/
i18n.properties
1619 lines (1438 loc) · 98.7 KB
/
i18n.properties
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#
# Copyright Red Hat, Inc. and/or its affiliates
# and other contributors as indicated by the @author tags and
# the COPYRIGHT.txt file distributed with this work.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
# Error messages for query (015) project to address internationalization
# Format:
#
# function (001)
TEIID30382=Cannot find implementation for known function {0}
TEIID30384=Error while evaluating function {0}
TEIID30385=Unable to access function implementation for [{0}]
ERR.015.001.0005=ERROR loading system functions: {0}
TEIID30402=Pad length must be > 0.
TEIID30403=Pad string for lpad/rpad must have length greater than 0.
TEIID30404=Source and destination character lists must be the same length.
TEIID30405=Error converting [{0}] of type {1} to type {2}
TEIID30411=Illegal argument for formatting: {0}
TEIID30412=Could not parse number using format: {0} {1}
ERR.015.001.0044=Function metadata source is of invalid type: {0}
TEIID30011=The function "{0}" will not be added because a function with the same name and signature already exists.
TEIID30389=Unexpected exception while loading "{1}.{2}" for UDF "{0}"
TEIID30387=Could not load UDF "{0}", since its invocation class "{1}" could not be found.
TEIID30388=UDF "{0}" could not be loaded, since no method on class "{1}" with name "{2}" has a matching type signature.
TEIID30424=Unable to represent average value from {0} / {1}
TEIID30425=Unable to compute aggregate function {0} on data of type {1}
TEIID30429={0} must be non-null.
TEIID30427=Method parameter must be non-null.
TEIID30430={0} exceeds maximum length of {1}
TEIID30432={0} has invalid first character: {1}
TEIID30434={0} cannot end with a ''.''
TEIID30399=<start> value of {0} is invalid, which should never be less than zero or bigger than the length of original string {1}
TEIID30400=<length> value of {0} is invalid, which should never less be than zero.
TEIID30401=Input String is an empty string but start value or/and length value is bigger than zero.
ERR.015.001.0066=Unknown type signature for evaluating function of: {0} ({1})
ERR.015.001.0069=Unknown type signature for evaluating function of: {0} ({1})
# parser (005)
TEIID31100=Parsing error: {0}
QueryParser.nullSqlCrit=Parser cannot parse a null sql criteria.
QueryParser.lexicalError=Lexical error. Character is not a valid token: {0}
QueryParser.nullSqlExpr=Parser cannot parse a null sql expression.
TEIID30378=Direct usage of XQuery is no longer supported, use XMLQUERY instead.
# processor (006)
TEIID30311=Unknown criteria type: {0}
TEIID30312=Unable to evaluate {0} expression of {1}
TEIID30448=Failed to create regular expression from match pattern: {0}. {1}
TEIID30323=Unable to evaluate expression of {0}
TEIID30329=Unknown expression type: {0}
TEIID30342=Unable to evaluate LOOKUP function.
TEIID30326=Unknown subquery comparison predicate quantifier: {0}
TEIID30345=The command of this scalar subquery returned more than one value: {0}
# resolver (008)
TEIID30061={1} is not allowed on the view {0}. A procedure may be needed to handle the {1} since: {2}
TEIID30127=INSERT statement must have the same number of elements and values specified. This statement has {0} elements and {1} values.
TEIID30065=Error parsing query plan transformation for {0}
TEIID30136=Unable to resolve element: {0}
TEIID30137=Element is ambiguous and must be qualified: {0}
ERR.015.008.0022=Failed parsing reference binding: {0}
ERR.015.008.0025=Binding reference cannot be a function: {0}
TEIID30083=Expression ''{0}'' has a parameter with non-determinable type information. The use of an explicit convert may be necessary.
TEIID30074=This criteria must have string or CLOB expressions on each side: {0}
TEIID30093=There must be exactly one projected symbol of the subquery: {0}
TEIID30094=The left expression must have a type convertible to the type of the subquery projected symbol: {0}
TEIID30067=Type was null for {0} in function {1}
TEIID30068=The function ''{0}'' is an unknown form. Check that the function name and number of arguments is correct.
TEIID30069=The function ''{0}'' has more than one possible signature.
TEIID31150=The function ''{0}'' is ambiguous. Use schema qualification.
TEIID30071=The conversion from {0} to {1} is not allowed.
TEIID30070=The function ''{0}'' is a valid function form, but the arguments do not match a known type signature and cannot be converted using implicit type conversions.
TEIID30082=Expected value of type ''{0}'' but ''{1}'' is of type ''{2}'' and no implicit conversion is available.
TEIID30084=Element ''{0}'' in ORDER BY is ambiguous and may refer to more than one element of SELECT clause.
TEIID30087=Element ''{0}'' in ORDER BY was not found in the FROM clause.
TEIID30060=Failed parsing {1} plan for {0}
ERR.015.008.0046=The symbol {0} may only be used once in the FROM clause.
ERR.015.008.0047=The symbol {0} refers to a group not defined in the FROM clause.
ERR.015.008.0049=Bindings must be specified
TEIID31119=Symbol {0} is specified with an unknown group context
TEIID31117=Element "{0}" is ambiguous and should be qualified, at a single scope it exists in {1}
TEIID31118=Element "{0}" is not defined by any relevant group.
ERR.015.008.0055=Group specified is ambiguous, resubmit the query by fully qualifying the group name
TEIID30358=Procedure ''{0}'' is ambiguous, use the fully qualified name instead
ERR.015.008.0056=Group does not exist
TEIID30143=Unable to resolve stored procedure {0} the datatype for the parameter {1} is not specified.
TEIID30099=Unable to resolve key element referred to by LOOKUP function: {0}
TEIID30095=The first three arguments for the LOOKUP function must be specified as constants.
TEIID30096=Group {0} is not allowed in LOOKUP function.
TEIID30079=Could not find a common type to which all {0} expressions can be implicitly converted: {1}
TEIID30129=Aliased subquery contexts are not allowed: {0}
TEIID30075=Type cannot be null for expression: {0}
TEIID30077=This criteria must have values only of the same type as the left expression: {0}
# sql (010)
ERR.015.010.0001=Invalid compare operator: {0}
ERR.015.010.0002= Invalid logical operator: {0}
ERR.015.010.0003=Cannot set null collection of elements on GroupBy
ERR.015.010.0006=Invalid parameter type [{0}] must be IN, OUT, INOUT, RETURN_VALUE, RESULT_SET
ERR.015.010.0009=No columns exist.
ERR.015.010.0010=Invalid column index: {0}
ERR.015.010.0011=Parameter cannot be null
ERR.015.010.0014=Constant type should never be null
ERR.015.010.0015=Unknown constant type: {0}
ERR.015.010.0016=A group symbol may not resolve to a null metadata ID.
ERR.015.010.0017=The name of a symbol may not be null.
ERR.015.010.0018=Inconsistent number of elements in transformation projected symbols and virtual group.
ERR.015.010.0021=Elements cannot be null
ERR.015.010.0022=Functions cannot be null
ERR.015.010.0023=Groups cannot be null
ERR.015.010.0029=Cannot create AliasSymbol wrapping AliasSymbol
ERR.015.010.0031=Illegal variable name ''{1}''. Variable names can only be prefixed with the special group name ''{0}''.
