When combined with 5-HT 3 antagonists there are reduced serotonin concentrations in the gut and increased sensitivity of 5-HT 3 receptors to antiemetics.Īgonist action at the GABA A receptor provides anxiolysis.Īction at the chemoreceptor trigger zone to suppress the activity of dopamine.Īctivate cannabinoid CB1 (inhibitory) receptors in the central nervous system and peripheral nervous system to modulate release of neurotransmitters. Hyoscine (oral) – available as non-prescription medicine.Ĭentral inhibition of prostaglandin synthesis and encephalin release. Hyoscine (parenteral) – palliative care medicine. Promethazine also blocks dopamine D2 receptors.īlock muscarinic receptors in vestibular nuclei, vomiting centre and higher brain centres. Netupitant/palonosetron fixed-dose combinationīlock neurokinin type 1 receptors in the central and peripheral nervous system.Ĭyclizine, doxylamine, promethazine and pheniramine all block muscarinic receptors. Tropisetron – chemotherapy-induced nausea and vomiting Palonosetron – chemotherapy-induced nausea and vomiting Granisetron – chemotherapy or radiation- induced nausea and vomiting Ondansetron – chemotherapy or radiation- induced nausea and vomiting Metoclopramide and paracetamol combinations – available as non-prescription medicinesīlock 5-HT 3 receptors in the chemoreceptor trigger zone and gastrointestinal tract. Metoclopramide (parenteral) – palliative care medicine These include blockade of serotonin, histamine, adrenergic and muscarinic receptors. Phenothiazines – prochlorperazine,* chlorpromazine*īutyrophenones – droperidol,* haloperidol*īlock dopamine type 2 (D2) receptors centrally in the chemoreceptor trigger zone and peripherally in the gastrointestinal tract.ĭomperidone blocks peripheral D2 receptors only.Īt higher doses, effects on other receptors are seen. Pharmaceutical Benefits Scheme restrictions Soap *ctx = soap_new1(SOAP_XML_INDENT) // create a contextĭata.Table 1 - Antiemetics available in Australia #include "ns.nsmap" // this is generated by soapcpp2 The XML serializer can be used as follows: #include "soapH.h" // this is generated by soapcpp2 If you want to define a root element for MyData in this schema, then add the following to the header file and rerun soapcpp2 on this file: typedef ns:MyData _ns_myRoot // ns:myRoot is an XML element of type ns:MyData You can get rid of the SOAP stuff with option -0 (dash zero) for soapcpp2.
This is a gsoap convention.Īfter running soapcpp2 on this header file, it generates a schema ns.xsd with your XML types: The difference is that ns: will not be part of your C++ type names, whereas ns_ will be part of your C++ type names. Note that I've kept it simple by using ns: as a prefix rather than ns_ ( ns with double underscores). Xsd_base64Binary y // a QByteArray object Define C++ types that use the xsd_Type QT types imported above
Define an XML namespace "ns" for our schema Declare QT container template(s) we will use #import "custom/qbytearray_base64.h" // typedef QByteArray xsd_base64Binary #import "custom/qstring.h" // typedef QString xsd_string Import the QT types that we want to bind to XSD types xsd_Type Don't forget to #include "soapH.h" (which also includes soapStub.h). Then run soapcpp2 on the file and compile the generated soapC.cpp with stdsoap2.cpp. To use QString as a serializable type, simply add an #import "custom/qstring.h" to your header file that has the data binding interface for soapcpp2. Perhaps it is easier to understand all off this with a simple example.
These types are then serialized using a custom serializer that is compiled and linked with your code.
QT types are bound to XSD types by name, basically just a typedef. If it helps, the recent release of the gsoap toolkit 2.8.34 now supports serialization of QT primitive types and QT containers in XML with minimal effort.
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