CfnPartnershipPropsMixin
- class aws_cdk.mixins_preview.aws_b2bi.mixins.CfnPartnershipPropsMixin(props, *, strategy=None)
Bases:
MixinCreates a partnership between a customer and a trading partner, based on the supplied parameters.
A partnership represents the connection between you and your trading partner. It ties together a profile and one or more trading capabilities.
- See:
http://docs.aws.amazon.com/AWSCloudFormation/latest/UserGuide/aws-resource-b2bi-partnership.html
- CloudformationResource:
AWS::B2BI::Partnership
- Mixin:
true
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview import mixins from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins cfn_partnership_props_mixin = b2bi_mixins.CfnPartnershipPropsMixin(b2bi_mixins.CfnPartnershipMixinProps( capabilities=["capabilities"], capability_options=b2bi_mixins.CfnPartnershipPropsMixin.CapabilityOptionsProperty( inbound_edi=b2bi_mixins.CfnPartnershipPropsMixin.InboundEdiOptionsProperty( x12=b2bi_mixins.CfnPartnershipPropsMixin.X12InboundEdiOptionsProperty( acknowledgment_options=b2bi_mixins.CfnPartnershipPropsMixin.X12AcknowledgmentOptionsProperty( functional_acknowledgment="functionalAcknowledgment", technical_acknowledgment="technicalAcknowledgment" ) ) ), outbound_edi=b2bi_mixins.CfnPartnershipPropsMixin.OutboundEdiOptionsProperty( x12=b2bi_mixins.CfnPartnershipPropsMixin.X12EnvelopeProperty( common=b2bi_mixins.CfnPartnershipPropsMixin.X12OutboundEdiHeadersProperty( control_numbers=b2bi_mixins.CfnPartnershipPropsMixin.X12ControlNumbersProperty( starting_functional_group_control_number=123, starting_interchange_control_number=123, starting_transaction_set_control_number=123 ), delimiters=b2bi_mixins.CfnPartnershipPropsMixin.X12DelimitersProperty( component_separator="componentSeparator", data_element_separator="dataElementSeparator", segment_terminator="segmentTerminator" ), functional_group_headers=b2bi_mixins.CfnPartnershipPropsMixin.X12FunctionalGroupHeadersProperty( application_receiver_code="applicationReceiverCode", application_sender_code="applicationSenderCode", responsible_agency_code="responsibleAgencyCode" ), gs05_time_format="gs05TimeFormat", interchange_control_headers=b2bi_mixins.CfnPartnershipPropsMixin.X12InterchangeControlHeadersProperty( acknowledgment_requested_code="acknowledgmentRequestedCode", receiver_id="receiverId", receiver_id_qualifier="receiverIdQualifier", repetition_separator="repetitionSeparator", sender_id="senderId", sender_id_qualifier="senderIdQualifier", usage_indicator_code="usageIndicatorCode" ), validate_edi=False ), wrap_options=b2bi_mixins.CfnPartnershipPropsMixin.WrapOptionsProperty( line_length=123, line_terminator="lineTerminator", wrap_by="wrapBy" ) ) ) ), email="email", name="name", phone="phone", profile_id="profileId", tags=[CfnTag( key="key", value="value" )] ), strategy=mixins.PropertyMergeStrategy.OVERRIDE )
Create a mixin to apply properties to
AWS::B2BI::Partnership.- Parameters:
props (
Union[CfnPartnershipMixinProps,Dict[str,Any]]) – L1 properties to apply.strategy (
Optional[PropertyMergeStrategy]) – (experimental) Strategy for merging nested properties. Default: - PropertyMergeStrategy.MERGE
Methods
- apply_to(construct)
Apply the mixin properties to the construct.
- Parameters:
construct (
IConstruct)- Return type:
- supports(construct)
Check if this mixin supports the given construct.
- Parameters:
construct (
IConstruct)- Return type:
bool
Attributes
- CFN_PROPERTY_KEYS = ['capabilities', 'capabilityOptions', 'email', 'name', 'phone', 'profileId', 'tags']
Static Methods
- classmethod is_mixin(x)
(experimental) Checks if
xis a Mixin.- Parameters:
x (
Any) – Any object.- Return type:
bool- Returns:
true if
xis an object created from a class which extendsMixin.- Stability:
experimental
CapabilityOptionsProperty
- class CfnPartnershipPropsMixin.CapabilityOptionsProperty(*, inbound_edi=None, outbound_edi=None)
Bases:
objectContains the details for an Outbound EDI capability.
