the first document matching a JSON field comparison (->> =); returns None if not found
[<CompiledName "FSharpFirstByField">]
[<System.Obsolete "Use firstByFields instead ~ will be removed in v4.1">]
let firstByField<'TDoc> tableName field =
Find.firstByFields<'TDoc> tableName Any [ field ]
/// Retrieve the first document matching a JSON field comparison (->> =); returns null if not found
[<System.Obsolete "Use FirstByFields instead ~ will be removed in v4.1">]
let FirstByField<'TDoc when 'TDoc: null>(tableName, field) =
Find.FirstByFields<'TDoc>(tableName, Any, Seq.singleton field)
[<RequireQualifiedAccess>]
module Patch =
/// Patch documents using a JSON field comparison query in the WHERE clause (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field (patch: 'TPatch) =
Patch.byFields tableName Any [ field ] patch
[<RequireQualifiedAccess>]
module RemoveFields =
/// Remove fields from documents via a comparison on a JSON field in the document
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field fieldNames =
RemoveFields.byFields tableName Any [ field ] fieldNames
[<RequireQualifiedAccess>]
module Delete =
/// Delete documents by matching a JSON field comparison query (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field =
Delete.byFields tableName Any [ field ]
open Npgsql
/// F# Extensions for the NpgsqlConnection type
[<AutoOpen>]
module Extensions =
type NpgsqlConnection with
/// Count matching documents using a JSON field comparison query (->> =)
[<System.Obsolete "Use countByFields instead ~ will be removed in v4.1">]
member conn.countByField tableName field =
conn.countByFields tableName Any [ field ]
/// Determine if documents exist using a JSON field comparison query (->> =)
[<System.Obsolete "Use existsByFields instead ~ will be removed in v4.1">]
member conn.existsByField tableName field =
conn.existsByFields tableName Any [ field ]
/// Retrieve documents matching a JSON field comparison query (->> =)
[<System.Obsolete "Use findByFields instead ~ will be removed in v4.1">]
member conn.findByField<'TDoc> tableName field =
conn.findByFields<'TDoc> tableName Any [ field ]
/// Retrieve the first document matching a JSON field comparison query (->> =); returns None if not found
[<System.Obsolete "Use findFirstByFields instead ~ will be removed in v4.1">]
member conn.findFirstByField<'TDoc> tableName field =
conn.findFirstByFields<'TDoc> tableName Any [ field ]
/// Patch documents using a JSON field comparison query in the WHERE clause (->> =)
[<System.Obsolete "Use patchByFields instead ~ will be removed in v4.1">]
member conn.patchByField tableName field (patch: 'TPatch) =
conn.patchByFields tableName Any [ field ] patch
/// Remove fields from documents via a comparison on a JSON field in the document
[<System.Obsolete "Use removeFieldsByFields instead ~ will be removed in v4.1">]
member conn.removeFieldsByField tableName field fieldNames =
conn.removeFieldsByFields tableName Any [ field ] fieldNames
/// Delete documents by matching a JSON field comparison query (->> =)
[<System.Obsolete "Use deleteByFields instead ~ will be removed in v4.1">]
member conn.deleteByField tableName field =
conn.deleteByFields tableName Any [ field ]
open System.Runtime.CompilerServices
open Npgsql.FSharp
type NpgsqlConnectionCSharpCompatExtensions =
/// Count matching documents using a JSON field comparison query (->> =)
[<Extension>]
[<System.Obsolete "Use CountByFields instead ~ will be removed in v4.1">]
static member inline CountByField(conn, tableName, field) =
WithProps.Count.byFields tableName Any [ field ] (Sql.existingConnection conn)
/// Determine if documents exist using a JSON field comparison query (->> =)
[<Extension>]
[<System.Obsolete "Use ExistsByFields instead ~ will be removed in v4.1">]
static member inline ExistsByField(conn, tableName, field) =
WithProps.Exists.byFields tableName Any [ field ] (Sql.existingConnection conn)
/// Retrieve documents matching a JSON field comparison query (->> =)
[<Extension>]
[<System.Obsolete "Use FindByFields instead ~ will be removed in v4.1">]
static member inline FindByField<'TDoc>(conn, tableName, field) =
WithProps.Find.ByFields<'TDoc>(tableName, Any, [ field ], Sql.existingConnection conn)
/// Retrieve the first document matching a JSON field comparison query (->> =); returns null if not found
[<Extension>]
[<System.Obsolete "Use FindFirstByFields instead ~ will be removed in v4.1">]
static member inline FindFirstByField<'TDoc when 'TDoc: null>(conn, tableName, field) =
WithProps.Find.FirstByFields<'TDoc>(tableName, Any, [ field ], Sql.existingConnection conn)
/// Patch documents using a JSON field comparison query in the WHERE clause (->> =)
[<Extension>]
[<System.Obsolete "Use PatchByFields instead ~ will be removed in v4.1">]
static member inline PatchByField(conn, tableName, field, patch: 'TPatch) =
WithProps.Patch.byFields tableName Any [ field ] patch (Sql.existingConnection conn)
/// Remove fields from documents via a comparison on a JSON field in the document
[<Extension>]
[<System.Obsolete "Use RemoveFieldsByFields instead ~ will be removed in v4.1">]
static member inline RemoveFieldsByField(conn, tableName, field, fieldNames) =
WithProps.RemoveFields.byFields tableName Any [ field ] fieldNames (Sql.existingConnection conn)
/// Delete documents by matching a JSON field comparison query (->> =)
[<Extension>]
[<System.Obsolete "Use DeleteByFields instead ~ will be removed in v4.1">]
static member inline DeleteByField(conn, tableName, field) =
WithProps.Delete.byFields tableName Any [ field ] (Sql.existingConnection conn)

145
src/Postgres/Extensions.fs
View File

@ -50,8 +50,8 @@ module Extensions =
WithProps.Count.all tableName (Sql.existingConnection conn)
/// Count matching documents using a JSON field comparison query (->> =)
member conn.countByFields tableName howMatched fields =
WithProps.Count.byFields tableName howMatched fields (Sql.existingConnection conn)
member conn.countByField tableName field =
WithProps.Count.byField tableName field (Sql.existingConnection conn)
/// Count matching documents using a JSON containment query (@>)
member conn.countByContains tableName criteria =
@ -66,8 +66,8 @@ module Extensions =
WithProps.Exists.byId tableName docId (Sql.existingConnection conn)
/// Determine if documents exist using a JSON field comparison query (->> =)
member conn.existsByFields tableName howMatched fields =
WithProps.Exists.byFields tableName howMatched fields (Sql.existingConnection conn)
member conn.existsByField tableName field =
WithProps.Exists.byField tableName field (Sql.existingConnection conn)
/// Determine if documents exist using a JSON containment query (@>)
member conn.existsByContains tableName criteria =
@ -81,68 +81,34 @@ module Extensions =
member conn.findAll<'TDoc> tableName =
WithProps.Find.all<'TDoc> tableName (Sql.existingConnection conn)
/// Retrieve all documents in the given table ordered by the given fields in the document
member conn.findAllOrdered<'TDoc> tableName orderFields =
WithProps.Find.allOrdered<'TDoc> tableName orderFields (Sql.existingConnection conn)
/// Retrieve a document by its ID; returns None if not found
member conn.findById<'TKey, 'TDoc> tableName docId =
WithProps.Find.byId<'TKey, 'TDoc> tableName docId (Sql.existingConnection conn)
/// Retrieve documents matching a JSON field comparison query (->> =)
member conn.findByFields<'TDoc> tableName howMatched fields =
WithProps.Find.byFields<'TDoc> tableName howMatched fields (Sql.existingConnection conn)
/// Retrieve documents matching a JSON field comparison query (->> =) ordered by the given fields in the
/// document
member conn.findByFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields =
WithProps.Find.byFieldsOrdered<'TDoc>
tableName howMatched queryFields orderFields (Sql.existingConnection conn)
member conn.findByField<'TDoc> tableName field =
WithProps.Find.byField<'TDoc> tableName field (Sql.existingConnection conn)
/// Retrieve documents matching a JSON containment query (@>)
member conn.findByContains<'TDoc> tableName (criteria: obj) =
WithProps.Find.byContains<'TDoc> tableName criteria (Sql.existingConnection conn)
/// Retrieve documents matching a JSON containment query (@>) ordered by the given fields in the document
member conn.findByContainsOrdered<'TDoc> tableName (criteria: obj) orderFields =
WithProps.Find.byContainsOrdered<'TDoc> tableName criteria orderFields (Sql.existingConnection conn)
/// Retrieve documents matching a JSON Path match query (@?)
member conn.findByJsonPath<'TDoc> tableName jsonPath =
WithProps.Find.byJsonPath<'TDoc> tableName jsonPath (Sql.existingConnection conn)
/// Retrieve documents matching a JSON Path match query (@?) ordered by the given fields in the document
member conn.findByJsonPathOrdered<'TDoc> tableName jsonPath orderFields =
WithProps.Find.byJsonPathOrdered<'TDoc> tableName jsonPath orderFields (Sql.existingConnection conn)
/// Retrieve the first document matching a JSON field comparison query (->> =); returns None if not found
member conn.findFirstByFields<'TDoc> tableName howMatched fields =
WithProps.Find.firstByFields<'TDoc> tableName howMatched fields (Sql.existingConnection conn)
/// Retrieve the first document matching a JSON field comparison query (->> =) ordered by the given fields in
/// the document; returns None if not found
member conn.findFirstByFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields =
WithProps.Find.firstByFieldsOrdered<'TDoc>
tableName howMatched queryFields orderFields (Sql.existingConnection conn)
member conn.findFirstByField<'TDoc> tableName field =
WithProps.Find.firstByField<'TDoc> tableName field (Sql.existingConnection conn)
/// Retrieve the first document matching a JSON containment query (@>); returns None if not found
member conn.findFirstByContains<'TDoc> tableName (criteria: obj) =
WithProps.Find.firstByContains<'TDoc> tableName criteria (Sql.existingConnection conn)
/// Retrieve the first document matching a JSON containment query (@>) ordered by the given fields in the
/// document; returns None if not found
member conn.findFirstByContainsOrdered<'TDoc> tableName (criteria: obj) orderFields =
WithProps.Find.firstByContainsOrdered<'TDoc> tableName criteria orderFields (Sql.existingConnection conn)
/// Retrieve the first document matching a JSON Path match query (@?); returns None if not found
member conn.findFirstByJsonPath<'TDoc> tableName jsonPath =
WithProps.Find.firstByJsonPath<'TDoc> tableName jsonPath (Sql.existingConnection conn)
/// Retrieve the first document matching a JSON Path match query (@?) ordered by the given fields in the
/// document; returns None if not found
member conn.findFirstByJsonPathOrdered<'TDoc> tableName jsonPath orderFields =
WithProps.Find.firstByJsonPathOrdered<'TDoc> tableName jsonPath orderFields (Sql.existingConnection conn)
/// Update an entire document by its ID
member conn.updateById tableName (docId: 'TKey) (document: 'TDoc) =
WithProps.Update.byId tableName docId document (Sql.existingConnection conn)
@ -156,8 +122,8 @@ module Extensions =
WithProps.Patch.byId tableName docId patch (Sql.existingConnection conn)
/// Patch documents using a JSON field comparison query in the WHERE clause (->> =)
member conn.patchByFields tableName howMatched fields (patch: 'TPatch) =
WithProps.Patch.byFields tableName howMatched fields patch (Sql.existingConnection conn)
member conn.patchByField tableName field (patch: 'TPatch) =
WithProps.Patch.byField tableName field patch (Sql.existingConnection conn)
/// Patch documents using a JSON containment query in the WHERE clause (@>)
member conn.patchByContains tableName (criteria: 'TCriteria) (patch: 'TPatch) =
@ -171,9 +137,9 @@ module Extensions =
member conn.removeFieldsById tableName (docId: 'TKey) fieldNames =
WithProps.RemoveFields.byId tableName docId fieldNames (Sql.existingConnection conn)
/// Remove fields from documents via a comparison on JSON fields in the document
member conn.removeFieldsByFields tableName howMatched fields fieldNames =
WithProps.RemoveFields.byFields tableName howMatched fields fieldNames (Sql.existingConnection conn)
/// Remove fields from documents via a comparison on a JSON field in the document
member conn.removeFieldsByField tableName field fieldNames =
WithProps.RemoveFields.byField tableName field fieldNames (Sql.existingConnection conn)
/// Remove fields from documents via a JSON containment query (@>)
member conn.removeFieldsByContains tableName (criteria: 'TContains) fieldNames =
@ -187,8 +153,9 @@ module Extensions =
member conn.deleteById tableName (docId: 'TKey) =
WithProps.Delete.byId tableName docId (Sql.existingConnection conn)
member conn.deleteByFields tableName howMatched fields =
WithProps.Delete.byFields tableName howMatched fields (Sql.existingConnection conn)
/// Delete documents by matching a JSON field comparison query (->> =)
member conn.deleteByField tableName field =
WithProps.Delete.byField tableName field (Sql.existingConnection conn)
/// Delete documents by matching a JSON containment query (@>)
member conn.deleteByContains tableName (criteria: 'TContains) =
@ -258,8 +225,8 @@ type NpgsqlConnectionCSharpExtensions =
/// Count matching documents using a JSON field comparison query (->> =)
[<Extension>]
static member inline CountByFields(conn, tableName, howMatched, fields) =
WithProps.Count.byFields tableName howMatched fields (Sql.existingConnection conn)
static member inline CountByField(conn, tableName, field) =
WithProps.Count.byField tableName field (Sql.existingConnection conn)
/// Count matching documents using a JSON containment query (@>)
[<Extension>]
@ -278,8 +245,8 @@ type NpgsqlConnectionCSharpExtensions =
/// Determine if documents exist using a JSON field comparison query (->> =)
[<Extension>]
static member inline ExistsByFields(conn, tableName, howMatched, fields) =
WithProps.Exists.byFields tableName howMatched fields (Sql.existingConnection conn)
static member inline ExistsByField(conn, tableName, field) =
WithProps.Exists.byField tableName field (Sql.existingConnection conn)
/// Determine if documents exist using a JSON containment query (@>)
[<Extension>]
@ -296,11 +263,6 @@ type NpgsqlConnectionCSharpExtensions =
static member inline FindAll<'TDoc>(conn, tableName) =
WithProps.Find.All<'TDoc>(tableName, Sql.existingConnection conn)
/// Retrieve all documents in the given table ordered by the given fields in the document
[<Extension>]
static member inline FindAllOrdered<'TDoc>(conn, tableName, orderFields) =
WithProps.Find.AllOrdered<'TDoc>(tableName, orderFields, Sql.existingConnection conn)
/// Retrieve a document by its ID; returns None if not found
[<Extension>]
static member inline FindById<'TKey, 'TDoc when 'TDoc: null>(conn, tableName, docId: 'TKey) =
@ -308,71 +270,34 @@ type NpgsqlConnectionCSharpExtensions =
/// Retrieve documents matching a JSON field comparison query (->> =)
[<Extension>]
static member inline FindByFields<'TDoc>(conn, tableName, howMatched, fields) =
WithProps.Find.ByFields<'TDoc>(tableName, howMatched, fields, Sql.existingConnection conn)
/// Retrieve documents matching a JSON field comparison query (->> =) ordered by the given fields in the document
[<Extension>]
static member inline FindByFieldsOrdered<'TDoc>(conn, tableName, howMatched, queryFields, orderFields) =
WithProps.Find.ByFieldsOrdered<'TDoc>(
tableName, howMatched, queryFields, orderFields, Sql.existingConnection conn)
static member inline FindByField<'TDoc>(conn, tableName, field) =
WithProps.Find.ByField<'TDoc>(tableName, field, Sql.existingConnection conn)
/// Retrieve documents matching a JSON containment query (@>)
[<Extension>]
static member inline FindByContains<'TDoc>(conn, tableName, criteria: obj) =
WithProps.Find.ByContains<'TDoc>(tableName, criteria, Sql.existingConnection conn)
/// Retrieve documents matching a JSON containment query (@>) ordered by the given fields in the document
[<Extension>]
static member inline FindByContainsOrdered<'TDoc>(conn, tableName, criteria: obj, orderFields) =
WithProps.Find.ByContainsOrdered<'TDoc>(tableName, criteria, orderFields, Sql.existingConnection conn)
/// Retrieve documents matching a JSON Path match query (@?)
[<Extension>]
static member inline FindByJsonPath<'TDoc>(conn, tableName, jsonPath) =
WithProps.Find.ByJsonPath<'TDoc>(tableName, jsonPath, Sql.existingConnection conn)
/// Retrieve documents matching a JSON Path match query (@?) ordered by the given fields in the document
/// Retrieve the first document matching a JSON field comparison query (->> =); returns None if not found
[<Extension>]
static member inline FindByJsonPathOrdered<'TDoc>(conn, tableName, jsonPath, orderFields) =
WithProps.Find.ByJsonPathOrdered<'TDoc>(tableName, jsonPath, orderFields, Sql.existingConnection conn)
/// Retrieve the first document matching a JSON field comparison query (->> =); returns null if not found
[<Extension>]
static member inline FindFirstByFields<'TDoc when 'TDoc: null>(conn, tableName, howMatched, fields) =
WithProps.Find.FirstByFields<'TDoc>(tableName, howMatched, fields, Sql.existingConnection conn)
/// Retrieve the first document matching a JSON field comparison query (->> =) ordered by the given fields in the
/// document; returns null if not found
[<Extension>]
static member inline FindFirstByFieldsOrdered<'TDoc when 'TDoc: null>(
conn, tableName, howMatched, queryFields, orderFields) =
WithProps.Find.FirstByFieldsOrdered<'TDoc>(
tableName, howMatched, queryFields, orderFields, Sql.existingConnection conn)
static member inline FindFirstByField<'TDoc when 'TDoc: null>(conn, tableName, field) =
WithProps.Find.FirstByField<'TDoc>(tableName, field, Sql.existingConnection conn)
/// Retrieve the first document matching a JSON containment query (@>); returns None if not found
[<Extension>]
static member inline FindFirstByContains<'TDoc when 'TDoc: null>(conn, tableName, criteria: obj) =
WithProps.Find.FirstByContains<'TDoc>(tableName, criteria, Sql.existingConnection conn)
/// Retrieve the first document matching a JSON containment query (@>) ordered by the given fields in the document;
/// returns None if not found
[<Extension>]
static member inline FindFirstByContainsOrdered<'TDoc when 'TDoc: null>(
conn, tableName, criteria: obj, orderFields) =
WithProps.Find.FirstByContainsOrdered<'TDoc>(tableName, criteria, orderFields, Sql.existingConnection conn)
/// Retrieve the first document matching a JSON Path match query (@?); returns None if not found
[<Extension>]
static member inline FindFirstByJsonPath<'TDoc when 'TDoc: null>(conn, tableName, jsonPath) =
WithProps.Find.FirstByJsonPath<'TDoc>(tableName, jsonPath, Sql.existingConnection conn)
/// Retrieve the first document matching a JSON Path match query (@?) ordered by the given fields in the document;
/// returns None if not found
[<Extension>]
static member inline FindFirstByJsonPathOrdered<'TDoc when 'TDoc: null>(conn, tableName, jsonPath, orderFields) =
WithProps.Find.FirstByJsonPathOrdered<'TDoc>(tableName, jsonPath, orderFields, Sql.existingConnection conn)
/// Update an entire document by its ID
[<Extension>]
static member inline UpdateById(conn, tableName, docId: 'TKey, document: 'TDoc) =
@ -390,8 +315,8 @@ type NpgsqlConnectionCSharpExtensions =
/// Patch documents using a JSON field comparison query in the WHERE clause (->> =)
[<Extension>]
static member inline PatchByFields(conn, tableName, howMatched, fields, patch: 'TPatch) =
WithProps.Patch.byFields tableName howMatched fields patch (Sql.existingConnection conn)
static member inline PatchByField(conn, tableName, field, patch: 'TPatch) =
WithProps.Patch.byField tableName field patch (Sql.existingConnection conn)
/// Patch documents using a JSON containment query in the WHERE clause (@>)
[<Extension>]
@ -406,22 +331,22 @@ type NpgsqlConnectionCSharpExtensions =
/// Remove fields from a document by the document's ID
[<Extension>]
static member inline RemoveFieldsById(conn, tableName, docId: 'TKey, fieldNames) =
WithProps.RemoveFields.byId tableName docId fieldNames (Sql.existingConnection conn)
WithProps.RemoveFields.ById(tableName, docId, fieldNames, Sql.existingConnection conn)
/// Remove fields from documents via a comparison on JSON fields in the document
/// Remove fields from documents via a comparison on a JSON field in the document
[<Extension>]
static member inline RemoveFieldsByFields(conn, tableName, howMatched, fields, fieldNames) =
WithProps.RemoveFields.byFields tableName howMatched fields fieldNames (Sql.existingConnection conn)
static member inline RemoveFieldsByField(conn, tableName, field, fieldNames) =
WithProps.RemoveFields.ByField(tableName, field, fieldNames, Sql.existingConnection conn)
/// Remove fields from documents via a JSON containment query (@>)
[<Extension>]
static member inline RemoveFieldsByContains(conn, tableName, criteria: 'TContains, fieldNames) =
WithProps.RemoveFields.byContains tableName criteria fieldNames (Sql.existingConnection conn)
WithProps.RemoveFields.ByContains(tableName, criteria, fieldNames, Sql.existingConnection conn)
/// Remove fields from documents via a JSON Path match query (@?)
[<Extension>]
static member inline RemoveFieldsByJsonPath(conn, tableName, jsonPath, fieldNames) =
WithProps.RemoveFields.byJsonPath tableName jsonPath fieldNames (Sql.existingConnection conn)
WithProps.RemoveFields.ByJsonPath(tableName, jsonPath, fieldNames, Sql.existingConnection conn)
/// Delete a document by its ID
[<Extension>]
@ -430,8 +355,8 @@ type NpgsqlConnectionCSharpExtensions =
/// Delete documents by matching a JSON field comparison query (->> =)
[<Extension>]
static member inline DeleteByFields(conn, tableName, howMatched, fields) =
WithProps.Delete.byFields tableName howMatched fields (Sql.existingConnection conn)
static member inline DeleteByField(conn, tableName, field) =
WithProps.Delete.byField tableName field (Sql.existingConnection conn)
/// Delete documents by matching a JSON containment query (@>)
[<Extension>]

793
src/Postgres/Library.fs
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File diff suppressed because it is too large Load Diff

2
src/Postgres/README.md
View File

@ -66,7 +66,7 @@ var customer = await Find.ById<string, Customer>("customer", "123");
// Find.byId type signature is string -> 'TKey -> Task<'TDoc option>
let! customer = Find.byId<string, Customer> "customer" "123"
```
_(keys are treated as strings or numbers depending on their defintion; however, they are indexed as strings)_
_(keys are treated as strings in the database)_
Count customers in Atlanta (using JSON containment):

2
src/Sqlite/BitBadger.Documents.Sqlite.fsproj
View File

@ -2,13 +2,13 @@
<PropertyGroup>
<Description>Use SQLite as a document database</Description>
<PackageReleaseNotes>Overall v3 release; initial release supporting SQLite</PackageReleaseNotes>
<PackageTags>JSON Document SQLite</PackageTags>
</PropertyGroup>
<ItemGroup>
<Compile Include="Library.fs" />
<Compile Include="Extensions.fs" />
<Compile Include="Compat.fs" />
<None Include="README.md" Pack="true" PackagePath="\" />
<None Include="..\icon.png" Pack="true" PackagePath="\" />
</ItemGroup>

269
src/Sqlite/Compat.fs
View File

@ -1,269 +0,0 @@
namespace BitBadger.Documents.Sqlite.Compat
open BitBadger.Documents
open BitBadger.Documents.Sqlite
[<AutoOpen>]
module Parameters =
/// Create a JSON field parameter
[<CompiledName "AddField">]
[<System.Obsolete "Use addFieldParams (F#) / AddFields (C#) instead ~ will be removed in v4.1">]
let addFieldParam name field parameters =
addFieldParams [ { field with ParameterName = Some name } ] parameters
/// Append JSON field name parameters for the given field names to the given parameters
[<CompiledName "FieldName">]
[<System.Obsolete "Use fieldNameParams (F#) / FieldNames (C#) instead ~ will be removed in v4.1">]
let fieldNameParam fieldNames =
fieldNameParams fieldNames
[<RequireQualifiedAccess>]
module Query =
/// Create a WHERE clause fragment to implement a comparison on a field in a JSON document
[<CompiledName "WhereByField">]
[<System.Obsolete "Use WhereByFields instead ~ will be removed in v4.1">]
let whereByField field paramName =
Query.whereByFields Any [ { field with ParameterName = Some paramName } ]
module WithConn =
[<RequireQualifiedAccess>]
module Count =
/// Count matching documents using a JSON field comparison (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field conn =
WithConn.Count.byFields tableName Any [ field ] conn
[<RequireQualifiedAccess>]
module Exists =
/// Determine if a document exists using a JSON field comparison (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field conn =
WithConn.Exists.byFields tableName Any [ field ] conn
[<RequireQualifiedAccess>]
module Find =
/// Retrieve documents matching a JSON field comparison (->> =)
[<CompiledName "FSharpByField">]
[<System.Obsolete "Use byFields instead ~ will be removed in v4.1">]
let byField<'TDoc> tableName field conn =
WithConn.Find.byFields<'TDoc> tableName Any [ field ] conn
/// Retrieve documents matching a JSON field comparison (->> =)
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let ByField<'TDoc>(tableName, field, conn) =
WithConn.Find.ByFields<'TDoc>(tableName, Any, Seq.singleton field, conn)
/// Retrieve the first document matching a JSON field comparison (->> =); returns None if not found
[<CompiledName "FSharpFirstByField">]
[<System.Obsolete "Use firstByFields instead ~ will be removed in v4.1">]
let firstByField<'TDoc> tableName field conn =
WithConn.Find.firstByFields<'TDoc> tableName Any [ field ] conn
/// Retrieve the first document matching a JSON field comparison (->> =); returns null if not found
[<System.Obsolete "Use FirstByFields instead ~ will be removed in v4.1">]
let FirstByField<'TDoc when 'TDoc: null>(tableName, field, conn) =
WithConn.Find.FirstByFields<'TDoc>(tableName, Any, Seq.singleton field, conn)
[<RequireQualifiedAccess>]
module Patch =
/// Patch documents using a JSON field comparison query in the WHERE clause (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field (patch: 'TPatch) conn =
WithConn.Patch.byFields tableName Any [ field ] patch conn
[<RequireQualifiedAccess>]
module RemoveFields =
/// Remove fields from documents via a comparison on a JSON field in the document
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field fieldNames conn =
WithConn.RemoveFields.byFields tableName Any [ field ] fieldNames conn
[<RequireQualifiedAccess>]
module Delete =
/// Delete documents by matching a JSON field comparison query (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field conn =
WithConn.Delete.byFields tableName Any [ field ] conn
[<RequireQualifiedAccess>]
module Count =
/// Count matching documents using a JSON field comparison (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field =
Count.byFields tableName Any [ field ]
[<RequireQualifiedAccess>]
module Exists =
/// Determine if a document exists using a JSON field comparison (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field =
Exists.byFields tableName Any [ field ]
[<RequireQualifiedAccess>]
module Find =
/// Retrieve documents matching a JSON field comparison (->> =)
[<CompiledName "FSharpByField">]
[<System.Obsolete "Use byFields instead ~ will be removed in v4.1">]
let byField<'TDoc> tableName field =
Find.byFields<'TDoc> tableName Any [ field ]
/// Retrieve documents matching a JSON field comparison (->> =)
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let ByField<'TDoc>(tableName, field) =
Find.ByFields<'TDoc>(tableName, Any, Seq.singleton field)
/// Retrieve the first document matching a JSON field comparison (->> =); returns None if not found
[<CompiledName "FSharpFirstByField">]
[<System.Obsolete "Use firstByFields instead ~ will be removed in v4.1">]
let firstByField<'TDoc> tableName field =
Find.firstByFields<'TDoc> tableName Any [ field ]
/// Retrieve the first document matching a JSON field comparison (->> =); returns null if not found
[<System.Obsolete "Use FirstByFields instead ~ will be removed in v4.1">]
let FirstByField<'TDoc when 'TDoc: null>(tableName, field) =
Find.FirstByFields<'TDoc>(tableName, Any, Seq.singleton field)
[<RequireQualifiedAccess>]
module Patch =
/// Patch documents using a JSON field comparison query in the WHERE clause (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field (patch: 'TPatch) =
Patch.byFields tableName Any [ field ] patch
[<RequireQualifiedAccess>]
module RemoveFields =
/// Remove fields from documents via a comparison on a JSON field in the document
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field fieldNames =
RemoveFields.byFields tableName Any [ field ] fieldNames
[<RequireQualifiedAccess>]
module Delete =
/// Delete documents by matching a JSON field comparison query (->> =)
[<CompiledName "ByField">]
[<System.Obsolete "Use ByFields instead ~ will be removed in v4.1">]
let byField tableName field =
Delete.byFields tableName Any [ field ]
open Microsoft.Data.Sqlite
/// F# Extensions for the NpgsqlConnection type
[<AutoOpen>]
module Extensions =
type SqliteConnection with
/// Count matching documents using a JSON field comparison query (->> =)
[<System.Obsolete "Use countByFields instead ~ will be removed in v4.1">]
member conn.countByField tableName field =
conn.countByFields tableName Any [ field ]
/// Determine if documents exist using a JSON field comparison query (->> =)
[<System.Obsolete "Use existsByFields instead ~ will be removed in v4.1">]
member conn.existsByField tableName field =
conn.existsByFields tableName Any [ field ]
/// Retrieve documents matching a JSON field comparison query (->> =)
[<System.Obsolete "Use findByFields instead ~ will be removed in v4.1">]
member conn.findByField<'TDoc> tableName field =
conn.findByFields<'TDoc> tableName Any [ field ]
/// Retrieve the first document matching a JSON field comparison query (->> =); returns None if not found
[<System.Obsolete "Use findFirstByFields instead ~ will be removed in v4.1">]
member conn.findFirstByField<'TDoc> tableName field =
conn.findFirstByFields<'TDoc> tableName Any [ field ]
/// Patch documents using a JSON field comparison query in the WHERE clause (->> =)
[<System.Obsolete "Use patchByFields instead ~ will be removed in v4.1">]
member conn.patchByField tableName field (patch: 'TPatch) =
conn.patchByFields tableName Any [ field ] patch
/// Remove fields from documents via a comparison on a JSON field in the document
[<System.Obsolete "Use removeFieldsByFields instead ~ will be removed in v4.1">]
member conn.removeFieldsByField tableName field fieldNames =
conn.removeFieldsByFields tableName Any [ field ] fieldNames