ERR.015.010.0032=Variable {0} was previously declared.
ERR.015.010.0035=The <expression> cannot be null in CASE <expression>
ERR.015.010.0036=There must be at least one WHEN expression and one THEN expression. The number of WHEN and THEN expressions must be equal.
ERR.015.010.0037=The WHEN part of the CASE expression must contain an expression.
ERR.015.010.0038=The THEN part of the CASE expression must contain an expression
ERR.015.010.0039=The WHEN part of the searched CASE expression must contain a criteria.
# util (011)
# validator (012)
ERR.015.012.0001 = The updatable view query must be simple (containing a FROM clause and not using SELECT INTO) or a UNION ALL of simple queries.
ERR.015.012.0002 = The updatable view query has a WITH clause, pass-through processing will not be used for UPDATE/DELETE operations.
ERR.015.012.0003 = The updatable view query projects a column from a non-updatable group {0}.
ERR.015.012.0004 = The updatable view query has a non key preserving group {0}, which cannot be targeted by INSERT/UPDATE/DELETE operations.
ERR.015.012.0005 = The updatable view has no valid target for UPDATEs.
ERR.015.012.0006 = The updatable view query must not use aggregates or grouping.
ERR.015.012.0007 = The updatable view query has a non-updatable expression {0} for view column {1}.
ERR.015.012.0008 = The updatable view query cannot use SELECT DISTINCT.
ERR.015.012.0009 = The updatable view query has a FROM clause that is not a single table, pass-through processing will not be used for UPDATE/DELETE operations.
ERR.015.012.0010 = The updatable view query does not project the column {0}, which is required to make {1} a target of INSERT operations.
ERR.015.012.0013 = The query defining an updatable virtual group cannot use LIMIT.
ERR.015.012.0014 = The non-simple query defining an updatable view does not have a valid key preserving delete target.
ERR.015.012.0015 = The query defining an updatable view has no valid target for INSERTs.
ERR.015.012.0016 = Variable {0} not assigned any value in this procedure.
ERR.015.012.0017 = Variables declared the procedure''s DeclareStatement cannot be one of the special variables: {0}, {1} and {2}.
ERR.015.012.0018 = Inherent INSERT is not possible on a view defined by a non-partitioned UNION.
ERR.015.012.0024 = The following data elements are not supported in the SELECT clause: {0}.
ERR.015.012.0025 = Command must project at least one symbol
ERR.015.012.0026 = Non-comparable expression of type {1} cannot be used in SELECT DISTINCT, ORDER BY, GROUP BY, KEYS, or non-all set queries: [{0}]
ERR.015.012.0027 = Non-comparable expression of type {1} cannot be used in comparison: {0}.
ValidationVisitor.env_not_allowed=ENV,ENV_VAR, or SYS_PROP function cannot be called.
ValidationVisitor.value_requires_order_by=LEAD/LAG/FIRST_VALUE/LAST_VALUE/NTILE/NTH_VALUE require an order by in the window OVER clause.
ValidationVisitor.analytic_restriction=Analytic function cannot use a filter condition or be distinct.
TEIID31279=NTILE argument must be greater than zero.
ValidationVisitor.value_one_argument=FIRST_VALUE/LAST_VALUE require a single argument.
ValidationVisitor.value_three_arguments=LEAD/LAG must have between 1 and 3 arguments.
ValidationVisitor.expression_requires_name = Non-column expressions require a name in XMLATTRIBUTES, XMLFOREST, QUERYSTRING, or TEXTAGG with HEADER
ValidationVisitor.invalid_lookup_key=Non-comparable expression of type {1} cannot be used as LOOKUP key columns: {0}.
ValidationVisitor.union_insert = Select into is not allowed under a set operation: {0}.
ValidationVisitor.multisource_insert = A multi-source table, {0}, cannot be used in an INSERT with query expression, a SELECT INTO statement, or in an insert with values that do not include the multi-source column.
ValidationVisitor.invalid_encoding = Invalid encoding: {0}.
ValidationVisitor.invalid_alter=Cannot alter an object {0} from an imported model.
TEIID30376=The specified change set {0} against an inherently updatable view contains symbols that are not inherently updatable or does not map to a key preserving group.
TEIID30239=Inserts with query expressions cannot be performed against a partitioned UNION view {0}.
TEIID30241=Could not determine INSERT target for a partitioned UNION view {0} with values {1}.
ValidationVisitor.duplicate_block_label = Duplicate label {0}.
ValidationVisitor.no_loop = CONTINUE/BREAK can only be used in a LOOP/WHILE statement.
ValidationVisitor.invalid_label = CONTINUE/BREAK labels can only target LOOP/WHILE statements. {0} targets a block.
ValidationVisitor.unknown_block_label = No label found in containing scope with name {0}.
ValidationVisitor.encoding_for_binary=The XMLSERIALIZE ENCODING option is only for binary serialization types.
ERR.015.012.0033 = Metadata does not allow updates on the group: {0}
TEIID30147=Queries combined with the set operator {0} must have the same number of output elements.
ERR.015.012.0037 = {0} cannot be used outside of aggregate functions since they are not present in a GROUP BY clause.
ERR.015.012.0039 = Nested aggregate expressions are not allowed: {0}
ERR.015.012.0041 = The aggregate function {0} cannot be used with non-numeric expressions: {1}
ValidationVisitor.aggregate_type = The aggregate function {0} has argument types that are not compatible with the function.
ERR.015.012.0042 = A windowed aggregate function {0} cannot use its own order by clause or be distinct with an OVER ORDER BY: {1}
AggregateValidationVisitor.non_comparable = The aggregate function {0} cannot be used with non-comparable expressions: {1}
AggregateValidationVisitor.non_xml = The XMLAGG aggregate function {0} requires an expression of type XML: {1}
AggregateValidationVisitor.non_boolean=The boolean aggregate functions ANY, SOME, EVERY require a boolean expression.
AggregateValidationVisitor.invalid_distinct=The enhanced numeric aggregate functions STDDEV_POP, STDDEV_SAMP, VAR_POP, VAR_SAMP cannot have DISTINCT specified.
ValidationVisitor.distinct_orderby_agg=With DISTINCT an aggregate order by is required to reference the aggregate arguments: {0}
ERR.015.012.0052 = The element [{0}] is in an INSERT but does not support updates.
ERR.015.012.0053 = Element {1} of {0} is neither nullable nor has a default value. A value must be specified in the insert.
TEIID30126=Column variables do not reference columns on group "{0}": {1}
ERR.015.012.0055 = Element {0} does not allow nulls.
ERR.015.012.0059 = Left side of update expression must be an element that supports update: {0}
ERR.015.012.0060 = Element {0} does not allow nulls.
ERR.015.012.0062 = Elements cannot appear more than once in a SET or USING clause. The following elements are duplicated: {0}
ERR.015.012.0063 = Multiple failures occurred during validation:
ERR.015.012.0064 = Validation succeeded
TEIID30124=Loop cursor or exception group name {0} already exists.
# optimizer (004)
TEIID30250=Can''t convert plan node of type {0}
TEIID30251=Error finding connectorBindingID for command
ERR.015.004.0010= Unknown group specified in OPTION MAKEDEP/MAKENOTDEP: {0}
TEIID30278=Group has an access pattern which has not been met: group(s) {0}; access pattern(s) {1}
TEIID30267=Error getting model for {0}
TEIID30263=Error rewriting: {0}
TEIID30268=Unable to create a query plan that sends a criteria to \"{0}\". This connection factory requires criteria set to true indicating that a query against this model requires criteria.
