public interface IScalarExpressionStateObjectBuilder<T extends IScalarExpressionStateObjectBuilder<T>>
| Modifier and Type | Method and Description |
|---|---|
T |
abs(T builder)
Creates the expression
ABS(x). |
T |
add(T builder)
Creates the expression
x + y. |
T |
avg(java.lang.String path)
Creates the expression
AVG(path). |
T |
avgDistinct(java.lang.String path)
Creates the expression
AVG(DISTINCT path). |
T |
case_(ICaseExpressionStateObjectBuilder builder)
Creates a new
CASE expression. |
T |
coalesce(T builder1,
T builder2,
T... builders)
Create the expression
COALESCE(scalar_expression {, scalar_expression}+). |
T |
concat(T builder1,
T builder2,
T... builders)
Creates the expression
CONCAT(string_primary, string_primary {, string_primary}*). |
T |
count(java.lang.String path)
Creates the expression
COUNT(identification_variable |
state_field_path_expression |
single_valued_object_path_expression). |
T |
countDistinct(java.lang.String path)
Creates the expression
COUNT(DISTINCT identification_variable |
state_field_path_expression |
single_valued_object_path_expression). |
T |
currentDate()
Creates the expression representing
CURRENT_DATE. |
T |
currentTime()
Creates the expression representing
CURRENT_TIME. |
T |
currentTimestamp()
Creates the expression representing
CURRENT_TIMESTAMP. |
T |
date(java.lang.String jdbcDate)
Creates a new date using the JDBC syntax of a date.
|
T |
divide(T builder)
Creates the expression
x ÷ y. |
T |
entityType(java.lang.String entityTypeName)
Creates a new entity type literal.
|
T |
enumLiteral(java.lang.Enum<? extends java.lang.Enum<?>> enumConstant)
Creates a new enum literal.
|
T |
function(java.lang.String identifier,
java.lang.String functionName,
java.lang.String... arguments)
Creates the expression
<identifier>('functionName' {, expression}*). |
T |
function(java.lang.String identifier,
java.lang.String functionName,
T... arguments)
Creates the expression
<identifier>('functionName' {, expression}*). |
ICaseExpressionStateObjectBuilder |
getCaseBuilder()
Returns the builder that can create a
CASE expression, which requires a
IConditionalExpressionStateObjectBuilder to build the WHEN clauses. |
T |
index(java.lang.String variable)
Creates the expression
INDEX(identification_variable). |
T |
length(T builder)
Creates the expression
LENGTH(expression). |
T |
locate(T parameter1,
T parameter2)
Creates the expression
LOCATE(string_primary, string_primary). |
T |
locate(T parameter1,
T parameter2,
T parameter3)
Creates the expression
LOCATE(string_primary, string_primary [, simple_arithmetic_expression]). |
T |
max(java.lang.String path)
Creates the expression
MAX(path). |
T |
maxDistinct(java.lang.String path)
Creates the expression
MAX(DISTINCT path). |
T |
min(java.lang.String path)
Creates the expression
AVG(path). |
T |
minDistinct(java.lang.String path)
Creates the expression
AVG(DISTINCT path). |
T |
minus(T builder)
Creates the expression
- x. |
T |
mod(T parameter1,
T parameter2)
Creates the expression
MOD(simple_arithmetic_expression, simple_arithmetic_expression). |
T |
multiply(T builder)
Creates the expression
x × y. |
T |
nullIf(T builder1,
T builder2)
Create the expression
NULLIF(scalar_expression, scalar_expression). |
T |
numeric(java.lang.Number number)
Creates the numeric literal.
|
T |
numeric(java.lang.String number)
Creates the numeric literal.
|
T |
parameter(java.lang.String parameter)
Creates the input parameter.
|
T |
path(java.lang.String path)
Creates a new state field path expression.
|
T |
plus(T builder)
Creates the expression
+ x. |
T |
size(java.lang.String path)
Creates the expression
SIZE(collection_valued_path_expression). |
T |
sqrt(T builder)
Creates the expression
SQRT(x). |
T |
string(java.lang.String literal)
Creates a new string literal.