/// Delete documents by matching a JSON field comparison query (->> =)
[<System.Obsolete "Use deleteByFields instead ~ will be removed in v4.1">]
member conn.deleteByField tableName field =
conn.deleteByFields tableName Any [ field ]
open System.Runtime.CompilerServices
type SqliteConnectionCSharpCompatExtensions =
/// Count matching documents using a JSON field comparison query (->> =)
[<Extension>]
[<System.Obsolete "Use CountByFields instead ~ will be removed in v4.1">]
static member inline CountByField(conn, tableName, field) =
WithConn.Count.byFields tableName Any [ field ] conn
/// Determine if documents exist using a JSON field comparison query (->> =)
[<Extension>]
[<System.Obsolete "Use ExistsByFields instead ~ will be removed in v4.1">]
static member inline ExistsByField(conn, tableName, field) =
WithConn.Exists.byFields tableName Any [ field ] conn
/// Retrieve documents matching a JSON field comparison query (->> =)
[<Extension>]
[<System.Obsolete "Use FindByFields instead ~ will be removed in v4.1">]
static member inline FindByField<'TDoc>(conn, tableName, field) =
WithConn.Find.ByFields<'TDoc>(tableName, Any, [ field ], conn)
/// Retrieve the first document matching a JSON field comparison query (->> =); returns null if not found
[<Extension>]
[<System.Obsolete "Use FindFirstByFields instead ~ will be removed in v4.1">]
static member inline FindFirstByField<'TDoc when 'TDoc: null>(conn, tableName, field) =
WithConn.Find.FirstByFields<'TDoc>(tableName, Any, [ field ], conn)
/// Patch documents using a JSON field comparison query in the WHERE clause (->> =)
[<Extension>]
[<System.Obsolete "Use PatchByFields instead ~ will be removed in v4.1">]
static member inline PatchByField(conn, tableName, field, patch: 'TPatch) =
WithConn.Patch.byFields tableName Any [ field ] patch conn
/// Remove fields from documents via a comparison on a JSON field in the document
[<Extension>]
[<System.Obsolete "Use RemoveFieldsByFields instead ~ will be removed in v4.1">]
static member inline RemoveFieldsByField(conn, tableName, field, fieldNames) =
WithConn.RemoveFields.byFields tableName Any [ field ] fieldNames conn
/// Delete documents by matching a JSON field comparison query (->> =)
[<Extension>]
[<System.Obsolete "Use DeleteByFields instead ~ will be removed in v4.1">]
static member inline DeleteByField(conn, tableName, field) =
WithConn.Delete.byFields tableName Any [ field ] conn

127
src/Sqlite/Extensions.fs
View File

@ -1,6 +1,5 @@
namespace BitBadger.Documents.Sqlite
open BitBadger.Documents
open Microsoft.Data.Sqlite
/// F# extensions for the SqliteConnection type
@ -35,56 +34,43 @@ module Extensions =
/// Insert a new document
member conn.insert<'TDoc> tableName (document: 'TDoc) =
WithConn.Document.insert<'TDoc> tableName document conn
WithConn.insert<'TDoc> tableName document conn
/// Save a document, inserting it if it does not exist and updating it if it does (AKA "upsert")
member conn.save<'TDoc> tableName (document: 'TDoc) =
WithConn.Document.save tableName document conn
WithConn.save tableName document conn
/// Count all documents in a table
member conn.countAll tableName =
WithConn.Count.all tableName conn
/// Count matching documents using a comparison on JSON fields
member conn.countByFields tableName howMatched fields =
WithConn.Count.byFields tableName howMatched fields conn
/// Count matching documents using a comparison on a JSON field
member conn.countByField tableName field =
WithConn.Count.byField tableName field conn
/// Determine if a document exists for the given ID
member conn.existsById tableName (docId: 'TKey) =
WithConn.Exists.byId tableName docId conn
/// Determine if a document exists using a comparison on JSON fields
member conn.existsByFields tableName howMatched fields =
WithConn.Exists.byFields tableName howMatched fields conn
/// Determine if a document exists using a comparison on a JSON field
member conn.existsByField tableName field =
WithConn.Exists.byField tableName field conn
/// Retrieve all documents in the given table
member conn.findAll<'TDoc> tableName =
WithConn.Find.all<'TDoc> tableName conn
/// Retrieve all documents in the given table ordered by the given fields in the document
member conn.findAllOrdered<'TDoc> tableName orderFields =
WithConn.Find.allOrdered<'TDoc> tableName orderFields conn
/// Retrieve a document by its ID
member conn.findById<'TKey, 'TDoc> tableName (docId: 'TKey) =
WithConn.Find.byId<'TKey, 'TDoc> tableName docId conn
/// Retrieve documents via a comparison on JSON fields
member conn.findByFields<'TDoc> tableName howMatched fields =
WithConn.Find.byFields<'TDoc> tableName howMatched fields conn
/// Retrieve documents via a comparison on a JSON field
member conn.findByField<'TDoc> tableName field =
WithConn.Find.byField<'TDoc> tableName field conn
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document
member conn.findByFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields =
WithConn.Find.byFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields conn
/// Retrieve documents via a comparison on JSON fields, returning only the first result
member conn.findFirstByFields<'TDoc> tableName howMatched fields =
WithConn.Find.firstByFields<'TDoc> tableName howMatched fields conn
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document, returning
/// only the first result
member conn.findFirstByFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields =
WithConn.Find.firstByFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields conn
/// Retrieve documents via a comparison on a JSON field, returning only the first result
member conn.findFirstByField<'TDoc> tableName field =
WithConn.Find.firstByField<'TDoc> tableName field conn
/// Update an entire document by its ID
member conn.updateById tableName (docId: 'TKey) (document: 'TDoc) =
@ -98,25 +84,25 @@ module Extensions =
member conn.patchById tableName (docId: 'TKey) (patch: 'TPatch) =
WithConn.Patch.byId tableName docId patch conn
/// Patch documents using a comparison on JSON fields
member conn.patchByFields tableName howMatched fields (patch: 'TPatch) =
WithConn.Patch.byFields tableName howMatched fields patch conn
/// Patch documents using a comparison on a JSON field
member conn.patchByField tableName field (patch: 'TPatch) =
WithConn.Patch.byField tableName field patch conn
/// Remove fields from a document by the document's ID
member conn.removeFieldsById tableName (docId: 'TKey) fieldNames =
WithConn.RemoveFields.byId tableName docId fieldNames conn
/// Remove a field from a document via a comparison on JSON fields in the document
member conn.removeFieldsByFields tableName howMatched fields fieldNames =
WithConn.RemoveFields.byFields tableName howMatched fields fieldNames conn
/// Remove a field from a document via a comparison on a JSON field in the document
member conn.removeFieldsByField tableName field fieldNames =
WithConn.RemoveFields.byField tableName field fieldNames conn
/// Delete a document by its ID
member conn.deleteById tableName (docId: 'TKey) =
WithConn.Delete.byId tableName docId conn
/// Delete documents by matching a comparison on JSON fields
member conn.deleteByFields tableName howMatched fields =
WithConn.Delete.byFields tableName howMatched fields conn
/// Delete documents by matching a comparison on a JSON field
member conn.deleteByField tableName field =
WithConn.Delete.byField tableName field conn
open System.Runtime.CompilerServices
@ -159,69 +145,52 @@ type SqliteConnectionCSharpExtensions =
/// Insert a new document
[<Extension>]
static member inline Insert<'TDoc>(conn, tableName, document: 'TDoc) =
WithConn.Document.insert<'TDoc> tableName document conn
WithConn.insert<'TDoc> tableName document conn
/// Save a document, inserting it if it does not exist and updating it if it does (AKA "upsert")
[<Extension>]
static member inline Save<'TDoc>(conn, tableName, document: 'TDoc) =
WithConn.Document.save<'TDoc> tableName document conn
WithConn.save<'TDoc> tableName document conn
/// Count all documents in a table
[<Extension>]
static member inline CountAll(conn, tableName) =
WithConn.Count.all tableName conn
/// Count matching documents using a comparison on JSON fields
/// Count matching documents using a comparison on a JSON field
[<Extension>]
static member inline CountByFields(conn, tableName, howMatched, fields) =
WithConn.Count.byFields tableName howMatched fields conn
static member inline CountByField(conn, tableName, field) =
WithConn.Count.byField tableName field conn
/// Determine if a document exists for the given ID
[<Extension>]
static member inline ExistsById<'TKey>(conn, tableName, docId: 'TKey) =
WithConn.Exists.byId tableName docId conn
/// Determine if a document exists using a comparison on JSON fields
/// Determine if a document exists using a comparison on a JSON field
[<Extension>]
static member inline ExistsByFields(conn, tableName, howMatched, fields) =
WithConn.Exists.byFields tableName howMatched fields conn
static member inline ExistsByField(conn, tableName, field) =
WithConn.Exists.byField tableName field conn
/// Retrieve all documents in the given table
[<Extension>]
static member inline FindAll<'TDoc>(conn, tableName) =
WithConn.Find.All<'TDoc>(tableName, conn)
/// Retrieve all documents in the given table ordered by the given fields in the document
[<Extension>]
static member inline FindAllOrdered<'TDoc>(conn, tableName, orderFields) =
WithConn.Find.AllOrdered<'TDoc>(tableName, orderFields, conn)
/// Retrieve a document by its ID
[<Extension>]
static member inline FindById<'TKey, 'TDoc when 'TDoc: null>(conn, tableName, docId: 'TKey) =
WithConn.Find.ById<'TKey, 'TDoc>(tableName, docId, conn)
/// Retrieve documents via a comparison on JSON fields
/// Retrieve documents via a comparison on a JSON field
[<Extension>]
static member inline FindByFields<'TDoc>(conn, tableName, howMatched, fields) =
WithConn.Find.ByFields<'TDoc>(tableName, howMatched, fields, conn)
static member inline FindByField<'TDoc>(conn, tableName, field) =
WithConn.Find.ByField<'TDoc>(tableName, field, conn)
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document
/// Retrieve documents via a comparison on a JSON field, returning only the first result
[<Extension>]
static member inline FindByFieldsOrdered<'TDoc>(conn, tableName, howMatched, queryFields, orderFields) =
WithConn.Find.ByFieldsOrdered<'TDoc>(tableName, howMatched, queryFields, orderFields, conn)
/// Retrieve documents via a comparison on JSON fields, returning only the first result
[<Extension>]
static member inline FindFirstByFields<'TDoc when 'TDoc: null>(conn, tableName, howMatched, fields) =
WithConn.Find.FirstByFields<'TDoc>(tableName, howMatched, fields, conn)
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document, returning only
/// the first result
[<Extension>]
static member inline FindFirstByFieldsOrdered<'TDoc when 'TDoc: null>(
conn, tableName, howMatched, queryFields, orderFields) =
WithConn.Find.FirstByFieldsOrdered<'TDoc>(tableName, howMatched, queryFields, orderFields, conn)
static member inline FindFirstByField<'TDoc when 'TDoc: null>(conn, tableName, field) =
WithConn.Find.FirstByField<'TDoc>(tableName, field, conn)
/// Update an entire document by its ID
[<Extension>]
@ -238,33 +207,27 @@ type SqliteConnectionCSharpExtensions =
static member inline PatchById<'TKey, 'TPatch>(conn, tableName, docId: 'TKey, patch: 'TPatch) =
WithConn.Patch.byId tableName docId patch conn
/// Patch documents using a comparison on JSON fields
/// Patch documents using a comparison on a JSON field
[<Extension>]
static member inline PatchByFields<'TPatch>(conn, tableName, howMatched, fields, patch: 'TPatch) =
WithConn.Patch.byFields tableName howMatched fields patch conn
static member inline PatchByField<'TPatch>(conn, tableName, field, patch: 'TPatch) =
WithConn.Patch.byField tableName field patch conn
/// Remove fields from a document by the document's ID
[<Extension>]
static member inline RemoveFieldsById<'TKey>(conn, tableName, docId: 'TKey, fieldNames) =
WithConn.RemoveFields.byId tableName docId fieldNames conn
WithConn.RemoveFields.ById(tableName, docId, fieldNames, conn)
/// Remove fields from documents via a comparison on JSON fields in the document
/// Remove fields from documents via a comparison on a JSON field in the document
[<Extension>]
static member inline RemoveFieldsByFields(conn, tableName, howMatched, fields, fieldNames) =
WithConn.RemoveFields.byFields tableName howMatched fields fieldNames conn
static member inline RemoveFieldsByField(conn, tableName, field, fieldNames) =
WithConn.RemoveFields.ByField(tableName, field, fieldNames, conn)
/// Delete a document by its ID
[<Extension>]
static member inline DeleteById<'TKey>(conn, tableName, docId: 'TKey) =
WithConn.Delete.byId tableName docId conn
/// Delete documents by matching a comparison on JSON fields
[<Extension>]
static member inline DeleteByFields(conn, tableName, howMatched, fields) =
WithConn.Delete.byFields tableName howMatched fields conn
/// Delete documents by matching a comparison on a JSON field
[<Extension>]
[<System.Obsolete "Use DeleteByFields instead; will be removed in v4">]
static member inline DeleteByField(conn, tableName, field) =
conn.DeleteByFields(tableName, Any, [ field ])
WithConn.Delete.byField tableName field conn

537
src/Sqlite/Library.fs
View File

@ -31,55 +31,20 @@ module Configuration =
[<RequireQualifiedAccess>]
module Query =
/// Create a WHERE clause fragment to implement a comparison on fields in a JSON document
[<CompiledName "WhereByFields">]
let whereByFields (howMatched: FieldMatch) fields =
let name = ParameterName()
fields
|> Seq.map (fun it ->
match it.Comparison with
| Exists | NotExists -> $"{it.Path SQLite AsSql} {it.Comparison.OpSql}"
| Between _ ->
let p = name.Derive it.ParameterName
$"{it.Path SQLite AsSql} {it.Comparison.OpSql} {p}min AND {p}max"
| In values ->
let p = name.Derive it.ParameterName
let paramNames = values |> Seq.mapi (fun idx _ -> $"{p}_{idx}") |> String.concat ", "
$"{it.Path SQLite AsSql} {it.Comparison.OpSql} ({paramNames})"
| InArray (table, values) ->
let p = name.Derive it.ParameterName
let paramNames = values |> Seq.mapi (fun idx _ -> $"{p}_{idx}") |> String.concat ", "
$"EXISTS (SELECT 1 FROM json_each({table}.data, '$.{it.Name}') WHERE value IN ({paramNames}))"
| _ -> $"{it.Path SQLite AsSql} {it.Comparison.OpSql} {name.Derive it.ParameterName}")
|> String.concat $" {howMatched} "
/// Create a WHERE clause fragment to implement a comparison on a field in a JSON document
[<CompiledName "WhereByField">]
let whereByField field paramName =
let theRest =
match field.Op with
| EX | NEX -> ""
| BT -> $" {paramName}min AND {paramName}max"
| _ -> $" %s{paramName}"
$"data->>'{field.Name}' {field.Op}{theRest}"
/// Create a WHERE clause fragment to implement an ID-based query
[<CompiledName "WhereById">]
let whereById paramName =
whereByFields Any [ { Field.Equal (Configuration.idField ()) 0 with ParameterName = Some paramName } ]
/// Create an UPDATE statement to patch documents
[<CompiledName "Patch">]
let patch tableName =
$"UPDATE %s{tableName} SET data = json_patch(data, json(@data))"
/// Create an UPDATE statement to remove fields from documents
[<CompiledName "RemoveFields">]
let removeFields tableName (parameters: SqliteParameter seq) =
let paramNames = parameters |> Seq.map _.ParameterName |> String.concat ", "
$"UPDATE %s{tableName} SET data = json_remove(data, {paramNames})"
/// Create a query by a document's ID
[<CompiledName "ById">]
let byId<'TKey> statement (docId: 'TKey) =
Query.statementWhere
statement
(whereByFields Any [ { Field.Equal (Configuration.idField ()) docId with ParameterName = Some "@id" } ])
/// Create a query on JSON fields
[<CompiledName "ByFields">]
let byFields statement howMatched fields =
Query.statementWhere statement (whereByFields howMatched fields)
whereByField (Field.EQ (Configuration.idField ()) 0) paramName
/// Data definition
module Definition =
@ -89,6 +54,106 @@ module Query =
let ensureTable name =
Query.Definition.ensureTableFor name "TEXT"
/// Query to update a document
[<CompiledName "Update">]
let update tableName =
$"""UPDATE %s{tableName} SET data = @data WHERE {whereById "@id"}"""
/// Queries for counting documents
module Count =
/// Query to count all documents in a table
[<CompiledName "All">]
let all tableName =
$"SELECT COUNT(*) AS it FROM %s{tableName}"
/// Query to count matching documents using a text comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field =
$"""SELECT COUNT(*) AS it FROM %s{tableName} WHERE {whereByField field "@field"}"""
/// Queries for determining document existence
module Exists =
/// Query to determine if a document exists for the given ID
[<CompiledName "ById">]
let byId tableName =
$"""SELECT EXISTS (SELECT 1 FROM %s{tableName} WHERE {whereById "@id"}) AS it"""
/// Query to determine if documents exist using a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field =
$"""SELECT EXISTS (SELECT 1 FROM %s{tableName} WHERE {whereByField field "@field"}) AS it"""
/// Queries for retrieving documents
module Find =
/// Query to retrieve a document by its ID
[<CompiledName "ById">]
let byId tableName =
$"""{Query.selectFromTable tableName} WHERE {whereById "@id"}"""
/// Query to retrieve documents using a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field =
$"""{Query.selectFromTable tableName} WHERE {whereByField field "@field"}"""
/// Document patching (partial update) queries
module Patch =
/// Create an UPDATE statement to patch documents
let internal update tableName whereClause =
$"UPDATE %s{tableName} SET data = json_patch(data, json(@data)) WHERE %s{whereClause}"
/// Query to patch (partially update) a document by its ID
[<CompiledName "ById">]
let byId tableName =
whereById "@id" |> update tableName
/// Query to patch (partially update) a document via a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field =
whereByField field "@field" |> update tableName
/// Queries to remove fields from documents
module RemoveFields =
/// Create an UPDATE statement to remove parameters
let internal update tableName (parameters: SqliteParameter list) whereClause =
let paramNames = parameters |> List.map _.ParameterName |> String.concat ", "
$"UPDATE %s{tableName} SET data = json_remove(data, {paramNames}) WHERE {whereClause}"
/// Query to remove fields from a document by the document's ID
[<CompiledName "FSharpById">]
let byId tableName parameters =
whereById "@id" |> update tableName parameters
/// Query to remove fields from a document by the document's ID
let ById(tableName, parameters) =
byId tableName (List.ofSeq parameters)
/// Query to remove fields from documents via a comparison on a JSON field within the document
[<CompiledName "FSharpByField">]
let byField tableName field parameters =
whereByField field "@field" |> update tableName parameters
/// Query to remove fields from documents via a comparison on a JSON field within the document
let ByField(tableName, field, parameters) =
byField tableName field (List.ofSeq parameters)
/// Queries to delete documents
module Delete =
/// Query to delete a document by its ID
[<CompiledName "ById">]
let byId tableName =
$"""DELETE FROM %s{tableName} WHERE {whereById "@id"}"""
/// Query to delete documents using a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field =
$"""DELETE FROM %s{tableName} WHERE {whereByField field "@field"}"""
/// Parameter handling helpers
[<AutoOpen>]
@ -104,41 +169,39 @@ module Parameters =
let jsonParam name (it: 'TJson) =
SqliteParameter(name, Configuration.serializer().Serialize it)
/// Create JSON field parameters
[<CompiledName "AddFields">]
let addFieldParams fields parameters =
let name = ParameterName()
fields
|> Seq.map (fun it ->
seq {
match it.Comparison with
| Exists | NotExists -> ()
| Between (min, max) ->
let p = name.Derive it.ParameterName
yield! [ SqliteParameter($"{p}min", min); SqliteParameter($"{p}max", max) ]
| In values | InArray (_, values) ->
let p = name.Derive it.ParameterName
yield! values |> Seq.mapi (fun idx v -> SqliteParameter($"{p}_{idx}", v))
| Equal v | Greater v | GreaterOrEqual v | Less v | LessOrEqual v | NotEqual v ->
yield SqliteParameter(name.Derive it.ParameterName, v) })
|> Seq.collect id
|> Seq.append parameters
|> Seq.toList
|> Seq.ofList
/// Create a JSON field parameter (name "@field")
[<CompiledName "FSharpAddField">]
let addFieldParam name field parameters =
match field.Op with
| EX | NEX -> parameters
| BT ->
let values = field.Value :?> obj list
SqliteParameter($"{name}min", values[0]) :: SqliteParameter($"{name}max", values[1]) :: parameters
| _ -> SqliteParameter(name, field.Value) :: parameters
/// Create a JSON field parameter (name "@field")
[<CompiledName "AddField">]
[<System.Obsolete "Use addFieldParams instead; will be removed in v4">]
let addFieldParam name field parameters =
addFieldParams [ { field with ParameterName = Some name } ] parameters
let AddField(name, field, parameters) =
match field.Op with
| EX | NEX -> parameters
| BT ->
let values = field.Value :?> obj list
// let min = SqliteParameter($"{name}min", SqliteType.Integer)
// min.Value <- values[0]
// let max = SqliteParameter($"{name}max", SqliteType.Integer)
// max.Value <- values[1]
[ SqliteParameter($"{name}min", values[0]); SqliteParameter($"{name}max", values[1]) ]
// [min; max]
|> Seq.append parameters
| _ -> SqliteParameter(name, field.Value) |> Seq.singleton |> Seq.append parameters
/// Append JSON field name parameters for the given field names to the given parameters
[<CompiledName "FieldNames">]
let fieldNameParams paramName fieldNames =
fieldNames
|> Seq.mapi (fun idx name -> SqliteParameter($"%s{paramName}{idx}", $"$.%s{name}"))
|> Seq.toList
|> Seq.ofList
[<CompiledName "FSharpFieldNames">]
let fieldNameParams paramName (fieldNames: string list) =
fieldNames |> List.mapi (fun idx name -> SqliteParameter($"%s{paramName}{idx}", $"$.{name}"))
/// Append JSON field name parameters for the given field names to the given parameters
let FieldNames(paramName, fieldNames: string seq) =
fieldNames |> Seq.mapi (fun idx name -> SqliteParameter($"%s{paramName}{idx}", $"$.{name}"))
/// An empty parameter sequence
[<CompiledName "None">]
@ -260,37 +323,18 @@ module WithConn =
[<CompiledName "EnsureTable">]
let ensureTable name conn = backgroundTask {
do! Custom.nonQuery (Query.Definition.ensureTable name) [] conn
do! Custom.nonQuery (Query.Definition.ensureKey name SQLite) [] conn
do! Custom.nonQuery (Query.Definition.ensureKey name) [] conn
}
/// Create an index on a document table
[<CompiledName "EnsureFieldIndex">]
let ensureFieldIndex tableName indexName fields conn =
Custom.nonQuery (Query.Definition.ensureIndexOn tableName indexName fields SQLite) [] conn
/// Commands to add documents
[<AutoOpen>]
module Document =
Custom.nonQuery (Query.Definition.ensureIndexOn tableName indexName fields) [] conn
/// Insert a new document
[<CompiledName "Insert">]
let insert<'TDoc> tableName (document: 'TDoc) conn =
let query =
match Configuration.autoIdStrategy () with
| Disabled -> Query.insert tableName
| strategy ->
let idField = Configuration.idField ()
let dataParam =
if AutoId.NeedsAutoId strategy document idField then
match strategy with
| Number -> $"(SELECT coalesce(max(data->>'{idField}'), 0) + 1 FROM {tableName})"
| Guid -> $"'{AutoId.GenerateGuid()}'"
| RandomString -> $"'{AutoId.GenerateRandomString(Configuration.idStringLength ())}'"
| Disabled -> "@data"
|> function it -> $"json_set(@data, '$.{idField}', {it})"
else "@data"
(Query.insert tableName).Replace("@data", dataParam)
Custom.nonQuery query [ jsonParam "@data" document ] conn
Custom.nonQuery (Query.insert tableName) [ jsonParam "@data" document ] conn
/// Save a document, inserting it if it does not exist and updating it if it does (AKA "upsert")
[<CompiledName "Save">]
@ -304,13 +348,12 @@ module WithConn =
/// Count all documents in a table
[<CompiledName "All">]
let all tableName conn =
Custom.scalar (Query.count tableName) [] toCount conn
Custom.scalar (Query.Count.all tableName) [] toCount conn
/// Count matching documents using a comparison on JSON fields
[<CompiledName "ByFields">]
let byFields tableName howMatched fields conn =
Custom.scalar
(Query.byFields (Query.count tableName) howMatched fields) (addFieldParams fields []) toCount conn
/// Count matching documents using a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field conn =
Custom.scalar (Query.Count.byField tableName field) (addFieldParam "@field" field []) toCount conn
/// Commands to determine if documents exist
[<RequireQualifiedAccess>]
@ -319,16 +362,12 @@ module WithConn =
/// Determine if a document exists for the given ID
[<CompiledName "ById">]
let byId tableName (docId: 'TKey) conn =
Custom.scalar (Query.exists tableName (Query.whereById "@id")) [ idParam docId ] toExists conn
Custom.scalar (Query.Exists.byId tableName) [ idParam docId ] toExists conn
/// Determine if a document exists using a comparison on JSON fields
[<CompiledName "ByFields">]
let byFields tableName howMatched fields conn =
Custom.scalar
(Query.exists tableName (Query.whereByFields howMatched fields))
(addFieldParams fields [])
toExists
conn
/// Determine if a document exists using a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field conn =
Custom.scalar (Query.Exists.byField tableName field) (addFieldParam "@field" field []) toExists conn
/// Commands to retrieve documents
[<RequireQualifiedAccess>]
@ -337,99 +376,42 @@ module WithConn =
/// Retrieve all documents in the given table
[<CompiledName "FSharpAll">]
let all<'TDoc> tableName conn =
Custom.list<'TDoc> (Query.find tableName) [] fromData<'TDoc> conn
Custom.list<'TDoc> (Query.selectFromTable tableName) [] fromData<'TDoc> conn
/// Retrieve all documents in the given table
let All<'TDoc>(tableName, conn) =
Custom.List(Query.find tableName, [], fromData<'TDoc>, conn)
/// Retrieve all documents in the given table ordered by the given fields in the document
[<CompiledName "FSharpAllOrdered">]
let allOrdered<'TDoc> tableName orderFields conn =
Custom.list<'TDoc> (Query.find tableName + Query.orderBy orderFields SQLite) [] fromData<'TDoc> conn
/// Retrieve all documents in the given table ordered by the given fields in the document
let AllOrdered<'TDoc>(tableName, orderFields, conn) =
Custom.List(Query.find tableName + Query.orderBy orderFields SQLite, [], fromData<'TDoc>, conn)
Custom.List(Query.selectFromTable tableName, [], fromData<'TDoc>, conn)
/// Retrieve a document by its ID (returns None if not found)
[<CompiledName "FSharpById">]
let byId<'TKey, 'TDoc> tableName (docId: 'TKey) conn =
Custom.single<'TDoc> (Query.byId (Query.find tableName) docId) [ idParam docId ] fromData<'TDoc> conn
Custom.single<'TDoc> (Query.Find.byId tableName) [ idParam docId ] fromData<'TDoc> conn
/// Retrieve a document by its ID (returns null if not found)
let ById<'TKey, 'TDoc when 'TDoc: null>(tableName, docId: 'TKey, conn) =
Custom.Single<'TDoc>(Query.byId (Query.find tableName) docId, [ idParam docId ], fromData<'TDoc>, conn)
Custom.Single<'TDoc>(Query.Find.byId tableName, [ idParam docId ], fromData<'TDoc>, conn)
/// Retrieve documents via a comparison on JSON fields
[<CompiledName "FSharpByFields">]
let byFields<'TDoc> tableName howMatched fields conn =
/// Retrieve documents via a comparison on a JSON field
[<CompiledName "FSharpByField">]
let byField<'TDoc> tableName field conn =
Custom.list<'TDoc>
(Query.byFields (Query.find tableName) howMatched fields)
(addFieldParams fields [])
fromData<'TDoc>
conn
(Query.Find.byField tableName field) (addFieldParam "@field" field []) fromData<'TDoc> conn
/// Retrieve documents via a comparison on JSON fields
let ByFields<'TDoc>(tableName, howMatched, fields, conn) =
/// Retrieve documents via a comparison on a JSON field
let ByField<'TDoc>(tableName, field, conn) =
Custom.List<'TDoc>(
Query.byFields (Query.find tableName) howMatched fields,
addFieldParams fields [],
fromData<'TDoc>,
conn)
Query.Find.byField tableName field, addFieldParam "@field" field [], fromData<'TDoc>, conn)
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document
[<CompiledName "FSharpByFieldsOrdered">]
let byFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields conn =
Custom.list<'TDoc>
(Query.byFields (Query.find tableName) howMatched queryFields + Query.orderBy orderFields SQLite)
(addFieldParams queryFields [])
fromData<'TDoc>
conn
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document
let ByFieldsOrdered<'TDoc>(tableName, howMatched, queryFields, orderFields, conn) =
Custom.List<'TDoc>(
Query.byFields (Query.find tableName) howMatched queryFields + Query.orderBy orderFields SQLite,
addFieldParams queryFields [],
fromData<'TDoc>,
conn)
/// Retrieve documents via a comparison on JSON fields, returning only the first result
[<CompiledName "FSharpFirstByFields">]
let firstByFields<'TDoc> tableName howMatched fields conn =
/// Retrieve documents via a comparison on a JSON field, returning only the first result
[<CompiledName "FSharpFirstByField">]
let firstByField<'TDoc> tableName field conn =
Custom.single
$"{Query.byFields (Query.find tableName) howMatched fields} LIMIT 1"
(addFieldParams fields [])
fromData<'TDoc>
conn
$"{Query.Find.byField tableName field} LIMIT 1" (addFieldParam "@field" field []) fromData<'TDoc> conn
/// Retrieve documents via a comparison on JSON fields, returning only the first result
let FirstByFields<'TDoc when 'TDoc: null>(tableName, howMatched, fields, conn) =
/// Retrieve documents via a comparison on a JSON field, returning only the first result
let FirstByField<'TDoc when 'TDoc: null>(tableName, field, conn) =
Custom.Single(
$"{Query.byFields (Query.find tableName) howMatched fields} LIMIT 1",
addFieldParams fields [],
fromData<'TDoc>,
conn)
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document, returning
/// only the first result
[<CompiledName "FSharpFirstByFieldsOrdered">]
let firstByFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields conn =
Custom.single
$"{Query.byFields (Query.find tableName) howMatched queryFields}{Query.orderBy orderFields SQLite} LIMIT 1"
(addFieldParams queryFields [])
fromData<'TDoc>
conn
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document, returning
/// only the first result
let FirstByFieldsOrdered<'TDoc when 'TDoc: null>(tableName, howMatched, queryFields, orderFields, conn) =
Custom.Single(
$"{Query.byFields (Query.find tableName) howMatched queryFields}{Query.orderBy orderFields SQLite} LIMIT 1",
addFieldParams queryFields [],
fromData<'TDoc>,
conn)