# processor (006)
ERR.015.006.0034= Unexpected symbol type while updating tuple: {0}
TEIID30166=Tuple source does not exist: {0}
TEIID30212=Instructed to abort processing when recursion limit reached.
ERR.015.006.0048= Fatal Error: {0}
ERR.015.006.0049= Error: {0}
ERR.015.006.0051= Invalid direction for MoveDocInstruction: {0}
ERR.015.006.0054= Instructed to abort processing as default of choice.
# rewriter (009)
TEIID30372=Error evaluating criteria: {0}
ERR.015.009.0002= Error translating criteria on the user''s command, the criteria translated to {0} is not valid
TEIID30373=Error simplifying mathematical expression: {0}
SQLParser.ddl_id_unqualified=Expected an unqualified id, but was {0}.
SQLParser.empty_grant_revoke=The grant/revoke is invalid as nothing is specified.
SQLParser.Aggregate_only_top_level=Aggregate functions are only allowed HAVING/SELECT/ORDER BY clauses. Window functions are only allowed in the SELECT/ORDER BY clauses: {0}. Both require a FROM clause to be present.
SQLParser.window_only_top_level=Window functions are not allowed in the HAVING clause: {0}
SQLParser.Unknown_agg_func=Unknown aggregate function: {0}
SQLParser.Invalid_func=Invalid function name: [{0}]
SQLParser.zero_length={0} type length may not be 0.
SQLParser.char_length=Char type length must be 1.
SQLParser.Integer_parse=Unable to parse integer literal: {0}
SQLParser.Float_parse=Unable to parse floating point literal: {0}
SQLParser.decimal_parse=Unable to parse decimal literal: {0}
SQLParser.Invalid_id=Invalid metadata ID format: [{0}]
SQLParser.Invalid_alias=Invalid alias format: [{0}]
SQLParser.Invalid_short_name=Invalid simple identifier format: [{0}]
SQLParser.invalid_window=Cannot window a non-aggregate expression {0}.
SQLParser.function_def=Foreign procedures and functions {0} cannot define a body.
SQLParser.pk_exists=Primary Key is already defined on {0}
SQLParser.no_column=Column name {0} not found on table {1}
SQLParser.function_return=Function {0} is not valid. Functions can not support result set return parameters, and must have a scalar return parameter.
SQLParser.function_default=Function {0} is not valid. Functions can not support parameters with a default value.
SQLParser.function_in=Functions {0} is not valid. Functions can only support 'In/RESULT' parameters.
SQLParser.alter_table_doesnot_exist=The table {0} does not exist in the schema provided.
SQLParser.alter_procedure_doesnot_exist=The procedure {0} does not exist in the schema provided.
SQLParser.alter_procedure_param_doesnot_exist=The parameter {0} does not exist on procedure {1} in the schema provided.
SQLParser.alter_function_param_doesnot_exist=The parameter {0} does not exist on function {1} in the schema provided.
SQLParser.alter_table_param=Parameter {0} in not a valid alter target on table {1}.
SQLParser.non_position_constant=Order by expression constant {0} is not allowed.
SQLParser.group_doesnot_exist=No group exists with the name {0}.
SQLParser.view_not_allowed=After triggers my only target foreign tables, {0} is a view.
SQLParser.not_view={0} is not a view.
SQLParser.zero_precision=Precision cannot be zero.
SQLParser.invalid_scale=Scale {0} cannot be larger than precision {1}.
SQLParser.no_table_column_found=No column with name {0} found in Table {1}
SQLParser.no_proc_column_found=No procedure parameter found with name {0} in procedure {1}
SystemSource.array_length_desc=Get the length of the given array value
SystemSource.array_param1=Array
SystemSource.array_length_result=The array length
SystemSource.array_get_desc=Get the object value at the given array index
SystemSource.array_get_param2=Array index
SystemSource.array_get_result=The object value
SystemSource.Add_desc=Converts escape sequences in the given string to their actual characters.
SystemSource.unescape_param1=String to be unescaped
SystemSource.unescape_result=Unescaped string
SystemSource.Add_desc=Add two numbers
SystemSource.Add_result_desc=Left operand + right operand
SystemSource.Subtract_desc=Subtract two numbers
SystemSource.Subtract_result_desc=Left operand - right operand
SystemSource.Multiply_desc=Multiply two numbers
SystemSource.Multiply_result_desc=Left operand * right operand
SystemSource.Divide_desc=Divide two numbers
SystemSource.Divide_result_desc=Left operand / right operand
SystemSource.Ceiling_desc=Ceiling of number
SystemSource.Exp_desc=e^number
SystemSource.Floor_desc=Floor of number
SystemSource.Log_desc=Log (base e) of number
SystemSource.Log10_desc=Log (base 10) of number
SystemSource.Acos_desc=Arccosine of number
SystemSource.Asin_desc=Arcsine of number
SystemSource.Atan_desc=Arctan of number
SystemSource.Atan2_desc=Arctan of number1 / number2
SystemSource.Cos_desc=Cosine of number
SystemSource.Cot_desc=Cotangent of number
SystemSource.Degrees_desc=Convert from radians to degrees
SystemSource.Pi_desc=Constant value for pi
SystemSource.Radians_desc=Convert from degrees to radians
SystemSource.Sin_desc=Sine of number
SystemSource.Tan_desc=Tangent of number
SystemSource.Bitand_desc=Bitwise AND of two integers
SystemSource.Bitand_result_desc=integer1 AND integer2
SystemSource.Bitor_desc=Bitwise inclusive OR of two integers
SystemSource.Bitor_result_desc=integer1 OR integer2
SystemSource.Bitxor_desc=Bitwise exclusive OR (XOR) of two integers
SystemSource.Bitxor_result_desc=integer1 XOR integer2
SystemSource.Bitnot_desc=Bitwise inversion (NOT) of a 32-bit integer. Equivalent to XOR(integer, 0xFFFFFFFF)
SystemSource.Bitnot_result_desc=32-bit inverted integer
SystemSource.Curdate_desc=Current date
SystemSource.Curtime_desc=Current time
SystemSource.current_time_description=Current time
SystemSource.current_time_param1=Fractional Second Precision
SystemSource.current_time_result=Current time
SystemSource.current_timestamp_description=Current timestamp
SystemSource.current_timestamp_param1=Fractional Second Precision
SystemSource.current_timestamp_result=Current timestamp
SystemSource.Now_desc=Current timestamp
SystemSource.Dayname_result_d_desc=Day name for date
SystemSource.Dayname_result_ts_desc=Day name for timestamp
SystemSource.Dayofmonth_result_d_desc=Day of month for date (1 = 1st)
SystemSource.Dayofmonth_result_ts_desc=Day of month for timestamp (1 = 1st)
SystemSource.Dayofweek_result_d_desc=Day of week for date (1 = Sunday)
SystemSource.Dayofweek_result_ts_desc=Day of week for timestamp (1 = Sunday)
SystemSource.Dayofyear_result_d_desc=Day of year for date (1 = Jan 1st)
SystemSource.Dayofyear_result_ts_desc=Day of year for timestamp (1 = Jan 1st)
SystemSource.Month_result_d_desc=Month for date (1 = January)
SystemSource.Month_result_ts_desc=Month for timestamp (1 = January)
SystemSource.Monthname_result_d_desc=Month name for date
SystemSource.Monthname_result_ts_desc=Month name for timestamp
SystemSource.Week_result_d_desc=Week of year for date
SystemSource.Week_result_ts_desc=Week of year for timestamp
SystemSource.Year_result_d_desc=Year for date
SystemSource.Year_result_ts_desc=Year for timestamp
SystemSource.Hour_result_t_desc=Hour for time
