update

src/msghandler.jl

@@ -446,17 +446,17 @@ function smartpack(
 )::Tuple{msg_envelope_v1, String} where {T1<:Any}
 
   # Log start of send operation
-  # log_trace(correlation_id, "Starting smartpack for subject: $subject")
+  log_trace(correlation_id, "Starting smartpack for subject: $subject")
   
   # Process each payload in the list
   payloads = msg_payload_v1[]
   for (dataname, payload_data, payload_type) in data
     # @show dataname typeof(payload_data)
-    @info "msghandler smartpack() 1" @__LINE__
+    # @info "msghandler smartpack() 1" @__LINE__
 
     # Serialize data based on type. use bytes as medium for every datatype
     payload_bytes = _serialize_data(payload_data, payload_type)
-    @info "msghandler smartpack() 2" @__LINE__
+    # @info "msghandler smartpack() 2" @__LINE__
     payload_size = length(payload_bytes)  # Calculate payload size in bytes
     # log_trace(correlation_id, "Serialized payload '$dataname' (payload_type: $payload_type) size: $payload_size bytes")  # Log payload size
     
@@ -465,7 +465,7 @@ function smartpack(
       # Direct path - Base64 encode and include in message envelope
       payload_b64 = Base64.base64encode(payload_bytes)  # Encode bytes as base64 string
       # log_trace(correlation_id, "Using direct transport for $payload_size bytes")  # Log transport choice
-      @info "msghandler smartpack() 3" @__LINE__
+      # @info "msghandler smartpack() 3" @__LINE__
       # Determine encoding based on payload_type
       encoding = "base64"
       if payload_type == "jsontable"
@@ -487,7 +487,7 @@ function smartpack(
       )
       push!(payloads, payload)
     else
-      @info "msghandler smartpack() 4" @__LINE__
+      # @info "msghandler smartpack() 4" @__LINE__
       # Link path - Upload to HTTP server, include URL in message envelope
       # log_trace(correlation_id, "Using link transport, uploading to fileserver")  # Log link transport choice
       
@@ -522,7 +522,7 @@ function smartpack(
       )
       push!(payloads, payload)
     end
-    @info "msghandler smartpack() 5" @__LINE__
+    # @info "msghandler smartpack() 5" @__LINE__
   end
 
   # Create msg_envelope_v1 with all payloads
@@ -552,7 +552,7 @@ function smartpack(
   #   # Publish message to NATS using existing connection
   #   publish_message(NATS_connection, subject, env_json_str, correlation_id)  
   # end
-  @info "msghandler smartpack() 6" @__LINE__
+  # @info "msghandler smartpack() 6" @__LINE__
   return (env, env_json_str)
 end
 
@@ -640,21 +640,22 @@ function _serialize_data(data::Any, payload_type::String)
   """
 
   if payload_type == "text"  # Text data - convert to UTF-8 bytes
-    @info "msghandler _serialize_data() 1" @__LINE__
+    # @info "msghandler _serialize_data() 1" @__LINE__
     data_bytes = Vector{UInt8}(string(data)) # Convert string to UTF-8 bytes
     return data_bytes  
   elseif payload_type == "dictionary"  # JSON data - serialize directly
-    @info "msghandler _serialize_data() 2" @__LINE__
+    # @info "msghandler _serialize_data() 2" @__LINE__
     json_str = JSON.json(data)  # Convert Julia data to JSON string
     json_str_bytes = Vector{UInt8}(json_str) # Convert JSON string to bytes
     return json_str_bytes 
   elseif payload_type == "arrowtable"  # Arrow table data - convert to Arrow IPC stream
-    @info "msghandler _serialize_data() 3" @__LINE__
+    # @info "msghandler _serialize_data() 3" @__LINE__
     io = IOBuffer()  # Create in-memory buffer
     Arrow.write(io, data)  # Write data as Arrow IPC stream to buffer
     return take!(io)  # Return the buffer contents as bytes
   elseif payload_type == "jsontable"  # JSON table data - convert to JSON
-    @info "msghandler _serialize_data() 4" @__LINE__
+    # @info "msghandler _serialize_data() 4" @__LINE__
+
     # data can be Vector{NamedTuple}, Vector{Dict}, or DataFrame
     # If DataFrame, convert to Vector{Dict} first
     if isa(data, DataFrame)
@@ -670,34 +671,35 @@ function _serialize_data(data::Any, payload_type::String)
       json_str = JSON.json(rows)
       return Vector{UInt8}(json_str)
     else
-      @info "msghandler _serialize_data() 5" @__LINE__
+      # @info "msghandler _serialize_data() 5" @__LINE__
+      
       # Already Vector{NamedTuple} or Vector{Dict}
       json_str = JSON.json(data)
       return Vector{UInt8}(json_str)
     end
   elseif payload_type == "image"  # Image data - treat as binary
-    @info "msghandler _serialize_data() 6" @__LINE__
+    # @info "msghandler _serialize_data() 6" @__LINE__
     if isa(data, Vector{UInt8})
         return data  # Return binary data directly
     else
         error("Image data must be Vector{UInt8}")
     end
   elseif payload_type == "audio"  # Audio data - treat as binary
-    @info "msghandler _serialize_data() 7" @__LINE__
+    # @info "msghandler _serialize_data() 7" @__LINE__
     if isa(data, Vector{UInt8})
         return data  # Return binary data directly
     else
         error("Audio data must be Vector{UInt8}")
     end
   elseif payload_type == "video"  # Video data - treat as binary
-    @info "msghandler _serialize_data() 8" @__LINE__
+    # @info "msghandler _serialize_data() 8" @__LINE__
     if isa(data, Vector{UInt8})
         return data  # Return binary data directly
     else
         error("Video data must be Vector{UInt8}")
     end
   elseif payload_type == "binary"  # Binary data - treat as binary
-    @info "msghandler _serialize_data() 9" @__LINE__
+    # @info "msghandler _serialize_data() 9" @__LINE__
     if isa(data, IOBuffer)  # Check if data is an IOBuffer
         return take!(data)  # Return buffer contents as bytes
     elseif isa(data, Vector{UInt8})  # Check if data is already binary
@@ -706,7 +708,7 @@ function _serialize_data(data::Any, payload_type::String)
         error("Binary data must be binary (Vector{UInt8} or IOBuffer)")
     end
   else  # Unknown type
-    @info "msghandler _serialize_data() 10" @__LINE__
+    # @info "msghandler _serialize_data() 10" @__LINE__
     error("Unknown payload_type: $payload_type")
   end
 end