$"{Query.Find.byField tableName field} LIMIT 1", addFieldParam "@field" field [], fromData<'TDoc>, conn)
/// Commands to update documents
[<RequireQualifiedAccess>]
@ -438,10 +420,7 @@ module WithConn =
/// Update an entire document by its ID
[<CompiledName "ById">]
let byId tableName (docId: 'TKey) (document: 'TDoc) conn =
Custom.nonQuery
(Query.statementWhere (Query.update tableName) (Query.whereById "@id"))
[ idParam docId; jsonParam "@data" document ]
conn
Custom.nonQuery (Query.update tableName) [ idParam docId; jsonParam "@data" document ] conn
/// Update an entire document by its ID, using the provided function to obtain the ID from the document
[<CompiledName "FSharpByFunc">]
@ -459,38 +438,38 @@ module WithConn =
/// Patch a document by its ID
[<CompiledName "ById">]
let byId tableName (docId: 'TKey) (patch: 'TPatch) conn =
Custom.nonQuery
(Query.byId (Query.patch tableName) docId) [ idParam docId; jsonParam "@data" patch ] conn
Custom.nonQuery (Query.Patch.byId tableName) [ idParam docId; jsonParam "@data" patch ] conn
/// Patch documents using a comparison on JSON fields
[<CompiledName "ByFields">]
let byFields tableName howMatched fields (patch: 'TPatch) conn =
/// Patch documents using a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field (patch: 'TPatch) (conn: SqliteConnection) =
Custom.nonQuery
(Query.byFields (Query.patch tableName) howMatched fields)
(addFieldParams fields [ jsonParam "@data" patch ])
conn
(Query.Patch.byField tableName field) (addFieldParam "@field" field [ jsonParam "@data" patch ]) conn
/// Commands to remove fields from documents
[<RequireQualifiedAccess>]
module RemoveFields =
/// Remove fields from a document by the document's ID
[<CompiledName "ById">]
[<CompiledName "FSharpById">]
let byId tableName (docId: 'TKey) fieldNames conn =
let nameParams = fieldNameParams "@name" fieldNames
Custom.nonQuery
(Query.byId (Query.removeFields tableName nameParams) docId)
(idParam docId |> Seq.singleton |> Seq.append nameParams)
conn
Custom.nonQuery (Query.RemoveFields.byId tableName nameParams) (idParam docId :: nameParams) conn
/// Remove fields from documents via a comparison on JSON fields in the document
[<CompiledName "ByFields">]
let byFields tableName howMatched fields fieldNames conn =
/// Remove fields from a document by the document's ID
let ById(tableName, docId: 'TKey, fieldNames, conn) =
byId tableName docId (List.ofSeq fieldNames) conn
/// Remove fields from documents via a comparison on a JSON field in the document
[<CompiledName "FSharpByField">]
let byField tableName field fieldNames conn =
let nameParams = fieldNameParams "@name" fieldNames
Custom.nonQuery
(Query.byFields (Query.removeFields tableName nameParams) howMatched fields)
(addFieldParams fields nameParams)
conn
(Query.RemoveFields.byField tableName field nameParams) (addFieldParam "@field" field nameParams) conn
/// Remove fields from documents via a comparison on a JSON field in the document
let ByField(tableName, field, fieldNames, conn) =
byField tableName field (List.ofSeq fieldNames) conn
/// Commands to delete documents
[<RequireQualifiedAccess>]
@ -499,12 +478,12 @@ module WithConn =
/// Delete a document by its ID
[<CompiledName "ById">]
let byId tableName (docId: 'TKey) conn =
Custom.nonQuery (Query.byId (Query.delete tableName) docId) [ idParam docId ] conn
Custom.nonQuery (Query.Delete.byId tableName) [ idParam docId ] conn
/// Delete documents by matching a comparison on JSON fields
[<CompiledName "ByFields">]
let byFields tableName howMatched fields conn =
Custom.nonQuery (Query.byFields (Query.delete tableName) howMatched fields) (addFieldParams fields []) conn
/// Delete documents by matching a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field conn =
Custom.nonQuery (Query.Delete.byField tableName field) (addFieldParam "@field" field []) conn
/// Commands to execute custom SQL queries
@ -550,7 +529,6 @@ module Custom =
use conn = Configuration.dbConn ()
WithConn.Custom.Scalar<'T>(query, parameters, mapFunc, conn)
/// Functions to create tables and indexes
[<RequireQualifiedAccess>]
module Definition =
@ -567,7 +545,6 @@ module Definition =
use conn = Configuration.dbConn ()
WithConn.Definition.ensureFieldIndex tableName indexName fields conn
/// Document insert/save functions
[<AutoOpen>]
module Document =
@ -576,14 +553,13 @@ module Document =
[<CompiledName "Insert">]
let insert<'TDoc> tableName (document: 'TDoc) =
use conn = Configuration.dbConn ()
WithConn.Document.insert tableName document conn
WithConn.insert tableName document conn
/// Save a document, inserting it if it does not exist and updating it if it does (AKA "upsert")
[<CompiledName "Save">]
let save<'TDoc> tableName (document: 'TDoc) =
use conn = Configuration.dbConn ()
WithConn.Document.save tableName document conn
WithConn.save tableName document conn
/// Commands to count documents
[<RequireQualifiedAccess>]
@ -595,12 +571,11 @@ module Count =
use conn = Configuration.dbConn ()
WithConn.Count.all tableName conn
/// Count matching documents using a comparison on JSON fields
[<CompiledName "ByFields">]
let byFields tableName howMatched fields =
/// Count matching documents using a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field =
use conn = Configuration.dbConn ()
WithConn.Count.byFields tableName howMatched fields conn
WithConn.Count.byField tableName field conn
/// Commands to determine if documents exist
[<RequireQualifiedAccess>]
@ -612,12 +587,11 @@ module Exists =
use conn = Configuration.dbConn ()
WithConn.Exists.byId tableName docId conn
/// Determine if a document exists using a comparison on JSON fields
[<CompiledName "ByFields">]
let byFields tableName howMatched fields =
/// Determine if a document exists using a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field =
use conn = Configuration.dbConn ()
WithConn.Exists.byFields tableName howMatched fields conn
WithConn.Exists.byField tableName field conn
/// Commands to determine if documents exist
[<RequireQualifiedAccess>]
@ -634,17 +608,6 @@ module Find =
use conn = Configuration.dbConn ()
WithConn.Find.All<'TDoc>(tableName, conn)
/// Retrieve all documents in the given table ordered by the given fields in the document
[<CompiledName "FSharpAllOrdered">]
let allOrdered<'TDoc> tableName orderFields =
use conn = Configuration.dbConn ()
WithConn.Find.allOrdered<'TDoc> tableName orderFields conn
/// Retrieve all documents in the given table ordered by the given fields in the document
let AllOrdered<'TDoc> tableName orderFields =
use conn = Configuration.dbConn ()
WithConn.Find.AllOrdered<'TDoc>(tableName, orderFields, conn)
/// Retrieve a document by its ID (returns None if not found)
[<CompiledName "FSharpById">]
let byId<'TKey, 'TDoc> tableName docId =
@ -656,52 +619,27 @@ module Find =
use conn = Configuration.dbConn ()
WithConn.Find.ById<'TKey, 'TDoc>(tableName, docId, conn)
/// Retrieve documents via a comparison on JSON fields
[<CompiledName "FSharpByFields">]
let byFields<'TDoc> tableName howMatched fields =
/// Retrieve documents via a comparison on a JSON field
[<CompiledName "FSharpByField">]
let byField<'TDoc> tableName field =
use conn = Configuration.dbConn ()
WithConn.Find.byFields<'TDoc> tableName howMatched fields conn
WithConn.Find.byField<'TDoc> tableName field conn
/// Retrieve documents via a comparison on JSON fields
let ByFields<'TDoc>(tableName, howMatched, fields) =
/// Retrieve documents via a comparison on a JSON field
let ByField<'TDoc>(tableName, field) =
use conn = Configuration.dbConn ()
WithConn.Find.ByFields<'TDoc>(tableName, howMatched, fields, conn)
WithConn.Find.ByField<'TDoc>(tableName, field, conn)
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document
[<CompiledName "FSharpByFieldsOrdered">]
let byFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields =
/// Retrieve documents via a comparison on a JSON field, returning only the first result
[<CompiledName "FSharpFirstByField">]
let firstByField<'TDoc> tableName field =
use conn = Configuration.dbConn ()
WithConn.Find.byFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields conn
WithConn.Find.firstByField<'TDoc> tableName field conn
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document
let ByFieldsOrdered<'TDoc>(tableName, howMatched, queryFields, orderFields) =
/// Retrieve documents via a comparison on a JSON field, returning only the first result
let FirstByField<'TDoc when 'TDoc: null>(tableName, field) =
use conn = Configuration.dbConn ()
WithConn.Find.ByFieldsOrdered<'TDoc>(tableName, howMatched, queryFields, orderFields, conn)
/// Retrieve documents via a comparison on JSON fields, returning only the first result
[<CompiledName "FSharpFirstByFields">]
let firstByFields<'TDoc> tableName howMatched fields =
use conn = Configuration.dbConn ()
WithConn.Find.firstByFields<'TDoc> tableName howMatched fields conn
/// Retrieve documents via a comparison on JSON fields, returning only the first result
let FirstByFields<'TDoc when 'TDoc: null>(tableName, howMatched, fields) =
use conn = Configuration.dbConn ()
WithConn.Find.FirstByFields<'TDoc>(tableName, howMatched, fields, conn)
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document, returning only
/// the first result
[<CompiledName "FSharpFirstByFieldsOrdered">]
let firstByFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields =
use conn = Configuration.dbConn ()
WithConn.Find.firstByFieldsOrdered<'TDoc> tableName howMatched queryFields orderFields conn
/// Retrieve documents via a comparison on JSON fields ordered by the given fields in the document, returning only
/// the first result
let FirstByFieldsOrdered<'TDoc when 'TDoc: null>(tableName, howMatched, queryFields, orderFields) =
use conn = Configuration.dbConn ()
WithConn.Find.FirstByFieldsOrdered<'TDoc>(tableName, howMatched, queryFields, orderFields, conn)
WithConn.Find.FirstByField<'TDoc>(tableName, field, conn)
/// Commands to update documents
[<RequireQualifiedAccess>]
@ -724,7 +662,6 @@ module Update =
use conn = Configuration.dbConn ()
WithConn.Update.ByFunc(tableName, idFunc, document, conn)
/// Commands to patch (partially update) documents
[<RequireQualifiedAccess>]
module Patch =
@ -735,29 +672,37 @@ module Patch =
use conn = Configuration.dbConn ()
WithConn.Patch.byId tableName docId patch conn
/// Patch documents using a comparison on JSON fields in the WHERE clause
[<CompiledName "ByFields">]
let byFields tableName howMatched fields (patch: 'TPatch) =
/// Patch documents using a comparison on a JSON field in the WHERE clause
[<CompiledName "ByField">]
let byField tableName field (patch: 'TPatch) =
use conn = Configuration.dbConn ()
WithConn.Patch.byFields tableName howMatched fields patch conn
WithConn.Patch.byField tableName field patch conn
/// Commands to remove fields from documents
[<RequireQualifiedAccess>]
module RemoveFields =
/// Remove fields from a document by the document's ID
[<CompiledName "ById">]
[<CompiledName "FSharpById">]
let byId tableName (docId: 'TKey) fieldNames =
use conn = Configuration.dbConn ()
WithConn.RemoveFields.byId tableName docId fieldNames conn
/// Remove field from documents via a comparison on JSON fields in the document
[<CompiledName "ByFields">]
let byFields tableName howMatched fields fieldNames =
/// Remove fields from a document by the document's ID
let ById(tableName, docId: 'TKey, fieldNames) =
use conn = Configuration.dbConn ()
WithConn.RemoveFields.byFields tableName howMatched fields fieldNames conn
WithConn.RemoveFields.ById(tableName, docId, fieldNames, conn)
/// Remove field from documents via a comparison on a JSON field in the document
[<CompiledName "FSharpByField">]
let byField tableName field fieldNames =
use conn = Configuration.dbConn ()
WithConn.RemoveFields.byField tableName field fieldNames conn
/// Remove field from documents via a comparison on a JSON field in the document
let ByField(tableName, field, fieldNames) =
use conn = Configuration.dbConn ()
WithConn.RemoveFields.ByField(tableName, field, fieldNames, conn)
/// Commands to delete documents
[<RequireQualifiedAccess>]
@ -769,8 +714,8 @@ module Delete =
use conn = Configuration.dbConn ()
WithConn.Delete.byId tableName docId conn
/// Delete documents by matching a comparison on JSON fields
[<CompiledName "ByFields">]
let byFields tableName howMatched fields =
/// Delete documents by matching a comparison on a JSON field
[<CompiledName "ByField">]
let byField tableName field =
use conn = Configuration.dbConn ()
WithConn.Delete.byFields tableName howMatched fields conn
WithConn.Delete.byField tableName field conn

8
src/Sqlite/README.md
View File

@ -73,13 +73,13 @@ Count customers in Atlanta:
```csharp
// C#; parameters are table name, field, operator, and value
// Count.ByField type signature is Func<string, Field, Task<long>>
var customerCount = await Count.ByField("customer", Field.Equal("City", "Atlanta"));
var customerCount = await Count.ByField("customer", Field.EQ("City", "Atlanta"));
```
```fsharp
// F#
// Count.byField type signature is string -> Field -> Task<int64>
let! customerCount = Count.byField "customer" (Field.Equal "City" "Atlanta")
let! customerCount = Count.byField "customer" (Field.EQ "City" "Atlanta")
```
Delete customers in Chicago: _(no offense, Second City; just an example...)_
@ -87,13 +87,13 @@ Delete customers in Chicago: _(no offense, Second City; just an example...)_
```csharp
// C#; parameters are same as above, except return is void
// Delete.ByField type signature is Func<string, Field, Task>
await Delete.ByField("customer", Field.Equal("City", "Chicago"));
await Delete.ByField("customer", Field.EQ("City", "Chicago"));
```
```fsharp
// F#
// Delete.byField type signature is string -> string -> Op -> obj -> Task<unit>
do! Delete.byField "customer" (Field.Equal "City" "Chicago")
do! Delete.byField "customer" (Field.EQ "City" "Chicago")
```
## More Information

1
src/Tests.CSharp/BitBadger.Documents.Tests.CSharp.csproj
View File

@ -3,7 +3,6 @@
<PropertyGroup>
<ImplicitUsings>enable</ImplicitUsings>
<Nullable>enable</Nullable>
<LangVersion>latest</LangVersion>
</PropertyGroup>
<ItemGroup>

696
src/Tests.CSharp/CommonCSharpTests.cs
View File

@ -1,6 +1,6 @@
using Expecto.CSharp;
using Expecto;
using Microsoft.FSharp.Core;
using Microsoft.FSharp.Collections;
namespace BitBadger.Documents.Tests.CSharp;
@ -21,408 +21,14 @@ internal class TestSerializer : IDocumentSerializer
public static class CommonCSharpTests
{
/// <summary>
/// Unit tests for the OpSql property of the Comparison discriminated union
/// Unit tests
/// </summary>
private static readonly Test OpTests = TestList("Comparison.OpSql",
[
TestCase("Equal succeeds", () =>
[Tests]
public static readonly Test Unit = TestList("Common.C# Unit", new[]
{
Expect.equal(Comparison.NewEqual("").OpSql, "=", "The Equals SQL was not correct");
}),
TestCase("Greater succeeds", () =>
TestSequenced(
TestList("Configuration", new[]
{
Expect.equal(Comparison.NewGreater("").OpSql, ">", "The Greater SQL was not correct");
}),
TestCase("GreaterOrEqual succeeds", () =>
{
Expect.equal(Comparison.NewGreaterOrEqual("").OpSql, ">=", "The GreaterOrEqual SQL was not correct");
}),
TestCase("Less succeeds", () =>
{
Expect.equal(Comparison.NewLess("").OpSql, "<", "The Less SQL was not correct");
}),
TestCase("LessOrEqual succeeds", () =>
{
Expect.equal(Comparison.NewLessOrEqual("").OpSql, "<=", "The LessOrEqual SQL was not correct");
}),
TestCase("NotEqual succeeds", () =>
{
Expect.equal(Comparison.NewNotEqual("").OpSql, "<>", "The NotEqual SQL was not correct");
}),
TestCase("Between succeeds", () =>
{
Expect.equal(Comparison.NewBetween("", "").OpSql, "BETWEEN", "The Between SQL was not correct");
}),
TestCase("In succeeds", () =>
{
Expect.equal(Comparison.NewIn([]).OpSql, "IN", "The In SQL was not correct");
}),
TestCase("InArray succeeds", () =>
{
Expect.equal(Comparison.NewInArray("", []).OpSql, "?|", "The InArray SQL was not correct");
}),
TestCase("Exists succeeds", () =>
{
Expect.equal(Comparison.Exists.OpSql, "IS NOT NULL", "The Exists SQL was not correct");
}),
TestCase("NotExists succeeds", () =>
{
Expect.equal(Comparison.NotExists.OpSql, "IS NULL", "The NotExists SQL was not correct");
})
]);
/// <summary>
/// Unit tests for the Field class
/// </summary>
private static readonly Test FieldTests = TestList("Field",
[
TestCase("Equal succeeds", () =>
{
var field = Field.Equal("Test", 14);
Expect.equal(field.Name, "Test", "Field name incorrect");
Expect.equal(field.Comparison, Comparison.NewEqual(14), "Comparison incorrect");
}),
TestCase("Greater succeeds", () =>
{
var field = Field.Greater("Great", "night");
Expect.equal(field.Name, "Great", "Field name incorrect");
Expect.equal(field.Comparison, Comparison.NewGreater("night"), "Comparison incorrect");
}),
TestCase("GreaterOrEqual succeeds", () =>
{
var field = Field.GreaterOrEqual("Nice", 88L);
Expect.equal(field.Name, "Nice", "Field name incorrect");
Expect.equal(field.Comparison, Comparison.NewGreaterOrEqual(88L), "Comparison incorrect");
}),
TestCase("Less succeeds", () =>
{
var field = Field.Less("Lesser", "seven");
Expect.equal(field.Name, "Lesser", "Field name incorrect");
Expect.equal(field.Comparison, Comparison.NewLess("seven"), "Comparison incorrect");
}),
TestCase("LessOrEqual succeeds", () =>
{
var field = Field.LessOrEqual("Nobody", "KNOWS");
Expect.equal(field.Name, "Nobody", "Field name incorrect");
Expect.equal(field.Comparison, Comparison.NewLessOrEqual("KNOWS"), "Comparison incorrect");
}),
TestCase("NotEqual succeeds", () =>
{
var field = Field.NotEqual("Park", "here");
Expect.equal(field.Name, "Park", "Field name incorrect");
Expect.equal(field.Comparison, Comparison.NewNotEqual("here"), "Comparison incorrect");
}),
TestCase("Between succeeds", () =>
{
var field = Field.Between("Age", 18, 49);
Expect.equal(field.Name, "Age", "Field name incorrect");
Expect.equal(field.Comparison, Comparison.NewBetween(18, 49), "Comparison incorrect");
}),
TestCase("In succeeds", () =>
{
var field = Field.In("Here", [8, 16, 32]);
Expect.equal(field.Name, "Here", "Field name incorrect");
Expect.isTrue(field.Comparison.IsIn, "Comparison incorrect");
Expect.sequenceEqual(((Comparison.In)field.Comparison).Values, [8, 16, 32], "Value incorrect");
}),
TestCase("InArray succeeds", () =>
{
var field = Field.InArray("ArrayField", "table", ["x", "y", "z"]);
Expect.equal(field.Name, "ArrayField", "Field name incorrect");
Expect.isTrue(field.Comparison.IsInArray, "Comparison incorrect");
var it = (Comparison.InArray)field.Comparison;
Expect.equal(it.Table, "table", "Table name incorrect");
Expect.sequenceEqual(it.Values, ["x", "y", "z"], "Value incorrect");
}),
TestCase("Exists succeeds", () =>
{
var field = Field.Exists("Groovy");
Expect.equal(field.Name, "Groovy", "Field name incorrect");
Expect.isTrue(field.Comparison.IsExists, "Comparison incorrect");
}),
TestCase("NotExists succeeds", () =>
{
var field = Field.NotExists("Rad");
Expect.equal(field.Name, "Rad", "Field name incorrect");
Expect.isTrue(field.Comparison.IsNotExists, "Comparison incorrect");
}),
TestList("NameToPath",
[
TestCase("succeeds for PostgreSQL and a simple name", () =>
{
Expect.equal("data->>'Simple'", Field.NameToPath("Simple", Dialect.PostgreSQL, FieldFormat.AsSql),
"Path not constructed correctly");
}),
TestCase("succeeds for SQLite and a simple name", () =>
{
Expect.equal("data->>'Simple'", Field.NameToPath("Simple", Dialect.SQLite, FieldFormat.AsSql),
"Path not constructed correctly");
}),
TestCase("succeeds for PostgreSQL and a nested name", () =>
{
Expect.equal("data#>>'{A,Long,Path,to,the,Property}'",
Field.NameToPath("A.Long.Path.to.the.Property", Dialect.PostgreSQL, FieldFormat.AsSql),
"Path not constructed correctly");
}),
TestCase("succeeds for SQLite and a nested name", () =>
{
Expect.equal("data->'A'->'Long'->'Path'->'to'->'the'->>'Property'",
Field.NameToPath("A.Long.Path.to.the.Property", Dialect.SQLite, FieldFormat.AsSql),
"Path not constructed correctly");
})
]),
TestCase("WithParameterName succeeds", () =>
{
var field = Field.Equal("Bob", "Tom").WithParameterName("@name");
Expect.isSome(field.ParameterName, "The parameter name should have been filled");
Expect.equal("@name", field.ParameterName.Value, "The parameter name is incorrect");
}),
TestCase("WithQualifier succeeds", () =>
{
var field = Field.Equal("Bill", "Matt").WithQualifier("joe");
Expect.isSome(field.Qualifier, "The table qualifier should have been filled");
Expect.equal("joe", field.Qualifier.Value, "The table qualifier is incorrect");
}),
TestList("Path",
[
TestCase("succeeds for a PostgreSQL single field with no qualifier", () =>
{
var field = Field.GreaterOrEqual("SomethingCool", 18);
Expect.equal("data->>'SomethingCool'", field.Path(Dialect.PostgreSQL, FieldFormat.AsSql),
"The PostgreSQL path is incorrect");
}),
TestCase("succeeds for a PostgreSQL single field with a qualifier", () =>
{
var field = Field.Less("SomethingElse", 9).WithQualifier("this");
Expect.equal("this.data->>'SomethingElse'", field.Path(Dialect.PostgreSQL, FieldFormat.AsSql),
"The PostgreSQL path is incorrect");
}),
TestCase("succeeds for a PostgreSQL nested field with no qualifier", () =>
{
var field = Field.Equal("My.Nested.Field", "howdy");
Expect.equal("data#>>'{My,Nested,Field}'", field.Path(Dialect.PostgreSQL, FieldFormat.AsSql),
"The PostgreSQL path is incorrect");
}),
TestCase("succeeds for a PostgreSQL nested field with a qualifier", () =>
{
var field = Field.Equal("Nest.Away", "doc").WithQualifier("bird");
Expect.equal("bird.data#>>'{Nest,Away}'", field.Path(Dialect.PostgreSQL, FieldFormat.AsSql),
"The PostgreSQL path is incorrect");
}),
TestCase("succeeds for a SQLite single field with no qualifier", () =>
{
var field = Field.GreaterOrEqual("SomethingCool", 18);
Expect.equal("data->>'SomethingCool'", field.Path(Dialect.SQLite, FieldFormat.AsSql),
"The SQLite path is incorrect");
}),
TestCase("succeeds for a SQLite single field with a qualifier", () =>
{
var field = Field.Less("SomethingElse", 9).WithQualifier("this");
Expect.equal("this.data->>'SomethingElse'", field.Path(Dialect.SQLite, FieldFormat.AsSql),
"The SQLite path is incorrect");
}),
TestCase("succeeds for a SQLite nested field with no qualifier", () =>
{
var field = Field.Equal("My.Nested.Field", "howdy");
Expect.equal("data->'My'->'Nested'->>'Field'", field.Path(Dialect.SQLite, FieldFormat.AsSql),
"The SQLite path is incorrect");
}),
TestCase("succeeds for a SQLite nested field with a qualifier", () =>
{
var field = Field.Equal("Nest.Away", "doc").WithQualifier("bird");
Expect.equal("bird.data->'Nest'->>'Away'", field.Path(Dialect.SQLite, FieldFormat.AsSql),
"The SQLite path is incorrect");
})
])
]);
/// <summary>
/// Unit tests for the FieldMatch enum
/// </summary>
private static readonly Test FieldMatchTests = TestList("FieldMatch.ToString",
[
TestCase("succeeds for Any", () =>
{
Expect.equal(FieldMatch.Any.ToString(), "OR", "SQL for Any is incorrect");
}),
TestCase("succeeds for All", () =>
{
Expect.equal(FieldMatch.All.ToString(), "AND", "SQL for All is incorrect");
})
]);
/// <summary>
/// Unit tests for the ParameterName class
/// </summary>
private static readonly Test ParameterNameTests = TestList("ParameterName.Derive",
[
TestCase("succeeds with existing name", () =>
{
ParameterName name = new();
Expect.equal(name.Derive(FSharpOption<string>.Some("@taco")), "@taco", "Name should have been @taco");
Expect.equal(name.Derive(FSharpOption<string>.None), "@field0",
"Counter should not have advanced for named field");
}),
TestCase("Derive succeeds with non-existent name", () =>
{
ParameterName name = new();
Expect.equal(name.Derive(FSharpOption<string>.None), "@field0",
"Anonymous field name should have been returned");
Expect.equal(name.Derive(FSharpOption<string>.None), "@field1",
"Counter should have advanced from previous call");
Expect.equal(name.Derive(FSharpOption<string>.None), "@field2",
"Counter should have advanced from previous call");
Expect.equal(name.Derive(FSharpOption<string>.None), "@field3",
"Counter should have advanced from previous call");
})
]);
/// <summary>
/// Unit tests for the AutoId enum
/// </summary>
private static readonly Test AutoIdTests = TestList("AutoId",
[
TestCase("GenerateGuid succeeds", () =>
{
var autoId = AutoId.GenerateGuid();
Expect.isNotNull(autoId, "The GUID auto-ID should not have been null");
Expect.stringHasLength(autoId, 32, "The GUID auto-ID should have been 32 characters long");
Expect.equal(autoId, autoId.ToLowerInvariant(), "The GUID auto-ID should have been lowercase");
}),
TestCase("GenerateRandomString succeeds", () =>
{
foreach (var length in (int[]) [6, 8, 12, 20, 32, 57, 64])
{
var autoId = AutoId.GenerateRandomString(length);
Expect.isNotNull(autoId, $"Random string ({length}) should not have been null");
Expect.stringHasLength(autoId, length, $"Random string should have been {length} characters long");
Expect.equal(autoId, autoId.ToLowerInvariant(),
$"Random string ({length}) should have been lowercase");
}
}),
TestList("NeedsAutoId",
[
TestCase("succeeds when no auto ID is configured", () =>
{
Expect.isFalse(AutoId.NeedsAutoId(AutoId.Disabled, new object(), "id"),
"Disabled auto-ID never needs an automatic ID");
}),
TestCase("fails for any when the ID property is not found", () =>
{
try
{
_ = AutoId.NeedsAutoId(AutoId.Number, new { Key = "" }, "Id");
Expect.isTrue(false, "Non-existent ID property should have thrown an exception");
}
catch (InvalidOperationException)
{
// pass
}
}),
TestCase("succeeds for byte when the ID is zero", () =>
{
Expect.isTrue(AutoId.NeedsAutoId(AutoId.Number, new { Id = (sbyte)0 }, "Id"),
"Zero ID should have returned true");
}),
TestCase("succeeds for byte when the ID is non-zero", () =>
{
Expect.isFalse(AutoId.NeedsAutoId(AutoId.Number, new { Id = (sbyte)4 }, "Id"),
"Non-zero ID should have returned false");
}),
TestCase("succeeds for short when the ID is zero", () =>
{
Expect.isTrue(AutoId.NeedsAutoId(AutoId.Number, new { Id = (short)0 }, "Id"),
"Zero ID should have returned true");
}),
TestCase("succeeds for short when the ID is non-zero", () =>
{
Expect.isFalse(AutoId.NeedsAutoId(AutoId.Number, new { Id = (short)7 }, "Id"),
"Non-zero ID should have returned false");
}),
TestCase("succeeds for int when the ID is zero", () =>
{
Expect.isTrue(AutoId.NeedsAutoId(AutoId.Number, new { Id = 0 }, "Id"),
"Zero ID should have returned true");
}),
TestCase("succeeds for int when the ID is non-zero", () =>
{
Expect.isFalse(AutoId.NeedsAutoId(AutoId.Number, new { Id = 32 }, "Id"),
"Non-zero ID should have returned false");
}),
TestCase("succeeds for long when the ID is zero", () =>
{
Expect.isTrue(AutoId.NeedsAutoId(AutoId.Number, new { Id = 0L }, "Id"),
"Zero ID should have returned true");
}),
TestCase("succeeds for long when the ID is non-zero", () =>
{
Expect.isFalse(AutoId.NeedsAutoId(AutoId.Number, new { Id = 80L }, "Id"),
"Non-zero ID should have returned false");
}),
TestCase("fails for number when the ID is not a number", () =>
{
try
{
_ = AutoId.NeedsAutoId(AutoId.Number, new { Id = "" }, "Id");
Expect.isTrue(false, "Numeric ID against a string should have thrown an exception");
}
catch (InvalidOperationException)
{
// pass
}
}),
TestCase("succeeds for GUID when the ID is blank", () =>
{
Expect.isTrue(AutoId.NeedsAutoId(AutoId.Guid, new { Id = "" }, "Id"),
"Blank ID should have returned true");
}),
TestCase("succeeds for GUID when the ID is filled", () =>
{
Expect.isFalse(AutoId.NeedsAutoId(AutoId.Guid, new { Id = "abc" }, "Id"),
"Filled ID should have returned false");
}),
TestCase("fails for GUID when the ID is not a string", () =>
{
try
{
_ = AutoId.NeedsAutoId(AutoId.Guid, new { Id = 8 }, "Id");
Expect.isTrue(false, "String ID against a number should have thrown an exception");
}
catch (InvalidOperationException)
{
// pass
}
}),
TestCase("succeeds for RandomString when the ID is blank", () =>
{
Expect.isTrue(AutoId.NeedsAutoId(AutoId.RandomString, new { Id = "" }, "Id"),
"Blank ID should have returned true");
}),
TestCase("succeeds for RandomString when the ID is filled", () =>
{
Expect.isFalse(AutoId.NeedsAutoId(AutoId.RandomString, new { Id = "x" }, "Id"),
"Filled ID should have returned false");
}),
TestCase("fails for RandomString when the ID is not a string", () =>
{
try
{
_ = AutoId.NeedsAutoId(AutoId.RandomString, new { Id = 33 }, "Id");
Expect.isTrue(false, "String ID against a number should have thrown an exception");
}
catch (InvalidOperationException)
{
// pass
}
})
])
]);
/// <summary>
/// Unit tests for the Configuration static class
/// </summary>
private static readonly Test ConfigurationTests = TestList("Configuration",
[
TestCase("UseSerializer succeeds", () =>
{
try
@ -463,96 +69,151 @@ public static class CommonCSharpTests
{
Configuration.UseIdField("Id");
}
}),
TestCase("UseAutoIdStrategy / AutoIdStrategy succeeds", () =>
{
try
{
Expect.equal(Configuration.AutoIdStrategy(), AutoId.Disabled,
"The default auto-ID strategy was incorrect");
Configuration.UseAutoIdStrategy(AutoId.Guid);
Expect.equal(Configuration.AutoIdStrategy(), AutoId.Guid,
"The auto-ID strategy was not set correctly");
}
finally
{
Configuration.UseAutoIdStrategy(AutoId.Disabled);
}
}),
TestCase("UseIdStringLength / IdStringLength succeeds", () =>
{
try
{
Expect.equal(Configuration.IdStringLength(), 16, "The default ID string length was incorrect");
Configuration.UseIdStringLength(33);
Expect.equal(Configuration.IdStringLength(), 33, "The ID string length was not set correctly");
}
finally
{
Configuration.UseIdStringLength(16);
}
})
]);
/// <summary>
/// Unit tests for the Query static class
/// </summary>
private static readonly Test QueryTests = TestList("Query",
[
TestCase("StatementWhere succeeds", () =>
})),
TestList("Op", new[]
{
Expect.equal(Query.StatementWhere("q", "r"), "q WHERE r", "Statements not combined correctly");
TestCase("EQ succeeds", () =>
{
Expect.equal(Op.EQ.ToString(), "=", "The equals operator was not correct");
}),
TestList("Definition",
[
TestCase("GT succeeds", () =>
{
Expect.equal(Op.GT.ToString(), ">", "The greater than operator was not correct");
}),
TestCase("GE succeeds", () =>
{
Expect.equal(Op.GE.ToString(), ">=", "The greater than or equal to operator was not correct");
}),
TestCase("LT succeeds", () =>
{
Expect.equal(Op.LT.ToString(), "<", "The less than operator was not correct");
}),
TestCase("LE succeeds", () =>
{
Expect.equal(Op.LE.ToString(), "<=", "The less than or equal to operator was not correct");
}),
TestCase("NE succeeds", () =>
{
Expect.equal(Op.NE.ToString(), "<>", "The not equal to operator was not correct");
}),
TestCase("BT succeeds", () =>
{
