[BUG] Azure OpenAi with Azure Search with Semantic search about azure-sdk-for-net

[github-actions]

Thanks for the feedback! We are routing this to the appropriate team for follow-up. cc @jpalvarezl @trrwilson.

[Rotarex-Guillaume-Michael]

Here is an error message I have

Azure.RequestFailedException: 'Service request failed.
Status: 207 (Multi-Status)

Content:
{"id": "5415d5ba-35cc-4700-a636-ae5fe6c6216f", "model": "gpt-4", "created": 1712750209, "object": "extensions.chat.completion", "choices": [{"index": 0, "finish_reason": "stop", "message": {"role": "assistant", "content": "The B0701 refers to a series of ILP (Integrated Life Protection) valves used in fire suppression systems. These valves control the release of extinguishing agents, such as ABC dry chemical powder, from pressurized cylinders in the event of a fire. The ILP Powder System, which includes the B0701 valve, is designed for rapid fire suppression to minimize property damage. The B0701 valve is equipped with features such as a pressure gauge, a ball valve, and multiple outlet connections for the discharge network [doc2][doc5]. The system is intended for use in various applications, including protecting engine compartments and adjacent auxiliary aggregates in vehicles [doc5].", "end_turn": true, "context": {"citations": [{"content": "5 Solenoid actuator\nThe solenoid actuator is an electromechanical device that allows the ILP Powder System to be actuated electrically \nfrom a control unit or other electric signal.The solenoid actuator is equipped with a supervisory switch which must be \nelectrically connected to the supervisory circuit of the control unit.The solenoid actuator is only permitted for use in the temperature range from -40 \u00b0C to +50 \u00b0C.Article number 029900234\nInlet connection (C) M16 x 2 Minimess with non-return valve\nOutlet connection (A) M10 x 1 male with O-ring\n\n6.9.7 Manual release device with diaphragm\n The manual release device with diaphragm is an inline device.When the ILP valve is actuated it releases the nitrogen in \n the FireDETEC\u00ae pneumatic detection tube allowing the ILP valve to open and release the extinguishing agent into the \n hazard area.The warning labels provide information on how \nto use a component or that a ILP Powder System is installed for fire protection.CAUTION\nTHIS TUBE IS UNDER PRESSURE.CAUTION\nTHIS TUBE IS UNDER PRESSURE.CAUTION\nTHIS TUBE IS UNDER PRESSURE.CAUTION\nTHIS TUBE IS UNDER PRESSURE.CAUTION\nTHIS TUBE IS UNDER PRESSURE.CAUTION\nTHIS TUBE IS UNDER PRESSURE.CAUTION\nTHIS TUBE IS UNDER PRESSURE.CAUTION\nTHIS TUBE IS UNDER PRESSURE.THIS EQUIPMENT IS PROTECTED AGAINST FIRE BY:THIS EQUIPMENT IS PROTECTED AGAINST FIRE BY: WARNING\nDO NOT USE THIS EQUIPMENT WHEN THE FIRE \nPROTECTION SYSTEM IS DISABLED.MANUAL ACTUATION\n\nPull the yellow safety \ndevice\n\nPush the red \nhandle\n\n1 21 2\n\nCAUTION\nTHIS TUBE IS UNDER PRESSURE.CAUTION\nTHIS TUBE IS UNDER PRESSURE.CAUTION\nTHIS TUBE IS UNDER PRESSURE.CAUTION\nTHIS TUBE IS UNDER PRESSURE.Article number 026300506\n\nConnection ISO 8434-1 M18x1,5 with 24\u00b0 cone\n\nStandard ISO 8434-1\n\nWorking pressure PN 315\n\nSurface Electro galvanized\n\nMaterial Steel\n\nPlacing the double swivel nut directly between nozzle fitting and T-fitting\nThe double swivel nut is used to connect the nozzle fitting 026300012 to the T-fitting 026600017.Page 26 of 62 027650086 - 2023/09/20\n\nSecuring the nozzle with the nozzle bracket\nThe double swivel nut is used to connect the nozzle fitting 026300012 to the bulkhead connector 026300507 when using \nthe nozzle with a designated nozzle bracket 024900495.Nozzle fitting\n\nNozzle\n\nDouble swivel nut\n\nNozzle bracket\n\nBulkhead connector \n\n6.9.10 Nozzle bracket\nThe nozzle bracket is used to fix the bulkhead connector in place when securing the nozzle as detailed in chapter 6.9.9", "title": null, "url": null, "filepath": null, "chunk_id": "2"}, {"content": ".................................................................................... 11\n5.5 Pressure .......................................................................................................................................................................... 11\n5.6 Safety precautions .......................................................................................................................................................... 