|
T |
sub(T builder)
Creates an encapsulated expression:
(expression). |
T |
subtract(T builder)
Creates the expression
x - y. |
T |
sum(java.lang.String path)
Creates the expression
SUM(path). |
T |
sumDistinct(java.lang.String path)
Creates the expression
SUM(path). |
T |
type(java.lang.String path)
Creates the expression
TYPE(identification_variable | single_valued_object_path_expression | input_parameter). |
T abs(T builder)
ABS(x).builder - The parameter of the ABS expressionT add(T builder)
x + y.builder - The right side of the addition expressionT avg(java.lang.String path)
AVG(path).path - The state field path expressionT avgDistinct(java.lang.String path)
AVG(DISTINCT path).path - The state field path expressionT case_(ICaseExpressionStateObjectBuilder builder)
CASE expression.builder - The builder of a CASE
expressionT coalesce(T builder1, T builder2, T... builders)
COALESCE(scalar_expression {, scalar_expression}+).builder1 - The first scalar expressionbuilder2 - The second scalar expressionbuilders - The subsequent scalar expressionsT concat(T builder1, T builder2, T... builders)
CONCAT(string_primary, string_primary {, string_primary}*).builder1 - The first argument of the expressionbuilder2 - The second argument of the expressionbuilders - The subsequence arguments of the expression, which are optionalT count(java.lang.String path)
COUNT(identification_variable |
state_field_path_expression |
single_valued_object_path_expression).path - The state field path expressionT countDistinct(java.lang.String path)
COUNT(DISTINCT identification_variable |
state_field_path_expression |
single_valued_object_path_expression).path - The state field path expressionT currentDate()
CURRENT_DATE.T currentTime()
CURRENT_TIME.T currentTimestamp()
CURRENT_TIMESTAMP.T date(java.lang.String jdbcDate)
T divide(T builder)
x ÷ y.builder - The right side of the addition expressionT entityType(java.lang.String entityTypeName)
entityTypeName - The short name of the entityT enumLiteral(java.lang.Enum<? extends java.lang.Enum<?>> enumConstant)
enumConstant - The enum constantT function(java.lang.String identifier, java.lang.String functionName, java.lang.String... arguments)
<identifier>('functionName' {, expression}*).identifier - The JPQL identifier that is used to identify the SQL expressionfunctionName - The name of the native SQL functionarguments - The arguments of the expressionT function(java.lang.String identifier, java.lang.String functionName, T... arguments)
<identifier>('functionName' {, expression}*).identifier - The JPQL identifier that is used to identify the SQL expressionfunctionName - The name of the native SQL functionarguments - The arguments of the expressionICaseExpressionStateObjectBuilder getCaseBuilder()
CASE expression, which requires a
IConditionalExpressionStateObjectBuilder to build the WHEN clauses.CASE expressionT index(java.lang.String variable)
INDEX(identification_variable).variable - The identification variableT length(T builder)
LENGTH(expression).builder - The encapsulated expressionT locate(T parameter1, T parameter2)
LOCATE(string_primary, string_primary).parameter1 - The first string primaryparameter2 - The second string primaryT locate(T parameter1, T parameter2, T parameter3)
LOCATE(string_primary, string_primary [, simple_arithmetic_expression]).parameter1 - The first string primaryparameter2 - The second string primaryparameter3 - The position of the search within the stringT max(java.lang.String path)
MAX(path).path - The state field path expressionT maxDistinct(java.lang.String path)
MAX(DISTINCT path).path - The state field path expressionT min(java.lang.String path)
AVG(path).path - The state field path expressionT minDistinct(java.lang.String path)
AVG(DISTINCT path).path - The state field path expressionT minus(T builder)
- x.builder - The expression that will have the plus sign prependedT mod(T parameter1, T parameter2)
MOD(simple_arithmetic_expression, simple_arithmetic_expression).parameter1 - The first parameterparameter2 - The second parameterT multiply(T builder)
x × y.builder - The right side of the addition expressionT nullIf(T builder1, T builder2)
NULLIF(scalar_expression, scalar_expression).builder1 - The first scalar expressionbuilder2 - The second scalar expressionT numeric(java.lang.Number number)
number - The numeric literalT numeric(java.lang.String number)
number - The numeric literalT parameter(java.lang.String parameter)
parameter - The named or positional input parameterT path(java.lang.String path)
path - The state field path path expressionT plus(T builder)
+ x.builder - The expression that will have the plus sign prependedT size(java.lang.String path)
SIZE(collection_valued_path_expression).path - The collection-valued path expressionT sqrt(T builder)
SQRT(x).builder - The parameter of the ABS expressionT string(java.lang.String literal)
literal - The string literalT sub(T builder)
(expression).builder - The expression that will be encapsulatedT subtract(T builder)
x - y.builder - The right side of the addition expressionT sum(java.lang.String path)
SUM(path).path - The state field path expressionT sumDistinct(java.lang.String path)
SUM(path).path - The state field path expressionT type(java.lang.String path)
TYPE(identification_variable | single_valued_object_path_expression | input_parameter).path - The identification variable or the input parameter