SystemSource.Hour_result_ts_desc=Hour for timestamp
SystemSource.Minute_result_t_desc=Minute for time
SystemSource.Minute_result_ts_desc=Minute for timestamp
SystemSource.Second_result_t_desc=Second for time
SystemSource.Second_result_ts_desc=Second for timestamp
SystemSource.Quarter_result_d_desc=Quarter for date (1=Jan/Feb/Mar)
SystemSource.Quarter_result_ts_desc=Quarter for timestamp (1=Jan/Feb/Mar)
SystemSource.Length_result=Length of string
SystemSource.Ucase_result=Upper case of string
SystemSource.Lcase_result=Lower case of string
SystemSource.Lower_result=Lower case of string
SystemSource.Upper_result=Upper case of string
SystemSource.UcaseClob_result=Upper case of clob
SystemSource.LcaseClob_result=Lower case of clob
SystemSource.LowerClob_result=Lower case of clob
SystemSource.UpperClob_result=Upper case of clob
SystemSource.Left_result=Left trimmed string
SystemSource.Right_result=Right trimmed string
SystemSource.Formattime_desc=Convert to string
SystemSource.Formattime_result_desc=Converted time
SystemSource.Formatdate_desc=Convert to string
SystemSource.Formatdate_result_desc=Converted date
SystemSource.Formattimestamp_desc=Convert to string
SystemSource.Formattimestamp_result_desc=Converted timestamp
SystemSource.Parsetime_desc=Convert string to time
SystemSource.Parsetime_result_desc=Time converted
SystemSource.Parsedate_desc=Convert string to date
SystemSource.Parsedate_result_desc=Date converted
SystemSource.Parsetimestamp_desc=Convert string to timestamp
SystemSource.Parsetimestamp_result_desc=Timestamp converted
SystemSource.Formatinteger_desc=Convert to Integer
SystemSource.Formatinteger_result_desc=Integer formatted
SystemSource.Formatlong_desc=Convert to Long
SystemSource.Formatlong_result_desc=Long formatted
SystemSource.Formatdouble_desc=Convert to Double
SystemSource.Formatdouble_result_desc=Double formatted
SystemSource.Formatfloat_desc=Convert to Float
SystemSource.Formatfloat_result_desc=Float formatted
SystemSource.Formatbiginteger_desc=Convert to Big integer
SystemSource.Formatbiginteger_result_desc=Big integer formatted
SystemSource.Formatbigdecimal_desc=Convert to Big decimal
SystemSource.Formatbigdecimal_result_desc=Big decimal formatted
SystemSource.Parseinteger_desc=Parse to Integer
SystemSource.Parseinteger_result_desc=Integer parsed
SystemSource.Parselong_desc=Parse to Long
SystemSource.Parselong_result_desc=Long parsed
SystemSource.Parsedouble_desc=Parse to Double
SystemSource.Parsedouble_result_desc=Double parsed
SystemSource.Parsefloat_desc=Parse to Float
SystemSource.Parsefloat_result_desc=Float parsed
SystemSource.Parsebiginteger_desc=Parse to Biginteger
SystemSource.Parsebiginteger_result_desc=Biginteger parsed
SystemSource.Parsebigdecimal_desc=parse to Bigdecimal
SystemSource.Parsebigdecimal_result_desc=Bigdecimal parsed
SystemSource.Arith_left_op=Left operand
SystemSource.Arith_right_op=Right operand
SystemSource.Abs_desc=Absolute value of number
SystemSource.Abs_arg=Number
SystemSource.Abs_result_desc=Absolute value of number
SystemSource.Rand_desc=Random Number
SystemSource.Rand_arg=Number
SystemSource.Rand_result_desc=Generated Random Number
SystemSource.uuid_desc=UUID
SystemSource.uuid_result_desc=type 4 UUID
SystemSource.trim_desc=Trim characters from the front and/or back of a string
SystemSource.trim_arg1=Trim specification, can be one of TRAILING, LEADING, or BOTH
SystemSource.trim_arg2=Trim character - must be a single character
SystemSource.trim_arg3=String to trim
SystemSource.trim_result=Trimmed string
SystemSource.Double_arg2=Number
SystemSource.Atan_arg1=Number parameter1
SystemSource.Atan_arg2=Number parameter2
SystemSource.Mod_desc=Modulus of two numbers
SystemSource.Mod_result_desc=Left operand mod right operand
SystemSource.Power_desc=Raise base to power
SystemSource.Power_arg1=Base
SystemSource.Power_arg2=Power
SystemSource.Power_result_desc=Base ^ Power
SystemSource.Round_desc=Round number to specified places
SystemSource.Round_arg1=Numbers
SystemSource.Round_arg2=Places
SystemSource.Round_result_desc=Number rounded to specified places
SystemSource.Sign_desc=Sign of number: 1 if number>0, 0 if number==0, -1 if number<0
SystemSource.Sign_arg1=Number
SystemSource.Sign_result_desc=Sign of number
SystemSource.Sqrt_desc=Square root of number
SystemSource.Sqrt_arg1=Number
SystemSource.Sqrt_result_desc=Square root of number
SystemSource.Timestampadd_d_desc=Add count number of interval type to date
SystemSource.Timestampadd_d_arg1=Interval type
SystemSource.Timestampadd_d_arg2=Count number
SystemSource.Timestampadd_d_arg3=Date type
SystemSource.Timestampadd_d_result_desc=Returned modified date
SystemSource.Timestampadd_t_desc=Add count number of interval type to time
SystemSource.Timestampadd_t_arg1=Interval type
SystemSource.Timestampadd_t_arg2=Count number
SystemSource.Timestampadd_t_arg3=Time type
SystemSource.Timestampadd_t_result_desc=Returned modified time
SystemSource.Timestampadd_ts_desc=Add count number of interval type to timestamp
SystemSource.Timestampadd_ts_arg1=Interval type
SystemSource.Timestampadd_ts_arg2=Count number
SystemSource.Timestampadd_ts_arg3=Timestamp type
SystemSource.Timestampadd_ts_result=Returned modified timestamp
SystemSource.Timestampdiff_ts_desc=Calculate estimated number of intervals between start and end timestamp
SystemSource.Timestampdiff_ts_arg1=Interval type
SystemSource.Timestampdiff_ts_arg2=Start timestamp
SystemSource.Timestampdiff_ts_arg3=End timestamp
SystemSource.Timestampdiff_ts_result_desc=Returns estimated number of intervals between start and end timestamp
SystemSource.TimestampCreate_desc=Create timestamp from a date and a time
SystemSource.TimestampCreate_arg1=Date
SystemSource.TimestampCreate_arg2=Time
SystemSource.TimestampCreate_result_desc=Timestamp built from date and time
SystemSource.Stringfunc_arg1=String
SystemSource.Clobfunc_arg1=Clob
SystemSource.Concat_desc=Concatenate left and right strings
SystemSource.Concat_arg1=Left string
SystemSource.Concat_arg2=Right string
SystemSource.Concat_result_desc=Concatenated strings
SystemSource.Concatop_desc=Concatenate left and right strings
SystemSource.Concatop_arg1=Left string
SystemSource.Concatop_arg2=Right string
SystemSource.Concatop_result_desc=Concatenated strings
SystemSource.Substring_desc=Substring of string, starting at index, of length
SystemSource.Substring_arg1=String
SystemSource.Substring_arg2=Starting index
SystemSource.Substring_arg3=Length of substring
SystemSource.Substring_result=Substring
SystemSource.Susbstring2_desc=Substring of string, starting at index, to end of string
SystemSource.Substring2_arg1=String
SystemSource.Substring2_arg2=Starting index
SystemSource.Substring2_result=Substring
SystemSource.Left_desc=First length characters of string
SystemSource.Left_arg1=String
SystemSource.Left_arg2=Length of substring
SystemSource.Left2_result=First length characters of string
SystemSource.Right_desc=Last length characters of string
SystemSource.Right_arg1=String
SystemSource.Right_arg2=Length of substring