- Parameters:
inbound_edi (
Union[IResolvable,InboundEdiOptionsProperty,Dict[str,Any],None]) – A structure that contains the inbound EDI options for the capability.outbound_edi (
Union[IResolvable,OutboundEdiOptionsProperty,Dict[str,Any],None]) – A structure that contains the outbound EDI options.
- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins capability_options_property = b2bi_mixins.CfnPartnershipPropsMixin.CapabilityOptionsProperty( inbound_edi=b2bi_mixins.CfnPartnershipPropsMixin.InboundEdiOptionsProperty( x12=b2bi_mixins.CfnPartnershipPropsMixin.X12InboundEdiOptionsProperty( acknowledgment_options=b2bi_mixins.CfnPartnershipPropsMixin.X12AcknowledgmentOptionsProperty( functional_acknowledgment="functionalAcknowledgment", technical_acknowledgment="technicalAcknowledgment" ) ) ), outbound_edi=b2bi_mixins.CfnPartnershipPropsMixin.OutboundEdiOptionsProperty( x12=b2bi_mixins.CfnPartnershipPropsMixin.X12EnvelopeProperty( common=b2bi_mixins.CfnPartnershipPropsMixin.X12OutboundEdiHeadersProperty( control_numbers=b2bi_mixins.CfnPartnershipPropsMixin.X12ControlNumbersProperty( starting_functional_group_control_number=123, starting_interchange_control_number=123, starting_transaction_set_control_number=123 ), delimiters=b2bi_mixins.CfnPartnershipPropsMixin.X12DelimitersProperty( component_separator="componentSeparator", data_element_separator="dataElementSeparator", segment_terminator="segmentTerminator" ), functional_group_headers=b2bi_mixins.CfnPartnershipPropsMixin.X12FunctionalGroupHeadersProperty( application_receiver_code="applicationReceiverCode", application_sender_code="applicationSenderCode", responsible_agency_code="responsibleAgencyCode" ), gs05_time_format="gs05TimeFormat", interchange_control_headers=b2bi_mixins.CfnPartnershipPropsMixin.X12InterchangeControlHeadersProperty( acknowledgment_requested_code="acknowledgmentRequestedCode", receiver_id="receiverId", receiver_id_qualifier="receiverIdQualifier", repetition_separator="repetitionSeparator", sender_id="senderId", sender_id_qualifier="senderIdQualifier", usage_indicator_code="usageIndicatorCode" ), validate_edi=False ), wrap_options=b2bi_mixins.CfnPartnershipPropsMixin.WrapOptionsProperty( line_length=123, line_terminator="lineTerminator", wrap_by="wrapBy" ) ) ) )
Attributes
- inbound_edi
A structure that contains the inbound EDI options for the capability.
- outbound_edi
A structure that contains the outbound EDI options.
InboundEdiOptionsProperty
- class CfnPartnershipPropsMixin.InboundEdiOptionsProperty(*, x12=None)
Bases:
objectContains options for processing inbound EDI files.
These options allow for customizing how incoming EDI documents are processed.
- Parameters:
x12 (
Union[IResolvable,X12InboundEdiOptionsProperty,Dict[str,Any],None]) – A structure that contains X12-specific options for processing inbound X12 EDI files.- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins inbound_edi_options_property = b2bi_mixins.CfnPartnershipPropsMixin.InboundEdiOptionsProperty( x12=b2bi_mixins.CfnPartnershipPropsMixin.X12InboundEdiOptionsProperty( acknowledgment_options=b2bi_mixins.CfnPartnershipPropsMixin.X12AcknowledgmentOptionsProperty( functional_acknowledgment="functionalAcknowledgment", technical_acknowledgment="technicalAcknowledgment" ) ) )
Attributes
- x12
A structure that contains X12-specific options for processing inbound X12 EDI files.
OutboundEdiOptionsProperty
- class CfnPartnershipPropsMixin.OutboundEdiOptionsProperty(*, x12=None)
Bases:
objectA container for outbound EDI options.
