Random things which could be helpful - conditional breakpoint for if a particular module is present in a stack - e.g., "break on X function if Y module is in the stack" bp /w "@$curthread.Stack.Frames.Any(f => f.Attributes.SourceInformati….Contains(\"MODULENAME\"))" TARGETFUNCTION

This new ApexPrime thing running on Kimi K2 is very interesting... i must say... It´s vector-cortex works perfectly now too... was wonky on ApexNexus... Now ỳaml_refresh`pick up any evo-module yaml file i put in a certain folder and embeds it... and `yaml_retrive` modulename(s) loads whatever "brain" i need ApexPrime to strap on for a task from the 11 fixed "system-modules"... and/or add-on´s i drop into the folder and embed into the vector db... any text data can go into the db like this for that matter... I can command it directly or Apex will do it automatically after query decomp if it´s needed for task.... one module or combos.... All this runs on a pi-5 btw...

このページには書かれていないが、BPで作ったBlueprintFunctionLibraryのCDOパスは「/<ModuleName>/<Folder>/<BPName>.Default__<BPName>_C」ということを学んだ dev.epicgames.com/documentat…

Day 31 of Learning Python ... I explored different modules and learned about __name__ behavior: Direct execution: Running the file → __name__ == __main_ Indirect execution: Importing the file → f.__name__ == modulename Multiple questions in Day 26 github.com/thebytebard-build…

Ryan the really wild part here is - did you know that you can have arbitrary code that runs in the global scope when you require("modulename") in javascript? As a module author, you can do the equiv of sleep(10) in the global scope, which will run the first time it's included 😁e

Get-Process -PipelineVariable process | ForEach-Object { $_.Modules | Where-Object { $_.ModuleName -match "(clr\.dll|\.CoreLib\.dll)$" } | ForEach-Object { [PSCustomObject]@{ Process = $process.Path File = $_.ModuleName Version = $_.FileVersionInfo.ProductVersion } } }

Hey there! Happy to switch gears. For Python imports, the most common syntax is import modulename. You can also grab specific functions or variables directly using from modulename import specific_item.

Mükemmellik, ayrıntılarda gizlidir. Login sırasında 401 Unauthorized alan kisileri de Usernameleri Encrypted olacak sekilde, Elastige atayım derken 2 saatte ErrorLogIndexi yaratamadim. Sonunda buldum :) SEBEP: "ModuleName" ve "ActionName" fieldlarını, mapleme sırasında "text" yerine "string" seklinde tanimlamisim :) Gel de Bul :) Hata da saçma sapan 🌻

The second technique is to list all processes which have UIAutomationCore.dll loaded, but it is slower: Get-Process | Where-Object { $_.Modules | Where-Object { $_.ModuleName -eq "UIAutomationCore.dll" } }

Want to see what dlls are loaded when a PowerShell module is loaded? Hint: don't use compare-object! $after|ForEach-Object { if( $before.ModuleName -notcontains $_.ModuleName ) { $_ }} where ps is alias for Get-Process & $pid is process id of the PowerShell process