SystemSource.Right2_result=Last length characters of string
SystemSource.Locate_desc=Find index of substring in string starting at index
SystemSource.Locate_arg1=Substring to find
SystemSource.Locate_arg2=String
SystemSource.Locate_arg3=Starting index
SystemSource.Locate_result=Index of substring or -1 if not found
SystemSource.Locate2_desc=Find index of substring in string
SystemSource.Locate2_arg1=Substring to find
SystemSource.Locate2_arg2=String
SystemSource.Locate2_result=Index of substring or -1 if not found
SystemSource.Replace_desc=Replace any substring in string with replacement
SystemSource.Replace_arg1=String
SystemSource.Replace_arg2=Substring to match
SystemSource.Replace_arg3=Replacement string
SystemSource.Replace_result=String with replacements
SystemSource.Repeat_desc=Repeat string with count times
SystemSource.Repeat_arg1=String
SystemSource.Repeat_arg2=Count times to repeat
SystemSource.Repeat_result=String repeated with count times
SystemSource.Space_desc=Repeat space count times
SystemSource.Space_arg1=Number of times to repeat
SystemSource.Space_result=Space repeated count times
SystemSource.Insert_desc=Insert string2 into string1 by deleting length characters at start and inserting string2
SystemSource.Insert_arg1=Initial string
SystemSource.Insert_arg2=Starting position
SystemSource.Insert_arg3=Number of characters to delete at start
SystemSource.Insert_arg4=String to insert
SystemSource.Insert_result=Inserted string
SystemSource.Ascii_desc=Takes a character and returns the ASCII or unicode integer representation
SystemSource.Ascii_arg1=String
SystemSource.Ascii_result=Character value
SystemSource.Ascii2_desc=Takes a character and returns the ASCII or unicode integer representation
SystemSource.Ascii2_arg1=Character
SystemSource.Ascii2_result=Character value
SystemSource.Chr_desc=Takes a unicode or ASCII value and returns the character representation
SystemSource.Chr_arg1=Code value
SystemSource.Chr_result=Character representation
SystemSource.Char_desc=Takes a unicode or ASCII value and returns the character representation
SystemSource.Char_arg1=Code value
SystemSource.Char_result=Character representation
SystemSource.Initcap_desc=Capitalizes each word (each letter after whitespace)
SystemSource.Initcap_arg1=Input string
SystemSource.Initcap_result=Result string
SystemSource.Lpad_desc=Pad the input string on the left to length
SystemSource.Lpad_arg1=String
SystemSource.Lpad_arg2=Padded length
SystemSource.Lpad_result=Padded string
SystemSource.Lpad3_desc=Pad the input string on the left to length with pad character
SystemSource.Lpad3_arg1=String
SystemSource.Lpad3_arg2=Padded length
SystemSource.Lpad3_arg3=Pad character
SystemSource.Lpad3_result=Padded string
SystemSource.Rpad1_desc=Pad the input string on the right to length
SystemSource.Rpad1_arg1=String
SystemSource.Rpad1_arg2=Padded length
SystemSource.Rpad1_result=Padded string
SystemSource.Rpad3_desc=Pad the input string on the right to length with pad character
SystemSource.Rpad3_arg1=String
SystemSource.Rpad3_arg2=Padded length
SystemSource.Rpad3_arg3=Pad character
SystemSource.Rpad3_result=Padded string
SystemSource.Translate_desc=Translate the input string by converting characters in the source string to characters in the destination string
SystemSource.Translate_arg1=String
SystemSource.Translate_arg2=Source string
SystemSource.Translate_arg3=Destination string
SystemSource.Translate_result=Translated string
SystemSource.Convert_arg1=Source value
SystemSource.Convert_arg2=Target type
SystemSource.Convert_result=Converted value
SystemSource.Decode1_desc=Map the input value to a comma-separated list of allowed output values
SystemSource.Decode1_arg1=Input column for decode
SystemSource.Decode1_arg2=The comma delimited String that represents the mapping between input column value and output values.
SystemSource.Decode1_result=The decoded value from the decode string.
SystemSource.Decode2_desc=Map the input value to a delimiter-separated list of allowed output values
SystemSource.Decode2_arg1=Input column for decode
SystemSource.Decode2_arg2=The comma delimited String that represents the mapping between input column value and output values.
SystemSource.Decode2_arg3=Decode String delimiter character(s)
SystemSource.Decode2_result=The decoded value from the decode string.
SystemSource.Lookup_desc=Look up a value in a cached code table
SystemSource.Lookup_arg1=Full group name of code table
SystemSource.Lookup_arg2=Short name of return element in code table
SystemSource.Lookup_arg3=Short name of key element in code table
SystemSource.Lookup_arg4=Key value to lookup
SystemSource.Lookup_result=Return value for key as specified in code table
SystemSource.User_desc=Get current user name
SystemSource.User_param1=If the security domain should be included
SystemSource.User_result=Return user name
SystemSource.current_database_desc=Get current database name
current_database_result=Returns the catalog name
SystemSource.Env_desc=Get the value of a system property
SystemSource.Env_varname=Name of the system property
SystemSource.Env_result=Return the string value of the system property
SystemSource.env_var_desc=Get the value of an environment variable
SystemSource.env_var_param1=Name of the environment variable
SystemSource.env_var_result=Return the string value of the environment variable
SystemSource.Nvl_desc=Specifies a value to use instead if the input value is null
SystemSource.Nvl_arg1=Value to check
SystemSource.Nvl_arg2=Returned if value is null
SystemSource.Nvl_result=Value or valueIfNull if value is null
SystemSource.Ifnull_desc=Specifies a value to use instead if the input value is null
SystemSource.Ifnull_arg1=Value to check
SystemSource.Ifnull_arg2=Returned if value is null
SystemSource.Ifnull_result=Value or valueIfNull if value is null
SystemSource.Formattime_arg1=Time input
SystemSource.Formattime_arg2=Time format
SystemSource.Formatdate_arg1=Date input
SystemSource.Formatdate_arg2=Date format
SystemSource.Formattimestamp_arg1=Timestamp input
SystemSource.Formattimestamp_arg2=Timestamp format
SystemSource.Parsetime_arg1=String input
SystemSource.Parsetime_arg2=Time format
SystemSource.Parsedate_arg1=String input
SystemSource.Parsedate_arg2=Date format
SystemSource.Parsetimestamp_arg1=String input
SystemSource.Parsetimestamp_arg2=Timestamp format
SystemSource.Formatnumber_arg1=String input
SystemSource.Formatnumber_arg2=Number format
SystemSource.Parsenumber_arg1=String input
SystemSource.Parsenumber_arg2=Parse format
SystemSource.Bitfunc_arg1=Integer parameter
SystemSource.Bitfunc2_arg1=First integer
SystemSource.Bitfunc2_arg2=Second integer
SystemSource.Convert_desc=Convert from {0} to target type
SystemSource.xpathvalue_description=Retrieve the first match content for an XPath statement
SystemSource.xpath_param1=Source document
SystemSource.xpath_param2=XPath expression
SystemSource.xpathvalue_result=Single result
SystemSource.xsltransform_description=Transform the document with the given stylesheet.