Expect.equal(Op.BT.ToString(), "BETWEEN", "The \"between\" operator was not correct");
}),
TestCase("EX succeeds", () =>
{
Expect.equal(Op.EX.ToString(), "IS NOT NULL", "The \"exists\" operator was not correct");
}),
TestCase("NEX succeeds", () =>
{
Expect.equal(Op.NEX.ToString(), "IS NULL", "The \"not exists\" operator was not correct");
})
}),
TestList("Field", new[]
{
TestCase("EQ succeeds", () =>
{
var field = Field.EQ("Test", 14);
Expect.equal(field.Name, "Test", "Field name incorrect");
Expect.equal(field.Op, Op.EQ, "Operator incorrect");
Expect.equal(field.Value, 14, "Value incorrect");
}),
TestCase("GT succeeds", () =>
{
var field = Field.GT("Great", "night");
Expect.equal(field.Name, "Great", "Field name incorrect");
Expect.equal(field.Op, Op.GT, "Operator incorrect");
Expect.equal(field.Value, "night", "Value incorrect");
}),
TestCase("GE succeeds", () =>
{
var field = Field.GE("Nice", 88L);
Expect.equal(field.Name, "Nice", "Field name incorrect");
Expect.equal(field.Op, Op.GE, "Operator incorrect");
Expect.equal(field.Value, 88L, "Value incorrect");
}),
TestCase("LT succeeds", () =>
{
var field = Field.LT("Lesser", "seven");
Expect.equal(field.Name, "Lesser", "Field name incorrect");
Expect.equal(field.Op, Op.LT, "Operator incorrect");
Expect.equal(field.Value, "seven", "Value incorrect");
}),
TestCase("LE succeeds", () =>
{
var field = Field.LE("Nobody", "KNOWS");
Expect.equal(field.Name, "Nobody", "Field name incorrect");
Expect.equal(field.Op, Op.LE, "Operator incorrect");
Expect.equal(field.Value, "KNOWS", "Value incorrect");
}),
TestCase("NE succeeds", () =>
{
var field = Field.NE("Park", "here");
Expect.equal(field.Name, "Park", "Field name incorrect");
Expect.equal(field.Op, Op.NE, "Operator incorrect");
Expect.equal(field.Value, "here", "Value incorrect");
}),
TestCase("BT succeeds", () =>
{
var field = Field.BT("Age", 18, 49);
Expect.equal(field.Name, "Age", "Field name incorrect");
Expect.equal(field.Op, Op.BT, "Operator incorrect");
Expect.equal(((FSharpList<object>)field.Value).ToArray(), new object[] { 18, 49 }, "Value incorrect");
}),
TestCase("EX succeeds", () =>
{
var field = Field.EX("Groovy");
Expect.equal(field.Name, "Groovy", "Field name incorrect");
Expect.equal(field.Op, Op.EX, "Operator incorrect");
}),
TestCase("NEX succeeds", () =>
{
var field = Field.NEX("Rad");
Expect.equal(field.Name, "Rad", "Field name incorrect");
Expect.equal(field.Op, Op.NEX, "Operator incorrect");
})
}),
TestList("Query", new[]
{
TestCase("SelectFromTable succeeds", () =>
{
Expect.equal(Query.SelectFromTable("test.table"), "SELECT data FROM test.table",
"SELECT statement not correct");
}),
TestList("Definition", new[]
{
TestCase("EnsureTableFor succeeds", () =>
{
Expect.equal(Query.Definition.EnsureTableFor("my.table", "JSONB"),
"CREATE TABLE IF NOT EXISTS my.table (data JSONB NOT NULL)",
"CREATE TABLE statement not constructed correctly");
}),
TestList("EnsureKey",
[
TestList("EnsureKey", new[]
{
TestCase("succeeds when a schema is present", () =>
{
Expect.equal(Query.Definition.EnsureKey("test.table", Dialect.SQLite),
"CREATE UNIQUE INDEX IF NOT EXISTS idx_table_key ON test.table ((data->>'Id'))",
Expect.equal(Query.Definition.EnsureKey("test.table"),
"CREATE UNIQUE INDEX IF NOT EXISTS idx_table_key ON test.table ((data ->> 'Id'))",
"CREATE INDEX for key statement with schema not constructed correctly");
}),
TestCase("succeeds when a schema is not present", () =>
{
Expect.equal(Query.Definition.EnsureKey("table", Dialect.PostgreSQL),
"CREATE UNIQUE INDEX IF NOT EXISTS idx_table_key ON table ((data->>'Id'))",
Expect.equal(Query.Definition.EnsureKey("table"),
"CREATE UNIQUE INDEX IF NOT EXISTS idx_table_key ON table ((data ->> 'Id'))",
"CREATE INDEX for key statement without schema not constructed correctly");
})
]),
TestList("EnsureIndexOn",
[
TestCase("succeeds for multiple fields and directions", () =>
}),
TestCase("EnsureIndexOn succeeds for multiple fields and directions", () =>
{
Expect.equal(
Query.Definition.EnsureIndexOn("test.table", "gibberish",
["taco", "guac DESC", "salsa ASC"], Dialect.SQLite),
new[] { "taco", "guac DESC", "salsa ASC" }),
"CREATE INDEX IF NOT EXISTS idx_table_gibberish ON test.table "
+ "((data->>'taco'), (data->>'guac') DESC, (data->>'salsa') ASC)",
+ "((data ->> 'taco'), (data ->> 'guac') DESC, (data ->> 'salsa') ASC)",
"CREATE INDEX for multiple field statement incorrect");
}),
TestCase("succeeds for nested PostgreSQL field", () =>
{
Expect.equal(
Query.Definition.EnsureIndexOn("tbl", "nest", ["a.b.c"], Dialect.PostgreSQL),
"CREATE INDEX IF NOT EXISTS idx_tbl_nest ON tbl ((data#>>'{a,b,c}'))",
"CREATE INDEX for nested PostgreSQL field incorrect");
}),
TestCase("succeeds for nested SQLite field", () =>
{
Expect.equal(
Query.Definition.EnsureIndexOn("tbl", "nest", ["a.b.c"], Dialect.SQLite),
"CREATE INDEX IF NOT EXISTS idx_tbl_nest ON tbl ((data->'a'->'b'->>'c'))",
"CREATE INDEX for nested SQLite field incorrect");
})
])
]),
}),
TestCase("Insert succeeds", () =>
{
Expect.equal(Query.Insert("tbl"), "INSERT INTO tbl VALUES (@data)", "INSERT statement not correct");
@ -562,104 +223,7 @@ public static class CommonCSharpTests
Expect.equal(Query.Save("tbl"),
"INSERT INTO tbl VALUES (@data) ON CONFLICT ((data->>'Id')) DO UPDATE SET data = EXCLUDED.data",
"INSERT ON CONFLICT UPDATE statement not correct");
}),
TestCase("Count succeeds", () =>
{
Expect.equal(Query.Count("tbl"), "SELECT COUNT(*) AS it FROM tbl", "Count query not correct");
}),
TestCase("Exists succeeds", () =>
{
Expect.equal(Query.Exists("tbl", "chicken"), "SELECT EXISTS (SELECT 1 FROM tbl WHERE chicken) AS it",
"Exists query not correct");
}),
TestCase("Find succeeds", () =>
{
Expect.equal(Query.Find("test.table"), "SELECT data FROM test.table", "Find query not correct");
}),
TestCase("Update succeeds", () =>
{
Expect.equal(Query.Update("tbl"), "UPDATE tbl SET data = @data", "Update query not correct");
}),
TestCase("Delete succeeds", () =>
{
Expect.equal(Query.Delete("tbl"), "DELETE FROM tbl", "Delete query not correct");
}),
TestList("OrderBy",
[
TestCase("succeeds for no fields", () =>
{
Expect.equal(Query.OrderBy([], Dialect.PostgreSQL), "", "Order By should have been blank (PostgreSQL)");
Expect.equal(Query.OrderBy([], Dialect.SQLite), "", "Order By should have been blank (SQLite)");
}),
TestCase("succeeds for PostgreSQL with one field and no direction", () =>
{
Expect.equal(Query.OrderBy([Field.Named("TestField")], Dialect.PostgreSQL),
" ORDER BY data->>'TestField'", "Order By not constructed correctly");
}),
TestCase("succeeds for SQLite with one field and no direction", () =>
{
Expect.equal(Query.OrderBy([Field.Named("TestField")], Dialect.SQLite),
" ORDER BY data->>'TestField'", "Order By not constructed correctly");
}),
TestCase("succeeds for PostgreSQL with multiple fields and direction", () =>
{
Expect.equal(
Query.OrderBy(
[
Field.Named("Nested.Test.Field DESC"), Field.Named("AnotherField"),
Field.Named("It DESC")
], Dialect.PostgreSQL),
" ORDER BY data#>>'{Nested,Test,Field}' DESC, data->>'AnotherField', data->>'It' DESC",
"Order By not constructed correctly");
}),
TestCase("succeeds for SQLite with multiple fields and direction", () =>
{
Expect.equal(
Query.OrderBy(
[
Field.Named("Nested.Test.Field DESC"), Field.Named("AnotherField"),
Field.Named("It DESC")
], Dialect.SQLite),
" ORDER BY data->'Nested'->'Test'->>'Field' DESC, data->>'AnotherField', data->>'It' DESC",
"Order By not constructed correctly");
}),
TestCase("succeeds for PostgreSQL numeric fields", () =>
{
Expect.equal(Query.OrderBy([Field.Named("n:Test")], Dialect.PostgreSQL),
" ORDER BY (data->>'Test')::numeric", "Order By not constructed correctly for numeric field");
}),
TestCase("succeeds for SQLite numeric fields", () =>
{
Expect.equal(Query.OrderBy([Field.Named("n:Test")], Dialect.SQLite), " ORDER BY data->>'Test'",
"Order By not constructed correctly for numeric field");
}),
TestCase("succeeds for PostgreSQL case-insensitive ordering", () =>
{
Expect.equal(Query.OrderBy([Field.Named("i:Test.Field DESC NULLS FIRST")], Dialect.PostgreSQL),
" ORDER BY LOWER(data#>>'{Test,Field}') DESC NULLS FIRST",
"Order By not constructed correctly for case-insensitive field");
}),
TestCase("succeeds for SQLite case-insensitive ordering", () =>
{
Expect.equal(Query.OrderBy([Field.Named("i:Test.Field ASC NULLS LAST")], Dialect.SQLite),
" ORDER BY data->'Test'->>'Field' COLLATE NOCASE ASC NULLS LAST",
"Order By not constructed correctly for case-insensitive field");
})
])
]);
/// <summary>
/// Unit tests
/// </summary>
[Tests]
public static readonly Test Unit = TestList("Common.C# Unit",
[
OpTests,
FieldTests,
FieldMatchTests,
ParameterNameTests,
AutoIdTests,
QueryTests,
TestSequenced(ConfigurationTests)
]);
})
});
}

504
src/Tests.CSharp/PostgresCSharpExtensionTests.cs
View File

@ -31,17 +31,17 @@ public class PostgresCSharpExtensionTests
/// Integration tests for the SQLite extension methods
/// </summary>
[Tests]
public static readonly Test Integration = TestList("Postgres.C#.Extensions",
[
TestList("CustomList",
[
public static readonly Test Integration = TestList("Postgres.C#.Extensions", new[]
{
TestList("CustomList", new[]
{
TestCase("succeeds when data is found", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var docs = await conn.CustomList(Query.Find(PostgresDb.TableName), Parameters.None,
var docs = await conn.CustomList(Query.SelectFromTable(PostgresDb.TableName), Parameters.None,
Results.FromData<JsonDocument>);
Expect.equal(docs.Count, 5, "There should have been 5 documents returned");
}),
@ -53,13 +53,13 @@ public class PostgresCSharpExtensionTests
var docs = await conn.CustomList(
$"SELECT data FROM {PostgresDb.TableName} WHERE data @? @path::jsonpath",
[Tuple.Create("@path", Sql.@string("$.NumValue ? (@ > 100)"))],
new[] { Tuple.Create("@path", Sql.@string("$.NumValue ? (@ > 100)")) },
Results.FromData<JsonDocument>);
Expect.isEmpty(docs, "There should have been no documents returned");
})
]),
TestList("CustomSingle",
[
}),
TestList("CustomSingle", new[]
{
TestCase("succeeds when a row is found", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -67,7 +67,7 @@ public class PostgresCSharpExtensionTests
await LoadDocs();
var doc = await conn.CustomSingle($"SELECT data FROM {PostgresDb.TableName} WHERE data ->> 'Id' = @id",
[Tuple.Create("@id", Sql.@string("one"))], Results.FromData<JsonDocument>);
new[] { Tuple.Create("@id", Sql.@string("one")) }, Results.FromData<JsonDocument>);
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal(doc.Id, "one", "The incorrect document was returned");
}),
@ -78,12 +78,12 @@ public class PostgresCSharpExtensionTests
await LoadDocs();
var doc = await conn.CustomSingle($"SELECT data FROM {PostgresDb.TableName} WHERE data ->> 'Id' = @id",
[Tuple.Create("@id", Sql.@string("eighty"))], Results.FromData<JsonDocument>);
new[] { Tuple.Create("@id", Sql.@string("eighty")) }, Results.FromData<JsonDocument>);
Expect.isNull(doc, "There should not have been a document returned");
})
]),
TestList("CustomNonQuery",
[
}),
TestList("CustomNonQuery", new[]
{
TestCase("succeeds when operating on data", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -102,12 +102,12 @@ public class PostgresCSharpExtensionTests
await LoadDocs();
await conn.CustomNonQuery($"DELETE FROM {PostgresDb.TableName} WHERE data @? @path::jsonpath",
[Tuple.Create("@path", Sql.@string("$.NumValue ? (@ > 100)"))]);
new[] { Tuple.Create("@path", Sql.@string("$.NumValue ? (@ > 100)")) });
var remaining = await conn.CountAll(PostgresDb.TableName);
Expect.equal(remaining, 5, "There should be 5 documents remaining in the table");
})
]),
}),
TestCase("Scalar succeeds", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -119,64 +119,58 @@ public class PostgresCSharpExtensionTests
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
var tableExists = () => conn.CustomScalar(
"SELECT EXISTS (SELECT 1 FROM pg_class WHERE relname = 'ensured') AS it", Parameters.None,
Results.ToExists);
var keyExists = () => conn.CustomScalar(
"SELECT EXISTS (SELECT 1 FROM pg_class WHERE relname = 'idx_ensured_key') AS it", Parameters.None,
Results.ToExists);
var exists = await TableExists();
var alsoExists = await KeyExists();
var exists = await tableExists();
var alsoExists = await keyExists();
Expect.isFalse(exists, "The table should not exist already");
Expect.isFalse(alsoExists, "The key index should not exist already");
await conn.EnsureTable("ensured");
exists = await TableExists();
alsoExists = await KeyExists();
exists = await tableExists();
alsoExists = await keyExists();
Expect.isTrue(exists, "The table should now exist");
Expect.isTrue(alsoExists, "The key index should now exist");
return;
Task<bool> KeyExists() =>
conn.CustomScalar("SELECT EXISTS (SELECT 1 FROM pg_class WHERE relname = 'idx_ensured_key') AS it",
Parameters.None, Results.ToExists);
Task<bool> TableExists() =>
conn.CustomScalar("SELECT EXISTS (SELECT 1 FROM pg_class WHERE relname = 'ensured') AS it",
Parameters.None, Results.ToExists);
}),
TestCase("EnsureDocumentIndex succeeds", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
var indexExists = () => conn.CustomScalar(
"SELECT EXISTS (SELECT 1 FROM pg_class WHERE relname = 'idx_ensured_document') AS it", Parameters.None,
Results.ToExists);
var exists = await IndexExists();
var exists = await indexExists();
Expect.isFalse(exists, "The index should not exist already");
await conn.EnsureTable("ensured");
await conn.EnsureDocumentIndex("ensured", DocumentIndex.Optimized);
exists = await IndexExists();
exists = await indexExists();
Expect.isTrue(exists, "The index should now exist");
return;
Task<bool> IndexExists() =>
conn.CustomScalar("SELECT EXISTS (SELECT 1 FROM pg_class WHERE relname = 'idx_ensured_document') AS it",
Parameters.None, Results.ToExists);
}),
TestCase("EnsureFieldIndex succeeds", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
var indexExists = () => conn.CustomScalar(
"SELECT EXISTS (SELECT 1 FROM pg_class WHERE relname = 'idx_ensured_test') AS it", Parameters.None,
Results.ToExists);
var exists = await IndexExists();
var exists = await indexExists();
Expect.isFalse(exists, "The index should not exist already");
await conn.EnsureTable("ensured");
await conn.EnsureFieldIndex("ensured", "test", ["Id", "Category"]);
exists = await IndexExists();
await conn.EnsureFieldIndex("ensured", "test", new[] { "Id", "Category" });
exists = await indexExists();
Expect.isTrue(exists, "The index should now exist");
return;
Task<bool> IndexExists() =>
conn.CustomScalar("SELECT EXISTS (SELECT 1 FROM pg_class WHERE relname = 'idx_ensured_test') AS it",
Parameters.None, Results.ToExists);
}),
TestList("Insert",
[
TestList("Insert", new[]
{
TestCase("succeeds", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -204,9 +198,9 @@ public class PostgresCSharpExtensionTests
// This is what should have happened
}
})
]),
TestList("Save",
[
}),
TestList("save", new[]
{
TestCase("succeeds when a document is inserted", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -236,7 +230,7 @@ public class PostgresCSharpExtensionTests
Expect.isNotNull(after, "There should have been a document returned post-update");
Expect.equal(after.Sub!.Foo, "c", "The updated document is not correct");
})
]),
}),
TestCase("CountAll succeeds", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -246,14 +240,13 @@ public class PostgresCSharpExtensionTests
var theCount = await conn.CountAll(PostgresDb.TableName);
Expect.equal(theCount, 5, "There should have been 5 matching documents");
}),
TestCase("CountByFields succeeds", async () =>
TestCase("CountByField succeeds", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var theCount = await conn.CountByFields(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "purple")]);
var theCount = await conn.CountByField(PostgresDb.TableName, Field.EQ("Value", "purple"));
Expect.equal(theCount, 2, "There should have been 2 matching documents");
}),
TestCase("CountByContains succeeds", async () =>
@ -274,8 +267,8 @@ public class PostgresCSharpExtensionTests
var theCount = await conn.CountByJsonPath(PostgresDb.TableName, "$.NumValue ? (@ > 5)");
Expect.equal(theCount, 3, "There should have been 3 matching documents");
}),
TestList("ExistsById",
[
TestList("ExistsById", new[]
{
TestCase("succeeds when a document exists", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -294,16 +287,16 @@ public class PostgresCSharpExtensionTests
var exists = await conn.ExistsById(PostgresDb.TableName, "seven");
Expect.isFalse(exists, "There should not have been an existing document");
})
]),
TestList("ExistsByField",
[
}),
TestList("ExistsByField", new[]
{
TestCase("succeeds when documents exist", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var exists = await conn.ExistsByFields(PostgresDb.TableName, FieldMatch.Any, [Field.Exists("Sub")]);
var exists = await conn.ExistsByField(PostgresDb.TableName, Field.EX("Sub"));
Expect.isTrue(exists, "There should have been existing documents");
}),
TestCase("succeeds when documents do not exist", async () =>
@ -312,13 +305,12 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
await LoadDocs();
var exists =
await conn.ExistsByFields(PostgresDb.TableName, FieldMatch.Any, [Field.Equal("NumValue", "six")]);
var exists = await conn.ExistsByField(PostgresDb.TableName, Field.EQ("NumValue", "six"));
Expect.isFalse(exists, "There should not have been existing documents");
})
]),
TestList("ExistsByContains",
[
}),
TestList("ExistsByContains", new[]
{
TestCase("succeeds when documents exist", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -337,9 +329,9 @@ public class PostgresCSharpExtensionTests
var exists = await conn.ExistsByContains(PostgresDb.TableName, new { Nothing = "none" });
Expect.isFalse(exists, "There should not have been any existing documents");
})
]),
TestList("ExistsByJsonPath",
[
}),
TestList("ExistsByJsonPath", new[]
{
TestCase("succeeds when documents exist", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -358,9 +350,9 @@ public class PostgresCSharpExtensionTests
var exists = await conn.ExistsByJsonPath(PostgresDb.TableName, "$.NumValue ? (@ > 1000)");
Expect.isFalse(exists, "There should not have been any existing documents");
})
]),
TestList("FindAll",
[
}),
TestList("FindAll", new[]
{
TestCase("succeeds when there is data", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -380,47 +372,9 @@ public class PostgresCSharpExtensionTests
var results = await conn.FindAll<JsonDocument>(PostgresDb.TableName);
Expect.isEmpty(results, "There should have been no documents returned");
})
]),
TestList("FindAllOrdered",
[
TestCase("succeeds when ordering numerically", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var results =
await conn.FindAllOrdered<JsonDocument>(PostgresDb.TableName, [Field.Named("n:NumValue")]);
Expect.hasLength(results, 5, "There should have been 5 documents returned");
Expect.equal(string.Join('|', results.Select(x => x.Id)), "one|three|two|four|five",
"The documents were not ordered correctly");
}),
TestCase("succeeds when ordering numerically descending", async () =>
TestList("FindById", new[]
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var results =
await conn.FindAllOrdered<JsonDocument>(PostgresDb.TableName, [Field.Named("n:NumValue DESC")]);
Expect.hasLength(results, 5, "There should have been 5 documents returned");
Expect.equal(string.Join('|', results.Select(x => x.Id)), "five|four|two|three|one",
"The documents were not ordered correctly");
}),
TestCase("succeeds when ordering alphabetically", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var results = await conn.FindAllOrdered<JsonDocument>(PostgresDb.TableName, [Field.Named("Id DESC")]);
Expect.hasLength(results, 5, "There should have been 5 documents returned");
Expect.equal(string.Join('|', results.Select(x => x.Id)), "two|three|one|four|five",
"The documents were not ordered correctly");
})
]),
TestList("FindById",
[
TestCase("succeeds when a document is found", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -440,17 +394,16 @@ public class PostgresCSharpExtensionTests
var doc = await conn.FindById<string, JsonDocument>(PostgresDb.TableName, "three hundred eighty-seven");
Expect.isNull(doc, "There should not have been a document returned");
})
]),
TestList("FindByFields",
[
}),
TestList("FindByField", new[]
{
TestCase("succeeds when documents are found", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var docs = await conn.FindByFields<JsonDocument>(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "another")]);
var docs = await conn.FindByField<JsonDocument>(PostgresDb.TableName, Field.EQ("Value", "another"));
Expect.equal(docs.Count, 1, "There should have been one document returned");
}),
TestCase("succeeds when documents are not found", async () =>
@ -459,40 +412,12 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
await LoadDocs();
var docs = await conn.FindByFields<JsonDocument>(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "mauve")]);
var docs = await conn.FindByField<JsonDocument>(PostgresDb.TableName, Field.EQ("Value", "mauve"));
Expect.isEmpty(docs, "There should have been no documents returned");
})
]),
TestList("FindByFieldsOrdered",
[
TestCase("succeeds when documents are found", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var docs = await conn.FindByFieldsOrdered<JsonDocument>(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "purple")], [Field.Named("Id")]);
Expect.hasLength(docs, 2, "There should have been two document returned");
Expect.equal(string.Join('|', docs.Select(x => x.Id)), "five|four",
"The documents were not ordered correctly");
}),
TestCase("succeeds when documents are not found", async () =>
TestList("FindByContains", new[]
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var docs = await conn.FindByFieldsOrdered<JsonDocument>(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "purple")], [Field.Named("Id DESC")]);
Expect.hasLength(docs, 2, "There should have been two document returned");
Expect.equal(string.Join('|', docs.Select(x => x.Id)), "four|five",
"The documents were not ordered correctly");
})
]),
TestList("FindByContains",
[
TestCase("succeeds when documents are found", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -512,37 +437,9 @@ public class PostgresCSharpExtensionTests
var docs = await conn.FindByContains<JsonDocument>(PostgresDb.TableName, new { Value = "mauve" });
Expect.isEmpty(docs, "There should have been no documents returned");
})
]),
TestList("FindByContainsOrdered",
[
// Id = two, Sub.Bar = blue; Id = four, Sub.Bar = red
TestCase("succeeds when sorting ascending", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var docs = await conn.FindByContainsOrdered<JsonDocument>(PostgresDb.TableName,
new { Sub = new { Foo = "green" } }, [Field.Named("Sub.Bar")]);
Expect.hasLength(docs, 2, "There should have been two documents returned");
Expect.equal(string.Join('|', docs.Select(x => x.Id)), "two|four",
"Documents not ordered correctly");
}),
TestCase("succeeds when sorting descending", async () =>
TestList("FindByJsonPath", new[]
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var docs = await conn.FindByContainsOrdered<JsonDocument>(PostgresDb.TableName,
new { Sub = new { Foo = "green" } }, [Field.Named("Sub.Bar DESC")]);
Expect.hasLength(docs, 2, "There should have been two documents returned");
Expect.equal(string.Join('|', docs.Select(x => x.Id)), "four|two",
"Documents not ordered correctly");
})
]),
TestList("FindByJsonPath",
[
TestCase("succeeds when documents are found", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -561,45 +458,16 @@ public class PostgresCSharpExtensionTests
var docs = await conn.FindByJsonPath<JsonDocument>(PostgresDb.TableName, "$.NumValue ? (@ < 0)");
Expect.isEmpty(docs, "There should have been no documents returned");
})
]),
TestList("FindByJsonPathOrdered",
[
// Id = one, NumValue = 0; Id = two, NumValue = 10; Id = three, NumValue = 4
TestCase("succeeds when sorting ascending", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var docs = await conn.FindByJsonPathOrdered<JsonDocument>(PostgresDb.TableName, "$.NumValue ? (@ < 15)",
[Field.Named("n:NumValue")]);
Expect.hasLength(docs, 3, "There should have been 3 documents returned");
Expect.equal(string.Join('|', docs.Select(x => x.Id)), "one|three|two",
"Documents not ordered correctly");
}),
TestCase("succeeds when sorting descending", async () =>
TestList("FindFirstByField", new[]
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var docs = await conn.FindByJsonPathOrdered<JsonDocument>(PostgresDb.TableName, "$.NumValue ? (@ < 15)",
[Field.Named("n:NumValue DESC")]);
Expect.hasLength(docs, 3, "There should have been 3 documents returned");
Expect.equal(string.Join('|', docs.Select(x => x.Id)), "two|three|one",
"Documents not ordered correctly");
})
]),
TestList("FindFirstByFields",
[
TestCase("succeeds when a document is found", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var doc = await conn.FindFirstByFields<JsonDocument>(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "another")]);
var doc = await conn.FindFirstByField<JsonDocument>(PostgresDb.TableName, Field.EQ("Value", "another"));
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal(doc.Id, "two", "The incorrect document was returned");
}),
@ -609,10 +477,9 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
await LoadDocs();
var doc = await conn.FindFirstByFields<JsonDocument>(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "purple")]);
var doc = await conn.FindFirstByField<JsonDocument>(PostgresDb.TableName, Field.EQ("Value", "purple"));
Expect.isNotNull(doc, "There should have been a document returned");
Expect.contains(["five", "four"], doc.Id, "An incorrect document was returned");
Expect.contains(new[] { "five", "four" }, doc.Id, "An incorrect document was returned");
}),
TestCase("succeeds when a document is not found", async () =>
{
@ -620,38 +487,12 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
await LoadDocs();
var doc = await conn.FindFirstByFields<JsonDocument>(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "absent")]);
var doc = await conn.FindFirstByField<JsonDocument>(PostgresDb.TableName, Field.EQ("Value", "absent"));
Expect.isNull(doc, "There should not have been a document returned");
})
]),
TestList("FindFirstByFieldsOrdered",
[
TestCase("succeeds when sorting ascending", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var doc = await conn.FindFirstByFieldsOrdered<JsonDocument>(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "purple")], [Field.Named("Id")]);
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal("five", doc.Id, "An incorrect document was returned");
}),
TestCase("succeeds when a document is not found", async () =>
TestList("FindFirstByContains", new[]
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var doc = await conn.FindFirstByFieldsOrdered<JsonDocument>(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "purple")], [Field.Named("Id DESC")]);
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal("four", doc.Id, "An incorrect document was returned");
})
]),
TestList("FindFirstByContains",
[
TestCase("succeeds when a document is found", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -671,7 +512,7 @@ public class PostgresCSharpExtensionTests
var doc = await conn.FindFirstByContains<JsonDocument>(PostgresDb.TableName,
new { Sub = new { Foo = "green" } });
Expect.isNotNull(doc, "There should have been a document returned");
Expect.contains(["two", "four"], doc.Id, "An incorrect document was returned");
Expect.contains(new[] { "two", "four" }, doc.Id, "An incorrect document was returned");
}),
TestCase("succeeds when a document is not found", async () =>
{
@ -682,34 +523,9 @@ public class PostgresCSharpExtensionTests
var doc = await conn.FindFirstByContains<JsonDocument>(PostgresDb.TableName, new { Value = "absent" });
Expect.isNull(doc, "There should not have been a document returned");
})
]),
TestList("FindFirstByContainsOrdered",
[
TestCase("succeeds when sorting ascending", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var doc = await conn.FindFirstByContainsOrdered<JsonDocument>(PostgresDb.TableName,
new { Sub = new { Foo = "green" } }, [Field.Named("Value")]);
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal("two", doc.Id, "An incorrect document was returned");
}),
TestCase("succeeds when sorting descending", async () =>
TestList("FindFirstByJsonPath", new[]
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var doc = await conn.FindFirstByContainsOrdered<JsonDocument>(PostgresDb.TableName,
new { Sub = new { Foo = "green" } }, [Field.Named("Value DESC")]);
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal("four", doc.Id, "An incorrect document was returned");
})
]),
TestList("FindFirstByJsonPath",
[
TestCase("succeeds when a document is found", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -730,7 +546,7 @@ public class PostgresCSharpExtensionTests
var doc = await conn.FindFirstByJsonPath<JsonDocument>(PostgresDb.TableName,
"$.Sub.Foo ? (@ == \"green\")");
Expect.isNotNull(doc, "There should have been a document returned");
Expect.contains(["two", "four"], doc.Id, "An incorrect document was returned");
Expect.contains(new[] { "two", "four" }, doc.Id, "An incorrect document was returned");
}),
TestCase("succeeds when a document is not found", async () =>
{
@ -741,34 +557,9 @@ public class PostgresCSharpExtensionTests
var doc = await conn.FindFirstByJsonPath<JsonDocument>(PostgresDb.TableName, "$.Id ? (@ == \"nope\")");
Expect.isNull(doc, "There should not have been a document returned");
})
]),
TestList("FindFirstByJsonPathOrdered",
[
TestCase("succeeds when sorting ascending", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var doc = await conn.FindFirstByJsonPathOrdered<JsonDocument>(PostgresDb.TableName,
"$.Sub.Foo ? (@ == \"green\")", [Field.Named("Sub.Bar")]);
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal("two", doc.Id, "An incorrect document was returned");
}),
TestCase("succeeds when sorting descending", async () =>
TestList("UpdateById", new[]
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
var doc = await conn.FindFirstByJsonPathOrdered<JsonDocument>(PostgresDb.TableName,
"$.Sub.Foo ? (@ == \"green\")", [Field.Named("Sub.Bar DESC")]);
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal("four", doc.Id, "An incorrect document was returned");
})
]),
TestList("UpdateById",
[
TestCase("succeeds when a document is updated", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -797,9 +588,9 @@ public class PostgresCSharpExtensionTests
