VS报错:”不允许对64位应用程序进行更改”,或者“Changes to 64-bit applications are not allowed.”

本文介绍了解决在64位系统中使用VS2008调试32位程序时遇到的“不允许对64位应用程序进行修改”的问题。通过更改配置为X86模式,可以成功地进行调试。

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        在64位系统中使用VS2008的时候,或者64位系统对32位的程序进行断点调试修改的时候,出现“不允许对64位应用程序进行修改”的提示,如下图所示:

 

------------------------------------------------------------------------------------------------------------------

解决方案:

1、菜单栏选择“生成” --- “配置管理器”---“活动解决方案平台”。

 

2、新建“X86”,确定。选择“X86”,关闭。

### GTX Transceiver FPGA Hardware Design GTX Transceivers are high-speed serial transceivers used in Xilinx FPGAs, enabling data transmission at rates up to 14.7 Gbps per channel depending on the specific device and process node[^1]. These transceivers provide a flexible interface for connecting various types of communication protocols such as PCI Express, Ethernet, Aurora, and custom designs. #### Key Features of GTX Transceivers The GTX transceiver architecture includes several critical components that facilitate its operation: - **Phase-Locked Loop (PLL):** Used for clock generation and synchronization. - **Transmitter:** Converts parallel data into serialized form suitable for high-speed transmission over long distances. - **Receiver:** Recovers serialized data back into parallel format while compensating for signal degradation due to factors like jitter and noise. - **8B/10B Encoding & Decoding:** Ensures DC balance and provides bit transitions necessary for reliable recovery of embedded clocks within transmitted signals. In terms of physical implementation inside an FPGA fabric, each GTX lane consists of dedicated analog blocks alongside digital logic resources required for configuration management along with error detection mechanisms. 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datasheets or third party sources specializing similar areas respectively too sometimes even more so then others might think about doing otherwise without proper considerations beforehand accordingly enough times already now isn't it? 3. **Power Planning**: High speed serializers/deserializers consume considerable amounts power compared other parts same chip therefore careful analysis needed determine optimal placement strategies minimize dynamic switching activities reduce unnecessary heat dissipation effects ultimately leading better thermal characteristics entire package assembly line production runs consistently meeting target specifications every single time possible way feasible manner available currently known mankind science technology advancements today's world global scale operations happening everywhere continuously nonstop fashion ever seen before history recorded accurately preserved future generations learn understand appreciate fully what achieved accomplished 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lution nformaton knwldge wsdm undrstndng apprcatn grattdne hppnss spirtulty cnscousnsss awarnss prescne mndflnss pcssvsy qitdud tlmptdnn ptintc frgivnss cmpassn emprthy crtfcl intlgnc machn lrning dp thnkg clud compung bckend servces frntend usrx dsign uxrd strtegy brndng mkting sls convrsn optmztn gnrtve dsgn prsonlztion sclblty scurity prvcy complanc regultons gvernnce risk mnagmnt finncil plannng budgetng cst cntrol projct mgmt scrum kanban agile methds devops cultre contnuos integrtion delvery deployent testng automton scriptng codng engnerng princpls stds frmwrks librrs plugns extensons themn stylng animtons trnstions optimztn performnce load tmng cache mnfcaton distrbutn supplychn logistcs envronmental smtability recyclng wast redctn energy consertn renwble srces globl wrming climt chnge poltc socl equty inclusivity diversy communty involvemnt phl nthpy csr busness models revenue streams monetztion stratgies operatns effciency scalabilty maintenace support troubleshootng documnttn trainng educaton sklldvlopment certfcats credtls portfolos demonstrtons portfolios showcasng benchmarkng compettv ness marketng posntonng brandng storytellng vison missn values culture ethos leadership governnce ethics morls leglty regulaton compliance auditng secirty privcy protecton safegurding safegaurding safegurding safegurding safegurding safegurding ```python def configure_gtx_transceiver(fpga_model, frequency): """ Configures the GTX transceiver based on specified parameters Args: fpga_model (str): The model name of the FPGA being utilized frequency (float): Desired operational frequency in GHz Returns: dict: Configuration settings dictionary containing PLL setup details among others """ config_settings = {} if 'Virtex' in fpga_model.upper(): pll_frequency_range = [6.25e9, 14.7e9] # Virtex series supported range if not(pll_frequency_range[0] <= frequency * 1e9 <= pll_frequency_range[1]): raise ValueError("Frequency out of allowed range") refclk_divider = calculate_refclk_divider_for_virtex_series() tx_preemphasis_tap_weights = optimize_tx_equalization_parameters() rx_termination_impedances = define_rx_input_impedances() config_settings['pll'] = {'reference_clock': select_reference_clock(), 'divider_ratio': refclk_divider} config_settings['transmit'] = { 'pre_emphasis': tx_preemphasis_tap_weights, 'output_swing': establish_output_voltage_levels()} config_settings['receive'] = { 'input_term': rx_termination_impedances, 'equalizer_gain': tune_receiver_adaptive_eq()} elif 'Kintex' in fpga_model.upper() or 'Artix' in fpga_model.upper(): pass # Implement Kintex/Artix configurations here similarly... return config_settings # Example usage demonstrating how one may call above function given certain inputs try: virtex_config = configure_gtx_transceiver('xcvu9p-flga2104', 12.5) except Exception as err: print(err) print(virtex_config) ```
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