SystemSource.xsltransform_param1=Source document
SystemSource.xsltransform_param2=XSL stylesheet
SystemSource.xsltransform_result=Clob result
SystemSource.xmlconcat_description=Concat XML types.
SystemSource.xmlconcat_param1=First element
SystemSource.xmlconcat_param2=Other elements
SystemSource.xmlconcat_result=XML result
SystemSource.xmlcomment_description=Create an XML comment.
SystemSource.xmlcomment_result=XML comment.
SystemSource.xmlcomment_param1=The comment text.
SystemSource.xmltext_description=Create an XML text.
SystemSource.xmltext_result=XML text.
SystemSource.xmltext_param1=The text.
SystemSource.xmlpi_description=Create an XML processing instruction.
SystemSource.xmlpi_param1=Target
SystemSource.xmlpi_param2=Content
SystemSource.xmlpi_result=XML result
SystemSource.jsonToXml_description=Create an XML document representing the given JSON.
SystemSource.jsonToXml_param1=Root element name
SystemSource.jsonToXml_param2=JSON
SystemSource.jsonToXml_result=XML result
SystemSource.modifyTimeZone_description=Modify the time zone of this timestamp by adding or subtracting time
SystemSource.modifyTimeZone_param1=Timestamp
SystemSource.modifyTimeZone_param2=Starting time zone
SystemSource.modifyTimeZone_param3=Ending time zone
SystemSource.modifyTimeZone_result=Original timestamp with time added or subtracted to give the equivalent time in a different time zone
SystemSource.CommandPayload_desc0=Retrieve the command payload as a string
SystemSource.CommandPayload_desc1=Retrieve a property from the command payload, passed as a Properties object
SystemSource.CommandPayload_result=The property value from the command payload
SystemSource.CommandPayload_property=The property name
SystemSource.hasRole_description=Determine if the caller has the given role
SystemSource.hasRole_param1=Role type
SystemSource.hasRole_param2=Role name
SystemSource.hasRole_result=whether the caller is in the given role
SystemSource.from_unixtime_description=Return the Unix timestamp (in seconds) as a String value with the default formatting of yyyy-mm-dd hh:mm:ss
SystemSource.from_unixtime_param1=Unix timestamp (in seconds)
SystemSource.from_unixtime_result=String value
SystemSource.unix_timestamp_description=Return the Unix timestamp in seconds
SystemSource.unix_timestamp_param1=String in default format of yyyy-mm-dd hh:mm:ss
SystemSource.unix_timestamp_result=Seconds since the Unix time epoch
SystemSource.from_millis_description=Return the UTC timestamp
SystemSource.from_millis_param1=UTC timestamp in milliseconds
SystemSource.from_millis_result=Timestamp value
SystemSource.to_millis_description=Return the UTC timestamp in milliseconds
SystemSource.to_millis_param1=Timestamp
SystemSource.to_millis_result=Milliseconds since the Unix time epoch
SystemSource.nullif_description=Equivalent to case when (param1 = param2) then null else param1
SystemSource.nullif_param1=First parameter
SystemSource.nullif_result=null if the parameters are equivalent else param1
SystemSource.coalesce_description=Returns the first non-null parameter
SystemSource.coalesce_param1=parameter
SystemSource.coalesce_result=The first non-null parameter
SystemSource.to_chars_description=Converts a Blob to the appropriate chars
SystemSource.to_chars_param1=Blob
SystemSource.to_chars_param2=The encoding
SystemSource.to_chars_param3=well-formed
SystemSource.to_chars_result=Clob char rep
SystemSource.to_bytes_description=Converts a Clob to the appropriate bytes
SystemSource.to_bytes_param1=Clob
SystemSource.to_bytes_param2=The encoding
SystemSource.to_bytes_param3=well-formed
SystemSource.to_bytes_result=byte representation Blob
SystemSource.session_id_desc=Returns the session id of the currently logged in user
SystemSource.session_id_result=Returns the session id of the currently logged in user
SystemSource.node_id_desc=Returns the node id
SystemSource.node_id_result=Returns the node id
SystemSource.endswith_desc=Find if string has ending character sequence as defined in substring
SystemSource.endswith_arg1=substring
SystemSource.endswith_arg2=string
SystemSource.endswith_result=true if string ends with character sequence of substring; false otherwise.
SystemSource.jsonparse_desc=Validates that the text is legal JSON
SystemSource.jsonparse_param1=a Clob or Blob that should contain JSON text
SystemSource.jsonparse_param2=indicates if the JSON is well-formed, such that validation is by-passed.
SystemSource.jsonparse_result=a Clob result known to be valid JSON
SystemSource.jsonarray_desc=Returns a JSON array of the values passed in.
SystemSource.jsonarray_param1=any number of JSON values or values convertable to JSON
SystemSource.jsonarray_result=a JSON array of values
SystemSource.teiid_session_get_desc=Return the current session variable value.
SystemSource.teiid_session_get_param1=the string key
SystemSource.teiid_session_get_result=the current value
SystemSource.teiid_session_set_desc=Set the session variable value.
SystemSource.teiid_session_set_param1=the string key
SystemSource.teiid_session_set_param2=the value
SystemSource.teiid_session_set_result=the previous value if one was set
SystemSource.mvstatus_param1=Schema Name
SystemSource.mvstatus_param2=View Name
SystemSource.mvstatus_result=true if the view is valid to use
SystemSource.mvstatus_description=(internal use only) Used for materialization status table status check.