- Parameters:
x12 (
Union[IResolvable,X12EnvelopeProperty,Dict[str,Any],None]) – A structure that contains an X12 envelope structure.- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins outbound_edi_options_property = b2bi_mixins.CfnPartnershipPropsMixin.OutboundEdiOptionsProperty( x12=b2bi_mixins.CfnPartnershipPropsMixin.X12EnvelopeProperty( common=b2bi_mixins.CfnPartnershipPropsMixin.X12OutboundEdiHeadersProperty( control_numbers=b2bi_mixins.CfnPartnershipPropsMixin.X12ControlNumbersProperty( starting_functional_group_control_number=123, starting_interchange_control_number=123, starting_transaction_set_control_number=123 ), delimiters=b2bi_mixins.CfnPartnershipPropsMixin.X12DelimitersProperty( component_separator="componentSeparator", data_element_separator="dataElementSeparator", segment_terminator="segmentTerminator" ), functional_group_headers=b2bi_mixins.CfnPartnershipPropsMixin.X12FunctionalGroupHeadersProperty( application_receiver_code="applicationReceiverCode", application_sender_code="applicationSenderCode", responsible_agency_code="responsibleAgencyCode" ), gs05_time_format="gs05TimeFormat", interchange_control_headers=b2bi_mixins.CfnPartnershipPropsMixin.X12InterchangeControlHeadersProperty( acknowledgment_requested_code="acknowledgmentRequestedCode", receiver_id="receiverId", receiver_id_qualifier="receiverIdQualifier", repetition_separator="repetitionSeparator", sender_id="senderId", sender_id_qualifier="senderIdQualifier", usage_indicator_code="usageIndicatorCode" ), validate_edi=False ), wrap_options=b2bi_mixins.CfnPartnershipPropsMixin.WrapOptionsProperty( line_length=123, line_terminator="lineTerminator", wrap_by="wrapBy" ) ) )
Attributes
- x12
A structure that contains an X12 envelope structure.
WrapOptionsProperty
- class CfnPartnershipPropsMixin.WrapOptionsProperty(*, line_length=None, line_terminator=None, wrap_by=None)
Bases:
objectContains options for wrapping (line folding) in X12 EDI files.
Wrapping controls how long lines are handled in the EDI output.
- Parameters:
line_length (
Union[int,float,None]) – Specifies the maximum length of a line before wrapping occurs. This value is used whenwrapByis set toLINE_LENGTH.line_terminator (
Optional[str]) – Specifies the character sequence used to terminate lines when wrapping. Valid values:. -CRLF: carriage return and line feed -LF: line feed) -CR: carriage returnwrap_by (
Optional[str]) – Specifies the method used for wrapping lines in the EDI output. Valid values:. -SEGMENT: Wraps by segment. -ONE_LINE: Indicates that the entire content is on a single line. .. epigraph:: When you specifyONE_LINE, do not provide either the line length nor the line terminator value. -LINE_LENGTH: Wraps by character count, as specified bylineLengthvalue.
- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins wrap_options_property = b2bi_mixins.CfnPartnershipPropsMixin.WrapOptionsProperty( line_length=123, line_terminator="lineTerminator", wrap_by="wrapBy" )
Attributes
- line_length
Specifies the maximum length of a line before wrapping occurs.
This value is used when
wrapByis set toLINE_LENGTH.
- line_terminator
.
CRLF: carriage return and line feedLF: line feed)CR: carriage return
- See:
- Type:
Specifies the character sequence used to terminate lines when wrapping. Valid values
- wrap_by
.
SEGMENT: Wraps by segment.ONE_LINE: Indicates that the entire content is on a single line.
When you specify
ONE_LINE, do not provide either the line length nor the line terminator value.LINE_LENGTH: Wraps by character count, as specified bylineLengthvalue.
- See:
- Type:
Specifies the method used for wrapping lines in the EDI output. Valid values
X12AcknowledgmentOptionsProperty
- class CfnPartnershipPropsMixin.X12AcknowledgmentOptionsProperty(*, functional_acknowledgment=None, technical_acknowledgment=None)
Bases:
objectContains options for configuring X12 acknowledgments.
These options control how functional and technical acknowledgments are handled.
- Parameters:
functional_acknowledgment (
Optional[str]) – Specifies whether functional acknowledgments (997/999) should be generated for incoming X12 transactions. Valid values areDO_NOT_GENERATE,GENERATE_ALL_SEGMENTSandGENERATE_WITHOUT_TRANSACTION_SET_RESPONSE_LOOP. If you chooseGENERATE_WITHOUT_TRANSACTION_SET_RESPONSE_LOOP, AWS B2B Data Interchange skips the AK2_Loop when generating an acknowledgment document.technical_acknowledgment (
Optional[str]) – Specifies whether technical acknowledgments (TA1) should be generated for incoming X12 interchanges. Valid values areDO_NOT_GENERATEandGENERATE_ALL_SEGMENTSand.
- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins x12_acknowledgment_options_property = b2bi_mixins.CfnPartnershipPropsMixin.X12AcknowledgmentOptionsProperty( functional_acknowledgment="functionalAcknowledgment", technical_acknowledgment="technicalAcknowledgment" )
Attributes
- functional_acknowledgment
Specifies whether functional acknowledgments (997/999) should be generated for incoming X12 transactions.
Valid values are
DO_NOT_GENERATE,GENERATE_ALL_SEGMENTSandGENERATE_WITHOUT_TRANSACTION_SET_RESPONSE_LOOP.If you choose
GENERATE_WITHOUT_TRANSACTION_SET_RESPONSE_LOOP, AWS B2B Data Interchange skips the AK2_Loop when generating an acknowledgment document.
- technical_acknowledgment
Specifies whether technical acknowledgments (TA1) should be generated for incoming X12 interchanges.
Valid values are
DO_NOT_GENERATEandGENERATE_ALL_SEGMENTSand.
X12ControlNumbersProperty
- class CfnPartnershipPropsMixin.X12ControlNumbersProperty(*, starting_functional_group_control_number=None, starting_interchange_control_number=None, starting_transaction_set_control_number=None)
Bases:
objectContains configuration for X12 control numbers used in X12 EDI generation.
Control numbers are used to uniquely identify interchanges, functional groups, and transaction sets.
- Parameters:
starting_functional_group_control_number (
Union[int,float,None]) – Specifies the starting functional group control number (GS06) to use for X12 EDI generation. This number is incremented for each new functional group. For the GS (functional group) envelope, AWS B2B Data Interchange generates a functional group control number that is unique to the sender ID, receiver ID, and functional identifier code combination.starting_interchange_control_number (
Union[int,float,None]) – Specifies the starting interchange control number (ISA13) to use for X12 EDI generation. This number is incremented for each new interchange. For the ISA (interchange) envelope, AWS B2B Data Interchange generates an interchange control number that is unique for the ISA05 and ISA06 (sender) & ISA07 and ISA08 (receiver) combination.starting_transaction_set_control_number (
Union[int,float,None]) – Specifies the starting transaction set control number (ST02) to use for X12 EDI generation. This number is incremented for each new transaction set.
- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins x12_control_numbers_property = b2bi_mixins.CfnPartnershipPropsMixin.X12ControlNumbersProperty( starting_functional_group_control_number=123, starting_interchange_control_number=123, starting_transaction_set_control_number=123 )
Attributes
- starting_functional_group_control_number
Specifies the starting functional group control number (GS06) to use for X12 EDI generation.
This number is incremented for each new functional group. For the GS (functional group) envelope, AWS B2B Data Interchange generates a functional group control number that is unique to the sender ID, receiver ID, and functional identifier code combination.
- starting_interchange_control_number
Specifies the starting interchange control number (ISA13) to use for X12 EDI generation.
This number is incremented for each new interchange. For the ISA (interchange) envelope, AWS B2B Data Interchange generates an interchange control number that is unique for the ISA05 and ISA06 (sender) & ISA07 and ISA08 (receiver) combination.
- starting_transaction_set_control_number
Specifies the starting transaction set control number (ST02) to use for X12 EDI generation.
This number is incremented for each new transaction set.
X12DelimitersProperty
- class CfnPartnershipPropsMixin.X12DelimitersProperty(*, component_separator=None, data_element_separator=None, segment_terminator=None)
Bases:
objectIn X12 EDI messages, delimiters are used to mark the end of segments or elements, and are defined in the interchange control header.
The delimiters are part of the message’s syntax and divide up its different elements.
- Parameters:
component_separator (
Optional[str]) – The component, or sub-element, separator. The default value is:(colon).data_element_separator (
Optional[str]) – The data element separator. The default value is*(asterisk).segment_terminator (
Optional[str]) – The segment terminator. The default value is~(tilde).
- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins x12_delimiters_property = b2bi_mixins.CfnPartnershipPropsMixin.X12DelimitersProperty( component_separator="componentSeparator", data_element_separator="dataElementSeparator", segment_terminator="segmentTerminator" )
Attributes
- component_separator
The component, or sub-element, separator.
The default value is
:(colon).
