Operational Reliability Reports

Service Window Reliability Report

Summarize failed checks and open minutes into a service-window status.

report field Each field stays scalar so replay can show the exact input that changed the status.
escalation label The label changes only when the service window crosses a clear operational threshold.

Service Window Reliability Report

failedChecks
service_window_reliability_report.cpp
Replay: real traced execution (multi-file project)
#include <iostream>
#include <string>

int main() {
    int failedChecks = 1;
    int openMinutes = 45;
    std::string status = "ready";

    if (failedChecks > 0 && openMinutes > 30) {
        status = "watch";
    }

    if (failedChecks >= 3) {
        status = "blocked";
    }

    std::cout << "failed=" << failedChecks << std::endl;
    std::cout << "open=" << openMinutes << std::endl;
    std::cout << "status=" << status << std::endl;
    return 0;
}

#include <iostream>
#include <string>

int main() {
    int failedChecks = 0;
    int openMinutes = 45;
    std::string status = "ready";

    if (failedChecks > 0 && openMinutes > 30) {
        status = "watch";
    }

    if (failedChecks >= 3) {
        status = "blocked";
    }

    std::cout << "failed=" << failedChecks << std::endl;
    std::cout << "open=" << openMinutes << std::endl;
    std::cout << "status=" << status << std::endl;
    return 0;
}

#include <iostream>
#include <string>

int main() {
    int failedChecks = 3;
    int openMinutes = 45;
    std::string status = "ready";

    if (failedChecks > 0 && openMinutes > 30) {
        status = "watch";
    }

    if (failedChecks >= 3) {
        status = "blocked";
    }

    std::cout << "failed=" << failedChecks << std::endl;
    std::cout << "open=" << openMinutes << std::endl;
    std::cout << "status=" << status << std::endl;
    return 0;
}

  1. failedChecks ← 1, openMinutes ← 45, status ← ready

    4int main() {5    int failedChecks→ 1 = 1; //@failedChecks=0, 36    int openMinutes→ 45 = 45;7    std::string status→ ready = "ready";

  2. status ← watch

    9if (failedChecks1 > 0 && openMinutes45 > 30) {10    status→ watch = "watch";11}

  3. std::cout << "failed=" << failedChecks << std::endl;

    17    std::cout << "failed=" << failedChecks1 << std::endl;18    std::cout << "open=" << openMinutes45 << std::endl;19    std::cout << "status=" << statuswatch << std::endl;20    return 0;21}
    outputfailed=1
open=45
status=watch

  1. failedChecks ← 0, openMinutes ← 45, status ← ready

    4int main() {5    int failedChecks→ 0 = 0;6    int openMinutes→ 45 = 45;7    std::string status→ ready = "ready";89    if (failedChecks > 0 && openMinutes > 30) {10        status = "watch";11    }1213    if (failedChecks >= 3) {14        status = "blocked";15    }1617    std::cout << "failed=" << failedChecks0 << std::endl;18    std::cout << "open=" << openMinutes45 << std::endl;19    std::cout << "status=" << statusready << std::endl;20    return 0;21}
    outputfailed=0
open=45
status=ready

  1. failedChecks ← 3, openMinutes ← 45, status ← ready

    4int main() {5    int failedChecks→ 3 = 3;6    int openMinutes→ 45 = 45;7    std::string status→ ready = "ready";

  2. status ← watch

    9if (failedChecks3 > 0 && openMinutes45 > 30) {10    status→ watch = "watch";11}

  3. status ← blocked

    13if (failedChecks3 >= 3) {14    status→ blocked = "blocked";15}

  4. std::cout << "failed=" << failedChecks << std::endl;

    17    std::cout << "failed=" << failedChecks3 << std::endl;18    std::cout << "open=" << openMinutes45 << std::endl;19    std::cout << "status=" << statusblocked << std::endl;20    return 0;21}
    outputfailed=3
open=45
status=blocked