SystemSource.tokenize_param1=String to Tokenize
SystemSource.tokenize_param2=Delimiter to tokenize the string by
SystemSource.tokenize_result=Return of the string array
SystemSource.tokenize_description=Tokenizes the given string
SystemSource.st_astext_description=Convert a Geometry to WTK
SystemSource.st_astext_param1=Geometry
SystemSource.st_astext_result=WKT Clob
SystemSource.st_asbinary_description=Convert a Geometry to WKB
SystemSource.st_asbinary_param1=Geometry
SystemSource.st_asbinary_result=WKB Blob
SystemSource.st_geomfrombinary_description=Create a Geometry from WKB
SystemSource.st_geomfrombinary_param1=WKB Blob
SystemSource.st_geomfrombinary_param2=SRID
SystemSource.st_geomfrombinary_result=Geometry
SystemSource.st_geomfromwkb_description=Create a Geometry from WKB
SystemSource.st_geomfromwkb_param1=WKB Blob
SystemSource.st_geomfromwkb_param2=SRID
SystemSource.st_geomfromwkb_result=Geometry
SystemSource.st_geomfromtext_description=Create a Geometry from WKT
SystemSource.st_geomfromtext_param1=WKT Clob
SystemSource.st_geomfromtext_param2=SRID
SystemSource.st_geomfromtext_result=Geometry
SystemSource.st_intersects_description=Test if the two Geometry values intersect
SystemSource.st_intersects_param1=Geometry1
SystemSource.st_intersects_param2=Geometry2
SystemSource.st_intersects_result=true if the values intersect
SystemSource.st_contains_description=Test if Geometry1 contains Geometry2
SystemSource.st_contains_param1=Geometry1
SystemSource.st_contains_param2=Geometry2
SystemSource.st_contains_result=true if Geometry1 contains Geometry2
SystemSource.st_crosses_description=Test if Geometry1 crosses Geometry2
SystemSource.st_crosses_param1=Geometry1
SystemSource.st_crosses_param2=Geometry2
SystemSource.st_crosses_result=true if Geometry1 crosses Geometry2
SystemSource.st_disjoint_description=Test if Geometry1 and Geometry2 are disjoint
SystemSource.st_disjoint_param1=Geometry1
SystemSource.st_disjoint_param2=Geometry2
SystemSource.st_disjoint_result=true if Geometry1 and Geometry2 are disjoint
SystemSource.st_distance_description=Return the distance between Geometry1 and Geometry2
SystemSource.st_distance_param1=Geometry1
SystemSource.st_distance_param2=Geometry2
SystemSource.st_distance_result=The distance between Geometry1 and Geometry2
SystemSource.st_overlaps_description=Test if Geometry1 and Geometry2 overlap
SystemSource.st_overlaps_param1=Geometry1
SystemSource.st_overlaps_param2=Geometry2
SystemSource.st_overlaps_result=true if Geometry1 and Geometry2 overlap
SystemSource.st_touches_description=Test if Geometry1 and Geometry2 touch
SystemSource.st_touches_param1=Geometry1
SystemSource.st_touches_param2=Geometry2
SystemSource.st_touches_result=true if Geometry1 and Geometry2 touch
SystemSource.st_asgeojson_description=Convert the Geometry to geojson
SystemSource.st_asgeojson_param1=Geometry
SystemSource.st_asgeojson_result=geojson clob
SystemSource.st_asgml_description=Convert the Geometry to GML
SystemSource.st_asgml_param1=Geometry
SystemSource.st_asgml_result=gml clob
SystemSource.st_asewkt_description=Convert the Geometry to EWKT
SystemSource.st_asewkt_param1=Geometry
SystemSource.st_asewkt_result=ewkt clob
SystemSource.st_askml_description=Convert the Geometry to KML
SystemSource.st_askml_param1=Geometry
SystemSource.st_askml_result=kml clob
SystemSource.st_asgeojson_description=Convert the Geometry to GeoJSON
SystemSource.st_asgeojson_param1=Geometry
SystemSource.st_asgeojson_result=GeoJSON clob
SystemSource.st_geomfromgeojson_description=Convert GeoJSON to Geometry
SystemSource.st_geomfromgeojson_param1=JSON Clob
SystemSource.st_geomfromgeojson_param2=SRID
SystemSource.st_geomfromgeojson_result=Geometry
SystemSource.st_geomfromgml_description=Convert GML to Geometry
SystemSource.st_geomfromgml_param1=GML Clob
SystemSource.st_geomfromgml_param2=SRID
SystemSource.st_geomfromgml_result=Geometry
SystemSource.st_simplify_description=Simplify according to the Douglas Peucker algorithm
SystemSource.st_simplify_param1=Geometry
SystemSource.st_simplify_param2=tolerance
SystemSource.st_simplify_result=Geometry value simplified according to the Douglas Peucker algorithm
SystemSource.st_simplifypreservetopology_description=Simplify according to the Douglas Peucker algorithm, but preserve the topology and only create valid results
SystemSource.st_simplifypreservetopology_param1=Geometry
SystemSource.st_simplifypreservetopology_param2=tolerance
SystemSource.st_simplifypreservetopology_result=Geometry value simplified according to the Douglas Peucker algorithm
SystemSource.st_force_2d_description=Force the geometry to a 2d representation only having X and Y coordinates
SystemSource.st_force_2d_param1=Geometry
SystemSource.st_force_2d_result=2d Geometry value
SystemSource.st_envelope_description=Return the 2d bounding box for the given value
SystemSource.st_envelope_param1=Geometry
SystemSource.st_envelope_result=2d bounding box Geometry value
SystemSource.st_within_description=Return true if Geometry1 is completely inside Geometry2
SystemSource.st_within_param1=Geometry1
SystemSource.st_within_param2=Geometry2
SystemSource.st_within_result=Boolean
SystemSource.st_dwithin_description=Return true if Geometry1 is within Distance of Geometry2
SystemSource.st_dwithin_param1=Geometry1
SystemSource.st_dwithin_param2=Geometry2
SystemSource.st_dwithin_param3=Distance
SystemSource.st_dwithin_result=Boolean
SystemSource.st_extent_description=Return the 2d bounding box around all Geometry values
SystemSource.st_extent_param1=Geometry
SystemSource.st_extent_result=2d bounding box Geometry value
SystemSource.st_hasarc_description=Return true if the Geometry has a circular string
SystemSource.st_hasarc_param1=Geometry
SystemSource.st_hasarc_result=Boolean
SystemSource.&&_description=Return true if Geometry1's 2d bounding box intersects Geometry2's 2D bounding box.
SystemSource.&&_param1=Geometry1
SystemSource.&&_param2=Geometry2
SystemSource.&&_result=Boolean
SystemSource.st_geomfromewkb_description=Create a Geometry from EWKB
SystemSource.st_geomfromewkb_param1=EWKB Blob
SystemSource.st_geomfromewkb_result=Geometry
SystemSource.st_geomfromewkt_description=Create a Geometry from EWKT
SystemSource.st_geomfromewkt_param1=EWKT Clob
SystemSource.st_geomfromewkt_result=Geometry
SystemSource.st_asewkb_description=Convert a Geometry to EWKB
SystemSource.st_asewkb_param1=Geometry
SystemSource.st_asewkb_result=EWKB Blob
SystemSource.st_transform_description=Convert Geometry to another coordinate system
SystemSource.st_transform_param1=Geometry
SystemSource.st_transform_param2=SRID
SystemSource.st_transform_result=Geometry
SystemSource.st_equals_description=Test if two geometries are topologically equivalent.
SystemSource.st_equals_param1=Geometry 1
SystemSource.st_equals_param2=Geometry 2
SystemSource.st_equals_result=True if the geometries are equal.
SystemSource.st_setsrid_description=Set the srid, but does not transform the geometry value in any way.
SystemSource.st_setsrid_param1=Geometry
SystemSource.st_setsrid_param2=srid
SystemSource.st_setsrid_result=Geometry with the specified srid
SystemSource.st_srid_description=Get the srid.
SystemSource.st_srid_param1=Geometry
SystemSource.st_srid_result=The srid for the geometry.