11\n 5.6.1 General ............................................................................................................................................................... 11\n 5.6.2 Pressure cylinders including transportation ........................................................................................................ 11\n\n6 Components .................................................................................................................................................................. 12\n6.1 ILP valve series B0701.Pressurized extinguishing agent pressure cylinder\nThe ILP Powder System uses a pressurized type B0701 cylinder valve assembly..The ILP Powder System combines an environmentally safe extinguishing agent and specially developed components for \na powerful and rapid fire suppression, which reduces property damage to the lowest possible extent.\n\n3.1 Illustrations\n3.1.1 ILP valve\n\nG\n\n1\n\nA\n\nA\n\nC\n\n2\n\n3\n\n4\n\n5\n\nFigure 3.1.1.1 B0701 Valve with ball valve\n\n Legend\n1 Pressure gauge 5 Safety screw\n2 Ball valve A Outlet connection\n3 Safety clip C Inlet connection\n4 FireDETEC\u00ae connection G Dip tube thread\n\n\n\nInstruction manual\nFireDETEC\u00ae ILP System for ABC powder - UNECE R107 - B07508\n\nCEODEUX Extinguisher Valves Technology S.A..Page 12 of 62 027650086 - 2023/09/20\n\n6 Components\nFor detailed product information on the respective components refer to their respective instruction \nmanuals.\n\n6.1 ILP valve series B0701\nThe ILP valve controls the release of the ABC powder from the ILP pressure cylinder.", "title": null, "url": null, "filepath": null, "chunk_id": "0"}, {"content": "The caution sign must be placed in a conspicuous location at the entrance to the \nprotected hazard and or on the cabinet or machine that is being protected.Instruction manual\nILP fire suppression system for FM-200TM B0701\n\nCEODEUX Extinguisher Valves Technology S.A", "title": null, "url": null, "filepath": null, "chunk_id": "4"}, {"content": "1 Isometric diagram of FK-5-1-12 pressurized with nitrogen to 240 psi at +68 \u00b0F\n\nInstruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A.\u00b0F)\n\nHeat of vaporization (kJ/kg \u00b0C) at boiling point 37,8\nThermal conductivity (W/m \u00b0C) of liquid 0,034\n\nInstruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A.Instruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A.Instruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A.Article number 029900168\n\nSwitch type SPST (auto-reset pressure switch)\n\nFixture 1/8\u201d NPT\n\nProof pressure 400 psi\n\nType Normally open (N/O) at atmospheric conditions (0 psi)\n\nElectrical rating 120 / 240 V - 375 VA\n\nConformity UL listed\n\nInstruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A.Article number B07800002 Article number B07800200\n\nOuter diameter 0,234\u201d / 6 mm Outer diameter 0,234\u201d / 6 mm\n\nInternal diameter 0,156\u201d / 4 mm Internal diameter 0,156\u201d / 4 mm\n\nColor Red RAL 3000 Color Black RAL 9005\n\nMinimum bending radius 4\u201d / 100 mm Minimum bending radius 5,9\u201d / 150 mm\nBurst temperature +320 \u00b0F at 240 psi\n\n+160 \u00b0C at 16,5 bar\nBurst temperature +284 \u00b0F at 240 psi\n\n+140 \u00b0C at 16,5 bar\n\nConformity UL listed Conformity\n\nInstruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A.Through-panel \nfastener\n\nThrough-panel \nprotector\n\nArticle number B07830005 Article number B07860001\nOrifice diameter 0,236\u201d / 6 mm Orifice diameter 0,25\u201d / 6,35 mm\nMaximal panel thickness 0,95\u201d / 2,4 mm Maximal panel thickness 0,07\u201d / 1,8 mm\nLength 1,18\u201d / 30 mm Length 0,20\u201d / 5 mm\nMaterial Polyamide Material Rubber\n\nInstruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A.Pre Engineered Fire Suppression Systems - FK-5-1-12 \nFire Extinguishing Agent\n\n028000493\n\nARTICLE NUMBER\n\nYEAR OF MANUFACTURING\n\nFILLING LOCATION\n\nPRESSURE (bar / psi)\n\n/\n\nGROSS WEIGHT (Kg / Lbs)\n\n/\n\nAGENT WEIGHT (Kg / Lbs)\n\n/\n\nTARE WEIGHT (Kg / Lbs)\n\n/\n\nChemical Under Pressure, N.O.S., (Nitrogen)\nFK-5-1-12 Fire Protection Fluid\n\nUN 3500\n\nArticle number 028000492 (for FM/UL) 028000493\nKey features self-adhesive self-adhesive\nDimensions 135 x 175 