await conn.UpdateById(PostgresDb.TableName, "test",
new JsonDocument { Id = "x", Sub = new() { Foo = "blue", Bar = "red" } });
})
]),
TestList("UpdateByFunc",
[
}),
TestList("UpdateByFunc", new[]
{
TestCase("succeeds when a document is updated", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -826,9 +617,9 @@ public class PostgresCSharpExtensionTests
await conn.UpdateByFunc(PostgresDb.TableName, doc => doc.Id,
new JsonDocument { Id = "one", Value = "le un", NumValue = 1 });
})
]),
TestList("PatchById",
[
}),
TestList("PatchById", new[]
{
TestCase("succeeds when a document is updated", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -850,19 +641,17 @@ public class PostgresCSharpExtensionTests
// This not raising an exception is the test
await conn.PatchById(PostgresDb.TableName, "test", new { Foo = "green" });
})
]),
TestList("PatchByFields",
[
}),
TestList("PatchByField", new[]
{
TestCase("succeeds when a document is updated", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
await conn.PatchByFields(PostgresDb.TableName, FieldMatch.Any, [Field.Equal("Value", "purple")],
new { NumValue = 77 });
var after = await conn.CountByFields(PostgresDb.TableName, FieldMatch.Any,
[Field.Equal("NumValue", 77)]);
await conn.PatchByField(PostgresDb.TableName, Field.EQ("Value", "purple"), new { NumValue = 77 });
var after = await conn.CountByField(PostgresDb.TableName, Field.EQ("NumValue", "77"));
Expect.equal(after, 2, "There should have been 2 documents returned");
}),
TestCase("succeeds when no document is updated", async () =>
@ -873,12 +662,11 @@ public class PostgresCSharpExtensionTests
Expect.equal(before, 0, "There should have been no documents returned");
// This not raising an exception is the test
await conn.PatchByFields(PostgresDb.TableName, FieldMatch.Any, [Field.Equal("Value", "burgundy")],
new { Foo = "green" });
await conn.PatchByField(PostgresDb.TableName, Field.EQ("Value", "burgundy"), new { Foo = "green" });
})
]),
TestList("PatchByContains",
[
}),
TestList("PatchByContains", new[]
{
TestCase("succeeds when a document is updated", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -899,9 +687,9 @@ public class PostgresCSharpExtensionTests
// This not raising an exception is the test
await conn.PatchByContains(PostgresDb.TableName, new { Value = "burgundy" }, new { Foo = "green" });
})
]),
TestList("PatchByJsonPath",
[
}),
TestList("PatchByJsonPath", new[]
{
TestCase("succeeds when a document is updated", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -922,16 +710,16 @@ public class PostgresCSharpExtensionTests
// This not raising an exception is the test
await conn.PatchByJsonPath(PostgresDb.TableName, "$.NumValue ? (@ < 0)", new { Foo = "green" });
})
]),
TestList("RemoveFieldsById",
[
}),
TestList("RemoveFieldsById", new[]
{
TestCase("succeeds when multiple fields are removed", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
await conn.RemoveFieldsById(PostgresDb.TableName, "two", ["Sub", "Value"]);
await conn.RemoveFieldsById(PostgresDb.TableName, "two", new[] { "Sub", "Value" });
var updated = await Find.ById<string, JsonDocument>(PostgresDb.TableName, "two");
Expect.isNotNull(updated, "The updated document should have been retrieved");
Expect.equal(updated.Value, "", "The string value should have been removed");
@ -943,7 +731,7 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
await LoadDocs();
await conn.RemoveFieldsById(PostgresDb.TableName, "two", ["Sub"]);
await conn.RemoveFieldsById(PostgresDb.TableName, "two", new[] { "Sub" });
var updated = await Find.ById<string, JsonDocument>(PostgresDb.TableName, "two");
Expect.isNotNull(updated, "The updated document should have been retrieved");
Expect.notEqual(updated.Value, "", "The string value should not have been removed");
@ -956,7 +744,7 @@ public class PostgresCSharpExtensionTests
await LoadDocs();
// This not raising an exception is the test
await conn.RemoveFieldsById(PostgresDb.TableName, "two", ["AFieldThatIsNotThere"]);
await conn.RemoveFieldsById(PostgresDb.TableName, "two", new[] { "AFieldThatIsNotThere" });
}),
TestCase("succeeds when no document is matched", async () =>
{
@ -964,19 +752,19 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
// This not raising an exception is the test
await conn.RemoveFieldsById(PostgresDb.TableName, "two", ["Value"]);
await conn.RemoveFieldsById(PostgresDb.TableName, "two", new[] { "Value" });
})
]),
TestList("RemoveFieldsByFields",
[
}),
TestList("RemoveFieldsByField", new[]
{
TestCase("succeeds when multiple fields are removed", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
await conn.RemoveFieldsByFields(PostgresDb.TableName, FieldMatch.Any, [Field.Equal("NumValue", "17")],
["Sub", "Value"]);
await conn.RemoveFieldsByField(PostgresDb.TableName, Field.EQ("NumValue", "17"),
new[] { "Sub", "Value" });
var updated = await Find.ById<string, JsonDocument>(PostgresDb.TableName, "four");
Expect.isNotNull(updated, "The updated document should have been retrieved");
Expect.equal(updated.Value, "", "The string value should have been removed");
@ -988,8 +776,7 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
await LoadDocs();
await conn.RemoveFieldsByFields(PostgresDb.TableName, FieldMatch.Any, [Field.Equal("NumValue", "17")],
["Sub"]);
await conn.RemoveFieldsByField(PostgresDb.TableName, Field.EQ("NumValue", "17"), new[] { "Sub" });
var updated = await Find.ById<string, JsonDocument>(PostgresDb.TableName, "four");
Expect.isNotNull(updated, "The updated document should have been retrieved");
Expect.notEqual(updated.Value, "", "The string value should not have been removed");
@ -1002,8 +789,7 @@ public class PostgresCSharpExtensionTests
await LoadDocs();
// This not raising an exception is the test
await conn.RemoveFieldsByFields(PostgresDb.TableName, FieldMatch.Any, [Field.Equal("NumValue", "17")],
["Nothing"]);
await conn.RemoveFieldsByField(PostgresDb.TableName, Field.EQ("NumValue", "17"), new[] { "Nothing" });
}),
TestCase("succeeds when no document is matched", async () =>
{
@ -1011,19 +797,20 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
// This not raising an exception is the test
await conn.RemoveFieldsByFields(PostgresDb.TableName, FieldMatch.Any,
[Field.NotEqual("Abracadabra", "apple")], ["Value"]);
await conn.RemoveFieldsByField(PostgresDb.TableName, Field.NE("Abracadabra", "apple"),
new[] { "Value" });
})
]),
TestList("RemoveFieldsByContains",
[
}),
TestList("RemoveFieldsByContains", new[]
{
TestCase("succeeds when multiple fields are removed", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
await conn.RemoveFieldsByContains(PostgresDb.TableName, new { NumValue = 17 }, ["Sub", "Value"]);
await conn.RemoveFieldsByContains(PostgresDb.TableName, new { NumValue = 17 },
new[] { "Sub", "Value" });
var updated = await Find.ById<string, JsonDocument>(PostgresDb.TableName, "four");
Expect.isNotNull(updated, "The updated document should have been retrieved");
Expect.equal(updated.Value, "", "The string value should have been removed");
@ -1035,7 +822,7 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
await LoadDocs();
await conn.RemoveFieldsByContains(PostgresDb.TableName, new { NumValue = 17 }, ["Sub"]);
await conn.RemoveFieldsByContains(PostgresDb.TableName, new { NumValue = 17 }, new[] { "Sub" });
var updated = await Find.ById<string, JsonDocument>(PostgresDb.TableName, "four");
Expect.isNotNull(updated, "The updated document should have been retrieved");
Expect.notEqual(updated.Value, "", "The string value should not have been removed");
@ -1048,7 +835,7 @@ public class PostgresCSharpExtensionTests
await LoadDocs();
// This not raising an exception is the test
await conn.RemoveFieldsByContains(PostgresDb.TableName, new { NumValue = 17 }, ["Nothing"]);
await conn.RemoveFieldsByContains(PostgresDb.TableName, new { NumValue = 17 }, new[] { "Nothing" });
}),
TestCase("succeeds when no document is matched", async () =>
{
@ -1056,18 +843,20 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
// This not raising an exception is the test
await conn.RemoveFieldsByContains(PostgresDb.TableName, new { Abracadabra = "apple" }, ["Value"]);
await conn.RemoveFieldsByContains(PostgresDb.TableName, new { Abracadabra = "apple" },
new[] { "Value" });
})
]),
TestList("RemoveFieldsByJsonPath",
[
}),
TestList("RemoveFieldsByJsonPath", new[]
{
TestCase("succeeds when multiple fields are removed", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
await conn.RemoveFieldsByJsonPath(PostgresDb.TableName, "$.NumValue ? (@ == 17)", ["Sub", "Value"]);
await conn.RemoveFieldsByJsonPath(PostgresDb.TableName, "$.NumValue ? (@ == 17)",
new[] { "Sub", "Value" });
var updated = await Find.ById<string, JsonDocument>(PostgresDb.TableName, "four");
Expect.isNotNull(updated, "The updated document should have been retrieved");
Expect.equal(updated.Value, "", "The string value should have been removed");
@ -1079,7 +868,7 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
await LoadDocs();
await conn.RemoveFieldsByJsonPath(PostgresDb.TableName, "$.NumValue ? (@ == 17)", ["Sub"]);
await conn.RemoveFieldsByJsonPath(PostgresDb.TableName, "$.NumValue ? (@ == 17)", new[] { "Sub" });
var updated = await Find.ById<string, JsonDocument>(PostgresDb.TableName, "four");
Expect.isNotNull(updated, "The updated document should have been retrieved");
Expect.notEqual(updated.Value, "", "The string value should not have been removed");
@ -1092,7 +881,7 @@ public class PostgresCSharpExtensionTests
await LoadDocs();
// This not raising an exception is the test
await conn.RemoveFieldsByJsonPath(PostgresDb.TableName, "$.NumValue ? (@ == 17)", ["Nothing"]);
await conn.RemoveFieldsByJsonPath(PostgresDb.TableName, "$.NumValue ? (@ == 17)", new[] { "Nothing" });
}),
TestCase("succeeds when no document is matched", async () =>
{
@ -1100,11 +889,12 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
// This not raising an exception is the test
await conn.RemoveFieldsByJsonPath(PostgresDb.TableName, "$.Abracadabra ? (@ == \"apple\")", ["Value"]);
await conn.RemoveFieldsByJsonPath(PostgresDb.TableName, "$.Abracadabra ? (@ == \"apple\")",
new[] { "Value" });
})
]),
TestList("DeleteById",
[
}),
TestList("DeleteById", new[]
{
TestCase("succeeds when a document is deleted", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -1125,16 +915,16 @@ public class PostgresCSharpExtensionTests
var remaining = await conn.CountAll(PostgresDb.TableName);
Expect.equal(remaining, 5, "There should have been 5 documents remaining");
})
]),
TestList("DeleteByFields",
[
}),
TestList("DeleteByField", new[]
{
TestCase("succeeds when documents are deleted", async () =>
{
await using var db = PostgresDb.BuildDb();
await using var conn = MkConn(db);
await LoadDocs();
await conn.DeleteByFields(PostgresDb.TableName, FieldMatch.Any, [Field.NotEqual("Value", "purple")]);
await conn.DeleteByField(PostgresDb.TableName, Field.NE("Value", "purple"));
var remaining = await conn.CountAll(PostgresDb.TableName);
Expect.equal(remaining, 2, "There should have been 2 documents remaining");
}),
@ -1144,13 +934,13 @@ public class PostgresCSharpExtensionTests
await using var conn = MkConn(db);
await LoadDocs();
await conn.DeleteByFields(PostgresDb.TableName, FieldMatch.Any, [Field.Equal("Value", "crimson")]);
await conn.DeleteByField(PostgresDb.TableName, Field.EQ("Value", "crimson"));
var remaining = await conn.CountAll(PostgresDb.TableName);
Expect.equal(remaining, 5, "There should have been 5 documents remaining");
})
]),
TestList("DeleteByContains",
[
}),
TestList("DeleteByContains", new[]
{
TestCase("succeeds when documents are deleted", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -1171,9 +961,9 @@ public class PostgresCSharpExtensionTests
var remaining = await conn.CountAll(PostgresDb.TableName);
Expect.equal(remaining, 5, "There should have been 5 documents remaining");
})
]),
TestList("DeleteByJsonPath",
[
}),
TestList("DeleteByJsonPath", new[]
{
TestCase("succeeds when documents are deleted", async () =>
{
await using var db = PostgresDb.BuildDb();
@ -1194,6 +984,6 @@ public class PostgresCSharpExtensionTests
var remaining = await conn.CountAll(PostgresDb.TableName);
Expect.equal(remaining, 5, "There should have been 5 documents remaining");
})
]),
]);
}),
});
}

1178
src/Tests.CSharp/PostgresCSharpTests.cs
View File

File diff suppressed because it is too large Load Diff

2
src/Tests.CSharp/PostgresDb.cs
View File

@ -131,7 +131,7 @@ public static class PostgresDb
var sqlProps = Sql.connect(database.ConnectionString);
Sql.executeNonQuery(Sql.query(Postgres.Query.Definition.EnsureTable(TableName), sqlProps));
Sql.executeNonQuery(Sql.query(Query.Definition.EnsureKey(TableName, Dialect.PostgreSQL), sqlProps));
Sql.executeNonQuery(Sql.query(Query.Definition.EnsureKey(TableName), sqlProps));
Postgres.Configuration.UseDataSource(MkDataSource(database.ConnectionString));

294
src/Tests.CSharp/SqliteCSharpExtensionTests.cs
View File

@ -1,5 +1,6 @@
using Expecto.CSharp;
using Expecto;
using Microsoft.Data.Sqlite;
using BitBadger.Documents.Sqlite;
namespace BitBadger.Documents.Tests.CSharp;
@ -17,10 +18,10 @@ public static class SqliteCSharpExtensionTests
/// Integration tests for the SQLite extension methods
/// </summary>
[Tests]
public static readonly Test Integration = TestList("Sqlite.C#.Extensions",
[
TestList("CustomSingle",
[
public static readonly Test Integration = TestList("Sqlite.C#.Extensions", new[]
{
TestList("CustomSingle", new[]
{
TestCase("succeeds when a row is found", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -28,7 +29,7 @@ public static class SqliteCSharpExtensionTests
await LoadDocs();
var doc = await conn.CustomSingle($"SELECT data FROM {SqliteDb.TableName} WHERE data ->> 'Id' = @id",
[Parameters.Id("one")], Results.FromData<JsonDocument>);
new[] { Parameters.Id("one") }, Results.FromData<JsonDocument>);
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal(doc!.Id, "one", "The incorrect document was returned");
}),
@ -39,19 +40,19 @@ public static class SqliteCSharpExtensionTests
await LoadDocs();
var doc = await conn.CustomSingle($"SELECT data FROM {SqliteDb.TableName} WHERE data ->> 'Id' = @id",
[Parameters.Id("eighty")], Results.FromData<JsonDocument>);
new[] { Parameters.Id("eighty") }, Results.FromData<JsonDocument>);
Expect.isNull(doc, "There should not have been a document returned");
})
]),
TestList("CustomList",
[
}),
TestList("CustomList", new[]
{
TestCase("succeeds when data is found", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var docs = await conn.CustomList(Query.Find(SqliteDb.TableName), Parameters.None,
var docs = await conn.CustomList(Query.SelectFromTable(SqliteDb.TableName), Parameters.None,
Results.FromData<JsonDocument>);
Expect.equal(docs.Count, 5, "There should have been 5 documents returned");
}),
@ -62,13 +63,13 @@ public static class SqliteCSharpExtensionTests
await LoadDocs();
var docs = await conn.CustomList(
$"SELECT data FROM {SqliteDb.TableName} WHERE data ->> 'NumValue' > @value", [new("@value", 100)],
Results.FromData<JsonDocument>);
$"SELECT data FROM {SqliteDb.TableName} WHERE data ->> 'NumValue' > @value",
new[] { new SqliteParameter("@value", 100) }, Results.FromData<JsonDocument>);
Expect.isEmpty(docs, "There should have been no documents returned");
})
]),
TestList("CustomNonQuery",
[
}),
TestList("CustomNonQuery", new[]
{
TestCase("succeeds when operating on data", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -87,12 +88,12 @@ public static class SqliteCSharpExtensionTests
await LoadDocs();
await conn.CustomNonQuery($"DELETE FROM {SqliteDb.TableName} WHERE data ->> 'NumValue' > @value",
[new("@value", 100)]);
new[] { new SqliteParameter("@value", 100) });
var remaining = await conn.CountAll(SqliteDb.TableName);
Expect.equal(remaining, 5L, "There should be 5 documents remaining in the table");
})
]),
}),
TestCase("CustomScalar succeeds", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -106,44 +107,41 @@ public static class SqliteCSharpExtensionTests
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
var exists = await ItExists("ensured");
var alsoExists = await ItExists("idx_ensured_key");
Func<string, ValueTask<bool>> itExists = async name =>
await conn.CustomScalar(
$"SELECT EXISTS (SELECT 1 FROM {SqliteDb.Catalog} WHERE name = @name) AS it",
new SqliteParameter[] { new("@name", name) }, Results.ToExists);
var exists = await itExists("ensured");
var alsoExists = await itExists("idx_ensured_key");
Expect.isFalse(exists, "The table should not exist already");
Expect.isFalse(alsoExists, "The key index should not exist already");
await conn.EnsureTable("ensured");
exists = await ItExists("ensured");
alsoExists = await ItExists("idx_ensured_key");
exists = await itExists("ensured");
alsoExists = await itExists("idx_ensured_key");
Expect.isTrue(exists, "The table should now exist");
Expect.isTrue(alsoExists, "The key index should now exist");
return;
Task<bool> ItExists(string name) =>
conn.CustomScalar($"SELECT EXISTS (SELECT 1 FROM {SqliteDb.Catalog} WHERE name = @name) AS it",
[new("@name", name)], Results.ToExists);
}),
TestCase("EnsureFieldIndex succeeds", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
var indexExists = () => conn.CustomScalar(
$"SELECT EXISTS (SELECT 1 FROM {SqliteDb.Catalog} WHERE name = 'idx_ensured_test') AS it",
Parameters.None, Results.ToExists);
var exists = await IndexExists();
var exists = await indexExists();
Expect.isFalse(exists, "The index should not exist already");
await conn.EnsureTable("ensured");
await conn.EnsureFieldIndex("ensured", "test", ["Id", "Category"]);
exists = await IndexExists();
await conn.EnsureFieldIndex("ensured", "test", new[] { "Id", "Category" });
exists = await indexExists();
Expect.isTrue(exists, "The index should now exist");
return;
Task<bool> IndexExists() =>
conn.CustomScalar(
$"SELECT EXISTS (SELECT 1 FROM {SqliteDb.Catalog} WHERE name = 'idx_ensured_test') AS it",
Parameters.None, Results.ToExists);
}),
TestList("Insert",
[
TestList("Insert", new[]
{
TestCase("succeeds", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -170,9 +168,9 @@ public static class SqliteCSharpExtensionTests
// This is what is supposed to happen
}
})
]),
TestList("Save",
[
}),
TestList("Save", new[]
{
TestCase("succeeds when a document is inserted", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -205,7 +203,7 @@ public static class SqliteCSharpExtensionTests
Expect.equal(after!.Id, "test", "The updated document is not correct");
Expect.isNull(after.Sub, "There should not have been a sub-document in the updated document");
})
]),
}),
TestCase("CountAll succeeds", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -221,12 +219,11 @@ public static class SqliteCSharpExtensionTests
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var theCount = await conn.CountByFields(SqliteDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "purple")]);
var theCount = await conn.CountByField(SqliteDb.TableName, Field.EQ("Value", "purple"));
Expect.equal(theCount, 2L, "There should have been 2 matching documents");
}),
TestList("ExistsById",
[
TestList("ExistsById", new[]
{
TestCase("succeeds when a document exists", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -245,17 +242,16 @@ public static class SqliteCSharpExtensionTests
var exists = await conn.ExistsById(SqliteDb.TableName, "seven");
Expect.isFalse(exists, "There should not have been an existing document");
})
]),
TestList("ExistsByFields",
[
}),
TestList("ExistsByField", new[]
{
TestCase("succeeds when documents exist", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var exists = await conn.ExistsByFields(SqliteDb.TableName, FieldMatch.Any,
[Field.GreaterOrEqual("NumValue", 10)]);
var exists = await conn.ExistsByField(SqliteDb.TableName, Field.GE("NumValue", 10));
Expect.isTrue(exists, "There should have been existing documents");
}),
TestCase("succeeds when no matching documents exist", async () =>
@ -264,13 +260,12 @@ public static class SqliteCSharpExtensionTests
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var exists =
await conn.ExistsByFields(SqliteDb.TableName, FieldMatch.Any, [Field.Equal("Nothing", "none")]);
var exists = await conn.ExistsByField(SqliteDb.TableName, Field.EQ("Nothing", "none"));
Expect.isFalse(exists, "There should not have been any existing documents");
})
]),
TestList("FindAll",
[
}),
TestList("FindAll", new[]
{
TestCase("succeeds when there is data", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -290,46 +285,9 @@ public static class SqliteCSharpExtensionTests
var results = await conn.FindAll<JsonDocument>(SqliteDb.TableName);
Expect.isEmpty(results, "There should have been no documents returned");
})
]),
TestList("FindAllOrdered",
[
TestCase("succeeds when ordering numerically", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var results = await conn.FindAllOrdered<JsonDocument>(SqliteDb.TableName, [Field.Named("n:NumValue")]);
Expect.hasLength(results, 5, "There should have been 5 documents returned");
Expect.equal(string.Join('|', results.Select(x => x.Id)), "one|three|two|four|five",
"The documents were not ordered correctly");
}),
TestCase("succeeds when ordering numerically descending", async () =>
TestList("FindById", new[]
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var results =
await conn.FindAllOrdered<JsonDocument>(SqliteDb.TableName, [Field.Named("n:NumValue DESC")]);
Expect.hasLength(results, 5, "There should have been 5 documents returned");
Expect.equal(string.Join('|', results.Select(x => x.Id)), "five|four|two|three|one",
"The documents were not ordered correctly");
}),
TestCase("succeeds when ordering alphabetically", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var results = await conn.FindAllOrdered<JsonDocument>(SqliteDb.TableName, [Field.Named("Id DESC")]);
Expect.hasLength(results, 5, "There should have been 5 documents returned");
Expect.equal(string.Join('|', results.Select(x => x.Id)), "two|three|one|four|five",
"The documents were not ordered correctly");
})
]),
TestList("FindById",
[
TestCase("succeeds when a document is found", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -349,17 +307,16 @@ public static class SqliteCSharpExtensionTests
var doc = await conn.FindById<string, JsonDocument>(SqliteDb.TableName, "eighty-seven");
Expect.isNull(doc, "There should not have been a document returned");
})
]),
TestList("FindByFields",
[
}),
TestList("FindByField", new[]
{
TestCase("succeeds when documents are found", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var docs = await conn.FindByFields<JsonDocument>(SqliteDb.TableName, FieldMatch.Any,
[Field.Greater("NumValue", 15)]);
var docs = await conn.FindByField<JsonDocument>(SqliteDb.TableName, Field.GT("NumValue", 15));
Expect.equal(docs.Count, 2, "There should have been two documents returned");
}),
TestCase("succeeds when documents are not found", async () =>
@ -368,46 +325,19 @@ public static class SqliteCSharpExtensionTests
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var docs = await conn.FindByFields<JsonDocument>(SqliteDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "mauve")]);
var docs = await conn.FindByField<JsonDocument>(SqliteDb.TableName, Field.EQ("Value", "mauve"));
Expect.isEmpty(docs, "There should have been no documents returned");
})
]),
TestList("ByFieldsOrdered",
[
TestCase("succeeds when documents are found", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var docs = await conn.FindByFieldsOrdered<JsonDocument>(SqliteDb.TableName, FieldMatch.Any,
[Field.Greater("NumValue", 15)], [Field.Named("Id")]);
Expect.equal(string.Join('|', docs.Select(x => x.Id)), "five|four",
"There should have been two documents returned");
}),
TestCase("succeeds when documents are not found", async () =>
TestList("FindFirstByField", new[]
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var docs = await conn.FindByFieldsOrdered<JsonDocument>(SqliteDb.TableName, FieldMatch.Any,
[Field.Greater("NumValue", 15)], [Field.Named("Id DESC")]);
Expect.equal(string.Join('|', docs.Select(x => x.Id)), "four|five",
"There should have been two documents returned");
})
]),
TestList("FindFirstByFields",
[
TestCase("succeeds when a document is found", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var doc = await conn.FindFirstByFields<JsonDocument>(SqliteDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "another")]);
var doc = await conn.FindFirstByField<JsonDocument>(SqliteDb.TableName, Field.EQ("Value", "another"));
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal(doc!.Id, "two", "The incorrect document was returned");
}),
@ -417,10 +347,9 @@ public static class SqliteCSharpExtensionTests
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var doc = await conn.FindFirstByFields<JsonDocument>(SqliteDb.TableName, FieldMatch.Any,
[Field.Equal("Sub.Foo", "green")]);
var doc = await conn.FindFirstByField<JsonDocument>(SqliteDb.TableName, Field.EQ("Sub.Foo", "green"));
Expect.isNotNull(doc, "There should have been a document returned");
Expect.contains(["two", "four"], doc!.Id, "An incorrect document was returned");
Expect.contains(new[] { "two", "four" }, doc!.Id, "An incorrect document was returned");
}),
TestCase("succeeds when a document is not found", async () =>
{
@ -428,38 +357,12 @@ public static class SqliteCSharpExtensionTests
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var doc = await conn.FindFirstByFields<JsonDocument>(SqliteDb.TableName, FieldMatch.Any,
[Field.Equal("Value", "absent")]);
var doc = await conn.FindFirstByField<JsonDocument>(SqliteDb.TableName, Field.EQ("Value", "absent"));
Expect.isNull(doc, "There should not have been a document returned");
})
]),
TestList("FindFirstByFieldsOrdered",
[
TestCase("succeeds when sorting ascending", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var doc = await conn.FindFirstByFieldsOrdered<JsonDocument>(SqliteDb.TableName, FieldMatch.Any,
[Field.Equal("Sub.Foo", "green")], [Field.Named("Sub.Bar")]);
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal("two", doc!.Id, "An incorrect document was returned");
}),
TestCase("succeeds when sorting descending", async () =>
TestList("UpdateById", new[]
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
var doc = await conn.FindFirstByFieldsOrdered<JsonDocument>(SqliteDb.TableName, FieldMatch.Any,
[Field.Equal("Sub.Foo", "green")], [Field.Named("Sub.Bar DESC")]);
Expect.isNotNull(doc, "There should have been a document returned");
Expect.equal("four", doc!.Id, "An incorrect document was returned");
})
]),
TestList("UpdateById",
[
TestCase("succeeds when a document is updated", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -486,9 +389,9 @@ public static class SqliteCSharpExtensionTests
await conn.UpdateById(SqliteDb.TableName, "test",
new JsonDocument { Id = "x", Sub = new() { Foo = "blue", Bar = "red" } });
})
]),
TestList("UpdateByFunc",
[
}),
TestList("UpdateByFunc", new[]
{
TestCase("succeeds when a document is updated", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -515,9 +418,9 @@ public static class SqliteCSharpExtensionTests
await conn.UpdateByFunc(SqliteDb.TableName, doc => doc.Id,
new JsonDocument { Id = "one", Value = "le un", NumValue = 1 });
})
]),
TestList("PatchById",
[
}),
TestList("PatchById", new[]
{
TestCase("succeeds when a document is updated", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -540,18 +443,17 @@ public static class SqliteCSharpExtensionTests
// This not raising an exception is the test
await conn.PatchById(SqliteDb.TableName, "test", new { Foo = "green" });
})
]),
TestList("PatchByFields",
[
}),
TestList("PatchByField", new[]
{
TestCase("succeeds when a document is updated", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
await conn.PatchByFields(SqliteDb.TableName, FieldMatch.Any, [Field.Equal("Value", "purple")],
new { NumValue = 77 });
var after = await conn.CountByFields(SqliteDb.TableName, FieldMatch.Any, [Field.Equal("NumValue", 77)]);
await conn.PatchByField(SqliteDb.TableName, Field.EQ("Value", "purple"), new { NumValue = 77 });
var after = await conn.CountByField(SqliteDb.TableName, Field.EQ("NumValue", 77));
Expect.equal(after, 2L, "There should have been 2 documents returned");
}),
TestCase("succeeds when no document is updated", async () =>
@ -562,19 +464,18 @@ public static class SqliteCSharpExtensionTests
Expect.isEmpty(before, "There should have been no documents returned");
// This not raising an exception is the test
await conn.PatchByFields(SqliteDb.TableName, FieldMatch.Any, [Field.Equal("Value", "burgundy")],
new { Foo = "green" });
await conn.PatchByField(SqliteDb.TableName, Field.EQ("Value", "burgundy"), new { Foo = "green" });
})
]),
TestList("RemoveFieldsById",
[
}),
TestList("RemoveFieldsById", new[]
{
TestCase("succeeds when fields are removed", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
await conn.RemoveFieldsById(SqliteDb.TableName, "two", ["Sub", "Value"]);
await conn.RemoveFieldsById(SqliteDb.TableName, "two", new[] { "Sub", "Value" });
var updated = await Find.ById<string, JsonDocument>(SqliteDb.TableName, "two");
Expect.isNotNull(updated, "The updated document should have been retrieved");
Expect.equal(updated.Value, "", "The string value should have been removed");
@ -587,7 +488,7 @@ public static class SqliteCSharpExtensionTests
await LoadDocs();
// This not raising an exception is the test
await conn.RemoveFieldsById(SqliteDb.TableName, "two", ["AFieldThatIsNotThere"]);
await conn.RemoveFieldsById(SqliteDb.TableName, "two", new[] { "AFieldThatIsNotThere" });
}),
TestCase("succeeds when no document is matched", async () =>
{
@ -595,19 +496,18 @@ public static class SqliteCSharpExtensionTests
await using var conn = Sqlite.Configuration.DbConn();
// This not raising an exception is the test
await conn.RemoveFieldsById(SqliteDb.TableName, "two", ["Value"]);
await conn.RemoveFieldsById(SqliteDb.TableName, "two", new[] { "Value" });
})
]),
TestList("RemoveFieldsByFields",
[
}),
TestList("RemoveFieldsByField", new[]
{
TestCase("succeeds when a field is removed", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
await conn.RemoveFieldsByFields(SqliteDb.TableName, FieldMatch.Any, [Field.Equal("NumValue", 17)],
["Sub"]);
await conn.RemoveFieldsByField(SqliteDb.TableName, Field.EQ("NumValue", 17), new[] { "Sub" });
var updated = await Find.ById<string, JsonDocument>(SqliteDb.TableName, "four");
Expect.isNotNull(updated, "The updated document should have been retrieved");
Expect.isNull(updated.Sub, "The sub-document should have been removed");