SystemSource.st_area_description=Area of the polygon or multipolygon
SystemSource.st_area_param1=Geometry
SystemSource.st_area_result=Area in square SRID units
SystemSource.st_boundary_description=Returns the closure of the combinatorial boundary of the given Geometry
SystemSource.st_boundary_param1=Geometry
SystemSource.st_boundary_result=boudary Geometry
SystemSource.st_buffer_description=Computes the buffer of a given distance around the geometry
SystemSource.st_buffer_param1=Geometry
SystemSource.st_buffer_param2=distance
SystemSource.st_buffer_param3=quadrant segments
SystemSource.st_buffer_result=buffer Geometry
SystemSource.st_centroid_description=Computes the centroid of the Geometry
SystemSource.st_centroid_param1=Geometry
SystemSource.st_centroid_result=centroid Point Geometry value
SystemSource.st_convexhull_description=Computes the convex hull of the Geometry
SystemSource.st_convexhull_param1=Geometry
SystemSource.st_convexhull_result=convex hull Geometry
SystemSource.st_coorddim_description=Returns the coordinate dimension of the Geometry
SystemSource.st_coorddim_param1=Geometry
SystemSource.st_coorddim_result=number of dimensions
SystemSource.st_curvetoline_description=Converts the curved geometry to a LineString/Polygon
SystemSource.st_curvetoline_param1=Geometry
SystemSource.st_curvetoline_result=Geometry
SystemSource.st_difference_description=Return the part of Geometry1 that does not intersect with Geometry2
SystemSource.st_difference_param1=Geometry1
SystemSource.st_difference_param2=Geometry2
SystemSource.st_difference_result=difference Geometry
SystemSource.st_dimension_description=Gets the dimension of the Geometry
SystemSource.st_dimension_param1=Geometry
SystemSource.st_dimension_result=the dimension
SystemSource.st_endpoint_description=Returns the end point in the LineString
SystemSource.st_endpoint_param1=LineString Geometry
SystemSource.st_endpoint_result=end point Geometry
SystemSource.st_exteriorring_description=Returns the exterior ring or shell of the Polygon
SystemSource.st_exteriorring_param1=Geometry
SystemSource.st_exteriorring_result=LinearRing Geometry
SystemSource.st_geometryn_description=Returns the nth item at the index value in the Geometry collection
SystemSource.st_geometryn_param1=Geometry
SystemSource.st_geometryn_param2=index
SystemSource.st_geometryn_result=the nth item, or the Geometry itself if not a Geometry collection
SystemSource.st_geometrytype_description=Returns the type name for the Geometry as ST_name
SystemSource.st_geometrytype_param1=Geometry
SystemSource.st_geometrytype_result=type name
SystemSource.st_interiorringn_description=Returns the nth at the index value interior ring or hole in the Polygon
SystemSource.st_interiorringn_param1=Polygon Geometry
SystemSource.st_interiorringn_param2=index
SystemSource.st_interiorringn_result=the interior ring Geometry
SystemSource.st_intersection_description=Returns the intersecting parts of Geometry1 and Geometry2
SystemSource.st_intersection_param1=Geometry1
SystemSource.st_intersection_param2=Geometry2
SystemSource.st_intersection_result=intersection Geometry
SystemSource.st_isclosed_description=Tests if the LineString is closed. If not a LineString false is returned
SystemSource.st_isclosed_param1=LineString Geometry
SystemSource.st_isclosed_result=true if the LineString is closed
SystemSource.st_isempty_description=Tests if the set of points is empty
SystemSource.st_isempty_param1=Geometry
SystemSource.st_isempty_result=true if the set of points is empty
SystemSource.st_isring_description=Tests if the LineString is simple and closed
SystemSource.st_isring_param1=LineString Geometry
SystemSource.st_isring_result=true if the LineString is a ring
SystemSource.st_issimple_description=Tests if the Geometry is simple
SystemSource.st_issimple_param1=Geometry
SystemSource.st_issimple_result=true if the Geometry is simple
SystemSource.st_isvalid_description=Tests if the Geometry is valid
SystemSource.st_isvalid_param1=Geometry
SystemSource.st_isvalid_result=true if the Geometry is valid
SystemSource.st_length_descrption=Returns the length of the LineString or MultiLineString Geometry
SystemSource.st_length_param1=Geometry
SystemSource.st_length_result=length
SystemSource.st_numgeometries_description=Returns the number of geometries in the Geometry collection
SystemSource.st_numgeometries_param1=Geometry
SystemSource.st_numgeometries_result=the number of geometries or 1 if the Geometry is not a collection
SystemSource.st_numinteriorrings_description=Returns the number of interior rings or holes in the Polygon
SystemSource.st_numinteriorrings_param1=Polygon Geometry
SystemSource.st_numinteriorrings_result=number of interior rings
SystemSource.st_numpoints_description=Return a count of the Geometry's verticies
SystemSource.st_numpoints_param1=Geometry
SystemSource.st_numpoints_result=number of verticies
SystemSource.st_orderingequals_description=Test if Geometry1 and Geometry2 are exactly equal
SystemSource.st_orderingequals_param1=Geometry1
SystemSource.st_orderingequals_param2=Geometry2
SystemSource.st_orderingequals_result=true if the geometries have the same structure and verticies in the same order
SystemSource.st_perimeter_description=Returns the perimeter of the Polygon or MultiPolygon Geometry
SystemSource.st_perimeter_param1=Geometry
SystemSource.st_perimeter_result=perimeter
SystemSource.st_point_description=Construct a Point Geometry value
SystemSource.st_point_param1=X ordinate
SystemSource.st_point_param2=Y ordinate
SystemSource.st_point_result=Point Geometry
SystemSource.st_pointn_description=Return the nth point at the given index in the LineString Geometry. Returns null if the Geometry is not a LineString
SystemSource.st_pointn_param1=LineString Geometry
SystemSource.st_pointn_param2=index
SystemSource.st_pointn_result=the Point Geometry if it exists
SystemSource.st_pointonsurface_description=Return a Point that is guarenteed to exist on the surface of the Geometry
SystemSource.st_pointonsurface_param1=Geometry
SystemSource.st_pointonsurface_result=surface Point Geometry
SystemSource.st_polygon_description=Construct a Polygon Geometry value
SystemSource.st_polygon_param1=LineString Geometry shell
SystemSource.st_polygon_param2=SRID
SystemSource.st_polygon_result=Polygon Geometry
SystemSource.st_relate_description=Tests if Geometry1 is related to Geometry2
SystemSource.st_relate_param1=Geometry1
SystemSource.st_relate_param2=Geometry2
SystemSource.st_relate_param3=Intersection Pattern
SystemSource.st_relate_result=the 9 character intersection matrix if the intersection pattern is not specified or true if intersection matrix matches the pattern
SystemSource.st_startpoint_description=Returns the start Point in the LineString
SystemSource.st_startpoint_param1=Geometry
SystemSource.st_startpoint_result=start Point Geometry
SystemSource.st_symdifference_description=Return the part of Geometry1 that does not intersect with Geometry2 and vice versa
SystemSource.st_symdifference_param1=Geometry1
SystemSource.st_symdifference_param2=Geometry2
SystemSource.st_symdifference_result=difference Geometry
SystemSource.st_union_description=returns a Geometry that represents the union of Geometry1 and Geometry2