mm (5,31\u201d x 6,88\u201d) 135 x 175 mm (5,31\u201d x 6,88\u201d) \n\nInstruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A.Article number B04420127\nTube connection 6 mm quick connect fitting\nLength 3,9\u201d / 100 mm\nHEX flats 9W / 24 V\nPressure gauge scale 0 to 400 psi\nCharging port YES\n\nInstruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A.Article number B07850006\nAudible signal 87d\nPower supply 110-220 V AC / 6mA\nFrequency 3 kHz\n\nInstruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A.Instruction manual\nILP total flooding system for FK-5-1-12 B0701\n\nCEODEUX Extinguisher Valves Technology S.A", "title": null, "url": null, "filepath": null, "chunk_id": "1"}, {"content": "11\n5.5 Pressure . 11\n5.6 Safety precautions . 11\n 5.6.1 General . 11\n 5.6.2 Pressure cylinders including transportation . 11\n\n6 Components . 12\n6.1 ILP valve series B0701.The product described in this instruction manual is intended exclusively for specialists with experience in installation and \nmaintenance and specifically with the product described herein. \n\n1.1 General understanding of safety\nThe product has been safely constructed and poses no danger if it is operated in a technically correct manner.Obey all instructions and warnings in this instruction manual when assembling, installing and operating this product.\n\n1.2 Distributor obligations\nThe distributor of the product described herein must ensure the following:\n\u2022 All warnings, instructions and product labels for end-users are in the responsibility of the distributor.\n\u2022 Check whether the product is subject to European Regulations, Directives or other acts and, if necessary, whether it \n\nis marked accordingly (for example or ) and, if required, whether it is supplied with the declaration of conformity.\n\u2022 Protection from unauthorized access.\n\u2022 Compliance with European and national regulations.\n\u2022 Awareness and comprehension of the product specifications of all affected personnel.\n\u2022 Avoidance of non-intended use.\n\u2022 When the product is installed, all warnings, instructions and product labels for the end-users are in the responsibility \n\nof the operator.\n\n1.3 Symbols used and their meanings\nThe warnings are scaled according to the.Indicates useful tips and recommendations as well as information for efficient and trouble-free \noperation.\n\n2 Intended use\nThe FireDETEC\u00ae ILP System for ABC dry chemical powder \u2013 UNECE R107 is a pre-engineered fire fighting system \nintended for use on category M2 and M3 vehicles, as detailed by UN Regulation No 107.It utilizes dry chemical ABC \npowder FUREX ABC 770, which is effective on:\n\u2022 Class A fires - surface fires of celluloid materials (wood, paper, cloth \u2013 anything that leaves an ash residue after \n\ncombustion)\n\u2022 Class B fires - fires of flammable liquids and gases\n\u2022 Class C fires - fires that involve energized electrical equipment\nThe FireDETEC\u00ae ILP System with ABC dry chemical powder \u2013 UNECE R107 must be designed and installed in \naccordance with the requirements outlined in this instruction manual.The product is defined for the European market/countries according to European regulations and directives.\u2022 Retrofits and modifications are prohibited\n\u2022 All guarantees/warranties are void in the event of non-intended use.\n\n3 Functional description\nThe FireDETEC\u00ae ILP System for ABC dry chemical powder \u2013 UNECE R107 is a pre-engineered automatic fire fighting \nsystem intended for use on category M2 and M3 vehicles, as detailed by UN Regulation No 107.The FireDETEC\u00ae ILP System for ABC dry chemical powder \u2013 UNECE R107 is abbreviated as \u201cILP \nPowder System\u201d and the extinguishing agent dry chemical ABC powder FUREX ABC 770 as \u201cABC \npowder\u201d in the following chapters of this instruction manual.The ILP Powder System is used to protect the engine compartments and adjacent auxiliary aggregates of category M2 \nand M3 vehicles.The ILP Powder System is made up of 3 basic functional units:\n\n1.The FireDETEC\u00ae pneumatic detection tube is pressurized with dry nitrogen when it is put into service and \nits service pressure is sustained by the pressurized extinguishing agent pressure cylinder.The FireDETEC\u00ae pneumatic detection tube is installed in the hazard area as a continuous linear detector that will rupture \nfrom flame impingement or when the temperature reaches the release point.The ILP Powder System is developed for use in total flooding applications, where \n\u2022 the hazard area is either not normally occupied or the fire fighting system is shut-off in presence of personnel, as in \n\nthe common case of maintenance work being performed.