- data_element_separator
The data element separator.
The default value is
*(asterisk).
- segment_terminator
The segment terminator.
The default value is
~(tilde).
X12EnvelopeProperty
- class CfnPartnershipPropsMixin.X12EnvelopeProperty(*, common=None, wrap_options=None)
Bases:
objectA wrapper structure for an X12 definition object.
the X12 envelope ensures the integrity of the data and the efficiency of the information exchange. The X12 message structure has hierarchical levels. From highest to the lowest, they are:
Interchange Envelope
Functional Group
Transaction Set
- Parameters:
common (
Union[IResolvable,X12OutboundEdiHeadersProperty,Dict[str,Any],None]) – A container for the X12 outbound EDI headers.wrap_options (
Union[IResolvable,WrapOptionsProperty,Dict[str,Any],None])
- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins x12_envelope_property = b2bi_mixins.CfnPartnershipPropsMixin.X12EnvelopeProperty( common=b2bi_mixins.CfnPartnershipPropsMixin.X12OutboundEdiHeadersProperty( control_numbers=b2bi_mixins.CfnPartnershipPropsMixin.X12ControlNumbersProperty( starting_functional_group_control_number=123, starting_interchange_control_number=123, starting_transaction_set_control_number=123 ), delimiters=b2bi_mixins.CfnPartnershipPropsMixin.X12DelimitersProperty( component_separator="componentSeparator", data_element_separator="dataElementSeparator", segment_terminator="segmentTerminator" ), functional_group_headers=b2bi_mixins.CfnPartnershipPropsMixin.X12FunctionalGroupHeadersProperty( application_receiver_code="applicationReceiverCode", application_sender_code="applicationSenderCode", responsible_agency_code="responsibleAgencyCode" ), gs05_time_format="gs05TimeFormat", interchange_control_headers=b2bi_mixins.CfnPartnershipPropsMixin.X12InterchangeControlHeadersProperty( acknowledgment_requested_code="acknowledgmentRequestedCode", receiver_id="receiverId", receiver_id_qualifier="receiverIdQualifier", repetition_separator="repetitionSeparator", sender_id="senderId", sender_id_qualifier="senderIdQualifier", usage_indicator_code="usageIndicatorCode" ), validate_edi=False ), wrap_options=b2bi_mixins.CfnPartnershipPropsMixin.WrapOptionsProperty( line_length=123, line_terminator="lineTerminator", wrap_by="wrapBy" ) )
Attributes
- common
A container for the X12 outbound EDI headers.
X12FunctionalGroupHeadersProperty
- class CfnPartnershipPropsMixin.X12FunctionalGroupHeadersProperty(*, application_receiver_code=None, application_sender_code=None, responsible_agency_code=None)
Bases:
objectPart of the X12 message structure.
These are the functional group headers for the X12 EDI object.
- Parameters:
application_receiver_code (
Optional[str]) – A value representing the code used to identify the party receiving a message, at position GS-03.application_sender_code (
Optional[str]) – A value representing the code used to identify the party transmitting a message, at position GS-02.responsible_agency_code (
Optional[str]) – A code that identifies the issuer of the standard, at position GS-07.
- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins x12_functional_group_headers_property = b2bi_mixins.CfnPartnershipPropsMixin.X12FunctionalGroupHeadersProperty( application_receiver_code="applicationReceiverCode", application_sender_code="applicationSenderCode", responsible_agency_code="responsibleAgencyCode" )
Attributes
- application_receiver_code
A value representing the code used to identify the party receiving a message, at position GS-03.
- application_sender_code
A value representing the code used to identify the party transmitting a message, at position GS-02.
- responsible_agency_code
A code that identifies the issuer of the standard, at position GS-07.
X12InboundEdiOptionsProperty
- class CfnPartnershipPropsMixin.X12InboundEdiOptionsProperty(*, acknowledgment_options=None)
Bases:
objectContains options specific to processing inbound X12 EDI files.
- Parameters:
acknowledgment_options (
Union[IResolvable,X12AcknowledgmentOptionsProperty,Dict[str,Any],None]) – Specifies acknowledgment options for inbound X12 EDI files. These options control how functional and technical acknowledgments are handled.- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins x12_inbound_edi_options_property = b2bi_mixins.CfnPartnershipPropsMixin.X12InboundEdiOptionsProperty( acknowledgment_options=b2bi_mixins.CfnPartnershipPropsMixin.X12AcknowledgmentOptionsProperty( functional_acknowledgment="functionalAcknowledgment", technical_acknowledgment="technicalAcknowledgment" ) )
Attributes
- acknowledgment_options
Specifies acknowledgment options for inbound X12 EDI files.
