EXE and DLL Inspector, Export Function List Viewer. Entry points, numbers, names, calling syntax. DLL Export Viewer. The Export Function List Viewer shows those functions that may be called upon by other applications. SMTP POP3 IMAP Email Component for CC. NET, C SMTP Component, VC Email Component, POP3 C Component, C SMTP Email Library. NET email component. Windows APIs are dynamiclink libraries DLLs that are part of the Windows operating system. You use them to perform tasks when it is difficult to write equivalent. In computing, DLL Hell is a term for the complications that arise when working with dynamic link libraries DLLs used with Microsoft Windows operating systems. How to callinvoke external DLL library methodfunction from Java code Note that at time of writing, even with any Any CPU DLL and on a 64bit PC, I had to deploy the assembly into the Program Files x86Microsoft SQL Server. How to Register and Unregister a DLL or ActiveX controls using Regsvr32. Regsvr32. exe is a program that you can use to register and unregister dynamiclink. Dynamic Link Library files or DLLs are libraries of computer code and data that are used as shared resources on computers running the Windows Operating System OS. A. In other words, these functions are what the file is making available to other programs. PE Explorer DLL Inspector provides important information about entry points, numbers, names and calling syntax of exported functions. The actual name of a procedure as it is to be called is found in the export table of any executable, EXE or DLL. The name which the calling program is going to use is in that calling programs import table. When a DLLEXE exports a function to be used by other DLLEXE, it can do so in two ways it can export the function by name or by ordinal only. Say if there is a function named Map. Debug Information. DLL, it can choose to tell the other DLLsEXEs that if they want to call the function, they must specify it by its name, ie. Map. Debug. Information. The other way is to export by ordinal. An ordinal is a 1. DLL. This number is unique only within the DLL it refers to. For example, in the above example, the DLL can choose to export the. Then the other DLLsEXEs which want to call this function must specify this number in Get. Proc. Address. This is called export by ordinal only. Quick Function Syntax Lookup Now, when reviewing functions with the Imports, Exports and Delay Imports viewers, clicking a function entry instantly displays the calling syntax for that function. Parameters, return values, calling. Double clicking an entry launches a description editor for adding comments or changing details. Say good bye to digging through bloated. API reference. PE Explorer comes bundled with descriptions for 3. Windows operating system libraries eg. KERNEL3. 2, GDI3. USER3. 2, SHELL3. Jannat Tv Serial. WSOCK3. 2, key graphics libraries. DDRAW, OPENGL3. 2 and more. When performing quick syntax lookups, PE Explorer searches through the user directory first then proceeds through the bundled descriptions stopping when a match is found. Results are displayed in the. Syntax window located beneath the function entry listing of the particular viewer. If PE Explorer is unable to locate a description set for a particular library or function an appropriate failure message is displayed instead. Unmangling Feature PE Explorer is able to internally unmangle the exported symbols from libraries compiled with both Microsoft and Borland C compilers. Among the exported and imported functions of DLLs there may be found DLLs written in C that often export functions with mangled names. Because the C programming language allows programmers to give different entities the same name, C compilers generate external entity names that include information regarding aspects of the entitys type and fully qualified name in order to keep them disinquishable. This name mangling ensures that external names will not clash and that entities with strange names, such as operators eg. Conversely, mapping mangled names back to human readable ones can be quite a challenge as different vendors employ different encoding schemes to generate these external names. Download PE Explorer and learn how it can make you more productive. PE Explorer Data Sheet PDF 3. MSPDS MSP Debug Stack TI. New device support          MSP4. FR2. 03. 3 Family         MSP4. FG6. 62. 6 Family. New features          MSP FET BSL support I2. C and UART BSL         Can be activated via invalid baud rate commands         9. Tristate of all UART BSL pins no current flow into target device         9. Configure UART communication without handshake default start behavior         9. Configure UART communication with handshake         9. Voltage configuration command. Set target VCC hard to 3. V         9. 60. BSL Entry sequence Power up 3. V UART BSL         1. BSL Entry sequence Power up 3. V I2. C BSL         4. BSL Entry sequence Power up 3. V I2. C BSL         8. Enable MSP FET debugger mode disable of MSP FET BSL mode         During MSP FET BSL mode the debugger mode is disabled         Over current protection of JTAGI2. CUART and VCC supply lines is switched of in MSP FET BSL mode         In MSP FET UART BSL mode only fixed baud rates are supported 9. Changes          Early MSP4. FR6. 98. 9 family silicon older than revision C is no longer supported         Early MSP4. FR5. 96. 9 family silicon older than revision F is no longer supported         Improved Energy. Trace stability on longer runs         Improved stability during UIF firmware update from v. Fuse blow option no longer available for MSP4. SMCLK no longer listed for clock control on MSP4. Changed voltage of 3. V to 3. 30. 0m. V during UIF start up         Changed MSP FET UART lines power up state UART lines are configured to High Z during MSP FET start up         Changed MSP FET UART to only support fixed baud rates 9. Bug Fixes          Fixed clock control module definitions For MSP4. FR5. 96. 9MSP4. 30. FR6. 98. 9         Fixed potential race condition in communication with Fet could get out of sync         Fixed potential race condition between events eg. LPMx. 5 and API calls         Fixed memory leak when receiving asynchronous events breakpoints, trace,. Fixed case of hex digits when writing Intel Hex now upper case         Fixed debug access affect LPM current consumption on FR5. Fixed Race conditions during LPM5breakpoint events. Known Limitations          On devices with FLL, clock control does not allow to keep clocks running, while the device is halted and the clock is sourced by the FLL         V1. UIF does not work in SBW2 mode with 2. Z FET UART might lose bytes with 1. DMA as data loopback on target device         MSP FET EEM access to F1. L0. 92 devices is only possible with JTAG speed slow.