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I asked Microsoft CoPilot;
What can TCC v36 do that PowerShell 5.1 cannot do?
I asked Microsoft CoPilot to format the response for posting to the JPSoft Forums.
This is the output that I received.
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1. Native command-line features PowerShell cannot replicate
Instant directory navigation enhancements:
PowerShell has Push-Location/Pop-Location, but no:
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2. Wildcards and file matching far beyond PowerShell's capabilities
TCC supports:
PowerShell can filter after enumeration, but cannot:
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3. Built-in variable functions (hundreds)
TCC has hundreds of built-in variable functions for:
PowerShell can do these things, but:
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4. Internal commands that PowerShell simply does not have
Examples:
File operations:
PowerShell can approximate these, but:
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5. Interactive shell features PowerShell lacks entirely
TCC includes:
Command dialogs:
PowerShell has no built-in GUI dialogs (requires WinForms/WPF code).
Command line editing:
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6. Built-in search, scanning, and text processing tools
TCC includes:
PowerShell can do text processing, but:
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7. Batch-file compatibility and enhancements
TCC supports:
PowerShell cannot:
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8. Shell-level performance advantages
TCC is optimized for:
PowerShell 5.1 is slower due to .NET object overhead.
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9. Features that PowerShell can do, but only with heavy code
TCC does them natively:
PowerShell requires:
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10. Features PowerShell simply cannot do at all
Unique to TCC:
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Summary
TCC is a supercharged command shell.
PowerShell is an automation language.
They are complementary, not competitors.
---
What can TCC v36 do that PowerShell 5.1 cannot do?
I asked Microsoft CoPilot to format the response for posting to the JPSoft Forums.
This is the output that I received.
---
1. Native command-line features PowerShell cannot replicate
Instant directory navigation enhancements:
- Directory history stack (PUSHDIR, POPDIR, DIRS)
- Directory aliases (ALIAS /D)
- Extended CD syntax (partial matches, fuzzy matches)
PowerShell has Push-Location/Pop-Location, but no:
- persistent directory history
- directory aliasing
- fuzzy directory matching
---
2. Wildcards and file matching far beyond PowerShell's capabilities
TCC supports:
- Regular expressions in filenames
- Advanced wildcards ([!abc], ranges, character classes)
- Conditional wildcards
- Date/size/attribute filters directly in the filename expression
PowerShell can filter after enumeration, but cannot:
- use regex in the path
- embed attribute/date filters in the path
- use TCC's extended wildcard engine
---
3. Built-in variable functions (hundreds)
TCC has hundreds of built-in variable functions for:
- string manipulation
- date/time math
- hashing
- encoding/decoding
- file metadata extraction
- INI parsing
- numeric formatting
- environment manipulation
PowerShell can do these things, but:
- requires .NET calls
- requires custom functions
- requires modules
- is slower for many micro-operations
---
4. Internal commands that PowerShell simply does not have
Examples:
File operations:
- COPY /S /A:... with attribute-based selection
- MOVE /H /S /A:...
- DEL /S /A:...
- FFIND (fast text search)
- LIST (paged viewer)
- VIEW (file viewer with hex mode)
PowerShell can approximate these, but:
- not with the same speed
- not with the same switches
- not with attribute-based path filters
- not with built-in viewers
---
5. Interactive shell features PowerShell lacks entirely
TCC includes:
Command dialogs:
- file selection
- directory selection
- input boxes
- message boxes
PowerShell has no built-in GUI dialogs (requires WinForms/WPF code).
Command line editing:
- filename completion with wildcards
- directory completion with fuzzy matching
- history search with regex
- programmable tab completion
---
6. Built-in search, scanning, and text processing tools
TCC includes:
- FFIND (fast grep-like search)
- FINDSTR enhancements
- LIST (interactive viewer)
- TPIPE (pipeline text processor with dozens of filters)
PowerShell can do text processing, but:
- not with TCC's speed
- not with TCC's pipeline filters
- not with interactive viewers
---
7. Batch-file compatibility and enhancements
TCC supports:
- full CMD.EXE batch syntax
- plus hundreds of extensions
- structured exception handling in batch files
- DO loops with ranges, lists, files, arrays
- IFF/THEN/ELSE syntax
PowerShell cannot:
- run enhanced CMD batch logic
- use TCC's structured batch control flow
---
8. Shell-level performance advantages
TCC is optimized for:
- extremely fast directory scanning
- extremely fast wildcard expansion
- extremely fast environment variable operations
PowerShell 5.1 is slower due to .NET object overhead.
---
9. Features that PowerShell can do, but only with heavy code
TCC does them natively:
- INI file read/write
- JSON parsing (via TPIPE)
- Hashing (MD5, SHA1, etc.)
- Base64 encode/decode
- FTP/HTTP operations
- ZIP/UNZIP
- File attribute filtering in path expressions
- Timers and profiling
PowerShell requires:
- .NET classes
- modules
- custom scripts
- external utilities
---
10. Features PowerShell simply cannot do at all
Unique to TCC:
- On-the-fly alias expansion with parameters
- Command plugins loaded at runtime
- Internal command dialogs
- Extended wildcard engine
- Directory navigation with fuzzy matching
- Interactive file viewers
- Batch exception handling
- Built-in pipeline text processor (TPIPE)
---
Summary
TCC is a supercharged command shell.
PowerShell is an automation language.
They are complementary, not competitors.
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