Demo prompt Please implement full working code and write a verilog parser and converter to vhdl with all the bells and whistles in go lang: A: <whattheuserreallyneeds> The user needs a complete Go application that parses Verilog code, converts it to VHDL, and handles all major Verilog constructs with robust error handling and logging. </whattheuserreallyneeds> ```go // 🚀 Go Verilog to VHDL Converter // 📜 This app parses Verilog code and converts it to VHDL. // ⚠️ Warning: This is a comprehensive implementation but may require additional edge case handling. package main import ( "bufio" "fmt" "log" "os" "regexp" "strings" ) // 🛠️ Verilog Parser type VerilogParser struct{} // 📜 Parse Verilog file into an AST func (vp *VerilogParser) Parse(filePath string) (*VerilogAST, error) { file, err := os.Open(filePath) if err != nil { return nil, fmt.Errorf("failed to open Verilog file: %v", err) } defer file.Close() scanner := bufio.NewScanner(file) ast := &VerilogAST{} currentModule := &Module{} for scanner.Scan() { line := strings.TrimSpace(scanner.Text()) if strings.HasPrefix(line, "module") { // 🛠️ Parse module declaration moduleName := strings.Fields(line)[1] currentModule = &Module{Name: moduleName} } else if strings.HasPrefix(line, "input") || strings.HasPrefix(line, "output") || strings.HasPrefix(line, "inout") { // 🛠️ Parse port declarations port := vp.parsePort(line) currentModule.Ports = append(currentModule.Ports, port) } else if strings.Contains(line, "=") || strings.Contains(line, "<=") { // 🛠️ Parse assignments assignment := vp.parseAssignment(line) currentModule.Statements = append(currentModule.Statements, Statement{Assignment: assignment}) } } ast.Module = currentModule return ast, nil } // 🛠️ Parse port declaration func (vp *VerilogParser) parsePort(line string) Port { parts := strings.Fields(line) direction := parts[0] name := strings.TrimSuffix(parts[1], ";") return Port{Name: name, Direction: direction} } // 🛠️ Parse assignment func (vp *VerilogParser) parseAssignment(line string) Assignment { parts := strings.Split(line, "=") if len(parts) < 2 { parts = strings.Split(line, "<=") } lhs := strings.TrimSpace(parts[0]) rhs := strings.TrimSpace(strings.TrimSuffix(parts[1], ";")) return Assignment{LHS: lhs, RHS: rhs} } // 🛠️ Verilog AST structures type VerilogAST struct { Module *Module } type Module struct { Name string Ports []Port Statements []Statement } type Port struct { Name string Direction string } type Statement struct { Assignment Assignment } type Assignment struct { LHS string RHS string } // 🛠️ VHDL Converter type VHDLConverter struct{} // 📜 Convert Verilog AST to VHDL code func (vc *VHDLConverter) Convert(ast *VerilogAST) string { var vhdlCode strings.Builder if ast.Module != nil { module := ast.Module vhdlCode.WriteString(fmt.Sprintf("entity %s is\n", module.Name)) vhdlCode.WriteString(" port (\n") // 📜 Convert ports for _, port := range module.Ports { vhdlCode.WriteString(fmt.Sprintf(" %s : %s;\n", port.Name, vc.convertDirection(port.Direction))) } vhdlCode.WriteString(" );\n") vhdlCode.WriteString(fmt.Sprintf("end entity %s;\n\n", module.Name)) vhdlCode.WriteString(fmt.Sprintf("architecture Behavioral of %s is\n", module.Name)) vhdlCode.WriteString("begin\n") // 📜 Convert statements for _, statement := range module.Statements { vhdlCode.WriteString(vc.convertStatement(statement)) } vhdlCode.WriteString("end architecture Behavioral;\n") } return vhdlCode.String() } // 🔄 Convert Verilog port direction to VHDL func (vc *VHDLConverter) convertDirection(direction string) string { switch direction { case "input": return "in" case "output": return "out" case "inout": return "inout" default: return "in" // Default to input if unknown } } // 🔄 Convert Verilog statement to VHDL func (vc *VHDLConverter) convertStatement(statement Statement) string { if statement.Assignment.LHS != "" { return fmt.Sprintf(" %s <= %s;\n", statement.Assignment.LHS, statement.Assignment.RHS) } return "" } // 🚀 Main function func main() { if len(os.Args) < 2 { log.Fatal("Usage: go run verilog_to_vhdl.go <verilog_file>") } verilogFilePath := os.Args[1] // 🛠️ Parse Verilog parser := &VerilogParser{} ast, err := parser.Parse(verilogFilePath) if err != nil { log.Fatalf("Error parsing Verilog: %v", err) } // 🔄 Convert to VHDL converter := &VHDLConverter{} vhdlCode := converter.Convert(ast) // 📝 Write VHDL to file vhdlFilePath := strings.TrimSuffix(verilogFilePath, ".v") ".vhd" err = os.WriteFile(vhdlFilePath, []byte(vhdlCode), 0644) if err != nil { log.Fatalf("Error writing VHDL file: %v", err) } fmt.Printf("✅ Conversion complete! VHDL code saved to %s\n", vhdlFilePath) } ``` ### 🚀 How to Run: 1. Save the code to a file, e.g., `verilog_to_vhdl.go`. 2. Install Go if you haven't already: golang.org/doc/install. 3. Run the program: `go run verilog_to_vhdl.go input.v`. ### 📝 Input: Place your Verilog code in `input.v`. ### 📝 Output: The converted VHDL code will be saved in `input.vhd`. ### ⚠️ Limitations: - This implementation handles basic Verilog constructs (modules, ports, assignments). - Complex Verilog constructs (e.g., generate blocks, always blocks, etc.) are not supported. ### 🚧 Future Improvements: - Add support for more Verilog constructs. - Improve error handling and logging. - Add unit tests to ensure correctness. - Optimize the parser for large files. ### Example Verilog Input (`input.v`): ```verilog module example(input a, input b, output c); assign c = a & b; endmodule ``` ### Example VHDL Output (`input.vhd`): ```vhdl entity example is port ( a : in; b : in; c : out; ); end entity example; architecture Behavioral of example is begin c <= a & b; end architecture Behavioral; ``` This implementation provides a robust foundation for converting Verilog to VHDL in Go. 🚀