@ -619,8 +519,7 @@ public static class SqliteCSharpExtensionTests
await LoadDocs();
// This not raising an exception is the test
await conn.RemoveFieldsByFields(SqliteDb.TableName, FieldMatch.Any, [Field.Equal("NumValue", 17)],
["Nothing"]);
await conn.RemoveFieldsByField(SqliteDb.TableName, Field.EQ("NumValue", 17), new[] { "Nothing" });
}),
TestCase("succeeds when no document is matched", async () =>
{
@ -628,12 +527,11 @@ public static class SqliteCSharpExtensionTests
await using var conn = Sqlite.Configuration.DbConn();
// This not raising an exception is the test
await conn.RemoveFieldsByFields(SqliteDb.TableName, FieldMatch.Any,
[Field.NotEqual("Abracadabra", "apple")], ["Value"]);
await conn.RemoveFieldsByField(SqliteDb.TableName, Field.NE("Abracadabra", "apple"), new[] { "Value" });
})
]),
TestList("DeleteById",
[
}),
TestList("DeleteById", new[]
{
TestCase("succeeds when a document is deleted", async () =>
{
await using var db = await SqliteDb.BuildDb();
@ -654,16 +552,16 @@ public static class SqliteCSharpExtensionTests
var remaining = await conn.CountAll(SqliteDb.TableName);
Expect.equal(remaining, 5L, "There should have been 5 documents remaining");
})
]),
TestList("DeleteByFields",
[
}),
TestList("DeleteByField", new[]
{
TestCase("succeeds when documents are deleted", async () =>
{
await using var db = await SqliteDb.BuildDb();
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
await conn.DeleteByFields(SqliteDb.TableName, FieldMatch.Any, [Field.NotEqual("Value", "purple")]);
await conn.DeleteByField(SqliteDb.TableName, Field.NE("Value", "purple"));
var remaining = await conn.CountAll(SqliteDb.TableName);
Expect.equal(remaining, 2L, "There should have been 2 documents remaining");
}),
@ -673,11 +571,11 @@ public static class SqliteCSharpExtensionTests
await using var conn = Sqlite.Configuration.DbConn();
await LoadDocs();
await conn.DeleteByFields(SqliteDb.TableName, FieldMatch.Any, [Field.Equal("Value", "crimson")]);
await conn.DeleteByField(SqliteDb.TableName, Field.EQ("Value", "crimson"));
var remaining = await conn.CountAll(SqliteDb.TableName);
Expect.equal(remaining, 5L, "There should have been 5 documents remaining");
})
]),
}),
TestCase("Clean up database", () => Sqlite.Configuration.UseConnectionString("data source=:memory:"))
]);
});
}

748
src/Tests.CSharp/SqliteCSharpTests.cs
View File

File diff suppressed because it is too large Load Diff

34
src/Tests.CSharp/Types.cs
View File

@ -1,11 +1,5 @@
namespace BitBadger.Documents.Tests.CSharp;
public class NumIdDocument
{
public int Key { get; set; } = 0;
public string Text { get; set; } = "";
}
public class SubDocument
{
public string Foo { get; set; } = "";
@ -18,32 +12,4 @@ public class JsonDocument
public string Value { get; set; } = "";
public int NumValue { get; set; } = 0;
public SubDocument? Sub { get; set; } = null;
/// <summary>
/// A set of documents used for integration tests
/// </summary>
public static readonly List<JsonDocument> TestDocuments =
[
new() { Id = "one", Value = "FIRST!", NumValue = 0 },
new() { Id = "two", Value = "another", NumValue = 10, Sub = new() { Foo = "green", Bar = "blue" } },
new() { Id = "three", Value = "", NumValue = 4 },
new() { Id = "four", Value = "purple", NumValue = 17, Sub = new() { Foo = "green", Bar = "red" } },
new() { Id = "five", Value = "purple", NumValue = 18 }
];
}
public class ArrayDocument
{
public string Id { get; set; } = "";
public string[] Values { get; set; } = [];
/// <summary>
/// A set of documents used for integration tests
/// </summary>
public static readonly List<ArrayDocument> TestDocuments =
[
new() { Id = "first", Values = ["a", "b", "c"] },
new() { Id = "second", Values = ["c", "d", "e"] },
new() { Id = "third", Values = ["x", "y", "z"] }
];
}

3
src/Tests/BitBadger.Documents.Tests.fsproj
View File

@ -2,12 +2,11 @@
<PropertyGroup>
<OutputType>Exe</OutputType>
<NoWarn>1182</NoWarn>
</PropertyGroup>
<ItemGroup>
<Compile Include="Types.fs" />
<Compile Include="CommonTests.fs" />
<Compile Include="Types.fs" />
<Compile Include="PostgresTests.fs" />
<Compile Include="PostgresExtensionTests.fs" />
<Compile Include="SqliteTests.fs" />

494
src/Tests/CommonTests.fs
View File

@ -6,351 +6,95 @@ open Expecto
/// Test table name
let tbl = "test_table"
/// Unit tests for the Op DU
let comparisonTests = testList "Comparison.OpSql" [
test "Equal succeeds" {
Expect.equal (Equal "").OpSql "=" "The Equals SQL was not correct"
/// Tests which do not hit the database
let all =
testList "Common" [
testList "Op" [
test "EQ succeeds" {
Expect.equal (string EQ) "=" "The equals operator was not correct"
}
test "Greater succeeds" {
Expect.equal (Greater "").OpSql ">" "The Greater SQL was not correct"
test "GT succeeds" {
Expect.equal (string GT) ">" "The greater than operator was not correct"
}
test "GreaterOrEqual succeeds" {
Expect.equal (GreaterOrEqual "").OpSql ">=" "The GreaterOrEqual SQL was not correct"
test "GE succeeds" {
Expect.equal (string GE) ">=" "The greater than or equal to operator was not correct"
}
test "Less succeeds" {
Expect.equal (Less "").OpSql "<" "The Less SQL was not correct"
test "LT succeeds" {
Expect.equal (string LT) "<" "The less than operator was not correct"
}
test "LessOrEqual succeeds" {
Expect.equal (LessOrEqual "").OpSql "<=" "The LessOrEqual SQL was not correct"
test "LE succeeds" {
Expect.equal (string LE) "<=" "The less than or equal to operator was not correct"
}
test "NotEqual succeeds" {
Expect.equal (NotEqual "").OpSql "<>" "The NotEqual SQL was not correct"
test "NE succeeds" {
Expect.equal (string NE) "<>" "The not equal to operator was not correct"
}
test "Between succeeds" {
Expect.equal (Between("", "")).OpSql "BETWEEN" "The Between SQL was not correct"
test "BT succeeds" {
Expect.equal (string BT) "BETWEEN" """The "between" operator was not correct"""
}
test "In succeeds" {
Expect.equal (In []).OpSql "IN" "The In SQL was not correct"
test "EX succeeds" {
Expect.equal (string EX) "IS NOT NULL" """The "exists" operator was not correct"""
}
test "InArray succeeds" {
Expect.equal (InArray("", [])).OpSql "?|" "The InArray SQL was not correct"
test "NEX succeeds" {
Expect.equal (string NEX) "IS NULL" """The "not exists" operator was not correct"""
}
test "Exists succeeds" {
Expect.equal Exists.OpSql "IS NOT NULL" "The Exists SQL was not correct"
}
test "NotExists succeeds" {
Expect.equal NotExists.OpSql "IS NULL" "The NotExists SQL was not correct"
}
]
/// Unit tests for the Field class
let fieldTests = testList "Field" [
test "Equal succeeds" {
let field = Field.Equal "Test" 14
]
testList "Field" [
test "EQ succeeds" {
let field = Field.EQ "Test" 14
Expect.equal field.Name "Test" "Field name incorrect"
Expect.equal field.Comparison (Equal 14) "Comparison incorrect"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
Expect.equal field.Op EQ "Operator incorrect"
Expect.equal field.Value 14 "Value incorrect"
}
test "Greater succeeds" {
let field = Field.Greater "Great" "night"
test "GT succeeds" {
let field = Field.GT "Great" "night"
Expect.equal field.Name "Great" "Field name incorrect"
Expect.equal field.Comparison (Greater "night") "Comparison incorrect"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
Expect.equal field.Op GT "Operator incorrect"
Expect.equal field.Value "night" "Value incorrect"
}
test "GreaterOrEqual succeeds" {
let field = Field.GreaterOrEqual "Nice" 88L
test "GE succeeds" {
let field = Field.GE "Nice" 88L
Expect.equal field.Name "Nice" "Field name incorrect"
Expect.equal field.Comparison (GreaterOrEqual 88L) "Comparison incorrect"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
Expect.equal field.Op GE "Operator incorrect"
Expect.equal field.Value 88L "Value incorrect"
}
test "Less succeeds" {
let field = Field.Less "Lesser" "seven"
test "LT succeeds" {
let field = Field.LT "Lesser" "seven"
Expect.equal field.Name "Lesser" "Field name incorrect"
Expect.equal field.Comparison (Less "seven") "Comparison incorrect"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
Expect.equal field.Op LT "Operator incorrect"
Expect.equal field.Value "seven" "Value incorrect"
}
test "LessOrEqual succeeds" {
let field = Field.LessOrEqual "Nobody" "KNOWS";
test "LE succeeds" {
let field = Field.LE "Nobody" "KNOWS";
Expect.equal field.Name "Nobody" "Field name incorrect"
Expect.equal field.Comparison (LessOrEqual "KNOWS") "Comparison incorrect"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
Expect.equal field.Op LE "Operator incorrect"
Expect.equal field.Value "KNOWS" "Value incorrect"
}
test "NotEqual succeeds" {
let field = Field.NotEqual "Park" "here"
test "NE succeeds" {
let field = Field.NE "Park" "here"
Expect.equal field.Name "Park" "Field name incorrect"
Expect.equal field.Comparison (NotEqual "here") "Comparison incorrect"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
Expect.equal field.Op NE "Operator incorrect"
Expect.equal field.Value "here" "Value incorrect"
}
test "Between succeeds" {
let field = Field.Between "Age" 18 49
test "BT succeeds" {
let field = Field.BT "Age" 18 49
Expect.equal field.Name "Age" "Field name incorrect"
Expect.equal field.Comparison (Between(18, 49)) "Comparison incorrect"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
Expect.equal field.Op BT "Operator incorrect"
Expect.sequenceEqual (field.Value :?> obj list) [ 18; 49 ] "Value incorrect"
}
test "In succeeds" {
let field = Field.In "Here" [| 8; 16; 32 |]
Expect.equal field.Name "Here" "Field name incorrect"
match field.Comparison with
| In values -> Expect.equal (List.ofSeq values) [ box 8; box 16; box 32 ] "Comparison incorrect"
| it -> Expect.isTrue false $"Expected In, received %A{it}"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
}
test "InArray succeeds" {
let field = Field.InArray "ArrayField" "table" [| "z" |]
Expect.equal field.Name "ArrayField" "Field name incorrect"
match field.Comparison with
| InArray (table, values) ->
Expect.equal table "table" "Comparison table incorrect"
Expect.equal (List.ofSeq values) [ box "z" ] "Comparison values incorrect"
| it -> Expect.isTrue false $"Expected InArray, received %A{it}"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
}
test "Exists succeeds" {
let field = Field.Exists "Groovy"
test "EX succeeds" {
let field = Field.EX "Groovy"
Expect.equal field.Name "Groovy" "Field name incorrect"
Expect.equal field.Comparison Exists "Comparison incorrect"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
Expect.equal field.Op EX "Operator incorrect"
}
test "NotExists succeeds" {
let field = Field.NotExists "Rad"
test "NEX succeeds" {
let field = Field.NEX "Rad"
Expect.equal field.Name "Rad" "Field name incorrect"
Expect.equal field.Comparison NotExists "Comparison incorrect"
Expect.isNone field.ParameterName "The default parameter name should be None"
Expect.isNone field.Qualifier "The default table qualifier should be None"
}
testList "NameToPath" [
test "succeeds for PostgreSQL and a simple name" {
Expect.equal "data->>'Simple'" (Field.NameToPath "Simple" PostgreSQL AsSql) "Path not constructed correctly"
}
test "succeeds for SQLite and a simple name" {
Expect.equal "data->>'Simple'" (Field.NameToPath "Simple" SQLite AsSql) "Path not constructed correctly"
}
test "succeeds for PostgreSQL and a nested name" {
Expect.equal
"data#>>'{A,Long,Path,to,the,Property}'"
(Field.NameToPath "A.Long.Path.to.the.Property" PostgreSQL AsSql)
"Path not constructed correctly"
}
test "succeeds for SQLite and a nested name" {
Expect.equal
"data->'A'->'Long'->'Path'->'to'->'the'->>'Property'"
(Field.NameToPath "A.Long.Path.to.the.Property" SQLite AsSql)
"Path not constructed correctly"
Expect.equal field.Op NEX "Operator incorrect"
}
]
test "WithParameterName succeeds" {
let field = (Field.Equal "Bob" "Tom").WithParameterName "@name"
Expect.isSome field.ParameterName "The parameter name should have been filled"
Expect.equal "@name" field.ParameterName.Value "The parameter name is incorrect"
}
test "WithQualifier succeeds" {
let field = (Field.Equal "Bill" "Matt").WithQualifier "joe"
Expect.isSome field.Qualifier "The table qualifier should have been filled"
Expect.equal "joe" field.Qualifier.Value "The table qualifier is incorrect"
}
testList "Path" [
test "succeeds for a PostgreSQL single field with no qualifier" {
let field = Field.GreaterOrEqual "SomethingCool" 18
Expect.equal "data->>'SomethingCool'" (field.Path PostgreSQL AsSql) "The PostgreSQL path is incorrect"
}
test "succeeds for a PostgreSQL single field with a qualifier" {
let field = { Field.Less "SomethingElse" 9 with Qualifier = Some "this" }
Expect.equal "this.data->>'SomethingElse'" (field.Path PostgreSQL AsSql) "The PostgreSQL path is incorrect"
}
test "succeeds for a PostgreSQL nested field with no qualifier" {
let field = Field.Equal "My.Nested.Field" "howdy"
Expect.equal "data#>>'{My,Nested,Field}'" (field.Path PostgreSQL AsSql) "The PostgreSQL path is incorrect"
}
test "succeeds for a PostgreSQL nested field with a qualifier" {
let field = { Field.Equal "Nest.Away" "doc" with Qualifier = Some "bird" }
Expect.equal "bird.data#>>'{Nest,Away}'" (field.Path PostgreSQL AsSql) "The PostgreSQL path is incorrect"
}
test "succeeds for a SQLite single field with no qualifier" {
let field = Field.GreaterOrEqual "SomethingCool" 18
Expect.equal "data->>'SomethingCool'" (field.Path SQLite AsSql) "The SQLite path is incorrect"
}
test "succeeds for a SQLite single field with a qualifier" {
let field = { Field.Less "SomethingElse" 9 with Qualifier = Some "this" }
Expect.equal "this.data->>'SomethingElse'" (field.Path SQLite AsSql) "The SQLite path is incorrect"
}
test "succeeds for a SQLite nested field with no qualifier" {
let field = Field.Equal "My.Nested.Field" "howdy"
Expect.equal "data->'My'->'Nested'->>'Field'" (field.Path SQLite AsSql) "The SQLite path is incorrect"
}
test "succeeds for a SQLite nested field with a qualifier" {
let field = { Field.Equal "Nest.Away" "doc" with Qualifier = Some "bird" }
Expect.equal "bird.data->'Nest'->>'Away'" (field.Path SQLite AsSql) "The SQLite path is incorrect"
}
]
]
/// Unit tests for the FieldMatch DU
let fieldMatchTests = testList "FieldMatch.ToString" [
test "succeeds for Any" {
Expect.equal (string Any) "OR" "SQL for Any is incorrect"
}
test "succeeds for All" {
Expect.equal (string All) "AND" "SQL for All is incorrect"
}
]
/// Unit tests for the ParameterName class
let parameterNameTests = testList "ParameterName.Derive" [
test "succeeds with existing name" {
let name = ParameterName()
Expect.equal (name.Derive(Some "@taco")) "@taco" "Name should have been @taco"
Expect.equal (name.Derive None) "@field0" "Counter should not have advanced for named field"
}
test "succeeds with non-existent name" {
let name = ParameterName()
Expect.equal (name.Derive None) "@field0" "Anonymous field name should have been returned"
Expect.equal (name.Derive None) "@field1" "Counter should have advanced from previous call"
Expect.equal (name.Derive None) "@field2" "Counter should have advanced from previous call"
Expect.equal (name.Derive None) "@field3" "Counter should have advanced from previous call"
}
]
/// Unit tests for the AutoId DU
let autoIdTests = testList "AutoId" [
test "GenerateGuid succeeds" {
let autoId = AutoId.GenerateGuid()
Expect.isNotNull autoId "The GUID auto-ID should not have been null"
Expect.stringHasLength autoId 32 "The GUID auto-ID should have been 32 characters long"
Expect.equal autoId (autoId.ToLowerInvariant ()) "The GUID auto-ID should have been lowercase"
}
test "GenerateRandomString succeeds" {
[ 6; 8; 12; 20; 32; 57; 64 ]
|> List.iter (fun length ->
let autoId = AutoId.GenerateRandomString length
Expect.isNotNull autoId $"Random string ({length}) should not have been null"
Expect.stringHasLength autoId length $"Random string should have been {length} characters long"
Expect.equal autoId (autoId.ToLowerInvariant ()) $"Random string ({length}) should have been lowercase")
}
testList "NeedsAutoId" [
test "succeeds when no auto ID is configured" {
Expect.isFalse (AutoId.NeedsAutoId Disabled (obj ()) "id") "Disabled auto-ID never needs an automatic ID"
}
test "fails for any when the ID property is not found" {
Expect.throwsT<System.InvalidOperationException>
(fun () -> AutoId.NeedsAutoId Number {| Key = "" |} "Id" |> ignore)
"Non-existent ID property should have thrown an exception"
}
test "succeeds for byte when the ID is zero" {
Expect.isTrue (AutoId.NeedsAutoId Number {| Id = int8 0 |} "Id") "Zero ID should have returned true"
}
test "succeeds for byte when the ID is non-zero" {
Expect.isFalse (AutoId.NeedsAutoId Number {| Id = int8 4 |} "Id") "Non-zero ID should have returned false"
}
test "succeeds for short when the ID is zero" {
Expect.isTrue (AutoId.NeedsAutoId Number {| Id = int16 0 |} "Id") "Zero ID should have returned true"
}
test "succeeds for short when the ID is non-zero" {
Expect.isFalse (AutoId.NeedsAutoId Number {| Id = int16 7 |} "Id") "Non-zero ID should have returned false"
}
test "succeeds for int when the ID is zero" {
Expect.isTrue (AutoId.NeedsAutoId Number {| Id = 0 |} "Id") "Zero ID should have returned true"
}
test "succeeds for int when the ID is non-zero" {
Expect.isFalse (AutoId.NeedsAutoId Number {| Id = 32 |} "Id") "Non-zero ID should have returned false"
}
test "succeeds for long when the ID is zero" {
Expect.isTrue (AutoId.NeedsAutoId Number {| Id = 0L |} "Id") "Zero ID should have returned true"
}
test "succeeds for long when the ID is non-zero" {
Expect.isFalse (AutoId.NeedsAutoId Number {| Id = 80L |} "Id") "Non-zero ID should have returned false"
}
test "fails for number when the ID is not a number" {
Expect.throwsT<System.InvalidOperationException>
(fun () -> AutoId.NeedsAutoId Number {| Id = "" |} "Id" |> ignore)
"Numeric ID against a string should have thrown an exception"
}
test "succeeds for GUID when the ID is blank" {
Expect.isTrue (AutoId.NeedsAutoId Guid {| Id = "" |} "Id") "Blank ID should have returned true"
}
test "succeeds for GUID when the ID is filled" {
Expect.isFalse (AutoId.NeedsAutoId Guid {| Id = "abc" |} "Id") "Filled ID should have returned false"
}
test "fails for GUID when the ID is not a string" {
Expect.throwsT<System.InvalidOperationException>
(fun () -> AutoId.NeedsAutoId Guid {| Id = 8 |} "Id" |> ignore)
"String ID against a number should have thrown an exception"
}
test "succeeds for RandomString when the ID is blank" {
Expect.isTrue (AutoId.NeedsAutoId RandomString {| Id = "" |} "Id") "Blank ID should have returned true"
}
test "succeeds for RandomString when the ID is filled" {
Expect.isFalse (AutoId.NeedsAutoId RandomString {| Id = "x" |} "Id") "Filled ID should have returned false"
}
test "fails for RandomString when the ID is not a string" {
Expect.throwsT<System.InvalidOperationException>
(fun () -> AutoId.NeedsAutoId RandomString {| Id = 33 |} "Id" |> ignore)
"String ID against a number should have thrown an exception"
}
]
]
/// Unit tests for the Configuration module
let configurationTests = testList "Configuration" [
test "useSerializer succeeds" {
try
Configuration.useSerializer
{ new IDocumentSerializer with
member _.Serialize<'T>(it: 'T) : string = """{"Overridden":true}"""
member _.Deserialize<'T>(it: string) : 'T = Unchecked.defaultof<'T>
}
let serialized = Configuration.serializer().Serialize {| Foo = "howdy"; Bar = "bye" |}
Expect.equal serialized """{"Overridden":true}""" "Specified serializer was not used"
let deserialized = Configuration.serializer().Deserialize<obj> """{"Something":"here"}"""
Expect.isNull deserialized "Specified serializer should have returned null"
finally
Configuration.useSerializer DocumentSerializer.``default``
}
test "serializer returns configured serializer" {
Expect.isTrue (obj.ReferenceEquals(DocumentSerializer.``default``, Configuration.serializer ()))
"Serializer should have been the same"
}
test "useIdField / idField succeeds" {
try
Expect.equal (Configuration.idField ()) "Id" "The default configured ID field was incorrect"
Configuration.useIdField "id"
Expect.equal (Configuration.idField ()) "id" "useIdField did not set the ID field"
finally
Configuration.useIdField "Id"
}
test "useAutoIdStrategy / autoIdStrategy succeeds" {
try
Expect.equal (Configuration.autoIdStrategy ()) Disabled "The default auto-ID strategy was incorrect"
Configuration.useAutoIdStrategy Guid
Expect.equal (Configuration.autoIdStrategy ()) Guid "The auto-ID strategy was not set correctly"
finally
Configuration.useAutoIdStrategy Disabled
}
test "useIdStringLength / idStringLength succeeds" {
try
Expect.equal (Configuration.idStringLength ()) 16 "The default ID string length was incorrect"
Configuration.useIdStringLength 33
Expect.equal (Configuration.idStringLength ()) 33 "The ID string length was not set correctly"
finally
Configuration.useIdStringLength 16
}
]
/// Unit tests for the Query module
let queryTests = testList "Query" [
test "statementWhere succeeds" {
Expect.equal (Query.statementWhere "x" "y") "x WHERE y" "Statements not combined correctly"
testList "Query" [
test "selectFromTable succeeds" {
Expect.equal (Query.selectFromTable tbl) $"SELECT data FROM {tbl}" "SELECT statement not correct"
}
testList "Definition" [
test "ensureTableFor succeeds" {
@ -362,40 +106,25 @@ let queryTests = testList "Query" [
testList "ensureKey" [
test "succeeds when a schema is present" {
Expect.equal
(Query.Definition.ensureKey "test.table" PostgreSQL)
"CREATE UNIQUE INDEX IF NOT EXISTS idx_table_key ON test.table ((data->>'Id'))"
(Query.Definition.ensureKey "test.table")
"CREATE UNIQUE INDEX IF NOT EXISTS idx_table_key ON test.table ((data ->> 'Id'))"
"CREATE INDEX for key statement with schema not constructed correctly"
}
test "succeeds when a schema is not present" {
Expect.equal
(Query.Definition.ensureKey "table" SQLite)
"CREATE UNIQUE INDEX IF NOT EXISTS idx_table_key ON table ((data->>'Id'))"
(Query.Definition.ensureKey "table")
"CREATE UNIQUE INDEX IF NOT EXISTS idx_table_key ON table ((data ->> 'Id'))"
"CREATE INDEX for key statement without schema not constructed correctly"
}
]
testList "ensureIndexOn" [
test "succeeds for multiple fields and directions" {
test "ensureIndexOn succeeds for multiple fields and directions" {
Expect.equal
(Query.Definition.ensureIndexOn
"test.table" "gibberish" [ "taco"; "guac DESC"; "salsa ASC" ] PostgreSQL)
(Query.Definition.ensureIndexOn "test.table" "gibberish" [ "taco"; "guac DESC"; "salsa ASC" ])
([ "CREATE INDEX IF NOT EXISTS idx_table_gibberish ON test.table "
"((data->>'taco'), (data->>'guac') DESC, (data->>'salsa') ASC)" ]
"((data ->> 'taco'), (data ->> 'guac') DESC, (data ->> 'salsa') ASC)" ]
|> String.concat "")
"CREATE INDEX for multiple field statement incorrect"
}
test "succeeds for nested PostgreSQL field" {
Expect.equal
(Query.Definition.ensureIndexOn tbl "nest" [ "a.b.c" ] PostgreSQL)
$"CREATE INDEX IF NOT EXISTS idx_{tbl}_nest ON {tbl} ((data#>>'{{a,b,c}}'))"
"CREATE INDEX for nested PostgreSQL field incorrect"
}
test "succeeds for nested SQLite field" {
Expect.equal
(Query.Definition.ensureIndexOn tbl "nest" [ "a.b.c" ] SQLite)
$"CREATE INDEX IF NOT EXISTS idx_{tbl}_nest ON {tbl} ((data->'a'->'b'->>'c'))"
"CREATE INDEX for nested SQLite field incorrect"
}
]
]
test "insert succeeds" {
Expect.equal (Query.insert tbl) $"INSERT INTO {tbl} VALUES (@data)" "INSERT statement not correct"
@ -406,91 +135,6 @@ let queryTests = testList "Query" [
$"INSERT INTO {tbl} VALUES (@data) ON CONFLICT ((data->>'Id')) DO UPDATE SET data = EXCLUDED.data"
"INSERT ON CONFLICT UPDATE statement not correct"
}
test "count succeeds" {
Expect.equal (Query.count tbl) $"SELECT COUNT(*) AS it FROM {tbl}" "Count query not correct"
}
test "exists succeeds" {
Expect.equal
(Query.exists tbl "turkey")
$"SELECT EXISTS (SELECT 1 FROM {tbl} WHERE turkey) AS it"
"Exists query not correct"
}
test "find succeeds" {
Expect.equal (Query.find tbl) $"SELECT data FROM {tbl}" "Find query not correct"
}
test "update succeeds" {
Expect.equal (Query.update tbl) $"UPDATE {tbl} SET data = @data" "Update query not correct"
}
test "delete succeeds" {
Expect.equal (Query.delete tbl) $"DELETE FROM {tbl}" "Delete query not correct"
}
testList "orderBy" [
test "succeeds for no fields" {
Expect.equal (Query.orderBy [] PostgreSQL) "" "Order By should have been blank (PostgreSQL)"
Expect.equal (Query.orderBy [] SQLite) "" "Order By should have been blank (SQLite)"
}
test "succeeds for PostgreSQL with one field and no direction" {
Expect.equal
(Query.orderBy [ Field.Named "TestField" ] PostgreSQL)
" ORDER BY data->>'TestField'"
"Order By not constructed correctly"
}
test "succeeds for SQLite with one field and no direction" {
Expect.equal
(Query.orderBy [ Field.Named "TestField" ] SQLite)
" ORDER BY data->>'TestField'"
"Order By not constructed correctly"
}
test "succeeds for PostgreSQL with multiple fields and direction" {
Expect.equal
(Query.orderBy
[ Field.Named "Nested.Test.Field DESC"; Field.Named "AnotherField"; Field.Named "It DESC" ]
PostgreSQL)
" ORDER BY data#>>'{Nested,Test,Field}' DESC, data->>'AnotherField', data->>'It' DESC"
"Order By not constructed correctly"
}
test "succeeds for SQLite with multiple fields and direction" {
Expect.equal
(Query.orderBy
[ Field.Named "Nested.Test.Field DESC"; Field.Named "AnotherField"; Field.Named "It DESC" ]
SQLite)
" ORDER BY data->'Nested'->'Test'->>'Field' DESC, data->>'AnotherField', data->>'It' DESC"
"Order By not constructed correctly"
}
test "succeeds for PostgreSQL numeric fields" {
Expect.equal
(Query.orderBy [ Field.Named "n:Test" ] PostgreSQL)
" ORDER BY (data->>'Test')::numeric"
"Order By not constructed correctly for numeric field"
}
test "succeeds for SQLite numeric fields" {
Expect.equal
(Query.orderBy [ Field.Named "n:Test" ] SQLite)
" ORDER BY data->>'Test'"
"Order By not constructed correctly for numeric field"
}
test "succeeds for PostgreSQL case-insensitive ordering" {
Expect.equal
(Query.orderBy [ Field.Named "i:Test.Field DESC NULLS FIRST" ] PostgreSQL)
" ORDER BY LOWER(data#>>'{Test,Field}') DESC NULLS FIRST"
"Order By not constructed correctly for case-insensitive field"
}
test "succeeds for SQLite case-insensitive ordering" {
Expect.equal
(Query.orderBy [ Field.Named "i:Test.Field ASC NULLS LAST" ] SQLite)
" ORDER BY data->'Test'->>'Field' COLLATE NOCASE ASC NULLS LAST"
"Order By not constructed correctly for case-insensitive field"
}
]
]
]
/// Tests which do not hit the database
let all = testList "Common" [
comparisonTests
fieldTests
fieldMatchTests
parameterNameTests
autoIdTests
queryTests
testSequenced configurationTests
]

287
src/Tests/PostgresExtensionTests.fs
View File

@ -25,7 +25,7 @@ let integrationTests =
use conn = mkConn db
do! loadDocs conn
let! docs = conn.customList (Query.find PostgresDb.TableName) [] fromData<JsonDocument>
let! docs = conn.customList (Query.selectFromTable PostgresDb.TableName) [] fromData<JsonDocument>
Expect.equal (List.length docs) 5 "There should have been 5 documents returned"
}
testTask "succeeds when data is not found" {
@ -209,12 +209,12 @@ let integrationTests =
let! theCount = conn.countAll PostgresDb.TableName
Expect.equal theCount 5 "There should have been 5 matching documents"
}
testTask "countByFields succeeds" {
testTask "countByField succeeds" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! theCount = conn.countByFields PostgresDb.TableName Any [ Field.Equal "Value" "purple" ]
let! theCount = conn.countByField PostgresDb.TableName (Field.EQ "Value" "purple")
Expect.equal theCount 2 "There should have been 2 matching documents"
}
testTask "countByContains succeeds" {
@ -251,13 +251,13 @@ let integrationTests =
Expect.isFalse exists "There should not have been an existing document"
}
]
testList "existsByFields" [
testList "existsByField" [
testTask "succeeds when documents exist" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! exists = conn.existsByFields PostgresDb.TableName Any [ Field.Exists "Sub" ]
let! exists = conn.existsByField PostgresDb.TableName (Field.EX "Sub")
Expect.isTrue exists "There should have been existing documents"
}
testTask "succeeds when documents do not exist" {
@ -265,7 +265,7 @@ let integrationTests =
use conn = mkConn db
do! loadDocs conn
let! exists = conn.existsByFields PostgresDb.TableName Any [ Field.Equal "NumValue" "six" ]
let! exists = conn.existsByField PostgresDb.TableName (Field.EQ "NumValue" "six")
Expect.isFalse exists "There should not have been existing documents"
}
]
@ -315,10 +315,12 @@ let integrationTests =
do! conn.insert PostgresDb.TableName { Foo = "five"; Bar = "six" }
let! results = conn.findAll<SubDocument> PostgresDb.TableName
Expect.equal
results
[ { Foo = "one"; Bar = "two" }; { Foo = "three"; Bar = "four" }; { Foo = "five"; Bar = "six" } ]
"There should have been 3 documents returned"
let expected = [
{ Foo = "one"; Bar = "two" }
{ Foo = "three"; Bar = "four" }
{ Foo = "five"; Bar = "six" }
]
Expect.equal results expected "There should have been 3 documents returned"
}
testTask "succeeds when there is no data" {
use db = PostgresDb.BuildDb()
@ -327,44 +329,6 @@ let integrationTests =
Expect.equal results [] "There should have been no documents returned"
}
]
testList "findAllOrdered" [
testTask "succeeds when ordering numerically" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! results = conn.findAllOrdered<JsonDocument> PostgresDb.TableName [ Field.Named "n:NumValue" ]
Expect.hasLength results 5 "There should have been 5 documents returned"
Expect.equal
(results |> List.map _.Id |> String.concat "|")
"one|three|two|four|five"
"The documents were not ordered correctly"
}
testTask "succeeds when ordering numerically descending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! results = conn.findAllOrdered<JsonDocument> PostgresDb.TableName [ Field.Named "n:NumValue DESC" ]
Expect.hasLength results 5 "There should have been 5 documents returned"
Expect.equal
(results |> List.map _.Id |> String.concat "|")
"five|four|two|three|one"
"The documents were not ordered correctly"
}
testTask "succeeds when ordering alphabetically" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! results = conn.findAllOrdered<JsonDocument> PostgresDb.TableName [ Field.Named "Id DESC" ]
Expect.hasLength results 5 "There should have been 5 documents returned"
Expect.equal
(results |> List.map _.Id |> String.concat "|")
"two|three|one|four|five"
"The documents were not ordered correctly"
}
]
testList "findById" [
testTask "succeeds when a document is found" {
use db = PostgresDb.BuildDb()
@ -384,13 +348,13 @@ let integrationTests =
Expect.isNone doc "There should not have been a document returned"
}
]
testList "findByFields" [
testList "findByField" [