\n\u2022 upon rupture of the FireDETEC\u00ae pneumatic detection tube, the valve of the pressurized extinguishing agent pressure \n\ncylinder opens automatically and the ABC powder is released.\n\u2022 in addition to the automatic actuation via the FireDETEC\u00ae pneumatic detection tube, an additional mode of actuation \n\nvia a manual release device or an electrical actuation via a solenoid valve is also possible.\n\n2.Pressurized extinguishing agent pressure cylinder\nThe ILP Powder System uses a pressurized type B0701 cylinder valve assembly.The ABC powder is pressurized with nitrogen, stored in ILP pressure cylinders made of steel, that are located in a safe \nand accessible location.Mounted upon is an ILP valve, connecting to the FireDETEC\u00ae pneumatic detection tube and the discharge network.The ILP valve is made of nickel plated brass, equipped with a pressure gauge to monitor the ILP Powder System and \nFireDETEC\u00ae pneumatic detection tube pressure, a ball valve that is the interface and isolation shut-off to the FireDETEC\u00ae \npneumatic detection tube.Each ILP valve is equipped with 2 outlet connections (A).Each outlet connection (A) is fitted with a plug that must be \ninstalled in the outlet connection (A) whenever the ILP pressure cylinder is not safely fixed in place, being transported or \nis not in service.Each main \nbranch line is connected to one of the 2 outlet connections (A) of the ILP valve.Upon actuation, the ABC powder is discharged into the area affected by fire through the discharge network.A secondary branch line is usually used to protect adjacent auxiliary aggregates and varies depending on the \napplication.The ILP Powder System combines an environmentally safe extinguishing agent and specially developed components for \na powerful and rapid fire suppression, which reduces property damage to the lowest possible extent.\n\n3.1 Illustrations\n3.1.1 ILP valve\n\nG\n\n1\n\nA\n\nA\n\nC\n\n2\n\n3\n\n4\n\n5\n\nFigure 3.1.1.1 B0701 Valve with ball valve\n\n Legend\n1 Pressure gauge 5 Safety screw\n2 Ball valve A Outlet connection\n3 Safety clip C Inlet connection\n4 FireDETEC\u00ae connection G Dip tube thread\n\nInstruction manual\nFireDETEC\u00ae ILP System for ABC powder - UNECE R107 - B07508\n\nCEODEUX Extinguisher Valves Technology S.A.This is possible within the limitations detailed in chapter 8.FUREX ABC 770 appears as a fine-grained and dusty powder and is off-white to yellowish in color.In addition, it is \ncoated in silicone to enhance water repellence and flow properties.Unlike water, FUREX ABC 770 does not conduct electricity and is not sensitive to cold temperatures.FUREX ABC 770 is \neasy to store and empty pressure cylinders can be easily refilled.FUREX ABC 770 is propelled from the ILP pressure cylinder by nitrogen (N2).Refer also to the MSDS in chapter 17.1.\n\n5.1 Physical properties of FUREX ABC 770\nActive ingredient Ammonium Dihydrogen Phosphate\n\n91 % \u00b1 3 %\nBulk density 87 \u00b1 5 g / 100 ml\nHumidity < 0,25 %\nColor Off-white / Yellow\nSuitable for Class A, B and C fires\n\n5.2 Extinguishing mechanism\nFire suppression with ABC powder products works by smothering the fire in a layer of inert solid, in case of FUREX ABC \n770 this is Ammonium Dihydrogen Phosphate", "title": null, "url": null, "filepath": null, "chunk_id": "0"}], "intent": "["What is B0701", "Define B0701", "B0701 meaning"]"}}}], "usage": {"prompt_tokens": 6562, "completion_tokens": 154, "total_tokens": 6716}, "system_fingerprint": "fp_8abb16fa4e"}

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Date: Wed, 10 Apr 2024 11:56:49 GMT
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[Rotarex-Guillaume-Michael]

Could the Free semantic ranker tier of Azure search be the problem ?

[Rotarex-Guillaume-Michael]

It appear the problem was the tier plan. It would be nice to have a more meaningfull error