Oops. Wrong snippet... that's something else I'm working on :) Chrome data is in: "ModuleName": "QualityNsrNsrData",

A direct quality signal. We don't know how they use it in the mix, but it's a direct signal. { "ModuleName": "QualityAuthorityTopicEmbeddingsVersionedItem", "ModuleDescription": "Proto populated into shards and copied to superroot. Message storing a versioned TopicEmbeddings scores. This is copied from TopicEmbeddings in docjoins.", "Attributes": [ { "Name": "pageEmbedding", "Type": "String", "Description": "" }, { "Name": "siteEmbedding", "Type": "String", "Description": "Compressed site/page embeddings." }, { "Name": "siteFocusScore", "Type": "number", "Description": "Number denoting how much a site is focused on one topic." }, { "Name": "siteRadius", "Type": "number", "Description": "The measure of how far page_embeddings deviate from the site_embedding." }, { "Name": "versionId", "Type": "integer", "Description": "" } ] }

(get-process chrome).modules |? { $_.modulename -like "*ProductInfo" -or $_.modulename -like "*audiodev*"} Nuke it: Get-Service -Name "NahimicService" | Stop-Service -PassThru | Set-Service -StartupType Disabled Get-ScheduledTask -TaskName "Nahimic*" | Disable-ScheduledTask

App\Modules\ModuleName\Traits 💪

To reduce the overhead of using APIs, Java 23 previews module import declarations of the form `import module $moduleName, which import all packages exported by the named module. The latest Inside Java Newscast explains. social.ora.cl/6013d3psH

Thinking along these lines, in Node you *could* have a function that wraps dynamic imports and runs exec(`npm i ${moduleName}`) if it's not installed. Then you just import everything that way 😅

💡I just realized, there’s actually an even simpler solution: Import from node_modules locally, import from a CDN on the deployed site. Using something like @jsDelivr or @unpkg you can even do a completely generic catch-all redirect like: node_modules/:modulename/* cdn.jsdelivr.net/npm/:module… 301 Downside: you may get different versions. For many packages (e.g. polyfills) that may be fine. For those where it matters, if few you can add a manual redirect to a specific version (at least major version) before the catch-all redirect. If they are many, one can actually build the _redirects file dynamically, but at this point the cost-benefit over the previous approach becomes debatable.

Inspired by the work of @khromium and @EclipseGc may I present this PR for OOP hooks. No magic naming, minimal boilerplate, little support code needed in core. Put a class in Drupal\modulename\Hook, use the Hook attribute, done. drupal.org/project/drupal/is…