testTask "succeeds when documents are found" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! docs = conn.findByFields<JsonDocument> PostgresDb.TableName Any [ Field.Equal "Value" "another" ]
let! docs = conn.findByField<JsonDocument> PostgresDb.TableName (Field.EQ "Value" "another")
Expect.equal (List.length docs) 1 "There should have been one document returned"
}
testTask "succeeds when documents are not found" {
@ -398,36 +362,10 @@ let integrationTests =
use conn = mkConn db
do! loadDocs conn
let! docs = conn.findByFields<JsonDocument> PostgresDb.TableName Any [ Field.Equal "Value" "mauve" ]
let! docs = conn.findByField<JsonDocument> PostgresDb.TableName (Field.EQ "Value" "mauve")
Expect.isEmpty docs "There should have been no documents returned"
}
]
testList "findByFieldsOrdered" [
testTask "succeeds when sorting ascending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! docs =
conn.findByFieldsOrdered<JsonDocument>
PostgresDb.TableName All [ Field.Equal "Value" "purple" ] [ Field.Named "Id" ]
Expect.hasLength docs 2 "There should have been two documents returned"
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "five|four" "Documents not ordered correctly"
}
testTask "succeeds when sorting descending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! docs =
conn.findByFieldsOrdered<JsonDocument>
PostgresDb.TableName All [ Field.Equal "Value" "purple" ] [ Field.Named "Id DESC" ]
Expect.hasLength docs 2 "There should have been two documents returned"
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "four|five" "Documents not ordered correctly"
}
]
testList "findByContains" [
testTask "succeeds when documents are found" {
use db = PostgresDb.BuildDb()
@ -446,33 +384,6 @@ let integrationTests =
Expect.isEmpty docs "There should have been no documents returned"
}
]
testList "findByContainsOrdered" [
// Id = two, Sub.Bar = blue; Id = four, Sub.Bar = red
testTask "succeeds when sorting ascending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! docs =
conn.findByContainsOrdered<JsonDocument>
PostgresDb.TableName {| Sub = {| Foo = "green" |} |} [ Field.Named "Sub.Bar" ]
Expect.hasLength docs 2 "There should have been two documents returned"
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "two|four" "Documents not ordered correctly"
}
testTask "succeeds when sorting descending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! docs =
conn.findByContainsOrdered<JsonDocument>
PostgresDb.TableName {| Sub = {| Foo = "green" |} |} [ Field.Named "Sub.Bar DESC" ]
Expect.hasLength docs 2 "There should have been two documents returned"
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "four|two" "Documents not ordered correctly"
}
]
testList "findByJsonPath" [
testTask "succeeds when documents are found" {
use db = PostgresDb.BuildDb()
@ -491,41 +402,13 @@ let integrationTests =
Expect.isEmpty docs "There should have been no documents returned"
}
]
testList "findByJsonPathOrdered" [
// Id = one, NumValue = 0; Id = two, NumValue = 10; Id = three, NumValue = 4
testTask "succeeds when sorting ascending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! docs =
conn.findByJsonPathOrdered<JsonDocument>
PostgresDb.TableName "$.NumValue ? (@ < 15)" [ Field.Named "n:NumValue" ]
Expect.hasLength docs 3 "There should have been 3 documents returned"
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "one|three|two" "Documents not ordered correctly"
}
testTask "succeeds when sorting descending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! docs =
conn.findByJsonPathOrdered<JsonDocument>
PostgresDb.TableName "$.NumValue ? (@ < 15)" [ Field.Named "n:NumValue DESC" ]
Expect.hasLength docs 3 "There should have been 3 documents returned"
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "two|three|one" "Documents not ordered correctly"
}
]
testList "findFirstByFields" [
testList "findFirstByField" [
testTask "succeeds when a document is found" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! doc =
conn.findFirstByFields<JsonDocument> PostgresDb.TableName Any [ Field.Equal "Value" "another" ]
let! doc = conn.findFirstByField<JsonDocument> PostgresDb.TableName (Field.EQ "Value" "another")
Expect.isSome doc "There should have been a document returned"
Expect.equal doc.Value.Id "two" "The incorrect document was returned"
}
@ -534,8 +417,7 @@ let integrationTests =
use conn = mkConn db
do! loadDocs conn
let! doc =
conn.findFirstByFields<JsonDocument> PostgresDb.TableName Any [ Field.Equal "Value" "purple" ]
let! doc = conn.findFirstByField<JsonDocument> PostgresDb.TableName (Field.EQ "Value" "purple")
Expect.isSome doc "There should have been a document returned"
Expect.contains [ "five"; "four" ] doc.Value.Id "An incorrect document was returned"
}
@ -544,35 +426,10 @@ let integrationTests =
use conn = mkConn db
do! loadDocs conn
let! doc =
conn.findFirstByFields<JsonDocument> PostgresDb.TableName Any [ Field.Equal "Value" "absent" ]
let! doc = conn.findFirstByField<JsonDocument> PostgresDb.TableName (Field.EQ "Value" "absent")
Expect.isNone doc "There should not have been a document returned"
}
]
testList "findFirstByFieldsOrdered" [
testTask "succeeds when sorting ascending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! doc =
conn.findFirstByFieldsOrdered<JsonDocument>
PostgresDb.TableName Any [ Field.Equal "Value" "purple" ] [ Field.Named "Id" ]
Expect.isSome doc "There should have been a document returned"
Expect.equal "five" doc.Value.Id "An incorrect document was returned"
}
testTask "succeeds when sorting descending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! doc =
conn.findFirstByFieldsOrdered<JsonDocument>
PostgresDb.TableName Any [ Field.Equal "Value" "purple" ] [ Field.Named "Id DESC" ]
Expect.isSome doc "There should have been a document returned"
Expect.equal "four" doc.Value.Id "An incorrect document was returned"
}
]
testList "findFirstByContains" [
testTask "succeeds when a document is found" {
use db = PostgresDb.BuildDb()
@ -601,30 +458,6 @@ let integrationTests =
Expect.isNone doc "There should not have been a document returned"
}
]
testList "findFirstByContainsOrdered" [
testTask "succeeds when sorting ascending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! doc =
conn.findFirstByContainsOrdered<JsonDocument>
PostgresDb.TableName {| Sub = {| Foo = "green" |} |} [ Field.Named "Value" ]
Expect.isSome doc "There should have been a document returned"
Expect.equal "two" doc.Value.Id "An incorrect document was returned"
}
testTask "succeeds when sorting descending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! doc =
conn.findFirstByContainsOrdered<JsonDocument>
PostgresDb.TableName {| Sub = {| Foo = "green" |} |} [ Field.Named "Value DESC" ]
Expect.isSome doc "There should have been a document returned"
Expect.equal "four" doc.Value.Id "An incorrect document was returned"
}
]
testList "findFirstByJsonPath" [
testTask "succeeds when a document is found" {
use db = PostgresDb.BuildDb()
@ -653,30 +486,6 @@ let integrationTests =
Expect.isNone doc "There should not have been a document returned"
}
]
testList "findFirstByJsonPathOrdered" [
testTask "succeeds when sorting ascending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! doc =
conn.findFirstByJsonPathOrdered<JsonDocument>
PostgresDb.TableName """$.Sub.Foo ? (@ == "green")""" [ Field.Named "Sub.Bar" ]
Expect.isSome doc "There should have been a document returned"
Expect.equal "two" doc.Value.Id "An incorrect document was returned"
}
testTask "succeeds when sorting descending" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
let! doc =
conn.findFirstByJsonPathOrdered<JsonDocument>
PostgresDb.TableName """$.Sub.Foo ? (@ == "green")""" [ Field.Named "Sub.Bar DESC" ]
Expect.isSome doc "There should have been a document returned"
Expect.equal "four" doc.Value.Id "An incorrect document was returned"
}
]
testList "updateById" [
testTask "succeeds when a document is updated" {
use db = PostgresDb.BuildDb()
@ -747,14 +556,14 @@ let integrationTests =
do! conn.patchById PostgresDb.TableName "test" {| Foo = "green" |}
}
]
testList "patchByFields" [
testList "patchByField" [
testTask "succeeds when a document is updated" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
do! conn.patchByFields PostgresDb.TableName Any [ Field.Equal "Value" "purple" ] {| NumValue = 77 |}
let! after = conn.countByFields PostgresDb.TableName Any [ Field.Equal "NumValue" "77" ]
do! conn.patchByField PostgresDb.TableName (Field.EQ "Value" "purple") {| NumValue = 77 |}
let! after = conn.countByField PostgresDb.TableName (Field.EQ "NumValue" "77")
Expect.equal after 2 "There should have been 2 documents returned"
}
testTask "succeeds when no document is updated" {
@ -764,7 +573,7 @@ let integrationTests =
Expect.equal before 0 "There should have been no documents returned"
// This not raising an exception is the test
do! conn.patchByFields PostgresDb.TableName Any [ Field.Equal "Value" "burgundy" ] {| Foo = "green" |}
do! conn.patchByField PostgresDb.TableName (Field.EQ "Value" "burgundy") {| Foo = "green" |}
}
]
testList "patchByContains" [
@ -814,9 +623,9 @@ let integrationTests =
do! loadDocs conn
do! conn.removeFieldsById PostgresDb.TableName "two" [ "Sub"; "Value" ]
let! noSubs = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Sub" ]
let! noSubs = conn.countByField PostgresDb.TableName (Field.NEX "Sub")
Expect.equal noSubs 4 "There should now be 4 documents without Sub fields"
let! noValue = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Value" ]
let! noValue = conn.countByField PostgresDb.TableName (Field.NEX "Value")
Expect.equal noValue 1 "There should be 1 document without Value fields"
}
testTask "succeeds when a single field is removed" {
@ -825,9 +634,9 @@ let integrationTests =
do! loadDocs conn
do! conn.removeFieldsById PostgresDb.TableName "two" [ "Sub" ]
let! noSubs = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Sub" ]
let! noSubs = conn.countByField PostgresDb.TableName (Field.NEX "Sub")
Expect.equal noSubs 4 "There should now be 4 documents without Sub fields"
let! noValue = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Value" ]
let! noValue = conn.countByField PostgresDb.TableName (Field.NEX "Value")
Expect.equal noValue 0 "There should be no documents without Value fields"
}
testTask "succeeds when a field is not removed" {
@ -846,17 +655,16 @@ let integrationTests =
do! conn.removeFieldsById PostgresDb.TableName "two" [ "Value" ]
}
]
testList "removeFieldsByFields" [
testList "removeFieldsByField" [
testTask "succeeds when multiple fields are removed" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
do! conn.removeFieldsByFields
PostgresDb.TableName Any [ Field.Equal "NumValue" "17" ] [ "Sub"; "Value" ]
let! noSubs = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Sub" ]
do! conn.removeFieldsByField PostgresDb.TableName (Field.EQ "NumValue" "17") [ "Sub"; "Value" ]
let! noSubs = conn.countByField PostgresDb.TableName (Field.NEX "Sub")
Expect.equal noSubs 4 "There should now be 4 documents without Sub fields"
let! noValue = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Value" ]
let! noValue = conn.countByField PostgresDb.TableName (Field.NEX "Value")
Expect.equal noValue 1 "There should be 1 document without Value fields"
}
testTask "succeeds when a single field is removed" {
@ -864,10 +672,10 @@ let integrationTests =
use conn = mkConn db
do! loadDocs conn
do! conn.removeFieldsByFields PostgresDb.TableName Any [ Field.Equal "NumValue" "17" ] [ "Sub" ]
let! noSubs = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Sub" ]
do! conn.removeFieldsByField PostgresDb.TableName (Field.EQ "NumValue" "17") [ "Sub" ]
let! noSubs = conn.countByField PostgresDb.TableName (Field.NEX "Sub")
Expect.equal noSubs 4 "There should now be 4 documents without Sub fields"
let! noValue = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Value" ]
let! noValue = conn.countByField PostgresDb.TableName (Field.NEX "Value")
Expect.equal noValue 0 "There should be no documents without Value fields"
}
testTask "succeeds when a field is not removed" {
@ -876,15 +684,14 @@ let integrationTests =
do! loadDocs conn
// This not raising an exception is the test
do! conn.removeFieldsByFields PostgresDb.TableName Any [ Field.Equal "NumValue" "17" ] [ "Nothing" ]
do! conn.removeFieldsByField PostgresDb.TableName (Field.EQ "NumValue" "17") [ "Nothing" ]
}
testTask "succeeds when no document is matched" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
// This not raising an exception is the test
do! conn.removeFieldsByFields
PostgresDb.TableName Any [ Field.NotEqual "Abracadabra" "apple" ] [ "Value" ]
do! conn.removeFieldsByField PostgresDb.TableName (Field.NE "Abracadabra" "apple") [ "Value" ]
}
]
testList "removeFieldsByContains" [
@ -894,9 +701,9 @@ let integrationTests =
do! loadDocs conn
do! conn.removeFieldsByContains PostgresDb.TableName {| NumValue = 17 |} [ "Sub"; "Value" ]
let! noSubs = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Sub" ]
let! noSubs = conn.countByField PostgresDb.TableName (Field.NEX "Sub")
Expect.equal noSubs 4 "There should now be 4 documents without Sub fields"
let! noValue = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Value" ]
let! noValue = conn.countByField PostgresDb.TableName (Field.NEX "Value")
Expect.equal noValue 1 "There should be 1 document without Value fields"
}
testTask "succeeds when a single field is removed" {
@ -905,9 +712,9 @@ let integrationTests =
do! loadDocs conn
do! conn.removeFieldsByContains PostgresDb.TableName {| NumValue = 17 |} [ "Sub" ]
let! noSubs = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Sub" ]
let! noSubs = conn.countByField PostgresDb.TableName (Field.NEX "Sub")
Expect.equal noSubs 4 "There should now be 4 documents without Sub fields"
let! noValue = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Value" ]
let! noValue = conn.countByField PostgresDb.TableName (Field.NEX "Value")
Expect.equal noValue 0 "There should be no documents without Value fields"
}
testTask "succeeds when a field is not removed" {
@ -933,9 +740,9 @@ let integrationTests =
do! loadDocs conn
do! conn.removeFieldsByJsonPath PostgresDb.TableName "$.NumValue ? (@ == 17)" [ "Sub"; "Value" ]
let! noSubs = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Sub" ]
let! noSubs = conn.countByField PostgresDb.TableName (Field.NEX "Sub")
Expect.equal noSubs 4 "There should now be 4 documents without Sub fields"
let! noValue = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Value" ]
let! noValue = conn.countByField PostgresDb.TableName (Field.NEX "Value")
Expect.equal noValue 1 "There should be 1 document without Value fields"
}
testTask "succeeds when a single field is removed" {
@ -944,9 +751,9 @@ let integrationTests =
do! loadDocs conn
do! conn.removeFieldsByJsonPath PostgresDb.TableName "$.NumValue ? (@ == 17)" [ "Sub" ]
let! noSubs = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Sub" ]
let! noSubs = conn.countByField PostgresDb.TableName (Field.NEX "Sub")
Expect.equal noSubs 4 "There should now be 4 documents without Sub fields"
let! noValue = conn.countByFields PostgresDb.TableName Any [ Field.NotExists "Value" ]
let! noValue = conn.countByField PostgresDb.TableName (Field.NEX "Value")
Expect.equal noValue 0 "There should be no documents without Value fields"
}
testTask "succeeds when a field is not removed" {
@ -985,13 +792,13 @@ let integrationTests =
Expect.equal remaining 5 "There should have been 5 documents remaining"
}
]
testList "deleteByFields" [
testList "deleteByField" [
testTask "succeeds when documents are deleted" {
use db = PostgresDb.BuildDb()
use conn = mkConn db
do! loadDocs conn
do! conn.deleteByFields PostgresDb.TableName Any [ Field.Equal "Value" "purple" ]
do! conn.deleteByField PostgresDb.TableName (Field.EQ "Value" "purple")
let! remaining = conn.countAll PostgresDb.TableName
Expect.equal remaining 3 "There should have been 3 documents remaining"
}
@ -1000,7 +807,7 @@ let integrationTests =
use conn = mkConn db
do! loadDocs conn
do! conn.deleteByFields PostgresDb.TableName Any [ Field.Equal "Value" "crimson" ]
do! conn.deleteByField PostgresDb.TableName (Field.EQ "Value" "crimson")
let! remaining = conn.countAll PostgresDb.TableName
Expect.equal remaining 5 "There should have been 5 documents remaining"
}

903
src/Tests/PostgresTests.fs
View File

File diff suppressed because it is too large Load Diff

151
src/Tests/SqliteExtensionTests.fs
View File

@ -113,12 +113,12 @@ let integrationTests =
let! theCount = conn.countAll SqliteDb.TableName
Expect.equal theCount 5L "There should have been 5 matching documents"
}
testTask "countByFields succeeds" {
testTask "countByField succeeds" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! theCount = conn.countByFields SqliteDb.TableName Any [ Field.Equal "Value" "purple" ]
let! theCount = conn.countByField SqliteDb.TableName (Field.EQ "Value" "purple")
Expect.equal theCount 2L "There should have been 2 matching documents"
}
testList "existsById" [
@ -139,13 +139,13 @@ let integrationTests =
Expect.isFalse exists "There should not have been an existing document"
}
]
testList "existsByFields" [
testList "existsByField" [
testTask "succeeds when documents exist" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! exists = conn.existsByFields SqliteDb.TableName Any [ Field.Equal "NumValue" 10 ]
let! exists = conn.existsByField SqliteDb.TableName (Field.EQ "NumValue" 10)
Expect.isTrue exists "There should have been existing documents"
}
testTask "succeeds when no matching documents exist" {
@ -153,7 +153,7 @@ let integrationTests =
use conn = Configuration.dbConn ()
do! loadDocs ()
let! exists = conn.existsByFields SqliteDb.TableName Any [ Field.Equal "Nothing" "none" ]
let! exists = conn.existsByField SqliteDb.TableName (Field.EQ "Nothing" "none")
Expect.isFalse exists "There should not have been any existing documents"
}
]
@ -181,44 +181,6 @@ let integrationTests =
Expect.equal results [] "There should have been no documents returned"
}
]
testList "findAllOrdered" [
testTask "succeeds when ordering numerically" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! results = conn.findAllOrdered<JsonDocument> SqliteDb.TableName [ Field.Named "n:NumValue" ]
Expect.hasLength results 5 "There should have been 5 documents returned"
Expect.equal
(results |> List.map _.Id |> String.concat "|")
"one|three|two|four|five"
"The documents were not ordered correctly"
}
testTask "succeeds when ordering numerically descending" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! results = conn.findAllOrdered<JsonDocument> SqliteDb.TableName [ Field.Named "n:NumValue DESC" ]
Expect.hasLength results 5 "There should have been 5 documents returned"
Expect.equal
(results |> List.map _.Id |> String.concat "|")
"five|four|two|three|one"
"The documents were not ordered correctly"
}
testTask "succeeds when ordering alphabetically" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! results = conn.findAllOrdered<JsonDocument> SqliteDb.TableName [ Field.Named "Id DESC" ]
Expect.hasLength results 5 "There should have been 5 documents returned"
Expect.equal
(results |> List.map _.Id |> String.concat "|")
"two|three|one|four|five"
"The documents were not ordered correctly"
}
]
testList "findById" [
testTask "succeeds when a document is found" {
use! db = SqliteDb.BuildDb()
@ -226,7 +188,7 @@ let integrationTests =
do! loadDocs ()
let! doc = conn.findById<string, JsonDocument> SqliteDb.TableName "two"
Expect.isSome doc "There should have been a document returned"
Expect.isTrue (Option.isSome doc) "There should have been a document returned"
Expect.equal doc.Value.Id "two" "The incorrect document was returned"
}
testTask "succeeds when a document is not found" {
@ -235,59 +197,35 @@ let integrationTests =
do! loadDocs ()
let! doc = conn.findById<string, JsonDocument> SqliteDb.TableName "three hundred eighty-seven"
Expect.isNone doc "There should not have been a document returned"
Expect.isFalse (Option.isSome doc) "There should not have been a document returned"
}
]
testList "findByFields" [
testList "findByField" [
testTask "succeeds when documents are found" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! docs = conn.findByFields<JsonDocument> SqliteDb.TableName Any [ Field.Equal "Sub.Foo" "green" ]
Expect.hasLength docs 2 "There should have been two documents returned"
let! docs = conn.findByField<JsonDocument> SqliteDb.TableName (Field.EQ "Sub.Foo" "green")
Expect.equal (List.length docs) 2 "There should have been two documents returned"
}
testTask "succeeds when documents are not found" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! docs = conn.findByFields<JsonDocument> SqliteDb.TableName Any [ Field.Equal "Value" "mauve" ]
Expect.isEmpty docs "There should have been no documents returned"
let! docs = conn.findByField<JsonDocument> SqliteDb.TableName (Field.EQ "Value" "mauve")
Expect.isTrue (List.isEmpty docs) "There should have been no documents returned"
}
]
testList "findByFieldsOrdered" [
testTask "succeeds when sorting ascending" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! docs =
conn.findByFieldsOrdered<JsonDocument>
SqliteDb.TableName Any [ Field.Greater "NumValue" 15 ] [ Field.Named "Id" ]
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "five|four" "The documents were not ordered correctly"
}
testTask "succeeds when sorting descending" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! docs =
conn.findByFieldsOrdered<JsonDocument>
SqliteDb.TableName Any [ Field.Greater "NumValue" 15 ] [ Field.Named "Id DESC" ]
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "four|five" "The documents were not ordered correctly"
}
]
testList "findFirstByFields" [
testList "findFirstByField" [
testTask "succeeds when a document is found" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! doc = conn.findFirstByFields<JsonDocument> SqliteDb.TableName Any [ Field.Equal "Value" "another" ]
Expect.isSome doc "There should have been a document returned"
let! doc = conn.findFirstByField<JsonDocument> SqliteDb.TableName (Field.EQ "Value" "another")
Expect.isTrue (Option.isSome doc) "There should have been a document returned"
Expect.equal doc.Value.Id "two" "The incorrect document was returned"
}
testTask "succeeds when multiple documents are found" {
@ -295,8 +233,8 @@ let integrationTests =
use conn = Configuration.dbConn ()
do! loadDocs ()
let! doc = conn.findFirstByFields<JsonDocument> SqliteDb.TableName Any [ Field.Equal "Sub.Foo" "green" ]
Expect.isSome doc "There should have been a document returned"
let! doc = conn.findFirstByField<JsonDocument> SqliteDb.TableName (Field.EQ "Sub.Foo" "green")
Expect.isTrue (Option.isSome doc) "There should have been a document returned"
Expect.contains [ "two"; "four" ] doc.Value.Id "An incorrect document was returned"
}
testTask "succeeds when a document is not found" {
@ -304,32 +242,8 @@ let integrationTests =
use conn = Configuration.dbConn ()
do! loadDocs ()
let! doc = conn.findFirstByFields<JsonDocument> SqliteDb.TableName Any [ Field.Equal "Value" "absent" ]
Expect.isNone doc "There should not have been a document returned"
}
]
testList "findFirstByFieldsOrdered" [
testTask "succeeds when sorting ascending" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! doc =
conn.findFirstByFieldsOrdered<JsonDocument>
SqliteDb.TableName Any [ Field.Equal "Sub.Foo" "green" ] [ Field.Named "Sub.Bar" ]
Expect.isSome doc "There should have been a document returned"
Expect.equal "two" doc.Value.Id "An incorrect document was returned"
}
testTask "succeeds when sorting descending" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
let! doc =
conn.findFirstByFieldsOrdered<JsonDocument>
SqliteDb.TableName Any [ Field.Equal "Sub.Foo" "green" ] [ Field.Named "Sub.Bar DESC" ]
Expect.isSome doc "There should have been a document returned"
Expect.equal "four" doc.Value.Id "An incorrect document was returned"
let! doc = conn.findFirstByField<JsonDocument> SqliteDb.TableName (Field.EQ "Value" "absent")
Expect.isFalse (Option.isSome doc) "There should not have been a document returned"
}
]
testList "updateById" [
@ -410,14 +324,14 @@ let integrationTests =
do! conn.patchById SqliteDb.TableName "test" {| Foo = "green" |}
}
]
testList "patchByFields" [
testList "patchByField" [
testTask "succeeds when a document is updated" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
do! conn.patchByFields SqliteDb.TableName Any [ Field.Equal "Value" "purple" ] {| NumValue = 77 |}
let! after = conn.countByFields SqliteDb.TableName Any [ Field.Equal "NumValue" 77 ]
do! conn.patchByField SqliteDb.TableName (Field.EQ "Value" "purple") {| NumValue = 77 |}
let! after = conn.countByField SqliteDb.TableName (Field.EQ "NumValue" 77)
Expect.equal after 2L "There should have been 2 documents returned"
}
testTask "succeeds when no document is updated" {
@ -428,7 +342,7 @@ let integrationTests =
Expect.isEmpty before "There should have been no documents returned"
// This not raising an exception is the test
do! conn.patchByFields SqliteDb.TableName Any [ Field.Equal "Value" "burgundy" ] {| Foo = "green" |}
do! conn.patchByField SqliteDb.TableName (Field.EQ "Value" "burgundy") {| Foo = "green" |}
}
]
testList "removeFieldsById" [
@ -461,13 +375,13 @@ let integrationTests =
do! conn.removeFieldsById SqliteDb.TableName "two" [ "Value" ]
}
]
testList "removeFieldByFields" [
testList "removeFieldByField" [
testTask "succeeds when a field is removed" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
do! conn.removeFieldsByFields SqliteDb.TableName Any [ Field.Equal "NumValue" 17 ] [ "Sub" ]
do! conn.removeFieldsByField SqliteDb.TableName (Field.EQ "NumValue" 17) [ "Sub" ]
try
let! _ = conn.findById<string, JsonDocument> SqliteDb.TableName "four"
Expect.isTrue false "The updated document should have failed to parse"
@ -481,15 +395,14 @@ let integrationTests =
do! loadDocs ()
// This not raising an exception is the test
do! conn.removeFieldsByFields SqliteDb.TableName Any [ Field.Equal "NumValue" 17 ] [ "Nothing" ]
do! conn.removeFieldsByField SqliteDb.TableName (Field.EQ "NumValue" 17) [ "Nothing" ]
}
testTask "succeeds when no document is matched" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
// This not raising an exception is the test
do! conn.removeFieldsByFields
SqliteDb.TableName Any [ Field.NotEqual "Abracadabra" "apple" ] [ "Value" ]
do! conn.removeFieldsByField SqliteDb.TableName (Field.NE "Abracadabra" "apple") [ "Value" ]
}
]
testList "deleteById" [
@ -512,13 +425,13 @@ let integrationTests =
Expect.equal remaining 5L "There should have been 5 documents remaining"
}
]
testList "deleteByFields" [
testList "deleteByField" [
testTask "succeeds when documents are deleted" {
use! db = SqliteDb.BuildDb()
use conn = Configuration.dbConn ()
do! loadDocs ()
do! conn.deleteByFields SqliteDb.TableName Any [ Field.NotEqual "Value" "purple" ]
do! conn.deleteByField SqliteDb.TableName (Field.NE "Value" "purple")
let! remaining = conn.countAll SqliteDb.TableName
Expect.equal remaining 2L "There should have been 2 documents remaining"
}
@ -527,7 +440,7 @@ let integrationTests =
use conn = Configuration.dbConn ()
do! loadDocs ()
do! conn.deleteByFields SqliteDb.TableName Any [ Field.Equal "Value" "crimson" ]
do! conn.deleteByField SqliteDb.TableName (Field.EQ "Value" "crimson")
let! remaining = conn.countAll SqliteDb.TableName
Expect.equal remaining 5L "There should have been 5 documents remaining"
}
@ -565,8 +478,8 @@ let integrationTests =
use conn = Configuration.dbConn ()
do! loadDocs ()
let! docs = conn.customList (Query.find SqliteDb.TableName) [] fromData<JsonDocument>
Expect.hasLength docs 5 "There should have been 5 documents returned"
let! docs = conn.customList (Query.selectFromTable SqliteDb.TableName) [] fromData<JsonDocument>
Expect.hasCountOf docs 5u (fun _ -> true) "There should have been 5 documents returned"
}
testTask "succeeds when data is not found" {
use! db = SqliteDb.BuildDb()

588
src/Tests/SqliteTests.fs
View File

@ -8,96 +8,131 @@ open Expecto
open Microsoft.Data.Sqlite
open Types
#nowarn "0044"
(** UNIT TESTS **)
/// Unit tests for the Query module of the SQLite library
let queryTests = testList "Query" [
testList "whereByFields" [
test "succeeds for a single field when a logical comparison is passed" {
/// Unit tests for the SQLite library
let unitTests =
testList "Unit" [
testList "Query" [
testList "whereByField" [
test "succeeds when a logical operator is passed" {
Expect.equal
(Query.whereByFields Any [ { Field.Greater "theField" 0 with ParameterName = Some "@test" } ])
(Query.whereByField (Field.GT "theField" 0) "@test")
"data->>'theField' > @test"
"WHERE clause not correct"
}
test "succeeds for a single field when an existence comparison is passed" {
test "succeeds when an existence operator is passed" {
Expect.equal
(Query.whereByFields Any [ Field.NotExists "thatField" ])
(Query.whereByField (Field.NEX "thatField") "")
"data->>'thatField' IS NULL"
"WHERE clause not correct"
}
test "succeeds for a single field when a between comparison is passed" {
test "succeeds when the between operator is passed" {
Expect.equal
(Query.whereByFields All [ { Field.Between "aField" 50 99 with ParameterName = Some "@range" } ])
(Query.whereByField (Field.BT "aField" 50 99) "@range")
"data->>'aField' BETWEEN @rangemin AND @rangemax"
"WHERE clause not correct"
}
test "succeeds for all multiple fields with logical comparisons" {
Expect.equal
(Query.whereByFields All [ Field.Equal "theFirst" "1"; Field.Equal "numberTwo" "2" ])
"data->>'theFirst' = @field0 AND data->>'numberTwo' = @field1"
"WHERE clause not correct"
}
test "succeeds for any multiple fields with an existence comparison" {
Expect.equal
(Query.whereByFields Any [ Field.NotExists "thatField"; Field.GreaterOrEqual "thisField" 18 ])
"data->>'thatField' IS NULL OR data->>'thisField' >= @field0"
"WHERE clause not correct"
}
test "succeeds for all multiple fields with between comparisons" {
Expect.equal
(Query.whereByFields All [ Field.Between "aField" 50 99; Field.Between "anotherField" "a" "b" ])
"data->>'aField' BETWEEN @field0min AND @field0max AND data->>'anotherField' BETWEEN @field1min AND @field1max"
"WHERE clause not correct"
}
test "succeeds for a field with an In comparison" {
Expect.equal
(Query.whereByFields All [ Field.In "this" [ "a"; "b"; "c" ] ])
"data->>'this' IN (@field0_0, @field0_1, @field0_2)"
"WHERE clause not correct"
}
test "succeeds for a field with an InArray comparison" {
Expect.equal
(Query.whereByFields All [ Field.InArray "this" "the_table" [ "a"; "b" ] ])