These options control how functional and technical acknowledgments are handled.
X12InterchangeControlHeadersProperty
- class CfnPartnershipPropsMixin.X12InterchangeControlHeadersProperty(*, acknowledgment_requested_code=None, receiver_id=None, receiver_id_qualifier=None, repetition_separator=None, sender_id=None, sender_id_qualifier=None, usage_indicator_code=None)
Bases:
objectIn X12, the Interchange Control Header is the first segment of an EDI document and is part of the Interchange Envelope.
It contains information about the sender and receiver, the date and time of transmission, and the X12 version being used. It also includes delivery information, such as the sender and receiver IDs.
- Parameters:
acknowledgment_requested_code (
Optional[str]) – Located at position ISA-14 in the header. The value “1” indicates that the sender is requesting an interchange acknowledgment at receipt of the interchange. The value “0” is used otherwise.receiver_id (
Optional[str]) – Located at position ISA-08 in the header. This value (along with thereceiverIdQualifier) identifies the intended recipient of the interchange.receiver_id_qualifier (
Optional[str]) – Located at position ISA-07 in the header. Qualifier for the receiver ID. Together, the ID and qualifier uniquely identify the receiving trading partner.repetition_separator (
Optional[str]) – Located at position ISA-11 in the header. This string makes it easier when you need to group similar adjacent element values together without using extra segments. .. epigraph:: This parameter is only honored for version greater than 401 (VERSION_4010and higher). For versions less than 401, this field is called StandardsId , in which case our service sets the value toU.sender_id (
Optional[str]) – Located at position ISA-06 in the header. This value (along with thesenderIdQualifier) identifies the sender of the interchange.sender_id_qualifier (
Optional[str]) – Located at position ISA-05 in the header. Qualifier for the sender ID. Together, the ID and qualifier uniquely identify the sending trading partner.usage_indicator_code (
Optional[str]) – Located at position ISA-15 in the header. Specifies how this interchange is being used:. -Tindicates this interchange is for testing. -Pindicates this interchange is for production. -Iindicates this interchange is informational.
- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins x12_interchange_control_headers_property = b2bi_mixins.CfnPartnershipPropsMixin.X12InterchangeControlHeadersProperty( acknowledgment_requested_code="acknowledgmentRequestedCode", receiver_id="receiverId", receiver_id_qualifier="receiverIdQualifier", repetition_separator="repetitionSeparator", sender_id="senderId", sender_id_qualifier="senderIdQualifier", usage_indicator_code="usageIndicatorCode" )
Attributes
- acknowledgment_requested_code
Located at position ISA-14 in the header.
The value “1” indicates that the sender is requesting an interchange acknowledgment at receipt of the interchange. The value “0” is used otherwise.
- receiver_id
Located at position ISA-08 in the header.
This value (along with the
receiverIdQualifier) identifies the intended recipient of the interchange.
- receiver_id_qualifier
Located at position ISA-07 in the header.
Qualifier for the receiver ID. Together, the ID and qualifier uniquely identify the receiving trading partner.
- repetition_separator
Located at position ISA-11 in the header.
This string makes it easier when you need to group similar adjacent element values together without using extra segments. .. epigraph:
This parameter is only honored for version greater than 401 ( ``VERSION_4010`` and higher). For versions less than 401, this field is called `StandardsId <https://docs.aws.amazon.com/https://www.stedi.com/edi/x12-004010/segment/ISA#ISA-11>`_ , in which case our service sets the value to ``U`` .
- sender_id
Located at position ISA-06 in the header.
This value (along with the
senderIdQualifier) identifies the sender of the interchange.
- sender_id_qualifier
Located at position ISA-05 in the header.
Qualifier for the sender ID. Together, the ID and qualifier uniquely identify the sending trading partner.
- usage_indicator_code
.
Tindicates this interchange is for testing.Pindicates this interchange is for production.Iindicates this interchange is informational.
- See:
- Type:
Located at position ISA-15 in the header. Specifies how this interchange is being used
X12OutboundEdiHeadersProperty
- class CfnPartnershipPropsMixin.X12OutboundEdiHeadersProperty(*, control_numbers=None, delimiters=None, functional_group_headers=None, gs05_time_format=None, interchange_control_headers=None, validate_edi=None)
Bases:
objectA structure containing the details for an outbound EDI object.
