πΉ @batch Operator in TuskLang - Go Guide
@batch Operator in TuskLang - Go Guide
π Batch Power: @batch Operator Unleashed
TuskLang's @batch
operator is your concurrency rebellion. We don't bow to any kingβespecially not to slow, sequential processing. Here's how to use @batch
in Go projects to process data in parallel, optimize performance, and handle large-scale operations.
π Table of Contents
- What is @batch? - Basic Usage - Batch Operations - Parallel Processing - Go Integration - Best Practicesπ What is @batch?
The @batch
operator processes multiple operations in parallel, optimizing performance and resource utilization. No more sequential bottlenecksβjust pure, parallel power.
π οΈ Basic Usage
[batch_processing]
files: @batch.parse(["config1.tsk", "config2.tsk", "config3.tsk"])
queries: @batch.query(["SELECT FROM users", "SELECT FROM orders"])
requests: @batch.http(["GET", "https://api1.com", "https://api2.com"])
π§ Batch Operations
File Processing
[files]
configs: @batch.parse(["main.tsk", "db.tsk", "cache.tsk"])
templates: @batch.read(["template1.html", "template2.html"])
logs: @batch.process(["app.log", "error.log", "access.log"])
Database Operations
[database]
user_data: @batch.query([
"SELECT * FROM users WHERE active = true",
"SELECT * FROM user_profiles",
"SELECT * FROM user_preferences"
])
stats: @batch.query([
"SELECT COUNT(*) FROM users",
"SELECT COUNT(*) FROM orders",
"SELECT COUNT(*) FROM products"
])
HTTP Requests
[external]
status_checks: @batch.http([
["GET", "https://api1.com/health"],
["GET", "https://api2.com/status"],
["GET", "https://api3.com/ping"]
])
data_fetch: @batch.http([
["GET", "https://api1.com/users"],
["GET", "https://api2.com/orders"],
["GET", "https://api3.com/products"]
])
β‘ Parallel Processing
[parallel]
workers: 4
timeout: "30s"
results: @batch.parallel([
@query("SELECT * FROM large_table_1"),
@query("SELECT * FROM large_table_2"),
@query("SELECT * FROM large_table_3"),
@query("SELECT * FROM large_table_4")
], workers, timeout)
π Go Integration
// Access batch results
configs := config.GetArray("configs")
userData := config.GetArray("user_data")
statusChecks := config.GetArray("status_checks")// Process batch results
for i, result := range configs {
fmt.Printf("Config %d: %v\n", i, result)
}
Manual Batch Processing
func ProcessBatch(items []string, processor func(string) error) error {
var wg sync.WaitGroup
errors := make(chan error, len(items))
for _, item := range items {
wg.Add(1)
go func(item string) {
defer wg.Done()
if err := processor(item); err != nil {
errors <- err
}
}(item)
}
wg.Wait()
close(errors)
for err := range errors {
if err != nil {
return err
}
}
return nil
}
π₯ Best Practices
- Use appropriate batch sizes for your resources - Implement error handling for batch failures - Monitor memory usage during batch operations - Use timeouts to prevent hanging operations - Consider rate limiting for external APIs---
TuskLang: Parallel power with @batch.