"EXISTS (SELECT 1 FROM json_each(the_table.data, '$.this') WHERE value IN (@field0_0, @field0_1))"
"WHERE clause not correct"
}
]
test "whereById succeeds" {
Expect.equal (Query.whereById "@id") "data->>'Id' = @id" "WHERE clause not correct"
}
test "patch succeeds" {
Expect.equal
(Query.patch SqliteDb.TableName)
$"UPDATE {SqliteDb.TableName} SET data = json_patch(data, json(@data))"
"Patch query not correct"
}
test "removeFields succeeds" {
Expect.equal
(Query.removeFields SqliteDb.TableName [ SqliteParameter("@a", "a"); SqliteParameter("@b", "b") ])
$"UPDATE {SqliteDb.TableName} SET data = json_remove(data, @a, @b)"
"Field removal query not correct"
}
test "byId succeeds" {
Expect.equal (Query.byId "test" "14") "test WHERE data->>'Id' = @id" "By-ID query not correct"
}
test "byFields succeeds" {
Expect.equal
(Query.byFields "unit" Any [ Field.Greater "That" 14 ])
"unit WHERE data->>'That' > @field0"
"By-Field query not correct"
}
test "Definition.ensureTable succeeds" {
Expect.equal
(Query.Definition.ensureTable "tbl")
"CREATE TABLE IF NOT EXISTS tbl (data TEXT NOT NULL)"
"CREATE TABLE statement not correct"
}
]
/// Unit tests for the Parameters module of the SQLite library
let parametersTests = testList "Parameters" [
test "update succeeds" {
Expect.equal
(Query.update "tbl")
"UPDATE tbl SET data = @data WHERE data->>'Id' = @id"
"UPDATE full statement not correct"
}
testList "Count" [
test "all succeeds" {
Expect.equal (Query.Count.all "tbl") $"SELECT COUNT(*) AS it FROM tbl" "Count query not correct"
}
test "byField succeeds" {
Expect.equal
(Query.Count.byField "tbl" (Field.EQ "thatField" 0))
"SELECT COUNT(*) AS it FROM tbl WHERE data->>'thatField' = @field"
"JSON field text comparison count query not correct"
}
]
testList "Exists" [
test "byId succeeds" {
Expect.equal
(Query.Exists.byId "tbl")
"SELECT EXISTS (SELECT 1 FROM tbl WHERE data->>'Id' = @id) AS it"
"ID existence query not correct"
}
test "byField succeeds" {
Expect.equal
(Query.Exists.byField "tbl" (Field.LT "Test" 0))
"SELECT EXISTS (SELECT 1 FROM tbl WHERE data->>'Test' < @field) AS it"
"JSON field text comparison exists query not correct"
}
]
testList "Find" [
test "byId succeeds" {
Expect.equal
(Query.Find.byId "tbl")
"SELECT data FROM tbl WHERE data->>'Id' = @id"
"SELECT by ID query not correct"
}
test "byField succeeds" {
Expect.equal
(Query.Find.byField "tbl" (Field.GE "Golf" 0))
"SELECT data FROM tbl WHERE data->>'Golf' >= @field"
"SELECT by JSON comparison query not correct"
}
]
testList "Patch" [
test "byId succeeds" {
Expect.equal
(Query.Patch.byId "tbl")
"UPDATE tbl SET data = json_patch(data, json(@data)) WHERE data->>'Id' = @id"
"UPDATE partial by ID statement not correct"
}
test "byField succeeds" {
Expect.equal
(Query.Patch.byField "tbl" (Field.NE "Part" 0))
"UPDATE tbl SET data = json_patch(data, json(@data)) WHERE data->>'Part' <> @field"
"UPDATE partial by JSON comparison query not correct"
}
]
testList "RemoveFields" [
test "byId succeeds" {
Expect.equal
(Query.RemoveFields.byId "tbl" [ SqliteParameter("@name", "one") ])
"UPDATE tbl SET data = json_remove(data, @name) WHERE data->>'Id' = @id"
"Remove field by ID query not correct"
}
test "byField succeeds" {
Expect.equal
(Query.RemoveFields.byField
"tbl"
(Field.GT "Fly" 0)
[ SqliteParameter("@name0", "one"); SqliteParameter("@name1", "two") ])
"UPDATE tbl SET data = json_remove(data, @name0, @name1) WHERE data->>'Fly' > @field"
"Remove field by field query not correct"
}
]
testList "Delete" [
test "byId succeeds" {
Expect.equal
(Query.Delete.byId "tbl")
"DELETE FROM tbl WHERE data->>'Id' = @id"
"DELETE by ID query not correct"
}
test "byField succeeds" {
Expect.equal
(Query.Delete.byField "tbl" (Field.NEX "gone"))
"DELETE FROM tbl WHERE data->>'gone' IS NULL"
"DELETE by JSON comparison query not correct"
}
]
]
testList "Parameters" [
test "idParam succeeds" {
let theParam = idParam 7
Expect.equal theParam.ParameterName "@id" "The parameter name is incorrect"
@ -110,33 +145,38 @@ let parametersTests = testList "Parameters" [
}
testList "addFieldParam" [
test "succeeds when adding a parameter" {
let paramList = addFieldParam "@field" (Field.Equal "it" 99) []
let paramList = addFieldParam "@field" (Field.EQ "it" 99) []
Expect.hasLength paramList 1 "There should have been a parameter added"
let theParam = Seq.head paramList
let theParam = paramList[0]
Expect.equal theParam.ParameterName "@field" "The parameter name is incorrect"
Expect.equal theParam.Value 99 "The parameter value is incorrect"
}
test "succeeds when not adding a parameter" {
let paramList = addFieldParam "@it" (Field.NotExists "Coffee") []
let paramList = addFieldParam "@it" (Field.NEX "Coffee") []
Expect.isEmpty paramList "There should not have been any parameters added"
}
]
test "noParams succeeds" {
Expect.isEmpty noParams "The parameter list should have been empty"
}
]
// Results are exhaustively executed in the context of other tests
]
// Results are exhaustively executed in the context of other tests
]
(** INTEGRATION TESTS **)
/// Load a table with the test documents
let loadDocs () = backgroundTask {
for doc in testDocuments do do! insert SqliteDb.TableName doc
}
/// Integration tests for the Configuration module of the SQLite library
let configurationTests = testList "Configuration" [
/// These tests each use a fresh copy of a SQLite database
let integrationTests =
let documents = [
{ Id = "one"; Value = "FIRST!"; NumValue = 0; Sub = None }
{ Id = "two"; Value = "another"; NumValue = 10; Sub = Some { Foo = "green"; Bar = "blue" } }
{ Id = "three"; Value = ""; NumValue = 4; Sub = None }
{ Id = "four"; Value = "purple"; NumValue = 17; Sub = Some { Foo = "green"; Bar = "red" } }
{ Id = "five"; Value = "purple"; NumValue = 18; Sub = None }
]
let loadDocs () = backgroundTask {
for doc in documents do do! insert SqliteDb.TableName doc
}
testList "Integration" [
testList "Configuration" [
test "useConnectionString / connectionString succeed" {
try
Configuration.useConnectionString "Data Source=test.db"
@ -147,10 +187,34 @@ let configurationTests = testList "Configuration" [
finally
Configuration.useConnectionString "Data Source=:memory:"
}
]
test "useSerializer succeeds" {
try
Configuration.useSerializer
{ new IDocumentSerializer with
member _.Serialize<'T>(it: 'T) : string = """{"Overridden":true}"""
member _.Deserialize<'T>(it: string) : 'T = Unchecked.defaultof<'T>
}
/// Integration tests for the Custom module of the SQLite library
let customTests = testList "Custom" [
let serialized = Configuration.serializer().Serialize { Foo = "howdy"; Bar = "bye"}
Expect.equal serialized """{"Overridden":true}""" "Specified serializer was not used"
let deserialized = Configuration.serializer().Deserialize<obj> """{"Something":"here"}"""
Expect.isNull deserialized "Specified serializer should have returned null"
finally
Configuration.useSerializer DocumentSerializer.``default``
}
test "serializer returns configured serializer" {
Expect.isTrue (obj.ReferenceEquals(DocumentSerializer.``default``, Configuration.serializer ()))
"Serializer should have been the same"
}
test "useIdField / idField succeeds" {
Expect.equal (Configuration.idField ()) "Id" "The default configured ID field was incorrect"
Configuration.useIdField "id"
Expect.equal (Configuration.idField ()) "id" "useIdField did not set the ID field"
Configuration.useIdField "Id"
}
]
testList "Custom" [
testList "single" [
testTask "succeeds when a row is found" {
use! db = SqliteDb.BuildDb()
@ -181,7 +245,7 @@ let customTests = testList "Custom" [
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! docs = Custom.list (Query.find SqliteDb.TableName) [] fromData<JsonDocument>
let! docs = Custom.list (Query.selectFromTable SqliteDb.TableName) [] fromData<JsonDocument>
Expect.hasCountOf docs 5u (fun _ -> true) "There should have been 5 documents returned"
}
testTask "succeeds when data is not found" {
@ -224,10 +288,8 @@ let customTests = testList "Custom" [
let! nbr = Custom.scalar "SELECT 5 AS test_value" [] _.GetInt32(0)
Expect.equal nbr 5 "The query should have returned the number 5"
}
]
/// Integration tests for the Definition module of the SQLite library
let definitionTests = testList "Definition" [
]
testList "Definition" [
testTask "ensureTable succeeds" {
use! db = SqliteDb.BuildDb()
let itExists (name: string) =
@ -263,10 +325,7 @@ let definitionTests = testList "Definition" [
let! exists' = indexExists ()
Expect.isTrue exists' "The index should now exist"
}
]
/// Integration tests for the (auto-opened) Document module of the SQLite library
let documentTests = testList "Document" [
]
testList "insert" [
testTask "succeeds" {
use! db = SqliteDb.BuildDb()
@ -286,68 +345,6 @@ let documentTests = testList "Document" [
insert SqliteDb.TableName {emptyDoc with Id = "test" } |> Async.AwaitTask |> Async.RunSynchronously)
"An exception should have been raised for duplicate document ID insert"
}
testTask "succeeds when adding a numeric auto ID" {
try
Configuration.useAutoIdStrategy Number
Configuration.useIdField "Key"
use! db = SqliteDb.BuildDb()
let! before = Count.all SqliteDb.TableName
Expect.equal before 0L "There should be no documents in the table"
do! insert SqliteDb.TableName { Key = 0; Text = "one" }
do! insert SqliteDb.TableName { Key = 0; Text = "two" }
do! insert SqliteDb.TableName { Key = 77; Text = "three" }
do! insert SqliteDb.TableName { Key = 0; Text = "four" }
let! after = Find.allOrdered<NumIdDocument> SqliteDb.TableName [ Field.Named "Key" ]
Expect.hasLength after 4 "There should have been 4 documents returned"
Expect.equal (after |> List.map _.Key) [ 1; 2; 77; 78 ] "The IDs were not generated correctly"
finally
Configuration.useAutoIdStrategy Disabled
Configuration.useIdField "Id"
}
testTask "succeeds when adding a GUID auto ID" {
try
Configuration.useAutoIdStrategy Guid
use! db = SqliteDb.BuildDb()
let! before = Count.all SqliteDb.TableName
Expect.equal before 0L "There should be no documents in the table"
do! insert SqliteDb.TableName { emptyDoc with Value = "one" }
do! insert SqliteDb.TableName { emptyDoc with Value = "two" }
do! insert SqliteDb.TableName { emptyDoc with Id = "abc123"; Value = "three" }
do! insert SqliteDb.TableName { emptyDoc with Value = "four" }
let! after = Find.all<JsonDocument> SqliteDb.TableName
Expect.hasLength after 4 "There should have been 4 documents returned"
Expect.hasCountOf after 3u (fun doc -> doc.Id.Length = 32) "Three of the IDs should have been GUIDs"
Expect.hasCountOf after 1u (fun doc -> doc.Id = "abc123") "The provided ID should have been used as-is"
finally
Configuration.useAutoIdStrategy Disabled
}
testTask "succeeds when adding a RandomString auto ID" {
try
Configuration.useAutoIdStrategy RandomString
Configuration.useIdStringLength 44
use! db = SqliteDb.BuildDb()
let! before = Count.all SqliteDb.TableName
Expect.equal before 0L "There should be no documents in the table"
do! insert SqliteDb.TableName { emptyDoc with Value = "one" }
do! insert SqliteDb.TableName { emptyDoc with Value = "two" }
do! insert SqliteDb.TableName { emptyDoc with Id = "abc123"; Value = "three" }
do! insert SqliteDb.TableName { emptyDoc with Value = "four" }
let! after = Find.all<JsonDocument> SqliteDb.TableName
Expect.hasLength after 4 "There should have been 4 documents returned"
Expect.hasCountOf
after 3u (fun doc -> doc.Id.Length = 44)
"Three of the IDs should have been 44-character random strings"
Expect.hasCountOf after 1u (fun doc -> doc.Id = "abc123") "The provided ID should have been used as-is"
finally
Configuration.useAutoIdStrategy Disabled
Configuration.useIdStringLength 16
}
]
testList "save" [
testTask "succeeds when a document is inserted" {
@ -376,10 +373,7 @@ let documentTests = testList "Document" [
Expect.equal after.Value upd8Doc "The updated document is not correct"
}
]
]
/// Integration tests for the Count module of the SQLite library
let countTests = testList "Count" [
testList "Count" [
testTask "all succeeds" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
@ -387,26 +381,22 @@ let countTests = testList "Count" [
let! theCount = Count.all SqliteDb.TableName
Expect.equal theCount 5L "There should have been 5 matching documents"
}
testList "byFields" [
testTask "succeeds for a numeric range" {
testTask "byField succeeds for a numeric range" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! theCount = Count.byFields SqliteDb.TableName Any [ Field.Between "NumValue" 10 20 ]
let! theCount = Count.byField SqliteDb.TableName (Field.BT "NumValue" 10 20)
Expect.equal theCount 3L "There should have been 3 matching documents"
}
testTask "succeeds for a non-numeric range" {
testTask "byField succeeds for a non-numeric range" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! theCount = Count.byFields SqliteDb.TableName Any [ Field.Between "Value" "aardvark" "apple" ]
let! theCount = Count.byField SqliteDb.TableName (Field.BT "Value" "aardvark" "apple")
Expect.equal theCount 1L "There should have been 1 matching document"
}
]
]
/// Integration tests for the Exists module of the SQLite library
let existsTests = testList "Exists" [
testList "Exists" [
testList "byId" [
testTask "succeeds when a document exists" {
use! db = SqliteDb.BuildDb()
@ -423,26 +413,24 @@ let existsTests = testList "Exists" [
Expect.isFalse exists "There should not have been an existing document"
}
]
testList "byFields" [
testList "byField" [
testTask "succeeds when documents exist" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! exists = Exists.byFields SqliteDb.TableName Any [ Field.Equal "NumValue" 10 ]
let! exists = Exists.byField SqliteDb.TableName (Field.EQ "NumValue" 10)
Expect.isTrue exists "There should have been existing documents"
}
testTask "succeeds when no matching documents exist" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! exists = Exists.byFields SqliteDb.TableName Any [ Field.Less "Nothing" "none" ]
let! exists = Exists.byField SqliteDb.TableName (Field.LT "Nothing" "none")
Expect.isFalse exists "There should not have been any existing documents"
}
]
]
/// Integration tests for the Find module of the SQLite library
let findTests = testList "Find" [
]
testList "Find" [
testList "all" [
testTask "succeeds when there is data" {
use! db = SqliteDb.BuildDb()
@ -452,10 +440,12 @@ let findTests = testList "Find" [
do! insert SqliteDb.TableName { Foo = "five"; Bar = "six" }
let! results = Find.all<SubDocument> SqliteDb.TableName
Expect.equal
results
[ { Foo = "one"; Bar = "two" }; { Foo = "three"; Bar = "four" }; { Foo = "five"; Bar = "six" } ]
"There should have been 3 documents returned"
let expected = [
{ Foo = "one"; Bar = "two" }
{ Foo = "three"; Bar = "four" }
{ Foo = "five"; Bar = "six" }
]
Expect.equal results expected "There should have been 3 documents returned"
}
testTask "succeeds when there is no data" {
use! db = SqliteDb.BuildDb()
@ -463,48 +453,13 @@ let findTests = testList "Find" [
Expect.equal results [] "There should have been no documents returned"
}
]
testList "allOrdered" [
testTask "succeeds when ordering numerically" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! results = Find.allOrdered<JsonDocument> SqliteDb.TableName [ Field.Named "n:NumValue" ]
Expect.hasLength results 5 "There should have been 5 documents returned"
Expect.equal
(results |> List.map _.Id |> String.concat "|")
"one|three|two|four|five"
"The documents were not ordered correctly"
}
testTask "succeeds when ordering numerically descending" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! results = Find.allOrdered<JsonDocument> SqliteDb.TableName [ Field.Named "n:NumValue DESC" ]
Expect.hasLength results 5 "There should have been 5 documents returned"
Expect.equal
(results |> List.map _.Id |> String.concat "|")
"five|four|two|three|one"
"The documents were not ordered correctly"
}
testTask "succeeds when ordering alphabetically" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! results = Find.allOrdered<JsonDocument> SqliteDb.TableName [ Field.Named "Id DESC" ]
Expect.hasLength results 5 "There should have been 5 documents returned"
Expect.equal
(results |> List.map _.Id |> String.concat "|")
"two|three|one|four|five"
"The documents were not ordered correctly"
}
]
testList "byId" [
testTask "succeeds when a document is found" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! doc = Find.byId<string, JsonDocument> SqliteDb.TableName "two"
Expect.isSome doc "There should have been a document returned"
Expect.isTrue (Option.isSome doc) "There should have been a document returned"
Expect.equal doc.Value.Id "two" "The incorrect document was returned"
}
testTask "succeeds when a document is not found" {
@ -512,149 +467,52 @@ let findTests = testList "Find" [
do! loadDocs ()
let! doc = Find.byId<string, JsonDocument> SqliteDb.TableName "three hundred eighty-seven"
Expect.isNone doc "There should not have been a document returned"
Expect.isFalse (Option.isSome doc) "There should not have been a document returned"
}
]
testList "byFields" [
testList "byField" [
testTask "succeeds when documents are found" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! docs = Find.byFields<JsonDocument> SqliteDb.TableName Any [ Field.Greater "NumValue" 15 ]
Expect.hasLength docs 2 "There should have been two documents returned"
}
testTask "succeeds when documents are found using IN with numeric field" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! docs = Find.byFields<JsonDocument> SqliteDb.TableName All [ Field.In "NumValue" [ 2; 4; 6; 8 ] ]
Expect.hasLength docs 1 "There should have been one document returned"
let! docs = Find.byField<JsonDocument> SqliteDb.TableName (Field.GT "NumValue" 15)
Expect.equal (List.length docs) 2 "There should have been two documents returned"
}
testTask "succeeds when documents are not found" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! docs = Find.byFields<JsonDocument> SqliteDb.TableName Any [ Field.Greater "NumValue" 100 ]
let! docs = Find.byField<JsonDocument> SqliteDb.TableName (Field.GT "NumValue" 100)
Expect.isTrue (List.isEmpty docs) "There should have been no documents returned"
}
testTask "succeeds for InArray when matching documents exist" {
use! db = SqliteDb.BuildDb()
do! Definition.ensureTable SqliteDb.TableName
for doc in ArrayDocument.TestDocuments do do! insert SqliteDb.TableName doc
let! docs =
Find.byFields<ArrayDocument>
SqliteDb.TableName All [ Field.InArray "Values" SqliteDb.TableName [ "c" ] ]
Expect.hasLength docs 2 "There should have been two documents returned"
}
testTask "succeeds for InArray when no matching documents exist" {
use! db = SqliteDb.BuildDb()
do! Definition.ensureTable SqliteDb.TableName
for doc in ArrayDocument.TestDocuments do do! insert SqliteDb.TableName doc
let! docs =
Find.byFields<ArrayDocument>
SqliteDb.TableName All [ Field.InArray "Values" SqliteDb.TableName [ "j" ] ]
Expect.isEmpty docs "There should have been no documents returned"
}
]
testList "byFieldsOrdered" [
testTask "succeeds when sorting ascending" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! docs =
Find.byFieldsOrdered<JsonDocument>
SqliteDb.TableName Any [ Field.Greater "NumValue" 15 ] [ Field.Named "Id" ]
Expect.hasLength docs 2 "There should have been two documents returned"
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "five|four" "The documents were not ordered correctly"
}
testTask "succeeds when sorting descending" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! docs =
Find.byFieldsOrdered<JsonDocument>
SqliteDb.TableName Any [ Field.Greater "NumValue" 15 ] [ Field.Named "Id DESC" ]
Expect.hasLength docs 2 "There should have been two documents returned"
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "four|five" "The documents were not ordered correctly"
}
testTask "succeeds when sorting case-sensitively" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! docs =
Find.byFieldsOrdered<JsonDocument>
SqliteDb.TableName All [ Field.LessOrEqual "NumValue" 10 ] [ Field.Named "Value" ]
Expect.hasLength docs 3 "There should have been three documents returned"
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "three|one|two" "Documents not ordered correctly"
}
testTask "succeeds when sorting case-insensitively" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! docs =
Find.byFieldsOrdered<JsonDocument>
SqliteDb.TableName All [ Field.LessOrEqual "NumValue" 10 ] [ Field.Named "i:Value" ]
Expect.hasLength docs 3 "There should have been three documents returned"
Expect.equal
(docs |> List.map _.Id |> String.concat "|") "three|two|one" "Documents not ordered correctly"
}
]
testList "firstByFields" [
testList "firstByField" [
testTask "succeeds when a document is found" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! doc = Find.firstByFields<JsonDocument> SqliteDb.TableName Any [ Field.Equal "Value" "another" ]
Expect.isSome doc "There should have been a document returned"
let! doc = Find.firstByField<JsonDocument> SqliteDb.TableName (Field.EQ "Value" "another")
Expect.isTrue (Option.isSome doc) "There should have been a document returned"
Expect.equal doc.Value.Id "two" "The incorrect document was returned"
}
testTask "succeeds when multiple documents are found" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! doc = Find.firstByFields<JsonDocument> SqliteDb.TableName Any [ Field.Equal "Sub.Foo" "green" ]
Expect.isSome doc "There should have been a document returned"
let! doc = Find.firstByField<JsonDocument> SqliteDb.TableName (Field.EQ "Sub.Foo" "green")
Expect.isTrue (Option.isSome doc) "There should have been a document returned"
Expect.contains [ "two"; "four" ] doc.Value.Id "An incorrect document was returned"
}
testTask "succeeds when a document is not found" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! doc = Find.firstByFields<JsonDocument> SqliteDb.TableName Any [ Field.Equal "Value" "absent" ]
Expect.isNone doc "There should not have been a document returned"
let! doc = Find.firstByField<JsonDocument> SqliteDb.TableName (Field.EQ "Value" "absent")
Expect.isFalse (Option.isSome doc) "There should not have been a document returned"
}
]
testList "firstByFieldsOrdered" [
testTask "succeeds when sorting ascending" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! doc =
Find.firstByFieldsOrdered<JsonDocument>
SqliteDb.TableName Any [ Field.Equal "Sub.Foo" "green" ] [ Field.Named "Sub.Bar" ]
Expect.isSome doc "There should have been a document returned"
Expect.equal "two" doc.Value.Id "An incorrect document was returned"
}
testTask "succeeds when sorting descending" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
let! doc =
Find.firstByFieldsOrdered<JsonDocument>
SqliteDb.TableName Any [ Field.Equal "Sub.Foo" "green" ] [ Field.Named "Sub.Bar DESC" ]
Expect.isSome doc "There should have been a document returned"
Expect.equal "four" doc.Value.Id "An incorrect document was returned"
}
]
]
/// Integration tests for the Update module of the SQLite library
let updateTests = testList "Update" [
testList "Update" [
testList "byId" [
testTask "succeeds when a document is updated" {
use! db = SqliteDb.BuildDb()
@ -674,7 +532,9 @@ let updateTests = testList "Update" [
// This not raising an exception is the test
do! Update.byId
SqliteDb.TableName "test" { emptyDoc with Id = "x"; Sub = Some { Foo = "blue"; Bar = "red" } }
SqliteDb.TableName
"test"
{ emptyDoc with Id = "x"; Sub = Some { Foo = "blue"; Bar = "red" } }
}
]
testList "byFunc" [
@ -682,7 +542,8 @@ let updateTests = testList "Update" [
use! db = SqliteDb.BuildDb()
do! loadDocs ()
do! Update.byFunc SqliteDb.TableName (_.Id) { Id = "one"; Value = "le un"; NumValue = 1; Sub = None }
do! Update.byFunc
SqliteDb.TableName (_.Id) { Id = "one"; Value = "le un"; NumValue = 1; Sub = None }
let! after = Find.byId<string, JsonDocument> SqliteDb.TableName "one"
Expect.isSome after "There should have been a document returned post-update"
Expect.equal
@ -697,13 +558,12 @@ let updateTests = testList "Update" [
Expect.isEmpty before "There should have been no documents returned"
// This not raising an exception is the test
do! Update.byFunc SqliteDb.TableName (_.Id) { Id = "one"; Value = "le un"; NumValue = 1; Sub = None }
do! Update.byFunc
SqliteDb.TableName (_.Id) { Id = "one"; Value = "le un"; NumValue = 1; Sub = None }
}
]
]
/// Integration tests for the Patch module of the SQLite library
let patchTests = testList "Patch" [
]
testList "Patch" [
testList "byId" [
testTask "succeeds when a document is updated" {
use! db = SqliteDb.BuildDb()
@ -724,13 +584,13 @@ let patchTests = testList "Patch" [
do! Patch.byId SqliteDb.TableName "test" {| Foo = "green" |}
}
]
testList "byFields" [
testList "byField" [
testTask "succeeds when a document is updated" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
do! Patch.byFields SqliteDb.TableName Any [ Field.Equal "Value" "purple" ] {| NumValue = 77 |}
let! after = Count.byFields SqliteDb.TableName Any [ Field.Equal "NumValue" 77 ]
do! Patch.byField SqliteDb.TableName (Field.EQ "Value" "purple") {| NumValue = 77 |}
let! after = Count.byField SqliteDb.TableName (Field.EQ "NumValue" 77)
Expect.equal after 2L "There should have been 2 documents returned"
}
testTask "succeeds when no document is updated" {
@ -740,13 +600,11 @@ let patchTests = testList "Patch" [
Expect.isEmpty before "There should have been no documents returned"
// This not raising an exception is the test
do! Patch.byFields SqliteDb.TableName Any [ Field.Equal "Value" "burgundy" ] {| Foo = "green" |}
do! Patch.byField SqliteDb.TableName (Field.EQ "Value" "burgundy") {| Foo = "green" |}
}
]
]
/// Integration tests for the RemoveFields module of the SQLite library
let removeFieldsTests = testList "RemoveFields" [
]
testList "RemoveFields" [
testList "byId" [
testTask "succeeds when fields is removed" {
use! db = SqliteDb.BuildDb()
@ -774,12 +632,12 @@ let removeFieldsTests = testList "RemoveFields" [
do! RemoveFields.byId SqliteDb.TableName "two" [ "Value" ]
}
]
testList "byFields" [
testList "byField" [
testTask "succeeds when a field is removed" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
do! RemoveFields.byFields SqliteDb.TableName Any [ Field.Equal "NumValue" 17 ] [ "Sub" ]
do! RemoveFields.byField SqliteDb.TableName (Field.EQ "NumValue" 17) [ "Sub" ]
try
let! _ = Find.byId<string, JsonDocument> SqliteDb.TableName "four"
Expect.isTrue false "The updated document should have failed to parse"
@ -792,19 +650,17 @@ let removeFieldsTests = testList "RemoveFields" [
do! loadDocs ()
// This not raising an exception is the test
do! RemoveFields.byFields SqliteDb.TableName Any [ Field.Equal "NumValue" 17 ] [ "Nothing" ]
do! RemoveFields.byField SqliteDb.TableName (Field.EQ "NumValue" 17) [ "Nothing" ]
}
testTask "succeeds when no document is matched" {
use! db = SqliteDb.BuildDb()
// This not raising an exception is the test
do! RemoveFields.byFields SqliteDb.TableName Any [ Field.NotEqual "Abracadabra" "apple" ] [ "Value" ]
do! RemoveFields.byField SqliteDb.TableName (Field.NE "Abracadabra" "apple") [ "Value" ]
}
]
]
/// Integration tests for the Delete module of the SQLite library
let deleteTests = testList "Delete" [
]
testList "Delete" [
testList "byId" [
testTask "succeeds when a document is deleted" {
use! db = SqliteDb.BuildDb()
@ -823,12 +679,12 @@ let deleteTests = testList "Delete" [
Expect.equal remaining 5L "There should have been 5 documents remaining"
}
]
testList "byFields" [
testList "byField" [
testTask "succeeds when documents are deleted" {
use! db = SqliteDb.BuildDb()
do! loadDocs ()
do! Delete.byFields SqliteDb.TableName Any [ Field.NotEqual "Value" "purple" ]
do! Delete.byField SqliteDb.TableName (Field.NE "Value" "purple")
let! remaining = Count.all SqliteDb.TableName
Expect.equal remaining 2L "There should have been 2 documents remaining"
}
@ -836,28 +692,16 @@ let deleteTests = testList "Delete" [
use! db = SqliteDb.BuildDb()
do! loadDocs ()
do! Delete.byFields SqliteDb.TableName Any [ Field.Equal "Value" "crimson" ]
do! Delete.byField SqliteDb.TableName (Field.EQ "Value" "crimson")
let! remaining = Count.all SqliteDb.TableName
Expect.equal remaining 5L "There should have been 5 documents remaining"
}
]
]
/// All tests for the SQLite library
let all = testList "Sqlite" [
testList "Unit" [ queryTests; parametersTests ]
testSequenced <| testList "Integration" [
configurationTests
customTests
definitionTests
documentTests
countTests
existsTests
findTests
updateTests
patchTests
removeFieldsTests
deleteTests
test "clean up database" { Configuration.useConnectionString "data source=:memory:" }
]
]
test "clean up database" {
Configuration.useConnectionString "data source=:memory:"
}
]
|> testSequenced
let all = testList "Sqlite" [ unitTests; integrationTests ]

24
src/Tests/Types.fs
View File

@ -1,39 +1,23 @@
module Types
type NumIdDocument =
{ Key: int
Text: string }
type SubDocument =
{ Foo: string
Bar: string }
type ArrayDocument =
{ Id: string
Values: string list }
with
/// <summary>
/// A set of documents used for integration tests
/// </summary>
static member TestDocuments =
[ { Id = "first"; Values = [ "a"; "b"; "c" ] }
{ Id = "second"; Values = [ "c"; "d"; "e" ] }
{ Id = "third"; Values = [ "x"; "y"; "z" ] } ]
type JsonDocument =
{ Id: string
Value: string
NumValue: int
Sub: SubDocument option }
/// An empty JsonDocument
let emptyDoc = { Id = ""; Value = ""; NumValue = 0; Sub = None }
/// Documents to use for testing
let testDocuments =
[ { Id = "one"; Value = "FIRST!"; NumValue = 0; Sub = None }
let testDocuments = [
{ Id = "one"; Value = "FIRST!"; NumValue = 0; Sub = None }
{ Id = "two"; Value = "another"; NumValue = 10; Sub = Some { Foo = "green"; Bar = "blue" } }
{ Id = "three"; Value = ""; NumValue = 4; Sub = None }
{ Id = "four"; Value = "purple"; NumValue = 17; Sub = Some { Foo = "green"; Bar = "red" } }
{ Id = "five"; Value = "purple"; NumValue = 18; Sub = None } ]
{ Id = "five"; Value = "purple"; NumValue = 18; Sub = None }
]

3
src/package.sh
View File

@ -1,16 +1,13 @@
#!/bin/bash
echo --- Package Common library
rm Common/bin/Release/BitBadger.Documents.Common.*.nupkg || true
dotnet pack Common/BitBadger.Documents.Common.fsproj -c Release
cp Common/bin/Release/BitBadger.Documents.Common.*.nupkg .
echo --- Package PostgreSQL library
rm Postgres/bin/Release/BitBadger.Documents.Postgres*.nupkg || true
dotnet pack Postgres/BitBadger.Documents.Postgres.fsproj -c Release
cp Postgres/bin/Release/BitBadger.Documents.Postgres.*.nupkg .
echo --- Package SQLite library
rm Sqlite/bin/Release/BitBadger.Documents.Sqlite*.nupkg || true
dotnet pack Sqlite/BitBadger.Documents.Sqlite.fsproj -c Release
cp Sqlite/bin/Release/BitBadger.Documents.Sqlite.*.nupkg .