- Parameters:
control_numbers (
Union[IResolvable,X12ControlNumbersProperty,Dict[str,Any],None]) – Specifies control number configuration for outbound X12 EDI headers. These settings determine the starting values for interchange, functional group, and transaction set control numbers.delimiters (
Union[IResolvable,X12DelimitersProperty,Dict[str,Any],None]) – The delimiters, for example semicolon (;), that separates sections of the headers for the X12 object.functional_group_headers (
Union[IResolvable,X12FunctionalGroupHeadersProperty,Dict[str,Any],None]) – The functional group headers for the X12 object.gs05_time_format (
Optional[str]) – Specifies the time format in the GS05 element (time) of the functional group header. The following formats use 24-hour clock time: -HHMM- Hours and minutes -HHMMSS- Hours, minutes, and seconds -HHMMSSDD- Hours, minutes, seconds, and decimal seconds Where: -HH- Hours (00-23) -MM- Minutes (00-59) -SS- Seconds (00-59) -DD- Hundredths of seconds (00-99)interchange_control_headers (
Union[IResolvable,X12InterchangeControlHeadersProperty,Dict[str,Any],None]) – In X12 EDI messages, delimiters are used to mark the end of segments or elements, and are defined in the interchange control header.validate_edi (
Union[bool,IResolvable,None]) – Specifies whether or not to validate the EDI for this X12 object:TRUEorFALSE. When enabled, this performs both standard EDI validation and applies any configured custom validation rules including element length constraints, code list validations, and element requirement checks. Validation results are returned in the response validation messages.
- See:
- ExampleMetadata:
fixture=_generated
Example:
# The code below shows an example of how to instantiate this type. # The values are placeholders you should change. from aws_cdk.mixins_preview.aws_b2bi import mixins as b2bi_mixins x12_outbound_edi_headers_property = b2bi_mixins.CfnPartnershipPropsMixin.X12OutboundEdiHeadersProperty( control_numbers=b2bi_mixins.CfnPartnershipPropsMixin.X12ControlNumbersProperty( starting_functional_group_control_number=123, starting_interchange_control_number=123, starting_transaction_set_control_number=123 ), delimiters=b2bi_mixins.CfnPartnershipPropsMixin.X12DelimitersProperty( component_separator="componentSeparator", data_element_separator="dataElementSeparator", segment_terminator="segmentTerminator" ), functional_group_headers=b2bi_mixins.CfnPartnershipPropsMixin.X12FunctionalGroupHeadersProperty( application_receiver_code="applicationReceiverCode", application_sender_code="applicationSenderCode", responsible_agency_code="responsibleAgencyCode" ), gs05_time_format="gs05TimeFormat", interchange_control_headers=b2bi_mixins.CfnPartnershipPropsMixin.X12InterchangeControlHeadersProperty( acknowledgment_requested_code="acknowledgmentRequestedCode", receiver_id="receiverId", receiver_id_qualifier="receiverIdQualifier", repetition_separator="repetitionSeparator", sender_id="senderId", sender_id_qualifier="senderIdQualifier", usage_indicator_code="usageIndicatorCode" ), validate_edi=False )
Attributes
- control_numbers
Specifies control number configuration for outbound X12 EDI headers.
These settings determine the starting values for interchange, functional group, and transaction set control numbers.
- delimiters
The delimiters, for example semicolon (
;), that separates sections of the headers for the X12 object.
- functional_group_headers
The functional group headers for the X12 object.
- gs05_time_format
Specifies the time format in the GS05 element (time) of the functional group header.
The following formats use 24-hour clock time:
HHMM- Hours and minutesHHMMSS- Hours, minutes, and secondsHHMMSSDD- Hours, minutes, seconds, and decimal seconds
Where:
HH- Hours (00-23)MM- Minutes (00-59)SS- Seconds (00-59)DD- Hundredths of seconds (00-99)
- interchange_control_headers
In X12 EDI messages, delimiters are used to mark the end of segments or elements, and are defined in the interchange control header.
- validate_edi
TRUEorFALSE.When enabled, this performs both standard EDI validation and applies any configured custom validation rules including element length constraints, code list validations, and element requirement checks. Validation results are returned in the response validation messages.
- See:
- Type:
Specifies whether or not to validate the EDI for this X12 object